CN207170797U - For produce trap and wire holder - Google Patents

Abstract

The utility model discloses for produce trap and wire holder, including drive mechanism and the mounting blocks being sequentially connected and two clamp arms, the clamp arm is slidably arranged in the side wall of mounting blocks, and the drive mechanism is connected with clamp arm, and drives clamp arm to be in contact with each other or remote.By setting this and wire holder, so that when coiling rod is rotated so that the position bent on steel wire by coiling rod forms wire loop, fixed by the both ends at coiling rod flexion torsion position by clamp arm, prevent the both ends of steel wire from twisting, deforming because of the winding of crooked position torsion, the position for making not to be processed also on steel wire keeps ortho states, accumulated without distorting stress, be easy to related personnel successfully by by not processed position turns to wire loop, and improve the production quality of trap on steel wire.

Description

For produce trap and wire holder

Technical field

It the utility model is related to a kind of fixture for trap, and in particular to for produce trap and wire holder.

Background technology

In order to collect Bee Pollen, collection barrier (such as shedding plate) of the honeybee by certain pattern of nest is forced back, flower Powder ball takes off product in collecting in powder box from the pollen basket on honeybee back leg, and this instrument is referred to as pollen trap, also known as shedding Device, pollen trap.Trap is made up of parts such as shell, shedding plate, powder falling plate, collection powder boxes.Shedding hole on shedding plate has It is square, circular, quincuncial a variety of.The position placed during according to use, trap have bottom type and the major class of nest gate two Type.

Presently the most conventional trap is wire loop trap, when taking worker bee that powder goes back to the nest when by the trap, Just allow to gather honeybee by then gathering pollen load with honeybee and being stopped, fallen in trap in wire loop aperture on trap In following collection powder box.

The structure of wire loop trap by a steel wire as shown in figure 1, carry out bending and winding, to form it into some The trap of individual evenly spaced wire loop., it is necessary to be first circular coiling rod by section when making wire loop with a steel wire Intersect with steel wire and contact, perpendicular to the axis of steel wire, then coiling rod moves radially the axis of coiling rod, and drives steel wire The upper position distortions around coiling rod, coiling rod is then rotated, so that the both ends of crooked position wind mutually torsion on steel wire Turn, with forming steel wire ring, and the shape of wire loop is fixed.

When coiling rod is rotated so that the position bent on steel wire by coiling rod forms wire loop, the both ends meeting of steel wire Twist because of the winding of crooked position torsion, even deform, increasing steel wire, also processed position is not fabricated to wire loop Difficulty, it is unfavorable for processed position does not turn to wire loop on steel wire.

Utility model content

The utility model purpose is to provide for produce trap and wire holder, solves in rotation coiling rod so that steel When the position bent on silk by coiling rod forms wire loop, the both ends of steel wire can be turned round because the winding of crooked position is reversed Move, even deform, increase steel wire and do not reverse the difficulty that position is fabricated to wire loop, be unfavorable for the position of non-coiling on steel wire The problem of being fabricated to wire loop.Therefore the utility model is designed for produce trap and wire holder, is revolved in coiling rod When turning, making the both ends of crooked position on steel wire wind torsion mutually to form wire loop, the both ends of this crooked position are fixed, are avoided When rotation coiling rod is so that the position bent on steel wire by coiling rod forms wire loop, the both ends twisting of steel wire, even become The situation of shape occurs, so that also processed position does not keep ortho states on steel wire, no distorting stress accumulation successfully will be by steel wire On not processed position turn to wire loop.

The utility model is achieved through the following technical solutions：

For produce trap and wire holder, including drive mechanism mounting blocks and the clamping that is slidably arranged on mounting blocks Component, the clamp assemblies include two clamp arms, and the clamp arm is slidably arranged in the side wall of mounting blocks, the driving Mechanism is connected with clamp arm, and drives clamp arm to be in contact with each other or remote.

According to actually required, multiple clamp assemblies can be used, and when the clamp arm in each clamp assemblies is in contact with each other, this Contact surface is clamping face, while the clamping face of each clamp assemblies is coplanar.

When making wire loop with steel wire, away from each other, and its motion track is not parallel to being processed for two clamp arms Steel wire axis, steel wire is located at the side of clamp arm；First coiling rod is intersected and contacted with steel wire, the axis of coiling rod is vertical In the axis of steel wire, and coiling rod is located at side of the steel wire away from clamp arm, and between clamp arm；Then coiling rod with Steel wire drives the position distortions on steel wire around coiling rod through clamp arm；Then start drive mechanism, make folder Line arm is close to each other, until the steel wire between clamp arm is clamped；Then coiling rod is rotated, so that crooked position on steel wire Both ends wind torsion mutually, with forming steel wire ring, and the shape of wire loop is fixed；Coiling rod is then log out, and starts drive Motivation structure, so that clamp arm is away from each other, then pull steel wire so that on steel wire next coiling position be located at clamp arm it Between, to carry out the coiling of wire loop next time.

By setting this and wire holder, so that in rotation coiling rod so that the position bent on steel wire by coiling rod forms steel When wire ring, fixed by the both ends at coiling rod flexion torsion position by clamp arm, prevent the both ends of steel wire because of bending section The winding of position is reversed and twists, deforms, and the position for making not to be processed also on steel wire keeps ortho states, no distorting stress accumulation, is easy to Related personnel is successfully by by not processed position turns to wire loop, and improve the production quality of trap on steel wire.

Further, clamp groove is provided with the face that is in contact with each other of the clamp arm, the axis of the clamp groove is equal Perpendicular to the motion track of clamp arm, and when clamp arm is in contact with each other, the openend of the clamp groove on two clamp arms is each other Contact, and form a through hole.

The axis of the axis and clamp groove at processed position does not intersect vertically on steel wire.Coiling rod passes through folder with steel wire Between line arm, clamp arm is close to each other and contacts, and the position being pulled on steel wire under coiling rod between clamp arm is located at clamp groove In.The setting of clamp groove, so that during coiling rod torsion steel wire, the steel wire between clamp arm is only capable of moving in clamp groove, It will not be moved along the opposite face between clamp arm, in order to which wire loop both ends successfully can be wound mutually.

Further, the cross section of the clamp groove is semicircle, and when clamp arm is in contact with each other, two clamp arms On clamp groove spell and form cross section as circular hole.

Further, the clamp groove is divided into expanding reach I, flat segments and expanding reach II along its axis direction, described Expanding reach I and expanding reach II are as away from flat segments, it gradually increases apart from the distance of clamp fluted shaft line.

When the cell wall of clamp groove is constant apart from the distance of own axes, make wire loop when, steel wire in clamp groove two Hold by larger stress, and because steel wire diameter is a millimeter, and deformation is readily bent, therefore when steel wire is in clamp groove Both ends by larger stress when, wire loop and reverse position between and reverse position can stress it is excessive and produce split Line, or even twist off.In order to avoid above mentioned problem produces, therefore clamp groove is arranged to expanding reach I, flat segments and expanding reach II Combination, to reduce, the stress that is subject at the both ends of clamp groove of steel wire when making wire loop, improve the service life of trap.

Further, the expanding reach I and expanding reach II are that one section of circular arc rotates what is formed around the axis of clamp groove, And the center of circle where circular arc is located at corresponding side of the circular arc away from clamp fluted shaft line, at the same it is remote on expanding reach I and expanding reach II One end of flat segments is smoothly transitted on the surface of clamp arm, the one end being connected on expanding reach I and expanding reach II with flat segments It is smoothly transitted into flat segments.

It will be enlarged by section I and expanding reach II be respectively provided with camber, and be smoothly transitted into both ends, it is relatively direct to will be enlarged by section I It is all provided with being set to for one section of oblique line rotates around the axis of clamp groove and to be formed with expanding reach II, the former can further reduce steel The stress that silk is subject at the both ends of clamp groove, reduce the stress damage that steel wire is subject to when making wire loop.

Further, the radius of turn of one end away from flat segments is more than on expanding reach II away from flat on the expanding reach I The radius of turn of one end of straight section.

Will be enlarged by section I and expanding reach II radius of turn be arranged to it is different, can reduce needed for processing expanding reach II when Between, reduce processing cost.

Further, one end close to mounting blocks on the clamp arm is provided with sliding block, close to folder on mounting blocks One end of line arm is provided with the quantity chute consistent with clamp assemblies quantity, the shifting of the axis of the chute each parallel to clamp arm Shaft line, and clamp assemblies respectively coordinate with a chute respectively, the sliding block is respectively positioned in chute, and drive mechanism connects with sliding block Connect, and drive sliding block to be moved along the axis of chute.

Drive mechanism can use the combination of both ends helix oppositely oriented screw rod and motor, or pass through electromagnet Power on/off realizes the movement of sliding block, or the combination by linear driving source and linkage.

Further, contiguous block is provided with the end face of chute cell wall on the sliding block, the contiguous block is equal For isosceles triangular prism, the side wall connection in face and sliding block where its base, one end away from sliding block is provided with contiguous block Contact stud, the contact stud are cylinder, and its diameter parallel is in the axis of chute；

Radiating groove is provided with the cell wall of chute, the diameter parallel of the radiating groove radiates in the axis of chute The cross section of groove is arc, and its radius is more than the radius of contact stud, the bottom land of radiating groove is provided with the axle of axis and radiating groove The parallel mating groove of line, the cross section of the mating groove is arc, and its radius is consistent with the radius of contact stud；When sliding block is positioned at cunning When in groove, the contact stud is located in mating groove, and contact stud coordinates with mating groove.

Due in the processing of wire loop trap, often completing the making of a wire loop, sliding block need to be first adjacent to each other, then Away from each other, the contact surface therefore between sliding block and chute is abrasion, the place for most serious of generating heat；When warm between sliding block and chute When rising excessive, the material modification between sliding block and chute contact surface can be caused, reduce the flatness of sliding block movement；And sliding block and cunning When wearing excessive between groove, the gap between sliding block and chute can be increased, reduce the stability of gripping arm steel wire；And will be sliding Block, into high resistance against wear material, can increase cost with chute whole installation.In order to solve the above problems, therefore radiating groove is set, matched somebody with somebody Dependency structure and the parts, the first contact between sliding block and chute such as groove, contiguous block and contact stud are closed, by contact stud with coordinating Groove is realized, while the radius of radiating groove is more than the radius of contact stud, beneficial to rubbing between contact surface between mating groove and contact stud Chafing amount distributes；Meanwhile can be plated in mating groove and set abrasion-resistant material, same contact stud is made using abrasion-resistant material, On the premise of with wear resistance, manufacturing cost is reduced.

Further, one end away from chute bottom land on the sliding block is provided with support block, and the clamp arm passes through Fastener is respectively detachably connected with a support block respectively.Fastener can use bolt, screw, steel wire, in the utility model, tightly The preferred screw of firmware.

Clamp arm is connected by bolt and support block with sliding block, is easy to the clamp arm replacing to abrasion.

Further, one end of corresponding support block is provided with screens groove on the clamp arm, the screens groove Axis perpendicular to clamp arm motion track, in the support block in one end of clamp arm insertion screens groove, and and screens The bottom land contact of groove, and the cell wall of screens groove contacts with support block.The setting of screens groove improve clamp arm and support block it Between the stability that connects, and protect the thread of bolt.

Further, one end away from mounting blocks is provided with wire breach on the face relative to each other of the clamp arm. The wire loop that the setting of wire breach is easy to just to have completed exits between clamp arm.

The utility model compared with prior art, has the following advantages and advantages：

1st, the utility model be used to producing trap and wire holder, by setting this and wire holder so that rotation around It is equal by the both ends at coiling rod flexion torsion position when rod processed is so that the position bent on steel wire by coiling rod forms wire loop Fixed by clamp arm, prevent the both ends of steel wire from twisting, deforming because of the winding of crooked position torsion, make not added also on steel wire The position of work keeps ortho states, no distorting stress accumulation, be easy to related personnel successfully by will on steel wire not processed position around Wire loop is made, and improves the production quality of trap；

2nd, the utility model be used to producing trap and wire holder, the setting of clamp groove so that coiling rod reverses steel wire When, the steel wire between clamp arm is only capable of moving in clamp groove, will not be moved along the opposite face between clamp arm, so as to Successfully it can be wound mutually in wire loop both ends；

3rd, the utility model be used to producing trap and wire holder, steel wire be located at remote expanding reach II on expanding reach I Side；Wire loop is formed in side of the expanding reach II away from expanding reach I.Due to not being shaped the portion of wire loop on steel wire also Bit length is larger, and length of the wire loop on clamp arm motion track is far smaller than on steel wire and is not shaped wire loop also Span access location length, therefore on steel wire formed wire loop side needed for expanding reach II radius it is smaller；Meanwhile in order to protect steel It is not shaped the position of wire loop on silk also, reduces the stress that it is subject to during around wire loop, the radius of turn of expanding reach I It is larger；The radius of turn that will be enlarged by section I and expanding reach II is arranged to different, can reduce the time needed for processing expanding reach II, Reduce processing cost；

4th, the utility model be used to producing trap and wire holder, in the processing in wire loop trap, often complete The making of one wire loop, sliding block need to be first adjacent to each other, then away from each other, therefore the contact surface between sliding block and chute is mill The place of damage, heating most serious；When temperature rise is excessive between sliding block and chute, the material between sliding block and chute contact surface can be caused Material denaturation, reduce the flatness of sliding block movement；And when wearing excessive between sliding block and chute, it can increase between sliding block and chute Gap, reduce the stability of gripping arm steel wire；And sliding block and chute whole installation can be added into high resistance against wear material This；In order to solve the above problems, therefore dependency structure and the parts such as radiating groove, mating groove, contiguous block and contact stud are set, first Contact between sliding block and chute, enter and realized by contact stud and mating groove, while the radius of radiating groove is more than the half of contact stud Footpath, distributed beneficial to the frictional heat between its contact surface；Meanwhile can be plated in mating groove and set abrasion-resistant material, same contact Post is made using abrasion-resistant material, on the premise of with wear resistance, reduces manufacturing cost.

Brief description of the drawings

Accompanying drawing described herein is used for providing further understanding the utility model embodiment, forms the one of the application Part, the restriction to the utility model embodiment is not formed.In the accompanying drawings：

Fig. 1 is the structure of wire loop trap；

Fig. 2 is structural representation of the present utility model；

Fig. 3 is the structural representation of clamp arm away from each other；

Fig. 4 is the top view that clamp arm contacts with each other；

Fig. 5 is the sectional view of A-A in Fig. 4；

Fig. 6 is the structural representation of mounting blocks；

Fig. 7 is the side view of mounting blocks；

Fig. 8 is the structural representation of sliding block；

Fig. 9 is the side view of sliding block；

Figure 10 is the cooperation schematic diagram of chute and sliding block；

Figure 11 is the enlarged diagram of mating groove.

Figure 12 is the structural representation of clamp arm；

The position view of clamp arm when Figure 13 is coiling wire loop；

Figure 14 is the structural representation of embodiment 5.

Structural representation of the present utility model.

Mark and corresponding parts title in accompanying drawing：

1- mounting blocks, 2- clamp arms, 3- clamp grooves, 4- expanding reach I, 5- flat segments, 6- expanding reach II, 7- sliding blocks, 8- connect Meet block, 9- chutes, 10- radiating grooves, 11- support blocks, 12- contact studs, 13- screens grooves, 14- coiling rods, 15- keepers, 17- companies Connected components, 18- wire breach.

Embodiment

For the purpose of this utility model, technical scheme and advantage is more clearly understood, with reference to embodiment and accompanying drawing, The utility model is described in further detail, and exemplary embodiment of the present utility model and its explanation are only used for explaining this Utility model, it is not intended as to restriction of the present utility model.

Embodiment 1

As shown in Fig. 1-Figure 14, the utility model is used to producing trap and wire holder, including drive mechanism and according to The mounting blocks 1 of secondary connection and two clamp arms 2, the clamp arm 2 are slidably arranged in the side wall of mounting blocks 1, the driving Mechanism is connected with clamp arm 2, and drives clamp arm 2 to be in contact with each other or remote.Drive mechanism uses pneumatic cylinder and linkage Combination.Using cylinder, driving source can be made directly to realize the flexible of piston cylinder using air, and the stretching speed of piston cylinder is big. Preferably, when piston rod is in an extreme position, clamp arm 2 is also at extreme position；Such as piston rod is overhanging most short When, clamp arm 2 is in contact with each other.

As shown in figure 13, when making wire loop with steel wire, two clamp arms 2 away from each other, and put down by its motion track Row is located at the side of clamp arm 2 in the axis of not processed steel wire, steel wire；First coiling rod is intersected and contacted with steel wire, around The axis of rod processed is perpendicular to the axis of steel wire, and coiling rod is located at side of the steel wire away from clamp arm 2, and positioned at clamp arm 2 it Between；Then coiling rod and drives the position distortions on steel wire around the coiling rod with steel wire through clamp arm 2；So After start drive mechanism, make clamp arm 2 close to each other, until the steel wire between clamp arm 2 is clamped；Then coiling is rotated Rod, so that the both ends of crooked position wind mutually torsion on steel wire, with forming steel wire ring, and the shape of wire loop is fixed；So Backed off after random coiling rod, and start drive mechanism, so that clamp arm 2 is away from each other, steel wire is then pulled, so that next on steel wire Coiling position is between clamp arm 2, to carry out the coiling of wire loop next time.

By setting this and wire holder, so that in rotation coiling rod so that the position bent on steel wire by coiling rod forms steel When wire ring, fixed by the both ends at coiling rod flexion torsion position by clamp arm 2, prevent the both ends of steel wire because of bending section The winding of position is reversed and twists, deforms, and the position for making not to be processed also on steel wire keeps ortho states, no distorting stress accumulation, is easy to Related personnel is successfully by by not processed position turns to wire loop, and improve the production quality of trap on steel wire.

Embodiment 2

The present embodiment is on the basis of embodiment 1, and the utility model is further illustrated.

As shown in Fig. 2-Figure 13, the utility model is used to producing trap and wire holder, in the clamp arm 2 each other Clamp groove 3 is provided with contact surface, the axis of the clamp groove 3 is each perpendicular to the motion track of clamp arm 2, clamp groove 3 Cross section is semicircle, and when clamp arm 2 is in contact with each other, the openend of the clamp groove 3 on two clamp arms 2 connects each other Touch, and form a section as circular through hole.

The diameter that clamp groove 3 spells the through hole of composition is preferably slightly larger than twice of steel wire diameter, is easy to steel wire wire loop Both ends wind torsion mutually.

The axis of the axis and clamp groove 3 at processed position does not intersect vertically on steel wire.Coiling rod passes through with steel wire Between clamp arm 2, clamp arm 2 is close to each other and contacts, and the position being pulled on steel wire under coiling rod between clamp arm 2 is positioned at folder In wire casing 3.The setting of clamp groove 3, so that during coiling rod torsion steel wire, the steel wire between clamp arm 2 is only capable of in clamp groove 3 Middle movement, it will not be moved along the opposite face between clamp arm 2, in order to which wire loop both ends successfully can be wound mutually.

Embodiment 3

The present embodiment is on the basis of embodiment 2, and clamp groove 3 is further illustrated.

The clamp groove 3 is divided into expanding reach I 4, flat segments 5 and expanding reach II 6, the expanding reach along its axis direction I 4 and expanding reach II 6 as away from flat segments 5, it gradually increases apart from the distance of the axis of clamp groove 3.

When the cell wall of clamp groove 3 is constant apart from the distance of own axes, when making wire loop, steel wire is in clamp groove 3 Both ends are by larger stress, and because steel wire diameter is a millimeter, and are readily bent deformation, therefore when steel wire is in clamp When the both ends of groove 3 are by larger stress, wire loop and reverse between position and reverse position can stress it is excessive and produce Raw crackle, or even twist off.In order to avoid above mentioned problem produces, therefore clamp groove 3 is arranged to expanding reach I 4, flat segments 5 and expanded The combination of big section II 6, to reduce, the stress that steel wire is subject at the both ends of clamp groove 3 when making wire loop, improve making for trap Use the life-span.

Further, the expanding reach I 4 and expanding reach II 6 are that one section of circular arc rotates to be formed around the axis of clamp groove 3 , and the center of circle where circular arc is located at corresponding side of the circular arc away from the axis of clamp groove 3, while expanding reach I 4 and expanding reach II 6 Upper one end away from flat segments 5 is smoothly transitted on the surface of clamp arm 2, on expanding reach I 4 and expanding reach II 6 with flat segments 5 One end of connection is smoothly transitted into flat segments 5.

It will be enlarged by section I 4 and expanding reach II 6 be respectively provided with camber, and be smoothly transitted into both ends, it is relatively direct to will be enlarged by section I 4 and expanding reach II 6 be all provided with being set to for one section of oblique line rotates around the axis of clamp groove 3 and to be formed, the former can further drop The stress that low steel wire is subject at the both ends of clamp groove 3, reduce the stress damage that steel wire is subject to when making wire loop.

Further, the radius of turn of one end away from flat segments 5 is remote more than on expanding reach II 6 on the expanding reach I 4 The radius of turn of one end of flat segments 5.

Steel wire is located at the side away from expanding reach II 6 on expanding reach I 4；Wire loop is in expanding reach II 6 away from expanding reach I 4 Side is formed.Because the span access location length for not being shaped wire loop on steel wire also is larger, and wire loop is in the moving rail of clamp arm 2 Length on mark is far smaller than the span access location length for not being shaped wire loop on steel wire also, therefore wire loop is formed on steel wire The radius of expanding reach II 6 needed for side is smaller；Meanwhile it is not shaped the position of wire loop on steel wire also to protect, The stress that it is subject to during around wire loop is reduced, the radius of turn of expanding reach I 4 is larger.It will be enlarged by the rotation of section I 4 and expanding reach II 6 Turn radius be arranged to it is different, can reduce processing expanding reach II 6 needed for time, reduce processing cost.

Embodiment 4

The present embodiment is that the slip to clamp arm 2, which is set, to be further illustrated on the basis of embodiment 1.

As shown in Fig. 2-Figure 13, the utility model is used to producing trap and wire holder is close on the clamp arm 2 One end of mounting blocks 1 is provided with sliding block 7, and one end of clamp arm 2 is provided with chute 9, the chute 9 on mounting blocks 1 Diameter parallel in the mobile axis of clamp arm 2, and sliding block 7 is respectively positioned in chute 9, and drive mechanism is connected with sliding block 7, and is driven Axis of the sliding block 7 along chute 9 moves.

Further, contiguous block 8, the contiguous block are provided with the end face of the cell wall of chute 9 on the sliding block 7 8 be isosceles triangular prism, and the face where its base is connected with the side wall of sliding block 7, and one end away from sliding block 7 is equal on contiguous block 8 Contact stud 12 is provided with, the contact stud 12 is cylinder, and its diameter parallel is in the axis of chute 9；

Be provided with radiating groove 10 on the cell wall of chute 9, the diameter parallel of the radiating groove 10 in the axis of chute 9, And the cross section of radiating groove 10 is arc, its radius is more than the radius of contact stud 12, the bottom land of radiating groove 10 is provided with axis With the mating groove 14 of the diameter parallel of radiating groove 10, the cross section of the mating groove 14 is arc, its radius and contact stud 12 Radius is consistent；When sliding block 7 is located in chute 9, the contact stud 12 is located in mating groove 14.

Due in the processing of wire loop trap, often completing the making of a wire loop, sliding block 7 need to be first adjacent to each other, Again away from each other, therefore the contact surface between sliding block 7 and chute 9 is abrasion, the place for most serious of generating heat；When sliding block 7 and chute 9 Between temperature rise it is excessive when, can cause the material modification between sliding block 7 and the contact surface of chute 9, reduce the flatness that sliding block 7 moves； And when wearing excessive between sliding block 7 and chute 9, the gap between sliding block 7 and chute 9 can be increased, reduce the clamped wire of clamping limb 2 Stability；And sliding block 7 and the whole installation of chute 9 can be increased into cost into high resistance against wear material.In order to solve the above problems, Therefore dependency structure and the parts, first connecing between sliding block 7 and chute 9 such as radiating groove 10, contiguous block 8 and contact stud 12 are set Touch, enter and realized by contact stud 12 and mating groove 14, while the radius of radiating groove 10 is more than the radius of contact stud 12, beneficial to cooperation Frictional heat between groove 14 and the contact surface of contact stud 12 distributes；Meanwhile can be plated in mating groove 14 and set abrasion-resistant material, equally Contact stud 12 using abrasion-resistant material make, on the premise of with wear resistance, reduce manufacturing cost.

Embodiment 5

The present embodiment is on the basis of embodiment 1, and the drive mechanism of mounting blocks 1 and clamp arm 2 is made further Explanation.

As shown in Fig. 2-Figure 14, that the utility model is used to producing trap and wire holder, mounting blocks 1 and drive mechanism It is installed on keeper 16, keeper 16 is connected by connection component 17 with support frame or relevant device, meanwhile, work as needs When driving clamp arm 2 away from or close to steel wire, linear drive device can be installed between keeper 16 and connection component 17, Such as driving cylinder so that the part such as linear drive device drive connection part 16, mounting hole 1, clamp arm 2 moves, with away from Or close to steel wire.

Embodiment 6

The present embodiment is on the basis of embodiment 5, and the utility model is further illustrated.

It will be far from not being processed length of the clamp arm 2 of steel wire along steel wire axis to be arranged in wire loop trap, it is adjacent The center spacing of two wire loops subtracts the length of twice of steel wire diameter, the clamp arm 2 as being located at right side in Fig. 5；And close to not It is bigger than the length of another steel wire axis of clamp arm 2 to be processed length of the clamp arm 2 of steel wire along steel wire axis, for the ease of right Steel wire plays support guide effect.

Above-described embodiment, the purpose of this utility model, technical scheme and beneficial effect are entered One step describes in detail, should be understood that and the foregoing is only specific embodiment of the present utility model, is not used to limit Determine the scope of protection of the utility model, it is all within the spirit and principles of the utility model, any modification for being made, equally replace Change, improve, should be included within the scope of protection of the utility model.

Claims (10)

1. for produce trap and wire holder, it is characterised in that：Including drive mechanism, mounting blocks (1) and it is slidably arranged in Clamp assemblies on mounting blocks (1), the clamp assemblies include two clamp arms (2), and the clamp arm (2) is slidably arranged in In the side wall of mounting blocks (1), the drive mechanism is connected with clamp arm (2), and drives clamp arm (2) to be in contact with each other or far From；

Clamp groove (3) is provided with the face that is in contact with each other of the clamp arm (2), the axis of the clamp groove (3) is vertical Motion track in clamp arm (2), and when clamp arm (2) is in contact with each other, clamp groove (3) on two clamp arms (2) are opened Mouth end is in contact with each other, and forms a through hole.

2. be used to producing trap and wire holder according to claim 1, it is characterised in that：The clamp groove (3) Cross section is semicircle, and when clamp arm (2) is in contact with each other, the clamp groove (3) on two clamp arms (2) spells composition one Cross section is circular hole.

3. be used to producing trap and wire holder according to claim 2, it is characterised in that：Clamp groove (3) edge Its axis direction is divided into expanding reach I (4), flat segments (5) and expanding reach II (6), the expanding reach I (4) and expanding reach II (6) as away from flat segments (5), it gradually increases apart from the distance of clamp groove (3) axis.

4. be used to producing trap and wire holder according to claim 3, it is characterised in that：The expanding reach I (4) and Expanding reach II (6) is that one section of circular arc rotates what is formed around the axis of clamp groove (3), and the center of circle where circular arc is positioned at corresponding Side of the circular arc away from clamp groove (3) axis, while one end away from flat segments (5) on expanding reach I (4) and expanding reach II (6) It is smoothly transitted on the surface of clamp arm (2), the one end being connected on expanding reach I (4) and expanding reach II (6) with flat segments (5) It is smoothly transitted into flat segments (5).

5. be used to producing trap and wire holder according to claim 4, it is characterised in that：On the expanding reach I (4) The radius of turn of one end away from flat segments (5) is more than the radius of turn of one end away from flat segments (5) on expanding reach II (6).

6. be used to producing trap and wire holder according to claim 1, it is characterised in that：In the clamp arm (2) Upper one end close to mounting blocks (1) is provided with sliding block (7), and one end close to clamp arm (2) on mounting blocks (1) is provided with number The amount chute (9) consistent with clamp assemblies quantity, the axis of the chute (9) each parallel to clamp arm (2) mobile axis, and Clamp assemblies respectively coordinate with a chute (9) respectively, and the sliding block (7) is respectively positioned in chute (9), drive mechanism and sliding block (7) Connection, and drive axis movement of the sliding block (7) along chute (9).

7. be used to producing trap and wire holder according to claim 6, it is characterised in that：On the sliding block (7) Contiguous block (8) is provided with the end face of chute (9) cell wall, the contiguous block (8) is isosceles triangular prism, its base institute Face be connected with the side wall of sliding block (7), be provided with contact stud (12), institute away from one end of sliding block (7) on contiguous block (8) It is cylinder to state contact stud (12), and its diameter parallel is in the axis of chute (9)；

Radiating groove (10) is provided with the cell wall of chute (9), the diameter parallel of the radiating groove (10) is in the axle of chute (9) Line, and the cross section of radiating groove (10) is arc, its radius is more than the radius of contact stud (12), set in the bottom land of radiating groove (10) Axis and the mating groove (14) of the diameter parallel of radiating groove (10) are equipped with, the cross section of the mating groove (14) is arc, and it half Footpath is consistent with the radius of contact stud (12)；When sliding block (7) is located in chute (9), the contact stud (12) is located at mating groove (14) in.

8. be used to producing trap and wire holder according to claim 6, it is characterised in that：On the sliding block (7) One end away from chute (9) bottom land is provided with support block (11), the clamp arm (2) by fastener respectively respectively with a branch Bracer (11) is detachably connected with.

9. be used to producing trap and wire holder according to claim 8, it is characterised in that：In the clamp arm (2) Upper one end close to corresponding support block (11) is provided with screens groove (13), and the axis of the screens groove (13) is perpendicular to clamp arm (2) motion track, on the support block (11) in one end of clamp arm (2) insertion screens groove (13), and with screens groove (13) bottom land contact, and the cell wall of screens groove (13) contacts with support block (11).

10. being used for according to any one of claim 1-9 produces trap and wire holder, it is characterised in that：Institute State one end away from mounting blocks (1) on the face relative to each other of clamp arm (2) and be provided with wire breach (18).