184results about How to "Easy for automated assembly" patented technology

The present invention pertains to electrochemical devices having a thin micro porous polytetrafluoroethylene separator bonded to their porous electrodes without special treatment of the separator and without additional adhesive layers. Structures of superior high energy density and power density are disclosed herein, as well as the methods of their assembly and automated production.

The invention discloses a manufacturing method of a lamp-cover-supporting LED tubular lamp with a self-clamping heat transmission substrate, and belongs to the technical field of supporting or hanging or connecting of lighting devices. The manufacturing method of the LED tubular lamp includes the steps that S1, the heat transmission substrate is inserted into strip-shaped clamping grooves from side ports of the strip-shaped clamping grooves; S2, after the heat transmission substrate is installed in the strip-shaped clamping grooves, a lamp cover covers a radiator; S3, the lamp cover exerts two acting forces on two T-shaped hooks, and the heat transmission substrate is installed in the strip-shaped clamping grooves in a clamped mode; S4, the radiator, the heat transmission substrate and the lamp cover form a lamp tube of the LED tubular lamp, and two end covers are installed at the two ends of the lamp tube of the LED tubular lamp. According to the lamp-cover-supporting LED tubular lamp with the self-clamping heat transmission substrate, the heat transmission substrate can be arranged in the strip-shaped clamping grooves in the clamped mode because the strip-shaped clamping grooves are formed in an installing part of the heat transmission substrate, heat dissipation efficiency can be improved, and the heat transmission substrate is prevented from thermal deformation.

An automated system of an enterprise is disclosed for managing a communication session with a customer of the enterprise. The automated system includes a monitoring module configured to monitor one or more attributes associated with the communication session. The automated system further includes an analysis module configured to determine a plurality of resources required for managing the communication session based on the attributes. The automated system further includes a management module configured to manage allocation of the resources for the communication session, wherein the allocation is refined during the communication session based on the attributes.

A method for manufacturing bimetal axle sleeve includes such steps as providing seamless steel pipe as the back liner, cleaning, putting Cu-alloy powder in it, sintering for shaping, fixing it to a horizontal swinging rolling machine, swinging rolling for compacting the Cu-alloy powder, and sintering again. Said horizontal swinging rolling machine consists of main body, clamping box, slide rod, swinging body with reverse conic rod arranged in inclined mode, and worm gear.

The invention discloses a mounting structure of a photovoltaic junction box connecting terminal. The mounting structure comprises a photovoltaic junction box base, a connecting terminal assembly and a diode; a mounting board is arranged in the photovoltaic junction box base; the connecting terminal assembly and the diode are installed on the mounting board; and the mounting board is connected in the photovoltaic junction box base in a clamping manner or is integrally injection molded in the photovoltaic junction box base. As the connecting terminal assembly is connected with the photovoltaic junction box base through the mounting board, the mounting board can adopt heat resistance and high intensity materials and can meet the requirement on the performance, moreover, as the mounting board is small in volume, the cost can be controlled, and the removable design of the mounting board is also convenient for automatic assembling and maintenance. In addition, the diode is arranged between two connecting terminals, a diode shell clings to one end of a radiating support element, so that the heat of the diode can be fast transferred to the radiating support element, the temperature of the diode can be reduced and the reliability of the diode can be improved.

The invention discloses a self-locking invisible puller, which comprises a sliding block, a horseshoe hook, an elastic element and a cover plate, wherein the sliding block comprises a lower plate, a guide post, an upper plate and a connecting post; the upper plate is provided with a through hole; the connecting post is provided with an accommodating groove; the horseshoe hook comprises a pivot part and a hook part; the pivot part of the horseshoe hook is arranged in the accommodating groove of the connecting post, and the hook part of the horseshoe hook is inserted into the through hole of the upper plate; and the cover plate is fixed on the connecting post. The self-locking invisible puller also comprises a pressing piece, wherein the pressing piece is arranged in the accommodating groove of the connecting post; one end of the pressing piece is provided with a pressing part which is arranged on the pivot part of the horseshoe hook, and the other end of the pressing part is butted against the cover plate; and the elastic element is arranged in the accommodating groove of the connecting post and is used for applying elastic force to the horseshoe hook. The self-locking invisible puller has the advantages of convenient operation and automatic assembly.

The invention discloses a manufacturing method of a lamp-cover-supporting LED tubular lamp with a self-clamping heat transmission substrate, and belongs to the technical field of supporting or hanging or connecting of lighting devices. The manufacturing method of the LED tubular lamp includes the steps that S1, the heat transmission substrate is inserted into strip-shaped clamping grooves from side ports of the strip-shaped clamping grooves; S2, after the heat transmission substrate is installed in the strip-shaped clamping grooves, a lamp cover covers a radiator; S3, the lamp cover exerts two acting forces on two T-shaped hooks, and the heat transmission substrate is installed in the strip-shaped clamping grooves in a clamped mode; S4, the radiator, the heat transmission substrate and the lamp cover form a lamp tube of the LED tubular lamp, and two end covers are installed at the two ends of the lamp tube of the LED tubular lamp. According to the lamp-cover-supporting LED tubular lamp with the self-clamping heat transmission substrate, the heat transmission substrate can be arranged in the strip-shaped clamping grooves in the clamped mode because the strip-shaped clamping grooves are formed in an installing part of the heat transmission substrate, heat dissipation efficiency can be improved, and the heat transmission substrate is prevented from thermal deformation.

An LED equipment as light source for lighting features that the light from each of LEDs on bottom plate is refracted by convex lens, reflected upward by sorrounded concave reflector, and refracted by the cone around the convex lens to make the light beams in same direction.

The invention provides a socket, which comprises a pressure plate, two protective doors and a plug bush, wherein the two protective doors are arranged at the upper part of the pressure plate; the plug bush is arranged at the lower part of the pressure plate; when a plug is inserted, the protective doors move to open, so that the plug is inserted into the plug bush at the lower part of the pressure plate; a mounting and fixing structure is arranged between the two protective doors; a limiting structure is arranged on the pressure plate; limiting parts corresponding to the limiting structure are arranged on the two protective doors; the two protective doors are arranged into the pressure plate through the mounting and fixing structure when mounted; and the limiting structure on the pressure plate corresponds to the limiting parts of the two protective door to limit the two protective doors. The mounting and fixing structure is arranged between the two protective doors; the two protective doors are arranged together; and the limiting structure is arranged on the pressure plate for limiting and fixing the limiting parts of the two protective doors, so that the fixed structure of the protective doors in the pressure plate is stable and reliable; the protective doors do not easily turn over to fall off when automatically assembled; and the automatic degree is high.

A buckle-type miniature rechargeable lithium battery structure member relates to the technical field of an electronic structure member and comprises an upper shell, a lower shell and a rubber ring, wherein the upper shell is buckled in the lower shell, and side walls of the upper shell and the lower shell are sealed by the rubber ring. By the buckle-type miniature rechargeable lithium battery structure member, the conflict between an explosionproof structure and a sealing structure in a traditional technology is solved, and the problems the pursuit of the explosionproof performance causes lowbattery assembly yield and the pursuit of the sealing performance causes low batter capacity are solved.

The invention provides a lithium slurry battery and a lithium slurry battery module. The lithium slurry battery comprises a battery cell unit, wherein the battery cell unit comprises a battery cell, abattery cell bag and a monomer housing cover; a battery cell bag connection part of the monomer housing cover can be matched with the size of a battery cell bag opening, so that the battery cell bagopening can sleeve the battery cell bag connection part and is hermetically connected with the battery cell bag connection part; the single battery cell unit can be further arranged in a monomer housing to form the lithium slurry battery, or a plurality of battery cell units can be further arranged in a plurality of accommodating cavities of a multi-grid module housing to form the lithium slurry battery module. In addition, a connection interface of lithium slurry battery maintenance and regeneration equipment can be further formed in the monomer housing cover and / or a module housing cover. Asthe lithium slurry battery and the lithium slurry battery module are high in sealing property, can be maintained on line and are simple in structure and convenient to remove, automatic assembling andrecycling of batteries are facilitated. Furthermore, the invention further provides preparation methods of the lithium slurry battery and the lithium slurry battery module.

A sintered electrode assembly is made from an inert electrode (15) containing a sealed metallic conductor (20) with surface features (30) such as a coating or wrap that assists the conductor and the inert electrode (15) at their interface. The formation of a bond at the interface (45) at which the metal conductor (20) is in direct contact with and substantially surrounded by the inert electrode (15) without the use of metal foam or metal powder.

The invention relates to an LED (light emitting diode) lamp assembling azimuth correction device and an LED lamp assembling azimuth correction method. A LED lamp with the correction function comprises a lamp cup and a drive board, wherein one side of the drive board protrudes outwards to be provided with an electronic element. The LED lamp assembling azimuth correction device is characterized by comprising a drive board azimuth detection mechanism, a drive board azimuth rotating mechanism and a correction mechanism, wherein the drive board azimuth detection mechanism is used for judging the direction of the electronic element on the drive board; the drive board azimuth detection mechanism controls the drive board azimuth rotating mechanism, if the electronic element on the drive board does not generally face a predetermined first direction, the lamp cup is rotated by the rotating mechanism, so that the electronic element on the drive board generally faces the first direction; the correction mechanism comprises a clamping arm and at least two opposite clamping ends which are arranged on the clamping arm, the clamping ends of the clamping arm stretch into the lamp cup at an unfolding state, and the clamping ends are folded to clamp and correct the azimuth of the drive board. The LED lamp assembling azimuth correction device and method have advantage of convenience in automatic assembling.

The present invention relates to a self-locking type invisible pulling head, comprising a slide block, an elastic element, a horse hook and a suppressed component. The slide block comprises a lower plate, a guide pillar, an upper plate and a connecting pillar. An accepting groove is provided on the connecting pillar. The horse hook comprises a pivoted part and a hook part. The pivoted part of the horse hook and the elastic element are arranged in the accepting groove of the connecting pillar. The front of the pivoted part abuts against the elastic element. The suppressed component comprises fixed sections and a suppressed section. The fixed sections are fixed onto the connecting pillar and suppress the suppressed section. A pivot groove is arranged on the top end of the pivoted part of the horse hook corresponding to the suppressed section. The suppressed section has a plate-shaped structure arranged downwardly. A pivot block is arranged at the bottom of the pivoted part of the horse hook corresponding to the pivot groove. During the operation, the horse hook rotates around the suppressed section through the pivot groove. The pulling head has the advantages of simple structure, stable operation and convenient automated assembly.

The invention belongs to the field of medical instruments, and particularly relates to a flow rate setting and micro-adjustment device. According to the device, the infusion speed can be precisely and quickly adjusted, stability of control for the infusion speed after adjustment for the infusion speed is finished is guaranteed, and the infusion speed can be seen easily and quickly. The device is composed of an upper cover, a base, a handle and a dial, wherein the upper cover, the base and the handle are formed independently in an injection molding mode, and the handle is detachable. Due to the design of the handle in the flow rate setting and micro-adjustment device, the infusion speed can be adjusted by one hand, a vein needle wing and a Ruhr connector hook are arranged on the bottom of the handle, and a semi-circle clamping groove is arranged in the bottommost of the handle to fix a lower infusion pipe. A flow rate control principle is that a gap II and a spiral groove III on the device move to form different liquid passing areas so as to adjust liquid flow. Compared with the prior art, the device is attractive in appearance and simple in manufacture process, can precisely, quickly and stably control the infusion speed, and can visually and conveniently display the infusion speed. Additionally, operation can be carried out by one hand, the vein needle wing and the Ruhr connector hook can be arranged, medicine liquid flowing conditions in a speed-adjustment position of an infusion device can be clearly observed, and safety of the whole infusion device is improved.

The invention provides an insulation sleeve suitable for an LED spherical bulb and an LED spherical bulb structure provided with the insulation sleeve. The insulation sleeve comprises an insulation sleeve body; a fixed clamping groove is formed in the peripheral part of the insulation sleeve body; a wire penetrating hole and a card inserting groove are recessed in the frontal end surface of the insulation sleeve body; a positioning hollow column for penetrating through an L polar lead is arranged at the back end of the insulation sleeve body; and a hollow through hole of the positioning hollow column is communicated with the wire penetrating hole. The insulation sleeve is mounted in the LED spherical bulb structure. The insulation sleeve is mounted and assembled at a high voltage end of a power supply driving circuit board, improves the safety, simplifies the process, reduces the safety difficulty, realizes automatic welding and assembly, and improves the production efficiency.

The invention provides a reusable shared logistics box. The reusable shared logistics box consists of a plurality of standardization modules in a joggle joint manner and comprises side plates, side corners, horizontal plates and horizontal corners; the two sides of each side plate are connected with the other corresponding side plates or the corresponding side corners by dovetail grooves in a joggle joint manner; each two side plates connected by the corresponding side corner in a joggle joint manner form a certain angle, so that a plurality of side plates and the corresponding side corners can form a tube-shaped structure in a joggle joint manner; the upper end and the lower end of each side plate are connected with the upper ends and the lower ends of the other corresponding side platesor the corresponding horizontal corners in a joggle joint manner; each horizontal plate is connected with the corresponding horizontal plates or the corresponding horizontal corners in a joggle jointmanner; the horizontal plates can be fixed onto the side plates by the horizontal corners to form a enclosed container.

The invention provides an electric connector of a TYPEC socket. The electric connector comprises an outer shielding shell, an inner shielding shell, a conductive terminal and a metal ground lug module, wherein the outer shielding shell is arranged above the inner shielding shell; the conductive terminal and the metal ground lug module are arranged in the inner shielding shell; the conductive terminal and the metal ground lug module sequentially comprise an upper-row conductive terminal module, a metal ground lug and a lower-row conductive terminal module from top to bottom; terminals on the two sides of each of the conductive terminal modules are ground terminals; the metal ground lug is in contact with the surfaces of the ground terminals of the lower-row conductive terminal module. The electric connector has the beneficial effects that higher current can pass the connector by increasing the thickness of the terminals; in the conductive terminal modules, besides the ground terminals,a metal ground lug between every two of other terminals is designed into an empty avoidance manner, so that a terminal of a power supply and the other terminals are not in contact with the metal ground lugs, and bad risks of short circuit and burn-in are avoided; automatic assembly can be achieved conveniently, so that the production cost is lowered.

The invention provides a magnetic driving mechanism and a receiver comprising the same. The magnetic driving mechanism comprises a U-shaped balance armature, a lower shell and a middle-layer partition board; one end of the U-shaped balance armature is fixedly connected with the bottom of the lower shell, and the other end of the U-shaped balance armature is located in a first hollow cavity enclosed by the middle-layer partition board and the lower shell in a suspended manner; and the lower shell and the middle-layer partition board are used for providing a magnetic flux path. The magnetic driving mechanism and the receiver comprising the same of the invention have the advantages of simple structure, small size and the like.

The invention relates to a computer key adopting a novel scissor structure. The computer key comprises a key cap, a scissor, elastic colloidal silica, a key bottom plate and a printed circuit film covering the surface of the key bottom plate, wherein a gap exists between the outer side surface of the border of an inner frame and the inner side surface of the border of an outer frame so that the inner frame can freely rotate 360 degrees relative to the outer frame; both the inner frame and outer frame are a frame of symmetrical structure; four corners of the inner frame are symmetrically provided with inner clamp pins of the same shape and size, and four corners of the outer frame are symmetrically provided with outer clamp pins of the same shape and size; the bottom surface of the key cap is provided with four fixing clamp seats of the same structure in trapezoidal distribution; and the key bottom plate is provided with four sliding side clamp hooks of the same structure in trapezoidal distribution. By adopting the structure, the computer key provided by the invention simplifies the production process, lowers the production cost, improves the assembly accuracy and automatic assembly efficiency, and is suitable for automatic production.

The invention relates to a light emitting diode module, a backlight source and a display device, belonging to the field of light emitting diode modules with connection structures as well as backlightsources and display devices using same. The invention aims at providing a light emitting diode module which comprises a light emitting surface positioned at a light emitting side of the light emittingdiode module, two bumps which are positioned at the light emitting side and respectively arranged at two sides of the light emitting surface, and two positioning blocks which are respectively positioned on the two bumps and point to a first side direction of the light emitting diode module. The first side direction is parallel to the light emitting surface and vertical to the connection line of the two bumps.

The invention provides a teaching training platform for robot dismounting. The teaching training platform comprises a robot dismounting workbench, a robot experimental operation platform, a robot control system and an offline simulation system, wherein a standard piece box and a dismounting tool box are arranged on the robot dismounting workbench; the robot experimental operation platform is located on one side of the robot dismounting workbench; a quick dismounting industrial robot and a sample placing frame are arranged on the robot experimental operation platform; the robot control system is connected with the offline simulation system; the robot control system and the offline simulation system can control the running of the quick dismounting industrial robot. The teaching training platform for robot dismounting has convenience in use and multifunction, can synchronously realize the assembling of subsidiary sample and main sample through robot and the dismounting of the robot and is beneficial for the students to understand the working principle and interior structure of the robot. Meanwhile, in the assembling process of the robot, automatic assembling and control can be realized and the conduction of repeated experiment and teaching is benefited.

The invention discloses a pressure head assembly for assembling of engine valve lock plates. The pressure head assembly comprises a cover plate, a pressure head, a sleeve, a spring, a guide rod, a clamp plate, a steel ball and a snap ring, wherein the cover plate is detachably connected with the pressure head; the spring and the guide rod are arranged in the pressure head; one end of the spring presses the upper end of the guide rod and the other end of the spring abuts on the cover plate to ensure that the guide rod can move up and down; the clamp plate is mounted outside the pressure head and used for clamping a lock plate into a valve slot; the sleeve is connected with the pressure head by a screw; a circular groove is engraved in the lower part of the sleeve; two taper holes are formed in the circular groove; a steel ball is arranged in each taper hole; a snap spring is also arranged in the circular groove; the snap spring and the steel balls are used for fixing a spring upper seat on the pressure head. The pressure head assembly for assembling of engine valve lock plates is simple to manufacture and reliable in action; the production takt is less than or equal to 30 sec; the percent of pass is greater than or equal to 99%; refit can be directly carried out on the original equipment. According to the pressure head assembly for assembling of engine valve lock plates, the industrial difficulty of press fitting of trislot lock plates is effectively solved and the automatic assembling can be conveniently realized.

The device (1) has switching contacts that close and / or open an electric circuit. A tripping apparatus is provided for automatically disconnecting the switching contacts, and a housing (2) has a front side, onto which a cover cap (4) is clipped. The cover cap has a latch engaged into a locking groove that is arranged at the housing. The housing has a housing projection that forms the front side.

The invention provides a chassis and an air conditioner. The air conditioner comprises a rear casing assembly with an opening in the front end, a connecting part capable of being tightly connected with the bottom of the rear casing assembly is arranged at the rear part of the chassis, and reinforcing parts capable of being tightly connected with the front opening end of the rear casing assembly are arranged at the front part of the chassis. According to the chassis provided by the invention, the reinforcing parts are additionally arranged at the front part of the chassis, so that the integral strength of the chassis is enhanced; besides, the reinforcing parts can be tightly connected with the front opening end of the rear casing assembly, the connecting strength and the stability of the chassis and the rear casing assembly of the air conditioner are improved, and the stability of a machine body is enhanced accordingly; meanwhile, the reinforcing parts are arranged at the front parts of the chassis, thus, the rear casing assembly and the front part of the chassis are also tightly connected, a casing of the air conditioner and the whole chassis are connected more stably, and the stability of the machine body is further enhanced.

The invention relates to a motor assembly method, in particular to a servo motor assembly system and a rear end cap sealing ring assembly device. The servo motor rear end cap sealing ring assembly device comprises an indexing rotary table device and a sealing ring assembly device. The indexing rotary table device is sequentially provided with a loading and unloading station, a rear end cap detection station, a bearing loading station, a pressing station, a pressing detection station and a sealing ring assembly station. Carriers are respectively arranged on each station, and the sealing ring assembly device corresponds to the sealing ring assembly station. The sealing ring assembling device comprises a fixed bracket, a sixth cylinder placing table, a sealing ring spreading mechanism, a fifth cylinder, a linear moving assembly, a photoelectric sensor assembly, a sixth cylinder, a sealing ring ferrule and a transverse moving guide plate, wherein the sealing ring assembling device comprises a fixed bracket, a sixth cylinder placing table, a sealing ring spreading mechanism, a fifth cylinder, a linear moving assembly, a photoelectric sensor assembly, a sixth cylinder, a sealing ring ferrule and a transverse moving guide plate; the fixing bracket is fixedly arranged on the mounting rack for transversely mounting the linear moving component; the elastic sealing ring is stretched and pushed off, and the device is assembled on the servo motor tail cap by internal stress thereof, and the action is in order, so the automatic assembly of the sealing ring is convenient.

The invention discloses a heat transfer substrate self-clamping type LED (light emitting diode) tubular lamp supported by a lamp shade, and a heat radiator of the LED tubular lamp, and belongs to the technical fields of support, suspension or connecting devices of illumination devices. The heat radiator of the LED tubular lamp comprises a heat radiating main body (1) and a heat transfer substrate mounting part (2), wherein the cross section of the heat radiating main body (1) is in a hollow semi-cylinder shape. The heat radiator is characterized in that the heat transfer substrate mounting part (2) is connected with a heat transfer bottom surface (11) and is provided with bar-shaped clamping grooves (21), and the bar-shaped clamping grooves (21) are used for mounting a heat transfer substrate (3). The heat transfer substrate self-clamping type LED tubular lamp supported by the lamp shade has the advantages that as the heat transfer substrate mounting part is provided with the bar-shaped clamping grooves, the heat transfer substrate can be clamped in the bar clamping grooves, and the heat transfer substrate is fixedly arranged on the heat radiator without screws, so the assembling efficiency is high, and the requirement of automatic and quick production is met; the heat transfer substrate is clamped in the bar-shaped clamping grooves and is in contact with multiple surfaces of the bar-shaped clamping grooves, so the heat radiating efficiency is improved, and the heat deformation of the heat transfer substrate is avoided.