148results about How to "Guaranteed assembly stability" patented technology

A mounting platform assembly for a stand device includes a connecting platform having two parallel engaging blocks projecting from a bottom surface thereof, each having a positioning hole and forming a slope on an outward face thereof; and a fixing base having two engaging ribs projecting from a top surface thereof, each forming a sliding groove on the top surface of the fixing base corresponding to the slope of each engaging block, and the fixing base having a positioning means including an engaging button and a push rod. When a conical portion of the push rod abuts against a bottom end of the engaging button, the other end of the engaging button projects from the top surface of the fixing base to engage with the positioning hole of the engaging block, thereby achieving the positioning and fixing of the connecting platform.

An electromagnetic switch for use in actuating a starter for automotive vehicles is provided. The switch includes fixed contacts, a moving contact, and a plunger shaft. The moving contact is joined to a plunger shaft through an insulator. The plunger shaft is to be moved magnetically to bring the moving contact into abutment with the fixed contact to establish electric communication between the fixed contact. The switch also includes a rotation holder working to hold the moving contact and the insulator from rotating relative to each other. Use of the rotation holder results in a decrease in wear of the insulator. This eliminates the need for the insulator to have an additional thickness which would be worn down, thus permitting the insulator to be reduced in thickness to shorten the overall length of the switch.

The invention relates to aqueous coating compositions for producing primer and/or filler layers in a multi-layer coating, in particular in vehicle coating, comprising the following components: A) at least one water-dilutable epoxy resin, B) at least one polyamine curing agent, C) optionally, at least one water-dilutable polyurethane resin, D) water and E) optionally, pigments, fillers, conventional paint additives and/or organic solvents, wherein the polyamine curing agent B) comprises: B1) 5-95% by weight of at least one amino functional compound with at least two secondary and/or primary amino groups and B2) 95-5% by weight of at least one water-dilutable (meth)acrylic copolymer, wherein the percentages by weight of components B1) and B2) are based on the solids and add up to 100% by weight.

The invention relates to the field of product pin assembly for the electronic connector industry, in particular to an FPC cam pin inserting machine. The FPC cam pin inserting machine comprises a rack, a discharge plate, a feed roller, a transport track, a feeding mechanism, a pin pressing mechanism, a pin inserting mechanism, a cutting and bending mechanism, a transmission device and a control assembly, wherein the discharge plate is arranged at one side of the rack and is used for placing a to-be-inserted part of an FPC; the feed roller is arranged below the discharge plate; the transport track is arranged on the rack and is connected with the discharge plate; the feeding mechanism is arranged at one side of the transport track; the pin pressing mechanism is arranged at one side of the feeding mechanism for pressing and fixing the to-be-inserted part of the FPC; the pin inserting mechanism is arranged below the pin pressing mechanism and can take out the pin and insert the pin into the to-be-inserted part of the FPC; the control assembly controls various mechanisms to act; the transmission device comprises a drive servo motor, a cam transmission synchronizing wheel and a transmission shaft; the drive servo motor is connected with the cam transmission synchronizing wheel; the cam transmission synchronizing wheel is fixedly connected to the bottom end of the transmission shaft; the pin pressing mechanism, the pin inserting mechanism, the cutting and bending mechanism are sequentially fixed on the transmission shaft from top to bottom; and the control assembly is connected with the discharge plate, the transmission device and the feeding mechanism respectively.

A bathtub toy assembly including a play support platform assembly, a first flap pivotally connected to one end of the platform assembly and a second flap pivotally connected to an opposite end. With the flaps in horizontal positions, the bathtub toy assembly can be positioned across a bathtub, supported on opposite tub sides and with the platform assembly suspended over the tub in a child play position. The flaps can be re-positioned in vertical positions forming legs for supporting the toy assembly on a horizontal surface with the platform assembly raised. A child can then set on the horizontal surface with his legs underneath the platform assembly and play with toys on the platform assembly. Movable mechanistic play toys can be attached to the platform assembly and horizontal and vertical paths can be formed relative to the play toys and along which a child can move toy vehicles. The toy vehicles can each have a floatation device in its chassis allowing it to float upright and level in water.

Side arm for glasses structured for the reduction of clearance and with a highly slideable carriage, essentially including a small box, associated to the side arm by welding and preassembly. Two springs are housed on the inside the springs on one side having the end in abutment on the bottom of the small box and on the other side being arranged in abutment of the end of a tie-rod/carriage, with respect to which one is arranged adjacently per side. A tie-rod/carriage is substantially T-shaped presenting the anterior end, provided with a convenient articulation hinged to a corresponding nose provided on the frame of the glasses and in which at least one clearance compensation element is interposed between the bottom of the internal seat of the small box and the profile of the portion of tie-rod/carriage facing the bottom of the internal seat of the small box.

Disclosed is an inner bore welding structure and a welding method for fountain type pipe layout. Because the bending radius and the length of heat exchange pipes are almost different, and the difficulty of pipe inserting and assembly is large; the heat exchange pipes interfere with each other, wrong welding of the heat exchange pipes with different specifications or welding-missed joint of a heatexchange pipe both cannot be repaired; and the order and direction of the pipe layout are irregular, the operation space is narrow, and difficulty is large. The inner bore welding structure for the fountain type pipe layout comprises a pipe plate (1) and a heat exchange pipe (3), the junction of the pipe plate and the heat exchange pipe is provided with a step (2), and a welding portion (4) of thepipe plate and the heat exchange pipe adopts an all-position welding.

The stabiliser comprises a telescopic assembly (1) with an outer member (10) and an inner member (20) axially movable with respect to the outer member, without the possibility of rotating. A threaded element (30) is coupled to the outer member (10) and to the inner member (20) such that when said threaded element (30) rotates an axial movement of said inner member (20) with respect to said outer member (10) occurs, varying the length between kinematic centres of the stabiliser.

A radiating fin assembly comprises a plurality of radiating fins stacked together, wherein a folding edge is formed on opposite sides of the radiating fins, at both ends of the folding edge is formed a locking protrusion and a neck portion, a flexible slot is defined in the folding edge and located at both sides of the locking protrusion, and a plurality of notches are defined in the respective radiating fins, so that locking protrusions of one radiating fin are allowed to be engaged in the notches of another radiating fin. A flexible hook is formed on each of the locking protrusions and located correspondingly to a undersurface of the radiating fin, a rib is disposed on the flexible hook and connected to the locking protrusion, and at both sides of the respective locking protrusions and the notches are correspondingly arranged a plurality of positioning members.

A rough-in assembly for mounting a free-standing faucet on a floor is revealed. The rough-in assembly includes a mounting base, a connection tube set having cold-water and hot-water connection tubes, a fixing plate, and a plurality of nuts. The mounting base consists of a bottom plate fixed on a laminated wood, a tube-fixing portion positioned on the bottom plate and provided with two locking slots, and a plurality of bolts projecting from the bottom plate and inserted through a mounting hole on the floor. The cold-water and hot-water connection tubes are locked in the two locking slots of the tube-fixing portion. The fixing plate allows the bolts of the mounting base to pass therethrough. The nuts are threaded on the bolts for fastening the fixing plate on the floor. Thereby the free-standing faucet is secured on the floor firmly and production cost is dramatically reduced.

A bipolar plate intake structure of a fuel cell having drainage channels is disclosed herein. It mainly comprises an anode electrode plate having a gas flow path plane, a first inlet portion, a first outlet portion, and a first sealing member, wherein the first sealing member is provided with a first sealing structure for sealing the anode electrode plate and isolating the gas flow path plane, the first inlet portion, and the first outlet portion from each other; and a cathode electrode plate having a gas flow path plane, a second inlet portion, a second outlet portion, and a second sealing member, wherein the second sealing member is provided with a second sealing structure for sealing the cathode electrode plate and isolating the gas flow path plane, the second inlet portion and the second outlet portion from each other.

The invention relates to an automatic assembly system of a disconnecting switch electric mechanism. The automatic assembly system is characterized by comprising an automatic screwing triaxial module and a combined displacement mechanism; and a horizontal guide mechanism which is matched with the combined displacement mechanism is arranged on the automatic screwing triaxial module, and the combineddisplacement mechanism is close to or far from the automatic screwing triaxial module by virtue of the horizontal guide mechanism. According to the automatic assembly system, a clamping tool, an overturning platform and an overturning motor in the combined displacement mechanism are matched, so that the workpiece clamping and positioning and overturning functions are realized, and the assembly stability of workpieces is guaranteed; in addition, a support base of the combined displacement mechanism and the horizontal guide mechanism are connected in a mode of a screw nut pair, and the whole combined displacement mechanism is driven to displace in a horizontal direction by a driving motor; in addition, the workpieces on the combined displacement mechanism are screwed and fixed by an automatic screwing gun of the automatic screwing triaxial module; and the automatic assembly of the disconnecting switch electric mechanism is realized by the whole device.