CN105470779A - Wiring terminal machining device and machining method thereof - Google Patents

Wiring terminal machining device and machining method thereof Download PDF

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Publication number
CN105470779A
CN105470779A CN201510952823.9A CN201510952823A CN105470779A CN 105470779 A CN105470779 A CN 105470779A CN 201510952823 A CN201510952823 A CN 201510952823A CN 105470779 A CN105470779 A CN 105470779A
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CN
China
Prior art keywords
wiring body
wiring
guide rail
assembly
material toggling
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201510952823.9A
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Chinese (zh)
Inventor
胡甲平
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NINGBO HUYA AUTOMATION TECHNOLOGY Co Ltd
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NINGBO HUYA AUTOMATION TECHNOLOGY Co Ltd
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Filing date
Publication date
Application filed by NINGBO HUYA AUTOMATION TECHNOLOGY Co Ltd filed Critical NINGBO HUYA AUTOMATION TECHNOLOGY Co Ltd
Priority to CN201510952823.9A priority Critical patent/CN105470779A/en
Publication of CN105470779A publication Critical patent/CN105470779A/en
Pending legal-status Critical Current

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Classifications

    • HELECTRICITY
    • H01BASIC ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R43/00Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors
    • H01R43/16Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors for manufacturing contact members, e.g. by punching and by bending

Abstract

The invention provides a wiring terminal machining device. The wiring terminal machining device comprises a wiring terminal delivery module, a wiring body feeding module, a wiring bender fasten module and a glue dispensing module. The wiring terminal delivery module comprises a delivery assembly and a feed stirring assembly that are disposed to work together. The wiring body feeding module comprises a wiring body feeding assembly, a wiring body feed pushing assembly and a wiring body feed receiving assembly that are disposed to work with each other. The wiring bender fasten module comprises a wiring bender feeding assembly and a screw fasten assembly that are disposed to work together. The glue dispensing module comprises an automatic glue dispenser and a dryer that are disposed to work together. The invention further provides a machining method that uses the wiring terminal machining device. The wiring terminal machining device and the machining method thereof not only are simple and compact in structure and high in reliability, but also save manpower, and are high in production efficiency, thus reducing production cost.

Description

Binding post process equipment and processing method thereof
Technical field
The present invention relates to binding post process equipment field, concrete, relate to a kind of binding post process equipment and utilize the processing method of this binding post process equipment.
Background technology
In recent years, along with industrial automatization is more and more higher and Industry Control requires more and more stricter, accurate, binding post is as a kind of accessory product realizing electrical connection, and the scope of application is more and more wider, and kind also gets more and more.General binding post is made up of the shell insulated and the metal inside wiring body be arranged in the shell of insulation, specifically, it is exactly one section of sheet metal being enclosed in inside ambroin in fact, and wire can be inserted in two ends, has screw for fastening or unclamp, when two wires need to connect sometimes, sometimes need again to disconnect, just with binding post, they can be coupled together, and can disconnect at any time, and they need not be welded or be intertwined, convenient and swift.Binding post is also applicable to a large amount of wire interconnection, thus forms terminal board and terminal box etc.
But, mostly the assembling of binding post of the prior art is to rely on and manually completes, but general binding post is all configured with several wiring hole positions, therefore artificial mode not only inefficiency metal inside wiring body being assembled into the position, hole of insulation crust body is adopted, human cost is high, and owing to being subject to the impact of the factors such as operating personnel's qualification, assembling binding post consistency is out poor, fraction defective is more, is unfavorable for the raising of the excellent rate of product.For binding post by mechanical package, its process equipment not only complex structure, take up room large, and production efficiency is low.In addition, for the consideration of Electrical Safety, when binding post connects wire, live wire and zero line will connect correctly, but the most of binding post used at present lacks obvious wiring mark.
Therefore, be necessary to develop further existing binding post process equipment, to avoid above-mentioned defect.
Summary of the invention
There is complex structure to solve above-mentioned existing binding post process equipment, take up room large and that production efficiency is low technical problem, the invention provides a kind of simple and compact for structure, reliability is high, save manpower and the high binding post process equipment of production efficiency and processing method thereof.
The invention provides a kind of binding post process equipment, after described binding post process equipment is used for that wiring body is loaded insulation shell, then by locked screw, wiring bending lock is paid in wiring body.Described binding post process equipment comprises binding post conveyor module, wiring body feeding module, wiring bending lock pays module and some rubber moulding block, described wiring body feeding module, module paid by described wiring bending lock and described some rubber moulding block coordinates described binding post conveyor module to arrange successively, described binding post conveyor module comprises conveying assembly and material toggling assembly, the corresponding described conveying assembly of described material toggling assembly is arranged, and for promoting insulation shell along the feeding of described conveying assembly batch (-type), described wiring body feeding module comprises wiring body feeding material component, wiring body splicing assembly, wiring body pushing material component and wiring body secondary pushing material component, described wiring body splicing assembly abuts with described wiring body feeding material component and described conveying assembly batch (-type) respectively, and the wiring body for being provided by described wiring body feeding material component is delivered to the pusher position of described wiring body pushing material component, the corresponding described wiring body splicing assembly of described wiring body pushing material component and described conveying assembly are arranged, and for the wiring body of pusher position is pushed insulation shell, the corresponding described conveying assembly of described wiring body secondary pushing material component is arranged, and for pressing the wiring body pushing insulation shell, a described wiring bending lock pair module comprises wiring bending loading assemblies and screwed lock pays assembly, described wiring bending loading assemblies and described screwed lock are paid assembly and are equipped with, and abut with described conveying assembly batch (-type) respectively, described some rubber moulding block comprises automatic dispensing machine and baker, described automatic dispensing machine and described baker coordinate described second guide rail to arrange successively, and for the binding post assembled being stamped wiring mark.
In a kind of preferred embodiment of binding post process equipment provided by the invention, described conveying assembly comprises the belt conveyor, manipulator, the first guide rail, turn-down rig and the second guide rail that set gradually, described belt conveyor is connected with described first guide rail by described manipulator, and described first guide rail is connected with described second guide rail by described turn-down rig.
In a kind of preferred embodiment of binding post process equipment provided by the invention, described material toggling assembly comprises the first poking device, second poking device and the 3rd poking device, described first poking device coordinates described first guide rail to arrange, and move along described first guide rail for promoting insulation shell, described second poking device comprises the first material toggling cylinder, second material toggling cylinder and the first material toggling part, described second material toggling cylinder is connected with described first material toggling cylinder and described first material toggling part respectively, described first material toggling part coordinates described first guide rail to arrange, and described first material toggling cylinder and described second material toggling cylinder coordinate the described first material toggling part promotion insulation shell of driving to move along described first guide rail, described 3rd poking device comprises the 3rd material toggling cylinder, material toggling guide rail and multiple second material toggling part, described 3rd material toggling cylinder connects described material toggling guide rail, described material toggling guide rail is located at multiple described second material toggling part interval, multiple described second material toggling part moves along described second guide rail for promoting insulation shell.
In a kind of preferred embodiment of binding post process equipment provided by the invention, described wiring body feeding material component comprises the first vibrating disk and feeding guide, described first vibrating disk is communicated with described feeding guide, and described feeding guide abuts with described wiring body splicing assembly batch (-type).
In a kind of preferred embodiment of binding post process equipment provided by the invention, described wiring body splicing assembly comprises splicing cylinder and splicing part, described splicing cylinder is fixedly connected with described splicing part, and described splicing part abuts with described feeding guide and described first guide rail batch (-type) respectively.
In a kind of preferred embodiment of binding post process equipment provided by the invention, described wiring body pushing material component comprises pusher cylinder and pusher part, described pusher cylinder is fixedly connected with described pusher part, described pusher part coordinates described splicing part and described first guide rail to arrange respectively, and pushes insulation shell for the wiring body described splicing part being delivered to pusher position.
In a kind of preferred embodiment of binding post process equipment provided by the invention, described wiring bending loading assemblies comprises multiple second vibrating disk, multiple deflector chute, multiple vacuum suction part and multiple charging cylinder, described deflector chute connects described second vibrating disk respectively and described vacuum inhales part, described vacuum is inhaled part and is fixedly connected with described charging cylinder, described vacuum is inhaled part and is coordinated described second guide rail and described screwed lock to pay assembly setting, and pays position for lock wiring bending delivered on wiring body.
In a kind of preferred embodiment of binding post process equipment provided by the invention, described wiring body secondary pushing material component comprises secondary pusher cylinder and secondary pusher part, described secondary pusher cylinder is fixedly connected with described secondary pusher part, described secondary pusher part coordinates described first guide rail to arrange, and for pressing the wiring body pushing insulation shell.
The present invention also provides a kind of processing method of binding post process equipment, and described processing method comprises the following steps:
Step one, insulation shell material loading: insulation shell is provided, insulation shell is positioned over conveying assembly, material toggling components drive insulation shell moves along conveying assembly;
Step 2, wiring body are assembled: wiring body is loaded insulation shell, and it comprises the following steps:
Wiring body feeding: provide wiring body, is delivered to wiring body splicing assembly by wiring body feeding material component by wiring body, and wiring body is delivered to the pusher position of wiring body pushing material component by wiring body splicing assembly;
Wiring body precompressed: the wiring body of pusher position is pushed insulation shell by wiring body pushing material component;
Wiring body presses: pressed the wiring body in insulation shell by wiring body secondary pushing material component;
Step 3, wiring bending are assembled: paid on wiring body after assembling by wiring bending lock, it comprises the following steps:
Wiring bending feeding: provide wiring bending, to deliver to by wiring bending loading assemblies the lock that screwed lock pays assembly and pays position by wiring bending;
Wiring bending lock is paid: provide locked screw, pays assembly paid on wiring body by wiring bending lock by screwed lock;
Step 4, binding post point glue: the binding post assembled is stamped wiring mark, it comprises the following steps:
Automatic dispensing machine point glue: provide colloid, puts at hot terminal and zero line terminals by automatic dispensing machine by the colloid of different colours respectively;
Colloid is dried: dried by the colloid after a glue by baker.
In a kind of preferred embodiment of processing method provided by the invention, in described step 4, described colloid comprises red colloid and blue gel, and described red colloid point is in hot terminal, and described blue gel point is at zero line terminals.
Compared to prior art, binding post process equipment provided by the invention and processing method thereof have following beneficial effect:
One, the present invention is by binding post conveyor module, wiring body feeding module, the processing that module and described some rubber moulding block pair of wire connection terminals carry out automation paid by wiring bending lock, wherein, binding post conveyor module comprises the conveying assembly and material toggling assembly that are equipped with, wiring body feeding module comprises the wiring body feeding material component cooperatively interacting and arrange, wiring body splicing assembly and wiring body pushing material component, and wiring body pushing material component coordinates conveying assembly to arrange, wiring bending lock pay module comprise coordinate conveying assembly arrange wiring bending loading assemblies and screwed lock pay assembly, point rubber moulding block comprises the automatic dispensing machine and baker that coordinate conveying assembly to arrange, not only simple and compact for structure, reliability is high, and saving manpower, production efficiency is high, thus reduction production cost.
Two, the present invention is by being set to scalable material toggling part by the second material toggling part, not only simplified apparatus structure, and when can effectively prevent insulation shell from transporting, stuck problem occurs.
Three, the present invention is pressed the Kong Weizhong wiring body pushing insulation shell further by arranging wiring body secondary pushing material component, thus improves wiring body material loading quality.
Four, the present invention is by arranging keeper at the first guide rail and the second guide rail, thus effectively prevents insulation shell in the problem because of float material after the first poking device, the second poking device and the 3rd poking device material toggling to relevant position.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings, wherein:
Fig. 1 is the structural representation of binding post process equipment provided by the invention;
Fig. 2 is the structural representation of the second poking device in the process equipment of binding post shown in Fig. 1;
Fig. 3 is the structural representation of the 3rd poking device in the process equipment of binding post shown in Fig. 1;
Fig. 4 is the structural representation of wiring body feeding module in the process equipment of binding post shown in Fig. 1;
Fig. 5 is the structural representation of wiring bending loading assemblies in the process equipment of binding post shown in Fig. 1;
Fig. 6 is the flow chart of steps of the processing method of the process equipment of binding post shown in Fig. 1;
Fig. 7 is the flow chart of step 2 in the processing method of the process equipment of binding post shown in Fig. 6;
Fig. 8 is the flow chart of step 3 in the processing method of the process equipment of binding post shown in Fig. 6;
Fig. 9 is the flow chart of step 4 in the processing method of the process equipment of binding post shown in Fig. 6.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only a part of embodiment of the present invention, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
Referring to Fig. 1, is the structural representation of binding post process equipment one provided by the invention preferred embodiment.Wiring bending lock for being loaded after insulation shell by wiring body, then is paid in wiring body by locked screw by described binding post process equipment 1.Described binding post process equipment 1 comprises binding post conveyor module 11, wiring body feeding module 13, wiring bending lock pair module 15 and some rubber moulding block 17, and module 15 paid by described wiring body feeding module 13, described wiring bending lock and described some rubber moulding block 17 coordinates described binding post conveyor module 11 to arrange.In the present embodiment, binding post conveyor module 11 is provided with binding post material loading workshop section successively, wiring body assembling workshop section, wiring bending Suo Fu workshop section and binding post Dian Jiao workshop section, described wiring body feeding module 13 corresponding wiring body assembling workshop section, module 15 corresponding wiring bending Suo Fu workshop section paid by described wiring bending lock, described some rubber moulding block 17 corresponding wiring terminal Dian Jiao workshop section, wherein wiring body assembling workshop section comprises wiring body precompressed station and wiring body presses station, wiring bending Suo Fu workshop section comprises multiple wiring bending lock set gradually and pays station, binding post Dian Jiao workshop section comprises the some glue station and drying station that set gradually.
Described binding post conveyor module 11 comprises conveying assembly 111 and material toggling assembly 113.Described material toggling assembly 113 coordinates described conveying assembly 111 to arrange, and for promoting insulation shell along the feeding of described conveying assembly 111 batch (-type).
Described conveying assembly 111 comprises the belt conveyor 1111, manipulator 1113, first guide rail 1115, turn-down rig 1117 and the second guide rail 1119 that set gradually.Described belt conveyor 1111 is connected with described first guide rail 1115 by described manipulator 1113, and described first guide rail 1115 is connected with described second guide rail 1119 by described turn-down rig 1117.In the present embodiment, described belt conveyor 1111 and described manipulator 1113 corresponding wiring terminal material loading workshop section, described first guide rail 1115 correspondence is provided with wiring body precompressed station and wiring body presses station, described second guide rail 1119 correspondence is provided with multiple wiring bending lock and pays station, and each station is provided with two keepers, described keeper be used for preventing insulation shell after described material toggling assembly 113 material toggling to corresponding station because of float material.
Insulation shell is delivered to described manipulator 1113 service position for batch (-type) by described belt conveyor 1111.
Described manipulator 1113 is for sending the insulation shell on described belt conveyor 1111 to described first guide rail 1115.
Described turn-down rig 1117 is for being sent to described second guide rail 1119 by after the insulation shell upset on described first guide rail 1115.
Described material toggling assembly 113 comprises the first poking device 1131, second poking device 1133 and the 3rd poking device 1135.Described first poking device 1131 and described second poking device 1133 coordinate described first guide rail 1115 to arrange successively, described 3rd poking device 1135 coordinates described second guide rail 1119 to arrange, and described first poking device 1131, described second poking device 1133 and described 3rd poking device 1135 promote insulation shell respectively along described first guide rail 1115 and described second guide rail 1119 move accordingly.
Described first poking device 1131 is single-acting cylinder, and the insulation shell for described manipulator 1113 being sent to described first guide rail 1115 is pushed to the wiring body precompressed station of described first guide rail 1115.
Please combining again and consult Fig. 2, is the structural representation of the second poking device in the process equipment of binding post shown in Fig. 1.Described second poking device 1133 comprises the first material toggling cylinder 11331, second material toggling cylinder 11333 and the first material toggling part 11335.Described second material toggling cylinder 11333 is connected with described first material toggling cylinder 11331 and described first material toggling part 11335 respectively, described first material toggling part 11335 coordinates described first guide rail 1115 to arrange, and described first material toggling cylinder 11331 and described second material toggling cylinder 11333 coordinate and drive described first material toggling part 11335 to promote insulation shell and move along described first guide rail 1115.
Described first material toggling cylinder 11331 drives described second material toggling cylinder 11333 along the length direction reciprocating motion of described first guide rail 1115.
Described second material toggling cylinder 11333 drives described first material toggling part 11335 along the vertical direction reciprocating motion perpendicular to described first guide rail 1115 length direction.
Described first material toggling part 11335 comprises the first material toggling arm and the second material toggling arm that coordinate described first guide rail 1115 to arrange, described first material toggling arm is used for that insulation shell is pushed into its wiring body from the wiring body precompressed station of described first guide rail 1115 and presses station, and described second material toggling arm is used for that insulation shell is pressed station from the wiring body of described first guide rail 1115 and is pushed into described turn-down rig 1117.
Please combining again and consult Fig. 3, is the structural representation of the 3rd poking device in the process equipment of binding post shown in Fig. 1.Described 3rd poking device 1135 comprises the 3rd material toggling cylinder 11351, material toggling guide rail 11353 and multiple second material toggling part 11355.Described 3rd material toggling cylinder 11351 connects and drives described material toggling guide rail 11353, described material toggling guide rail 11353 is located at multiple described second material toggling part 11355 interval, and multiple described second material toggling part 11355 moves along described second guide rail 1119 for promoting insulation shell.
Described second material toggling part 11355 is scalable material toggling part.When being sent to described second guide rail 1119 after described turn-down rig 1117 is by the insulation shell upset on described first guide rail 1115, when described 3rd material toggling cylinder 11351 drives described material toggling guide rail 11353 to move to service position, now, described second material toggling part 11355 is in extended state, and then described second material toggling part 11355 promote insulation shell to wiring bending lock pay a station move, when the 3rd material toggling cylinder 11351 drives described material toggling guide rail 11353 back to move to initial position, described second material toggling part 11355 shrinks by insulation shell compresses, thus insulation shell can not be pushed when making described material toggling guide rail 11353 back move to initial position.
Please combining again and consult Fig. 4, is the structural representation of wiring body feeding module in the process equipment of binding post shown in Fig. 1.Described wiring body feeding module 13 comprises wiring body feeding material component 131, wiring body splicing assembly 133, wiring body pushing material component 135 and wiring body secondary pushing material component 137.Described wiring body splicing assembly 133 respectively corresponding described wiring body feeding material component 131 and described wiring body pushing material component 135 is arranged, and the wiring body for being provided by described wiring body feeding material component 131 is delivered to the pusher position of described wiring body pushing material component 135, the wiring body precompressed station of corresponding described first guide rail 1115 of described wiring body pushing material component 135 is arranged, and for the wiring body of pusher position is pushed insulation shell, the wiring body of corresponding described first guide rail 1115 of described wiring body secondary pushing material component 137 presses station and arranges, and put in place for the wiring body loading insulation shell is pressed.
Described wiring body feeding material component 131 comprises the first vibrating disk 1311 and feeding guide 1313.Described first vibrating disk 1311 is communicated with described feeding guide 1313.In the present embodiment, described feeding guide 1313 comprises multiple feeding track be set up in parallel.
Described wiring body splicing assembly 133 comprises splicing cylinder 1331 and splicing part 1333.Described splicing cylinder 1331 is fixedly connected with described splicing part 1333, and described splicing part 1333 abuts with described feeding guide 1313 and described first guide rail 1115 batch (-type).In the present embodiment, described splicing part 1333 comprises multiple splicing groove be set up in parallel, the position, hole in the multiple described feeding track of feeding guide 1313 described in multiple described splicing groove one_to_one corresponding and described first guide rail 1115 in insulation shell.After the multiple described splicing groove of described splicing part 1333 receives the wiring body of described feeding guide 1313 conveying, described splicing part 1333 moves to pusher position; When multiple described splicing groove arrives pusher position, namely in the position, hole of insulation shell, described splicing groove wiring body centerline on same straight line.
Described wiring body pushing material component 135 comprises pusher cylinder 1351 and pusher part 1353.Described pusher cylinder 1351 is fixedly connected with described pusher part 1353, and described pusher part 1353 coordinates the wiring body precompressed station of described splicing part 1333 and described first guide rail 1115 to arrange.In the present embodiment, described pusher part 1353 comprises multiple pusher stock, and the wiring body in multiple described splicing groove is pushed the Kong Weizhong of insulation shell by the multiple described pusher stock of described pusher part 1353.
Described wiring body secondary pushing material component 137 comprises secondary pusher cylinder 1371 and secondary pusher part 1373.Described secondary pusher cylinder 1371 is fixedly connected with described secondary pusher part 1373, and described secondary pusher part 1373 coordinates the wiring body of described first guide rail 1115 to press station setting.In the present embodiment, described secondary pusher part 1373 comprises multiple pusher quarter butt, when insulation shell presses station at the move under influence of described first material toggling part 11335 to wiring body, the wiring body pushing the Kong Weizhong of insulation shell presses by multiple described pusher quarter butt further, thus improves material loading quality.
Please again consult Fig. 1, a described wiring bending lock pair module 15 comprises wiring bending loading assemblies 151 and screwed lock pays assembly 153.Described wiring bending loading assemblies 151 and described screwed lock are paid assembly 153 and are equipped with, and abut with described second guide rail 1119 batch (-type) respectively.
Please combining again and consult Fig. 5, is the structural representation of wiring bending loading assemblies in the process equipment of binding post shown in Fig. 1.Described wiring bending loading assemblies 151 comprises multiple second vibrating disk 1511, multiple deflector chute 1513, multiple vacuum suction part 1515 and multiple charging cylinder 1517.Described deflector chute 1513 connects described second vibrating disk 1511 respectively and described vacuum inhales part 1515, described vacuum is inhaled part 1515 and is fixedly connected with described charging cylinder 1517, multiple described vacuum is inhaled part 1515 and is coordinated described second guide rail 1119 to arrange, and pays position for lock wiring bending delivered on wiring body.In the present embodiment, multiple described second vibrating disk 1511, multiple described deflector chute 1513, multiple described vacuum inhale part 1515 and multiple described charging cylinder 1517 one_to_one corresponding setting.
Described screwed lock is paid assembly 153 and is comprised multiple single shaft and to screw device 1531 and screw tripper (not shown).Multiple described single shaft device 1531 that screws coordinates described second guide rail 1119 to arrange.Described screw tripper connects multiple described single shaft respectively and to screw device 1531.In the present embodiment, multiple described second vibrating disk 1511, multiple described deflector chute 1513, multiple described vacuum are inhaled part 1515, multiple described charging cylinder 1517 and multiple described single shaft device 1531 one_to_one corresponding that screws and are arranged.
Multiple described single shaft screws device 1531 for being paid wiring bending lock at wiring body by locked screw.
Described some rubber moulding block 17 comprises automatic dispensing machine 171 and baker 173, and described automatic dispensing machine 171 and described baker 173 coordinate described second guide rail 1119 to arrange successively.
Referring to Fig. 6, is the flow chart of steps of the processing method of the process equipment of binding post shown in Fig. 1.Described processing method comprises the following steps:
Step S1, insulation shell material loading: provide insulation shell, the conveying assembly 111 be positioned over by insulation shell, material toggling assembly 113 promotes insulation shell and moves along conveying assembly 111.
Concrete, when needs are produced, first insulation shell is positioned on belt conveyor 1111, step service position insulation shell being sent to manipulator 1113 of belt conveyor 1111, and then manipulator 1113 sends the insulation shell on belt conveyor 1111 to first guide rail 1115, and then first poking device 1131 and the second poking device 1133 promote the wiring body precompressed station of insulation shell to the first guide rail 1115 successively and wiring body presses station and turn-down rig 1117, and then insulation shell is sent to the second guide rail 1119 by turn-down rig 1117, and then the 3rd the poking device 1135 multiple wiring bendings lock that promotes insulation shell to the second guide rail 1119 successively pay stations, point glue station and drying station.
Step S2, wiring body are assembled: wiring body is loaded insulation shell.
Referring again to the flow chart of step 2 in the processing method of the process equipment of binding post shown in Fig. 7, Fig. 6.
Described step S2 comprises the following steps:
Step S2-1, the feeding of wiring body: provide wiring body, be delivered to wiring body splicing assembly 133 by wiring body feeding material component 131 by wiring body, and wiring body is delivered to the pusher position of wiring body pushing material component 135 by wiring body splicing assembly 133.
Concrete, the first vibrating disk 1311 carries wiring body by feeding guide 1313 to splicing part 1333, and after splicing part 1333 receives wiring body, splicing cylinder 1331 drives splicing part 1333 wiring body to be delivered to the pusher position of pusher part 1353.
Step S2-2, the precompressed of wiring body: the wiring body of pusher position is pushed insulation shell by wiring body pushing material component 135.
Concrete, when wiring body is delivered to pusher position by splicing part 1333, when insulation shell is delivered to the wiring body precompressed station of the first guide rail 1115 by the first poking device 1131 simultaneously, pusher cylinder 1351 drives pusher part 1353 that the wiring body of pusher position is pushed insulation shell.
Step S2-3, wiring body press: pressed the wiring body in insulation shell by wiring body secondary pushing material component 137.
Concrete, when the wiring body that the first material toggling cylinder 11331 and the second material toggling cylinder 11333 coordinate driving first material toggling part 11335 insulation shell that wiring body is housed to be delivered to the first guide rail 1115 presses station, secondary pusher cylinder 1371 drives secondary pusher part 1373 to be pressed by the wiring body in insulation shell.
Step S3, wiring bending are assembled: paid on wiring body after assembling by wiring bending lock.
Referring again to the flow chart of step 3 in the processing method of the process equipment of binding post shown in Fig. 8, Fig. 6.
Described step S3 comprises the following steps:
Step S3-1, the feeding of wiring bending: provide wiring bending, to deliver to by wiring bending loading assemblies 151 lock that screwed lock pays assembly 153 and pay position by wiring bending.
Concrete, when station paid by the wiring bending lock that the insulation shell after pressing wiring body to be delivered to the second guide rail 1119 by the second material toggling part 11355, charging cylinder 1517 drives vacuum to inhale part 1515 and the wiring bending on deflector chute 1513 is delivered to the screw lock of device 1531 of single shaft and pays position, and namely a station paid by the wiring bending lock of the second guide rail 1119.
Step S3-2, wiring bending lock is paid: provide locked screw, pays assembly 153 paid on wiring body by wiring bending lock by screwed lock.
Concrete, when station paid by the wiring bending lock that wiring bending is delivered to the second guide rail 1119 by suction part 1515 of taking seriously, wiring bending lock is paid on wiring body by screw by the single shaft device 1531 that screws.
Described step S3-1 is identical with the described step S3-2 cycle of operation.
Step S4, binding post point glue: the binding post assembled is stamped wiring mark.
Referring again to Fig. 9, it is the flow chart of step 4 in the processing method of the process equipment of binding post shown in Fig. 6.
Described step S4 comprises the following steps it:
Step S4-1, automatic dispensing machine point glue: provide colloid, is put the colloid of different colours at hot terminal and zero line terminals respectively by automatic dispensing machine 171.
Concrete, when the insulation shell after lock is paid wiring bending by the second material toggling part 11355 delivers to the some glue station of the second guide rail 1119, automatic dispensing machine 171 simultaneously by red colloid point at hot terminal and blue gel point at zero line terminals.
Step S4-2, colloid are dried: dried by the colloid after a glue by baker 173.
Described step S4-1 is identical with the described step S4-2 cycle of operation.
In addition, in continuous flow procedure, described step S1, described step S2, described step S3 and described step S4 carry out simultaneously, and the cycle of operation is identical.
Binding post process equipment provided by the invention and processing method thereof have following beneficial effect: described some rubber moulding block 17 comprises automatic dispensing machine 171 and baker 173,
One, the present invention is by binding post conveyor module 11, wiring body feeding module 13, the processing that module 15 and described some rubber moulding block 17 pair of wire connection terminals carry out automation paid by wiring bending lock, wherein, binding post conveyor module 11 comprises the conveying assembly 111 and material toggling assembly 113 that are equipped with, wiring body feeding module 13 comprises the wiring body feeding material component 131 cooperatively interacting and arrange, wiring body splicing assembly 133 and wiring body pushing material component 135, and wiring body pushing material component 135 coordinates conveying assembly 111 to arrange, wiring bending lock pay module 15 comprise coordinate conveying assembly 111 arrange wiring bending loading assemblies 151 and screwed lock pay assembly 153, point rubber moulding block 17 comprises the automatic dispensing machine 171 and baker 173 that coordinate conveying assembly 111 to arrange, not only simple and compact for structure, reliability is high, and saving manpower, production efficiency is high, thus reduction production cost.
Two, the present invention is by being set to scalable material toggling part by the second material toggling part 11355, not only simplified apparatus structure, and when can effectively prevent insulation shell from transporting, stuck problem occurs.
Three, the present invention is pressed the Kong Weizhong wiring body pushing insulation shell further by arranging wiring body secondary pushing material component 137, thus improves wiring body material loading quality.
Four, the present invention is by arranging keeper at the first guide rail 1115 and the second guide rail 1119, thus effectively prevents insulation shell in the problem because of float material after the first poking device 1131, second poking device 1133 and the 3rd poking device 1135 material toggling to relevant position.
The foregoing is only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical field, be all in like manner included in scope of patent protection of the present invention.

Claims (10)

1. a binding post process equipment, after wiring body is loaded insulation shell, by locked screw, wiring bending lock is paid in wiring body again, it is characterized in that, comprise binding post conveyor module, wiring body feeding module, wiring bending lock pair module and some rubber moulding block, module paid by described wiring body feeding module, described wiring bending lock and described some rubber moulding block coordinates described binding post conveyor module to arrange successively, wherein
Described binding post conveyor module comprises conveying assembly and material toggling assembly, and the corresponding described conveying assembly of described material toggling assembly is arranged, and for promoting insulation shell along the feeding of described conveying assembly batch (-type);
Described wiring body feeding module comprises wiring body feeding material component, wiring body splicing assembly, wiring body pushing material component and wiring body secondary pushing material component, described wiring body splicing assembly abuts with described wiring body feeding material component and described conveying assembly batch (-type) respectively, and the wiring body for being provided by described wiring body feeding material component is delivered to the pusher position of described wiring body pushing material component, the corresponding described wiring body splicing assembly of described wiring body pushing material component and described conveying assembly are arranged, and for the wiring body of pusher position is pushed insulation shell, the corresponding described conveying assembly of described wiring body secondary pushing material component is arranged, and for pressing the wiring body pushing insulation shell,
A described wiring bending lock pair module comprises wiring bending loading assemblies and screwed lock pays assembly, and described wiring bending loading assemblies and described screwed lock are paid assembly and be equipped with, and abut with described conveying assembly batch (-type) respectively;
Described some rubber moulding block comprises automatic dispensing machine and baker, and described automatic dispensing machine and described baker coordinate described second guide rail to arrange successively, and for the binding post assembled being stamped wiring mark.
2. binding post process equipment according to claim 1, it is characterized in that, described conveying assembly comprises the belt conveyor, manipulator, the first guide rail, turn-down rig and the second guide rail that set gradually, described belt conveyor is connected with described first guide rail by described manipulator, and described first guide rail is connected with described second guide rail by described turn-down rig.
3. binding post process equipment according to claim 2, is characterized in that, described material toggling assembly comprises the first poking device, the second poking device and the 3rd poking device, wherein,
Described first poking device coordinates described first guide rail to arrange, and moves along described first guide rail for promoting insulation shell;
Described second poking device comprises the first material toggling cylinder, the second material toggling cylinder and the first material toggling part, described second material toggling cylinder is connected with described first material toggling cylinder and described first material toggling part respectively, described first material toggling part coordinates described first guide rail to arrange, and described first material toggling cylinder and described second material toggling cylinder coordinate the described first material toggling part promotion insulation shell of driving to move along described first guide rail;
Described 3rd poking device comprises the 3rd material toggling cylinder, material toggling guide rail and multiple second material toggling part, described 3rd material toggling cylinder connects described material toggling guide rail, described material toggling guide rail is located at multiple described second material toggling part interval, and multiple described second material toggling part moves along described second guide rail for promoting insulation shell.
4. binding post process equipment according to claim 2, it is characterized in that, described wiring body feeding material component comprises the first vibrating disk and feeding guide, and described first vibrating disk is communicated with described feeding guide, and described feeding guide abuts with described wiring body splicing assembly batch (-type).
5. binding post process equipment according to claim 4, it is characterized in that, described wiring body splicing assembly comprises splicing cylinder and splicing part, and described splicing cylinder is fixedly connected with described splicing part, and described splicing part abuts with described feeding guide and described first guide rail batch (-type) respectively.
6. binding post process equipment according to claim 5, it is characterized in that, described wiring body pushing material component comprises pusher cylinder and pusher part, described pusher cylinder is fixedly connected with described pusher part, described pusher part coordinates described splicing part and described first guide rail to arrange respectively, and pushes insulation shell for the wiring body described splicing part being delivered to pusher position.
7. binding post process equipment according to claim 2, it is characterized in that, described wiring bending loading assemblies comprises multiple second vibrating disk, multiple deflector chute, multiple vacuum suction part and multiple charging cylinder, described deflector chute connects described second vibrating disk respectively and described vacuum inhales part, described vacuum is inhaled part and is fixedly connected with described charging cylinder, described vacuum is inhaled part and is coordinated described second guide rail and described screwed lock to pay assembly setting, and pays position for lock wiring bending delivered on wiring body.
8. binding post process equipment according to claim 2, it is characterized in that, described wiring body secondary pushing material component comprises secondary pusher cylinder and secondary pusher part, described secondary pusher cylinder is fixedly connected with described secondary pusher part, described secondary pusher part coordinates described first guide rail to arrange, and for pressing the wiring body pushing insulation shell.
9. a processing method for the binding post process equipment as described in as arbitrary in claim 1-8, is characterized in that, comprise the following steps:
Step one, insulation shell material loading: insulation shell is provided, insulation shell is positioned over conveying assembly, material toggling components drive insulation shell moves along conveying assembly;
Step 2, wiring body are assembled: wiring body is loaded insulation shell, and it comprises the following steps:
Wiring body feeding: provide wiring body, is delivered to wiring body splicing assembly by wiring body feeding material component by wiring body, and wiring body is delivered to the pusher position of wiring body pushing material component by wiring body splicing assembly;
Wiring body precompressed: the wiring body of pusher position is pushed insulation shell by wiring body pushing material component;
Wiring body presses: pressed the wiring body in insulation shell by wiring body secondary pushing material component;
Step 3, wiring bending are assembled: paid on wiring body after assembling by wiring bending lock, it comprises the following steps:
Wiring bending feeding: provide wiring bending, to deliver to by wiring bending loading assemblies the lock that screwed lock pays assembly and pays position by wiring bending;
Wiring bending lock is paid: provide locked screw, pays assembly paid on wiring body by wiring bending lock by screwed lock;
Step 4, binding post point glue: the binding post assembled is stamped wiring mark, it comprises the following steps:
Automatic dispensing machine point glue: provide colloid, puts at hot terminal and zero line terminals by automatic dispensing machine by the colloid of different colours respectively;
Colloid is dried: dried by the colloid after a glue by baker.
10. processing method according to claim 9, is characterized in that, in described step 4, described colloid comprises red colloid and blue gel, and described red colloid point is in hot terminal, and described blue gel point is at zero line terminals.
CN201510952823.9A 2015-12-17 2015-12-17 Wiring terminal machining device and machining method thereof Pending CN105470779A (en)

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