71 results about "Cord clamping" patented technology

In accordance with the present invention there is provided a suturing device. The suturing device includes a length of suture that will be delivered to the site of the PFO and placed through the tissue adjacent the opening to close the PFO. As described in greater detail below, the suture is advanced through the tissue surrounding the opening by a pair of needles that penetrate the tissue adjacent to the opening. A knot is then loosely tied with the length of suture and advanced to the site of the PFO. The tails of the suture extending from the knot are then cut and removed. It is also contemplated that a pre-formed or pre-tied knot may be disposed on the device, wherein after deployment of the suture through the tissue adjacent to the PFO and removal of the device a loop of suture having a pre-tied knot will remain, wherein the pre-tied knot may then be tightened to close the PFO. Further still it is contemplated that other means may be utilized to retain the sutures. For example, it is contemplated that a suture clip or other clip like device may be utilized to retain the suture in a position such that the PFO is closed.

Suture clips and suture clip loading, delivery, locking and severing devices in both catheter and endoscopic embodiments are disclosed that permit the delivery and application of suture clips directly in contact with or in close approximation to sutured tissue. The catheter or endoscopic versions incorporate a collet cage with a plurality of flexible collet fingers that captivate a suture clip ring and a suture clip plug for assembly with a suture. An outer sliding sleeve constrains the collet fingers when distally advanced to minimize potential trauma during delivery and assembly of the suture clip in close proximity to the stitched tissue. Proximal retraction of the sliding sleeve coupled with the distal advancement of a pusher against cam surfaces on the inner walls of the collet fingers causes the collet fingers to open. The catheter is designed to hold and assemble the suture clip in a first position and release the suture clip and sever the suture ends proximal to the suture clip in a second position. Single pusher two-step embodiments and double pusher three-step embodiments are disclosed. Suture clip designs with plugs having heads for use with the suture clip delivery catheter are also disclosed. A suture clip loading device for loading suture clip components into the delivery system as well as a threader for threading sutures into the suture clip systems are also disclosed. A method of loading, delivering and deploying suture clips is further disclosed.

A cord clip for fastening a cord attached to e.g. an earphone to an object such as a clothes is disclosed. The cord clip includes a clipping portion for clamping the object and a cord holding portion for holding the cord. The clipping portion is formed by a first annular portion having a discontinuity at a part thereof. The clipping portion is capable of clamping the object at a clamping portion thereof provided by a narrow gap formed by the discontinuity of the first annular portion by means of an elastic resilient force of the first annular portion. The cord holding portion is formed by a second annular portion having a discontinuity at a part thereof. The cord holding portion is capable of holding the cord therein by means of an elastic resilient force of the second annular portion. This elastic resilient force of the second annular portion is independent of that of the first annular portion. The first annular portion and the second annular portion are formed integrally in a single member.

A cord holder is provided for use with a hand-held tool having a power cord. The cord holder includes a two component releasable fastener, preferably magnetic. One component of the fastener is mounted on a bracelet to be worn by a user. The other component is mounted on a cord retainer to be fastened to the cord. The power cord can be supported on the user's wrist or arm by the cord holder retainer while the user holds and manipulates the tool.

A central venous catheter kit enables health care workers quickly and controllably gain ultrasound supported access to vascular tissue for catheterization. Ultrasound support requires gel for reducing acoustic impedance and reflectance loss, which gel is included in the kit, as well as at least two newly conceived devices, the first for gripping the guide wire in an otherwise gelled environment, and the second for marking the skin for proper needle localization. State of the art kit components are thus included in the kit, in addition to the scanning gel and the noted device(s). The devices each comprise certain finger- or digit-grippable structure, and textured surfacing for enhancing the frictional contact between the user's digits and the devices.

Clips, devices, apparatus and methods of holding and supporting different diameter lines and conduits, such as medical oxygen air lines, earphone or headset wire lines, other types of wires, and power cords, and the like in a clip that can attach to clothing such as to pants, belts and pockets. The clip can include a rear U-shaped base and downwardly and upwardly protruding elongated members having different sets of upper and lower bends. The clip can be formed from a single vinyl coated wire line, that forms three sets of bends, each set having a different diameter. The lines and conduits can be securely held in different diameter sets of bends.

This invention relates to a cord clamp with push button quick release which is adapted to bind one or more flexible cords or strings at a desired location therealong by freely pulling said cord to the desired point of binding upon which the cord is clamped against retreating until such time as the button is depressed upon which the cord is freely released. Although this invention may be employed for various applications it is especially well suited for fastening / tightening footwear laces and draw strings of clothing and bags. Where the clamping device is fixed in position on the footwear, clothing, bag or other item the user may single-handedly adjust the cord in the clamp simply by pulling the cord to fasten the cord at the required length or tighten it to the required tension and single-handedly release said cord by depressing said button.

The invention relates to an automatic splicing machine for joints of steel wire cords. The automatic splicing machine comprises a cord clamping and transferring device, a cutting device, a servo conveying belt and a splicing device. The cutting device is arranged on a side surface of a starting end of the servo conveying belt, the cord clamping and transferring device is arranged behind the cutting device, the cord conveying direction of the cord clamping and transferring device is perpendicular to the servo conveying belt, stepping of the servo conveying belt is set according to the length of a cut cord, the splicing device is arranged above the servo conveying belt via a moving mechanism, and the splicing position of the splicing device corresponds to a cord lap-joint position or a seam position of the cord which is discharged out of a cord cutting and transferring area according to the step. Compared with an original cutting machine in a splicing mode, the automatic splicing machine has the advantages that a feeding conveying belt and a splicing conveying belt are omitted, and functions such as feeding and splicing are executed on the servo conveying belt.

A method for securing a securing clamp to a cord or a freeline. The securing clamp is automatically secured to the cord using a maniplulator, the manipulator has an assembly mechanism that is used to secure the securing clamp to the cord. The securing clamp has two brackets which can be adjusted relative to each other and which can be converted from an open position into a closed position, i.e. the cord-clamping position. The two brackets can be clamped against each other without screws for a simple assembly, and the securing clamp further has an actuating mechanism via which the two brackets can be converted from the open position into the closed position. To convert the position of the brackets, an actuating arm simply needs to be folded over or a blocking element simply needs to be removed. This is carried out automatically using the assembly mechanism of the manipulator.

The invention belongs to the wire harness making special-purpose tool field, and specifically provides an electric wire clamp comprising a cylinder and a transmission mechanism directly connected with a cylinder piston; the cylinder is used for controlling a left clamp portion and a right clamp portion to open and close; clamp portions of the left and right clamp portions respectively comprise a plurality of clamp convex teeth and clamp grooves mutually matched. The beneficial effects are that the single cylinder can automatically control the clamp portions to open and close, so the electric wire clamp can be applied to wire harness making automation production; the opening size of the electric wire clamp is adjustable, so electric wires of different diameters can be clamped; electric wire clamping force is uniformly distributed, so the electric wire cannot be damaged in a clamp process; clamping is stable, convenient and fast; parts assembling and dismounting are convenient and fast; the electric wire clamp is concise in structure, low in production processing difficulty, and high in clamp workpiece stability.

The invention relates to a device structure for fixing cables, comprising two fixing plates, two pull wire combination components and two wire clips, wherein the two fixing plates, the two pull wire combination components and the two wire clips are separately fixed on a clamping ring by wire clip disk head screws, fixing plate disk head screws and sunk screws. The clamping ring is manufactured into an opening circular ring shape, and a first pull wire combination component goes through jacks on a first fixing plate and a second fixing plate to furl the clamping ring into a circle, and the clamping ring is arranged in a long pipe, the first pull wire combination component is pulled out from the two fixing plates, the clamping ring is elastically stretched to tightly adhere to the inner wallof the long pipe to fix the wire bundle of the cable. The invention has simple structure and convenient use and is easy to put into the long pipe, positions in the pipe can be randomly regulated to avoid the wall impact of the wire bundle and the cable and the reliability of the cable is enhanced.

The invention discloses a backup-protection confection method and device of a transmission overhead ground wire for important crossed region safety. The technical scheme of the backup-protection confection device of the transmission overhead ground wire for the important crossed region safety is that a main force bearing fixed cable clamp is arranged at the end of an overhead ground wire, and hinged to a transmission pole tower fixed plate through a U-shaped hanging ring and a connecting bolt, furthermore, a backup protection device is arranged on the overhead ground wire close to a transmission pole tower, and comprises a backup fixed cable clamp and an extension rod, wherein the backup fixed cable clamp is fastened together with the overhead ground wire, in addition, the backup fixed cable clamp is hinged to one end of a connecting plate, the other end of the connecting plate is hinged to one end of the extension rod, and the other end of the extension rod is connected with the transmission pole tower fixed plate through a connector to form dual-protection connection. By adopting the backup-protection confection device of the transmission overhead ground wire for the important crossed region safety disclosed by the invention, faults and the fault-trip times of a transmission line are effectively lowered, the outage time of a power grid is reduced, and the power supply quality of the power grid and the customer satisfaction are improved.

The invention discloses a pull-wire type anti-dancing fitting string, which comprises a hub-type veneer frame body, a pre-twisted wire clip and a pull-wire string. The hub-type veneer frame body is evenly distributed and connected with 4-8 right-angle hanging plates, each A pre-twisted clamp is fixedly connected to each of the right-angled hanging plates, one end of the pull string is fixedly connected to the hub type veneer frame, and the other end of the pull string is used to connect with the fixture. The present invention has the following advantages: 1. The pre-twisted connection spacer is used to fix and connect the wires through the pre-twisted suspension clamp, which has good grip strength, dispersed tension, and little damage to the wires; 2. The pre-twisted wire clamp passes through the right-angle hanging plate Connected with the hub-type veneer frame, it has good stability and high strength, and its overall strength is more than three times that of ordinary clamps. 3. The performance of the pull-type anti-dance fitting string is stable, and the anti-dance effect is obvious for suppressing the line.

A method for measuring strain in a twisted cord is provided. The method includes the step of securing the ends of the twisted cord in respective cord grips in an initial state and taking a first digital image of at least a portion of the twisted cord in the unloaded state. Image data of the first image is analyzed to determine the number of twists per unit length in the first digital image. A load is applied to the twisted cord. A second digital image of at least a portion of the loaded twisted cord is then taken. The image data of the second image is analyzed to determine the number of twists per unit length in the second digital image. A parameter of the tensioned twisted cord is calculated using the number of twists per unit length in first digital image and the number of twists per unit length in the second digital image.

The invention discloses a double-conductor equipment wire clamp, which comprises a wire clamp body and a crimping pipe, wherein the crimping pipe and the wire clamp body are connected in an interpolating mode. The invention adopts the crimping pipe interpolation welding, effectively increases the welding area and improves the overall strength of a welding seam. After the welding area is increased,the overall current carrying capacity of the wire clamp is improved, and the problem of excessive temperature rise of fittings caused by insufficient current carrying area is effectively prevented. In actual operation, an external force is transmitted from conductors to the crimping pipe, a distance between a direct force-receiving portion of the crimping pipe and a welding seam fixed point is just a distance in a non-crimping region, the force arm is short, the stress state is good, the wire clamp can prevent welding snap under the action of a higher external force, and long-term operation is guaranteed; the material of the double-conductor equipment wire clamp is changed from pure aluminum in the traditional scheme to aluminum alloy, thus the tensile property and bending resistance aregreatly improved; and water leaking holes can be formed directly under accumulative water positions of the fittings and are directly processed in a fitting production factory, the working procedures on the construction site are reduced, the installation efficiency is improved, and the fittings are effectively prevented from spalling due to the accumulative water.

The invention discloses an overhead transmission line blasting deicing detonating cord automatic laying device and a using method thereof. The invention belongs to the technical field of overhead transmission line automatic deicing, and can solve the problem that when a detonating cord is adopted for blasting deicing by an existing overhead transmission line, the detonating cord needs to be laid by manually climbing an overhead transmission line. The detonating cord automatic laying device comprises a rack, a detonating cord wheel, a control system and a detonating cord clamping fitting, the rack is sequentially provided with a walking mechanism playing a role in hanging and walking, a detonating cord clamping fitting installation guiding mechanism playing a role in fixing the distance between the detonating cord clamping fitting and the overhead transmission line, a pushing mechanism playing a role in pushing the detonating cord clamping fitting, and a clamping mechanism used for clamping and fixing the detonating cord clamping fitting. The detonating cord wheel is located at one end of the rack, the walking mechanism is located at the end, close to the detonating cord wheel, of the rack, and a detonating cord is arranged on the detonating cord wheel. By using the device, an operator does not need to get on the line, the operation is safe, simple and convenient, and the detonating cord can be automatically fixed on the overhead transmission line as required.

The invention relates to a cable clamp for sorting out and fixing cables. According to the technical scheme provided by the invention, the cable clamp comprises a clamp body, and is characterized in that: the clamp body is a cylinder made from a rubber material; three axial wire holes are reserved on the clamp body and uniformly distributed along a circumferential direction; and three inlet channels for feeding the cables into the wire holes are formed on the clamp body. The cable clamp has a simple and ingenious structure, can conveniently sort out and fix the cables, greatly improve the field assembly efficiency of the cables and reduce construction cost, is favorable for post maintenance, and can be adapted to specific application environments of locomotives. The cable clamp is made from the rubber material with high ageing resistance, high abrasion resistance, high vibration resistance, high oil resistance and high bending resistance, simultaneously has high insulating properties and high flame retardant properties, and can greatly improve the running security of the locomotives.

The invention discloses a sealing structure and sealing method for a lifting cord hole of a metro vehicle. The sealing structure comprises a lifting cord clamping block arranged inside the lifting cord hole, the lifting cord hole is an oblong hole, and the diameter of the lifting cord hole is approximately 60 mm; the lifting cord clamping block comprises two semicircular dies, multiple multipath dies, multiple partition plates and a wedge-shaped fastening block; the two semicircular dies are matched with two semicircular holes of the lifting cord hole respectively; a rectangular hole of the lifting cord hole is filled with the multipath dies, the partition plates and the wedge-shaped fastening block in a close arrangement mode; each multipath die is provided with a multipath through hole, a cord body can pass through each multipath through hole, and therefore the sealing effect is achieved; an expansion bolt is arranged inside the wedge-shaped fastening block. By adopting the structure and method, the required pieces and components are small in number and the cost is low; no lifting cord clamping block installing lining is needed, the installation process is simple, the production period is short, and the service life is long.

The invention relates to a wire clamp, which is used to ground a metal structure. The wire clamp includes: a body (10), the body has a cylindrical cavity with an internal thread, and the cavity opens at the first end of the body. One end is closed by the bottom (12), which has a through hole (13). The hole is used for the passage of the screw (20). The screw is used to fix the body to the metal structure. The body is at least in the cavity with internal threads. One part has two through-slots facing each other, the through-slots are formed along the two busbars of the cylindrical cavity and open at the first end, and a threaded plug (30) with a rotary drive Constructed and intended to be helically engaged in the internal thread of a cylindrical cavity to clamp the core of the wire against the bottom of the through slot, the plug has a central through hole (32) for allowing a tool By, the tool is used to rotationally drive screws to secure the body to the metal structure.

The invention discloses a protective cover capable of rapidly sheltering cables. The protective cover comprises a plurality of cable clamps and a plurality of cable sheltering covers, wherein the cable clamps are fixed to a wall surface or a ground surface; the cable sheltering covers are used for sheltering the cables; each cable clamp is provided with a plate-like fixing surface and at least two cable troughs, wherein the fixing surface is fixed to the wall surface or the ground surface; the cable troughs toward the cable sheltering covers are used for the cables to embed; the plurality of the cable clamps are arranged in the trend of the cables at intervals; a plurality of cables are embedded into corresponding cable troughs of the cable clamps; the sheltering covers cover the cables and are fixed to the cable clamps; the plurality of the cable sheltering covers are connected. The protective cover capable of sheltering the cables plays a role in sheltering the cables, avoids disorder of the cables, and makes the arrangement of the cables concise and elegant; moreover, each cable clamp is provided with the plurality of cable troughs which are separated from each other, so that different types of cables can be arranged separately; therefore, signal interference can be effectively lightened.

The invention provides a concrete pole ground wire reset device, and relates to the technical field of overhead transmission line construction. The concrete pole ground wire reset device comprises a lifting device and a wire clamp fixing device, wherein the lifting device comprises a telegraph pole detachable clamp, a support and a pair of fixed pulleys symmetrically arranged on the support, the telegraph pole detachable clamp is arranged above a telegraph pole ground wire hanging point, and the support and the telegraph pole detachable clamp are fixedly connected; the wire clamp fixing device comprises a wire clamp and a bolt penetrating device positioned at the upper end of the wire clamp. The device is reasonable in structural design, simple and convenient in operation and convenient to carry and use, and the device is used in ground wire reset operation, so that a great deal of time and manpower can be saved, the task difficulty and labor intensity are greatly reduced, the personal safety of workers is guaranteed, the work efficiency is improved, and the device has good social and economic benefits.

The invention discloses a convex spot wire bonding method. The convex spot wire bonding method includes: forming weld balls via a cleaver and welding the weld balls on a weld pad; enabling connection portions of weld lines and the weld balls to deform via the cleaver so as to generate cracks; keeping the cleaver in a vertical posture, simultaneously enabling the cleaver to reciprocate along a circular arc track so as to expand crack portions of the weld lines due to a fatigue effect; and clamping the weld lines and the cleaver by a line clip, and moving upwards to snap the weld line to finish the convex spot wire bonding. According to the convex spot wire bonding method, via multiple times of reciprocation of the cleaver, the high-strength weld lines can be easily cut off by the aid of the fatigue effect, so hat production cost is reduced and operating performance is improved.

The invention provides a full-automatic winding machine. The full-automatic winding machine comprises a conveying line, a coil, a cord supporting channel, a material bag clamping device, a winding part clamping device, a cord clamping device, a winding device and a blade device, wherein the conveying line is used for conveying a material bag and provided with a fixing block used for enabling the material bag to be vertically placed, the coil is used for winding and storing a cord, the cord supporting channel is used for supporting the cord on the coil so as to enable the cord to extend to the position above the conveying line, the material bag clamping device is used for clamping the lower portion of the material bag containing materials, the winding part clamping device is located above the material bag clamping device and used for clamping the winding part of the material bag so that winding can be carried out conveniently, the cord clamping device is located above the conveying line and used for clamping the cord, the winding device is arranged above the winding part clamping device and used for winding the cord on the winding part of the material bag, and the blade device is located on one side of the winding device and used for cutting off the cord left after winding. According to the full-automatic winding machine, the winding operation of the material bag can be automatically finished, production efficiency can be greatly improved, and the winding quality is stable.

The invention provides an automatic cord clamping device for a steel cord wrapping machine. The automatic cord clamping device for the steel cord wrapping machine comprises a pneumatic cord clamping device arranged between tension guide wheels and a moment arm guide wheel of the wrapping machine, wherein the pneumatic cord clamping device comprises a cylinder, a cylinder shaft, a first polyurethane gasket, a fixing support, a baffle and a second polyurethane gasket; the first polyurethane gasket is arranged on the cylinder shaft; the second polyurethane gasket is arranged on the baffle; the pneumatic cord clamping device and the wrapping machine are fixed through the fixing support; the pneumatic cord clamping device is connected with a solenoid valve through a vent pipe; and the solenoid valve is connected with a PLC module in a machine tool control cabinet of the wrapping machine through a control wire. By the automatic cord clamping device, a cord can be automatically clamped in time when equipment stops, and retraction of the cord is completely eradicated effectively; when running of the equipment recovers, the cord can be released automatically, and normal running of the wrapping machine is guaranteed; and accumulation of external wrapping wires of cords is completely eradicated, negative hidden dangers are avoided, and the quality of products is stabilized.

The invention provides a self-clamping insulated cable puncture clamp, relates to an insulated cable puncture clamp and aims at solving the problems that an insulated puncture clamp is strenuous in gland tightening and loose in clamping force in use in the prior art. The self-clamping insulated cable puncture clamp comprises oppositely arranged first gland and second gland, a fastening bolt, a left clamping groove and a right clamping groove, wherein the fastening bolt passes through the glands; the left clamping groove and the right clamping groove are located in two sides of the fastening bolt and are used for clamping cables; each clamping groove is formed by oppositely arranged two half clamping grooves located in the first gland and the second gland; puncture blades are arranged in each half clamping groove; a first left electromagnet and a first right electromagnet are arranged at the upper parts of the left clamping groove and the right clamping groove in the first gland separately and are connected in series; and the second gland is provided with iron blocks or magnets corresponding to the electromagnets on the first gland. According to the self-clamping insulated cable puncture clamp, the clamping force of the two glands is automatically increased after the puncture blades are in contact with wires, and the clamping force is always kept in use.

The invention relates to a fixing cover for a double-wire clamp, and the cover comprises a chassis, a cover plate and a clamping seat; an insulator string is arranged above the chassis, a traction seat is connected to a leading-out end on the lower side of the chassis, a suspension clamp is arranged on the lower side of the traction seat, a connecting seat is arranged on the outer side of the chassis, the cover plate is arranged on the lower side of the connecting seat, and a sliding rod is arranged below the cover plate; the distance between the sliding rods can be changed by rotating the screw rods, the lower sides of the sliding rods are connected with the clamping seats, and the inner twisted wires, the tightening rings and the outer twisted wires are sequentially wound on the outer sides of the parts, making contact with the clamping seats, of the wires, so large clamping force can be provided for the wires; the positions of the sliding rod and the sliding base are adjusted, the clamping base is fastened to the wire in a buckled mode, and under the combined action of the suspension clamp and the clamping base, accidents caused by wire damage to a power transmission line can beprevented. The clamping device has the advantages of being convenient to install, wide in applicability, good in clamping effect and high in protection capacity.