Abstract: The present disclosure provides a scooter. The scooter includes a scooter body and a photographing portion; the photographing portion is mounted on the scooter body; and the scooter body is provided with an avoidance space for avoiding a photographing view angle of the photographing portion, so that the photographing portion photographs a road condition around the scooter body.

Abstract: A furniture part functional element for decoration or information display, such as for logos or the like, includes: a planar information section and a fastening section equipped with a fastener configured to fasten to the furniture part. The fastener of the fastening section comprises a sliding guide element, via which sliding on a guide section of the furniture part is enabled, and a clamping element, via which the slid-on functional element is held clamped to the guide section.

Abstract: A connector system includes an insert configured to be attached to a first object and a magnetic coupler configured to be attached to a second object. The magnetic coupler has a quick connect receiver receiving the insert. The magnetic coupler has a magnet magnetically attracting the insert into the quick connect receiver. The magnetic coupler has insert latches engaging and locking the insert in the quick connect receiver. The insert latches are releasable to allow the insert to be removed from the quick connect receiver.

Abstract: Described herein are axially and radially swivelable detangling connector devices that are suitable for preventing entanglement, or detangling, of a device or means that is used to secure one or more mobile objects or subjects to one or more objects or subjects. Methods of making and using the disclosed devices are also provided herein.

Abstract: A connection assembly includes two connecting modules each including a load housing with a locking device, a spring locking element, a latch piece, a magnet and armature construction, and a movement track on which the latch piece can move from a closed position to an open position. The locking device, the magnet and armature construction and the movement track cooperate by way of an opening whereupon the connecting modules move on the movement track such that the magnet and armature move in opposition and the latch piece and the spring locking element move in opposition until the spring locking element is no longer engaged. On closing, the connecting module locks with the aid of magnetic force. The position of the load housing and the position and form of the movement track are such that on moving the connecting module the loading housings move together against a load.

Abstract: The safety belt release mechanism includes sensor and belt release components. The sensor is installed at a low point within the vehicle. The sensor contains water-soluble material that retains a spring in compression so long as the water-soluble material is dry. If the vehicle is immersed in water, the water-soluble material dissolves, releasing the spring. In one embodiment, the spring drives a pin into a pressurized gas (e.g., CO2) cartridge, releasing the gas therein. The gas passes through a tube to the belt release component installed upon a belt latch mechanism, driving a pin from an engaged position in the latch to release the latch. In another embodiment, the spring acts directly to drive the latch pin from the engaged position to release the latch. While one such assembly is disclosed herein, it is most preferred that one such assembly be installed along each safety belt assembly of the vehicle.

Abstract: The safety belt release mechanism includes a sensor component and a belt release component. The sensor component is installed at a low point within the vehicle. The sensor component contains a water-soluble material that retains a spring in its compressed state so long as the water-soluble material is dry. If the vehicle is immersed in water, the water-soluble material dissolves, releasing the spring. The spring drives a pin into the end of a pressurized gas (e.g., CO2) cartridge, releasing the gas therein. The gas passes through a tube to the belt release component installed upon a belt latch mechanism to drive a pin from an engaged position in the latch to release the latch. While one such assembly is disclosed herein, it is most preferred that one such assembly be installed along each safety belt assembly of the vehicle.

Abstract: A buckle includes a first fastener and a second fastener. The second fastener has two hooks. The first fastener includes a socket, a locking piece disposed in the socket, and two first locking portions formed on the socket for mating with the hooks. The locking piece is slidingly connected in the socket to cooperate with the second fastener. When the first fastener is engaged with the second fastener, the locking piece enters the second fastener to restrict the movement of the second fastener, so that the second fastener cannot be released unless the locking piece is removed from the second fastener and the hooks of the second fastener are pressed. Thus, the second fastener can be released only when the locking piece is moved, thereby preventing a problem that the second fastener may be separated from the first fastener when the hooks of the second fastener are incautiously pressed. A user has to move the locking piece with one hand and presses the hooks with another hand.

Abstract: A camera holder includes a connecting device mounted to a moving object, such as a bicycle or a helmet of the rider. The connecting device includes a base having two opposite sides each having a groove laterally defined therein. A slider is connected with a camera and slidably mounted to the connecting device. The slider includes two opposite side each having a rail laterally extending therefrom and slidably received in a corresponding one of the two grooves in the base.

Abstract: A front release buckle includes a female buckle member, which has a hooked portion at the front side of a top-open receiving chamber thereof, a male buckle member, which has a front hook vertically insertable into the top-open receiving open chamber into engagement with the hooked portion of the female buckle member, a control slide coupled to the female buckle member and movable relative to the female buckle member between an open position to open the top-open receiving chamber for the insertion of the front hook of the male buckle member into engagement with the hooked portion and a close position to close the top-open receiving chamber and to hold down the front hook of the male buckle member after engagement of the front hook with the hooked portion, and a spring member that supports the control slide in the close position.

Abstract: A front release buckle includes a buckle body, which has a top receiving chamber and a bottom opening, a sliding hook coupled to the top receiving chamber and movable relative to the buckle body between a first position to close the bottom opening of the buckle body for enabling the buckle body to be fastened to a mounting member at an article and a second position to open the bottom opening, and a spring member mounted in the top receiving chamber and stopped between a part of the buckle body and a part of the sliding hook to support the sliding hook in the close position.

Abstract: A fastening mechanism comprising a pin having a shank coupled to the head at a first end of said shank. A metallic pin-lock is provided having a base portion coupled to a resilient pin-engaging portion. The shank has a circumferentially-formed notch at a second end, said notch being adapted to receive the resilient pin-engaging portion. A resilient member is coupled to the base portion of the metallic pin-lock and to a mobile phone housing. A retainer is provided for housing said fastening mechanism inside the mobile phone housing. Upon insertion of the pin into the pin-lock, the pin is adapted to move the resilient pin-engaging portion a predetermined distance until the resilient pin-engaging portion engages the circumferentially-formed notch. The pin-lock is adapted to be removed from the pin via a magnet attracting at least a portion of the pin-lock away from the pin.

Abstract: A two-piece harness retainer is adapted to hold a pair of harness straps in side-by-side relation. A tether is provided to limit pivoting movement of a pivotable latch arm included in one of the pieces included in the harness retainer.

Abstract: A fastening mechanism comprising a pin having a shank coupled to the head at a first end of said shank. A metallic pin-lock is provided having a base portion coupled to a resilient pin-engaging portion. The shank has a circumferentially-formed notch at a second end, said notch being adapted to receive the resilient pin-engaging portion. A resilient member is coupled to the base portion of the metallic pin-lock and to a mobile phone housing. A retainer is provided for housing said fastening mechanism inside the mobile phone housing. Upon insertion of the pin into the pin-lock, the pin is adapted to move the resilient pin-engaging portion a predetermined distance until the resilient pin-engaging portion engages the circumferentially-formed notch. The pin-lock is adapted to be removed from the pin via a magnet attracting at least a portion of the pin-lock away from the pin.

Abstract: A door stop, which includes a locating block fixedly mounted on the wall, the locating block having a longitudinal front hole and two transverse side holes in communication with the front hole, two locating pins respectively mounted in the side holes and forced by a respective spring member into the front hole, and a necked bolt fixedly mounted on the door, the bolt having a ball head and a neck adjacent to the ball head, wherein the locating pins are forced backwards by the ball head of the bolt and then pushed forwards by the respective spring members into engagement with the neck at the bolt when the door is opened to force the bolt into the longitudinal front hole at the locating block.

Abstract: A buckle for a seat belt of a motor vehicle has a frame 10 including a base and upstanding side walls, a lock pin 12 extending between the side walls, a lock bar 18 engagable in an aperture 26 in a latch plate 24 associated with the seat belt, a slider 16 connected with the lock bar 18, said slider 16 being retained under the lock pin 12 when the lock bar 18 is engaged in a latch plate aperture 26, a release button 20 for releasing said slider 16 from the lock pin 12 and thus releasing the lock bar 18 from engagement with the aperture 26 in the latch plate 24. At least one portion of the lock pin 12 contacted by the slider 16 is rotatably mounted within the buckle and is rotated by the motion of the slider 16 during the course of insertion into and/or release from the buckle of a latch plate 24.

Abstract: A seat belt buckle system which is easy to engage and disengage includes a plunger section with a cylindrical plunger pin, mounted to a base, which is formed to fit closely within the bore of a receptacle forming part of a receptacle section. The receptacle section also includes a base to which a flexible seat belt can be connected. The buckle is engaged by inserting the plunger pin into a flared entrance end of the receptacle, which guides the leading end of the plunger pin into the bore of the receptacle. The plunger pin is held in place by the engagement of the pin to the internal walls of the receptacle and by engagement of a spring loaded detent ball against the side wall of the plunger pin, the end wall of the plunger pin or an indentation formed in the plunger pin. The bases of the receptacle section and plunger section can be modified to mate with the standard seat belt plunger plate and receiver of conventional seat belt systems to allow retrofitting of such systems.

Abstract: A self locking rod seal includes a plurality of stamped sheet metal tapered frustro-conical segments which mate in a tapered frustro-conical bore of a steel housing. The segments are identical and include a projection upstanding from a recess in each of two opposing shoulders. The projections are received in the recess formed in an opposing shoulder of the other segment. The recesses receive the projections of the different segments in interengaging relation so that axial displacement of one segment requires axial displacement of the other segment. A spring urges the segments against the tapered bore of the housing. The segments in one embodiment have cantilevered radially resilient fingers which grip a rod in the bore thereof when the rod is slid in one direction and which release the rod when the rod is slid in the opposite direction. The rod has a flag at one end which with the seal lock a hasp therebetween.

Abstract: A novel closure or buckle for a band as might be used as a watchband, a bracelet, a necklace, or like article is disclosed. The closure requires no springs, biasing devices, nor snugly fitting members to remain closed. The closure employs a keyhole-type slot to receive a linking member and features a slide element engaged by the linking member within the keyhole slot, which slide element follows the inserted linking member as it slides into the narrow end of the slot thereby blocking the larger end of the slot to provide a smooth appearance to the closure in its latched position.

Abstract: A belt lock, particularly for the vehicle safety belts, comprising a lock housing (10) and a lock tongue (11). The lock housing forms a guide between two plates (12, 13) for receiving the lock tongue in the lock housing, and an ejector (23) is provided in the lock housing. The ejector can be displaced against spring bias by the insertion of the lock tongue into the guide. The lock housing is provided with a manually operable latch mechanism comprising a ball (21) which can be displaced in an aperture (22) in one plate and is spring-biased to engage a seat formed by an aperture (27) in the other plate (12) to be received in this position in an aperture (35) in the lock tongue with the center of the ball located in the aperture in the lock tongue while the lock tongue is retained against withdrawal from the lock housing. The latch mechanism also comprises a manually operable member (77) for displacing the ball against the spring bias.

Abstract: Anchoring means for securing the lower end of a coil to a frame embodying spaced, parallel supports structured to be slidably engaged with upwardly and downwardly-facing shoulders on the supports for longitudinal adjustment of the lower ends of the springs on the supports.

Abstract: An arrangement for supporting a limb wound bandage includes a waist belt and couplers extending from the belt to the bandage, each coupler including a pair of clamp jaws with confronting intermeshing ridges and valleys sandwiching and gripping the bandage upper border. Bands extend upwardly from each pair of jaws and are superimposed and joined at their tops and engage a connector which in turn directly or indirectly engages the belt. A locking slide member slidably engages the superimposed bands and includes depending tongues slidably engaging the clamp jaw outside faces to releasably lock the clamp jaws in closed position.

Abstract: An apparatus for use in a fluid medium which activates at a deeper depth and then releases at a lesser depth. A rod depresses a spring in a housing. The rod is prevented from being ejected from the housing by a ball bearing which engages between openings in the rod and the housing. When in use, the pressure exerted by the fluid medium forces the rod deeper into the housing. When the first depth is reached the ball bearing disengages from the rod and the device is activated. As the activated apparatus rises, the pressure on the rod decreases and the rod moves out of the housing. When the deployment depth is attained the housing floods and the rod is ejected.

Abstract: A sling swivel for removably attaching a sling of flat webbing or other strap material to a rifle or other firearm includes a loop member for receiving the webbing. The loop has a neck extending away from one side. A pivotable shaft carrying a movable link member extends through the neck and is spring-biased to urge the movable link toward the neck. A mounting pin is mounted on one end of the movable link member and is slidably receivable in a hole associated with the neck or a fixed link member. Moving the movable link from its normal position allows the mounting pin to be placed through an eye on a rifle, to attach the swivel to the rifle. The spring-biased pivotable shaft mounting pin is received within the hole. A stop extending from the neck, alongside the movable link, protects the movable link against being pushed away from the neck by an eye of a rifle on which the swivel may be mounted.

Abstract: A seat belt buckle, in which a locking member is mounted in a channel-shaped base member and a tongue can be inserted between the base member and locking member and locked in engagement with a tongue engaging surface of the locking member, comprising first and second symmetrical guide holes formed in said base member, a slider movably disposed in the base member, a first guide member being movable in said first guide holes and urging said locking member, a second guide member penetrating said second guide holes and movable together with said slider through said second guide holes, a tensile coil spring coupling together said first and second guide members, and a button member for releasing said first guide member from its locking state.