Abstract: The invention provides an anti-wind eccentric umbrella, with a shaft, a framework, an upper ring, a lower ring and a canopy, in which the framework is composed of ribs, stretchers and a main frame. The two ends on one side of a main frame that is cross-hinged by a first main brace and a second main brace through a main frame hinge axis are respectively hinged with the upper ring and the lower ring. The anti-wind eccentric umbrella has a rib vacant position and the rib vacant position and the ribs are distributed in 360°. The main frame is on the rib vacant position, the top notch is hinged with an auxiliary rib, the runner is hinged with an auxiliary stretcher and the auxiliary stretcher is at the rib vacant position at the outer side of that occupied by the main frame.

Abstract: The present invention is a sand umbrella device that includes an umbrella that protects and shields one or more users, a swivel mechanism that allows the umbrella to swivel to protect and shield one or more users in a plurality of positions, a top pipe piece that is integral to the swivel mechanism and a middle pipe piece. The sand umbrella device also includes a bottom pipe piece where the distal end of the middle pipe piece is removably slid into the proximal end of the bottom pipe piece, an auger blade that is disposed on the bottom pipe piece and is pushed and twisted into sand or other suitable ground surface to secure the sand umbrella device in an upright position and a 90 degree elbow wherein the proximal end of the 90 degree elbow is integral to the swivel mechanism.

Abstract: A short force arm deflection device is mounted to a section of a center post of an umbrella between a top cap and a runner and includes an upper deflection member and a lower deflection member pivotally connected to each other, and a barrel receiving a compression spring, The upper and lower deflection members are respectively connected to a lower end of an upper post segment and an upper end of a lower post segment. The barrel, receives the compression spring and goes over the connection portion between the lower deflection member and. the lower post segment. To open, the runner is pulled upwardly by a pull cord to contact the barrel causing a relative rotation between the upper and lower deflection members for realizing deflection between the top cap and the runner for inclining a canopy.

Abstract: In a cantilever parasol having a mast, two main arms (18, 32) proceeding laterally from the mast and coupled to each other in a scissors-type manner, and a linkage of bars for supporting a cover, provision is made that a first main arm (18) extends from an upper mast bearing through a slit in the cover to a vertical arm of the linkage of bars. At least one sealing means (50) is provided for sealing the slit in the cover.

Abstract: A flexible sunshade includes an elastic element having a lower end mounted to an upper end of a pole. A hub is fixed to an upper end of the elastic element. A canopy is mounted to a plurality of ribs each having an end pivotably connected to the hub. A runner is slideably mounted to the pole. A first end of each of a plurality of stretchers is pivotably connected to the runner. A second end of each stretcher is pivotably connected to one of the ribs. When the canopy, the ribs, or the hub is subjected to a force at a non-parallel angle to a longitudinal axis of the pole, the elastic element flexes to cause the hub to flex in a direction of the force, absorbing at least a portion of the force acting on the flexible sunshade.

Abstract: The present invention relates to an umbrella or parasol system that has two shafts for connecting multiple umbrellas or parasols. The system further has opening springs in the upper parts of the shafts, which together with a support arrangement in the lower parts of the shafts, are arranged to open stretchers of the system.

Abstract: The invention relates to an umbrella, particularly a sun umbrella or rain umbrella, comprising a holding structure and an umbrella roof attached thereto by means of a joint, the joint being able to be locked by means of a cable or Bowden wire running through at least one part of the holding structure, characterized in that the joint is designed as a purely rotating joint, wherein an engagement element located on the umbrella roof is connected to the cable or Bowden wire or is otherwise mechanically operationally connected thereto, in order to releaseably engage in a segment of the joint associated with the holding structure to lock the joint.

Abstract: In order to provide a rib structure of an umbrella, which has superior appearance without receiving unnecessary structural pressure and can contribute to the development of the industry by motivating consumers to buy, this invention features the rib structure of an umbrella which is formed with multiple ribs wherein the length of specific ribs is different from the length of other specific ribs, cloth is stretched onto the above mentioned ribs thereby changing forms of the umbrella and when the above mentioned cloth is put between the above mentioned ribs and adjacent ribs, the cloth does not expand and contract in the direction of the length of said ribs, but is expandable and contractible in any direction with the exception of the direction of the length of said ribs.

Abstract: Apparatus and methods are provided for holding and tilting an umbrella. The apparatus comprises at least one spring connected to an umbrella pole so that the spring(s) is extended or retracted when the pole angle of the umbrella is adjusted. The apparatus also comprises a pivot between an umbrella holder and a bracket that allows angular motion of the umbrella pole. The apparatus also comprises a rotary bearing capable of rotating around an axis of the umbrella pole. The spring(s) and the pivot can be connected to the rotary bearing. The present apparatus can also include a shade umbrella. Methods for tilting an umbrella are also provided.

Abstract: An auto bending structure of sunshade has an upper section of bending and a lower section of bending, which are connected by a sliding rod with a top through hole and a bottom through hole. The bottom through hole has a guide pin sliding in an arc groove provided on the scarf joint part of the lower section of bending, linear groves corresponding to the arc groove are provided on both sides of the groove of the upper section of bending. A sliding sleeve with a bottom through hole is provided on the top of said sliding rod, the bottom through hole of said sliding sleeve is corresponding to the top through hole of the sliding rod. The upper section of umbrella stem is provided with a linear groove which is surrounded by a ring, the ring is connected with the sliding rod and sliding sleeve by the connecting pin, which slides in the linear groove to make the ring to cooperate with the lower nest moving up and down as pulled by the umbrella string.

Abstract: A rain shielding device for an automobile includes an umbrella holder, an umbrella cloth, and a power accumulator. The umbrella holder includes a first edge column mounted on a vehicle door, a second edge column mounted on a vehicle body, a plurality of main umbrella sticks between the first edge column and the second edge column, and two interlock members. The umbrella cloth is covered on the umbrella holder. The power accumulator includes a movable member, a plurality of auxiliary umbrella sticks, and an energy-storing member. The interlock members move the movable member when the vehicle door opens, and then the movable member interacts with the auxiliary umbrella sticks to push the main umbrella sticks and umbrella cloth unfolding. The energy-storing member stores energy when the umbrella cloth unfolds and releases energy when the vehicle door is closed; thus provides an auxiliary force when the umbrella cloth folds/unfolds.

Abstract: An umbrella includes an umbrella cover and an umbrella frame supported the umbrella cover to form an umbrella body. The umbrella frame further includes a radiated cover frame mounted under the umbrella cover for supporting the umbrella cover thereof, and an offset shaft coupled at the center of the radiated cover frame to support the whole umbrella, wherein the radiated cover frame includes a runner and a plurality of stretchers, wherein the offset shaft comprises a first rigid rod, a second rigid rod, and a third rigid rod are connected together one after another to form the offset shaft that can adjust between a straight shape to an offset shape.

Abstract: An umbrella that offers improved performance in windy conditions is disclosed that includes an umbrella cover that has a plurality of gills positioned throughout its surface to allow for the release of air pressure caused by wind that impacts the umbrella cover. A flap portion may be positioned over each of the gills so that the flap is raised when wind gusts blow into the umbrella in order to permit the release of air from the umbrella. This reduces the risk that the umbrella could blow inside out or reverse itself. The flap is also preferably positioned over the slit in order to prevent water from going through the umbrella and wetting the umbrella's handler.

Abstract: The invention relates to a telescoping umbrella, particularly a sun or rain umbrella, having a receiving tube and a telescoping tube displaceably and lockably located therein, having an umbrella roof connected to the telescoping tube in an articulating manner, the umbrella roof being adjustable by means of a cable or Bowden wire running inside the tubes, and having an actuating device for the cable or Bowden wire, characterized in that the actuating device comprises a winch for the cable or Bowden wire, the winch being located inside the receiving tube.

Abstract: An umbrella assembly is provided that comprises a canopy assembly and support rods connected by a hinge assembly. The hinge assembly allows the canopy assembly to alternate between both deployed and folded positions, as well as opened and closed, by a single tension member that can be controlled by an actuation device such as a crank. The hinge assembly can also interlock, stabilizing the canopy assembly.

Abstract: Apparatus and methods are provided for holding and tilting an umbrella. The apparatus comprises at least one spring connected to an umbrella pole so that the spring(s) is extended or retracted when the pole angle of the umbrella is adjusted. The apparatus also comprises a pivot between an umbrella holder and a bracket that allows angular motion of the umbrella pole. The apparatus also comprises a rotary bearing capable of rotating around an axis of the umbrella pole. The spring(s) and the pivot can be connected to the rotary bearing. The present apparatus can also include a shade umbrella. Methods for tilting an umbrella are also provided.

Abstract: The invention originates with a mast on the upper end of which a locking and tiltable jib support is arranged. A jib is guided in the jib support such that said jib can be slid and fastened and carries a roof construction on the outer end thereof, wherein said roof construction can be extended like a canopy, fan, or frame. To make the extension and retraction of the jib easier, it is proposed that the jib support be designed with at least four guide and locking rollers, of which at least two engage in a left-handed track and two in a right-handed track of the jib.

Abstract: A windproof umbrella includes a shank (10); a runner (12) on the shank (10); ribs (20); a canopy (101); stretchers (30); U-shaped first joints (51) each secured onto the rib (20); U-shaped second joints (61) each slidably put on the rib (20); U-shaped third joints (71) each secured onto the stretcher (30); auxiliary rods (40); and sets of first, second, and third pivotal members (52, 62, and 72). The first pivotal member (52) is formed at the other end of the stretcher (30) and is pivotably connected to the first joint (51). The second pivotal member (62) is formed at one end of the auxiliary rod (40) and is pivotably connected to the second joint (61). The third pivotal member (72) is formed at the other end of the auxiliary rod (40) and is pivotably connected to the third joint (71). In response to strong wind, the second joint (61) slides to change an angle between the rib (20) and the stretcher at the first joint (51).

Abstract: Apparatus and methods are provided for holding and tilting an umbrella. The apparatus comprises at least one spring connected to an umbrella pole so that operation of the spring(s) moves the umbrella pole so as to adjust the pole angle of the umbrella. The apparatus also comprises a pivot for the umbrella pole that allows angular motion of the umbrella pole. The apparatus also comprises a rotary bearing capable of rotating around an axis of the umbrella pole. The spring(s) and the pivot can be connected to the rotary bearing. The present apparatus can also include a shade umbrella and an outdoor table. Methods for tilting an umbrella are also provided.

Abstract: Apparatus and methods are provided for holding and tilting an umbrella. The apparatus comprises at least one spring connected to an umbrella pole so that the spring(s) is extended or retracted when the pole angle of the umbrella is adjusted. The apparatus also comprises a pivot between an umbrella holder and a bracket that allows angular motion of the umbrella pole. The apparatus also comprises a rotary bearing capable of rotating around an axis of the umbrella pole. The spring(s) and the pivot can be connected to the rotary bearing. The present apparatus can also include a shade umbrella. Methods for tilting an umbrella are also provided.

Abstract: A side-supporting sunshade includes a mast and an adjusting sleeve slideably mounted on the mast in a vertical direction. A lower end of a supporting arm is pivotably connected to the adjusting sleeve. A linking rod includes an end pivotably connected to an upper end of the mast. The other end of the linking rod is pivotably connected to an intermediate portion of the supporting arm. A canopy support frame is coupled to an upper end of the supporting arm and supports a canopy. A cable includes a first end fixed to an axle rotatably mounted in the adjusting sleeve and a second end fixed to the canopy support frame. The cable is movable in a winding direction to fold the canopy when the axle rotates in a direction. The cable is movable in a releasing direction to unfold the canopy when the axle rotates in a reverse direction.

Abstract: The present invention relates to a sun-blocking parasol in which a shank for supporting a sunlight shielding part is positioned at one side of the sunlight shielding part to improve space utilization. To accomplish the above object, the present invention provides a parasol including a plurality of ribs each of which has one end stacked into layers and connected with each other such that the ribs are rotatable, a sunlight shielding part having a sunlight shielding cloth for connecting the ribs, connectors mounted on the other end of the uppermost rib and mounted on the other end of the lowermost rib, respectively, and a shank coupled to the connectors in a state where the connector on the uppermost rib and the connector on the lowermost rib are connected to each other.

Abstract: An umbrella includes an upright post, a swing mechanism mounted on the upright post and a frame mounted on the swing mechanism. The swing mechanism includes a mounting seat mounted on the upright post, a pivot seat pivotally mounted on the mounting seat and having a lower end provided with a worm wheel, a worm rotatably mounted on the mounting seat and meshing with the worm wheel, a driven gear secured on the worm, a propeller shaft rotatably mounted on the upright post, a drive gear secured on the propeller shaft and meshing with the driven gear, and a rocker arm secured on the propeller shaft. Thus, when the swing mechanism is operated, the frame is rolled and tilted relative to the upright post leftward or rightward to adjust the inclined angle the frame to provide a better shading effect.

Abstract: A portable sun and weather shelter is provided. The shelter comprises an umbrella foldable between open and closed positions. The umbrella has a center post, a canopy, and a frame to fold the canopy up and down. A pair of wings are attached to the perimeter edge of the canopy and can be extended outwardly beyond the canopy.

Abstract: Generally speaking, an umbrella having a frame formed by a plurality of rod members joined together by a plurality of hinges, is disclosed. The frame forms a periphery of a shape, such as a circle, square, hexagon, etc., and the frame is capable of movement between a folded configuration and an unfolded configuration. A canopy is attached to the frame, and may be detachable there from, and is also capable of movement with the frame between the folded configuration and the unfolded configuration. A stem having a first end attached to the frame along the periphery and extending there from allows the user to position the umbrella to achieve ideal coverage during use. The stem may include a handle formed at a second end opposite the first end, for improved gripping and control of the umbrella.

Abstract: A collapsible hunting blind is provided having a primary frame, a panel, an image of a game animal, and a secondary frame. The primary frame has a folded position and an unfolded position. The panel is supported by the primary frame and has a front surface, a rear surface, and an outer periphery. The panel is supported by the primary frame between the folded position and the unfolded position. The image of a game animal is provided on the front surface. The secondary frame communicates with the panel and is configured to hold the primary frame and the panel in the unfolded position.

Abstract: A canopy for a stationary covering device in accordance with the present invention comprises a cover that has a vertex point. The vertex point can be characterized by a fixed uppermost point or tip, at the highest culminating point of the canopy from which the cover projects. According to the invention, the cover includes unequal extensions from the vertex point. As such, the vertex point comprises an asymmetrically positioned vertex point. More specifically, the canopy of the invention is rotatable around a fixed longitudinal axis that is elevated from the ground. In this way, the canopy provides an adjustable coverage zone for a pre-determined stationary area beneath it when it is either rotated or tilted, and located at a suitable elevated level relative to the ground, from a first canopy position to a second canopy position.

Abstract: A side-supporting sunshade includes a mast and an adjusting sleeve slideably mounted on the mast in a vertical direction. A lower end of a supporting arm is pivotably connected to the adjusting sleeve. A linking rod includes an end pivotably connected to an upper end of the mast. The other end of the linking rod is pivotably connected to an intermediate portion of the supporting arm. A canopy support frame is coupled to an upper end of the canopy support frame and supports a canopy. A cable includes a first end fixed to an axle rotatably mounted in the adjusting sleeve and a second end fixed to the canopy support frame. The cable is movable in a winding direction to fold the canopy when the axle rotates in a direction. The cable is movable in a releasing direction to unfold the canopy when the axle rotates in a reverse direction.

Abstract: A sunshade includes a coupling seat mounted to a top face of a base. A gear is rotatably received in the coupling seat and includes a plurality of positioning grooves spaced in a circumferential direction. A supporting rod for supporting a canopy is fixed to the gear. An operative member includes an end pivotably coupled to the coupling seat. A pawl extends from the end of the operative member. The other end of the operative member is operable to move the operative member between a coupling position releasably engaged in one of the positioning grooves of the gear to fix the gear relative to the coupling seat and a release position disengaged from the positioning grooves with the supporting rod and the gear rotatable relative to the base about a vertical axis perpendicular to the circumferential direction, allowing adjustment of an angular position of the canopy relative to the base.

Abstract: The invention relates to an umbrella, particularly a sun umbrella or rain umbrella, comprising a holding structure and an umbrella roof (112) attached thereto by means of a joint (50), the joint (50) being able to be locked by means of a cable or Bowden wire (111) running through at least one part of the holding structure, characterized in that the joint (50) is designed as a purely rotating joint, wherein an engagement element (114) located on the umbrella roof (112) is connected to the cable or Bowden wire (111) or is otherwise mechanically operationally connected thereto, in order to releaseably engage in a segment of the joint (50) associated with the holding structure to lock the joint (50).

Abstract: An umbrella assembly is provided that comprises a canopy assembly and support rods connected by a hinge assembly. The hinge assembly allows the canopy assembly to alternate between both deployed and folded positions, as well as opened and closed, by a single tension member that can be controlled by an actuation device such as a crank. The hinge assembly can also interlock, stabilizing the canopy assembly.

Abstract: The invention relates to a free arm parasol which comprises a pole (2) whereon an extension arm (10) is guided such that it can be extended and detracted in the direction of the axis thereof, and can pivoted about the axis thereof. The extension arm (10) supports a parasol (12) on the end thereof and is rotationally mounted on the other end in a bearing (14). A carrier element (16), which is connected in an articulated manner to the pole (2), is connected to bearing. Also, a stopping device (24), which is used to stop the pivotable positioning of the extension arm (10), is provided on the bearing (14). Said stopping device comprises a steering bar (26) which is arranged in the extension of the extension arm (10), can be placed counter to the carrier element (16), can be locked to the carrier element (16) and can be pivoted about the axis of the extension arm (10) when in the unlocked state in order to improve the handling of the free arm parasol.

Abstract: An umbrella is provided that comprises a support pole, a suspending pole mounted transversely to the support pole, a hub, a canopy, and means for coupling and decoupling the hub from the suspending pole. The suspending pole has first and second ends and a longitudinal axis that defines an arc. The hub is attached to second end of suspending pole. The canopy is suspended in use from the hub. The coupling and decoupling means permits the canopy to be rotated about the longitudinal axis of the supporting pole.

Abstract: The invention relates to a telescoping umbrella, particularly a sun or rain umbrella, having a receiving tube and a telescoping tube displaceably and lockably located therein, having an umbrella roof connected to the telescoping tube in an articulating manner, the umbrella roof being adjustable by means of a cable or Bowden wire running inside the tubes, and having an actuating device for the cable or Bowden wire, characterized in that the actuating device comprises a winch for the cable or Bowden wire, the winch being located inside the receiving tube.

Abstract: The invention originates with a mast on the upper end of which a locking and tiltable jib support is arranged. A jib is guided in the jib support such that said jib can be slid and fastened and carries a roof construction on the outer end thereof, wherein said roof construction can be extended like a canopy, fan, or frame. To make the extension and retraction of the jib easier, it is proposed that the jib support be designed with at least four guide and locking rollers, of which at least two engage in a left-handed track and two in a right-handed track of the jib.

Abstract: An outdoor umbrella that closes automatically in high wind is disclosed. The wind causes the main support post of the umbrella to flex from the vertical dislodging a plunger from its weight bearing mounting on a rigid rod. The plunger is attached to an actuator rod extending upward within the support post. When the plunger is displaced the actuator rod is caused to move downward thereby activating a releasing ratchet which frees a shaft to rotate and the cable which holds the canopy to unwind. A hydraulic cylinder attached to one of the canopy ribs presses on the rib to close the canopy and maintain the canopy in closed orientation. As the canopy closes a reset mechanism is activated which resets the plunger onto the rigid rod. Once closed the canopy will remain closed until raised by manually rewinding the cable onto the shaft using a hand crank attached to the end of the shaft. A second ratchet assembly incorporated into the hand crank prevents the hand crank from spinning when the umbrella closes.

Abstract: An asymmetric umbrella includes a canopy, a shaft eccentrically disposed beneath the canopy, and a runner slidably mounted on the shaft and slidable between a first position, in which the canopy is collapsed, and a second position in which the canopy is extended. A canopy supporting frame includes rib assemblies each of which has a first end coupled to an apex of the shaft and a second end coupled to the canopy, wherein each of the rib assemblies further comprises a short rib assembly and a long rib assembly.

Abstract: The invention as disclosed herein provides a ventilating umbrella that protects against sun. In particular, the umbrella contains a trunk with a multi-layered canopy. The canopy contains a plurality of leaf garlands made of synthetic leaves; and a plurality of splines, each of the splines having a distal end, a middle end, and a hinged end. The hinged end is attached to the trunk, and the distal end, middle end or both are attached to the leaf garland.

Abstract: An umbrella includes a shank, a frame, and a canopy in covering relationship to the frame wherein the canopy includes a main section and a rearward extending section, and the frame includes a plurality of rearward extending first rib sections. The umbrella being open is adapted to provide a wider protection area to an object carried on the shoulder or towed by the hand against the rain. The umbrella frame is made of FRP so as to reduce weight significantly.

Abstract: A device for attaching an umbrella to a structure is described. The umbrella attachment device includes a device side member, an umbrella side member and a storage member. The storage member is directly attached to a structure and includes an inner compartment and an outer compartment. The storage member is arranged so that the inner compartment is proximal to the structure as compared to the outer compartment. The device allows for alternation between a storage position and a use position. The storage position includes the device side member being attached to the inner compartment and the umbrella side member being attached to the outer compartment. In the storage position, the device side member and the umbrella side member are positioned substantially parallel to one another. The use position is characterized by the device side member being attached to the inner compartment and also attached to the umbrella side member.

Abstract: Apparatus and methods are provided for automated movement of an umbrella. An apparatus can be manually or automatically actuated to move the umbrella so as to provide more or less shade as desired by the user. For example, an apparatus is provided which can automatically move an umbrella to follow the movement of the sun. The apparatus can provide maximum or minimum shade (as desired) to the user throughout the day and/or can change the angle of the umbrella with little or no effort by the user. An adjustable umbrella apparatus comprising a ballast-shifting means is also provided.

Abstract: A portable sun and weather shelter is provided. The shelter comprises an umbrella foldable between open and closed positions. The umbrella has a center post, a canopy, and a frame to fold the canopy up and down. A pair of wings are attached to the perimeter edge of the canopy and can be extended outwardly beyond the canopy so as to increase the coverage area of the shelter so as to protect two or more people from the sun and rain.

Abstract: An automatic opening umbrella having a canopy, and a support shaft and an opening mechanism offset or eccentric from the center of the canopy, is described. The opening mechanism includes a framework including varying length rib, link and brace sets on each side of a longitudinal axis of symmetry of the umbrella, the sets being mirror images, with equal numbers of ribs, links and braces. The longest links at distal ends are pivotally connected to a respective longest rib and the longest braces are pivotally connected at distal ends to respective longest links at a mutual connection with the longest link connections to the longest ribs. The shorter links are pivotally connected at distal ends to shorter ribs along the rib lengths. The shorter braces are pivotally connected at distal ends to respective links along the lengths of the links.

Abstract: The free-arm canopy comprises a mast (2), on which an extendable and retractable jib (10) is arranged, with a transverse fitting (34) at the end thereof on which a canopy (12) is arranged on a canopy pole (30) by means of a joint (32). The canopy (12) comprises a slider (36), connected in a jointed fashion to top ribs (44) by means of support ribs (40) which are further jointed to a crown (48) connected to the canopy pole (30), wherein the canopy (12) may be opened and closed by means of a tensile line (70) connected to the slider (36) and displacing the canopy pole (30) against the fitting (34) and thus locking the joint (32) on opening. According to the invention, the free-arm canopy may be improved, whereby the crown (48) of the canopy (12) is arranged on the upper end of a pole piece (52) in the form of a sleeve which may be displaced over the fitting (34) such that with an open canopy (12) the crown (48) goes over the joint (32) and is at least almost in contact with the jib (10).

Abstract: An apparatus for providing shade to an individual is adjustable in three planes. In some embodiments, the shading apparatus include a primary shaft secured to a fixed base such as a pedestal seat. A height adjustable and telescoping secondary shaft is inserted concentrically into the primary shaft. A pivot joint assembly is secured to the secondary shaft, and a shading device is mounted to the pivot joint assembly. The pivot joint assembly allows for rotational, pivoting, and sliding adjustment in order to provide positional flexibility to the individual seeking shade.

Abstract: A golf bag umbrella includes a threaded flexible joint of dumbbell shape in its telescopic center post, the joint being adapted to easily bend in a plurality of radially directed positions relative to the part of the center post therebelow in a safety manner for facilitating access to golf clubs disposed in a golf bag.

Abstract: The present invention relates to a canopy device, in particular an umbrella or parasol, comprising: a rod; a canopy of flexible material connected to the rod close to an end thereof; operating means displaceable along the rod for closing or opening the canopy; and means for tensioning the canopy, which canopy tensioning means comprise a set of first tensioning members and a set of second tensioning members, wherein the first tensioning members are each pivotally connected with one first outer end to the rod and extend therefrom along the canopy to a position close to the periphery thereof, and wherein the second tensioning members are each pivotally connected with a first outer end to the operating means and are connected with a second outer end to a corresponding first tensioning member, wherein the connection between the first and second tensioning members is arranged closer to the periphery of the canopy than to the rod, and is preferably situated substantially close to the periphery of the canopy.

Abstract: An umbrella or sunshade is provided that includes a support pole assembly and a tilt assembly. The support pole assembly includes a first support pole and a second support pole. The second support pole has a proximal end and a distal end and is curved therebetween. The second support pole is coupled with and extends generally transverse to the first support pole. The tilt assembly includes a transmission and a drive shaft. The drive shaft is housed in the second support pole. The drive shaft has a first end coupled with the transmission and a second end adjacent to the distal end of the second support pole. The transmission is configured to convert rotation of a crank handle into rotation of the drive shaft to pivot a canopy coupled with the distal end of the second support pole relative to the first support pole.

Abstract: The invention relates to a free arm parasol which comprises a pole (2) whereon an extension arm (10) is guided such that it can be extended and detracted in the direction of the axis thereof, and can pivoted about the axis thereof. The extension arm (10) supports a parasol (12) on the end thereof and is rotationally mounted on the other end in a bearing (14). A carrier element (16), which is connected in an articulated manner to the pole (2), is connected to bearing. Also, a stopping device (24), which is used to stop the pivotable positioning of the extension arm (10), is provided on the bearing (14). Said stopping device comprises a steering bar (26) which is arranged in the extension of the extension arm (10), can be placed counter to the carrier element (16), can be locked to the carrier element (16) and can be pivoted about the axis of the extension arm (10) when in the unlocked state in order to improve the handling of the free arm parasol.

Abstract: The present invention involves umbrella devices and methods for dual-function umbrellas that may combine a vertical-supported and inclined-suspended umbrella in one structure. A dual-function umbrella that may have vertical supporting and incline suspending structure may have a frame column, umbrella holder and a crank mechanism to position the umbrella holder; the umbrella holder may include a fixed umbrella bracket, moveable umbrella bracket, multiple umbrella ribs with one end pin-jointed to the fixed umbrella bracket, and multiple supporting ribs with opposite ends pin-jointed to the central part of a corresponding umbrella rib and the moveable umbrella bracket. The dual-function umbrella may also have a tilting bar and a cross bar wherein the frame column may be equipped with a moveable locking gear for locking the bottom end of the cross bar. The crank mechanism may be positioned at the cross bar bottom end.