63results about How to "Compact location" patented technology

A multi-compartment bag assembly for protecting and storing one or both hardtops of a coupe top automobile, the bag assembly comprising a first bag compartment defined by an overlying first outside compartment wall and an inside compartment wall joined along respective bottom and opposing side edges and including a first top lateral opening adapted for receiving at least one of the hardtops therein, and a second bag compartment defined by the inside compartment wall and a second outside compartment wall, the inside compartment wall and the second outside compartment wall being joined along respective bottom and side edges and including a second top lateral opening adapted for receiving at least one of the hardtops therein.

The invention discloses a paperboard stacking and packaging device which comprises a stacking device and a packaging device used for bundling paperboard stacks. The packaging device is arranged on the rear side of the stacking device. The stacking device comprises a support, partition plates, receiving brackets, a push plate and a lifting plate. Baffles capable of sliding front and back are arranged on the front side and the rear side of the support. The receiving brackets and the partition plates are arranged on the baffles correspondingly. The partition plates are arranged above the receiving brackets, and the lifting plate is arranged below the receiving brackets and is in sliding fit with the support. The push plate is arranged on the support, a conveying belt is arranged below the lifting plate, and the lifting plate is provided with a plurality of through grooves at intervals, wherein the conveying belt makes contact with the paperboard stacks through the through grooves. According to the paperboard stacking and packaging device, the structure is simple, paperboards with different sizes can be received, stacking is orderly, and the stacked paperboards are packaged.

The invention discloses a tester used for testing abrasion resistance of abrasion-resistant layers of automotive rubber strips. The tester comprises a load bearing platform, a rubber strip grinding device and a driving system, wherein pressing plates used for fixing to-be-tested rubber strips are respectively arranged at two ends of the load bearing platform; the rubber strip grinding device fixed above the load bearing platform by virtue of a bracket comprises a guide sleeve mounted on the bracket, a sliding shaft arranged inside the guide sleeve in a manner of sliding up and down, a counterweight loaded above the sliding shaft and a grinding head arranged under the sliding shaft; the driving system is used for driving the load bearing platform to move forth and back relative to the grinding head, so that to-and-fro sliding friction is formed between the grinding head and the to-be-texted rubber strips; the driving system comprises a rocker arm speed reduction motor, a motor connection rod, a power supply module, a counter, a relay connected with the power supply module and the counter, and a rotation speed regulating module which is connected between the relay and the rocker arm speed reduction motor; the relay is used for controlling connection or disconnection of the relay according to the counted number of the counter so as to control the operation of the motor.

The invention discloses a radar echo signal acquisition circuit chip based on an SIP technology. The radar echo signal acquisition circuit chip solves the problems that the traditional radar echo signal acquisition PCB has large size and high power consumption and is difficult to be applied to a space-limited platform. The radar echo signal acquisition circuit chip is composed of a metal casing and a multi-layer high-density ceramic circuit substrate with a cavity, wherein a signal acquisition module, a signal pre-processing module and a clock configuration module are installed and soldered onthe substrate. The radar echo signal acquisition circuit chip integrates FPGA, ADC, PROM and DDR3 bare chips on the multi-layer high-density ceramic circuit substrate by adopting the SIP technology,designs a radar echo signal acquisition circuit into a package, and reduces the circuit size, improves the signal integrity of the circuit and reduces power consumption of the circuit while realizinga radar echo signal acquisition function. The radar echo signal acquisition circuit chip regards an idle I/O pin on the FPGA as a user I/O, and has expansibility and flexibility. The radar echo signalacquisition circuit chip can be used for acquiring radar echo signals in a radar signal processing system, and realizes the miniaturization of the radar signal processing system.

The invention discloses a light carbon fiber case integral forming manufacturing method. The light carbon fiber case integral forming manufacturing method comprises the following contents of pre-formation of guide rails and wedge-shaped parts; implementation of threaded installation holes, wherein the threaded installation holes are implemented through metal embedded parts, bottom installation holes are pre-machined in the metal embedded parts, and the metal embedded parts are precisely positioned on the forming surface of a case die through the pre-machined bottom installation holes; pre-formation of side face installation beams; case body lay-up; machining; surface metallization on the inner surface and the outer surface of the case body; and surface three-proofing treatment. According to the light carbon fiber case integral forming manufacturing method, reasonable split design is carried out, the guide rails, the wedge-shaped parts and side face connecting beams are pre-formed and then assembled with the case body die, overall case body lay-up and autoclave co-curing formation are carried out, the manufacturing difficulty is lowered, and the overall rigidity requirement of the case body is also ensured; many printed board assemblies need to be installed in the case body, a power supply component needs to be installed outside the case body, installation interfaces are many, the positions are compact, the high-precision requirement for installation positions and dimensions is met through the embedded part precise positioning technology, and the connecting strength is ensured.

The invention discloses a paperboard stacking device. The paperboard stacking device comprises a bracket, a partition board, a collecting carrier, a pushing plate and a lifting plate, wherein baffles capable of sliding forwards and backwards are arranged at the front and rear sides of the bracket; both the collecting carrier and the partition board are arranged on the baffles; the partition board is arranged above the collecting carrier; the lifting plate is arranged below the collecting carrier and is in sliding fit with the bracket; and the pushing plate is arranged on the bracket, a conveyor belt is arranged below the lifting plate, and a plurality of through grooves for helping the conveyor belt be in contact with a paperboard stack are arranged in the lifting plate at intervals. The paperboard stacking device is simple in structure and can collect paperboards with different sizes and at the same time tidily stack the paperboards, thereby facilitating the following operation.

The invention relates to the technical field of exercise training apparatus, and specifically discloses a lower limb training device. The device comprises a base, a lifting mechanism, a first rotary arm, a second rotary arm, and a lower limb placing mechanism. The first rotary arm is rotatably connected with the lifting mechanism through a first rotation mechanism. The second rotary arm is rotatably connected with the first rotary arm through a second rotation mechanism. The lower limb placing mechanism is rotatably connected with the second rotary arm through a third rotation mechanism. The training device is characterized by large training range, convenient adjustment, simple operation, and compact structure, and can satisfy rehabilitation physical therapy training requirements of hospitals or families.

The invention relates to a pipeline and a manufacturing technology thereof, in particular to a multifunctional composite pipe capable of delivering different media simultaneously and a manufacturing process used for manufacturing the composite pipe. The composite pipe comprises wires, a pipe body and a wrapping layer. The wires are parallel to the pipe body. The outer portions of the wires and the outer portion of the pipe body are provided with the wrapping layer in a seamless mode. The wrapping layer is made of high-polymer materials. The core of the composite pipe and the forming process of the composite pipe is that the outer portions of the wires and the outer portion of the pipe body are covered with the high-polymer materials in a molten state, and the physical properties of the wires and the pipe body keep unchanged in the manufacturing process; the relative positions of the wires and the pipe body are maintained through the high-polymer materials, so the composite pipe has good strength and stability.

The invention relates to a socket with linear slots, which is characterized by being provided with three of linear slots, the slots are internally provided with linear reeds, the reeds of the slots at two sides are respectively provided with a zero wire and a live wire, the reed of the slot at the middle is connected with a ground wire, the socket adopts the linear slots, and a plug can be inserted into any position of the slots without being limited by the position of a jack. The socket ensures that the position of the plug can be more compact to enable the socket to be inserted with more plugs.

The invention discloses a stacking device for paperboards. The stacking device comprises a support, separating plates, receiving brackets and push plates; baffles capable of sliding forwards and backwards are arranged on the front side and the back side of the support; the receiving brackets are arranged on the support; the separating plates are arranged on the baffles and are arranged above the receiving brackets; the push plates are arranged on the support; conveying belts are arranged below the push plates; and the side surfaces of the push plates are flush with the upper end surfaces of the conveying belts. The stacking device is simple in structure, the paperboards in different sizes can be received and can be stacked relatively orderly, and thus subsequent operations are facilitated.

The invention discloses a paperboard stacking and packing device. The paperboard stacking and packing device comprises a stacking device and a packing device used for bundling paperboard piles, and the packing device is arranged on the rear side of the stacking device; and the stacking device comprises a support, partition plates, receiving brackets and push plates, wherein baffles capable of sliding forwards and backwards are arranged on the front side and the rear side of the support, the receiving brackets are arranged on the support, each partition plate is arranged on the corresponding baffle and arranged above the corresponding receiving bracket, the push plates are arranged on the support, and conveyor belts are arranged below the push plates. The paperboard stacking and packing device is simple in structure and can be used for receiving paperboards with different sizes; meanwhile, the paperboards can be stacked regularly, and the stacked paperboards can be packed.

The invention discloses horizontal vertical compression type garbage compression equipment. The horizontal vertical compression type garbage compression equipment comprises a fixing frame, a support mechanism is arranged on the fixing frame, a feeding mechanism used for loading garbage into a garbage transfer box and a scraper mechanism used for compressing and reducing the garbage in the garbagetransfer box are arranged on the support mechanism, and the fixing frame, the support mechanism, the feeding mechanism and the scraper mechanism are enclosed to form a placement position of the garbage transfer box; and the support mechanism includes a first quadrilateral connecting rod structure, the first quadrilateral connecting rod structure is hinged to the fixing plate, the first quadrilateral connecting rod structure is connected with a support lifting oil cylinder, and a piston rod of the support lifting oil cylinder is extended and retracted to lift or lay down the support mechanism,the feeding mechanism and the scraper mechanism as a whole so as to facilitate the dragging of the garbage transfer box from the placement position or placing of the garbage transfer box into the placement position. According to the horizontal vertical compression type garbage compression equipment, the support mechanism can be raised to a certain height by using the deformation of the quadrilateral connecting rod structure, and the lifting height of the support lifting oil cylinder is greatly reduced so as to adapt to the transformation of an old station with the low height.

The invention belongs to the field of polyester needled felts, and relates to a polyester needled felt with high dust removal efficiency. The polyester needled felt comprises needled felt fibers, a wear-resistant layer is arranged on the upper surface of the needled felt fibers, a leveling coating is connected to the lower surface of the needled felt fibers, metal wires are connected to the interiors of the needled felt fibers, and a waterproof breathable film is connected to the upper surface of the needled felt fibers close to the lower part of the wear-resistant layer. Through the arrangement of the metal wires, splicing openings and the waterproof breathable film, the metal wires can limit the positions of needled felt fibers, large position movement cannot occur under the action of external force, and the situation of dust leakage due to large holes in individual parts because of needling is avoided; the waterproof breathable film can block small water drops in air flow flowing along with dust; when the needled felt fibers are wetted, dust is prone to being attached to the wetted needled felt fibers, filtering holes of the needled felt are blocked, and dust filtering of the needled felt is affected, while, with the polyester needled felt adopted, the above situation can be avoided.

The invention discloses a foldable double-chain transmission scooter which comprises a front frame, a rear frame and a pedal, wherein the front frame is connected with a left handlebar and a right handlebar through a riser, a connecting sleeve with a built-in compression spring is arranged between the left handlebar and the right handlebar, and the compression spring pushes against the part between the left handlebar and the right handlebar; the front frame and the rear frame are respectively provided with a front wheel and a rear wheel; the left and right sides of a middle axle are respectively connected with a left driving chain wheel and a right driving chain wheel, the left and right sides of the rear wheel are respectively connected with a left driven chain wheel and a right reverse gear meshed with a right driven chain wheel, the left driven chain wheel is connected with the left driving chain wheel in a transmission mode through a left chain, and the right driven chain wheel is connected with the right driving chain wheel in a transmission mode through a right chain; and one-way components are respectively arranged in the left driven chain wheel and the right driven chain wheel. The foldable double-chain transmission scooter disclosed by the invention has the advantages that a transmission part on the scooter is set to be parallel to a rear frame girder, so that the space occupied by the transmission part is reduced; and the handlebars can be folded and unfolded, so that the scooter can be conveniently folded.