CN204075029U - Brush handle forming machine - Google Patents

Abstract

The utility model provides a brush handle make-up machine, which comprises a frame, order about the conveying mechanism that wire rod carried in the frame, carry out the alignment mechanism of alignment to wire rod, first punching press mechanism to the initiating terminal punching press of the wire rod of alignment goes out first location structure, second punching press mechanism to wire rod punching press play second location structure, to the chamfering mechanism that the tip of the initiating terminal of the wire rod that has first location structure and second location structure carries out the chamfer processing and will have the chamfer, the bending mechanism of brush handle is bent out to the wire rod dissection of first location structure and second location structure and messenger this wire rod section. The straightening mechanism is arranged on the rack and is positioned behind the conveying mechanism along the direction of conveying the metal wire by the conveying mechanism, and the second punching mechanism, the first punching mechanism, the bending mechanism and the chamfering mechanism are sequentially arranged on the rack and are positioned in front of the conveying mechanism, so that the automatic production of the brush handle is realized.

Description

Brush handle forming machine

technical field

The utility model relates to a forming machine, in particular to a brush handle forming machine for cutting metal wires and forming a brush handle.

Background technique

With the continuous development of the economy and the continuous improvement of the technical level, it provides a strong impetus for the development of the industry, accelerates the pace of industrial development, and promotes the further improvement of the modernization level of the industrial industry to meet the needs of future development.

Wherein, in the painting industry, brushes are often used, and the operator can easily apply the paint to the object to be painted with the help of the brush. Therefore, the brush is very popular.

As we all know, a brush includes a brush handle formed by bending a metal wire and a soft brush cover on the brush handle. Specifically, as shown in FIG. The second wire segment 220 bent vertically outward from the first wire segment 210 , the third wire segment 230 bent outward obliquely from the second wire segment 220 in the horizontal direction, and the third wire segment 230 vertically outward. The fourth wire segment 240 is bent straight. And the center lines of the first wire section 210, the second wire section 220, the third wire section 230 and the fourth wire section 240 are located in the same plane, and at the same time, the second wire section 220 is parallel to the fourth wire section 240, and The third wire section 230 is inclined relative to the first wire section 210; moreover, the first positioning structure 250 is punched out at the position adjacent to the second wire section 220 of the first wire section 210, and the fourth wire section 240 is adjacent to the third wire section 230. A second positioning structure 260 is stamped out of the part, so as to facilitate the assembly of the brush handle 200 and the brush cover.

However, the forming of the existing brush handle 200 is completed manually by the operator, that is, the operator first straightens the bent metal wire, and then the operator uses a cutting tool to straighten the straightened metal wire. The wire is cut to form a metal wire segment; then, the operator punches out the first positioning structure and the second positioning structure on the metal wire segment with the help of a punching tool; finally, the operator bends the metal wire segment with the help of a bending tool to form the above-mentioned brush handle, so as to complete the production purpose of the brush handle. Therefore, the burden on the operator is increased, and the production efficiency of the brush handle is reduced, so that it cannot be adapted to the automatic operation occasion.

Therefore, be badly in need of a kind of brush handle forming machine to overcome above-mentioned defective.

Utility model content

The purpose of this utility model is to provide a brush handle forming machine, which can improve the production efficiency of the brush handle and reduce the burden of operators to meet the requirements of automatic operation.

In order to achieve the above purpose, the utility model provides a brush handle molding machine, which is suitable for molding metal wires into brush handles, wherein, the brush handle molding machine of the utility model includes a frame, which drives the metal wire rod on the frame The conveying mechanism for conveying, the straightening mechanism for straightening the curved metal wires conveyed by the conveying mechanism, the first stamping mechanism for punching out the first positioning structure for the starting end of the straightened metal wires, and the The metal wire rod of the first positioning structure punches out the second punching mechanism of the second positioning structure, the chamfering mechanism for chamfering the end of the starting end of the metal wire rod with the first positioning structure and the second positioning structure, and The bending mechanism that cuts the metal wire with the chamfer, the first positioning structure and the second positioning structure into a metal wire segment and bends the metal wire segment out of the brush handle. The straightening mechanism is installed on the frame and is located behind the conveying mechanism along the direction in which the conveying mechanism conveys the metal wire. The second stamping mechanism, the first stamping mechanism, the bending mechanism and the chamfering mechanism The wire rods are sequentially installed on the frame along the direction in which the metal wires are conveyed by the conveying mechanism and located in front of the conveying mechanism.

Preferably, the conveying mechanism includes an upper transmission wheel, a lower transmission wheel and a rotary driver, the upper transmission wheel and the lower transmission wheel are pivotally connected to the frame at intervals, and the upper transmission wheel and the lower transmission wheel A conveying channel for the metal wires to pass is formed between them, and the rotary driver is installed on the frame and drives the upper transmission wheel and the lower transmission wheel to rotate.

Preferably, the straightening mechanism includes a first straightening wheel row and a second straightening wheel row, and the first straightening wheel row and the second straightening wheel row are installed on the frame at intervals , and a straightening passage for metal wires to pass is formed between the first straightening wheel row and the second straightening wheel row, and the straightening passage is at the same height as the conveying passage.

Preferably, the chamfering mechanism includes a chamfering tool, a rotary driver, a sliding seat and a chamfering linear driver, and the sliding seat is installed on the frame to slide along the direction in which the metal wire is conveyed by the conveying mechanism. The chamfering linear driver is installed on the frame and drives the sliding seat to slide, the rotary driver is installed on the sliding seat and connected with the chamfering tool, and the end of the chamfering tool is provided with A tapered processing cavity for the end of the starting end of the metal wire to be inserted into the processing.

Preferably, the chamfering mechanism further includes a driving pulley, a driven pulley and a transmission belt, the driving pulley is mounted on the output shaft of the rotary driver, the driven pulley is pivotally connected to the sliding On the seat, the transmission belt is sleeved on the driving pulley and the driven pulley, and the chamfering tool is connected with the driven pulley.

Preferably, the conveying direction of the metal wires is arranged from the right side to the left side of the frame.

Preferably, the bending mechanism includes a forming seat, a pressing block, a pressing driver, an upper cutting and bending block, a lower cutting block, an upper cutting and bending linear driver, a first pushing and bending block, a second Two pushing and bending blocks, the first pushing linear driver and the second pushing linear driver, the forming seat is installed on the frame and has a forming block, the top surface of the forming block is parallel to the horizontal plane direction, the left and right sides of the forming block are inclined relative to the horizontal plane and the bottom ends of the left and right sides are located on the right side of the top of the left and right sides, the pressing block is located directly above the top surface of the forming block, The pressing driver is installed on the frame and drives the pressing block to move close to or away from the top surface of the forming block, and the lower cutting block is installed on the frame and located on the The right side of the forming block, the upper cutting and bending block is located above the forming block and the lower cutting block, and the right side of the upper cutting and bending block cooperates with the lower cutting block, the The left side of the upper cutting and bending block cooperates with the right side of the forming block, and the upper cutting and bending linear driver is installed on the frame and connected with the upper cutting and bending block. The first pushing and bending block is arranged obliquely and located above the left side of the forming block, and the inclination direction of the first pushing and bending block is the same as that of the left side of the forming block, The first pushing linear driver is installed on the frame and connected with the first pushing and bending block, and the second pushing and bending block is arranged obliquely and located below the forming block, so The inclination direction of the second pushing and bending block is different from the inclination direction of the right side of the forming block, and the second pushing and bending linear driver is installed on the frame and is connected with the second pushing and bending block. Bend connection.

Preferably, the left side and the right side of the forming block are parallel to each other.

Preferably, the lower cutting block is provided with a passage for the metal wire to pass through horizontally, the right side of the upper cutting and bending block is arranged in the vertical direction, and the upper cutting and bending block The left side is inclined relative to the horizontal plane and the direction of inclination is the same as that of the right side of the forming block.

Compared with the prior art, with the aid of the cooperation of the conveying mechanism, straightening mechanism, first punching mechanism, second punching mechanism, chamfering mechanism and bending mechanism of the utility model, the straightening mechanism first conveys the straightening mechanism to the conveying mechanism. The bent metal wires are straightened, and then the first positioning structure is punched out of the starting end of the straightened metal wires by the first punching mechanism, and then the metal wires with the first positioning structure are punched out by the second punching mechanism. positioning structure, and then chamfering is performed on the end of the initial end of the metal wire with the first positioning structure and the second positioning structure by the chamfering mechanism, and finally the bending mechanism will have the chamfering, the first positioning structure and the second positioning structure The metal wire of the positioning structure cuts out a metal wire segment and bends the metal wire segment to form a brush handle, thereby improving the production efficiency of the brush handle and reducing the burden on operators, thereby meeting the requirements of automatic operations.

Description of drawings

Fig. 1 is a three-dimensional structural schematic diagram of a brush handle.

Fig. 2 is a schematic plan view of the brush handle molding machine of the present invention.

Detailed ways

In order to describe the technical content and structural features of the present utility model in detail, further description will be made below in conjunction with the embodiments and accompanying drawings.

Please refer to Fig. 1 and Fig. 2, the brush handle forming machine 100 of the present utility model is preferably electrically connected with a controller to automatically form the metal wire 200a into the brush handle 200, it should be noted that the controller is not known in the art Well-known controller, so the structure of the controller will not be described in detail here. As shown in Fig. 1 again, the brush handle 200 includes a first wire section 210 that is horizontally fitted with a brush cover, a second wire section 220 that is bent vertically outwards from the first wire section 210, and a horizontal line that is formed by the second wire section 220. The third wire section 230 bent outwards and the fourth wire section 240 bent vertically outward from the third wire section 230, the first wire section 210, the second wire section 220, and the third wire section 230 and the center line of the fourth wire section 240 are located in the same plane, and the second wire section 220 is parallel to the fourth wire section 240, and the third wire section 230 is inclined relative to the first wire section 210; meanwhile, the first wire section 210 A first positioning structure 250 is punched out adjacent to the second wire segment 220 , and a second positioning structure 260 is punched out of the fourth wire segment 240 adjacent to the third wire segment 230 , so as to facilitate the assembly of the brush handle 200 and the brush cover.

The brush handle forming machine 100 of the present utility model comprises a frame 10, a conveying mechanism 20 for driving the metal wire rod 200a to be conveyed on the frame 10, and a straightening mechanism 30 for straightening the curved metal wire rod 200a conveyed by the conveying mechanism 20 1. The first stamping mechanism 40 for punching out the first positioning structure 250 at the starting end of the straightened metal wire 200a; the second stamping mechanism 50 for stamping out the second positioning structure 260 for the metal wire 200a with the first positioning structure 250; The chamfering mechanism 60 that chamfers the end of the starting end of the metal wire 200a with the first positioning structure 250 and the second positioning structure 260 and will have the chamfering, the first positioning structure 250 and the second positioning structure 260 The metal wire 200 a cuts a metal wire segment and bends the metal wire segment out of the bending mechanism 70 of the brush handle 200 . Preferably, as shown in FIG. 2 , the conveying direction of the metal wire 200a is arranged from the right side to the left side of the frame 10 to facilitate the operation of the operator, but it is not limited thereto. The straightening mechanism 30 is installed on the frame 10 and is positioned at the rear of the conveying mechanism 20 along the direction in which the conveying mechanism 20 conveys the metal wire rod 200a. The second stamping mechanism 50, the first stamping mechanism 40, the bending mechanism 70 and the chamfering mechanism 60 The direction in which the conveying mechanism 20 conveys the metal wire rod 200a is sequentially installed on the frame 10, and the second stamping mechanism 50, the first stamping mechanism 40, the bending mechanism 70 and the chamfering mechanism 60 are located in front of the conveying mechanism 20 to simplify the process. The structure of the brush handle forming machine 100 of the utility model. More specifically, as follows:

Preferably, the conveying mechanism 20 includes an upper transmission wheel 21, a lower transmission wheel 22 and a rotary driver (not shown in the figure), the upper transmission wheel 21 and the lower transmission wheel 22 are pivotally connected to the frame 10 at intervals, and the upper transmission wheel 21 A delivery channel 24 for the metal wire 200a to pass through is formed between the lower transmission wheel 22, so as to transport the metal wire 200a placed in the delivery channel 21; the rotary drive is preferably a motor to simplify the structure of the rotary drive. And the rotary driver is installed on the frame 10 and drives the upper transmission wheel 21 and the lower transmission wheel 22 to rotate, so as to simplify the structure of the conveying mechanism 20 for conveying the metal wire 200a.

Straightening mechanism 30 comprises the first straightening wheel row 31 and the second straightening wheel row 32, and the first straightening wheel row 31 and the second straightening wheel row 32 are installed on the frame 10 at intervals, and the first Between the straightening wheel row 31 and the second straightening wheel row 32, a straightening passage 33 for the metal wire rod 200a to pass is formed. The metal wires 200a in the delivery channel 24 are arranged horizontally, which is more conducive to the delivery of the metal wires 200a by the delivery mechanism 20 .

The chamfering mechanism 60 includes a chamfering tool 61 , a rotary driver 62 , a sliding seat 63 and a chamfering linear driver 64 . Specifically, the chamfering mechanism 60 also includes a driving pulley 65 , a driven pulley 66 and a transmission belt 67 . The sliding seat 62 is installed on the frame 10 to slide along the direction in which the conveying mechanism 20 transports the metal wire rod 200a (ie, the direction from the right side to the left side of the frame 10). Specifically, in this embodiment, the sliding seat 63 is provided by a guide Rod and be enclosed within on the guide rod and the cooperation of the guide sleeve that can slide on the guide rod and slide on the frame 10; The chamfering linear driver 64 is preferably a cylinder to simplify the structure of the chamfering linear driver 64, and The chamfering linear driver 64 is installed on the frame 10, and drives the sliding seat 63 to slide; the rotating driver 62 is preferably a motor to simplify the structure of the rotating driver 62, and the rotating driver 62 is installed on the sliding seat 63 and is connected with the chamfering The tool 61 is connected, specifically, the driving pulley 65 is installed on the output shaft of the rotary driver 62, the driven pulley 66 is pivotally connected to the sliding seat 63, the chamfering tool 61 is connected with the driven pulley 66, and the transmission belt 67 is sleeved On the driving pulley 65 and the driven pulley 66, the rotating driver 62 is realized to drive the chamfering tool 61 to rotate more stably and reliably; Machined conical machining cavity (not shown in the figure).

The bending mechanism 70 includes a forming seat 71, a pressing block 72, a pressing driver (not shown), an upper cutting and bending block 74, a lower cutting block 75, an upper cutting and bending linear driver 76, a first top The pushing and bending block 77 , the second pushing and bending block 78 , the first pushing linear driver 791 and the second pushing linear driver 792 . The forming seat 71 is installed on the frame 10 and has a forming block 71a, the top surface 711 of the forming block 71a is arranged in a direction parallel to the horizontal plane, so as to form the structure of the second wire section 220 in the brush handle 200 in the bending forming The left and right sides of the forming block 71a (referring to the left side 712 and the right side 713) are inclined relative to the horizontal plane and the bottom ends of the left and right sides 712, 713 are located at the top right side of the left and right sides 712, 713, so as to The first wire segment 210 and the third wire segment 230 are formed correspondingly during the bending forming. The pressing block 72 is positioned directly above the top surface 711 of the molding block 71a, and the pressing driver is preferably a cylinder, and the pressing driver is installed on the frame 10, and the pressing block 72 is driven by the pressing driver to approach or move away from the forming block The movement of the top surface 711 of the forming block 71a achieves the purpose of clamping or loosening the metal wire 200a placed on the top surface 711 of the forming block 71a. The lower cutting block 75 is installed on the frame 10 and is located on the right side of the forming block 71a. Preferably, the lower cutting block 75 is provided with a penetration channel 751 for the metal wire rod 200a to pass through horizontally. The penetration channel 751 It is preferably located at the same height as the straightening channel 33, so that the metal wire 200a passing through the through channel 751 and the straightening channel 33 is in a horizontally arranged state, which is more convenient for the conveying mechanism 20 to transport the metal wire 200a. The upper cutting and bending block 74 is located above the forming block 71a and the lower cutting block 75, preferably between the forming block 71a and the lower cutting block 75 along the conveying direction of the metal wire 200a; and the upper cutting and bending block 74 The right side 741 of the upper cutting block 74 cooperates with the lower cutting block 75 to cut off the metal wire 200a between the straightening mechanism 30 and the forming block 71a; the left side 742 of the upper cutting and bending block 74 and the right side of the forming block 71a Face 713 fits. The upper cutting and bending linear driver 76 is selected as an air cylinder to simplify the structure of the upper cutting and bending linear driver 76 , and the upper cutting and bending linear driver 76 is installed on the frame 10 and connected with the upper cutting and bending block 74 . The first pushing and bending block 77 is inclined and is located above the left side of the forming block 71a. The inclination direction of the first pushing and bending block 77 is the same as that of the left side 712 of the forming block 71a. The first The pushing linear driver 791 is selected as an air cylinder to simplify the structure of the first pushing linear driver 791 , and the first pushing linear driver 791 is installed on the frame 10 and connected with the first pushing and bending block 77 . The second pushing and bending block 78 is inclined and located below the forming block 71a, and the inclination direction of the second pushing and bending block 78 is different from that of the right side 713 of the forming block 71a. The second pushing linear driver 792 is preferably a cylinder to simplify the structure of the second pushing linear driver 792, and the second pushing linear driver 792 is installed on the frame 10 and connected with the second pushing and bending block 78 to This enables the metal wire section to be reliably bent out of the brush handle 200 . Specifically, in this embodiment, the left side 712 and the right side 713 of the forming block 71a are parallel to each other, so that the left side 712 of the forming block 71a can bend the first wire segment of the brush handle 200 for the metal wire segment 210 provides an avoidance space, thereby ensuring the quality of the first wire section 210 formed by the metal wire section; while the right side 741 of the upper cutting and bending block 74 is arranged vertically, and the left side of the upper cutting and bending block 74 742 is inclined relative to the horizontal plane in the same direction as the right side 713 of the forming block 71a, so as to improve the cutting effect of the metal wire 200a and the quality of bending the third wire segment 230 by the metal wire segment.

Wherein, the specific operating principle of the bending mechanism 70 is: when the conveying mechanism 20 makes the starting end of the metal wire 200a punched out of the second positioning structure 260 be conveyed through the lower cutting block 75 and the forming block 71a and arrives near the chamfering mechanism 60 At this time, the pressing block 72 is driven by the pressing driver to compress the metal wire 200a between the pressing block 72 and the top surface 711 of the forming block 71a; The end of the starting end is chamfered; then, the upper cutting and bending linear driver 76 drives the upper cutting and bending block 74 to move towards the lower cutting block 75, and the right side of the upper cutting and bending block 74 741 cooperates with the lower cutting block 75 to cut off the compressed metal wire 200a between the forming block 71a and the lower cutting block 75 to form a metal wire segment. At the same time, with the help of the upper cutting and bending block 74 The cooperation of the left side 742 and the right side 713 of the forming block 71a makes the right end of the compressed metal wire section bend the second wire section 220 of the brush handle 200; finally, the first pushes the linear driver 791 and the second The pushing linear driver 792 works, and the working first pushing linear driver 791 drives the first pushing and bending block 77 to move toward the left side 712 of the forming block 71a, so that the left end of the compressed metal wire 200a is bent and attached to it. Tighten the left side 712 of the block 71a, thereby forming the first wire section 210 of the brush handle 200; the working second pushing linear driver 792 drives the second pushing and bending block 78 to cut the bending block 74 upwards Move, so that the compressed metal wire 200a bent out of the second wire section 220 is bent again and attached to the bottom surface of the upper cutting and bending block 74, thereby forming the fourth wire section 260, and realizing forming the metal wire 200a into a The purpose of the brush handle 200 .

Compared with the prior art, by means of the mutual cooperation of the conveying mechanism 20, the straightening mechanism 30, the first punching mechanism 40, the second punching mechanism 50, the chamfering mechanism 60 and the bending mechanism 70 of the utility model, the straightening The mechanism 30 straightens the bent metal wire 200a conveyed by the conveying mechanism 20, and then the first positioning structure 250 is punched out by the first punching mechanism 40 on the starting end of the straightened metal wire 200a, and then the second punching mechanism 50 The second positioning structure 260 is punched out of the metal wire 200a having the first positioning structure 250, and then the end of the starting end of the metal wire 200a having the first positioning structure 250 and the second positioning structure 260 is chamfered by the chamfering mechanism 60. Corner processing, finally the metal wire 200a with chamfering, first positioning structure 250 and second positioning structure 260 is cut out of the metal wire section by the bending mechanism 70 and the metal wire section is bent out of the brush handle 200, thus improving The production efficiency of the brush handle 200 is improved, and the burden of the operator is reduced, thereby adapting to the requirements of automatic operation.

What is disclosed above is only a preferred example of the utility model, which certainly cannot limit the scope of rights of the utility model. Therefore, the equivalent changes made according to the claims of the utility model still belong to the scope covered by the utility model.

Claims (9)

1. a brush handle forming machine, be suitable for and metal wire rod is molded brush handle, it is characterized in that, described brush handle forming machine comprises frame, order about the conveying mechanism that metal wire rod is carried in described frame, the bending metal wire rod carried described conveying mechanism carries out the aligning mechanism of alignment, the initiating terminal of the metal wire rod of alignment is stamped out to the first punching mechanism of the first location structure, the metal wire rod with described first location structure is stamped out to the second punching mechanism of the second location structure, the end of initiating terminal of the metal wire rod with described first location structure and the second location structure is carried out to the chamfer mechanism of chamfered and will be had chamfering, the metal wire rod of the first location structure and the second location structure cuts out metal wire rod section and makes this metal wire rod section bending go out the bending mechanism of described brush handle, described aligning mechanism is arranged on the rear being positioned at described conveying mechanism in described frame and along the direction of described conveying mechanism transferring metal wire rod, described second punching mechanism, first punching mechanism, bending mechanism and chamfer mechanism to be in turn arranged on along the direction of described conveying mechanism transferring metal wire rod in described frame and to be positioned at the front of described conveying mechanism.

2. brush handle forming machine as claimed in claim 1, it is characterized in that, described conveying mechanism comprises upper driving wheel, lower driving wheel and rotating driver, described upper driving wheel and lower driving wheel are isolatedly be articulated in described frame, and forming out the transfer passage passed for metal wire rod between described upper driving wheel and lower driving wheel, described rotating driver is arranged on described frame and orders about described upper driving wheel and lower driving wheel rotation.

3. brush handle forming machine as claimed in claim 2, it is characterized in that, described aligning mechanism comprises the first alignment schedule and the second alignment schedule, described first alignment schedule and the second alignment schedule are isolatedly be arranged in described frame, and between described first alignment schedule and described second alignment schedule, forming the alignment passage passed for metal wire rod, described alignment passage and described transfer passage are positioned at sustained height.

4. brush handle forming machine as claimed in claim 1, it is characterized in that, described chamfer mechanism comprises chamfering tool, rotary driver, sliding seat and chamfering linear actuator, what described sliding seat slided along the direction of described conveying mechanism transferring metal wire rod is arranged in described frame, described chamfering linear actuator to be arranged in described frame and to order about described sliding seat and slides, described rotary driver to be arranged on described sliding seat and to be connected with described chamfering tool, the end opens of described chamfering tool has the end for the initiating terminal of metal wire rod to stretch into the taper processing cavity of processing.

5. brush handle forming machine as claimed in claim 4, it is characterized in that, described chamfer mechanism also comprises driving pulley, driven pulley and driving-belt, described driving pulley is arranged on the output shaft of described rotary driver, described driven pulley is articulated on described sliding seat, described driving-belt is sheathed on described driving pulley and driven pulley, and described chamfering tool is connected with described driven pulley.

6. brush handle forming machine as claimed in claim 1, it is characterized in that, the throughput direction of described metal wire rod arranges along the right side of described frame to left side.

7. brush handle forming machine as claimed in claim 6, it is characterized in that, described bending mechanism comprises molding seat, compact heap, compress driver, upper cutting and bending block, under cut block, upper cutting and bending linear actuator, first pushing tow folded block, second pushing tow folded block, first pushing tow linear actuator and the second pushing tow linear actuator, described molding seat to be arranged in described frame and to have a forming blocks, the end face of described forming blocks is arranged along the direction being parallel to horizontal plane, the left and right sides relative level face tilt of described forming blocks and make the bottom of described left and right sides be positioned on the right side of the top of these left and right sides, described compact heap is positioned at directly over the end face of described forming blocks, described compression driver to be arranged in described frame and order about described compact heap do near or the motion of end face away from described forming blocks, cut block under described to be arranged in described frame and the right side being positioned at described forming blocks, described upper cutting and bending block be positioned at described forming blocks and under cut above block, and the right flank of described upper cutting and bending block with described under cut block and coordinate, the left surface of described upper cutting and bending block coordinates with the right flank of described forming blocks, described upper cutting and bending linear actuator to be arranged in described frame and to be connected with described upper cutting and bending block, described first pushing tow folded block is inclined to set and is positioned at the top place in the left side of described forming blocks, the incline direction of described first pushing tow folded block is identical with the incline direction of the left surface of described forming blocks, described first pushing tow linear actuator to be arranged in described frame and to be connected with described first pushing tow folded block, described second pushing tow folded block is inclined to set and is positioned at the below of described forming blocks, the incline direction of the described incline direction of the second pushing tow folded block and the right flank of described forming blocks is different, described second pushing tow linear actuator to be arranged in described frame and to be connected with described second pushing tow folded block.

8. brush handle forming machine as claimed in claim 7, it is characterized in that, left surface and the right flank of described forming blocks are parallel to each other.

9. brush handle forming machine as claimed in claim 7, it is characterized in that, cut under described block offer for metal wire rod horizontal through place passage, the right flank of described upper cutting and bending block is vertically arranged, the left surface relative level face tilt of described upper cutting and bending block and incline direction is identical with the incline direction of the right flank of described forming blocks.