Abstract: A slip-resistant seat includes a seat and anti-slip units. The seat includes a rest portion, legs and butting portions. The legs are disposed below the rest portion. The butting portions are disposed beside the legs, respectively. The anti-slip units are disposed at the legs, respectively. The anti-slip units each include a fitting element, anti-slip portion, adsorption element and force-bearing portion. The adsorption elements are disposed beside the fitting elements, respectively. The fitting elements are higher than the adsorption elements. The anti-slip portions are disposed at the bottoms of the fitting elements. The force-bearing portions are disposed on the top surfaces of the adsorption elements. The fitting elements are fitted to the bottoms of the legs. The butting portions are separated from the force-bearing portions, respectively, by a prepressing distance. When the seat carries a load, the fitting elements are pressed downward, and the prepressing distance shortens.

Abstract: A hand-driven, wheeled carrier deceleration device, applied to an axle of a hand-driven, wheeled carrier, is introduced and has a wheel, driven gear, reluctance motor and resistive component. The wheel, pivotally disposed at the axle, has a drive gear which rotates together with the wheel. The driven gear, disposed beside the axle, meshing with and driven by the drive gear, has a connection portion. The reluctance motor, connected to the connection portion and driven by the driven gear, has permanent magnets and metal elements. The metal elements and permanent magnets are arranged annularly. The metal elements rotate relative to the permanent magnets. The resistive component electrically connects to the permanent magnets. Therefore, a driving force exerted on the hand-driven, wheeled carrier is partially offset by reluctance to effectively slow down the hand-driven, wheeled carrier.

Abstract: A trolley cart wheel assembly includes a wheel fork formed of two spaced ring-shaped side members respectively having locating holes circumferentially spaced thereon; a wheel disposed between the side members and including an annular base having balls disposed on a circumferential surface thereof in a staggered manner and first locking holes provided on two side walls thereof, a rim covering the balls, a tire covering the rim, and two locating rings disposed on two lateral sides of the annular base to limit the rim between them and being provided with radial notches, such that screws can be extended through the radial notches, the first locking holes and the locating holes to lock the wheel fork, the annular base and the locating rings together; and two wheel covers being provided on respective inner wall surface with axially projected hooks adapted to hook onto inner wall surfaces of the side members.

Abstract: A suitcase with a removable walking-stick extensible rod includes a suitcase body having a receiving chamber and a mouth, with the mouth disposed at the top of the suitcase body to communicate with the receiving chamber; a fastening and releasing element fixedly disposed in the receiving chamber; and a walking-stick extensible rod having an extensible rod body and a handle, with the extensible rod body received in the receiving chamber and disposed at the fastening and releasing element, and the handle connected to an end of the extensible rod body and disposed at the mouth.

Abstract: A light-emitting tip disposed at the bottom end of a crutch includes a sleeve fitted around the bottom end of the crutch; a sleeve holder coupled to the sleeve to receive the bottom end of the crutch; a base coupled to a bottom end of the sleeve holder to form a receiving space; at least one light-emitting component fixed to the base from above and disposed between the sleeve holder and the base to emit light continuously or flashes to give an alert or provide illumination to protect users against danger in darkness; and a control component coupled to the at least one light-emitting component to determine whether to turn on and turn off the at least one light-emitting component, wherein the bottom end of the sleeve holder is made of a transparent material penetrable by any light ray emitted from the at least one light-emitting component.

Abstract: A suitcase with a removable walking-stick extensible rod includes a suitcase body having a receiving chamber and a mouth, with the mouth disposed at the top of the suitcase body to communicate with the receiving chamber; a fastening and releasing element fixedly disposed in the receiving chamber; and a walking-stick extensible rod having an extensible rod body and a handle, with the extensible rod body received in the receiving chamber and disposed at the fastening and releasing element, and the handle connected to an end of the extensible rod body and disposed at the mouth.

Abstract: A light-emitting tip disposed at the bottom end of a crutch includes a sleeve fitted around the bottom end of the crutch; a sleeve holder coupled to the sleeve to receive the bottom end of the crutch; a base coupled to a bottom end of the sleeve holder to form a receiving space; at least one light-emitting component fixed to the base from above and disposed between the sleeve holder and the base to emit light continuously or flashes to give an alert or provide illumination to protect users against danger in darkness; and a control component coupled to the at least one light-emitting component to determine whether to turn on and turn off the at least one light-emitting component, wherein the bottom end of the sleeve holder is made of a transparent material penetrable by any light ray emitted from the at least one light-emitting component.

Abstract: A foot base for assistive device includes a base body having a receiving space, a top opening and multiple foot pads; a flexible sleeve disposed in the receiving space to protrude from the base body; a support rod having a lower end received in the receiving space and provided with a stop plate, and an upper end extended through the flexible sleeve for joining with an assistive device; and a spring received in the receiving space and fitted around the flexible sleeve with two ends pressed against the stop plate and an edge of the opening. With the flexible sleeve and the spring, the support rod can conically swing relative to a centerline of the foot base, allowing the assistive device to swing forward and backward when a user shifts body gravity center during walking. The foot pads enable the foot base to provide anti-skidding, buffering and shock-absorbing effects.

Abstract: A walking stick handle structure includes a handle body, a light-emitting module, and a power module. The handle body has two casings coupled together to form an opening. The casings each have an inner wall disposed thereon with a plurality of bumps corresponding in position to the opening. The light-emitting module has a first light-emitting portion and a connection portion. The connection portion is disposed in the opening and pivotally connected to the casings to enable the connection portion to rotate relative to the handle body. The connection portion has a curved surface and two lateral surfaces. The lateral surfaces each have recesses aligned in an arcuate pattern. The bumps are engaged with and fixed to the recesses, respectively, by an angle of rotation of the connection portion relative to the handle body. The power module is disposed in the handle body and electrically connected to the first light-emitting portion.

Abstract: A walking stick handle structure includes a handle body, a light-emitting module, and a power module. The handle body has two casings coupled together to form an opening. The casings each have an inner wall disposed thereon with a plurality of bumps corresponding in position to the opening. The light-emitting module has a first light-emitting portion and a connection portion. The connection portion is disposed in the opening and pivotally connected to the casings to enable the connection portion to rotate relative to the handle body. The connection portion has a curved surface and two lateral surfaces. The lateral surfaces each have recesses aligned in an arcuate pattern. The bumps are engaged with and fixed to the recesses, respectively, by an angle of rotation of the connection portion relative to the handle body. The power module is disposed in the handle body and electrically connected to the first light-emitting portion.

Abstract: A bath aid structure for use with a bathtub includes a first plate, a handle disposed on top of the first plate, and a second plate. The first plate is mounted on top of two sidewalls of the bathtub and includes a bend portion disposed on the first plate and having an opening corresponding in position to a cavity of the bathtub; a first pivotal connection portion disposed inside the bend portion and positioned distal to opening; and a first engagement portion positioned proximate to the opening. The second plate is received in the bend portion and includes a second pivotal connection portion corresponding in position to the first pivotal connection portion, such that the second plate is pivotally coupled to the first plate; and a second engagement portion corresponding in position to the first engagement portion, such that the second plate is movably fixed to the first plate.

Abstract: A rotatable and positionable bathing seat includes a rotating device and a positioning device between a cushion and a base. The rotating device includes an upper turntable connected to the bottom of the cushion, a lower turntable connected to the base, and balls between the upper and lower turntables. The lower turntable includes positioning holes. The positioning device includes a fixing plate connected to the bottom of the cushion, a press plate pivotally connected to the fixing plate, a pivoting portion disposed at the middle of the press plate and an end of the pivoting portion forming a force applying portion, and an elastic element installed between the force applying portion and the fixing plate, and another end of the pivoting portion passed into or separated from a positioning pin in the positioning hole, such that the bathing seat can rotate and position the cushion at the base.

Abstract: A rotatable and positionable bathing seat includes a rotating device and a positioning device between a cushion and a base. The rotating device includes an upper turntable connected to the bottom of the cushion, a lower turntable connected to the base, and balls between the upper and lower turntables. The lower turntable includes positioning holes. The positioning device includes a fixing plate connected to the bottom of the cushion, a press plate pivotally connected to the fixing plate, a pivoting portion disposed at the middle of the press plate and an end of the pivoting portion forming a force applying portion, and an elastic element installed between the force applying portion and the fixing plate, and another end of the pivoting portion passed into or separated from a positioning pin in the positioning hole, such that the bathing seat can rotate and position the cushion at the base.

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 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 method for positioning a cursor on a computer screen by a handheld camera shooting continuous images to detect movements of user's hand is disclosed. In a preferred embodiment, the camera is disposed in a handheld device such as laser pointer. The camera shoots a set of serial images of a locale scene and instantly sends to a computer. The computer selects particular feature spots within a first image and records their positions in the image. The computer then search the feature spots in a second image next to the first image. If one of the feature spots can be searched out, a movement of the handheld device can be obtained by calculating relatively positional change of the feature spot in between the two images. The computer can drive the cursor to move correspondingly. If no feature spots can be searched out, the computer abandons the selected feature spots and then selects new feature spots in the second image and search the new feature spots in a third image.

Abstract: An adsorption-detecting device of the present invention comprises a case, wherein a containing part is in one side of the case, and a window is set on one surface of the case; an adsorption means which is in the case; and a detecting means which is in the containing part, wherein the detecting device further comprise a combining base, a pull unit which is a moveable set is located in the combining base, a display unit which is set on the pull unit, and an elastic part having two ends connecting to the combining base and the display unit, and one end of the pull unit extrudes from the combining base, and two identified areas corresponding to the window are set on one surface of the display unit. The adsorption-detecting device of the present invention allows the user to determine the adsorb ability of the adsorption means by utilizing the detecting means 3.

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: An adsorption-detecting device of the present invention comprises a case, wherein a containing part is in one side of the case, and a window is set on one surface of the case; an adsorption means which is in the case; and a detecting means which is in the containing part, wherein the detecting device further comprise a combining base, a pull unit which is a moveable set is located in the combining base, a display unit which is set on the pull unit, and an elastic part having two ends connecting to the combining base and the display unit, and one end of the pull unit extrudes from the combining base, and two identified areas corresponding to the window are set on one surface of the display unit. The adsorption-detecting device of the present invention allows the user to determine the adsorb ability of the adsorption means by utilizing the detecting means 3.

Abstract: A suction-adhered device includes a main body, suction cup units, and suction power detection units. The main body is provided with chambers. Each of the suction cup units includes a suction cup received in the chamber, and a safety lever projected from the upper side of the main body and movably connected to the suction cup with an elastic element mounted between them. Each of the suction power detection units includes a probe received in a long hole near the chamber to partially project from the long hole, and an indicating member visible via a window formed on a top of the main body above the long hole. When the suction cup is loosened from a mounting surface, the indicating member is turned by an elastic element to show a warning indicating zone thereof, so that a user may be timely warned to re-mount the main body.