CN102101400B - Corrugated pipe marking device and corrugated pipe marking method - Google Patents
Corrugated pipe marking device and corrugated pipe marking method Download PDFInfo
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- CN102101400B CN102101400B CN201010270643.XA CN201010270643A CN102101400B CN 102101400 B CN102101400 B CN 102101400B CN 201010270643 A CN201010270643 A CN 201010270643A CN 102101400 B CN102101400 B CN 102101400B
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Abstract
The present invention provides a corrugated pipe marking device and a corrugated pipe marking method, which are used for restricting adhesion of the ink to the part except for a marking target position in the corrugated pipe. The corrugated pipe marking device comprises the following components: a guided component (20) which can be provided at a front end (122) of a mark pen (120), causes the front part of a pen point part (124) to project at a state that the guided component is equipped to the front end (122) of the mark pen (120), and does not contact with the pen point part (124); and a body part (30) which is provided with a supporting part (40) and a guiding part (60). The supporting part (40) can support the corrugated pipe (100) at a certain position in a central axis direction of the corrugated pipe (100). The guiding part (60) can guide the guided component (20) in the circumferential direction of the corrugated pipe (100) with a gesture that the pen point part (124) abuts against an outer peripheral surface of the corrugated pipe (100) that is supported by the supporting part (40).
Description
Technical field
The present invention relates to a kind of technology that the outer peripheral face of bellows is marked.
Background technology
In order to protect the wire harness be laid on automobile from the impact of other on-vehicle parts etc., in the manufacturing process of wire harness, bellows is installed as external packing component to wire harness.The wire harness of this bellows is installed, by this fixed part is fixed on the precalculated position of vehicle at bellows mounting part part and is laid.Further, in order to represent the installation site of this bellows relative to fixed part, in the manufacturing process of wire harness, use marking pen etc. are in the upper setting-out of the outer peripheral face (such as mountain (convex) part) of bellows.
Patent Document 1 discloses following technology: in different technical fields, guide portion is set at the nib of pen, when using scale to carry out setting-out, making guide portion between nib and scale, directly contacting with scale to prevent nib.
Patent document 1: Japanese Unexamined Patent Publication 10-024691 publication
When setting-out operation is carried out to the outer peripheral face of bellows, undertaken by such as under type: such as, use the scale parts in the arcuation face had as the outer peripheral face along bellows, make the nib portion of marking pen abut with its side and move and carry out above-mentioned setting-out operation.
But according to above-mentioned line drawing method, the ink of marking pen is also adhered at the position likely beyond the setting-out target site of bellows.Such as, likely abutting the side attachment ink of scale parts in nib portion of marking pen, the ink of this attachment enters between scale parts and bellows, is attached in the part beyond setting-out target site.Therefore, need the dressing operation to bellows and the cleaning to scale parts (ink removal) operation, operating efficiency can reduce.
Summary of the invention
Therefore, the object of the invention is to suppress ink to be attached on the position in bellows beyond setting-out target site.
The labelling apparatus of the bellows of first scheme, comprise: guided member, the leading section of above-mentioned marking pen can be installed on, under the state of leading section being installed on above-mentioned marking pen, make the front part in the nib portion of above-mentioned marking pen give prominence to, and this guided member and above-mentioned nib portion noncontact; And main element, there is support portion and guide portion, above-mentioned support portion can support above-mentioned bellows by the certain position on the central axis direction of above-mentioned bellows, and guide sections can guide above-mentioned guided member with the posture making the above-mentioned nib portion of above-mentioned marking pen be connected on the above-mentioned outer peripheral face of the above-mentioned bellows that above-mentioned support portion supports along the circumferencial direction of above-mentioned bellows.
The labelling apparatus of the bellows of alternative plan, in the labelling apparatus of the bellows of first scheme, above-mentioned guided member has directed along the central axis direction of this marking pen under the state being installed on above-mentioned marking pen, guide sections has a pair relative guide surface, this guide surface is roughly orthogonal with the central shaft of the above-mentioned bellows supported by above-mentioned support portion, can guide guided member by contacting with above-mentioned directed.
The labelling apparatus of the bellows of third program, first or alternative plan bellows labelling apparatus in, above-mentioned guided member has surrounding wall portion, and under the state that above-mentioned guided member is installed on above-mentioned marking pen, this surrounding wall portion surrounds above-mentioned nib portion around the central shaft in above-mentioned nib portion.
The labelling apparatus of the bellows of fourth program, in the labelling apparatus of the bellows of the either a program of the first to third program, the circumferencial direction of the position that aforementioned body parts are corresponding with guide sections on the central axis direction of the above-mentioned bellows supported by above-mentioned support portion has ink slot to avoid portion.
The labeling method of the bellows of the 5th scheme, use the labelling apparatus of the bellows of either a program in first to fourth scheme, use above-mentioned marking pen to the outer peripheral face setting-out of above-mentioned bellows, it is characterized in that, comprise the following steps: above-mentioned guided member is arranged on the leading section of above-mentioned marking pen by (a); B above-mentioned bellows is supported in the certain position of aforementioned body parts by () by above-mentioned support portion; (c) the above-mentioned guided member be arranged on above-mentioned marking pen is made to be connected to the operation of the posture on the outer peripheral face of above-mentioned bellows along guide sections movement to make the above-mentioned nib portion of above-mentioned marking pen.
According to the labelling apparatus of the bellows of first scheme, bellows is being supported on support portion, under the state that marking pen has been installed guided member, to make guided member make marking pen move along the mode of guide portion, thus in the outer peripheral face setting-out of bellows.Therefore, guided guided member by guide portion, nib portion only circumferentially moves under the state abutted with the outer peripheral face of bellows.Further, because the guided member directed section be arranged on marking pen guides, nib portion thus can be suppressed to contact with main element.Thus, on the position that ink can be suppressed to be attached in bellows beyond setting-out target site.
According to the labelling apparatus of the bellows of alternative plan, by the shape of directed of guided member and the shape of the guide surface of guide portion, marking pen is suppressed to change in the movement axially of bellows and attitude.Therefore, the nib portion of marking pen abuts as axially roughly orthogonal with it, on the position that can more effectively suppress ink to be attached to beyond setting-out target site more reliably with the setting-out target site of bellows.
According to the labelling apparatus of the bellows of third program, because the nib portion of marking pen is surrounded around its central shaft by surrounding wall portion, beyond the setting-out target site that thus can more effectively suppress ink to be attached to bellows on position.
According to the labelling apparatus of the bellows of fourth program, owing to being formed with ink slot to avoid portion on main element, even if rotate along its circumferencial direction under the state thus supported by the bellows supported portion of setting-out, or ink is from setting-out position drippage, and ink also can be suppressed to be attached on main element.Further, the nib portion of marking pen and the ends contact of guide portion can also be avoided and adhere to ink.Thus, the ink being attached to guide portion can be suppressed to be attached to the peripheral part of the setting-out target site of bellows.
According to the labeling method of the bellows of the 5th scheme, marking pen is provided with guided member, under the state that support portion supports bellows, guided member is moved along guide portion, thus to bellows outer peripheral face setting-out.Therefore, the nib portion of marking pen only moves along the circumferencial direction of bellows.Further, because the guided member directed section be arranged on marking pen guides, nib thus can be suppressed to contact with main element.Thus, on the position that ink can be suppressed to be attached in bellows beyond setting-out target site.
Accompanying drawing explanation
Fig. 1 is the sketch of bellows.
Fig. 2 is the front view of guided member.
Fig. 3 is the front view of the labelling apparatus of bellows.
Fig. 4 is the top view of the open mode of main element.
Fig. 5 is the side view of the labelling apparatus of bellows.
Detailed description of the invention
Below, to the labelling apparatus of the bellows (Corrugated tube) of embodiment and use the labeling method of the bellows of this labelling apparatus to be described.The labelling apparatus of this bellows is for using marking pen (Marker pen) at the device of the outer peripheral face setting-out of bellows.
(1. about bellows)
For convenience of description, first, the bellows 100 as setting-out object is described (with reference to Fig. 1).
Bellows 100 is the parts being formed as long size tubular (in this case long size circular tube shaped) by resin etc.More specifically illustrate, bellows 100 is formed alternately to have along its length direction (central axis direction) and forms the backfall 102 of raised line along its circumferencial direction and form the shape of valley type part 104 of recessed bar along this circumferencial direction.
In the wire harness manufacturing process of automobile, this bellows 100 is installed on wire harness WH as guard block sometimes.Further, when wire harness WH is applied to vehicle, on the bellows 100 be arranged on wire harness WH, the fixed part 110 on the precalculated position for being fixed to vehicle is installed.Such as, when bellows 100 that is identical or identical type is configured on vehicle side by side etc. in situation, sometimes also by arcus part with and a pair fixed part that column-shaped is integrally formed clamps multiple bellows 100 and fixing.In wire harness manufacturing process, the installation site of fixed part 110 on bellows 100 represents by making a mark at the outer peripheral face of bellows 100.
At this, be described with the example of circumferentially setting-out on the outer peripheral face being positioned at each backfall 102 (setting-out target site) of fixed part 110 both sides that bellows 100 is installed.That is, at this, in two backfalls 102 setting-out of bellows 100.The setting-out scope should carried out in backfall 102, also can be set to the scope (such as, around the scope etc. of more than 120 degree of the central shaft of bellows 100) easily identified in the laying task of wire harness WH.Wherein, represent in the setting-out portion 108 of backfall 102 setting-out as setting-out target site in Fig. 1 double dot dash line.
(2. the structure of the labelling apparatus of bellows)
Then, the structure of the labelling apparatus 10 of bellows is described (with reference to Fig. 2 ~ Fig. 5).
In the labelling apparatus 10 of this bellows, be used in the outer peripheral face setting-out at bellows 100 of marking pen 120 that Fig. 2 represents with double dot dash line.This marking pen 120 is the common marking pens formed as described below: it supplies aqueous ink to the nib portion 124 (such as felt etc.) be configured on leading section 122, the part that the nib portion 124 ink being attached to soaked with ink touches.At this, be that the roughly rounded example of sectional view is described with the leading section 122 of marking pen 120.
The labelling apparatus 10 of this bellows comprises guided member 20 and main element 30, and this main element 30 has support portion 40, guide portion 60 and ink slot to avoid portion 70.
Guided member 20 is formed as described below: it can be installed on the leading section 122 of marking pen 120, in the mounted state, the front part in the nib portion 124 of marking pen 120 is given prominence to, and with nib portion 124 noncontact (with reference to Fig. 2).At this, with nib portion 124 noncontact, preferably refer to that guided member 20 and nib portion 124 separate the gap of the degree that can not keep the ink supplied from nib portion 124 betwixt.
More specifically illustrate, guided member 20 formed have can from base end side (upside of Fig. 2) embed marking pen 120 leading section 122 and can from the tubular (at this roughly cylindrically) of the hole portion 20a of the front part in front (downside of Fig. 2) outstanding nib portion 124.This hole portion 20a can be formed accordingly with the shape of marking pen 120 leading section 122 used in setting-out.As the shape of hole portion 20a, such as, can adopt with the leading section 122 of marking pen 120 can circumferentially face contact or linear contact lay shape or can in the shape of the multiple location contacts of circumferencial direction.At this, the inner peripheral surface of guided member 20 passing hole portion 20a is circumferentially face contact and can be chimeric with the leading section 122 of marking pen 120 partly.
Further, the ladder that guided member 20 is configured to border between the leading section 122 of base end part and marking pen 120 in the mounted state and base end side part abuts against.By this structure, guided member 20 wherein axle direction (above-below direction of Fig. 2) is located relative to marking pen 120 (position that the front part in nib portion 124 is outstanding from the front end of guided member 20).Guided member 20 is not limited to above-mentioned explanation relative to the location structure of marking pen 120 on central axis direction, also can decide according to the shape of marking pen 120.Such as, under the leading section 122 of marking pen 120 forms stepped situation, the part that guided member 20 also can be formed as hole portion 20a can abut with above-mentioned ladder.
This guided member 20 has surrounding wall portion 24, and under the state that this surrounding wall portion 24 is installed on marking pen 120 at guided member 20, the central shaft around nib portion 124 is surrounded.More specifically illustrate, under surrounding wall portion 24 is configured to the state be arranged on marking pen 120 at guided member 20, the axle around the base end side part in nib portion 124 is surrounded in a non contact fashion.And then preferably, surrounding wall portion 24 also can be formed as the gap relative to nib portion 124 with the degree not keeping ink.At this, surrounding wall portion 24 is a part (leading section) for the above-mentioned front part in guided member 20, and inner circumferential surface forms a part of hole portion 20a.
Further, guided member 20 has outer peripheral face and the directed face 22 of the roughly cylindric front part of formation.At this, axle direction top external diameter is roughly certain wherein for the front part of guided member 20.Further, contacted with relative a pair guide surface 62 of guide portion 60 described later by two positions relative across central shaft in directed face 22, thus guided member 20 is directed.That is, this guided member 20 is by the rotation around its central shaft, and each several part relative across central shaft in directed face 22 can contact with guide surface 62.
Guided member 20 is not limited to above-mentioned roughly cylindric, and such as, it also can be formed as peripheral part is sectional view polygon and tubular.Wherein, under the peripheral shape of the front part of guided member 20 is the polygonal situation of sectional view, as directed face 22, have across the relative parallel opposite of the central shaft of guided member 20.That is, guided member 20 has the directed face 22 along its central axis direction under the state being installed on marking pen 120.More specifically illustrate, directed face 22 to be formed as on the central axis direction of guided member 20 with roughly certain distance across this central shaft relatively.
Main element 30 is following structure: it has the base portion 32 and cap 34 that are formed by resin etc., and cap 34 can openedly and closedly be connected with base portion 32 (with reference to Fig. 3, Fig. 4) via hinge 33.Main element 30 is not limited to said structure, also can adopt other various structures.Such as, as main element 30, the structure of the split that base portion 32 can be adopted in addition not to be connected with cap 34, base portion 32 and cap 34 be configured to by cylinder etc. near or can openedly and closedly be connected and the structure etc. be biased to closing direction by the force application part of spring etc. with cap 34 away from the structure of movement (opening and closing) or base portion 32.
On base portion 32 and cap 34, in off position on lower relative position, be formed with recess 32a, the 34a with support portion 40 described later and ink slot to avoid portion 70 respectively.More specifically illustrate, recess 34a, 32a are configured to have can along the inner space of the opening and closing shaft direction configuration bellows 100 of hinge 33 under the closed condition of base portion 32 and cap 34.Further, under the open mode of base portion 32 and cap 34, bellows 100 can be configured relative to recess 32a or recess 34a.
Support portion 40 is configured to can the certain position on the central axis direction of bellows 100 support it.This support portion 40 forms the concaveconvex shape corresponding with the backfall 102 of bellows 100 and the convex-concave profile of valley type part 104.That is, support portion 40 is configured to support bellows 100, with in the inside of concave part configuration backfall 102, and under the state outstanding in valley type part 104 of male member, limits the movement of the length direction of bellows 100.At this, support portion 40 is configured to form the arcuation along the outer peripheral face of bellows 100, runs through the all-round moving-limiting of bellows 100.
Further, support portion 40 be formed in recess 32a, 34a of base portion 32 and cap 34 its bearing of trend (length direction of the bellows 100 configured) on local.More specifically illustrate, on the pars intermedia that support portion 40 is formed at recess 32a, 34a on above-mentioned bearing of trend and both ends (being separated into three places).
Wherein, this support portion 40 also can be configured to bellows 100 can support rotatably around its central shaft, also can not support revolvably.
Further, the base portion 32 and cap 34 of main element 30 are formed with guide portion 60.The attitude that the outer peripheral face that guide portion 60 is configured to the bellows 100 that the nib portion 124 of marking pen 120 is supported with supported portion 40 abuts, can guide along the circumferencial direction of bellows 100 guided member 20.Through and the channel-shaped of circumferencial direction along bellows 100 that this guide portion 60 is formed as in the radiation direction of the central shaft of the bellows 100 supported relative to supported portion 40 (from the inner space of base portion 32 and cap 34 outward).
More specifically illustrate, the central shaft that guide portion 60 has the bellows 100 supported with supported portion 40 is roughly orthogonal, and the guide surface 62 that a pair that can guide guided member 20 by contacting with directed face 22 relative.That is, guide portion 60 is formed as, and be equivalent to the radiation direction and circumferentially of central shaft of bellows 100, a pair guide surface 62 separates roughly certain interval and extend.This interval can configure the front part of guided member 20, in other words, and the size between being set as than relative directed face 22 large (in this case slightly large).At this, because guided member 20 is formed as roughly cylindric, thus this interval is set to slightly larger than the external diameter of front part.
Further, guide portion 60 is configured to, bootable guided member 20, with at bellows 100 circumferentially, is at least that the nib portion 124 of marking pen 120 can move within the scope of the setting-out of the outer peripheral face relative to bellows 100.Such as, guide portion 60 is configured to as follows: when setting-out scope is set to the scope of 120 degree of central shaft around bellows 100, guided member 20 is guided, to make the nib portion 124 of marking pen 120 can moving in the scope of 145 degree of this central shaft.
At this, guide portion 60 is formed on two positions of main element 30 accordingly with the backfall 102 as two positions of the setting-out target site of bellows 100.More specifically illustrate, two guide portion 60 are formed at its interval each other, width center to be become and on position as the roughly the same interval, interval each other, width center of the backfall 102 at two positions of the setting-out target site of bellows 100.That is, when bellows 100 supported portion 40 supports, each backfall 102 as setting-out target site is configured in the width center of each guide portion 60 and is in the state exposed outward.
Further, these two guide portion 60, relative to the support portion 40 at the both ends and pars intermedia that are formed at main element 30, are formed on the support portion 40 that formed on end and the position between the support portion 40 that pars intermedia is formed respectively.
Guide sections 60 and guided member 20 are configured to, and on the direction that the central shaft with bellows 100 is roughly orthogonal, the central shaft that can limit marking pen 120 tilts relative to the radiation direction of the central shaft of bellows 100.At this, guided member 20 has the diameter large-diameter portion 26 larger than front part at its base end side.That is, ladder 26a is circumferentially formed with on the border of guided member 20 between its front part and large-diameter portion 26.And, under the state that guided member 20 directed section 60 guides, when more than the marking pen 120 being provided with guided member 20 is relative to the radiation direction angled somewhat of the central shaft of bellows 100, ladder 26a abuts with the outboard peripheries portion of guide portion 60.
The position that this large-diameter portion 26 is formed, makes the attitude that the leading section comparing guided member 20 abuts with bellows 100, and under the attitude less relative to the inclination of above-mentioned radiation direction, ladder 26a abuts with the outboard peripheries portion of guide portion 60.By this structure, the contact because being attached to ink on bellows 100 and guided member 20 when marking pen 120 tilts can be prevented and wipe.Further, guided member 20 can be suppressed to abut with bellows 100 and cause ink to be attached on guided member 20.
Ink slot to avoid portion 70, relative to main element 30, on the central axis direction of the bellows 100 supported along supported portion 40 position corresponding with guide portion 60 circumferencial direction and formed.More specifically illustrate, ink slot to avoid portion 70 is formed as the channel-shaped from the circumferencial direction both ends of guide portion 60 along this circumferencial direction to the inner space opening of main element 30.At this, supported portion 40 support bellows 100 central shaft circumferentially, guide portion 60 be connected with ink slot to avoid portion 70 and run through whole circumference formation.
This ink slot to avoid portion 70 is formed as the width dimensions larger than the width dimensions of the backfall 102 of bellows 100.That is, ink slot to avoid portion 70 is formed as, the setting-out target site of bellows 100 that inner circumferential surface (and circumference) and supported portion 40 support and the outer peripheral face noncontact of backfall 102.
Further, ink slot to avoid portion 70 and guide sections 60 (each backfall 102 as the setting-out target site of bellows 100) accordingly, are formed on two positions of main element 30.
Further, on the base portion 32 and cap 34 of main element 30, the open limiting unit 36 that can limit opening operation is formed with.This opening limiting unit 36 is made up of the magnet 36b be fixed on cap 34 on position relative with metal washer 36a under the metal washer 36a be fixed on base portion 32 and closed condition.Further, open limiting unit 36 attracts metal washer 36a by the closed condition lower magnet 36b at base portion 32 and cap 34, under the state not having External Force Acting, base portion 32 and cap 34 is maintained closed condition.Open limiting unit 36 is not limited to the structure of above-mentioned metal washer 36a and magnet 36b, as long as can limit the structure of the opening operation of base portion 32 and cap 34.Such as, opening limiting unit 36 also can be the structure forming locking pawl that can be locking with base portion 32 on cap 34.
Further, cap 34 is formed with the handle portion 35 for opening and closing operations.This handle portion 35 be formed as from cap 34 with outstanding bar-shaped in the end of the opposition side of the coupling part of base portion 32.
Further, the labelling apparatus 10 of bellows can have wire support member 38, and main element 30 can be supported on the assembling chart board 90 of the assembling operation carrying out wire harness WH by this wire support member 38.This wire support member 38 can be installed by modes such as screw thread are fixing relative to the base portion 32 of main element 30, carries out settings setting relative to assembling chart board by modes such as screw thread are fixing.
(3. the labeling method of bellows)
Then, the labeling method of bellows of the labelling apparatus 10 employing above-mentioned bellows is described.In the manufacturing process of wire harness WH, marking pen 120 is utilized to carry out to the mark operation of bellows 100.
Be described for the situation that the main element 30 of the labelling apparatus 10 of bellows is supported on the assembling chart board 90 of wire harness WH by wire support member 38.
First, guided member 20 is arranged on the leading section 122 of marking pen 120.Guided member 20 is installed relative to the leading section 122 of marking pen 120, can confirm that the roughly consistent and nib portion 124 of central shaft between guided member 20 and marking pen 120 is outstanding and carry out from front.
Then, the bellows 100 installed in wire harness WH outside is supported on certain position relative to main element 30 by support portion 40.More specifically illustrate, the handle portion 35 (lifting) of operating main body parts 30, cap 34 is open relative to base portion 32, so that bellows 100 is configured at recess 34a.Now, on the position (certain position) in the width that the backfall 102 be configured in as setting-out target site is configured at guide portion 60 roughly centre position.Wherein, in this position, bellows 100 is in relative to the support portion 40 that base portion 32 is formed the inside that backfall 102 is configured at concave part, and the state that male member is outstanding in valley type part 104.
Further, under the state that bellows 100 is configured at above-mentioned position relative to base portion 32, operation handlebar hand 35, closes cap 34 relative to base portion 32.Thus, bellows 100 is in backfall 102 relative to the support portion 40 that cap 34 is formed in the same manner as described above and is configured at concave shape part, and convex form is partially submerged into the state of valley type part 104.That is, this state is the state that bellows 100 supported portion 40 supports, the restriction length direction of bellows 100 and the movement of its orthogonal direction.Further, in this condition, to expose outward respectively by guide portion 60 as the outer peripheral face of each backfall 102 of the setting-out target site of bellows 100 and in ink slot to avoid portion 70, maintain non-contacting state relative to main element 30.
Then, to the outer peripheral face setting-out of each backfall 102 of the setting-out target site as bellows 100, this operation can be carried out successively to the backfall 102 at two positions, also can carry out simultaneously.At this, be described for backfall 102 setting-out at another after the setting-out of a backfall 102.
First, by the guided member 20 be arranged on marking pen 120, using the attitude that the nib portion 124 of marker pen 120 abuts with the outer peripheral face of the backfall 102 of the setting-out target site as bellows 100, be configured in the end side of guide portion 60.At this, configure guided member 20 relative to the guide portion 60 corresponding with backfall 102.Preferably, guided member 20 is configured at on the position of one end abutment relative to guide portion 60.In this condition, the directed face 22 of guided member 20 contacts with the guide surface 62 (in this case partly) of guide portion 60, thus the movement of restriction marking pen 120 on the length direction of bellows 100 and attitude change.
Thereafter, make the guided member 20 be arranged on marking pen 120, move along guide portion 60 to another side from the end side of guide portion 60.When bellows 100 is rotatably supported relative to main element 30 by support portion 40, the part of stretching out to the side of main element 30 in bellows 100 is held in the mode limiting rotation and carries out retouching line operation.
At this, by making the shape that the front part in the nib portion 124 of guided member 20 is outstanding, guided member 20 is not made directly to abut and setting-out with bellows 100.And, under the state that guided member 20 is guided by guide portion 60, on the direction that the central shaft with bellows 100 is roughly orthogonal, when more than marking pen 120 is relative to the radiation direction angled somewhat of the central shaft of bellows 100, the ladder 26a of guided member 20 abuts with the end margin portion of foreign side of guide portion 60, and marking pen 120 is limited relative to the inclination of this radiation direction.
Further, until guided member 20 is configured at another side of guide portion 60, marking pen 120 is moved.Preferably, guided member 20 moves to the position abutted with its other end relative to guide portion 60.
By above-mentioned steps, to the outer peripheral face setting-out (the setting-out portion 108 with reference to Fig. 1) of the backfall 102 of the setting-out target site as bellows 100.In this condition, because the backfall 102 that attached to ink is relative in ink slot to avoid portion 70, even if thus bellows 100 rotates around its central shaft, backfall 102 (and the ink be attached in this backfall 102) also can be suppressed to contact relative to main element 30 and adhere to ink.Further, even if be attached to the ink drippage of the backfall 102 of bellows 100, because this ink droplet is fallen in ink slot to avoid portion 70, the position beyond the setting-out target site that the ink dripped thus can be suppressed to be attached to bellows 100.
When the above-mentioned end of job, guided member 20 is extracted from guide portion 60.In addition, above-mentioned operation is carried out to another backfall 102.
Thereafter, operation handlebar hand 35 is open relative to base portion 32 by cap 34, takes out by the bellows 100 of setting-out from base portion 32.Complete the setting-out operation to bellows 100 like this.
Further, the bellows 100 of next setting-out object is configured relative to base portion 32, carries out setting-out operation according to above-mentioned steps.
According to the labelling apparatus 10 of the bellows of said structure and the labeling method of bellows of labelling apparatus 10 employing bellows, bellows 100 is being supported on support portion 40, under the state that marking pen 120 has been installed guided member 20, guided member 20 is made to move along guide portion 60 and marking pen 120 is moved, thus the outer peripheral face setting-out of backfall 102 to the setting-out target site as bellows 100.Therefore, guided by guide portion 60 pairs of guided members 20, circumferentially move under the state that nib portion 124 abuts at the outer peripheral face of the backfall 102 with the setting-out target site as bellows 100.Further, because guided member 20 directed section 60 guides, nib portion 124 thus can be suppressed to contact with main element 30.Thus, on the position beyond the backfall 102 that ink can be suppressed to be attached to setting-out target site in bellows 100.
Further, by the shape of the shape in the directed face 22 of guided member 20 and the guide surface 62 of guide portion 60, marking pen 120 is suppressed to change in the movement axially of bellows 100 and attitude.Further, due to directed face 22 and guide surface 62 almost parallel, thus guided member 20 can not have unusual fluctuation or to block and directed swimmingly and mobile in guide portion 60.Therefore, the nib portion 124 of marking pen 120 abuts, on the position that can more effectively suppress ink to be attached to beyond setting-out target site using the backfall 102 relative to the setting-out target site as bellows 100 with its axially roughly orthogonal attitude more reliably.
Further, because the nib portion 124 of marking pen 120 is surrounded around central shaft by surrounding wall portion 24, beyond the outer peripheral face that thus can more effectively suppress ink to be attached to the backfall 102 of the setting-out target site as bellows 100 on position.Further, due to the spaced apart interval that can not keep ink degree in surrounding wall portion 24 and nib portion 124, the ink between surrounding wall portion 24 and nib portion 124 thus can be prevented to be detained, thus can prevent the ink thereupon caused from dripping.
Further, owing to being formed with ink slot to avoid portion 70 at main element 30, even if rotate along its circumferencial direction under the state thus supported by bellows 100 supported portion 40 of setting-out, or from setting-out position drippage ink, also can suppress to adhere to ink on main element 30.Further, the nib portion 124 of marking pen 120 and the ends contact of guide portion 60 can also be avoided and adhere to ink.Thus, the ink being attached to guide portion 60 can be suppressed to be attached to the peripheral part of the setting-out target site of bellows 100.
Further, under the state guiding guided member 20 by guide portion 60, because the motion track in the nib portion 124 of marking pen 120 is roughly certain, thus stably can carry out setting-out operation, it is bad to alleviate setting-out.
Claims (5)
1. a labelling apparatus for bellows, uses marking pen in the outer peripheral face setting-out of bellows, it is characterized in that, comprising:
Guided member, can be installed on the leading section of above-mentioned marking pen, makes the front part in the nib portion of above-mentioned marking pen give prominence in the mounted state, and this guided member and above-mentioned nib portion noncontact; With
Main element, there is support portion and guide portion, above-mentioned support portion forms the concaveconvex shape corresponding with the convex-concave profile of above-mentioned bellows, and above-mentioned support portion can support above-mentioned bellows by the certain position on the central axis direction of above-mentioned bellows, the state that guide sections can abut with the above-mentioned outer peripheral face of the above-mentioned bellows supported by above-mentioned support portion with the above-mentioned nib portion of above-mentioned marking pen guides above-mentioned guided member along the circumferencial direction of above-mentioned bellows
Aforementioned body parts comprise base portion and cap, above-mentioned base portion and cap are formed with guide sections, under the state of closing above-mentioned base portion and cap, be formed with the inner space that can configure above-mentioned bellows, guide sections is formed as the channel-shaped of the circumferencial direction along above-mentioned bellows, when above-mentioned bellows is supported by above-mentioned support portion, the backfall as the above-mentioned bellows at mark position is exposed to the foreign side of guide sections.
2. the labelling apparatus of bellows as claimed in claim 1, is characterized in that,
Above-mentioned guided member has directed along its central axis direction under the state being installed on above-mentioned marking pen,
Guide sections has a pair relative guide surface, and this guide surface is roughly orthogonal with the central shaft of the above-mentioned bellows supported by above-mentioned support portion, can guide guided member by contacting with above-mentioned directed.
3. the labelling apparatus of bellows as claimed in claim 1 or 2, is characterized in that,
Above-mentioned guided member has surrounding wall portion, and under the state that above-mentioned guided member is installed on above-mentioned marking pen, this surrounding wall portion is surrounded around the central shaft in above-mentioned nib portion.
4. the labelling apparatus of bellows as claimed in claim 1 or 2, is characterized in that,
The circumferencial direction of the position that aforementioned body parts are corresponding with guide sections on the central axis direction of the above-mentioned bellows supported by above-mentioned support portion has ink slot to avoid portion.
5. a labeling method for bellows, use the labelling apparatus of the bellows according to any one of claim 1 to 4, use above-mentioned marking pen in the outer peripheral face setting-out of above-mentioned bellows, the feature of the labeling method of described bellows is, comprises the following steps:
A above-mentioned guided member is installed on the leading section of above-mentioned marking pen by ();
B above-mentioned bellows is supported in the certain position of aforementioned body parts by () by above-mentioned support portion; With
C () makes to be arranged on the state that the above-mentioned guided member on above-mentioned marking pen abuts with the outer peripheral face of above-mentioned bellows with the above-mentioned nib portion of above-mentioned marking pen and moves along guide sections.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2009290911A JP5402614B2 (en) | 2009-12-22 | 2009-12-22 | Corrugated tube marking device and corrugated tube marking method |
| JP2009-290911 | 2009-12-22 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102101400A CN102101400A (en) | 2011-06-22 |
| CN102101400B true CN102101400B (en) | 2015-02-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010270643.XA Expired - Fee Related CN102101400B (en) | 2009-12-22 | 2010-08-31 | Corrugated pipe marking device and corrugated pipe marking method |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5402614B2 (en) |
| CN (1) | CN102101400B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106463213B (en) * | 2014-05-29 | 2018-03-27 | 矢崎总业株式会社 | Exterior member erecting device and exterior member installation method |
| CN110434822A (en) * | 2019-08-09 | 2019-11-12 | 湖南新濠新材料有限公司 | A kind of bellows labelling apparatus and labeling method |
| JP7503463B2 (en) | 2020-09-17 | 2024-06-20 | 株式会社丸山製作所 | Paddy field furrow cutting machine's furrow cutting part |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2721292Y (en) * | 2004-06-30 | 2005-08-31 | 河南新飞电器有限公司 | Pipe cutter with marker |
| CN2908171Y (en) * | 2006-06-28 | 2007-06-06 | 王建岳 | Marking pen |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS54105631U (en) * | 1978-01-04 | 1979-07-25 | ||
| JP3446445B2 (en) * | 1996-01-30 | 2003-09-16 | 住友電装株式会社 | How to prevent twisting of wire harness |
| JP3339834B2 (en) * | 1998-12-25 | 2002-10-28 | 株式会社ミノグループ | Method and apparatus for transporting printed material during printing in screen printing machine |
| JP4493227B2 (en) * | 2001-03-19 | 2010-06-30 | 大阪瓦斯株式会社 | Marking jig for flexible tube |
| JP2004090116A (en) * | 2002-08-30 | 2004-03-25 | Toko Seisakusho:Kk | Pipe marking device |
-
2009
- 2009-12-22 JP JP2009290911A patent/JP5402614B2/en not_active Expired - Fee Related
-
2010
- 2010-08-31 CN CN201010270643.XA patent/CN102101400B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2721292Y (en) * | 2004-06-30 | 2005-08-31 | 河南新飞电器有限公司 | Pipe cutter with marker |
| CN2908171Y (en) * | 2006-06-28 | 2007-06-06 | 王建岳 | Marking pen |
Non-Patent Citations (2)
| Title |
|---|
| JP特开2002-276852A 2002.09.25 * |
| JP特开2004-90116A 2004.03.25 * |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2011131423A (en) | 2011-07-07 |
| CN102101400A (en) | 2011-06-22 |
| JP5402614B2 (en) | 2014-01-29 |
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