CN202373916U

CN202373916U - Skinning machine

Info

Publication number: CN202373916U
Application number: CN2011205528699U
Authority: CN
Inventors: 毛勇
Original assignee: Rett Granville Connection System (suzhou Industrial Park) Co Ltd
Current assignee: Rett Granville Connection System (suzhou Industrial Park) Co Ltd
Priority date: 2011-12-27
Filing date: 2011-12-27
Publication date: 2012-08-08
Anticipated expiration: 2021-12-27

Abstract

The utility model discloses a skinning machine, which comprises a first cylinder, a second cylinder, a third cylinder, a first pressure head, a second pressure head, a first base and a second base, wherein the first pressure head is arranged above the first base and connected with the first cylinder, the first pressure head moves along a vertical direction under the drive of the first cylinder; the second pressure head is adjacent to the first pressure head and is arranged above the second base, the second pressure head is connected with the second cylinder, and moves along a vertical direction under the drive of the second cylinder; and the second pressure head and the second base are connected with the third cylinder and move along a horizontal direction under the drive of the third cylinder. Through the mode, the skinning machine can be used for clamping a cable to be processed between the base and the pressure heads and then driving a pair of pressure heads and the base to horizontally move by using the cylinders for pulling the part to be stripped off. The skinning machine can replace manual operation so that production efficiency is increased.

Description

Skinning machine

Technical field

The utility model relates to cable processing unit (plant) field, particularly relates to a kind of skinning machine.

Background technology

Coaxial cable is meant that the cylindrical metal conductor by two concentrics, mutually insulated constitutes elementary cell (coaxial to), again by single or a plurality of coaxial cables to forming.Coaxial cable can be divided into according to its diameter: thick coaxial cable, thin coaxial cable and miniature diameter coaxial cable.

Miniature diameter coaxial cable specification commonly used has 0D φ 1.37mm, φ 1.13mm, φ 0.98mm, φ 0.81mm etc.The structure of miniature diameter coaxial cable comprises heart yearn, insulating barrier, braid and the serving in shared same axle center from inside to outside.Miniature diameter coaxial cable is widely used on the communication apparatus such as notebook computer and mobile phone, in order to transmission signals.

The end of miniature diameter coaxial cable links to each other with connector or other components and parts.Usually, when the end of processing miniature diameter coaxial cable, use the serving cut-out of radium-shine processing with a place; The insulating barrier of adjacent cuts off, and peel manually removes serving and insulating barrier again, exposes braid; Wicking on exposed braid then is so that miniature diameter coaxial cable is fixed and is welded on the interface unit.The method that peel manually removes need be taken off wire rod from producing the tool plate, manual again the removal, and production efficiency is low.And the heart yearn of miniature diameter coaxial cable is made up of the wire of one or more cupric, and braid is to be formed by metal wire knitted, and winding arrangement wiry greatly influences cable performance, and the method that peel manually removes is easy to bump these wires that loose.

The utility model content

The technical problem that the utility model will solve provides a kind of device that divests miniature diameter coaxial cable serving and insulating barrier, can save manual work, enhances productivity, and guarantees cable metal silk structural integrity.

For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of skinning machine comprises first cylinder, second cylinder, the 3rd cylinder, first pressure head, second pressure head, first base and second base; First pressure head is positioned at first base top and links to each other with first cylinder, and first pressure head is vertically moved by first air cylinder driven; Second pressure head is adjacent with first pressure head and be positioned at second base top, and second pressure head links to each other with second cylinder, and vertically moved by second air cylinder driven; Second pressure head all is connected with the 3rd cylinder with second base and is moved by the 3rd air cylinder driven along continuous straight runs.

In preferred embodiment of the utility model, first pressure head, second pressure head and second base include hypothallus and resilient coating, and resilient coating is positioned at the hypothallus surface, and resilient coating hardness is less than hypothallus.

The beneficial effect of the utility model skinning machine is: adopt air cylinder driven pressure head vertical motion, cable clip to be processed between base and pressure head, is used a pair of pressure head of air cylinder driven and base horizontal movement again, part to be divested is pulled.The manual operation of the utility model instead is enhanced productivity.

Description of drawings

Fig. 1 is the structural representation of the utility model skinning machine one preferred embodiment;

Fig. 2 is the decomposing schematic representation of first pressure head shown in Figure 1, first base and second pressure head;

Fig. 3 is the operational flowchart of the utility model skinning machine.

Embodiment

Below in conjunction with accompanying drawing the preferred embodiment of the utility model is set forth in detail, thereby the protection range of the utility model is made more explicit defining so that advantage of the utility model and characteristic can be easier to it will be appreciated by those skilled in the art that.

The utility model skinning machine adopts mechanical device to be fixed the two ends of waiting to divest cable, re-uses machinery and produces pulling force, and the serving and the insulating barrier of cable pulled.

This skinning machine comprises cylinder, pressure head and base.

See also Fig. 1, cylinder is a plurality of, comprises first cylinder 1, second cylinder 2 and the 3rd cylinder 3, and wherein first cylinder 1 and second cylinder 2 vertically move, the motion of the 3rd cylinder 3 along continuous straight runs.

See also Fig. 1, pressure head is a plurality of, comprises first pressure head 4 and second pressure head 5.First pressure head 4 links to each other with first cylinder 1, moves but receive first cylinder 1 to drive in the vertical direction.Second pressure head 5 links to each other with the 3rd cylinder 3 with second cylinder 2 respectively, and receives second cylinder 2 and the 3rd cylinder 3 to drive the vertical and horizontal motion in edge respectively.

See also Fig. 1, base is a plurality of, comprises first base 6 and second base 7.First base 6 is adjacent with second base 7.Second base 7 is connected with the 3rd cylinder 3, and can be in the 3rd cylinder 3 driving lower edge horizontal motion.

See also Fig. 2, first pressure head 4, second pressure head 5 and second base 7 include hypothallus 8 and resilient coating 9.Hypothallus 8 adopts metal casting, and hardness is high, and is wear-resistant, can fully compress miniature diameter coaxial cable.But when pressure was too big, cable can deform, and the cable internal structure can be destroyed; Even heart yearn is pressed down, and therefore establishes resilient coating 9 on hypothallus 8 surfaces, and resilient coating 9 adopts the material of hardness less than metal; Like silica gel, plastics, rubber etc., increase frictional force and protection cable are not squeezed and are out of shape.Miniature diameter coaxial cable contacts with resilient coating 9, does not directly contact with hypothallus 8.

See also Fig. 3, during use, earlier a large amount of miniature diameter coaxial cables 10 are arranged side by side on tool plate 11, the end is exposed at outside the tool plate 10.Tool plate 10 is placed radium-shine machine together with miniature diameter coaxial cable 11, cut off the serving and the insulating barrier of end, transfer to the skinning machine of the utility model then.

First base, 6 positions of skinning machine are lower than second base 7 slightly.The difference in height of two bases is the height of processing jig plate 10 just.Tool plate 11 is placed on first base 6 together with miniature diameter coaxial cable 11; Make the tool plate 11 and second base 7 with high; Miniature diameter coaxial cable 11 is exposed at tool plate 10 outer ends can be placed on the resilient coating 9 of second base 7 the then unsettled gap area that is positioned at the tool plate 11 and second base 7 of radium-shine notch portion just.

First cylinder 1 moves downward, and it is downward to drive first pressure head 4, and its resilient coating 9 connects with tool plate 11, and the miniature diameter coaxial cable 10 that is arranged on the tool plate 11 is clamped.

Second pressure head 5 is positioned at second base, 7 vertical direction, and second cylinder 2 moves downward, and it is downward to drive second pressure head 5, and the resilient coating 9 of its resilient coating 9 and second base 7 connects, and miniature diameter coaxial cable 11 ends that will be positioned on second base 7 clamp.

Then, the 3rd cylinder 3 levels are moved backward, drive second pressure head 5 and second base 7 simultaneously in the horizontal direction away from first pressure head 4 and first base 6, thereby pull radium-shine serving of opening and insulating barrier on the cable.

The utility model skinning machine adopts air cylinder driven pressure head vertical motion to compress cable, adopts the horizontal movement of air cylinder driven parts to pull top layer to be stripped again, replaces manual operation, has improved production efficiency.And cable only contacts with the rubber-like resilient coating, can effectively prevent the stressed extruding of cable in the course of processing and is out of shape or ruptures.

The above is merely the embodiment of the utility model; Be not thus the restriction the utility model claim; Every equivalent structure or equivalent flow process conversion that utilizes the utility model specification and accompanying drawing content to be done; Or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the utility model.

Claims

1. a skinning machine is characterized in that: comprise first cylinder, second cylinder, the 3rd cylinder, first pressure head, second pressure head, first base and second base; Said first pressure head is positioned at first base top and links to each other with first cylinder, and said first pressure head is vertically moved by first air cylinder driven; Said second pressure head is adjacent with first pressure head and be positioned at second base top, and said second pressure head links to each other with second cylinder, and vertically moved by second air cylinder driven; Said second pressure head all is connected with the 3rd cylinder with second base and is moved by the 3rd air cylinder driven along continuous straight runs.

2. skinning machine according to claim 1 is characterized in that: said first pressure head, second pressure head and second base include hypothallus and resilient coating, and said resilient coating is positioned at the hypothallus surface, and said resilient coating hardness is less than hypothallus.