36results about How to "Fixed position adjustable" patented technology

The invention discloses a formation assisting tool of a front fly with a decorative line. The formation assisting tool comprises a front fly fabric edge folding tool, a front fly backing material edge folding tool and a decorative cloth edge folding tool, wherein the front fly fabric edge folding tool, the front fly backing material edge folding tool and the decorative cloth edge folding tool respectively comprise a front fly fabric edge folding tool for folding the edges of a front fly fabric, a front fly backing material edge folding channel for folding the edges of a front fly backing material and a decorative cloth edge folding channel for folding the edges of decorative cloth; outlets of the three channels are gathered at the upstream of stitches; the outlet of the front fly fabric edge folding channel is wider than the outlet of the front fly backing material edge folding channel; and the unopened side of the decorative cloth edge folding channel is evenly exposed from the coverage range of the front fly fabric edge folding channel. The assisting tool can simply and quickly form the front fly with the decorative line, improves and unifies the formation effect of the front fly, and reduces the operation difficulty and strength.

The invention relates to a fixing device for fixing slender objects. In order to solve the problem that a lug is required to be welded or installed on a fixing surface and a bridle is required to be adopted for fixing when the existing slender object is fixed, so that fixing position of the slender object is not easy to adjust, the invention provides the fixing device. The fixing device comprises an adsorption part used for being absorbed or stuck on a fixing surface; a tightening part is arranged on the adsorption part; two ends of the tightening part are connected with the adsorption part; and a space for containing an object to be absorbed is formed between the tightening part and the adsorption part or between the tightening part and the fixing surface. As the fixing device is connected with the fixing surface in an absorbing or sticking connection method, and the lug is not required to be welded, the fixing position can be adjusted according to the site condition when a wiring harness is fixed, and further, the fixing device is convenient to use.

The invention provides a passive finger rehabilitation training device. The device comprises a connecting frame, a servo motor is fixed to the connecting frame, an output shaft of the servo motor is fixedly connected with the rear end of a first connecting rod and a first gear, a first pin shaft is fixed to the connecting frame, and the first pin shaft is rotationally connected with a first duplexgear and the rear end of a second connecting rod; a third pin shaft is rotationally connected with the left end of a third connecting rod and the front end of the first connecting rod and is fixedlyconnected with the rear end of a fourth connecting rod and a second gear; a second pin shaft is rotationally connected with the right end of the third connecting rod, the rear end of a fifth connecting rod, the front end of the second connecting rod and a triplex gear; a fifth pin shaft is fixedly connected with the rear end of a swing rod and a third gear and is rotationally connected with the left end of a sixth connecting rod and the front portion of the fourth connecting rod; a fourth pin shaft is rotationally connected with a second duplex gear, the right end of the sixth connecting rod and the front portion of the fifth connecting rod; the first gear is meshed with a fourth gear of the first duplex gear, the triplex gear is in belt transmission with the first duplex gear and a secondduplex gear, a fifth gear of the triplex is meshed with the second gear, a sixth gear of the second duplex gear is meshed with the third gear, and the device and four fingers of a patient are consistent in flexion-extension track.

The invention discloses an adjustable clamp for testing a battery and a mounting method thereof. The adjustable clamp comprises a base, clamping devices, a needle frame and a test needle, wherein the a guide slot a is formed in the base longitudinally, a guide slot b is formed in the base transversely, the clamping devices are respectively arranged on the guide slot a and the guide slot b through fixing devices, a main support is arranged on the base at one side of the guide slot b which is arranged transversely, a guide slot c is formed in the main support along a transverse direction, the needle frame is arranged on the guide slot c through the fixing device, a needle pass hole is formed in the needle frame, one end of the test needle is placed in the needle pass hole, and the other end of the test needle is connected with a test device through a electric wire. According to the invention, the position of the test needle can be adjusted correspondingly while batteries to be tested, of various shapes, can be clamped stably, so that the batteries with different electrode positions and different external structures can be detected, and the adjustable clamp is simple in structure and convenient to operate.

The invention provides a vehicle sub-dashboard installation assembly, including a floor and a sub-dashboard. The set of locking holes corresponds to the limit part one by one; the bottom of the sub-dashboard is set in the chute, with a locking part inside, and the front side panel or rear side panel of the sub-dashboard is provided with the first buckle connected with the locking part The locking part is used to be plugged into one of the locking holes; the locking part has an unlocked state in which it moves out of one of the locking holes due to pulling the first handle, and also has a lock due to contact with the limiting part. Stop at the locked state of one of the locking holes. The present invention also provides an automobile with the above-mentioned auxiliary instrument panel installation assembly for the vehicle. The vehicle sub-dashboard installation assembly provided by the present invention changes the fixed position of the sub-dashboard on the floor by inserting the locking parts into different locking holes, and realizes that the fixed position of the sub-dashboard can be adjusted to meet The needs of passengers in the vehicle.

The invention provides a detachable highway steel bridge carrying and erecting vehicle of average height installation. The vehicle comprises a middle lifting roller assembly, a vehicle body and a lifting plate assembly; the middle lifting roller assembly is detachable and the position is adjustable, two forks crossing the vehicle body is horizontally installed in the middle of the vehicle body in the vertical direction; the lifting plate assembly mounted behind the vehicle body is detachable and the position is adjustable. Compared with the prior art, most of the components are detachable and it is not necessary to change any structures of the existing forklift; modular design is adopted, most of the components in assemblies is in common use and easy to maintain and manage; the structure of the erecting vehicle is adjustable, which is capable of completing ultralow posture work; a guider roller is replaced by a detachable retainer ring and therefore the work flexibility is increased. And the retainer ring can adjust position according to the need and is suitable for beams with various specifications and sizes; after the vehicle body is additionally provided with a front lifting roller assembly, the labor intensity is reduced and posture of devices including a truss and the like can be guaranteed.

The invention discloses a big arm and small arm rehabilitation training device and belongs to the field of rehabilitation therapy instruments. The training device comprises a base. A stand column is arranged on the base. A cantilever is connected to the stand column. One end of a beam is connected to the cantilever in a rotating mode. A left and right swinging rack is connected to the other end of the beam in a rotating mode and connected with a large arm vertical swinging rack in a rotating mode. The large arm vertical swinging rack is provided with hinge pins of large arm binding devices. A first elastic pull device is arranged above the large arm vertical swinging rack. The beam is provided with a locking device in the peripheral direction of a first rotating shaft and a locking device in the peripheral direction of a second rotating shaft. The large arm vertical swinging rack is provided with a length adjusting mechanism. A small arm vertical swinging rack is arranged at the front end of the large arm vertical swinging rack in a rotating mode through a fifth rotating shaft in the vertical direction and provided with a second elastic pull device. By means of the training device, different patients can carry out key training conveniently according to the requirements of the joints of the large arms and the small arms.

The invention provides a detachable assembly-type road steel bridge carrying and erecting vehicle. The detachable assembly-type road steel bridge carrying and erecting vehicle comprises a front raising roller assembly, a middle raising roller assembly, side raising roller assemblies, a vehicle body and a raising plate assembly; the front raising roller assembly stretches across two forks of the vehicle body, and is installed at the front side of the vehicle body along a horizontal direction; the middle raising roller assembly stretches across the two forks of the vehicle body, and is installed at the middle side of the vehicle body along a vertical direction; the two side raising roller assemblies are respectively installed on the two forks of the vehicle body along a longitudinal direction, and are respectively installed at two sides of the vehicle body; and the raising plate assembly is installed at the rear side of the vehicle body. Compared with the prior art, a majority of assemblies are of a detachable structure and installed on the vehicle body, and no structure of an original forklift truck needs to be changed; by adopting a modularized design method, a majority of components in most assemblies are universal, so that more easiness in maintenance and guarantee can be realized; and the structure of the carrying and erecting vehicle is adjustable, so that the application range is greatly enlarged, and an ultra-low pose operation can be completed.