CN102387725A - Device and method for manufacturing element on which cover is mounted - Google Patents

Device and method for manufacturing element on which cover is mounted Download PDF

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Publication number
CN102387725A
CN102387725A CN2010800114021A CN201080011402A CN102387725A CN 102387725 A CN102387725 A CN 102387725A CN 2010800114021 A CN2010800114021 A CN 2010800114021A CN 201080011402 A CN201080011402 A CN 201080011402A CN 102387725 A CN102387725 A CN 102387725A
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CN
China
Prior art keywords
outer tube
cladding parts
external diameter
central axis
parts
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Granted
Application number
CN2010800114021A
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Chinese (zh)
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CN102387725B (en
Inventor
藤本健次
中川美希夫
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Pip Fujimoto Co Ltd
Original Assignee
Shin Etsu Polymer Co Ltd
Pip Fujimoto Co Ltd
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Application filed by Shin Etsu Polymer Co Ltd, Pip Fujimoto Co Ltd filed Critical Shin Etsu Polymer Co Ltd
Publication of CN102387725A publication Critical patent/CN102387725A/en
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Publication of CN102387725B publication Critical patent/CN102387725B/en
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    • D—TEXTILES; PAPER
    • D07—ROPES; CABLES OTHER THAN ELECTRIC
    • D07B—ROPES OR CABLES IN GENERAL
    • D07B7/00—Details of, or auxiliary devices incorporated in, rope- or cable-making machines; Auxiliary apparatus associated with such machines
    • D07B7/02—Machine details; Auxiliary devices
    • D07B7/14—Machine details; Auxiliary devices for coating or wrapping ropes, cables, or component strands thereof

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  • Automatic Assembly (AREA)
  • Application Of Or Painting With Fluid Materials (AREA)
  • Lining Or Joining Of Plastics Or The Like (AREA)
  • Buffer Packaging (AREA)

Abstract

A device for manufacturing elements on which covers are mounted, capable of manufacturing the elements having equivalent quality in a simple manner and with a high yield rate, and a method of manufacturing elements on which covers are mounted, capable of, despite being simple, manufacturing the elements having equivalent quality with a high yield rate. A device for manufacturing elements on which covers are mounted is provided with: an insertion jig (10) comprising an outer tube (12) and an intermediate shaft body (11) which has a section (15) having an outer diameter gradually reduced toward the tip thereof; a pushing and advancing member (20) for pushing and advancing a cover member to the outer tube (12) side; and an insertion-jig moving means (40) for moving forward and backward the intermediate shaft body (11) and the outer tube (12) independently of each other. The manufacturing method has a step of inserting and disposing the cover member in the intermediate shaft body (11) projecting from the outer tube (12), a step of pushing and advancing the cover member to cause the outer tube (12) to cover and be disposed on the cover member, a step of reversing the intermediate shaft body (11), a step of inserting and disposing in the outer tube (12) a member to be covered, and a step of reversing the outer tube (12).

Description

The manufacturing installation and the manufacturing approach of the equipped body of coating member
Technical field
The present invention relates to the manufacturing installation and the manufacturing approach of the equipped body of a kind of coating member; Specifically relate to a kind of can be simply, have an equipped system manufacturing apparatus of coating member of the equipped body of coating member of same quality with high finished product rate manufacturing; And; Though simply, can have the equipped system making method of coating member of the equipped body of coating member of same quality with the high rate of finished products manufacturing.
Background technology
In the past; On for example rope, clava, the isometric size object of chain thing (being designated hereinafter simply as " by cladding "); For the for example connection between the end, the cracking that prevents long size object or breakage etc.; General assembling various cladding parts (coating member), for example splicing ear, hooking sheet, guard block etc. such as in its periphery and/or end.Such cladding parts adopts rubber-like cladding parts (following all abbreviate as " cladding parts ") sometimes.
As the method etc. of assembling cladding parts on said long size object, for example in the patent documentation 1, put down in writing the method that is coated and fixed and the device thereof that cladding parts is fixing on by cladding parts.Specifically be; Its claim item 1 has been put down in writing: " a kind of on by cladding with elasticity cladding parts fixed method; it is characterized in that; have: in the hole of the said large-diameter portion of the coating insertion parts that minor diameter part, pointed cone portion and large-diameter portion are formed, a said part by cladding is touched the engineering of maintenance on coaxial; The engineering of via the hole said elasticity cladding parts being inserted at said minor diameter part; Through strain the said elasticity cladding parts that is inserted into is expanded, push simultaneously and make it pass through said pointed cone portion and said large-diameter portion, it is pushed said by the engineering of cladding; Push the part of said elasticity cladding parts said by cladding and through after the elastic force maintenance; Stay said elasticity cladding parts said by cladding; Simultaneously with said coating insertion parts from said elasticity cladding parts and said engineering of being separated by cladding, the elasticity cladding parts that is stayed is fixed as one by cladding with said through the elastic force quilt.”
In addition; Its claim 5 has been put down in writing: " a kind of fixedly device that is coated and fixed of elasticity cladding parts that is used on; its thing is levied and is; have: minor diameter part, pointed cone portion, large-diameter portion are formed on coaxial, said large-diameter portion by cladding be provided be used to insert said by the coating insertion parts in the hole of cladding; Through strain said elasticity cladding parts is expanded; Push simultaneously; Make it pass through said minor diameter part, said pointed cone portion and said large-diameter portion, push the said by the means that push of cladding of the hole that is inserted into said large-diameter portion, said elasticity cladding parts is pushed into said by behind the cladding; Said coating insertion parts is separated, and said elasticity cladding parts is fixed as one by cladding with said through the elasticity quilt.”
Promptly; " fixing means of coating and the device thereof " of patent documentation 1 record; Be to use " minor diameter part, pointed cone portion, large-diameter portion are formed on coaxial; said large-diameter portion be provided be used to insert said by the coating insertion parts in the hole of cladding ", " make its minor diameter part, pointed cone portion and large-diameter portion " through pushing elasticity cladding parts through coating insertion parts, the elasticity cladding parts is fixed on by the method on the cladding and device (with reference to 0022 hurdle～0027 hurdle of patent documentation 1 and Fig. 3～Fig. 7 etc.).
The look-ahead technique document
Patent documentation
Patent documentation 1: No. 4015601 communique of japanese
Summary of the invention
The problem that invention will solve
According to above-mentioned patent documentation 1; The fixing means through said coating and the fixture of coating make that the elasticity cladding parts is fixed by cladding; When elasticity cladding parts 4 is pushed large-diameter portion 3a, use the device 13,30 that pushes parts 5, pliers 6 (with reference to 0024 hurdle and Fig. 9 etc.), claim 10 (with reference to Figure 28～31) and claim 11 (with reference to Figure 32) record shown in Figure 9 for example shown in Figure 4.
But these push parts 5, pliers 9 and push means 13 and 30, like 1 moat of patent documentation, all need manual operation.And since said be that long size and external diameter are less mostly by cladding parts; Of patent documentation 1; Through when keeping " in the hole at said large-diameter portion; with the said state that is kept by the touching of the part of cladding ", implementing the method for a plurality of engineerings, said touching state possibly change, thereby possibly occur can't be by the fixing situation of elasticity cladding parts of the assigned position of cladding.In addition; If the fixing means of the coating of use patent documentation 1 and the fixture of coating are made the equipped body of coating member that a plurality of elasticity cladding parts are fixed; Heterogeneity can appear in the coated state of the elasticity cladding parts of the equipped body of a plurality of coating members that produce, the fixed position of elasticity cladding parts etc., can't have the elasticity cladding parts of certain quality with the high rate of finished products manufacturing.
In addition, under the situation that does not change said touching state, when fixedly the elasticity cladding parts is made a plurality of elasticity cladding parts by the assigned position of cladding, need high qualification.
Therefore, the objective of the invention is to, provide a kind of can be easily and have an equipped system manufacturing apparatus of coating member of the equipped body of coating member of equal quality with the high rate of finished products manufacturing.
In addition, the present invention also aims to,, can have the equipped system making method of coating member of the equipped body of coating member of same quality with the high rate of finished products manufacturing though provide a kind of simple.
Solve the means of problem
As the 1st means that solve above-mentioned problem,
Claim 1 provide a kind of long size shape by cladding parts on the equipped system manufacturing apparatus of coating member that cladding parts is made the equipped body of coating member is installed, it is characterized in that having:
● insert anchor clamps, be provided with the central axis of the diminishing external diameter change section of outer radial tip, and, both ends open, be inserted through the outer tube that said central axis and its said external diameter change section are configured to the outstanding state in before end,
● propulsive element; The 1st advances arm and the 2nd to advance arm to be formed with the promotion part in the end respectively, and said promotion part is provided with abutting part, said abutting part be formed on form the portion of running through of running through said central axis run through recess around; And; Relatively to saidly run through the first extreme direction that recess is configured in said outer tube, can be free near or away from, said cladding parts is inserted into and is configured in from the outstanding said external diameter change section of said outer tube; The end of said abutting part and said cladding parts connects; The axis direction of this cladding parts along said central axis advanced to said outer tube side relatively, when said external diameter change section makes it hole enlargement, it is sleeved on said outer tube
● limiting part, be provided with the limiting faces that forms around the through hole that runs through said outer tube, be used to limit the said cladding parts and the said outer tube that are sleeved on from the outstanding said outer tube of said through hole and retreat jointly,
● insert the anchor clamps mobile means; Make said central axis and said outer tube independent in said axis direction forward-reverse; Make its relative forward-reverse; Insert saidly being set with on the said outer tube of said cladding parts to form, will be installed in said by the said cladding parts of said limiting part restriction by on the cladding parts by the cavity of cladding parts.
Claim 2 is that the manufacturing installation of the equipped body of coating member according to claim 1 is characterized in that:
Wherein, said promotion part has out amount adjustment means, and the said amount of opening adjustment means are according to the said amount of opening that runs through portion of relative position adjustment of the said propulsive element of the said axis direction in edge.
Claim 3 is that the manufacturing installation of the equipped body of coating member according to claim 2 is characterized in that:
The said amount of opening adjustment means have:
● guide member, said guide member are provided with guiding external diameter change section, and the external diameter of this guiding external diameter change section to be dwindling to first extreme direction with the corresponding inclination ratio of the inclination ratio of said external diameter change section gradually,
● the 1st adjustment arm and the 2nd adjustment arm, advance arm and the said the 2nd to advance arm to combine with the said the 1st respectively, its tip is provided with the directed section that contacts on the axis that is positioned at said guide member, with said guiding external diameter change section,
● and extensible member is used to connect the said the 1st and advances arm and the said the 2nd to advance arm, make its can be free near or away from,
Wherein, slide on the said axis direction of the outer peripheral face of said guiding external diameter change section in said directed section, thus through the 1st adjustment arm and the 2nd adjustment arm make the said the 1st advance arm and the said the 2nd advance arm each other near or away from.
Claim 4 is that the manufacturing installation of the equipped body of coating member according to claim 1 is characterized in that:
Have a plurality of said insertion anchor clamps, said propulsive element and said limiting part.
As the 2nd means that solve above-mentioned problem,
The manufacturing approach that claim 5 provides a kind of length the equipped body of coating member of cladding parts to be installed at the size shape on by cladding parts is characterized in that having:
● insert the engineering of the said cladding parts of configuration; Limiting part has the limiting faces that around the through hole of the outer tube that runs through both ends open, forms; Make said outer tube outstanding from the said through hole of this limiting part, central axis has the diminishing external diameter change section of outer radial tip, and said central axis is inserted through said outer tube; And at the said external diameter change section insertion configuration said cladding parts outstanding from its first end
● the axis direction of the said central axis in said cladding parts edge is advanced, makes its engineering in said outer tube lining configuration in the hole enlargement of said external diameter change section relatively to said outer tube side,
● make the said tip of said central axis retreat the engineering to the said outer tube at least relatively,
● in the inside of retreating the said outer tube that forms the cavity because of said central axis, the insertion configuration is said by the engineering of cladding parts,
● limit retreating of said cladding parts with said limiting faces, said outer tube retreated for said limiting part relatively, with said cladding parts peace shape said by the engineering on the cladding parts.
The invention effect
Coating member of the present invention is equipped with the system making method; Have said with cladding parts the engineering of inserting configuration from the outstanding central axis of outer tube, said with cladding parts in the engineering of outer tube lining configuration, the said engineering that said central axis is retreated, saidly will be inserted the engineering and the said engineering that outer tube is retreated of configuration at this outer tube by cladding parts; And; Said will be said cladding parts to be carried out after the engineering of outer tube lining configuration in the engineering of inserting configuration on the outer tube by cladding parts, and simultaneously, cladding parts is on being installed in by cladding parts under the situation of not passing said outer tube; Therefore; Though each engineering is all very simple, till the manufacturing of the equipped body of coating member is accomplished, can be easily and stably keep through the cladding parts of outer tube configuration with by the relative position relation of cladding parts.
In addition; Coating member of the present invention is equipped with the system manufacturing apparatus; Owing to be to constitute, be suitable for the equipped system making method of coating member of embodiment of the present invention just, because cladding parts need not to pass outer tube by said insertion anchor clamps, said propulsive element, said insertion anchor clamps mobile means and said limiting means; So till the manufacturing of the equipped body of coating member is accomplished, can be easily and stably keep through the cladding parts of outer tube configuration with by the relative position relation of cladding parts.
Therefore, the equipped body of coating member that great majority are made through equipped system making method of coating member of the present invention and the equipped system manufacturing apparatus of coating member of the present invention, cladding parts all as one man is installed in by on the cladding parts, has equal quality.
Therefore; Through the present invention; Can provide can be simply, have the equipped system manufacturing apparatus of coating member of the equipped body of coating member of same quality with the high rate of finished products manufacturing; And, though simply, can have the equipped system making method of coating member of the equipped body of coating member of same quality with the high rate of finished products manufacturing.
Description of drawings
Fig. 1 is the general positive map of the manufacturing installation of the equipped body of coating member of embodiment in the manufacturing installation of the equipped body of expression coating member of the present invention;
Fig. 2 is the summary left surface figure of the manufacturing installation of the equipped body of coating member of embodiment in the manufacturing installation of the equipped body of expression coating member of the present invention;
Fig. 3 is the skeleton diagram of the bottom of the propulsive element of the manufacturing installation of the equipped body of coating member of embodiment in the manufacturing installation of the equipped body of expression coating member of the present invention;
Fig. 4 is the general positive map of the insertion anchor clamps of the manufacturing installation of the equipped body of coating member of embodiment in the manufacturing installation of the equipped body of expression coating member of the present invention; Fig. 4 (a) is the general positive map of an instance of the central axis of the manufacturing installation of the equipped body of coating member of embodiment in the manufacturing installation of the equipped body of expression coating member of the present invention; Fig. 4 (b) is the general positive map of an instance of the outer tube of the manufacturing installation of the equipped body of coating member of embodiment in the manufacturing installation of the equipped body of expression coating member of the present invention, and Fig. 4 (c) is the general positive map of another instance of the central axis of the manufacturing installation of the equipped body of coating member of embodiment in the manufacturing installation of the equipped body of expression coating member of the present invention;
Fig. 5 is the key diagram of an instance of the manufacturing approach of the equipped body of explanation coating member of the present invention; Fig. 5 (a) is the diagrammatic illustration figure of original state of the manufacturing installation of the equipped body of explanation coating member; Fig. 5 (b) is that explanation is inserted the diagrammatic illustration figure of engineering of configuration with cladding parts on central axis, and Fig. 5 (c) is explanation at the key diagram that outer tube is inserted the state of propulsive element and cladding parts butt in the engineering that disposes on cladding parts;
Fig. 6 is the key diagram of an instance of the manufacturing approach of the equipped body of explanation coating member of the present invention; Fig. 6 (a) is that explanation is in the engineering of outer tube being inserted configuration on cladding parts; The 1st advances arm and the 2nd to advance arm on extensible member, to keep the key diagram of the state that cladding parts is advanced in the slightly parallel state; Fig. 6 (b) is that explanation is in the engineering of outer tube being inserted configuration on cladding parts; The key diagram of the state that the 1st propelling arm and the 2nd propelling arm advance cladding parts when sowing discord, Fig. 6 (c) are the state of the engineering end of disposing is inserted outer tube in explanation on cladding parts diagrammatic illustration figure;
Fig. 7 is the key diagram of an instance of the manufacturing approach of the equipped body of explanation coating member of the present invention; Fig. 7 (a) is the diagrammatic illustration figure that explanation makes the state that engineering that central axis retreats finishes; Fig. 7 (b) is explanation will be inserted the state of the engineering end of disposing by cladding parts on said outer tube diagrammatic illustration figure; Fig. 7 (c) is the diagrammatic illustration figure of midway state of explanation in the engineering that said outer tube is retreated, and Fig. 7 (d) is the diagrammatic illustration figure of the state that finishes of engineering that explanation is retreated said outer tube;
Fig. 8 coating member that to be expression make through the manufacturing approach of the manufacturing installation of the equipped body of coating member of the present invention and the equipped body of coating member of the present invention is equipped with the brief strabismus map of an instance of body.
The specific embodiment
Through the equipped body of coating member that the manufacturing installation and the manufacturing approach of the equipped body of coating member of the present invention are made, be being formed at long size shape by certain periphery of cladding parts or end installation cladding parts.As the equipped body of such coating member, the ornaments of necklace, bracelet and ring etc. are for example arranged, the long size article of rope, hawser, chain thing, clava etc.Said cladding parts is mounted in by the parts on the cladding parts, its shape etc. possibly have be used to insert by cladding parts by the cladding parts erection opening, but, for example can be body, ellipsoid, spheroid etc. not as limit.As such cladding parts, splicing ear, hooking sheet, guard block etc. are for example arranged.Cladding parts have nonelastic all can, can be installed in through the elastic force of self by on the cladding parts, also can be installed in by on the cladding parts through bonding agent etc.In the time of on being installed in by cladding parts through elastic force, cladding parts has less than by the internal diameter of the external diameter of cladding parts usually.
Through the manufacturing installation and the manufacturing approach of the equipped body of coating member of the present invention, though for crooked free, generally be difficult to install cladding parts by cladding parts, also can cladding parts be installed according to demand.Therefore, as the matrix of the equipped body of coating member by cladding parts, can be unbending long size parts such as clava, also can be the long freely size parts of bending.This according to its purposes etc., is adjusted to suitable external diameter and axial length by cladding parts.
In the manufacturing installation and manufacturing approach of the equipped body of coating member of the present invention, as the equipped body of coating member, the ornaments that the installation splicing ear forms on said ornamental long body are the most suitable.Such ornaments for example have necklace (comprising the magnetic necklace in the present invention), bracelet (comprising the magnetic bracelet in the present invention), belt, neck chain (choker) etc.
Said coating member is equipped with body, for example, can be shown in the equipped body 50 of the coating member of Fig. 8 (a), will be inserted into the slightly central state of axis direction of cladding parts 51 by cladding parts 52, on by cladding parts 52, cladding parts 51 is installed; In addition; Also can be shown in the equipped body 53 of the coating member of Fig. 8 (b); The axis direction that passes cladding parts 51 is all, in other words, will be inserted cladding parts 51 by cladding parts 52; Make cladding parts 51 and the state that is almost become one side by two end faces of cladding parts 52, on by cladding parts 52, cladding parts 51 is installed.Specifically be; As cladding parts 51; When near the end of one of which end, using splicing ear with connecting portion etc.; Shown in Fig. 8 (a), will be inserted by near the axis direction of cladding parts erection opening 54 to the for example splicing ear summary central authorities by cladding parts 52, make it not invade (indicating among Fig. 8) such as said connecting portions.As an instance of the equipped body of such coating member, for example, shown in Fig. 8 (a) and Fig. 8 (b), the axis direction that will be inserted into cladding parts 51 by cladding parts 52 is central authorities or run through necklace that its axis direction all installs or bracelet etc. slightly.
Can make the equipped system making method of coating member of the present invention of the equipped body of above-mentioned coating member; Has following engineering: the engineering of inserting the said cladding parts of configuration; Limiting part has the limiting faces that around the through hole of the outer tube that runs through both ends open, forms; Make said outer tube outstanding from the said through hole of this limiting part; Central axis has the diminishing external diameter change section of outer radial tip, and said central axis is inserted through said outer tube, and inserts the said cladding parts of configuration in the said external diameter change section outstanding from its first end; Advance, make it in the hole enlargement of said external diameter change section and simultaneously in the engineering of said outer tube lining configuration along the axis direction of said central axis relatively to said outer tube side said cladding parts; Make the said tip of said central axis retreat the engineering to the said outer tube at least relatively; In the inside of retreating the said outer tube that forms the cavity because of said central axis, the insertion configuration is said by the engineering of cladding parts; Limit retreating of said cladding parts with said limiting faces, said outer tube is retreated for said limiting part relatively, said cladding parts is installed in said by the engineering on the cladding parts.
Embodiment
At first with reference to accompanying drawing, manufacturing installation that be fit to use, the equipped body of coating member of the present invention describes during to the manufacturing approach (following possibly the abbreviation " manufacturing approach of the present invention ") of the equipped body of coating member of embodiment of the present invention.
The manufacturing installation 1 of the equipped body of coating member is the embodiment in the manufacturing installation (following possibly the abbreviation " manufacturing installation of the present invention ") of the equipped body of coating member of the present invention; Like Fig. 1～shown in Figure 3, the manufacturing installation 1 of the equipped body of coating member constitutes by inserting anchor clamps 10, propulsive element 20, the amount of opening adjustment means 30 (with reference to Fig. 2) and inserting anchor clamps mobile means 40.
Insertion anchor clamps 10 in this manufacturing installation 1, as shown in Figure 4, insert the outer tube 12 that passes by bar-shaped central axis 11 with central axis 11 and constitute.
Central axis 11 shown in Fig. 4 (a), is the club shaped structure of large-diameter portion 14, external diameter change section 15 and minor diameter part 16 Sharing Center's axles, and better state is at its tip, to have major limitation by the tip restrictions 18 of cladding parts 52 to the axis direction displacement.Specifically be; Central axis 11 is by on the 1st moving substrate 41A that states after being arranged on plumbness; By the large-diameter portion with certain external diameter 14; Connect from the end of large-diameter portion 14 be provided with, external diameter change section 15 that the outer radial tip diminishes gradually, connect the minor diameter part 16 that is provided with, has the certain external diameter littler from the end of external diameter change section 15 and constitute than said large-diameter portion 15.
The external diameter of large-diameter portion 14 can less than after the internal diameter of the outer tube 12 stated, for example, can be shown in the central axis 11 among Fig. 4 (a), the internal diameter of the external diameter of large-diameter portion 14 and outer tube 12 is almost equal, the inner peripheral surface of the outer peripheral face of large-diameter portion 14 and outer tube 12 is contact condition; In addition, for example, also can be shown in the central axis 19 among Fig. 4 (c), the external diameter of large-diameter portion 14 ' is less than the internal diameter of outer tube 12, and the inner peripheral surface of the outer peripheral face of large-diameter portion 14 ' and outer tube 12 is contactless state.
Said external diameter change section 15; Can be the pointed cone portion of outer radial elder generation extreme direction with the diminishing taper type of certain proportion; Also can be that outer radial elder generation extreme direction dwindles, has the curved face part of curved surface gradually with different ratios, in this embodiment, be example with above-mentioned pointed cone portion.
The tip of said minor diameter part 16 has tip restrictions 18, and the internal diameter of its external diameter and cladding parts 51 slightly equates or less than the internal diameter of cladding parts 51.
Large-diameter portion 14, external diameter change section 15 and minor diameter part 16 axial length separately need according to cladding parts 51, are suitably adjusted by cladding parts 52 etc.Said large-diameter portion 14; When being the outer tube of after central axis 11 insertions are passed, stating 12; Configuration and support said external diameter change section 15, make its from the first end of outer tube 12 outstanding parts, as long as can bring into play such function, the form of large-diameter portion 14 does not have special qualification.For example, large-diameter portion 14 can be a solid, and in addition, its end can be open state, also can be blocked state.
Said central axis 11 has said tip restrictions 18 at the tip of said minor diameter part 16.In the present invention, central axis can not be provided with minor diameter part and tip restrictions, but shown in central axis 11; If minor diameter part 16 and tip restrictions 18 are set; Just can connect, limit its displacement with the end face that is inserted into outer tube 12 by cladding parts 52, so just can be easily and stably keep cladding parts 51 with by the relative position relation of cladding parts 52; The equipped body of coating member that consequently can have equal quality with better yield rate manufacturing, thus desirable especially.Said tip restrictions 18 can be to fetch the appearance attitude that limits its displacement with being offseted by cladding parts 52, is the plane in this embodiment.
Shown in Fig. 4 (b), outer tube 12 is tubular parts of both ends open, is inserted by said central axis 11 and passes; Simultaneously, to the opposite direction of the direction of insertion of said central axis 11, in other words; Promptly, insert by cladding parts 52 to the identical direction of direction that is urged into said cladding parts 51.This outer tube 12 has and said large-diameter portion 14 and slightly identical or greater than the internal diameter of its external diameter by the external diameter of cladding parts 52, be used to support fixing lining configuration by cladding parts 52.This outer tube 12 is less than the axial length of said central axis 11, and in this embodiment, in the time of on the 2nd moving substrate 41B that after it is arranged on plumbness, states, the first end of outer tube 12 almost has consistent axial length with the first end of large-diameter portion 14.In the scope of the intensity that can keep outer tube 12, it is adjusted into less thickness, can insert cladding parts 51 more easily.
Insertion anchor clamps mobile means 40 in this manufacturing installation 1; Like Fig. 1 and shown in Figure 2; Have the 1st moving substrate 41A that vertically is provided with said central axis 11 and the through hole 42 that said central axis 11 runs through, also have the 2nd moving substrate 41B in addition, on the 2nd moving substrate, be vertically installed with said outer tube 12; Said outer tube 12 is set to and through hole 42 Sharing Centers, simultaneously around through hole 42.Said the 1st moving substrate 41A and said the 2nd moving substrate 41B respectively with figure in the driving means such as for example motor, cylinder etc. that do not indicate be connected, can be respectively advance or retreat to the axis C of said central axis 11 direction independently.
Propulsive element 20 in this manufacturing installation 1; Axis C direction forward-reverse along said central axis 11; The cladding parts 51 that insertion is configured in from the outstanding said central axis 11 of said outer tube 12 carries out relative propelling to outer tube 12 sides; Said cladding parts 51 is carried out hole enlargement in said external diameter change section 15, make its lining be configured in outer tube 12 simultaneously.Specifically be; Like Fig. 1～shown in Figure 3; Propulsive element 20 has: the 1st advances arm 21A; The said the 1st advances arm 21A to possess the 1st promotion part 22A, the formation of stating after said the 1st promotion part 22A is provided with run through the 1st of portion 27 run through recess 24A be formed on the 1st run through recess 24A around, the 1st abutting part 23A that connects with the end of cladding parts 51; The 2nd advances arm 21B; The said the 2nd advances arm to possess the 2nd promotion part 22B, said the 2nd promotion part 22B have with the said the 1st run through recess 24A common form run through the 2nd of portion 27 run through recess 24B be formed on the 2nd run through recess 24B around, the 2nd abutting part 23B that connects with the end of cladding parts 51.
The said the 1st advances arm 21A slightly to be the quadrangular prism shape, and the end of an end is equipped with the 1st tip parts 25A with said the 1st promotion part 22A, and said the 1st promotion part 22A has the 1st and runs through recess 24A and the 1st abutting part 23A; The end of the other end be equipped with after the 1st attaching parts 26A (with reference to Fig. 1 and Fig. 2) that is connected of the propulsive element mobile means 44 stated.
Like Fig. 1 and shown in Figure 3, said the 1st tip parts 25A is level and smooth plate-shaped member, after state the 2nd advance arm 21B side end face, be formed with the 1st of the summary semicircle shape that runs through its thickness direction and run through recess 24A.That is, the 1st tip parts 25A have smooth surface and on this surface almost vertical form the said the 1st run through recess 24A, the 1st promotion part 22A by the said the 1st run through recess 24A and around the said the 1st run through recess the surface promptly the 1st abutting part 23A constitute.As shown in Figure 3, said the 1st tip parts 25A when supporting the said the 1st to advance arm 21A by propulsive element mobile means 44, is positioned at said surface towards central axis 11, the said end face position towards the axis C of central axis 11.
The said the 1st runs through the amount of recess of recess 24A; Advance and outer tube 12 lining is configured in 51 last times of cladding parts at propulsive element 20; Should advance the side of arm 21A suitably to determine according to the shape of the external diameter of cladding parts 51 and internal diameter, said the 1st tip parts 25A, size, from the 1st to the overhang of the 2nd tip parts 25B side, make the 1st run through recess 24A recessed surface contact or noncontact with the outside of central axis 11.Generally speaking, the said the 1st runs through the amount of recess of recess 24A, when advancing cladding parts 51, be decided to be and have the 1st abutting part 23A that connects with cladding parts 51, and the 1st run through recess 24A recessed surface contact or noncontact with the outside of central axis 11.Of back literary composition, the 1st run through recess 24A said recessed surface be preferably the outside noncontact with central axis 11.
In this manufacturing installation 1, Fig. 1 and shown in Figure 2 for example, said the 1st attaching parts 26A have by the axis body of the bearing supporting of propulsive element mobile means 44 etc., make the 1st to advance arm 21A to be urged into that parts mobile means 44 is supported and rotatable.
Like Fig. 1～shown in Figure 3, the said the 2nd advances arm 21B same basically with said the 1st propelling arm 21A.
Like Fig. 1 and shown in Figure 3; Advance arm 21A and the said the 2nd to advance among the arm 21B the said the 1st; Said the 1st attaching parts 26A and the 2nd attaching parts 26B are rotatably supported by said propulsive element mobile means 44 respectively; Thereby make the 1st of mutual subtend run through the roughly position on axis C that is centered close to said insertion anchor clamps 10 that recess 24A and the 2nd runs through the portion of running through 27 (especially with reference to Fig. 3) that recess 24B forms, in addition, make the said the 1st advance arm 21A and the said the 2nd advance arm 21B each other near or away from; Mutually the 1st of subtend the run through recess 24A and the 2nd run through recess 24B can be freely approaching each other or away from; In other words, that is, but make said portion's 27 freely openables that run through.
In by the propulsive element of supporting like this 20, the said portion 27 of running through has external diameter greater than the minor diameter part on the central axis 11 16, is equal to or less than the size of inserting the external diameter that is configured in the cladding parts 51 on the central axis 11.For example, as shown in Figure 3 in this embodiment, the said portion 27 of running through runs through recess 24A and the 2nd by the slightly semicircular the 1st to run through the circular notch portion of summary that the mutual subtend of recess 24B constitutes, and its diameter has the size of said scope.In this embodiment, specifically be that it is more bigger than the external diameter of minor diameter part 16 to run through the diameter of portion 27.
Like Fig. 1 and shown in Figure 2, said propulsive element mobile means 44 is tabular, and its inside is formed with recess, promptly supports the bearing of the axis body of said the 1st attaching parts 26A and said the 2nd attaching parts 26B.The driving means such as for example motor, cylinder etc. that does not indicate among this propulsive element mobile means 44 and the figure is connected, and makes the 1st of said propulsive element 20 advance arm 21A and the 2nd to advance arm 21B forward-reverse jointly.
The amount of opening adjustment means 30 in this manufacturing installation 1; Be the parts of adjustment along the relative position of the said propulsive element 20 of the axis C direction of said central axis 11; In other words; Be forward-reverse according to said propulsive element 20, adjust that said central axis 11 runs through said run through portion 27 sow discord the i.e. parts of the amount of opening of distance.After said manufacturing installation 1 has the amount of the opening adjustment means 30 of the contactless state of keeping portion of running through 27 and external diameter change section 15 in the running; Can make and insert anchor clamps 10 and run through the breakage that portion 27 does not produce abrasion etc.; Cladding parts 51 likewise is installed in by on the cladding parts 52, can has higher durability in addition.
This amount of opening adjustment means 30 specifically like Fig. 1～shown in Figure 3, have: guide member 31, this guide member 31 are provided with the guiding external diameter change section 34 of external diameter to diminish gradually to tip with the corresponding inclination ratio of the inclination ratio of said external diameter change section 15; With the 1st adjustment arm 32A that said the 1st propelling arm 21A combines, the 1st adjustment arm 32A is provided with and said guiding external diameter change section 34 contacted the 1st directed section 37A; With the 2nd adjustment arm 32B that said the 2nd propelling arm 21B combines, the 2nd adjustment arm 32B is provided with and said guiding external diameter change section 34 contacted the 2nd directed section 37B; Extensible member 33 (with reference to Fig. 1), this extensible member 33 advances arm 21A and the said the 2nd to advance arm 21B to connect with the said the 1st, make its can be free near or away from.
Like Fig. 1 and shown in Figure 2, said guide member 31 is formed the bar-shaped of large-diameter portion 35, guiding external diameter change section 34 and minor diameter part 36 Sharing Center's axles.Specifically be; Guide member 31 is by on the fixing base that does not indicate in the drawings with the state setting of standing up; By having the large-diameter portion 35 of external diameter much at one; Connect from the end of large-diameter portion 35 be provided with, guiding external diameter change section 34 that the outer radial tip diminishes gradually, connect from the end of guiding external diameter change section 34 and to be provided with, to constitute less than said large-diameter portion 35, minor diameter part 36 with certain external diameter.Said guiding external diameter change section 34; Can be that external diameter is in certain proportion to the guiding pointed cone portion of the diminishing taper type of tip; Also can be external diameter dwindles, has the lead-in curve portion of curved surface with different ratios to tip gradually, in this embodiment, is said guiding pointed cone portion.
Said guide member 31, the external diameter of adjustment large-diameter portion 35, guiding external diameter change section 34, minor diameter part 36 and axial length etc., making the said outer peripheral face that runs through portion 27 and said external diameter change section 15 is the non-contacting amount of opening.In this embodiment; Consider said run through portion 27 with after position (highly) and the inclination ratio of the external diameter change section 15 in the central axis 11 of said axis C direction of the 1st directed section 37A that states and the 2nd directed section 37B, determine the axial length of inclination ratio, axial length and the large-diameter portion 35 of said guiding external diameter change section 34.
Like Fig. 1～shown in Figure 3, the 1st adjustment arm 32A, the end with a side from the 1st advance arm 21A side slightly flatly the 1st connecting portion 38A of outstanding quadrangular prism body and the 1st directed section 37A that is arranged on its tip.As shown in Figure 3, said the 1st directed section 37A is the slightly circular-arc notch portion that the side of the 1st adjustment arm 35 sides in flat quadrangular prism body, after being formed in, stated is run through to its thickness direction.The amount of recess of said the 1st directed section 37A; Advance at propulsive element 20; With outer tube 12 when cladding parts 51 inserts configuration; Suitably determine from the overhang of the 1st connecting portion 38A and the inclination ratio of said external diameter change section 15 according to the shape of said flat quadrangular prism body and size, the 2nd directed section 37B, the concave surface of the 1st directed section 37A is contacted with the outside of guide member 31.
Like Fig. 1～shown in Figure 3, said the 2nd adjustment arm 32B, basic identical with said the 1st adjustment arm 32A.
Like Fig. 2 and shown in Figure 3, the 1st directed section 37A and the 2nd directed section 37B of mutual subtend, it is centered close on the roughly axis of said guide portion 31.And, the 1st directed section 37A and the 2nd directed section 37B, the state that is mutual subtend slides at the outer peripheral face of said guiding external diameter change section 34, according to the inclination ratio of guiding external diameter change section 34, make mutual distance from or approaching.
The 1st directed section 37A and the 2nd directed section 37B have external diameter greater than the minor diameter part 36 of guide member 31, are the size of the external diameter of large-diameter portion 35 less than the maximum outside diameter of guiding external diameter change section 34.For example, as shown in Figure 3 in this embodiment, the 1st directed section 37A and the mutual subtend of the 2nd directed section 37B form slightly circular spatial portion.The diameter of this spatial portion has the size of said scope, in this embodiment, specifically be, the spatial portion that the summary that the 1st directed section 37A and the 2nd directed section 37B form is circular, its diameter almost external diameter with minor diameter part 36 is identical.
As shown in Figure 1, said extensible member 33, can be with the 1st advance arm 21A and the 2nd advance arm 21B is connected, makes its can along its direction of rotation near or away from parts, for example, can be the stretch coil spring, compress line chart spring etc.In this embodiment, as extensible member 33, the 1st advance arm 21A and the 2nd advance arm 21B upper side, be that propulsive element mobile means 44 sides are provided with the stretch coil spring.Like this, because extensible member 33, propulsive element 20 is generally Fig. 1～original state shown in Figure 3; Simultaneously, because the said amount of opening adjustment means 30 are opposite with the contractility of said extensible member 33; The 1st advances arm 21A and the 2nd to advance arm 21B to rotate, the said direction of rotation in edge away from.
In this manufacturing installation 1; Like Fig. 1 and shown in Figure 2; Said outer tube 12 is provided with limiting part 46 when retreating relatively along said axis C direction, be used to limit or prevent retreat with outer tube 12 1 is equidirectional in the same way at the cladding parts 51 that the periphery lining of said outer tube 12 is disposed.This limiting part 46, be have through hole 47 that central axis 11 and outer tube 12 run through be formed on this through hole 47 around, limit or prevent the smooth plate-shaped member of the limiting faces that cladding parts 51 is retreated.The driving means such as for example motor, cylinder etc. that does not indicate among limiting part 46 and the figure is connected; Be configured in from the axial length of the outstanding outer tube 12 of limiting part 46 with after the slightly identical position of axial length of the cladding parts 51 stated, thereby make limiting part 46 can be independent of the said axis C direction forward-reverse of said the 1st moving substrate 41A and the 2nd moving substrate 41B edge.
The insertion anchor clamps mobile means 40 of said manufacturing installation 1, the driving period of propulsive element mobile means 44 and limiting part 46 and actuating speed etc. can also can manually be controlled by the control of computer equal controller.
Above-mentioned each parts of manufacturing installation 1 can be formed by the material with certain intensity, as such material, can be various resins, various metals etc.Said each parts such as can cut through being shaped, rolling, grinding at the known method manufacturing.
An instance (following possibly abbreviating as " manufacturing approach one of the present invention ") of facing the manufacturing approach of the present invention of having used said manufacturing installation 1 down describes.In Fig. 5～Fig. 7, for ease, the extending direction of minor diameter part 16 sides of said central axis 11 is called " top " or " first extreme direction ", the extending direction of large-diameter portion 14 sides is called " below " or " back extreme direction ".
In manufacturing approach one of the present invention, at first, the for example insertion anchor clamps 10 of manufacturing installation 1 and propulsive element 20 etc. are configured to original state.Promptly; Shown in Fig. 1 and Fig. 5 (a); In the outer tube 12 of both ends open, insert and pass central axis 11; Under the state that the external diameter change section 15 of central axis 11 is given prominence to from the first end of outer tube 12, make the 1st moving substrate 41A and the 2nd moving substrate 41B carry out relative forward-reverse along said axis C direction, anchor clamps 10 are inserted in configuration.At this moment, make limiting part 46 carry out relative preceding moving back later along said axis C direction, configuring fixed is in the corresponding position of axial length of the cladding parts 51 of the said outer tube 12 of lining.In this embodiment, limiting part 46 is configured in the position identical with the axial length of cladding parts 51.The original state of the insertion anchor clamps 10 that dispose like this, shown in Fig. 1 and Fig. 5 (a), the first end of the tip of outer tube 12 and large-diameter portion 14 (indicating among Fig. 5 (a)) almost becomes one side, and external diameter change section 15 and minor diameter part 16 are outstanding from the tip of outer tube 12.
In addition, propulsive element 20 is configured to above said axis C direction, keep certain distance with insertion anchor clamps 10.The said original state of this propulsive element 20; Shown in Fig. 1～3 and Fig. 5 (a); The said the 1st advances arm 21A and the 2nd to advance arm 21B slightly to dangle abreast on propulsive element mobile means 44 each other; The center of running through portion 27 roughly is positioned on the said axis, and the center of the spatial portion that is formed by the 1st directed section 37A and the 2nd directed section 37B roughly is positioned on the axis of guide member 31.This propulsive element 20 is in its original state, and like Fig. 1 and shown in Figure 3, the end face subtend of the end face of the 1st tip parts 25A and the 2nd tip parts 25B is provided with, and is in contact with one another or has interval slightly, and the said amount of opening that runs through portion 27 is for minimum.
In manufacturing approach one of the present invention, shown in Fig. 5 (b), manufacturing installation 1 is configured to original state after, running through outer tube 12 and, inserting configuration cladding parts 51 from assuring on the outstanding central axis 11 in 12 first end.In this embodiment, cladding parts 51 is inserted into a part that is configured in minor diameter part 16 and external diameter change section 15.At this moment,, shown in Fig. 5 (b), run through by cladding parts erection opening 54 said because minor diameter part 16 has the axial length longer than cladding parts 51, outstanding from the end face of cladding parts 51.And cladding parts 51 is left compartment of terrain and outer tube 12 series arrangement on roughly coaxial.The insertion of cladding parts 51 configuration can manually be implemented, and also can use cladding parts treating apparatus such as manipulator to implement automatically.
In manufacturing approach one of the present invention, next, propulsive element 20 is advanced relatively downwards along said axis C direction.In this embodiment, be that the 1st moving substrate 41A and the 2nd moving substrate 41B are fixed, propulsive element 20 is advanced.Like this, shown in Fig. 5 (c), the end face of the 1st tip parts 25A of propulsive element 20 and the upper side of the 2nd tip parts 25B and cladding parts 51 connects.At this moment, the 1st abutting part 23A of the end face of cladding parts 51 and the 1st promotion part 22A and the 2nd abutting part 23B of the 2nd promotion part 22B connect, and minor diameter part 16 gets into the portion 27 of running through.In addition, the minor diameter part 36 of guide member 31 gets into the said spatial portion that is formed by the 1st directed section 37A and the 2nd directed section 37B.
In manufacturing approach one of the present invention, propulsive element 20 is continued after equidirectional advances, shown in Fig. 6 (a), cladding parts 51 is inserted external diameter change section 15 by the direction to outer tube 12, is urged into simultaneously.Cladding parts 51 is along with the propelling of quilt to outer tube 12, and in the outer peripheral face slip of external diameter change section 15, its internal diameter is promptly enlarged by cladding parts erection opening 54 and external diameter gradually.In this stage; Shown in Fig. 6 (a); Because said the 1st tip parts 25A and the 2nd tip parts 25B do not arrive external diameter change section 15, thus propulsive element 20 the 1st advance arm 21A and the 2nd to advance arm 21B to keep original state, promptly based on the summary parastate of extensible member 33.
Shown in Fig. 6 (b); Make propulsive element 20 continue to advance to equidirectional, make the 1st tip parts 25A and the 2nd tip parts 25B arrive external diameter change section 15 after, before it or simultaneously; Based on the amount of opening adjustment means 30; The 1st advances arm 21A and the 2nd to advance arm 21B each other to sowing discord direction, is the center with the axis body by the bearing support of propulsive element mobile means 44, to mutual counter-rotation.Promptly; The 1st directed section 37A and the 2nd directed section 37B arrive the guiding external diameter change section 34 of guide member 31; After guiding external diameter change section 34 to advance; The 1st directed section 37A and the 2nd directed section 37B are based on guiding external diameter change section 34, and the said spatial portion that they form is urged expansion gradually, sows discord each other.Like this, the 1st adjustment arm 32A that is provided with the 1st directed section 37A sows discord with the 2nd adjustment arm 32B that is provided with the 2nd directed section 37B equally, the 1st adjustment arm 32A combine the 1st advance that arm 21A and the 2nd adjustment arm 32B combine the 2nd advance arm 21B to sow discord equally.And propulsive element 20 advances downwards more, because the inclination ratio of guiding external diameter change section 34, said spatial portion is by pushing expansion gradually.Consequently, run through portion 27 according to the inclination ratio of the external diameter change section 15 of central axis 11 by hole enlargement, according to relative position, be contactless state with the outer surface of central axis 11 along the propulsive element 20 of said axis C direction.
Like this, the 1st advances arm 21A and the 2nd to advance arm 21B to sow discord each other, and shown in Fig. 6 (b), propulsive element 20 advances cladding parts 51 under the non-contacting state of keeping portion of running through 27 and external diameter change section 15 to outer tube 12 thrusters.
Make propulsive element 20 continue to advance to equidirectional; Shown in Fig. 6 (c); According to the relative position along the propulsive element 20 of said axis C direction, the 1st advances arm 21A and the 2nd to advance arm 21B to sow discord each other, simultaneously; The end of cladding parts 51 is advanced with limiting part 46 and connects, and cladding parts 51 is mounted the outer peripheral face that promptly is sleeved on outer tube 12.At this moment, be covered the fully outer peripheral face of outer tube 12 of cladding parts 51, simultaneously because by hole enlargement, based on outer tube 12 in the slightly elastic force pushing to the central axis direction of axis C of homogeneous of its peripheral direction, cladding parts 51 is the state of being close to outer tube 12.Subsequently, shown in Fig. 7 (a), propulsive element 20 is retreated to the top of said axis C direction, is reduced to original state and standby.
In manufacturing approach one of the present invention, next, shown in Fig. 7 (a),, in other words,, retreat at least relatively to outer tube 12 to the relative suit direction of cladding parts 51 outer tube 12 with the below of central axis 11 to said axis C direction.In this embodiment, the tip restrictions 18 of central axis 11 is retreated at least relatively to outer tube 12, form the cavity at the first extreme direction of outer tube 12.Specifically be, the 2nd moving substrate 41B is fixed, the 1st moving substrate 41A is retreated to said below.At this moment, the amount of retreating of tip restrictions 18 should suitably be adjusted according to the installment state of cladding parts, for example; Central axis 11 when the coating member shown in the shop drawings 8 (a) is equipped with body 50; Shown in Fig. 7 (a), preferably make tip restrictions 18 retreat axis summary central portion, in addition to outer tube 12; Central axis 11 when the coating member shown in the shop drawings 8 (b) is equipped with body 53 preferably makes tip restrictions 18 retreat to the lower end with outer tube 12 and slightly is the plane.
In manufacturing approach one of the present invention, next, shown in Fig. 7 (b); Central axis 11 or tip restrictions 18 are retreated; In outer tube 12 inside that form the cavity, will by cladding parts 52 from the direction of propulsion starting point side of cladding parts 51, be that said upper side inserts, outer tube 12 in, insert and dispose.In this embodiment, shown in Fig. 7 (b), inserted from said direction of propulsion starting point side by cladding parts 52 said, to by the said tip restrictions 18 of the end face butt of cladding parts 52, in outer tube 12, insert configuration.At this moment, by the insertion amount of cladding parts 52, basic identical with central axis 11 or the amount of retreating of said tip restrictions 18 in outer tube 12 to outer tube 12.Like this will be after outer tube inserts configuration by cladding parts 52; Limited by said tip restrictions 18 by the displacement of cladding parts 52 to said axis C direction; Simultaneously, the displacement beyond said axis C direction is limited by outer tube 12, thereby can keep required insertion state.In addition, when making by the end face of cladding parts 52, for example can use maintenance instrument such as clamp to keep, thereby restriction is by the displacement of cladding parts 52 by cladding parts 52 not with said tip restrictions 18 butts.By the insertion of cladding parts 52 configuration, can manually implement, also can be implemented automatically by the cladding parts treating apparatus through manipulator etc.
In manufacturing approach one of the present invention, next, shown in Fig. 7 (c), make and vertically set up the 2nd moving substrate 41B of outer tube 12 relatively to retreat downwards.In this embodiment, be that limiting part 46 is fixing, the 2nd moving substrate 41 is retreated.Like this, outer tube 12 will with cladding parts 51 to be close to power opposite, retreat to equidirectional.At this moment, because end and the limiting part 46 of the cladding parts 51 of lining configuration connect on outer tube 12,, but rest on by the position of outer tube 12 installations so cladding parts 51 can not be retreated with outer tube 12 jointly.That is, cladding parts 51 can not pass through central axis 11 and outer tube 12 to retreating relatively with the upper side in the opposite direction that is inserted into.
After the 2nd moving substrate 41B is retreated; Shown in Fig. 7 (c); Have less than by the cladding parts 51 of the internal diameter of the external diameter of cladding parts 52,, will return to initial shape (particularly initial size) from the part that outer tube 12 is retreated because of the elastic force effect; Be configured in cladding parts 51 inner by cladding parts 52, its peripheral direction slightly receiving of homogeneous to the elastic force of the central axis direction of axis C be close to.Subsequently, the 2nd moving substrate 41B is retreated to equidirectional, shown in Fig. 7 (d), 51 quilts of cladding parts are installed to be close to by the state on the cladding parts 52.
Like this, in manufacturing approach one of the present invention, cladding parts 51 is installed in by behind the cladding parts 52, cladding parts 51 can not pass through said outer tube 12, and in other words, promptly repeated moving on said outer tube 12 is installed in by on the cladding parts 52.The equipped body of the coating member of making like this can take out from manufacturing installation 1.The taking-up engineering of the equipped body of coating member can manually be implemented, and also can use the equipped body withdrawing device of coating member such as manipulator to implement automatically.
In manufacturing approach one of the present invention, next, shown in Fig. 5 (a), insert anchor clamps mobile means 40 and limiting part 46 and return to original state.
In manufacturing approach one of the present invention, so just can cladding parts 51 be installed in by on the cladding parts 52, make the equipped body of required coating member.When a plurality of coating members of manufacturing are equipped with body, can repeat each engineering construction of Fig. 5 (a)～Fig. 7 (d) and make.
In manufacturing approach one of the present invention; One of its characteristic is, have the engineering of inserting configuration cladding parts 51 from outer tube 12 outstanding central axis 11, with cladding parts 51 in the engineering of outer tube 12 lining configurations, make engineering that said central axis 11 retreats, insert configuration by the engineering of cladding parts 52, engineering that outer tube 12 is retreated at outer tube 12.In addition; Another characteristic of this manufacturing approach one is; Limit by the displacement of cladding parts 52 through outer tube 12; Preferably under limiting by the state of the displacement of the axis direction of cladding parts 52, will in outer tube 12, be inserted the engineering that disposes by cladding parts 52 back segment of cladding parts 51 in the engineering of outer tube 12 lining configurations carried out through tip restrictions 18.In addition, another characteristic of this manufacturing approach one is that cladding parts 51 need not to be installed in by on the cladding parts 52 through outer tube 12.Particularly, if use the insertion anchor clamps 10 that constitute by said central axis 11 and said outer tube 12, the above-mentioned characteristic of enforcement that can be easy and correct.And; Manufacturing approach one of the present invention, owing to have above-mentioned characteristic, though each engineering is all very simple; But till the manufacturing of the equipped body of coating member was accomplished, maintenance that can be easy and stable was through the cladding parts 51 of outer tube 12 configurations and by the relative position relation of cladding parts 52.
Particularly; In manufacturing approach one of the present invention; Can implement the engineering of cladding parts 51 through the forward operation of propulsive element 20 in outer tube 12 lining installations, simultaneously, the engineering that can outer tube 12 retreated through the back operation enforcement of the 2nd moving substrate 41B; Thereby need not operator's skilled operation, can cladding parts 51 be installed in by on the cladding parts 52 according to demand.Particularly; For the forward operation of propulsive element 20 and the back operation of the 2nd moving substrate 41B; If use driving means and control device etc. to realize semi-automation or automation, can further cladding parts 51 be installed in by on the cladding parts 52 with higher precision.Therefore; Through manufacturing approach one of the present invention; Even make the equipped body of a plurality of coating members; The insertion length of the cladding parts 51 of the equipped body of most of coating members, the installment state of cladding parts 51 etc. are all almost equal, have cladding parts 51 and likewise are installed in by the equal quality on the cladding parts 52.
Therefore, manufacturing approach one of the present invention though be easy manufacturing approach, can have the equipped body of coating member of same quality with yield rate manufacturing preferably.
In addition; Manufacturing approach one of the present invention; Because need not to make cladding parts 51 through inserting the axis direction of anchor clamps 10, outer tube 12 is retreated can be installed in cladding parts 51 by on the cladding parts 52, thereby can shorten and make the equipped required time of body of coating member.
In addition; Said manufacturing installation 1; Have the insertion anchor clamps 10, propulsive element 20, insertion anchor clamps mobile means 40, the limiting part 46 that constitute by central axis 11 and outer tube 12; Thereby be suitable for the enforcement of manufacturing approach of the present invention, till the manufacturing of the equipped body of coating member is accomplished, maintenance that can be easy and stable through the cladding parts 51 of outer tube 12 configurations with by the relative position relation of cladding parts 52.Therefore, through this manufacturing installation 1, can simply and with the high rate of finished products manufacturing have the equipped body of coating member that identical article are sanctioned.
Said manufacturing installation 1; Have out amount adjustment means 30; Be contactless state owing to run through portion 27 in the running with external diameter change section 15; Thereby insert anchor clamps 10 and run through the breakage that abrasion etc. can not appear in portion 27, can for a long time cladding parts 51 likewise be installed in by on the cladding parts 52, bring into play higher durability.
In addition; Said manufacturing installation 1 is when being installed in cladding parts 51 by cladding parts 52; Need not to make the axis direction of cladding parts 51, but the structure that outer tube 12 is retreated is made the equipped required time of body of coating member so can shorten greatly through insertion anchor clamps 10.
The manufacturing installation of the equipped body of coating member of the present invention is not limited to above-mentioned embodiment, in the scope of the purpose that can reach application of the present invention, various changes can also be arranged.
In said manufacturing installation 1, insert anchor clamps 10 and constitute by central axis 11 and outer tube 12, in the present invention, insert anchor clamps the 3rd anchor clamps can also be set on the basis of central axis and outer tube.When for example, can be arranged on around outer tube the outer, coaxial setting of outer tube, from exterior guiding with the tubular part of cladding parts to the propelling of outer tube.The internal diameter of this tubular part should be adjusted into the external diameter more than or equal to cladding parts.
In said manufacturing installation 1; Central axis 11 has minor diameter part 16 and tip restrictions 18; But in the present invention, central axis can also be at least one side who does not have in minor diameter part and the tip restrictions, also can be that first end face with said pointed cone portion is as said tip restrictions.
In said manufacturing installation 1; The 1st to advance arm 21A and the 2nd to advance arm 21B be direct-connected with extensible member 33, but in the present invention, the 1st advance arm and the 2nd to advance arm so long as be connected to can be free near or away from; Also can directly not connect extensible member; For example, also can be directly to be connected with extensible member with the 2nd adjustment arm through the 1st adjustment arm, the 1st advances arm and the 2nd to advance arm to be connected indirectly.
In said manufacturing installation 1; The 1st runs through recess 24A and the 2nd runs through recess 24B and on the thickness direction of the 1st tip parts 25A and the 2nd tip parts 25B, has identical amount of recess; But in the present invention, the 1st runs through recess and the 2nd to run through recess can also be the semi-conical recess that diminishes to said propulsive element mobile means direction amount of recess.Equally, the 1st directed section and the 2nd directed section also can be the semi-conical recesses that diminishes to said propulsive element mobile means direction amount of recess.In addition, the amount of recess of these semi-conical recesses reduce ratio, can be identical or different with the inclination ratio of said external diameter change section or said guiding external diameter change section.
In said manufacturing installation 1; The 1st moving substrate 41A that vertically is provided with central axis 11 reaches the 2nd moving substrate 41B that vertically is provided with outer tube 12; Respectively with figure in the driving means that do not indicate be connected, but in the present invention, said the 1st moving substrate and said the 2nd moving substrate; For example can also be to have handle part respectively, thereby can manually carry out independently forward-reverse respectively.
Said manufacturing installation 1; Have 1 said insertion anchor clamps 10, said propulsive element 20 and the said amount of opening adjustment means 30 respectively; But can also be to have with along pattern of rows and columns of a direction or with a plurality of said insertion anchor clamps, said propulsive element and the said amount of the opening adjustment means of the arrangements such as two-dimensional arrangements pattern of chessboard trellis etc. in the present invention.For example; Fig. 5～Fig. 7 is the key diagram of the manufacturing approach of the equipped body of explanation coating member of the present invention; Fig. 5 and Fig. 6 can be with said insertion anchor clamps, said propulsive element and each 3 manufacturing installations that are configured in row of the said amount of opening adjustment means, through each engineering of time difference enforcement, in addition; Fig. 7 can be with said insertion anchor clamps, said propulsive element and each 4 manufacturing installations that are configured in row of the said amount of opening adjustment means, through each engineering of time difference enforcement.
Like Fig. 2 and shown in Figure 3; Said manufacturing installation 1 is provided with propulsive element 30; This propulsive element 30 has the said the 1st and advances arm 21A and the said the 2nd to advance arm 21B; But in the present invention, propulsive element can be can be with cladding parts in the relative form that advances of outer tube side, for example; Can use the plate-shaped member with through hole, specifically be " holding member 26 " shown in " pushing parts 5 ", " hand vice 6 " shown in Figure 9 of patent documentation 1 shown in Fig. 4 of for example patent documentation 1 waits, Figure 30 of patent documentation 1 etc. etc.In addition; In said manufacturing installation 1; The said the 1st advances arm 21A and the said the 2nd to advance arm 21B to support also rotatable by propulsive element mobile means 44; But in the present invention, the 1st advance arm and the 2nd advance arm also can be said run through recess can be freely each other near or away from, for example at least one side is by the support of propulsive element mobile means and can parallelly move.
In said manufacturing installation 1; Central axis 11 is made and is fixed as with guide member 31 makes external diameter change section 15 different in the position of said axis C direction (highly) with guiding external diameter change section 34; But in the present invention, central axis also can be made and is fixed as with guide member and make the external diameter change section identical with the said position (highly) of guiding external diameter change section.At this moment; The external diameter change section of central axis has identical inclination ratio and axial length with the guiding external diameter change section of guide member; And; Said portion and the 1st directed section and the 2nd directed section run through, the particularly end face of shaft-body side wherein have the position (highly) of identical central axis axis direction.
Said manufacturing installation 1 has the guide member 31 that is provided with large-diameter portion 35, guiding external diameter change section 34 and minor diameter part 36; But in the present invention; Said guide member can not be provided with minor diameter part; In addition, if said large-diameter portion can support to guide the external diameter change section, can also have external diameter less than the external diameter of guiding external diameter change section.
In said manufacturing installation 1; The external diameter of the large-diameter portion 35 of guide member 31, guiding external diameter change section 34 and minor diameter part 36 and axial length etc.; Be adjusted to and make the portion of running through 27 and the outer peripheral face of external diameter change section 15 be the amount of opening of contactless state; The external diameter of the large-diameter portion of guide member, guiding external diameter change section and minor diameter part and axial length etc. can also be adjusted to the amount of opening that the outer peripheral face that makes the portion of running through and external diameter change section is contact condition but in the present invention.
In said manufacturing installation 1; Limiting part 46 can be configured in and the axial length of the outer tube of giving prominence to from limiting part 46 12 and the slightly identical position of axial length of cladding parts 51; But in the present invention; Limiting part also can dispose in position according to cladding parts to by the insertion length of cladding parts.
In said manufacturing installation 1, do not possess cladding parts 51 is inserted configured parts at outer tube 12, but in the present invention, said manufacturing installation also can have the cladding parts treating apparatus of manipulator for example etc.At this moment, the equipped body of coating member can full automation.
The manufacturing approach of the equipped body of coating member of the present invention is not limited to above-mentioned embodiment, as long as in the scope of the purpose that can reach application of the present invention, various changes can also be arranged.
In above-mentioned manufacturing approach of the present invention; Said cladding parts 51 is inserted into through advancing of propulsive element 20 and is configured in outer tube 12, but in the present invention, can also be that propulsive element is fixed; Make and insert main moving on said axis direction such as anchor clamps; Said cladding parts being inserted be configured in outer tube, also can be when propulsive element advances, makes to insert anchor clamps etc. and move to said axis direction top.Generally speaking, in the manufacturing approach of the equipped body of coating member of the present invention, said each parts are as long as be structure that relatively can forward-reverse.
In addition, in manufacturing approach of the present invention, can also use said the 3rd anchor clamps, also can use the said propulsive element beyond the said propulsive element 20 that the cladding parts lining is configured in outer tube.
Applicability on the industry
The manufacturing installation of the equipped body of coating member of the present invention can be applicable to the manufacturing at the equipped body of coating member that is had cladding parts by certain periphery of cladding parts or end of long size shape.Such coating member is equipped with body, and the long size article of ornaments such as necklace, bracelet and ring, rope, hawser, chain thing, clava etc. are for example arranged.
Symbol description
The manufacturing installation of the equipped body of 1 coating member
10 insert anchor clamps
11 central axis
12,13 outer tubes
20 propulsive elements
23A the 1st abutting part
23B the 2nd abutting part
24A the 1st runs through recess
24B the 2nd runs through recess
27 run through portion
30 amount of opening adjustment means
31 guide members
33 extensible members
37A the 1st directed section
37B the 2nd directed section
40 insert the anchor clamps mobile means
41A the 1st moving substrate
41B the 2nd moving substrate
50, the equipped body of 53 coating members
51 cladding parts
52 by cladding parts
54 by the cladding parts erection opening

Claims (5)

  1. One kind long size shape by cladding parts on the equipped system manufacturing apparatus of coating member that cladding parts is made the equipped body of coating member is installed, it is characterized in that having:
    Insert anchor clamps, be provided with the central axis of the diminishing external diameter change section of outer radial tip, and, both ends open, be inserted through the outer tube that said central axis and its said external diameter change section are configured to the outstanding state in before end,
    Propulsive element, the 1st advances arm and the 2nd to advance arm to be formed with the promotion part in the end respectively, and said promotion part is provided with abutting part; Said abutting part be formed on form the portion of running through run through said central axis run through recess around, and, relatively to saidly run through the first extreme direction that recess is configured in said outer tube; Can be free near or away from; Said cladding parts is inserted into and is configured in from the outstanding said external diameter change section of said outer tube, and the end of said abutting part and said cladding parts connects, and the axis direction of this cladding parts along said central axis advanced to said outer tube side relatively; When said external diameter change section makes it hole enlargement, it is sleeved on said outer tube
    Limiting part is provided with the limiting faces that forms around the through hole that runs through said outer tube, and be used to limit the said cladding parts and the said outer tube that are sleeved on from the outstanding said outer tube of said through hole and retreat jointly,
    Insert the anchor clamps mobile means; Make said central axis and said outer tube independent in said axis direction forward-reverse; Make its relative forward-reverse; Insert saidly being set with on the said outer tube of said cladding parts to form, will be installed in said by the said cladding parts of said limiting part restriction by on the cladding parts by the cavity of cladding parts.
  2. 2. the manufacturing installation of the equipped body of coating member according to claim 1 is characterized in that:
    Wherein, said promotion part has out amount adjustment means, and the said amount of opening adjustment means are according to the said amount of opening that runs through portion of relative position adjustment of the said propulsive element of the said axis direction in edge.
  3. 3. the manufacturing installation of the equipped body of coating member according to claim 2 is characterized in that:
    The said amount of opening adjustment means have:
    Guide member, said guide member are provided with guiding external diameter change section, and the external diameter of this guiding external diameter change section to be dwindling to first extreme direction with the corresponding inclination ratio of the inclination ratio of said external diameter change section gradually,
    The 1st adjustment arm and the 2nd adjustment arm advance arm and the said the 2nd to advance arm to combine with the said the 1st respectively, and its tip is provided with the directed section that contacts on the axis that is positioned at said guide member, with said guiding external diameter change section,
    And extensible member is used to connect the said the 1st and advances arm and the said the 2nd to advance arm, make its can be free near or away from,
    Wherein,
    Slide on the said axis direction of the outer peripheral face of said guiding external diameter change section in said directed section, thus through the 1st adjustment arm and the 2nd adjustment arm make the said the 1st advance arm and the said the 2nd advance arm each other near or away from.
  4. 4. the manufacturing installation of the equipped body of coating member according to claim 1 is characterized in that:
    Have a plurality of said insertion anchor clamps, said propulsive element and said limiting part.
  5. One kind long size shape by cladding parts on the equipped system making method of coating member that cladding parts is made the equipped body of coating member is installed, it is characterized in that having:
    Insert the engineering of the said cladding parts of configuration; Limiting part has the limiting faces that around the through hole of the outer tube that runs through both ends open, forms; Make said outer tube outstanding from the said through hole of this limiting part, central axis has the diminishing external diameter change section of outer radial tip, and said central axis is inserted through said outer tube; And at the said external diameter change section insertion configuration said cladding parts outstanding from its first end
    The axis direction of the said central axis in said cladding parts edge is advanced, makes its engineering in said outer tube lining configuration in the hole enlargement of said external diameter change section relatively to said outer tube side,
    Make the said tip of said central axis retreat the engineering to the said outer tube at least relatively,
    In the inside of retreating the said outer tube that forms the cavity because of said central axis, the insertion configuration is said by the engineering of cladding parts,
    Limit retreating of said cladding parts with said limiting faces, said outer tube is retreated for said limiting part relatively, said cladding parts is installed in said by the engineering on the cladding parts.
CN201080011402.1A 2009-03-11 2010-01-26 Device and method for manufacturing element on which cover is mounted Active CN102387725B (en)

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
JP2009058637A JP4343261B1 (en) 2009-03-11 2009-03-11 Cover mounting body manufacturing apparatus and manufacturing method
JP2009-058637 2009-03-11
PCT/JP2010/000411 WO2010103715A1 (en) 2009-03-11 2010-01-26 Device and method for manufacturing element on which cover is mounted

Publications (2)

Publication Number Publication Date
CN102387725A true CN102387725A (en) 2012-03-21
CN102387725B CN102387725B (en) 2014-08-13

Family

ID=41253481

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201080011402.1A Active CN102387725B (en) 2009-03-11 2010-01-26 Device and method for manufacturing element on which cover is mounted

Country Status (4)

Country Link
JP (1) JP4343261B1 (en)
CN (1) CN102387725B (en)
MY (1) MY156488A (en)
WO (1) WO2010103715A1 (en)

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2003164368A (en) * 2001-11-30 2003-06-10 Iris Co Ltd Cover for tip of string
CN1493232A (en) * 2002-10-02 2004-05-05 爱丽丝有限公司 Sleeve fixing method and device thereof
JP2005279039A (en) * 2004-03-30 2005-10-13 Hearts:Kk Shoelace end treatment implement

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6252418U (en) * 1985-09-18 1987-04-01
JPH067509U (en) * 1992-07-03 1994-02-01 吉田工業株式会社 String end retainer
JP3069262U (en) * 1999-11-26 2000-06-06 小西釦工業株式会社 End cover of the string
JP4015601B2 (en) * 2002-10-02 2007-11-28 株式会社アイリス Cover fixing method and apparatus
JP3134101U (en) * 2007-05-24 2007-08-02 清原株式会社 String retaining bracket

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2003164368A (en) * 2001-11-30 2003-06-10 Iris Co Ltd Cover for tip of string
CN1493232A (en) * 2002-10-02 2004-05-05 爱丽丝有限公司 Sleeve fixing method and device thereof
JP2005279039A (en) * 2004-03-30 2005-10-13 Hearts:Kk Shoelace end treatment implement

Also Published As

Publication number Publication date
WO2010103715A1 (en) 2010-09-16
MY156488A (en) 2016-02-26
CN102387725B (en) 2014-08-13
JP2010207479A (en) 2010-09-24
JP4343261B1 (en) 2009-10-14

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Patentee after: PIP-FUJIMOTO CO.,LTD.

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Patentee before: PIP-FUJIMOTO CO.,LTD.

Patentee before: Xinyue polymer Co., Ltd