41 results about "Crimp" patented technology

System for marking high-performance hoses, comprising: - a connection element (10) for a high-performance hose (11), which includes a crimp sleeve (12) made of metal, and - a transponder chip (20) which is installed in a recess (21) in the crimp sleeve (12) and is designed to identify the high-performance hose (11).

The utility model belongs to refractory production technical field, especially relates to a hollow refractory precast piece anti -settling casting mould, including bottom plate, side wall one, side wall two, pressing plate, mould core, center positioning rod, vibrating motor, the middle part of bottom plate is equipped with mould core, the outer periphery of mould core is equipped with the side wall one and side wall two that are connected with each other, the inner surface of side wall one and side wall two is equipped with taper, the bottom of side wall one and side wall two is engaged with the positioning convex edge on bottom plate, the top of mould core crimps pressing plate, center positioning rod passes through from pressing plate and mould core center, and is detachably connected with bottom plate, the both ends of pressing plate are respectively crimped with the top of side wall one and side wall two, bottom plate, mould core and side wall one and side wall two surround and form pouring cavity, a plurality of vibrating motors are arranged symmetrically outside side wall one and side wall two or are all uniformly arranged. The utility model changes the moving track of big particle by the introduction of multidirectional vibration, and relieves the particle settlement phenomenon caused by traditional unidirectional vibration.

The invention relates to the technical field of wire harness terminal assembly, and relates to wire harness terminal crimping assembly equipment which comprises an assembly table, the outer wall of the assembly table is provided with a crimping push rod through an L-shaped seat. And after the previous crimping is completed, the switching of the next round of crimping assembly materials is completed in the separation process, so that the butt joint installation of the wire harness and the terminal is completed, and when the crimping head descends and crimps again, the terminal main body fixed in the limiting seat completes the switching of a new round, and the crimping can be directly performed again to realize the assembly work of the wire harness terminal. The whole assembling work has a good automation effect and machining efficiency, the assembling efficiency is improved in the mode that preassembling is combined with automatic switching, the situation that the machining time is delayed in the window machining period is avoided, and the machining efficiency is multiplied through the mode that multiple sets are connected in a pressing mode at the same time.

The invention relates to the technical field of aviation electric connectors, and discloses an embeddable crimping type aviation electric connector and an embedment method. The contact body and the wire are encapsulated and fixed in the connector shell through the glue sealing block, so that the structural strength of the connecting part of the contact body and the wire is improved, reliable protection is provided for the crimping end part of the contact body and the wire, the strong vibration environment resistance of the connecting position of the contact body and the wire is improved, and the service life of the connector is prolonged. The stability of electric signal transmission in a high-vibration environment is improved, and the problem that the wire terminating position is broken due to insufficient mechanical strength is solved. According to the invention, efficient and stable glue solution potting is realized through the positioning tool and the potting tool, the potting efficiency is improved, and the uniformity and reliability of the potting quality are ensured at the same time.

A crimping apparatus (10) and method that allows for determination of crimp quality. The method includes terminating a wire (26), monitoring a thermal characteristic of the termination with one or more thermal sensors (28), and comparing the monitored thermal characteristic to a stored thermal characteristic to determine if the termination is defective. If the termination is defective, the termination is discarded. The apparatus (10) includes an applicator (12) having an anvil (22) and a crimping tool (20) movable relative to the anvil (22). The anvil (22) and the crimping tool (20) define a crimping zone (18) of the apparatus (10). A thermal sensor is mounted on the crimping apparatus and proximate to the applicator. The thermal sensor (28) monitors a thermal characteristic of a crimp completed by the applicator (12) to determine if the crimp is defective.

An assembly for limiting fluid flow in a conduit, including: a body defining an inner cavity, the body having a wall portion that extends from an end portion of the body, the wall portion and the end portion defining the inner cavity, the wall portion having an outwardly flared portion that extends away from the inner cavity at an open end of the body, the open end being opposite to the end portion of the body, the wall portion having a crimp proximate to the outwardly flared portion, the crimp extends towards the inner cavity; and a fluid flow restricting member retained within the inner cavity of the body, wherein the fluid flow restricting member reduces or prevents fluid flow through the inner cavity and the crimp prevents the fluid flow restricting member from being removed from the inner cavity.

An assembly for limiting fluid flow in a conduit, including: a body defining an inner cavity, the body having a wall portion that extends from an end portion of the body, the wall portion and the end portion defining the inner cavity, the wall portion having an outwardly flared portion that extends away from the inner cavity at an open end of the body, the open end being opposite to the end portion of the body, the wall portion having a crimp proximate to the outwardly flared portion, the crimp extends towards the inner cavity; and a fluid flow restricting member retained within the inner cavity of the body, wherein the fluid flow restricting member reduces or prevents fluid flow through the inner cavity and the crimp prevents the fluid flow restricting member from being removed from the inner cavity.

This application relates to the field of photovoltaic electrical connection technology, and in particular to a sand-proof crimp connector for photovoltaic cables. It includes a male connector assembly, a female connector assembly, a cleaning assembly, and a locking seal. The male connector assembly has a male housing and male terminals, and the female connector assembly has a female housing and female terminals, which are interlocked. The cleaning assembly is located at the cable entry end of the male and female housings and includes an elastic flap and a cleaning element. The cleaning element elastically abuts against the cable core and can clean away sand and dust. The locking seal is used to lock and seal the gap between the cable housing and the cleaning flap. This application achieves the technical effects of sand prevention and effective fixation of the cable core.

A system and method are provided for simultaneously crimping, sealing, and ejecting a plurality of pre-formed cones. The system includes a top plate, one or more carrier support members, and linear guides extending between them. A pressing assembly includes a pressing plate mounted on the guides, pressing rods extending from the pressing plate, and at least one actuator to drive the pressing plate. A crimping assembly includes a crimping body with apertures and one or more actuators to translate the crimping body. A modular carrier plate positioned below the assemblies including openings aligned with the pressing rods and apertures, each configured to receive a cone. The method includes positioning cones in the openings, translating the crimping body to deform upper portions of the cones to form crimps, retracting the crimping body, advancing the pressing plate to seal crimps, and ejecting the sealed cones through the openings.

The utility model provides a combined type crimping ring, which relates to the technical field of crimping rings and comprises an arc-shaped clamping plate, arc-shaped pressing edges are fixed on the inner top surface of the arc-shaped clamping plate close to the edges of the front side and the rear side, the inner side surfaces of the two arc-shaped pressing edges are concave, and rubber buffer strips are mounted at the concave positions of the inner side surfaces of the two arc-shaped pressing edges. According to the utility model, the arc-shaped openings of the two arc-shaped clamping plates are opposite to each other, then a wire harness is placed between the two arc-shaped clamping plates, and then the two ends of the two opposite arc-shaped clamping plates are locked through bolts, so that the wire harness can be clamped in the arc-shaped clamping plates, and the wire harness can be clamped in the arc-shaped clamping plates, so that the wire harness can be clamped in the arc-shaped clamping plates, and the wire harness can be clamped in the arc-shaped clamping plates. In the locking process, the arc-shaped pressing edge can be driven to press the internally clamped wire harness, and during pressing, due to the fact that the rubber buffer strip is internally provided with the buffer cavity, the two sides of the rubber buffer strip expand outwards, and therefore the sealing performance of the butt joint clamping position is improved.

Reduce the number of manufacturing steps. [Solution] The crimp connector A comprises a housing 10 having a terminal housing chamber 12, and a terminal fitting 30 inserted into the terminal housing chamber 12 from the rear of the housing 10. The terminal fitting 30 has an insertion hole 40 through which an insulated wire 50 is inserted in a direction intersecting the insertion direction of the terminal fitting 12 into the terminal housing chamber 12, and a crimp groove 41 that constitutes a crimp blade 42 extending rearward from the insertion hole 40. The rear surface 10R of the housing 10 has a movement restricting portion 15 that contacts the insulated wire 50 to restrict the forward movement of the insulated wire 50.

The invention relates to a method and a device (1) for the automated crimping of a conductor with a crimping press (11) and several crimping tools (12) arranged on a tool carrier (13) for crimp contacts of a respective predetermined crimp contact dimension, wherein one of the several crimping tools (12) can be arranged in a pressing area of ​​the crimping press (11) for automated crimping, wherein the tool carrier (13) is arranged and / or mounted in a positionally modifiable manner with respect to the crimping press (11), in particular at least the pressing area of ​​the crimping press (11), for the arrangement of one of the crimping tools (12) in the press area.

A wire assembly and an assembling method for using same. The wire assembly comprises a wire, a terminal component, and a base. The terminal component comprises a crimp portion and an elastic piece structure. The crimp portion is crimped to one end of the wire. The elastic piece structure comprises a first extending portion and a second extending portion. The first extending portion is connected to the crimp portion and extends away from the one end of the wire mentioned above. The second extending portion is connected to the end of the first extending portion away from the crimp portion, and is folded back relative to the first extending portion. The base has an engagement groove. The first extending portion is engaged inside of the engagement groove. The second extending portion protrudes out of the engagement groove. In this way, the terminal component becomes an electrical connection structure that is firmly connected to the one end of the wire mentioned above.

The present invention relates to a crimping insert device with a crimp-positioning function, which is implemented in two exemplary embodiments. One of the two exemplary embodiments comprises the following: two crimping insert bodies (40, 50), each provided with an upper locking section (41, 51) and a crimping area (42, 52), wherein each upper locking section (41, 51) has a recess in the form of a locking notch (411, 511), each crimping area (42, 52) is provided with several crimp recesses (421 to 424) and several crimp protrusions (521 to 524) corresponding to them, and one of the crimping insert bodies (40, 50) is extended on the side located near the crimp protrusions (521 to 524) by means of an enclosing plate body (54), wherein, when the crimp protrusions (521 to 524) are pressed,the positions of the edging plate body (54) corresponding to the crimp recesses (421 to 424) are provided with opposing recesses (541 to 543), wherein the height (H) of each recess (541 to 543) is less than the height (h) of the sheathing piece (711) of a crimp body (71) and the width (W) of each recess (541 to 543) is greater than the width (w) of the extension plate (712) of the crimp body (71). In the other embodiment, one of the crimp insert bodies (40, 50) is extended on the side near the crimp protrusions (521 to 523) by means of a mounting plate body (55), wherein, after the crimp protrusions (521 to 523) have been pressed, the positions of the mounting plate body (54) corresponding to the crimp recesses (421 to 423) are provided with opposing recesses (553) to allow the user tothat when using the crimping pliers (10) he can quickly and accurately position a crimp piece (70') to avoid slippage and impairment of the crimp between the crimp piece (70') and the cable (72).

A belt assembly (B) having at least one crimping member (M1, M2) and a flexible belt (11) is disposed in the cutting device to define a receptacle for a section of the tube (2). The device has a tube holder, a portion of which can receive the belt assembly (B) in a given direction (D) by means of positioning members (PM1, PM2). The belt (11) has a central portion adjacent to the crimp member and adapted to define a cutting site (CS) once the members (PM1, PM2) are likely to be coupled with complementary portions of the belt assembly using magnetic attraction of the U-shaped members (M1, M2). The device can crimp the tube together with the component and cut the tube (2) without cutting any rigid crimped component. Moreover, since the separate halves of the strip (11) can exhibit serial numbers, the break is traceable.

To provide a crimping tool, in particular for a crimp applicator or a crimping machine, for crimping a crimp sleeve, in particular a crimp sleeve of an electrical crimping terminal.SOLUTION: A crimping tool 1 includes a plurality of sub-tools 10 movable against each other, where each sub-tool 10 has a mechanically effective sub-crimp surface 110 global to the sub-tool 10 for partial crimping of the crimp sleeve. At least one sub-tool 10, in particular exactly two or at least two sub-tools 10, has a local measuring location insertion device 130 in the relevant global sub-crimp surface 110, and the local measuring location insertion device 130 allows a measuring location to be incorporated into the crimp sleeve.SELECTED DRAWING: Figure 3

The invention relates to a tensioned wire for simultaneously slicing a workpiece into a plurality of uniform slices by means of a wire saw and an abrasive slurry, wherein the wire has a plurality of crimps having two different undulation pitches, the amplitudes of which are identical at the selected tension

Wire under tensile stress for cutting a workpiece into a multitude of uniform discs simultaneously by means of a wire saw and a slurry of abrasives, wherein the wire has a multitude of crimps of two different wavelengths whose amplitudes are identical at the selected tensile stress.

The invention relates to a method for producing a crimp connection using a handheld pulling and pushing device and a handheld pulling and pushing device for carrying out the method.The handheld pulling and pushing device, which enables the reliable production of crimp connections, is designed to include a control unit for controlling the electric motor to adjust the crimping die between the crimping position and the open position, and a sensor unit connected to the control unit for monitoring the motor performance data during the adjustment of the crimping die towards the crimping position. The control unit interrupts the adjustment of the crimping die in the intermediate position if predefined first motor performance data is exceeded and / or fallen below, after reactivation further adjusts the crimping die towards the crimping position, and terminates the crimping process when predefined second motor performance data is reached.

The utility model provides a kind of crimping assembly, including adjusting pedestal and multiple pressure head mounted on it, the upper surface of the adjusting pedestal is opened with at least one parallel extension guide rail groove along length direction, the slider corresponding with the guide rail groove is movably arranged in the guide rail groove, the pressure head is detachably connected with the slider by locking member;When the locking member is screwed, the contact surface of the slider and the guide rail groove generates friction locking force, so that the pressure head and the slider are synchronously fixed in the set position of the guide rail groove.The combination structure of parallel guide rail groove and slider is arranged on the adjusting pedestal, the quick adjustment and reliable locking of pressure head spacing are realized.

A medium processing apparatus includes a tray to stack multiple media including a medium, a crimp binder to crimp and bind the multiple media on the tray, and a crease former to form a crease on each of the multiple media on the tray before the crimp binder crimps and binds the multiple media.

The invention discloses a method for calculating the equivalent section modulus of a cold-formed thin-walled steel beam with a hole under a pure bend, the cold-formed thin-walled steel beam has a C-shaped section, and long round holes are continuously formed along a web plate; comprising the following steps that the width b of a web straight section of the cold-formed thin-walled steel beam, the height h of a flange straight section, the length d of a curled edge straight section, the plate thickness t, the total length e of an oblong hole, the appearance period S of the oblong hole, the semi-circle radius r of the two ends of the oblong hole and the steel yield strength fy are determined; based on an effective width method, considering local buckling and an oblong hole weakening effect, respectively calculating effective widths of a web, a flange and a curled edge, combining the effective widths to form an equivalent effective section, and calculating an effective area Aeff of the equivalent effective section and a distance eeff from an effective centroid to a center line of the web; and calculating an effective inertia moment Ieff and an equivalent section modulus Weff. According to the method, the section modulus after reduction can be quickly obtained by substituting the geometric dimension once, the method is simple and quick, and high-precision and zero-iteration preposed input can be provided for subsequent deformation checking calculation and flexural capacity design.

The application relates to the technical field of connectors, in particular to a crimp-free type terminal and a wiring method, which comprises a terminal body used for electrically connecting with a component and a copper head used for electrically connecting with a line switch, a locking groove is arranged on the surface of the terminal body far away from the copper head, the groove wall of the locking groove is arranged in an inclined mode, the opening size of the locking groove increases along the direction close to the copper head, a pressing block is arranged in the locking groove in a sliding mode, a pressing hole extending along the extension direction of the locking groove is arranged on the pressing block in a penetrating mode and is used for inserting and penetrating a wire, the pressing block comprises at least two petal block bodies, the pressing hole is enclosed by the petal block bodies, and a pressing elastic piece which enables the pressing block to slide in a direction far away from the copper head is connected between the pressing block and the terminal body. The application omits special equipment required by a traditional crimping process, simplifies a wiring process, and improves installation efficiency.

This is a link mechanism for the crimping part of a special tool that fastens a crimp terminal to an electric wire.

1. The name of the design product: multi-core curved needle connector. 2. The use of the design product: mainly used in electrical connection or data, signal transmission between devices in the power grid field. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

This is a link mechanism for the crimping part of a special tool that fastens a crimp terminal to an electric wire.

A shape memory alloy wire assembly (SMA wire assembly) comprises a first crimp connection, a second crimp connection, a metallic bridge, a first SMA wire, and a second SMA wire. The metallic bridge has a first wire end and a second wire end opposite the first wire end. The first SMA wire is oriented in a straight line and has a first mounting end and a first bridge end opposite the first mounting end. The first bridge end is rigidly coupled to the first wire end of the metallic bridge via the first crimp connection. The second SMA wire is oriented in a straight line and has a second mounting end and a second bridge end opposite the second mounting end. The second bridge end is rigidly coupled to the second wire end of the metallic bridge via the second crimp connection.

A corrugated, anti-loosening crimp-type tension clamp and its anti-loosening method are disclosed, comprising a drain plate, a jumper rod, a first nut, and a first bolt. The drain plate has a concave structure with concave corrugations on its inner wall; the upper and lower surfaces of the jumper rod's end are convex corrugated. After the jumper rod is inserted into the drain plate, the concave and convex corrugations interlock, and the jumper rod and drain plate are locked together by the first nut and the first bolt. This invention provides an anti-loosening crimp-type tension clamp with a corrugated structure, which can prevent the drain clamp from loosening.