CN108988210A - Wiring pricks beam tool - Google Patents
Wiring pricks beam tool Download PDFInfo
- Publication number
- CN108988210A CN108988210A CN201810326056.4A CN201810326056A CN108988210A CN 108988210 A CN108988210 A CN 108988210A CN 201810326056 A CN201810326056 A CN 201810326056A CN 108988210 A CN108988210 A CN 108988210A
- Authority
- CN
- China
- Prior art keywords
- wiring
- maintaining part
- beam tool
- sticking department
- arm
- 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.)
- Granted
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Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G1/00—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines
- H02G1/06—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for laying cables, e.g. laying apparatus on vehicle
Landscapes
- Electric Cable Installation (AREA)
- Insulated Conductors (AREA)
- Clamps And Clips (AREA)
- Insertion, Bundling And Securing Of Wires For Electric Apparatuses (AREA)
Abstract
The present invention provides a kind of wiring bundle beam tool, can keep the arrangement of wiring well, and can be easy to dismount relative to alignment, and can be easy to implement individual replacements of wiring.It is the wiring bundle beam tool that multiple wirings are pricked to beam that wiring, which pricks beam tool, including multiple wiring maintaining parts (10), via linking part (2b) interconnection, and including a pair of of arm with flexibility；Sticking department (11) can be dismounted relative to wiring maintaining part (10), and limit the deformation of arm by being assemblied in wiring maintaining part (10).
Description
Technical field
The present invention relates to a kind of wirings to prick beam tool.
Background technique
For example, the electronic equipments such as adapter that multiple field devices for that will be set to factory etc. are connect with fieldbus
It is equipped with terminal board, multiple wirings which is used to be connected to each field device are connect with electronic equipment.At such end
Sub- platform is equipped with terminal column, which includes the portion of terminal of shape of being arranged in a straight line.The terminal column connection be arranged in a column by
What multiple wirings were constituted matches alignment.In addition, terminal board has multiple terminal columns according to different electronic equipments, one is held
Sub- platform connection is multiple to match alignment.
In the replacement or maintenance of such electronic equipment, the whole wirings connecting with terminal board are unloaded, is replacing or is safeguarding
After operation, wiring is re-connected to terminal board.In this case, if the wiring unloaded from terminal board is placed in a jumble,
The operation that wiring is re-connected to terminal board is then become extremely difficult.Therefore, at utility model granted patent the 3084238th
In the cable positioning utensil proposed in bulletin (patent document 1), beam will be pricked with multiple wirings of terminal board connection status, even if
After multiple wirings are removed, it is also able to maintain that the arrangement of wiring.
But in the technology of patent document 1, multiple band-like components alternately tangle multiple wirings with wavy.It is above-mentioned
The end of ribbon-shaped members utilizes other components to connect each other.Thus it keeps one and matches alignment.Therefore, cable positioning utensil is opposite
Become miscellaneous from the unloading operation with alignment in install operation and cable positioning utensil with alignment.As described previously for one
A electronic equipment connects multiple with alignment sometimes.Therefore, in the cable positioning utensil disclosed in patent document 1, electronics is carried out
The operating burden of the operator of replacement or the maintenance of equipment is big.In addition, in the cable positioning equipment disclosed in patent document 1,
Cable positioning is installed on equipment with after alignment, it is difficult to will be extracted with the only a part wiring for including in alignment.Therefore, difficult
To carry out the replacement of part wiring.
Summary of the invention
The present invention proposes in view of the above problems.It is an object of the present invention to provide multiple wirings are pricked matching for beam
Line pricks beam tool.Beam tool is pricked according to the wiring, wiring can be kept to arrange well.Moreover, wiring bundle beam tool is opposite
It can be easy to dismount in alignment, and can be easy to implement individual replacements of wiring.
To solve the above problems, it is the wiring bundle beam work that multiple wirings are pricked to beam that the wiring that first invention is related to, which pricks beam tool,
Tool, uses such as flowering structure, comprising: multiple wiring maintaining parts are connected with each other via linking part, and including one with flexibility
To arm；Sticking department can be dismounted relative to above-mentioned wiring maintaining part, be limited and being assemblied in above-mentioned wiring maintaining part described
The deformation of arm.
The wiring that second invention is related to pricks beam tool and uses such as flowering structure: pricking beam work in the wiring that above-mentioned first invention is related to
It further include interconnecting piece in tool, which is rotatably connected to above-mentioned wiring maintaining part for above-mentioned sticking department.
The wiring that third invention is related to pricks beam tool and uses such as flowering structure: pricking beam work in the wiring that above-mentioned second invention is related to
In tool, above-mentioned wiring maintaining part further includes the base portion for connecting above-mentioned linking part, and the above-mentioned arm of above-mentioned a pair, foundation is connected to
Base portion is stated, and the direction bending deformation that can be left to the top of both sides, above-mentioned sticking department are connected to via above-mentioned interconnecting piece
The end of the side opposite with above-mentioned arm side is connected of above-mentioned base portion, above-mentioned interconnecting piece is along the mutual top of above-mentioned arm
Centered on the rotating shaft core for holding the direction left, above-mentioned sticking department is rotatably connected to above-mentioned wiring maintaining part.
The wiring that 4th invention is related to pricks beam tool and uses such as flowering structure: pricking beam work in the wiring that the invention of above-mentioned third is related to
In tool, above-mentioned wiring maintaining part also has protrusion, and above-mentioned protrusion is on the direction that the mutual top of above-mentioned arm is left
The outboard end of above-mentioned arm is provided projectingly towards above-mentioned sticking department to the installation direction of above-mentioned wiring maintaining part.
The wiring that 5th invention is related to pricks beam tool and uses such as flowering structure: any invention in the above-mentioned second to the 4th invention
The wiring being related to is pricked in beam tool, and above-mentioned wiring maintaining part, above-mentioned sticking department and above-mentioned interconnecting piece are integrally formed by same material.
The wiring that 6th invention is related to pricks beam tool and uses such as flowering structure: any invention in the above-mentioned first to the 5th invention
The wiring being related to is pricked in beam tool, and above-mentioned linking part has flexibility.
The wiring that 7th invention is related to pricks beam tool and uses such as flowering structure: any invention in the above-mentioned first to the 6th invention
The wiring being related to is pricked in beam tool, and above-mentioned wiring maintaining part has to be engaged with the above-mentioned sticking department for being assemblied in above-mentioned wiring maintaining part
Engagement pawl.
The wiring that 8th invention is related to pricks beam tool and uses such as flowering structure: any invention in the above-mentioned first to the 7th invention
The wiring being related to is pricked in beam tool, and above-mentioned arm has limiting claw, which abuts and limit with the above-mentioned wiring kept
The movement of above-mentioned wiring.
The wiring that 9th invention is related to pricks beam tool and uses such as flowering structure: any invention in the above-mentioned first to the 8th invention
The wiring being related to is pricked in beam tool, and above-mentioned sticking department marks the mark different from other above-mentioned sticking departments.
The wiring that tenth invention is related to pricks beam tool and uses such as flowering structure: any invention in the above-mentioned first to the 9th invention
The wiring being related to is pricked in beam tool, further includes the label mounting portion that can install label, which is connected to including upper
State the main part of wiring maintaining part and above-mentioned linking part.
The wiring that 11st invention is related to pricks beam tool and uses such as flowering structure: any hair in the above-mentioned first to the 9th invention
The bright wiring being related to is pricked in beam tool, further includes record portion, which is connected to including above-mentioned wiring maintaining part and above-mentioned company
The main part of knot, and there is the record space for being able to carry out record.
The wiring being related to according to the present invention pricks beam tool, and wiring maintaining part has a pair of of arm of flexibility.Therefore, relatively
Dismounting wiring can be easy in wiring maintaining part.Moreover, the wiring being related to according to the present invention pricks beam tool, by filling sticking department
The deformation of arm is limited assigned in wiring maintaining part.Therefore, by the way that sticking department is assemblied in wiring maintaining part, it is able to suppress wiring
It is detached from from wiring maintaining part.That is, the wiring being related to according to the present invention pricks beam tool, by the way that sticking department is assemblied in wiring
Maintaining part can keep the arrangement for the wiring for being included with alignment well.Moreover, by the way that sticking department is unloaded from wiring maintaining part
Under, relative to alignment can be easy dismounting wiring maintaining part and can be easy implement wiring individual replacements.
Detailed description of the invention
Fig. 1 is to indicate that the wiring of one embodiment of the present invention pricks the perspective view of beam tool from rear side obliquely downward.
Fig. 2 is to indicate that wiring shown in FIG. 1 pricks the perspective view of beam tool above preceding skew back.
(a) of Fig. 3 is the enlarged rear view that a holding unit is indicated from rear side, and (b) of Fig. 3 is to indicate Fig. 3 from front side
(a) shown in holding unit enlarged front view.
(a) of Fig. 4 is the A-A sectional view of Fig. 3 (a), and (b) of Fig. 4 is the B-B sectional view of Fig. 3 (a).
(a) of Fig. 5 is comparable to the schematic diagram of the C-C section of (a) of Fig. 3, and (b) of Fig. 5 is comparable to (a) of Fig. 3
The schematic diagram of D-D section.
Fig. 6 is the partial enlarged view that wiring maintaining part is indicated from top.
Fig. 7 is the signal for indicating to carry out to prick the electronic equipment of the replacement operation of beam tool using the wiring of present embodiment
Figure.
(a) of Fig. 8~(c) is for illustrating that the wiring of present embodiment pricks the installation action that beam tool is installed to wiring
Perspective view, (a) of Fig. 8 are to indicate that the wiring before installing to wiring pricks the perspective view of beam tool, and (b) of Fig. 8 is indicated to wiring
Wiring after installation pricks the perspective view of beam tool, and (c) of Fig. 8 is to indicate that the wiring after sticking department is assemblied in wiring maintaining part is pricked
The perspective view of beam tool.
It (a) of Fig. 9 and is (b) to indicate that the wiring of present embodiment pricks the vertical of the holding unit that is related to of variation of beam tool
Body figure, (a) of Fig. 9 are the perspective views for the wiring bundle beam tool for indicating that sticking department is under assembly posture state, and (b) of Fig. 9 is
It indicates that sticking department is in and opens the perspective view that the wiring under posture state pricks beam tool.
Description of symbols
1 wiring pricks beam tool
2 main parts
2a holding unit
2b linking part
3 label supports (label mounting portion)
4 identification parts
4a record portion
4b mark portion
10 wiring maintaining parts
10a base portion
10b right arm portion (arm)
10b1 limiting claw
10b2 bearing surface
10c left arm portion (arm)
10c1 limiting claw
10c2 bearing surface
The right protrusion of 10d (protrusion)
10d1 guide surface
The left protrusion of 10e (protrusion)
10e1 guide surface
10f engagement pawl
11 sticking departments
11a base portion
11a1 recess portion
11a2 is locked edge
11a3 number (mark)
The right limitation arm of 11b (limitation arm)
11b1 stage portion
11b2 bearing surface
The left limitation arm of 11c (limitation arm)
11c1 stage portion
11c2 bearing surface
12 hinge parts (interconnecting piece)
L matches alignment
L1 wiring
X electronic equipment
Y terminal board
Y1 terminal column
Y1a portion of terminal
Specific embodiment
In the following, the embodiment for pricking beam tool to wiring of the present invention is illustrated referring to attached drawing.In addition, attached
In order to which each component is formed as identifiable size in figure, the scale bar of each component is suitably changed.
Fig. 1 and Fig. 2 is that the wiring of present embodiment pricks the perspective view of beam tool 1.In addition, the wiring of present embodiment pricks beam
Tool 1 is not particularly limited relative to the posture of gravity direction when in use.But it for convenience of description, advises as shown in Figures 1 and 2
Determine up and down direction, left and right directions and front-rear direction.In addition, the direction arranged aftermentioned holding unit 2a is set as left and right directions.
By the formation of the aftermentioned sticking department before bending have number one facing towards direction be set as front side, the opposite side on front side of this is set as
Rear side.The direction of connection front side and rear side is set as front-rear direction.The direction orthogonal with left and right directions and front-rear direction is set as
Up and down direction.Fig. 1 is to indicate that the wiring of present embodiment pricks the perspective view of beam tool 1 from rear side obliquely downward.In addition, Fig. 2 be from
Front side oblique upper indicates that the wiring of present embodiment pricks the perspective view of beam tool 1.
As shown in Figures 1 and 2, it includes: main part 2, (the label peace of label support 3 that the wiring of present embodiment, which pricks beam tool 1,
Dress portion), identification part 4.The wiring of present embodiment pricks the whole such as the material as nylon resin with flexibility of beam tool 1
It is formed.Wiring pricks the construction that beam tool 1 has 4 integrally connected of main part 2, label support 3 and identification part.
Main part 2 has multiple holding unit 2a, the adjacent mutual linking part 2b of holding unit 2a of connection.Each holding unit
2a is the position for being able to maintain wiring L1 (referring to aftermentioned Fig. 7 or Fig. 8).Multiple holding unit 2a are via linking part 2b along left and right
Direction assortment is in line shape.The wiring of present embodiment, which is pricked, is equipped with 16 holding unit 2a in beam tool 1.But holding unit
The quantity of 2a is not particularly limited.Beam tool 1, which is pricked, in the wiring of present embodiment to be utilized pricks the electronics that the wiring of beam is connected
The terminal board of equipment is equipped with one or more terminal columns.Terminal column includes the portion of terminal of the specified quantity linearly arranged.Therefore,
For example, the quantity for the portion of terminal that the quantity of holding unit 2a can also have with above-mentioned terminal column matches.In addition, holding unit
The configuration space (i.e. the configuration space of wiring) for the portion of terminal that the configuration space of 2a preferably has with above-mentioned terminal column matches.
(a) of Fig. 3 is the enlarged rear view that a holding unit 2a is indicated from rear side.In addition, (b) of Fig. 3 is from front side
Indicate the enlarged front view of holding unit 2a shown in (a) of Fig. 3.In addition, (a) of Fig. 4 is the A-A sectional view of Fig. 3 (a).
In addition, (b) of Fig. 4 is the B-B sectional view of Fig. 3 (a).As shown in the above Fig., each holding unit 2a includes wiring maintaining part
10, sticking department 11, hinge part 12 (interconnecting piece).
Wiring maintaining part 10 includes: base portion 10a, right arm portion 10b (arm), left arm portion 10c (arm), right protrusion 10d
(protrusion), left protrusion 10e (protrusion), engagement pawl 10f.Base portion 10a is fixed right arm portion 10b, left arm portion 10c and locking
The position of pawl 10f.Base portion 10a is connect by linking part 2b with the base portion 10a of the wiring maintaining part 10 of adjacent holding unit 2a.
That is, the wiring in present embodiment is pricked in beam tool 1, the base portion 10a of wiring maintaining part 10 is connected with linking part 2b.Into
And adjacent wiring maintaining part 10 is connected with each other each other by linking part 2b.Holding unit 2a is connected to each other as a result,.
Right arm portion 10b is connect with the bottom righthand side of base portion 10a, and is arranged to protrude downward from base portion 10a.In the right arm
Portion 10b is bent midway position in such a way that tip side bloats more to the right than foundation side.Right arm portion 10b and left arm portion as a result,
10c forms the wiring storage space for capableing of containing conductor configuration L1 between right arm portion 10b and left arm portion 10c together.In addition, in right arm
The top end part of portion 10b is equipped with limiting claw 10b1 outstanding to the left.Limiting claw 10b1 is abutted with wiring L1, to limit wiring
The movement that L1 is disengaged outward from wiring storage space.In such right arm portion 10b, with the top end part phase for being equipped with limiting claw 10b1
Than the foundation side connecting with base portion 10a is thinning in left and right directions.Right arm portion 10b can be centered on foundation side to the right as a result,
Lateral bend deformation.
Left arm portion 10c is connect with the lower-left end of base portion 10a, and is arranged to protrude downward from base portion 10a.In the left arm
Portion 10c is bent midway position in such a way that tip side bloats more to the left than foundation side.Left arm portion 10c and right arm portion as a result,
10b forms the wiring storage space for capableing of containing conductor configuration L1 between right arm portion 10b and left arm portion 10c together.In addition, in left arm
The top end part of portion 10c is equipped with limiting claw 10c1 outstanding to the right.Limiting claw 10c1 is abutted with wiring L1, to limit wiring
The movement that L1 is disengaged outward from wiring storage space.In such left arm portion 10c, with the top end part phase for being equipped with limiting claw 10c1
Than the foundation side connecting with base portion 10a is thinning in left and right directions.Left arm portion 10c can be centered on foundation side to the left as a result,
Lateral bend deformation.
Above-mentioned right arm portion 10b and left arm portion 10c is when being accommodated in wiring storage space from outside for wiring L1, to both sides'
Direction that top is left (right arm portion 10b to the right, left arm portion 10c to the left) bending deformation.In addition, right arm portion 10b and left arm
Portion 10c encloses the wiring L1 stored in wiring storage space (wiring incorporating section) using limiting claw 10b1 and limiting claw 10c1 together
Firmly keep.That is, it includes wiring maintaining part 10, the wiring maintaining part 10 tool that the wiring of present embodiment, which pricks beam tool 1,
There is a pair of of the arm (right arm portion 10b and left arm portion 10c) with flexibility for being able to maintain wiring L1.
In addition, there is bearing surface in the limiting claw 10b1 of right arm portion 10b setting as shown in (a) of Fig. 3 and (b) of Fig. 3
10b2.The wiring L1 for being intended to be accommodated in wiring incorporating section from outside is connected to bearing surface 10b2.Bearing surface 10b2 be formed as with
Towards the foundation side of right arm portion 10b close to the inclined surface of left arm portion 10c.In addition, in the limiting claw 10c1 of left arm portion 10c setting
With bearing surface 10c2.The wiring L1 for being intended to be accommodated in wiring incorporating section from outside is connected to bearing surface 10c2.Bearing surface 10c2
Be formed as with towards the foundation side of left arm portion 10c and close to the inclined surface of right arm portion 10b.In above-mentioned inclined bearing surface 10b2
And in the state that bearing surface 10c2 abutting has wiring L1, wiring maintaining part 10 is pressed into towards wiring L1, thus to right arm portion 10b
The top of both sides is set to leave the power in direction with left arm portion 10c effect.Therefore, right arm portion 10b and left arm portion 10c can be made to be easy curved
Song deformation.As a result, it is possible to be easy wiring L1 to be accommodated in wiring incorporating section.
In addition, the limiting claw 10b1 in right arm portion 10b setting and the limiting claw 10c1 setting in left arm portion 10c setting (are set
Meter) be with following shape: when right arm portion 10b and left arm portion 10c are home shape (shape when non-external force action), with institute
The diameter dimension of the wiring L1 of holding is compared, and the spacing distance between limiting claw 10b1 and limiting claw 10c1 is shorter.Therefore, can
The wiring L1 for being accommodated in wiring incorporating section is inhibited unexpectedly to pass through the limitation of the limiting claw 10b1 and left arm portion 10c of right arm portion 10b
Between pawl 10c1.
Right protrusion 10d is provided projectingly towards rear direction in right arm portion 10b.It is described in detail below, but present embodiment
Wiring prick beam tool 1 in, sticking department 11 is installed on wiring maintaining part 10 from rear direction towards front side direction.That is,
Right protrusion 10d is provided projectingly towards sticking department 11 to the installation direction of wiring maintaining part 10 in right arm portion 10b.Such as (a) of Fig. 3
Shown, which is formed as extending in above-below direction.(a) of Fig. 5 is comparable to showing for the C-C section of (a) of Fig. 3
It is intended to.As shown in the drawing, right protrusion 10d is set to the right-hand end of the right arm portion lower part 10b.The right side of right protrusion 10d
Become the same face with the right side of right arm portion 10b.That is, the wiring in present embodiment is pricked in beam tool 1, right protrusion
10d configures the outboard end in right arm portion 10b.In addition, as shown in (a) of Fig. 3, it is (i.e. right in the rear direction of right protrusion 10d
The projected direction of protrusion 10d) right top ends implement chamfer machining.Guide surface is formed in right protrusion 10d as a result,
10d1.When sticking department 11 is installed on wiring maintaining part 10, the aftermentioned right limitation arm 11b of sticking department 11 is in the guide surface
10d1 sliding.In turn, guide surface 10d1 slightly guides right limitation arm 11b to the right.Using such guide surface 10d1, will lock
When portion 11 is installed on wiring maintaining part 10, the right limitation arm 11b for being able to suppress sticking department 11 tangles the angle of right protrusion 10d
Portion.
In addition, left protrusion 10e is provided projectingly towards rear direction in left arm portion 10c.That is, left protrusion 10e
It is provided projectingly towards sticking department 11 to the installation direction that wiring maintaining part 10 is installed in left arm portion 10c.It, should as shown in (a) of Fig. 3
Left protrusion 10e is formed as extending in above-below direction.In addition, left protrusion 10e is set to left arm portion as shown in (a) of Fig. 5
The left end of the lower part 10c.The left side of left protrusion 10e and the left side of left arm portion 10c become the same face.That is,
It is pricked in beam tool 1 in the wiring of present embodiment, outboard end of the left protrusion 10e configuration in left arm portion 10c.In addition, such as Fig. 3
(a) shown in, the left top end part of the rear direction (projected direction of i.e. left protrusion 10e) of left protrusion 10e is implemented chamfering and is added
Work.Guide surface 10e1 is formed in left protrusion 10e as a result,.When sticking department 11 is installed on wiring maintaining part 10, sticking department
11 aftermentioned left limitation arm 11c is slided in guide surface 10e1.In turn, guide surface 10e1 by left limitation arm 11c slightly to
Left side guidance.Using such guide surface 10e1, when sticking department 11 is installed on wiring maintaining part 10, it is able to suppress sticking department 11
Left limitation arm 11c tangles the corner of left protrusion 10e.
As shown in (a) of Fig. 4 and (b) of Fig. 4, engagement pawl 10f is with the side side outstanding more backward of the trailing flank than base portion 10a
Formula is set to the upper end of base portion 10a.Engagement pawl 10f is engaged with the sticking department 11 for being assemblied in wiring maintaining part 10, limitation lock
Determine movement of the portion 11 relative to wiring maintaining part 10.In addition, the lower surface of engagement pawl 10f towards rear side with being located below
Mode tilt.It is configured in such a way that sticking department 11 pierces the downside of engagement pawl 10f, thus engagement pawl 10f and sticking department 11
Locking.In this way, sticking department 11 is locked on engagement pawl 10f, so that sticking department 11 from oblique upper towards wiring maintaining part 10 to crimp
Mode be fixed.
Sticking department 11 is rotatably connected to wiring maintaining part 10 via hinge part 12.The sticking department 11 includes base portion
11a, right limitation arm 11b, left limitation arm 11c.Base portion 11a support right limits arm 11b and left limitation arm 11c.Such as Fig. 3
(a) and Fig. 3 (b) shown in, be connected with hinge part 12 in the lower end of base portion 11a.In addition, in the lower end shape of base portion 11a
At there is recess portion 11a1.In the case where sticking department 11 is rotated centered on hinge part 12, recess portion 11a1 is formed for avoiding locking
Determine the space interfered between portion 11 and the engagement pawl 10f of wiring maintaining part 10.Base portion 11a, which has, is locked edge 11a2.
It is locked edge 11a2 and is located at the position opposite with engagement pawl 10f across recess portion 11a1.Engagement pawl 10f is locked on this and is locked edge
Portion 11a2.Base portion 11a sets (design) at following shape: when sticking department 11 is rotated centered on hinge part 12, and with match
When line maintaining part 10 abuts, the only top of engagement pawl 10f is interfered with edge 11a2 is locked.
In addition, the leading flank in base portion 11a has number 11a3.Number 11a3 is according to each sticking department 11 without phase
Together.The wiring of present embodiment, which pricks beam tool 1, has 16 holding unit 2a.Therefore, from the base of the holding unit 2a of the leftmost side
Portion 11a, which rises, successively has continuous and different number (" 1 "~" 16 ").
Right limitation arm 11b is connected to the upper right side of base portion 11a.Right limitation arm 11b is with to rear direction side outstanding
Formula is set to base portion 11a.When sticking department 11 is rotated centered on hinge part 12 and is abutted with wiring maintaining part 10, the right limitation
Arm 11b is abutted with the right-hand end of the right protrusion 10d of wiring maintaining part 10.It is protected in addition, being assemblied in wiring in sticking department 11
After holding portion 10, right limitation arm 11b is connected to the right arm portion 10b of wiring maintaining part 10 from right side, limits the change of right arm portion 10b
Shape.(b) of Fig. 5 is comparable to the schematic diagram of the D-D section of (a) of Fig. 3.As shown in the drawing, in right limitation arm 11b, with
The root bottom part split-phase ratio of the side base portion 11a, top end part is thinning in left and right directions.As a result, in the side left limitation arm 11c, it is formed with
Stage portion 11b1.Therefore, right limitation arm 11b has in the left limitation side arm 11c towards rear direction (left limitation arm 11c
Tip side) bearing surface 11b2.In the case where sticking department 11 is assemblied in wiring maintaining part 10, bearing surface 11b2 and wiring
The face towards rear side of the right protrusion 10d of maintaining part 10 abuts against.Such bearing surface 11b2 by with wiring maintaining part 10
Right protrusion 10d is abutted and is positioned sticking department 11 relative to wiring maintaining part 10.
Left limitation arm 11c is connected to the left upper end of base portion 11a.Left limitation arm 11c is with to rear direction side outstanding
Formula is set to base portion 11a.When sticking department 11 is rotated centered on hinge part 12 and is abutted with wiring maintaining part 10, the left limitation
Arm 11c is abutted with the left end of the left protrusion 10e of wiring maintaining part 10.It is protected in addition, being assemblied in wiring in sticking department 11
After holding portion 10, left limitation arm 11c is connected to the left arm portion 10c of wiring maintaining part 10 from left side, limits the change of left arm portion 10c
Shape.As shown in (b) of Fig. 5, in left limitation arm 11c, root bottom part split-phase ratio with the side base portion 11a, top end part is in right and left
To being thinning.As a result, in the side right limitation arm 11b, it is formed with stage portion 11c1.Therefore, left limitation arm 11c is in right limitation arm
The portion side 11b has the bearing surface 11c2 towards rear direction (tip side of right limitation arm 11b).It is assemblied in and matches in sticking department 11
In the case where line maintaining part 10, bearing surface 11c2 and the face towards rear side of the left protrusion 10e of wiring maintaining part 10 offset
It connects.Such bearing surface 11c2 is abutted by the left protrusion 10e with wiring maintaining part 10 and is protected sticking department 11 relative to wiring
Portion 10 is held to be positioned.
As shown in imaginary line (double dot dash line) in (a) of Fig. 4 and (b) of Fig. 4, during such sticking department 11 with hinge part 12 is
The heart can be rotated relative to wiring maintaining part 10.Moreover, sticking department 11 can be assembled and disassembled relative to wiring maintaining part 10.By such lock
Determine posture (posture shown in solid in (a) of Fig. 4 and (b) of Fig. 4) the referred to as locking that portion 11 is located at 10 top of wiring maintaining part
The unlatching posture in portion 11.Moreover, being known as posture when being assemblied in wiring maintaining part 10 of sticking department 11 to assemble posture.Sticking department
11 posture can be changed to assembly posture from posture rotation is opened.Turn when sticking department 11 is assembled posture from unlatching posture direction
When dynamic, firstly, the top of the engagement pawl 10f for being locked edge 11a2 and wiring maintaining part 10 of the base portion 11a of sticking department 11
Interference.In turn, when sticking department 11 towards when assembly posture indentation, engagement pawl 10f and is locked any of edge 11a2
Or both occur flexible deformation, thus engagement pawl 10f, which is crossed, is locked edge 11a2.To which engagement pawl 10f, which is locked to, to be locked
Edge 11a2.
In addition, after engagement pawl 10f is crossed and is locked edge 11a2, sticking department 11 in order to become assembling posture and into
When one step rotates, the right-hand end of the right protrusion 10d of the right limitation arm 11b and wiring maintaining part 10 of sticking department 11 offsets
It connects, and is guided by guide surface 10d1.Right limitation arm 11b enters the right side of the right arm portion 10b of wiring maintaining part 10 as a result,.This
Outside, in this case, the left end phase of the left protrusion 10e of the left limitation arm 11c and wiring maintaining part 10 of sticking department 11
It abuts, and is guided by guide surface 10e1.Left limitation arm 11c enters the left side of the left arm portion 10c of wiring maintaining part 10 as a result,.
Therefore, in the case where sticking department 11 becomes assembling posture, the sticking department on the right side of the right arm portion 10b of wiring maintaining part 10 is entered
11 right limitation arm 11b limitation right arm portion 10b deforms.In addition, in this case, entering a left side for wiring maintaining part 10
The left limitation arm 11c limitation left arm portion 10c of sticking department 11 on the left of arm 10c deforms.Therefore, when sticking department 11 assembles
When wiring maintaining part 10, wiring L1 is difficult to by between right arm portion 10b and left arm portion 10c.
The base portion 10a of 12 connection wiring maintaining part 10 of the hinge part and base portion 11a of sticking department 11.As described above, hinge part
Sticking department 11 is connected to wiring maintaining part 10 in a manner of it can rotate relative to wiring maintaining part 10 by 12.The hinge part 12 with
The base portion 10a of wiring maintaining part 10 and the base portion 11a of sticking department 11 are compared, and are thinning in front-rear direction.Therefore, 12 energy of hinge part
Enough it is easy flexible deformation.Such hinge part 12 is centered on rotating shaft core in left-right direction, rotatably by sticking department 11
It is connected to wiring maintaining part 10.
Fig. 6 is to indicate that the wiring of present embodiment pricks the partial enlarged view of the wiring maintaining part 10 of beam tool 1 from top.Such as
Shown in the figure, linking part 2b is viewed from above to have generally u-shaped shape.Adjacent holding unit 2a is connected to each other by linking part 2b
Get up.Linking part 2b is formed by nylon resin etc. as described above, has flexibility.Therefore, as imaginary line (draw by two point in Fig. 6
Line) shown in, enable holding unit 2a to be easy to tilt relative to adjacent holding unit 2a.In addition, in the embodiment
Wiring maintaining part 10, whole holding unit 2a is each other by the linking part 2b connection with flexibility.Therefore, can make to include protecting
2 entirety of main part for holding unit 2a and linking part 2b is easily bent.Thus, for example even if large curved integrally occurs in wiring
In the case of, the soft deformation of main part 2 can be made, and keep wiring L1 in holding unit 2a.
Fig. 1 and Fig. 2 is returned to, label support 3 is the circular position connecting with the left end of main part 2.Operator
Label is installed in the label support 3 as needed.In addition, the shape of label support 3 is not limited to annular shape.Identification part 4 connects
It is connected to the right-hand end of main part 2.Identification part 4 has record portion 4a and multiple (in present embodiment three) mark portion 4b.Note
Record portion 4a has the record space being able to record.Mark portion 4b is can be connected to record portion 4a in a manner of cutting.In record portion
In the record space of 4a, operator can according to need shorthand etc..In addition, each mark portion 4b for example record and other
Mark portion 4b different English words.Operator can according to need such mark portion 4b of cutting.Operator is using multiple as a result,
In the case that wiring pricks beam tool 1, it can be easy to distinguish each wiring bundle beam tool 1.
Next, being said to the replacement operation for the electronic equipment for using the wiring of such present embodiment to prick beam tool 1
It is bright.Fig. 7 is the schematic diagram for indicating to carry out to prick the electronic equipment X of the replacement operation of beam tool 1 using the wiring of present embodiment.Separately
Outside, the replacement operation of electronic equipment X shown in Fig. 7 shown below is the electricity that beam tool 1 is pricked using the wiring of present embodiment
An example of the replacement operation of sub- equipment.The wiring of present embodiment is pricked beam tool 1 and is not limited for electronic equipment shown in Fig. 7
The replacement operation of X.
Electronic equipment X includes terminal board Y.Terminal board Y is equipped with terminal column Y1.16 ends are linearly arranged in terminal column Y1
Sub-portion Y1a.It is connected in terminal column Y1 and matches alignment L including multiple wiring L1.In addition, as shown in fig. 7, terminal column Y1 packet
Successively in No. 2, No. 3, No. 4, No. 5, the 7th from side (being configured with 3 side of label support) in the portion of terminal Y1a contained
Number, No. 8, No. 9, No. 10, No. 12, No. 14 and No. 15 portion of terminal Y1a connection wiring L1.That is, the 1st
Number, No. 6, o.11, No. 13 and No. 16 portion of terminal Y1a be not connected with wiring L1.In the present embodiment, using wiring
Prick beam tool 1, it is being connect in holding (maintenances) with such terminal column Y1, be not present with No. 1, No. 6, o.11, No. 13,
In the state of the wiring arrangement with alignment L of the wiring L1 of No. 16 portion of terminal Y1a connection, the replacement of electronic equipment X is carried out
Operation.
Firstly, as shown in (a) of Fig. 8, in the state that the sticking department 11 of holding unit 2a becomes and opens posture, by wiring
The wiring maintaining part 10 for pricking beam tool 1 (holding unit 2a) is pacified from (substantially orthogonal) direction orthogonal with the shaft core direction of wiring L1
Loaded on wiring L1.Here, crimping wiring L1 between right arm portion 10b and left arm portion 10c, wiring is pricked into beam tool 1 towards wiring
L1 indentation.Right arm portion 10b and left arm portion 10c occur bending and deformation as a result, wiring L1 by right arm portion 10b and left arm portion 10c it
Between.After wiring L1 passes through between right arm portion 10b and left arm portion 10c, right arm portion 10b and left arm portion 10c reset to original shape
Shape.As a result, wiring L1 becomes the state kept by wiring maintaining part 10 as shown in (b) of Fig. 8.
Next, turning to sticking department 11 becomes assembly posture as shown in (c) of Fig. 8.As a result, as described above, wiring
What the engagement pawl 10f of maintaining part 10 was locked to sticking department 11 is locked edge 11a2.In turn, sticking department 11 is fixed on wiring holding
Portion 10.In this way, sticking department 11 is assemblied in wiring maintaining part 10, to limit the deformation of right arm portion 10b and left arm portion 10c.It is tied
Fruit is able to suppress wiring L1 and is detached from from wiring maintaining part 10.
Moreover, installing wiring maintaining part 10 on whole wiring L1, and in the whole holding unit 2a for keeping wiring L1
In, sticking department 11 is assembled in wiring maintaining part 10.At this point, the configuration space of holding unit 2a (i.e. wiring maintaining part 10) is and end
The equal interval of the configuration space of sub-portion Y1a.As a result, as shown in fig. 7, being located at the position with the portion of terminal Y1a for being connected with wiring L1
The holding unit 2a for setting corresponding position keeps wiring L1.That is, in the present embodiment, wiring pricks the 2nd of beam tool 1
Number, No. 3, No. 4, No. 5, No. 7, No. 8, No. 9, No. 10, No. 12, the holding unit of No. 14 and No. 15
2a keeps wiring L1.
Moreover, will remove with alignment L (wiring L1) from terminal board Y (portion of terminal Y1a), electronic equipment X is replaced.Later, exist
The terminal board Y connection wiring column L (wiring L1) of electronic equipment X after replacement.At this point, the wiring with alignment L is arranged by this implementation
The wiring of mode is pricked beam tool 1 and is kept.Therefore, the terminal board Y of the electronic equipment X after replacement can be easy and connect well
With alignment L.Later, the movement opposite with above-mentioned movement is carried out, sticking department 11 is thus back to unlatching posture.Thereby, it is possible to
The wiring of present embodiment is pricked beam tool 1 to be easy to unload from alignment L.
In addition, for example the wiring L1 of replacement object will be maintained in a part of replacement with the alignment L wiring L1 for including
The sticking department 11 of holding unit 2a dismantled from wiring maintaining part 10.Thereby, it is possible in the shape for not destroying other wirings L1 arrangement
Under state, the readily replaceable wiring L1 as replacement object.
Beam tool 1 is pricked according to the wiring of the above present embodiment, wiring maintaining part 10 includes a pair of of arm with flexibility
Portion (right arm portion 10b and left arm portion 10c).Therefore, wiring L1 can be dismounted easily with respect to wiring maintaining part 10.In turn, according to
The wiring of present embodiment, which pricks beam tool 1, can limit right arm portion 10b by the way that sticking department 11 is assemblied in wiring maintaining part 10
And the deformation of left arm portion 10c.Therefore, by the way that sticking department 11 is assemblied in wiring maintaining part 10, wiring L1 is able to suppress from wiring
Maintaining part 10 is detached from.That is, wiring according to the present embodiment pricks beam tool 1, by the way that sticking department 11 is assemblied in wiring
Maintaining part 10 can keep the arrangement for the wiring L1 for being included with alignment L well.Moreover, by by sticking department 11 from wiring
Maintaining part 10 is dismantled, and can assemble and disassemble wiring maintaining part 10 easily with respect to alignment L, and can be easy to implement the individual of wiring L1
Replacement.
In addition, the wiring in present embodiment is pricked in beam tool 1, have for sticking department 11 to be rotatably connected to
The hinge part 12 of wiring maintaining part 10.Therefore, the wiring of present embodiment beam tool 1 can be pricked to be configured to include sticking department 11
A component.Therefore, it is able to suppress in operation and loses sticking department 11.As a result, it is possible to assemble sticking department 11 well
In wiring maintaining part 10.It is set moreover, the wiring of present embodiment pricks beam tool 1 by each wiring maintaining part 10 (holding unit 2a)
Set sticking department 11.Therefore, can unlock state by each wiring maintaining part 10.So as to be easy to carry out of wiring L1
It does not replace.
In addition, the wiring in present embodiment is pricked in beam tool 1, wiring maintaining part 10 includes: to be connected with linking part 2b
Base portion 10a, a pair of of arm (right arm portion 10b and left arm portion 10c).The foundation of right arm portion 10b and left arm portion 10c are connected to base portion
10a.Moreover, the direction bending deformation that right arm portion 10b and left arm portion 10c can leave to the top of both sides.Moreover, sticking department 11
It is being connected to base portion 10a via hinge part 12 with side opposite side that is being connected with arm (right arm portion 10b and left arm portion 10c)
End.In turn, hinge part 12 is with the rotating shaft core that direction is left on the top along the top of right arm portion 10b and left arm portion 10c
Sticking department 11 is rotatably connected to wiring maintaining part 10 by center.Therefore, wiring according to the present embodiment pricks beam tool
1, by centered on hinge part 12 rotating, sticking department 11, the state of locking can be changed.
In addition, the wiring in present embodiment is pricked in beam tool 1, wiring maintaining part 10 has right protrusion 10d.Right protrusion
Portion 10d is provided projectingly on the outboard end of right arm portion 10b towards sticking department 11 to the installation direction of wiring maintaining part 10.In addition,
Wiring maintaining part 10 has left protrusion 10e.Left protrusion 10e is prominent towards sticking department 11 to the installation direction of wiring maintaining part 10
It is set to the outboard end of left arm portion 10c out.Therefore, it is not necessary to right arm portion 10b and left arm portion 10c is made integrally to thicken, and can be true
The abutting portion protected between wiring maintaining part 10 and sticking department 11 is larger.Therefore, with right arm portion 10b and left arm portion 10c is whole
The case where thickeing is compared, and the volume of wiring maintaining part 10 can be reduced, and while being able to suppress manufacture shrink etc. caused by right arm portion
The deformation of 10b and left arm portion 10c.
In addition, present embodiment wiring prick beam tool 1 in, wiring maintaining part 10, sticking department 11 and hinge part 12 by
Same material is integrally formed.Moreover, linking part 2b, label support 3 and identification part 4 are also integrally formed by same material.I.e., wiring
Beam tool 1 whole (whole components) is pricked to be formed by same material.It therefore, being capable of easy to manufacture embodiment party using injection moulding etc.
The wiring of formula pricks beam tool 1.
In addition, the wiring in present embodiment is pricked in beam tool 1, linking part 2b has flexibility.Therefore, holding unit 2a
It can be easy to tilt relative to adjacent holding unit 2a.Therefore, even if the diameter in the wiring L1 for being included with alignment L is not whole
In the case where neat and in the case that the configuration space of wiring L1 is chaotic, make the soft deformation of main part 2, enable holding unit 2a
Keep wiring L1.Further, since linking part 2b have flexibility, therefore from alignment L unload next wiring L1 operation and to
Operation with the additional wiring L1 of alignment L can be easy to carry out.
In addition, the wiring in present embodiment is pricked in beam tool 1, wiring maintaining part 10 has engagement pawl 10f.Engagement pawl
10f is engaged with the sticking department 11 being assemblied in wiring maintaining part 10.By engaging engagement pawl 10f and sticking department 11, can incite somebody to action
Sticking department 11 is well fixed to wiring maintaining part 10.
In addition, the wiring in present embodiment is pricked in beam tool 1, right arm portion 10b has limiting claw 10b1.Limiting claw 10b1
It is abutted with the wiring L1 of holding, and limits the movement of wiring L1.In addition, left arm portion 10c has limiting claw 10c1.Limiting claw 10c1
It is abutted with the wiring L1 of holding, and limits the movement of wiring L1.Using limiting claw 10b1 and limiting claw 10c1, it is able to suppress wiring
L1 is unexpectedly detached between right arm portion 10b and left arm portion 10c.
In addition, the wiring in present embodiment is pricked in beam tool 1, marked with other sticking departments 11 not in each sticking department 11
Same mark (digital 11a3).Therefore, such as present embodiment, even if in the case where being lacked with part wiring L1 in alignment L,
It unloads from terminal board Y with after alignment L, capable of also easily identifying 11 (holding unit of sticking department corresponding with the wiring lacked
2a)。
In addition, it includes: label support 3, the identification part 4 with record portion 4a that the wiring of present embodiment, which pricks beam tool 1,.Cause
This, even if it is multiple with alignment L be connected to terminal board Y in the case where, after unloading from terminal board Y with alignment L, can be easy
Type of the identification with alignment L (alignment L is matched in difference).
Have in addition, for example pricking beam tool consideration as wiring such as flowering structure: can be slided in the orientation of wiring L1
Two components, each component setting the arm with the quantity respective numbers of wiring L1.In such structure, make a structure
Wiring L1 is pricked beam to clamp whole wiring L1 using two components by part sliding.But in such structure, due to having
Two big components, therefore manufacturing cost increases.In addition, after keeping with alignment L, it is difficult to individual replacement wiring L1.Relatively
In this, the wiring of present embodiment prick beam tool 1 and can be configured to as described above include sticking department 11 a component.Into
And beam tool 1 is pricked according to wiring, it is able to carry out individual replacements of wiring L1.
In addition, it is also possible to consider prick a wiring with the alignment L whole wiring L1 for the being included clip like once clamped
Beam tool.But the wiring of such clip like pricks beam tool due to once sandwiching whole wiring L1, clip portion is large-scale
Change.Thus, for example terminal board Y have terminal column Y1 in the case where, clip portion be different from the wiring with alignment L to be kept
Arrange L interference, it is possible to be difficult to keep with alignment L.In contrast, wiring according to the present embodiment pricks beam tool 1, sticking department 11
Moving range it is narrow.Therefore, even if terminal board Y has multiple terminal column Y1, wiring is pricked beam tool 1 and can also be kept well pair
As matching alignment L.
In addition, pricking beam tool as wiring, it is also contemplated that have the structure of the protrusion for the crimp type terminal for hooking wiring L1.But
It is in this configuration, wiring L1 to be unloaded from terminal board Y one by one, and replace and pricked on beam tool in wiring.Therefore, operation becomes
It is multifarious.In contrast, wiring according to the present embodiment pricks beam tool, the state of terminal board Y is remained attached to, it can will be complete
Portion wiring L1 is kept together.Therefore, operation becomes simplified as.
In addition, pricking beam tool as wiring, it is also contemplated that using the lantern ring having the following structure, which has the sheet of connection
The wiring maintaining part 10 of embodiment is without having sticking department 11.But in this configuration, wiring L1 is being unloaded from terminal board Y
After lower, wiring L1 is easy to prick beam tool disengaging from wiring.Accordingly, it is difficult to which wiring is kept to arrange.In contrast, due to this implementation
The wiring maintaining part 10 of mode has sticking department 11, therefore wiring can be kept to arrange well.
In addition, pricking beam tool as wiring, it is also contemplated that using the structure with pinch hand.Pinch hand improves wiring maintaining part
10 rigidity simultaneously promotes its retentivity, and is easy the opening and closing of wiring maintaining part 10.It can be omitted sticking department in this configuration
11.But compared with the structure with sticking department 11, the retentivity of the wiring L1 of wiring maintaining part 10 is lower.Accordingly, it is difficult to good
Wiring is kept to arrange well.
In addition, pricking beam tool as wiring, it is also contemplated that using the lock ring type wiring having from side progress wiring assembly and disassembly
The structure of maintaining part.But in this configuration, it if the configuration space of wiring L1 is little, is difficult to dismount in wiring maintaining part and match
Line.In contrast, wiring according to the present embodiment pricks beam tool 1 can will also match even if the configuration space of wiring L1 is shorter
Line L1 is dismounted easily with respect to wiring maintaining part 10.Usually, in electronic equipment X, open framework cover position,
It is arranged in alignment planar.Therefore, the wiring of present embodiment pricks beam tool 1 and is inserted into frame from the face side for the framework for opening cover
The inside of body, so as to keep whole wiring L1.Therefore, wiring according to the present embodiment pricks beam tool 1, relative to matching
Line maintaining part 10 can be easy dismounting wiring L1.
In addition, pricking beam tool as wiring, instead of sticking department 11, it is also possible to consider use using the second sticking department below
Structure.Second sticking department is slided towards the top of wiring maintaining part 10, to close the arm of whole wiring maintaining parts 10.At this
In kind structure, since the second sticking department is independent component, manufacturing cost increases.In addition, after keeping with alignment L, it is difficult
To replace wiring L1 individually.
The preferred embodiment of the present invention is illustrated above with reference to attached drawing.In addition, the present invention does not limit certainly
In above embodiment.As an example of the various shape of structure member shown in the above-described embodiment and combination etc., do not taking off
Various changes are able to carry out according to design requirement etc. from the scope of the inventive concept.
For example, in the above-described embodiment, via hinge part 12, sticking department 11 is rotatably connected to wiring maintaining part
10.But the present invention is not limited to this.Such as also may be configured as, sticking department 11 is seperated, sticking department with wiring maintaining part 10
11 can be detached from from wiring maintaining part 10.
In addition, in the above-described embodiment, wiring is pricked 1 entirety of beam tool and is integrally formed by same material.But it is of the invention
It's not limited to that.For example, the part of beam tool 1 can also be pricked in wiring only by materials'use synthetic rubber of linking part 2b etc.
Use the material different from other parts.
In addition, in the above-described embodiment, sticking department 11 is set to be connected to the upper end of wiring maintaining part 10 using hinge part 12
Portion.But the present invention is not limited to this.For example, the variation as shown in (a) of Fig. 9 and (b) of Fig. 9, sticking department 11 can also
The lower end of wiring maintaining part 10 is rotatably connected to via hinge part 12.In addition, (a) of Fig. 9 is to indicate this variation
Middle sticking department 11 is the perspective view for assembling the state of posture.In addition, (b) of Fig. 9 is to indicate that sticking department 11 is to open in this variation
Open the perspective view of the state of posture.But in the case where wiring maintaining part 10 keeps wiring L1, as shown in (b) of Fig. 9, lock
Determine portion 11 and is difficult to fully large rotation.Therefore, such as the wiring bundle beam tool 1 of above embodiment, made using hinge part 12
The structure that sticking department 11 is connected to the upper end of wiring maintaining part 10 has good operability compared with above-mentioned variation.
In addition, in the above-described embodiment, when replacing electronic equipment X, the wiring of present embodiment is pricked beam tool 1 and is used as
Fixture for replacement.But the present invention is not limited to this.For example, for the multiple wiring L1 that will be connect with electronic equipment X
Beam is pricked, beam tool 1 can also be pricked to the permanently mounted wiring of multiple wiring L1.In this case, sticking department 11 is set as when usual
Assemble posture.Wiring arrangement is kept as a result,.When carrying out the replacement of wiring L1, sticking department 11 is made to become opening posture.As a result,
Wiring L1 can be replaced individually.
In addition, in the above-described embodiment, being used in order to which the multiple wiring L1 connecting with an electronic equipment X are pricked beam
Wiring pricks beam tool 1.But the present invention is not limited to this.Wiring prick beam tool 1 can also be used for multiple electronic equipment X
Multiple wiring L1 of connection carry out bundle beam.
In addition, in the above-described embodiment, both right arm portion 10b and left arm portion 10c have flexibility.But it is and unlimited
Due to this, as long as wiring maintaining part 10 is able to maintain wiring L1, one in right arm portion 10b and left arm portion 10c can also be made to have
Flexibility.
In addition, embodiment of the present invention, which can also be the below first to the 8th wiring, pricks beam tool.
First wiring pricks beam tool and multiple wirings is pricked beam comprising: multiple wiring maintaining parts are mutually interconnected via linking part
It connects, and including being able to keep a pair of of arm with flexibility of the wiring；Sticking department is kept relative to the wiring
Portion can dismount, and the deformation of the arm is limited and being assemblied in the wiring maintaining part.
Second wiring, which pricks beam tool, to be pricked in beam tool in the first wiring, further includes interconnecting piece, and the interconnecting piece is by the lock
Determine portion and is rotatably connected to the wiring maintaining part.
Third wiring, which pricks beam tool, to be pricked in beam tool in the second wiring, and the wiring maintaining part includes: the connection company
The base portion of knot；And a pair of arm, foundation are connected to the base portion, and the direction that can be left to the top of both sides
Bending deformation, the sticking department are connected to the end with the arm opposite side of base portion, the company via the interconnecting piece
Socket part is centered on the rotating shaft core in the direction left along the mutual top of the arm, rotatably by the sticking department
It is connected to the wiring maintaining part.
4th wiring, which pricks beam tool, to be pricked in beam tool in third wiring, and the wiring maintaining part also has protrusion, institute
It states installation direction of the protrusion from the arm towards the sticking department relative to the wiring maintaining part to be provided projectingly, and is arranged
The outboard end of the arm on direction is left on the mutual top of the arm.
5th wiring, which pricks beam tool, to be pricked in beam tool in second to the 4th any wiring, the wiring maintaining part, described
Sticking department and the interconnecting piece are integrally formed by same material.
6th wiring, which pricks beam tool, to be pricked in beam tool in first to the 5th any wiring, and the linking part has bendable
Property.
7th wiring, which pricks beam tool, to be pricked in beam tool in first to the 6th any wiring, the wiring maintaining part have with
It is assemblied in the engagement pawl of the sticking department locking of the wiring maintaining part.
8th wiring, which pricks beam tool, to be pricked in beam tool in first to the 7th any wiring, and the arm has limiting claw,
The limiting claw abuts with the wiring kept and limits the movement of the wiring.
Claims (8)
1. a kind of wiring pricks beam tool, multiple wirings are pricked into beam, characterized by comprising:
Multiple wiring maintaining parts, are connected with each other via linking part, and including a pair of of arm with flexibility；
Sticking department can be dismounted relative to the wiring maintaining part, limit the arm and being assemblied in the wiring maintaining part
The deformation in portion.
2. wiring according to claim 1 pricks beam tool, which is characterized in that further include interconnecting piece, which will be described
Sticking department is rotatably connected to the wiring maintaining part.
3. wiring according to claim 2 pricks beam tool, which is characterized in that
The wiring maintaining part further includes the base portion for connecting the linking part,
The pair of arm, foundation are connected to the base portion, and the direction bending that can be left to the top of both sides
Deformation,
The sticking department is connected to the end of the side opposite with the arm side is connected of the base portion via the interconnecting piece
Portion,
The interconnecting piece is centered on the rotating shaft core in the direction left along the mutual top of the arm, by the sticking department
Rotatably it is connected to the wiring maintaining part.
4. wiring according to claim 3 pricks beam tool, which is characterized in that
The wiring maintaining part also has protrusion,
The outboard end of the arm of the protrusion on the direction that the mutual top of the arm is left is towards the lock
Determine portion to be provided projectingly to the installation direction of the wiring maintaining part.
5. the wiring according to any one of claim 2~4 pricks beam tool, which is characterized in that the wiring maintaining part, institute
It states sticking department and the interconnecting piece is integrally formed by same material.
6. wiring according to any one of claims 1 to 4 pricks beam tool, which is characterized in that the linking part has can
Curved property.
7. wiring according to any one of claims 1 to 4 pricks beam tool, which is characterized in that the wiring maintaining part tool
There is and is assemblied in the engagement pawl that the sticking department of the wiring maintaining part engages.
8. wiring according to any one of claims 1 to 4 pricks beam tool, which is characterized in that the arm has limitation
Pawl, the limiting claw abut with the wiring kept and limit the movement of the wiring.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2017106644A JP6702265B2 (en) | 2017-05-30 | 2017-05-30 | Wiring tie |
| JP2017-106644 | 2017-05-30 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108988210A true CN108988210A (en) | 2018-12-11 |
| CN108988210B CN108988210B (en) | 2020-12-25 |
Family
ID=64541813
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810326056.4A Active CN108988210B (en) | 2017-05-30 | 2018-04-12 | Wiring bundling tool |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6702265B2 (en) |
| CN (1) | CN108988210B (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS62159109U (en) * | 1986-03-26 | 1987-10-09 | ||
| JPS63193890U (en) * | 1987-05-30 | 1988-12-14 | ||
| JP2007097274A (en) * | 2005-09-28 | 2007-04-12 | Hakko Denki Seisakusho:Kk | Cable supporting tool |
| CN201601431U (en) * | 2009-10-22 | 2010-10-06 | 富士康(昆山)电脑接插件有限公司 | Cable fixer |
| CN103140707A (en) * | 2010-09-30 | 2013-06-05 | 株式会社利富高 | Electric wire holder |
| CN103591387A (en) * | 2012-10-15 | 2014-02-19 | 东亚贝斯特株式会社 | A cable clamp enhancing the breaking strength |
| JP2017150651A (en) * | 2016-02-26 | 2017-08-31 | 未来工業株式会社 | Wiring*piping material hanging and holding tool |
-
2017
- 2017-05-30 JP JP2017106644A patent/JP6702265B2/en active Active
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2018
- 2018-04-12 CN CN201810326056.4A patent/CN108988210B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS62159109U (en) * | 1986-03-26 | 1987-10-09 | ||
| JPS63193890U (en) * | 1987-05-30 | 1988-12-14 | ||
| JP2007097274A (en) * | 2005-09-28 | 2007-04-12 | Hakko Denki Seisakusho:Kk | Cable supporting tool |
| CN201601431U (en) * | 2009-10-22 | 2010-10-06 | 富士康(昆山)电脑接插件有限公司 | Cable fixer |
| CN103140707A (en) * | 2010-09-30 | 2013-06-05 | 株式会社利富高 | Electric wire holder |
| CN103591387A (en) * | 2012-10-15 | 2014-02-19 | 东亚贝斯特株式会社 | A cable clamp enhancing the breaking strength |
| JP2017150651A (en) * | 2016-02-26 | 2017-08-31 | 未来工業株式会社 | Wiring*piping material hanging and holding tool |
Also Published As
| Publication number | Publication date |
|---|---|
| JP6702265B2 (en) | 2020-05-27 |
| CN108988210B (en) | 2020-12-25 |
| JP2018207559A (en) | 2018-12-27 |
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