CN105559724A

CN105559724A - Wire routing structure

Info

Publication number: CN105559724A
Application number: CN201610025059.5A
Authority: CN
Inventors: 徐慧; 王栋; 茅忠群; 诸永定
Original assignee: Ningbo Fotile Kitchen Ware Co Ltd
Current assignee: Ningbo Fotile Kitchen Ware Co Ltd
Priority date: 2016-01-14
Filing date: 2016-01-14
Publication date: 2016-05-11
Anticipated expiration: 2036-01-14
Also published as: CN105559724B

Abstract

The invention discloses a wire routing structure which comprises a first part, a second part and a wire. The first part and the second part can be in relative motion. The wire is led out to the second part from the first part. The wire routing structure is characterized in that an anti-breaking structure is arranged at the position for wire outgoing of the first part; the anti-breaking structure comprises a connection pipe fixed to the first part, and a switch connection piece fixed to the second part; the first end of the connection pipe extends into the first part and is fixed; the second end of the connection pipe extends into the switch connection piece and is fixed; the wire penetrates in the first end of the connection pipe and penetrates out of the switch connection piece after passing through the second end of the connection pipe. The anti-breaking structure is arranged on the first part and the second part which can be in relative motion, and therefore the cutting action generated when the wire makes direct contact with the parts is avoided, the wire is protected and prevented from being broken, and normal electric connection is ensured.

Description

A kind of conductor wiring structure

Technical field

The present invention relates to a kind of wire, especially a kind of conductor wiring structure.

Background technology

Existing conductor wiring structure, normally offers through wires hole and passes for wire on parts.As application number a kind of English teaching disclosed in the Chinese patent of 201420411329.2 says stand, comprise panel, panel is provided with and puts book-groove, the top of putting book-groove is provided with LED, L shape turning is formed in the middle of panel dual-side, two turnings are provided with rotating shaft, two rotating shafts are fixed with one end of two travel(l)ing rests respectively, the two ends of LED are fixedly connected with the other end of two travel(l)ing rests respectively, panel is provided with gauge tap, panel is built-in with supply unit, through wires hole is had in the rotating shaft of gauge tap, rotating shaft and travel(l)ing rest inside are installed with wire, by LED, gauge tap is connected with supply unit.

And for example 201420862833.4 Chinese patent disclosed in a kind of LED desk lamp, comprise base, first support bar, second support bar, housing, luminescent panel and diffuser plate, base and the first support bar, first support bar is connected by rotating shaft with the second support bar, base is provided with the switching knob for controlling power supply connection and brightness regulation, luminescent panel is by base plate, LED lamp bead, pcb board forms, LED lamp bead is electrically connected with switching knob by wire, housing, second support bar, the end of the first support bar and rotating shaft are provided with wire perforation, wire is successively through pcb board, base plate, housing, second support bar, first support bar is until the switching knob place of base.

Wire in these patents above-mentioned, all needs the parts by the hard be rotationally connected mutually, and these in relative rotation parts only can offer wire perforation and pass for wire.When frequently relatively rotating between parts, wire and these parts frequently cut, and easily cause wire to fracture and cannot continue to use, and the structure of wire perforation does not have good water resistance yet.

Summary of the invention

Technical problem to be solved by this invention is for above-mentioned prior art Problems existing, provides a kind of conductor wiring structure of anti-folding.

The present invention solves the problems of the technologies described above adopted technical scheme: a kind of conductor wiring structure, comprise the first component doing relative motion, second component, and wire, described wire is drawn out to second component from described first component, it is characterized in that: described first component is provided with anti-folded structure for the position of described wire outlet, described anti-folded structure comprises the tube connector fixing with described first component, and with described second component fixing switch connector, the first end of described tube connector to extend in described first component and fixing, second end of described tube connector to extend in described switch connector and fixing, described wire penetrates from the first end of described tube connector, and from the second end of described tube connector by after pass from described switch connector.

Further; the bottom of described switch connector is provided with Access Division; the corresponding position of described second component offers for the card interface with described Access Division snap-fit engagement; described wire passes from described Access Division; thus avoid wire to contact with the direct of water trough body of cleaning machine; avoid wire to open frequently in shutoff operation at panel construction and produce the action of cutting with water trough body, protect wire.

For limiting tube connector position in vertical direction, the side of described first component stretches out and is formed with installation portion, described anti-folded structure also comprises and to be positioned at below described tube connector and the pressing plate fixing with described installation portion, described tube connector upwards compresses with described installation portion by described pressing plate, and the top of described switch connector also compresses with described installation portion.

Be limited and determine the position of bellows in horizontal both direction, described pressing plate is formed with draw-in groove, described tube connector passes from described draw-in groove and is clamped by described draw-in groove.

For avoiding wire to move towards in disorder, affecting normal operating, being provided with in described first component and leading and spacing guide frame for carrying out described wire.

Preferably, described guide frame comprises the buckle be arranged on described first component, described buckle comprises the connecting portion that is connected with described first component and by connecting portion and bend the elastic buckles extended downwards, described wire is pressed between described elastic buckles and connecting portion and passes through, and not only wire has been defined trend but also relative thereto can be avoided to move thus.

For reducing the wearing and tearing of wire, described tube connector and switch connector are elastomeric element, and elastomeric element can realize elasticity with structural design, as adopted bellows, or adopting the elastic constructions such as " bow " word, also can directly adopt elastic material to make.

Good water resistance can be had to make conductor wiring structure, described tube connector is the bellows that surface has multiple corrugations, then multiple stop can be carried out to water by the multiple corrugations in bellows surface, anti-sealing enters in first component, not only achieve the elasticity of tube connector, serve again the effect of waterproof.

Preferably, described first component is connected by turning cylinder with second component, and described anti-folded structure is arranged on described turning cylinder homonymy.

Compared with prior art, the invention has the advantages that: by the first component of relative motion and second component anti-folded structure can be being arranged, avoid and directly contact between wire with parts and the cutting action produced, protecting wire prevents from fractureing, and ensure that normal electrical connection; Anti-folded structure adopts the bellows of waterproof, makes anti-folded structure add the performance of waterproof, be applicable to the occasion needing waterproof.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of the water tank cleaner of conductor wiring structure of the present invention application;

Fig. 2 is the decomposition texture schematic diagram of the water tank cleaner of Fig. 1;

Fig. 3 is the panel construction schematic rear view of the water tank cleaner of Fig. 1;

Fig. 4 is the schematic diagram that the panel construction of the water tank cleaner of Fig. 1 hides upper cover;

Fig. 5 is the close-up schematic view of the panel construction of Fig. 4;

Fig. 6 is the exploded structural representation of the panel construction of Fig. 4;

Fig. 7 is the schematic diagram of the anti-folded structure of conductor wiring structure of the present invention;

Fig. 8 is the decomposition texture schematic diagram of the anti-folded structure of Fig. 7.

Detailed description of the invention

Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.

See Fig. 1 ~ Fig. 3, a kind of water tank cleaner, application has conductor wiring structure of the present invention.Conductor wiring structure of the present invention comprises first component 1, second component 2, wire 3 and anti-folded structure 4, wire 3 extends and penetrates into second component 2 in first component 1, first component 1 and second component 2 can be movable relatively, and preferably, first component 1 and second component 2 are rotationally connected.Anti-folded structure 4 is arranged on the outlet position on first component 1, and with the rotation connection structure homonymy of first component 1, second component 2.

In the present embodiment, first component 1 is the panel construction of water tank cleaner, and second component 2 is then the water trough body of water tank cleaner.

First component 1 comprises upper cover 11, lower cover 12 and panel body 13, and upper cover 11 is arranged on above panel body 13, and lower cover 12 is then arranged on below panel body 13.Upper cover 11 adopts glass to make, the periphery of lower cover 12 has metal framework 121, the centre of metal framework 121 is then glass, the position opening that panel body 13 is corresponding with the glass part of lower cover 12, thus form interlayer between upper cover 11 and lower cover 12, and user observes the washing state in water trough body by panel construction.Fastening by tapping screw between metal framework 121 and panel body 13.

See Fig. 3 ~ Fig. 6, one end outside spacers of panel body 13 is furnished with the first turning cylinder 131 and the second turning cylinder 132, for being connected with water trough body, thus panel construction (first component 1) and water trough body (second component 2) are formed be rotationally connected, the structure of the first turning cylinder 131, second turning cylinder 132, and the structure that two turning cylinders coordinate with water trough body, all can identical with prior art.

Upper cover 11 is provided with touch-sensitive area 111, the switch module 14 corresponding with touch-sensitive area 111 is arranged in the interlayer that formed between upper cover 11 and lower cover 12, and in the present embodiment, touch-sensitive area 111 and switch module 14 adopt condenser type pressing force switch.

Preferably, for ease of arranging switch module 14, be formed with storage tank 133 in the first side of panel body 13, two turning cylinders in panel body 13 are arranged on the second side of panel body 13, second side is relative with the first side, and storage tank 133 also can be arranged at other positions in panel body 13.Switch module 14 is placed in storage tank 33, and with the part of storage tank 133 periphery, fix preferably through screw.

In order to power to switch module 14, switch module 14 leads to above-mentioned wire 3, for being connected to the power board of water tank cleaner.The wire 3 that switch module 14 is drawn extends along the inside sidewalls of panel body 13, until the second side of arrival panel body 13.Second side of panel body 13 is stretched out by sidewall and is formed with installation portion 134, and the first above-mentioned turning cylinder 131 and the second turning cylinder 132 are arranged on the outside of installation portion 134.Being provided with guide frame in panel body 13, for playing guide effect to wire 3, making wire 3 cabling regularly in panel body 13.Guide frame is preferably arranged on the buckle 135 on panel body 13 sidewall, buckle 135 comprises the connecting portion 1351 that is connected with panel body 13 and by connecting portion 1351 and bend the elastic buckles 1352 extended downwards, wire 3 passes through between elastic buckles 1352 and connecting portion 1351, wire 13 compresses to connecting portion 1351 by elastic buckles 1352, thus not only define the trend of wire 3, wire 3 can be avoided again movable.

See Fig. 7 and Fig. 8, anti-folded structure 4 is arranged on the position for wire 3 outlet on installation portion 134.Anti-folded structure 4 comprises bellows 41, switch connector 42 and pressing plate 43.One end of bellows 41 extends to the inside sidewalls of panel body 13, and fix with panel body 13, defining bellows 41 movement in the horizontal direction (being seen as left and right directions from Fig. 8) other end then extends in switch connector 42, cavity is formed in switch connector 42, so that wire 3 enters into after passing from the end of bellows 41 in switch connector 42, the bottom of switch connector 42 is provided with Access Division 44, and the relevant position of second component 2 (water trough body) offers card interface 21, Access Division 44 is passed card interface 21 and connects and fixes, thus switch connector 42 and water trough body are fixed.After wire 3 enters from one end that bellows 41 is positioned at panel body 13 sidewall, the other end being positioned at switch connector 42 from bellows 41 passes, and the cavity in switch connector 42 passes downwardly through, finally pass from Access Division 44 and be connected with the power board of cleaning machine.Bellows 41 and switch connector 42 are elastomeric element, preferably, can be made up of rubber, and bellows 41 and switch connector 42 are fixed by the mode of playing glue, and the top of switch connector 42 and the bottom of installation portion 34 compress.Pressing plate 43 is arranged on below bellows 41, and fix with the bottom surface of installation portion 34, pressing plate 43 is formed with draw-in groove 45, bellows 41 passes from draw-in groove 45 and is clamped, thus pressing plate 43 can be made upwards to be compressed with installation portion 34 by bellows 41, and limit the movement bellows 41 movement in the horizontal direction (being seen as fore-and-aft direction from Fig. 8) and vertical direction.Bellows 41 all obtains spacing in the horizontal direction and the vertical direction thus, avoids and moves relative to panel body 13.

Owing to being provided with the tube connector 41 of level and vertical switch connector 42; the trend of wire 3 can be changed easily; and switch connector 42 can make wire 3 directly not contact with water trough body (sheet metal component); then make panel construction when rotating relative to water trough body; wire 3 also can not produce the action of cutting with water trough body, protects wire 3 and prevents to fracture.

Due in the present embodiment, conductor wiring structure is used for water tank cleaner, for the needs of waterproof, anti-folded structure 4 includes bellows, then can carry out multiple stop to water by the multiple corrugations in bellows surface, in anti-sealing entering surface plate main body 13, serve the effect of waterproof, if and for other occasions without the need to waterproof, common rubber linking tube 41 also can be adopted to substitute bellows.

Claims

1. a conductor wiring structure, comprise the first component (1) doing relative motion, second component (2), and wire (3), described wire (3) is drawn out to second component (2) from described first component (1), it is characterized in that: described first component (1) is provided with anti-folded structure (4) for the position of described wire (3) outlet, described anti-folded structure (4) comprises the tube connector (41) fixing with described first component (1), and with described second component (2) fixing switch connector (42), the first end of described tube connector (41) to extend in described first component (1) and fixing, second end of described tube connector (41) to extend in described switch connector (42) and fixing, described wire (3) penetrates from the first end of described tube connector (41), and pass from described switch connector (42) after the second end of described tube connector (41) passes through.

2. conductor wiring structure as claimed in claim 1, it is characterized in that: the bottom of described switch connector (42) is provided with Access Division (44), corresponding position offers for the card interface (21) with described Access Division (44) snap-fit engagement described second component (2), and described wire (3) passes from described Access Division (44).

3. conductor wiring structure as claimed in claim 1, it is characterized in that: the side of described first component (1) stretches out and is formed with installation portion (134), described anti-folded structure (4) also comprises and is positioned at described tube connector (41) below and the pressing plate (43) fixing with described installation portion (134), described tube connector (41) upwards compresses with described installation portion (134) by described pressing plate (43), and the top of described switch connector (42) also compresses with described installation portion (134).

4. conductor wiring structure as claimed in claim 3, it is characterized in that: described pressing plate (43) is formed with draw-in groove (45), described tube connector (41) passes from described draw-in groove (45) and is clamped by described draw-in groove (45).

5. the conductor wiring structure according to any one of Claims 1 to 4, is characterized in that: be provided with in described first component (1) and lead and spacing guide frame for carrying out described wire (3).

6. conductor wiring structure as claimed in claim 5, it is characterized in that: described guide frame comprises the buckle (135) be arranged on described first component (1), described buckle (135) comprises the connecting portion (1351) that is connected with described first component (1) and by connecting portion (1351) and bend the elastic buckles (352) extended downwards, and described wire (3) is pressed between described elastic buckles (1352) and connecting portion (1351) and passes through.

7. the conductor wiring structure according to any one of Claims 1 to 4, is characterized in that: described tube connector (41) and switch connector (42) are elastomeric element.

8. conductor wiring structure as claimed in claim 7, is characterized in that: described tube connector (41) is the bellows that surface has multiple corrugations.

9. the conductor wiring structure according to any one of Claims 1 to 4, it is characterized in that: described first component (1) is connected by turning cylinder with second component (2), described anti-folded structure (4) is arranged on described turning cylinder homonymy.