Abstract: A plate holder can include: a skirt having a top member and one or more side walls forming a cavity therebetween when the one or more side walls are resting on a substrate with the top member oriented away from the substrate; a base coupled with the skirt and located within the cavity, the base having one or more top suction device receptacles and one or more bottom suction device receptacles; one or more top suction devices coupled with the one or more top suction device receptacles such that the top suction device is oriented away from the substrate; and one or more bottom suction devices coupled with the one or more top suction device receptacles such that the bottom suction device is oriented toward the substrate.

Abstract: In a releasable rotationally fixed mechanical connection between a functional part and a connecting part of which one is provided with a receiver neck and the other with an insertion element adapted to be snugly received in the receiver neck, an intermediate wedge member provided with slightly conical outer surface areas is disposed on the insertion element for reception in the receiver neck which has cooperating inner surfaces with which the wedge member is pressed into firm engagement by a collar disposed on the insertion element which is threaded onto the receiver neck.

Abstract: In a suction foot operating mechanism comprising a suction foot housing with a suction membrane, a shaft attached to the suction membrane, a transverse pin extending through a transverse opening in the shaft remote from the suction membrane and a pivot lever of plastic including two legs each having a transverse opening receiving one of the ends of the transverse pin and a cam structure supported on the top side of the suction foot housing, the transverse openings of the legs of the pivot lever are in the form of dead end openings which are closed on the outside by a wall and each dead end opening is provided with a radially extending insert passage with a cross-section reduction so that the legs of the pivot lever can be snapped onto the ends of the transverse pin.

Abstract: A sucking disc apparatus capable of detecting adhesive force comprises a rod body, a sucking disc at the rod body and corresponding to its slot, a pressing rod pivotally coupled to the slot or the sucking disc and turned with respect to the rod body and abutted at the sucking disc, an operating rod installed in a slide of the rod body and slid with respect to the slide, a first identification element installed in a containing space of the rod body by an axial shaft and having a first color corresponding to an opening of the rod body, and a second identification element coaxially and pivotally installed at the axial shaft and the operating rod and turned with respect to the first identification element and stacked onto the first identification element, and including a second color different from the first color and corresponding to the opening.

Abstract: Herein disclosed a suction cup device including: a case; a suction cup of which a surface on one side in the thickness direction thereof is a suction surface and a surface on the other side is a back surface; a displacement mechanism provided in the case and operative to support a central part in the radial direction of the back surface of the suction cup in such a manner that the central part can be displaced in the thickness direction; and a contact part which is provided in the case and which, when the suction surface makes suction contact with a surface to be sucked, can make contact with a part, on the outside of the suction contact part of the surface to be sucked, of the surface to be sucked, wherein the contact part includes a plurality of contact elements spaced from each other and making contact with a plurality of parts of said surface to be sucked which are spaced at intervals in the circumferential direction of the suction cup.

Abstract: A suction device is provided, including a suction unit, a fixing unit, a press unit and a linkage positioning unit. The fixing unit is located on top of the suction unit. The press unit is restricted between the area close to circumference of the fixing unit and the top surface of the suction unit. The linkage positioning unit is fixed to above the fixing unit and performs linked movement with the pulling element of the suction unit. When the fixing unit tilts partially by the exerted force of a hanging object, the press unit can still press tightly against the area close to the circumference of the suction unit to maintain a strong suction hold and improve the suction durability.

Abstract: A suction cup having an adsorption surface is provided wherein the suction cup has a disk-like main suction cup unit composed of an elastically-deformable material and has an attachment surface. The attachment surface has a gel layer composed of a gel, bonded thereto so as to cover the attachment surface. The adsorption surface is formed by the surface of the gel layer, and the gel layer are composed of a center portion composing the center of the adsorption surface, and a circumferential portion composing the outer circumference of the adsorption surface. The outer circumferential portion has the thickness larger than the thickness of the center portion.

Abstract: A fixing device is provided. The fixing device is fixed to a surface, comprising a sucker, a rack, a gear, a transforming unit and a limiting unit. The rack is connected to the sucker. The gear is engaged to the rack. The transforming unit is connected to the gear. The transforming unit rotates the gear to move the rack between a first position and a second position. The rack pushes the sucker to apply a suction force to the surface when the rack is in the first position, and the suction force of the sucker is released when the rack is in the second position. The limiting unit is connected to the rack to restrict the rack.

Abstract: An assembly device for display screen includes a vacuum source generating vacuum, a connecting tube connecting with the vacuum source, a holding body connecting with the connecting, and a suction member connecting the holding body. The holding body includes a main portion and a connecting portion laterally extending form the main portion, the vacuum source, the connecting tube, the holding body, and the suction member communicates with each other in order and forms a passage for gas, the display screen can be gripped by the suction cover by action of the vacuum source.

Abstract: A sucking disc apparatus capable of detecting adhesive force comprises a rod body, a sucking disc at the rod body and corresponding to its slot, a pressing rod pivotally coupled to the slot or the sucking disc and turned with respect to the rod body and abutted at the sucking disc, an operating rod installed in a slide of the rod body and slid with respect to the slide, a first identification element installed in a containing space of the rod body by an axial shaft and having a first color corresponding to an opening of the rod body, and a second identification element coaxially and pivotally installed at the axial shaft and the operating rod and turned with respect to the first identification element and stacked onto the first identification element, and including a second color different from the first color and corresponding to the opening.

Abstract: A suction cup structure includes a suction cup, a lifting rod, a holder base, a slide bolt, a radial arm and an axial-bolt. The lifting rod is vertically connected to the suction cup, and has a through hole with horizontal penetration. The sleeve of the holder base has a rotation axis hole with horizontal penetration and a slide notch. The lifting rod is disposed in a sleeve of the holder base. The suction cup is under a disk body of the holder base. The slide bolt passes through a first hole of the button arm, the slide notch and the through hole. The axial-bolt also passes through the rotation axis hole and a second hole of the button arm. By pressing a button end of the button arm, an activation piece of the button arm rotates based on the axial-bolt to pull the slide bolt. The slide bolt then slides toward the upper portion from the lower portion of the first hole, and slides into the slide notch simultaneously to lift the lifting rod. The suction cup is therefore lifted to generate the suction.

Abstract: A sucker includes a fixing seat, a sucker body, a control handle and a control valve. The sucker body has a first side provided with a recess and a second side provided with a connecting hole connected to the recess. The control valve includes a valve stem movably mounted on the fixing seat and movable to stop the recess. Thus, the valve stem can be pulled outwardly to detach from the recess of the sucker body so as to connect the connecting hole and the recess of the sucker body and to connect the connecting hole of the sucker body to the ambient air so as to break the vacuum state of the sucker body so that the sucker body can be removed from a surface easily and quickly.

Abstract: A suction cup device, includes: a suction cup; a center shaft; an attaching base; a rock lever; a coil spring; and a cam mechanism.

Abstract: Provided is an adhesion device used to cradle a car navigation system, a mobile phone, etc. The adhesion device according to the present invention comprises a pad (21) having a bottom surface attached to an adhesion surface, a center element (23) fixed upright at the center of the top surface of the pad (21), a housing (22) placed on the top surface of the pad (21) and having a hole through which the center element (23) passes, a ring-shaped leaf spring (27) which is equipped at the outer circumference of the housing (22) and presses the outer circumference of the top surface of the pad (21) and an adhesion controller (24) connected with the top end of the center element (23) by an axis (24c). The adhesion controller (24) comprises a lever (24a) and a press (24b).

Abstract: An ink jet printer includes a restraint device which applies a restraining force, applied to a support surface used for supporting a recording sheet, to the recording sheet transported from an upstream side to a downstream side in a transport direction. The restraint device includes a second support member which includes the support surface and a suction hole opened to the support surface and generating a negative pressure therein and which is capable of sucking the recording sheet supported to the support surface toward the support surface on the basis of the negative pressure generated inside the suction hole and a shield belt which is disposed to face the support surface.

Abstract: A suction cup device having a compact axial suction cup installation and release mechanism including a suction cup within a concave housing, and a rotational drive member structured to operate on an external surface of the housing. A drive shaft is coupled to the suction cup and extends through an aperture in the housing, projecting above a drive surface axially aligned with the concave surface formed in the housing. The drive shaft extends through an aperture in the rotational drive member and includes an inclined drive surface that interacts with a fixed drive surface to pull a flexible portion of the suction cup into the housing when the rotational drive member is rotated relative to the housing.

Abstract: A method for manufacturing a vacuum cup mount including the steps of providing a housing having a mount base and a generally upstanding wall extending from the mount base, providing a retainer having an aperture that extends from an upper side of the retainer to a lower side of the retainer and a plurality of recesses formed on the lower side of the retainer in communication with the aperture, placing the retainer on the mount base so that the lower side of the retainer faces the mount base, and bending at least a portion of the generally upstanding wall so that the bent portion of the generally upstanding wall engages the upper surface of the retainer to secure the retainer with respect to the mount base.

Abstract: A sucking and holding device includes: a vacuum chuck for vacuum-sucking a substrate; and a suction assisting device for sandwiching the object between it and the vacuum chuck. The suction assisting device includes a substrate-facing surface. The substrate-facing surface seals a through hole provided in the substrate. With this configuration, the sucking and holding device can vacuum-suck and hold the substrate having a through hole. This leads to an accomplishment of a device which can hold various objects without positional displacement.

Abstract: Disclosed herein is a music stand including, a music paper receiving frame, and a suction cup device configured to support said music paper receiving frame.

Abstract: In order to provide a structure for removable attachment to a substantially vertical surface for example of glass, glazed tiles or metal, the structure has a mounting means comprising: suction means (1) for sealingly contacting a surface, pulling means (2) being attached to the suction means (1) for drawing a part of the suction means (1) away from the surface, so that a partial vacuum is created between the suction means (1) and the surface. There is a substantially helical or wedge shaped surface on the pulling means (2) engaged with a corresponding substantially helical or wedge shaped surface of a rotatable member (13), whereby rotation of the rotatable member (13) draws the pulling means (2) and respective part of the suction means (1) away from the surface. An intermediate member (5) is provided for engaging a sealing part of the suction means (1), the intermediate member (5) supporting the rotatable member (13).

Abstract: To prevent a surface of a workpiece from being scratched and allow the workpiece to be reliably held even in sucking and holding a workpiece having a curved portion or an inclined portion. A support member 4 is provided on a lower portion of a cylindrical portion 2 provided with a piston member 6 therein, a small diameter hole 10 and a large diameter hole 11 through which a piston rod 8 is passed are formed in the support member 4, and a vacuum cup 16 is mounted to a tip of the piston rod 8. A first suction hole 13 is provided from a side surface of the support member 4 to the large diameter hole 11, a third suction hole 17 opening into the vacuum cup 16 is provided at the center of the piston rod 8, and a second suction hole 18 that provides communication between the large diameter hole 11 and the third suction hole 17 is provided.

Abstract: A holding device with a securing sheet for mounting onto a wall. The device comprises a base means and a holding means connected with said base means for supporting a foreign article. An impervious securing sheet is connectable air-tightly onto the wall and extends outwardly beyond a backside of the base means. A friction plate is connected to the base means and the securing sheet. If the friction plate and the securing sheet pull away from the wall, a negative pressure prevents the article from falling.

Abstract: An automatic alert device is provided for a suction cup, including a pump and a suction cup positionable on an object to be handled. The pump is operable to drive air out of the suction cup thereby inducing suction force on the object to be handled. When the suction cup gradually loses the suction force, a plunger of the pump gets moved out of the pump. When the outward movement of the plunger reaches a preset extent, the alert device that includes a warning light and an audio alert is activated to cause the warning light and the audio alert to give off warnings of light and sound respectively. Thus, an operator can be immediately notified of the situation of losing suction force for taking remedial operation to get the suction force back to the desired level.

Abstract: A structure of the windshield mount and pedestal for mounting a portable electronic device on a windshield or other part of the vehicle is disclosed. The windshield mount and pedestal includes: a suction portion having a suction cup at its bottom; a protruded portion formed on the suction portion to establish a suction mechanism to move the suction cup in an up/down direction; a suction lever connected to the protruded portion to establish the suction mechanism; a device attachment portion for attaching a portable electronics device at one end; a pivotable arm pivotably connected to the suction portion to change a location of the portable electronics device; and a hollow portion formed at a bottom of the pivotable arm for receiving the protruded portion on the suction portion when the rotatable arm is pivoted fully downwardly.

Abstract: A suction device includes a sucking disc disposed under an upright sleeve, a connecting seat disposed in the sleeve and connected to the sucking disc, and an elongate operating block mounted slidably on the sleeve. The operating block is formed with a cam surface biased to contact a follower portion of the connecting seat. When the operating block is moved relative to the sleeve from a non-sucking position, where the follower portion engages a second positioning portion of the operating block, to a sucking position, where the follower portion engages a first positioning portion of the operating block, the cam surface pushes the connecting seat to move away from a supporting surface, thereby forming a vacant space between the sucking disc and the supporting surface.

Abstract: The present invention relates to a cradle for an automobile. The present invention provides a cradle for an automobile comprising a mounting plate having a front surface to which a device for an automobile is mounted; and a suction plate pivotally coupled to the mounting plate to be selectively folded onto the mounting plate, the suction plate being selectively attached and fixed to a bottom surface. In addition, the cradle further comprises a supporting link rotatably installed to the suction plate and provided with a head portion pivotally coupled to the mounting plate. According to the present invention as described above, the cradle is carried or kept in a state where the cradle is folded with respect to the device. Thus, there is an advantage in that the overall volume of the cradle and device for an automobile is reduced.

Abstract: A detachable suction-based holder in accordance with at least one embodiment of the present invention is disclosed. Such a suction-based holder can include a lever-actuated suction portion having a substantially cup-like suction housing and a substantially circular suction interface. The suction interface can be made from an elastomeric material and further can have an inner face and an outer face. The suction holder can also include a substantially tubular receptacle portion having a substantially tubular receiving channel defined therein. The receptacle portion can have a hold actuator as an appendage from the top portion thereof where the hold actuator can be substantially tab-like and can be split. Moreover, the hold-actuating lever can be coupled to the hold actuator via, for example, a pin. Moreover, a connector member such as a bridging member can connect the suction portion and the receptacle portion.

Abstract: A novel suction cup mounting apparatus having a novel compact axial suction cup installation and release mechanism and method for assembling such a suction cup apparatus. The suction cup device includes a suction cup portion of a plunger assembly fit within a concave drive base and coupled thereto by a rigid drive pin. An optional rotational drive member or “handle” structured to operate on an external surface of the drive base may be provided for manipulating the drive pin relative to the suction cup and drive base. The suction cup device is intended to secure some device—a “utilization device”—to a surface. Therefore, according to another aspect of the suction cup device, a utilization mounting surface is projected above the drive base.

Abstract: A push button or turning type vacuum suction cup, especially for a windshield of mechanical vehicles comprising an elastic suction cup (1), integrally connected with a guiding spindle (2), a dome (3) connected with a guiding bushing (4), a return spring (5), and a guiding pin (6) in a transverse hole (7) of the guiding spindle (2). The push button suction cup has a push button (8) with guiding grooves (9) on its both side walls (8?) and sliding within a housing (10) of the suction cup. The turning suction cup has the guiding bushing (4) provided with cam surfaces (11) and a knob (12) fastened to the dome (3). The guiding pin (6) being forced into the transverse hole (7) of the guiding spindle (2) of the suction cup (1) is guided directly along guiding grooves (9) or cam surfaces (11) inside the housing (10, 12) of the suction cup.

Abstract: The present invention relates to a multipurpose sucker; and, more particularly, to a multipurpose sucker capable of improving a suction force of a suction member by having an additional pressure member. The multipurpose sucker can be stably attached without limitation by a shape of a fundamental member connected to the suction member. The multipurpose sucker includes a suction member for attaching to an adherend, which includes a connection part on a top portion thereof, wherein the connection part forms a screw groove on an external circumference thereof, a screw member equipped with the connection part as one body; a pressure member for pressing the suction member, which includes a connection hole for being assembled with the connection part, wherein the connection hole has a screw groove on an inner wall of the connection hole and a functional member which is assembled with the screw member.

Abstract: A tissue roll holder includes a sucking member having a threaded rod connected to and extending upwardly from a central portion of a flexible disc body, an abutting plate disposed above the disc body and permitting extension of the threaded rod therethrough, and a mounting seat disposed on the abutting plate for mounting a tissue roll and having a threaded hole that engages the threaded rod. When a peripheral portion of the disc body is pressed by a peripheral abutting portion of the abutting plate and is attached sealingly to a supporting surface, the mounting seat is rotatable about the threaded rod relative to the abutting plate so as to move the threaded rod and the central portion of the disc body upwardly away from the supporting surface, thereby forming a vacant space between the central portion of the disc body and the supporting surface.

Abstract: A suction device includes a sucker holder being provided at an upper side with a fitting zone; a control lever including a sleeve portion movably fitted in the fitting zone, and a lever portion extended from one side of the sleeve portion to locate in a gap at the fitting zone; and a sucker unit including a suction cup located in a cavity below the sucker holder, a link provided to a back of the suction cup to extend through the fitting zone, an elastic element mounted between the suction cup and the sucker holder, and a lid mounted in the sleeve portion to couple with the link. When the control lever is pushed in a predetermined direction, the lid is moved upward to pull the suction cup via the link for the sucker unit to tightly suction adhere to a desired position.

Abstract: A suction cup device, includes: a suction cup; a center shaft; an attaching base; a rock lever; a coil spring; and a cam mechanism.

Abstract: Herein disclosed a suction cup device including: a case; a suction cup of which a surface on one side in the thickness direction thereof is a suction surface and a surface on the other side is a back surface; a displacement mechanism provided in the case and operative to support a central part in the radial direction of the back surface of the suction cup in such a manner that the central part can be displaced in the thickness direction; and a contact part which is provided in the case and which, when the suction surface makes suction contact with a surface to be sucked, can make contact with a part, on the outside of the suction contact part of the surface to be sucked, of the surface to be sucked, wherein the contact part includes a plurality of contact elements spaced from each other and making contact with a plurality of parts of said surface to be sucked which are spaced at intervals in the circumferential direction of the suction cup.

Abstract: Disclosed herein is a music stand including, a music paper receiving frame, and a suction cup device configured to support said music paper receiving frame.

Abstract: A hands-free device capable of adjusting an angle thereof toward any direction and positioning same includes a suction cup including a central, threaded bolt; a swivel mount rotatably mounted on the suction cup; a first turning assembly rotatably mounted on the swivel mount; an arm having one end pivotably formed with the first turning assembly; a second turning assembly including a pivot formed at one end of the arm and adapted to pivot about the first turning assembly; and a mounting seat fixedly formed at the other end of the arm, the mounting seat including a rotatable seat member projected therefrom for securely engaging with a portable electronic device.

Abstract: Remotely engageable and releasable suction cups include a pliable body and an active material in operative communication with the pliable body and configured to create and/or eliminate a partial vacuum through the activation of stiffness or geometry changes in the active material. Suitable active materials include shape memory materials such as shape memory alloys, ferromagnetic shape memory alloys, and shape memory polymers (SMP). A second class of active materials include materials that exhibit a change in at least one attribute when subjected to an applied field but revert back to their original state upon removal of the applied field. Active materials in this category include piezoelectric materials, electroactive polymers (EAP), magnetorheological polymers, and the like.

Abstract: A fixation device includes a base assembly including a suction disk and a base; a horizontal rotating assembly pivoted to the base assembly and rotating pivotally along a central axis of the base assembly; a first angle adjusting assembly pivoted to the horizontal rotating assembly and rotating pivotally along an axis perpendicular to the central axis of the base assembly; and a second angle adjusting assembly pivoted to the first angle adjusting assembly and rotating pivotally along an axis perpendicular to the rotation axis of the first angle adjusting assembly. The suction disk includes a disk arm extending upward and the base has a supporting column extending upward. The supporting column and disk arm pivotally joint with a locking tab. By flicking the locking tab, the suction disk is capable of sucking on and disengaging from a plane surface.

Abstract: An attachment device for mounting an object to non-porous surface comprises a spring-loaded suction pad assembly, a rigid cover formed to fit upon the pad assembly, and an articulated actuator arm pivotally coupled to the pad assembly and movable upon the cover to selectively urge the pad assembly into sealing contact with the surface. The suction pad assembly includes a pliable pad member having a rigid stem centrally affixed thereto and a compression spring set coaxially about the stem between the pad member and the inside cover to apply pressure upon the pad member. The articulated actuator arm includes a base member pivotally coupled to the stem and a mounting sleeve flexibly joined to the base member with an extension spring coaxially engaged therethrough. The base member is formed to compress or release the suction pad assembly and is adapted to be locked to the cover in the compressed position.

Abstract: A push button or turning type vacuum suction cup, especially for a windshield of mechanical vehicles comprising an elastic suction cup (1), integrally connected with a guiding spindle (2), a dome (3) connected with a guiding bushing (4), a return spring (5), and a guiding pin (6) in a transverse hole (7) of the guiding spindle (2). The push button suction cup has a push button (8) with guiding grooves (9) on its both side walls (8?) and sliding within a housing (10) of the suction cup. The turning suction cup has the guiding bushing (4) provided with cam surfaces (11) and a knob (12) fastened to the dome (3). The guiding pin (6) being forced into the transverse hole (7) of the guiding spindle (2) of the suction cup (1) is guided directly along guiding grooves (9) or cam surfaces (11) inside the housing (10, 12) of the suction cup.

Abstract: A saliva control device for controlling or isolating the production of saliva by a salivary gland. The saliva control device includes a body, a cavity formed in the body for forming a seal over the salivary gland, a vacuum chamber in the body that assists the cavity in forming a seal, and an air evacuation passage. The air evacuation passage is used to selectively apply and then maintain a vacuum to the vacuum chamber and cavity.

Abstract: A suction cup structure includes a suction cup, a lifting rod, a holder base, a slide bolt, a radial arm and an axial-bolt. The lifting rod is vertically connected to the suction cup, and has a through hole with horizontal penetration. The sleeve of the holder base has a rotation axis hole with horizontal penetration and a slide notch. The lifting rod is disposed in a sleeve of the holder base. The suction cup is under a disk body of the holder base. The slide bolt passes through a first hole of the button arm, the slide notch and the through hole. The axial-bolt also passes through the rotation axis hole and a second hole of the button arm. By pressing a button end of the button arm, an activation piece of the button arm rotates based on the axial-bolt to pull the slide bolt. The slide bolt then slides toward the upper portion from the lower portion of the first hole, and slides into the slide notch simultaneously to lift the lifting rod. The suction cup is therefore lifted to generate the suction.

Abstract: A vacuum support includes a vacuum plate having a top surface and a bottom surface, the vacuum plate having a mechanical stop extending from the bottom surface; an elastomeric seal extending along a periphery of the bottom surface, the vacuum plate and the elastomeric seal defining a vacuum space; and a vacuum source in communication with the vacuum space. Upon attaching the vacuum plate to a mounting surface by reducing pressure in the vacuum space, the stop is in engagement with the mounting surface.

Abstract: In a suction base for the support of an apparatus, comprising a housing consisting of a hard plastic material and having an opening surrounded by a housing support edge and a suction membrane of PVC disposed in the housing so as to extend across the housing opening and being movable between a release position and an operating position in which the suction membrane is pulled into the housing and a vacuum is generated between the membrane and a support surface such that the support base is firmly pressed into contact with the support surface via the circumferential edge area of the membrane, a separating element is disposed between the housing and the suction membrane to prevent sticking of the membrane to the housing edge upon exposure of the suction base to heat and the release of plasticizer from the suction membrane.

Abstract: In a vacuum suction holder comprising a suction housing having a base opening, a suction membrane extending across the base opening, a membrane operating mechanism including a shaft connected to the suction membrane and being movable together with the suction membrane between a release position in which the suction membrane extends flatly across the base opening and an operating position in which the suction membrane is pulled into the suction housing, the operating mechanism includes means for firmly forcing the suction membrane into the release position in which it extends flat across the suction housing base opening.

Abstract: An improved mounting apparatus for providing shade, sport, banner and recreational equipment for swimming pool and other locations. The base of the mounting apparatus is comprised of at least one lever activated strong suction cup member easily manually attached to a receptacle unit for accepting and holding vertical pole units, the top sections of which have various athletic, recreational and shade providing equipment. The improvement resides in allowing the mounting apparatus to be affixed to a vertical or horizontal surface, either wet or dry, thus not limiting its positioning or location in a swimming pool or on other hard, smooth, clean and flat surfaces such as on recreational vehicles and boats. These mounting apparatus are readily removable for convenience and light weight and economical to manufacture. Novel handle designs as levers for activating the suction cup members are also presented.

Abstract: A suction device includes a suction cup having a peg extending therefrom and a transverse shaft extending in opposite directions from the peg, an inner cap positioned on the suction cup and retaining a spring that applies a restoring force to the suction cup, and an outer cap positioned on the inner cap and defining inclined slots in which the opposite ends of the shaft are movably received, respectively. By rotating the outer cap with respect to the inner cap causes camming action between each inclined slot and the respective end of the shaft, which in turn imposes a driving force on the peg to deform the suction cup thereby inducing a suction force. An elongate flexible member has a first end coupled to the inner cap and an opposite second end rotatably supporting an article receptacle in which an article, such as mobile phone and a personal digital assistant can be received and retained.

Abstract: In a support console with a pivotable support structure for the position adjustable mounting of an apparatus such a minicomputer, a support plate is pivotally supported on a console column which is provided at an end thereof with a base receiving a suction membrane and a membrane operating mechanism is operatively connected to the suction membrane and disposed enclosed in the console column with only an operating lever extending from the interior of the console column to the outside for actuating the suction structure.

Abstract: A sucker and film combination including a sucker comprising a body useful for attaching the sucker to a surface. A column is in contact with the body. The column includes a groove useful for engaging a film. A stem useful for detaching the body from the surface is in contact with the body. The film comprises a substantially planar surface. A through-hole wall extends through the substantially planar surface. The through-hole wall defines a column receiver portion and a stem receiver portion.

Abstract: A suction-adhesive device comprising a suction cup, a stem extending from the suction cup, and a body through which the stem extends. A spring interacts with the stem and the body for biasing the suction cup towards the body to apply suction. A coloured ring is fixed on the stem for indicating when the spring has drawn the suction cup towards the body.