CN209238294U - Middle control ornamental strip oiling jig - Google Patents
Middle control ornamental strip oiling jig Download PDFInfo
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- CN209238294U CN209238294U CN201821789693.7U CN201821789693U CN209238294U CN 209238294 U CN209238294 U CN 209238294U CN 201821789693 U CN201821789693 U CN 201821789693U CN 209238294 U CN209238294 U CN 209238294U
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- groove
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- oil storage
- storage hole
- ornamental strip
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Abstract
The utility model provides control ornamental strip oiling jig in one kind, including pedestal, workpiece installation position is provided on pedestal, the mouth of a river installation position and oil storage channel being connected to workpiece installation position, workpiece installation position is arranged in frame shape, workpiece installation position includes the first groove and the second groove being oppositely arranged, the third groove and the 4th groove being arranged in mirror symmetry, the both ends of the third groove first end with the first groove respectively, the first end of second groove is connected to, the both ends of the 4th groove second end with the first groove respectively, the second end of second groove is connected to, oil storage channel respectively with the first slot group of the first bottom portion of groove, second slot group of the second bottom portion of groove, the third slot group of third bottom portion of groove is connected to the 4th slot group of the 4th bottom portion of groove.Ornamental strip oiling jig is controlled in this has the advantages that oiling is convenient, oiling quality is high, oiling is high-efficient and insulating oil during oiling is avoided to splash.
Description
Technical field
The utility model relates to oiling jig technical fields, specifically, being to be related to controlling ornamental strip oiling jig in one kind.
Background technique
For example middle control ornamental strip of some spare and accessory parts on automobile is the plastic parts of injection molding, and in order to make it seem beauty
It sees, is generous and improve its service performance, it will usually which electroplating processes are carried out to its outer surface.Further, since middle control ornamental strip dress
With requirement, so that needing the buckling parts of centering control ornamental strip to carry out hot melt processing or ultrasonication, to guarantee that buckling parts meets
Matching requirements.Buckling parts needs to guarantee that there is no electroplated layers on buckling parts, otherwise before carrying out hot melt processing or ultrasonication
Electroplated layer can heat processing to buckling parts or ultrasonication impacts.Therefore, before middle control ornamental strip carries out electroplating processes,
The buckling parts of centering control ornamental strip is needed to be protected, to avoid buckling parts in electroplating process by coating.Currently, to buckling parts into
The method of row protection smears insulating oil predominantly before middle control ornamental strip carries out electroplating processes, in buckling parts, at plating
Buckling parts is by coating during reason.
But the mode that the buckling parts of existing centering control ornamental strip carries out insulating oil smearing is mainly manual oiling, by hand
Oiling is by the way that dropper will insulation oil droplet be on buckling parts or use hairbrush picks insulating oil and smears buckling parts.However,
Applying insulating oil using dropper can only be big using limitation for cylindrical buckling parts；Although and use hairbrush apply insulating oil not on
State limitation, but be easy to during being smeared to make because of brandishing for hairbrush insulating oil be splashed in control ornamental strip its
His position makes other positions of middle control ornamental strip that can not be normally carried out coating.In addition, either use dropper or hairbrush as
Wiper is all difficult to control insulating oil in the height of the smearing of buckling parts.Furthermore manual oiling there is also painting oil reservoir it is uneven
It is even, oiling quality stability is poor, labor intensity of workers is big and needs to expend a large amount of manpower and energy, inefficiency.
Summary of the invention
To solve the above-mentioned problems, the main purpose of the utility model is to provide that a kind of oiling is convenient, oiling quality is high, applies
Oil is high-efficient and avoids the middle control ornamental strip oiling jig that insulating oil splashes during oiling.
In order to realize the main purpose of the utility model, the utility model provides control ornamental strip oiling jig in one kind,
In, including pedestal is provided with workpiece installation position, mouth of a river installation position and oil storage channel on pedestal, and workpiece installation position is arranged in frame shape,
Workpiece installation position includes the first groove, the second groove, third groove and the 4th groove, and the first groove is opposite with the second groove to be set
It sets, third groove and the 4th groove are arranged in mirror symmetry, and the first end of third groove is connected to the first end of the first groove, the
The second end of three grooves is connected to the first end of the second groove, and the first end of the 4th groove is connected to the second end of the first groove,
The second end of 4th groove is connected to the second end of the second groove, and mouth of a river installation position is connected to workpiece installation position, the first groove
Bottom is provided with the first slot group, and the bottom of the second groove is provided with the second slot group, and the bottom of third groove is provided with third
Slot group, the bottom of the 4th groove are provided with the 4th slot group, the first slot group, the second slot group, third slot group and the 4th
Slot group is connected to oil storage channel respectively.
Therefore oil storage channel is used to store insulating oil, so that insulating oil can flow to the first slot group, the second slot
Middle control ornamental strip is placed on by group, third slot group and the 4th slot group when needing centering control ornamental strip to carry out painting oil processing
In workpiece installation position, it is inserted into the buckling parts on middle control ornamental strip in corresponding slot group, so that exhausted in each slot group
Edge oil is sticked and coated on corresponding buckling parts, and mouth of a river installation position is for controlling the mouth of a river not removed on ornamental strip in accommodating.It is controlled in this
Ornamental strip oiling jig can multiple buckling parts on disposable centering control ornamental strip carry out painting oil processing simultaneously so that middle control dress
The oiling of the buckling parts of panel is simpler, convenient, fast, can be improved oiling quality and oiling efficiency, and can be avoided
Insulating oil splashes during oiling.
Further embodiment is the projection on the longitudinal section of the first groove, and the contour line of the bottom surface of the first groove is in arc
Shape setting, the projection on the longitudinal section of the second groove, the arc-shaped setting of the contour line of the bottom surface of the second groove, third groove
Inclined bottom surface is in the holding plane of middle control ornamental strip oiling jig, and the inclined bottom surface of the 4th groove is in holding plane.
Further scheme is that the connectivity part of the second end of third groove and the first end of the second groove forms first and turns
The connectivity part at angle, the second end of the second end and the second groove of the 4th groove forms the second turning.
Therefore the shape of workpiece installation position can control the structure of ornamental strip in and correspondingly be adjusted, to protect
Ornamental strip is controlled in card can be stably placed in workpiece installation position, while each fastening on ornamental strip is controlled in capable of guaranteeing
Portion can spread insulating oil by painting.
One Preferable scheme is that, the first slot group include along the first groove extending direction distribution multiple first slots,
Oil storage channel includes the first oil storage hole group, and the first oil storage hole group includes multiple first oil storage holes, and first slot and one the
The connection of one oil storage hole.
Therefore multiple first slots are used to control corresponding buckling parts on ornamental strip in receiving, due to the first groove
The arc-shaped setting in bottom surface so that the liquid level of the insulating oil in multiple first slots is high when multiple first slots are interconnected
Degree is consistent, and the oiling height that will lead to multiple buckling parts corresponding with the first groove is inconsistent, and therefore by storage
Connection structure design between oily channel and the first slot group, so that the oiling of multiple buckling parts corresponding with the first groove is high
Degree is able to maintain unanimously, to control the processing quality in ornamental strip later period in ensureing.
Further embodiment is that the first instruction unit is provided in each first oil storage hole, the top of the first slot with
First instruction unit top surface of the first oil storage hole that the distance between holding plane is greater than or equal to and first slot is connected with
The distance between holding plane.
Therefore first instruction unit be used to warn the height of insulating oil in the first slot, avoid insulating oil from diffusing out the
One slot.
Another Preferable scheme is that, the second slot group include along the second groove extending direction distribution multiple second slots
Hole, oil storage channel include the second oil storage hole group, and the second oil storage hole group includes multiple second oil storage holes, second slot and one
The connection of second oil storage hole.
Therefore multiple second slots are used to control corresponding buckling parts on ornamental strip in receiving, due to the second groove
The arc-shaped setting in bottom surface so that the liquid level of the insulating oil in multiple second slots is high when multiple second slots are interconnected
Degree is consistent, and the oiling height that will lead to multiple buckling parts corresponding with the second groove is inconsistent, and by logical to oil storage
Connection structure design between road and the second slot group, enables the oiling height of multiple buckling parts corresponding with the second groove
It is enough consistent, to control the processing quality in ornamental strip later period in ensureing.
Further embodiment is that the second instruction unit is provided in each second oil storage hole, the top of the second slot with
Second instruction unit top surface of the second oil storage hole that the distance between holding plane is greater than or equal to and second slot is connected with
The distance between holding plane.
Therefore second instruction unit be used to warn the height of insulating oil in the second slot, avoid insulating oil from diffusing out the
Two slots.
Another Preferable scheme is that, third slot group include along third groove extending direction distribution multiple third slots
Hole, the 4th slot group include multiple 4th slots along the distribution of the 4th groove extending direction, a third slot and one the 4th
Slot is arranged in mirror symmetry, and oil storage channel includes third oil storage hole group, and third oil storage hole group includes multiple third oil storage holes, and one
The third slot and the 4th slot that a third oil storage hole connection is arranged in mirror symmetry.
Therefore since third groove and the 4th groove are arranged in mirror symmetry, and third groove and the 4th groove
Bottom surface tilt with it is middle control ornamental strip oiling jig holding plane so that when multiple third slots it is interconnected when, it is multiple
The liquid level of insulating oil in third slot is consistent, and will lead to the oiling of multiple buckling parts corresponding with third groove
It is highly inconsistent, similarly, when multiple 4th slots it is interconnected when, the liquid level of the insulating oil in multiple 4th slots
It is consistent, the oiling height that will lead to multiple buckling parts corresponding with the 4th groove is inconsistent.Therefore, by logical to oil storage
Connection structure design between road and third slot group, the 4th slot group, so that multiple buckling parts corresponding with third groove
Oiling height be able to maintain multiple buckling parts consistent, corresponding with the 4th groove oiling height be able to maintain unanimously, from
And the processing quality in ornamental strip later period is controlled in ensureing.
Further embodiment is that third instruction unit is provided in each third oil storage hole, the top of third slot with
The third instruction unit top surface for the third oil storage hole that the distance between holding plane is greater than or equal to and the third slot is connected with
The distance between holding plane.
Therefore third instruction unit be used for warn be arranged corresponding thereto in mirror symmetry setting third slot with
The height of insulating oil in 4th slot avoids insulating oil from diffusing out third slot and/or the 4th slot.
Another Preferable scheme is that, the bottom at the first turning is provided with the 5th slot, and the bottom at the second turning is provided with
6th slot, oil storage channel include the 4th oil storage hole and the 5th oil storage hole, and the 4th oil storage hole is connected to the 5th slot, the 5th oil storage
The connection of six slot of Kong Yu or oil storage channel include the 6th oil storage hole, and the 6th oil storage hole is connected to the 5th slot and the 6th slot.
Therefore can be controlled in the design position space of ornamental strip oiling jig to oil storage channel and the 5th slot,
Connection structure between 6th slot is designed, so that the oiling height of buckling parts corresponding with the 5th slot is able to maintain
Unanimously, the oiling height of buckling parts corresponding with the 6th slot is able to maintain consistent, to control the ornamental strip later period in ensureing
Processing quality.
Detailed description of the invention
Fig. 1 is the structure chart under the first visual angle for controlling ornamental strip in existing one kind.
Fig. 2 is the structure chart under the second visual angle for controlling ornamental strip in existing one kind.
Fig. 3 is the structure chart under the third visual angle for controlling ornamental strip in existing one kind.
Fig. 4 is the structure chart under the 4th visual angle for controlling ornamental strip in existing one kind.
Fig. 5 is that the use state of ornamental strip oiling jig embodiment is controlled in the utility model with reference to figure.
Fig. 6 is the structure chart under the first visual angle for controlling ornamental strip oiling jig embodiment in the utility model.
Fig. 7 is the structure chart under the second visual angle for controlling ornamental strip oiling jig embodiment in the utility model.
Fig. 8 is the structure chart under the third visual angle for controlling ornamental strip oiling jig embodiment in the utility model.
Fig. 9 is B-B direction cross-sectional view in Fig. 7.
Figure 10 be in Fig. 7 C-C to cross-sectional view.
Figure 11 be in Fig. 7 D-D to cross-sectional view.
Figure 12 is the partial enlarged view of sectional view along A-A in Fig. 7.
The following is a further explanation of the present invention with reference to the accompanying drawings and embodiments.
Specific embodiment
As shown in Figures 1 to 4, Fig. 1 is existing one kind middle control ornamental strip 1 for automobile interiors, and control ornamental strip 1 is in frame in this
Shape setting comprising the first moulding 11, the second moulding 12, third moulding 13 and the 4th moulding 14, the bottom surface of the first moulding 11 are set
Multiple first buckling parts 111 are equipped with, the bottom surface of the second moulding 12 is provided with multiple second buckling parts 121, the bottom of third moulding 13
Face is provided with multiple third buckling parts 131, and the bottom surface of the 4th moulding 14 is provided with multiple 4th buckling parts 11, wherein the first frame
Item 11 and the second moulding 12 are oppositely disposed, and third moulding 13 and the 4th moulding are oppositely disposed, the first end of third moulding 13
It being integrally formed with the first end of the first moulding 11, the first end of the second end of third moulding 13 and the second moulding 12 is integrally formed,
The first end of 4th moulding 14 and the second end of the first moulding 11 are integrally formed, the second end of the 4th moulding 14 and the second moulding 12
Second end be integrally formed.Furthermore the mouth of a river 17 generated due to injection molding, the part at the mouth of a river 17 are also connected on middle control ornamental strip 1
Structure is located at the bottom surface of middle control ornamental strip 1.
Ornamental strip 1 is controlled in this for beauty, following Beautification design can be carried out to its own structure: be made 13 He of third moulding
4th moulding 14 is arranged in mirror symmetry；Form the second end of third moulding 13 and the junction of the first end of the second moulding 12
The junction of the second end at the first turning 15, the second end for making the 4th moulding 14 and the second moulding 12 forms the second turning 16, and
The bottom surface at the first turning 15 is provided with the 5th buckling parts 151, and the bottom surface at the second turning 16 is provided with the 6th buckling parts 161；Make
One moulding 11, the second moulding 12 distinguish arc-shaped setting, and when the minimum point of the minimum point of the first moulding 11 and the second moulding 12
When in the same plane, the extending direction of third moulding 13, the 4th moulding 14 extending direction tilt with the plane.
Middle control ornamental strip oiling jig 200 provided by the utility model is used for the middle control ornamental strip 1 to above-mentioned conventional design
Each buckling parts carry out painting oil processing.As shown in Figures 5 to 7, middle control ornamental strip oiling jig 200, including pedestal 20, pedestal 20
On be provided with workpiece installation position 2, mouth of a river installation position 3 and oil storage channel.
Wherein, workpiece installation position 2 is arranged in frame shape, and workpiece installation position 2 includes the first groove 21, the second groove 22, third
Groove 23 and the 4th groove 24, the first groove 21 are oppositely arranged with the second groove 22, and third groove 23 and the 4th groove 24 are in mirror
As being symmetrical arranged.In addition, the first end of third groove 23 is connected to the first end of the first groove 21, the second end of third groove 23
It is connected to the first end of the second groove 22, the first end of the 4th groove 24 is connected to the second end of the first groove 21, the 4th groove
24 second end is connected to the second end of the second groove 22, and then forms above-mentioned frame shape.Mouth of a river installation position 3 and workpiece installation position 2
Connection, mouth of a river installation position 3 is for controlling 1 mouth of a river 17 not removed on ornamental strip in accommodating.
The bottom of first groove 21 is provided with the first slot group 210, and the bottom of the second groove 22 is provided with the second slot group
220, the bottom of third groove 23 is provided with third slot group 230, and the bottom of the 4th groove 24 is provided with the 4th slot group 240,
First slot group, the second slot group 220, third slot group 230 and the 4th slot group 240 are connected to oil storage channel respectively.
Workpiece installation position 2 is for controlling the main body of ornamental strip 1 in placing, wherein the first groove 21 is decorated for controlling in accommodating
First moulding 11 of item 1, the first slot group 210 is for accommodating the first buckling parts 111；Second groove 22 is for controlling decoration in accommodating
Second moulding 12 of item 1, the second slot group 220 is for accommodating the second buckling parts 121；Third groove 23 is for controlling decoration in accommodating
The third moulding 13 of item 1, third slot group 230 is for accommodating third buckling parts 131；4th groove 24 is for controlling decoration in accommodating
Article 1 the 4th moulding 14, the 4th slot group 240 is for accommodating the 4th buckling parts.
In order to control the design for aesthetic of ornamental strip 1 in cooperating, in conjunction with Fig. 9, projection on the longitudinal section of the first groove 21, the
The arc-shaped setting of contour line of the bottom surface of one groove 21；In conjunction with Figure 10, projection on the longitudinal section of the second groove 22, second is recessed
The arc-shaped setting of the contour line of the bottom surface of slot 22；In conjunction with Figure 11, the inclined bottom surface of third groove 23 is controlled in middle control ornamental strip oiling
The holding plane H of tool 1, the inclined bottom surface of the 4th groove 24 is in holding plane H.The second end of third groove 23 and the second groove 22
The connectivity part of first end form the first turning 25, the connectivity part of the second end of the second end of the 4th groove 24 and the second groove 22
Form the second turning 26.
In conjunction with Fig. 8, the first slot group 210 includes multiple first slots 211 along the distribution of 21 extending direction of the first groove, storage
Oily channel includes the first oil storage hole group 41, and the first oil storage hole group 41 includes multiple first oil storage holes 411, first slot 211
It is connected to first oil storage hole 411 and forms linker.Multiple first slots 211 are used to control phase on ornamental strip 1 in receiving
The multiple buckling parts 111 answered a, so that buckling parts 111 is located in first slot 211.Due to the bottom surface of the first groove 21
Arc-shaped setting, if multiple first slots 211 are interconnected and when multiple first slots 211 are connected to simultaneously with same oil storage hole,
The liquid level that will lead to the insulating oil in multiple first slots 211 is consistent, so that opposite with the first slot group 210
The oiling height for the multiple buckling parts 111 answered is inconsistent.And by the connection knot between oil storage channel and the first slot group 210
Structure design, so that the oiling height of multiple buckling parts 111 corresponding with the first slot group 210 is able to maintain unanimously, to protect
The processing quality in 1 later period of ornamental strip is controlled in barrier.Wherein, the quantity of the first slot 211 and the quantity of the first oil storage hole 411 are preferably equal
It is five.
In conjunction with Figure 12, the first instruction unit 4111, the top of the first slot 211 are provided in each first oil storage hole 411
The first of the first oil storage hole 411 that portion is greater than or equal to the distance between holding plane H L1 and first slot 211 is connected
The distance between 4111 top surface of instruction unit and holding plane H L2.
First instruction unit 4111 is used to warn the height of the insulating oil in the first slot 211, and insulating oil is avoided to diffuse out first
Slot.Specifically, since the first oil storage hole 411 is connected with the first slot 211 and forms linker, so that the first oil storage hole
The insulation oil level holding of insulation oil level and the first slot 211 in 411 is contour, and by the first instruction unit 4111 and the
The relative position at the top of one slot 211 is designed, and is allowed to through insulation oil level in the first oil storage hole 411 of observation and the
The relative position of one instruction unit 4111 judges the liquid level situation of 211 insulating oil of the first slot, to avoid to the first oil storage hole
Addition insulating oils or when controlling ornamental strip 1 in placing in 411, insulating oil diffuse out the first slot 211, centering control ornamental strip 1 other
Position pollutes.
In addition, when in multiple first slots 211 with it is more than two, etc. high settings the first slot 211 when, can by etc.
Multiple first oil storage holes 411 corresponding to multiple first slots 211 of high setting are merged into one.
Second slot group 220 includes multiple second slots 221 along the distribution of 22 extending direction of the second groove, oil storage channel packet
Include the second oil storage hole group 42, the second oil storage hole group 42 includes multiple second oil storage holes 421, and second slot 221 and one the
Two oil storage holes 421 are connected to and form linker.
Multiple second slots 221 are used to control corresponding multiple buckling parts 121 on ornamental strip 1 in receiving, so that a button
Conjunction portion 121 is located in second slot 221.Due to the arc-shaped setting in bottom surface of the second groove 22, if working as multiple second slots
When 221 interconnected and multiple second slots 221 are connected to same oil storage hole simultaneously, it will lead in multiple second slots 221
The liquid level of insulating oil is consistent, so that the oiling of multiple buckling parts 121 corresponding with the second slot group 220 is high
It spends inconsistent.And by designing the connection structure between oil storage channel and the second slot group 220, so that with the second slot group
The oiling height of 220 corresponding multiple buckling parts 121 is able to maintain unanimously, to control the processing matter in ornamental strip later period in ensureing
Amount.Wherein, the quantity of the second slot 221 and the quantity of the second oil storage hole 421 are preferably all five.
The second instruction unit, the top of the second slot 221 and holding plane H are provided in each second oil storage hole 421
The distance between be greater than or equal to and the first instruction unit top surface of the second oil storage hole 421 that second slot 221 is connected with put
The distance between horizontalization face H.
Second instruction unit is used to warn the height of the insulating oil in the second slot 221, and insulating oil is avoided to diffuse out the second slot.
Specifically, since the second oil storage hole 421 is connected with the second slot 221 and forms linker, so that in the second oil storage hole 421
The insulation oil level of insulation oil level and the second slot 221 keeps contour, and by the second instruction unit and the second slot 221
The relative position at top is designed, and is allowed to through insulation oil level in the second oil storage hole 421 of observation and the second instruction unit
Relative position judges the liquid level situation of 221 insulating oil of the second slot, to avoid adding insulating oil into the second oil storage hole 421
Or when controlling ornamental strip 1 in placing, insulating oil diffuses out the second slot 221, other positions of centering control ornamental strip 1 pollute.
In addition, when in multiple second slots 221 with it is more than two, etc. high settings the second slot 221 when, can by etc.
Multiple second oil storage holes 421 corresponding to multiple second slots 221 of high setting are merged into one.
Third slot group 230 includes multiple third slots 231 along the distribution of 23 extending direction of third groove, the 4th slot group
240 include multiple 4th slots 241 along the distribution of 24 extending direction of the 4th groove, a third slot 231 and the 4th slot
Hole 241 is arranged in mirror symmetry, and oil storage channel includes third oil storage hole group 43, and third oil storage hole group 43 includes multiple third oil storages
Hole 431, the third slot 231 and the 4th slot 241 that a connection of third oil storage hole 431 is arranged in mirror symmetry.
Since third groove 23 and the 4th groove 24 are arranged in mirror symmetry, and the bottom of third groove 23 and the 4th groove 24
Face tilt with it is middle control ornamental strip oiling jig 200 holding plane H so that when multiple third slots 231 it is interconnected when,
The liquid level of insulating oil in multiple third slots 231 is consistent, and will lead to corresponding with third slot group 230 multiple
Buckling parts 131 oiling height it is inconsistent, similarly, when multiple 4th slots 241 it is interconnected when, multiple 4th slots
The liquid level of insulating oil in 241 is consistent, and will lead to multiple buckling parts 141 corresponding with the 4th slot group 240
Oiling height is inconsistent.Therefore, by the connection structure between oil storage channel and third slot group 230, the 4th slot group 240
Design, so that the oiling height of multiple buckling parts 131 corresponding with third slot group 230 is able to maintain consistent and the 4th slot
The oiling height of the corresponding multiple buckling parts 141 of hole group 240 is able to maintain unanimously, to control 1 later period of ornamental strip in ensureing
Processing quality.Wherein, the quantity of the quantity of third slot 231, the 4th slot 241 and third oil storage hole 431 is preferably all five.
Third instruction unit, the top of third slot 231 and holding plane H are provided in each third oil storage hole 431
The distance between be greater than or equal to and the third instruction unit top surface of third oil storage hole 431 that the third slot 231 is connected with put
The distance between horizontalization face H, since third slot 231 and the 4th slot 241 are arranged in mirror symmetry, so that the 4th slot 241
The distance between top and holding plane H be greater than or equal to and third oil storage hole 431 that the 4th slot 241 is connected
The distance between three instruction unit top surfaces and holding plane H.
Similarly, third instruction unit is used to warn the third slot 231 in mirror symmetry setting being arranged corresponding thereto
With the height of the insulating oil in the 4th slot 241, insulating oil is avoided to diffuse out third slot 231 and/or the 4th slot 241, thus
Avoid into third oil storage hole 431 add insulating oil or place in control ornamental strip 1 when, insulating oil diffuse out third slot 231 and/or
Other positions of 4th slot 241, centering control ornamental strip 1 pollute.
The bottom at the first turning 25 is provided with the 5th slot 251, and the bottom at the second turning 26 is provided with the 6th slot 261,
Oil storage channel includes the 4th oil storage hole 44 and the 5th oil storage hole 45, and the 4th oil storage hole 44 is connected to the 5th slot 251, the 5th oil storage
Hole 45 is connected to the 6th slot 261.It is provided in 4th oil storage hole 44 in the 4th warning part and the 5th oil storage hole 45 and is provided with
Five warning parts.In addition, alternative solution, oil storage the most is logical when the 5th slot 251 and the 6th slot 261 are arranged in mirror symmetry
Road includes the 6th oil storage hole, and the 6th oil storage hole is connected to the 5th slot 251 and the 6th slot 261.
When needing centering control ornamental strip 1 to carry out oiling operation, middle control ornamental strip 1 is placed in workpiece installation position 2, is made
1 buckling parts is inserted into corresponding slot group on middle control ornamental strip, so that the insulating oil in each slot group is sticked and coated on accordingly
Buckling parts on.
To sum up, controlled in this ornamental strip oiling jig can multiple buckling parts on disposable centering control ornamental strip simultaneously
Painting oil processing is carried out, so that the oiling of the buckling parts of middle control ornamental strip is simpler, convenient, fast, improves oiling quality and painting
Oily efficiency, and insulating oil splashes during can be avoided oiling.
Finally it is emphasized that the above is only the preferred embodiment of the present invention, it is not limited to this reality
With novel, for those skilled in the art, the utility model can have various change and change, all in the utility model
Spirit and principle within, any modification, equivalent substitution, improvement and etc. done should be included in the protection model of the utility model
Within enclosing.
Claims (10)
1. ornamental strip oiling jig is controlled in characterized by comprising
Pedestal is provided with workpiece installation position, mouth of a river installation position and oil storage channel on the pedestal；
The workpiece installation position is arranged in frame shape, and the workpiece installation position includes the first groove, the second groove, third groove and the
Four grooves, first groove are oppositely arranged with second groove, and the third groove and the 4th groove are in mirror image pair
Claim setting, the first end of the third groove is connected to the first end of first groove, the second end of the third groove and
The first end of second groove is connected to, and the first end of the 4th groove is connected to the second end of first groove, described
The second end of 4th groove is connected to the second end of second groove, and the mouth of a river installation position and the workpiece installation position connect
It is logical；
The bottom of first groove is provided with the first slot group, and the bottom of second groove is provided with the second slot group, institute
The bottom for stating third groove is provided with third slot group, and the bottom of the 4th groove is provided with the 4th slot group, and described first
Slot group, the second slot group, the third slot group and the 4th slot group are connected to oil storage channel respectively.
2. middle control ornamental strip oiling jig according to claim 1, it is characterised in that:
Projection on the longitudinal section of first groove, the arc-shaped setting of contour line of the bottom surface of first groove；
Projection on the longitudinal section of second groove, the arc-shaped setting of contour line of the bottom surface of second groove；
The inclined bottom surface of the third groove is in the holding plane of the middle control ornamental strip oiling jig；
The inclined bottom surface of 4th groove is in the holding plane.
3. middle control ornamental strip oiling jig according to claim 2, it is characterised in that:
The connectivity part of the second end of the third groove and the first end of second groove forms the first turning；
The connectivity part of the second end of the second end and second groove of 4th groove forms the second turning.
4. middle control ornamental strip oiling jig according to claim 2 or 3, it is characterised in that:
The first slot group includes multiple first slots along the first groove extending direction distribution；
The oil storage channel includes the first oil storage hole group, and the first oil storage hole group includes multiple first oil storage holes, described in one
First slot is connected to first oil storage hole.
5. middle control ornamental strip oiling jig according to claim 4, it is characterised in that:
The first instruction unit is provided in each described first oil storage hole；
The distance between the top of first slot and described holding plane are greater than or equal to and first slot is connected
The distance between first instruction unit top surface of first oil storage hole and the holding plane.
6. middle control ornamental strip oiling jig according to claim 2 or 3, it is characterised in that:
The second slot group includes multiple second slots along the second groove extending direction distribution；
The oil storage channel includes the second oil storage hole group, and the second oil storage hole group includes multiple second oil storage holes, described in one
Second slot is connected to second oil storage hole.
7. middle control ornamental strip oiling jig according to claim 6, it is characterised in that:
The second instruction unit is provided in each described second oil storage hole；
The distance between the top of second slot and described holding plane are greater than or equal to and second slot is connected
The distance between second instruction unit top surface of second oil storage hole and the holding plane.
8. middle control ornamental strip oiling jig according to claim 2 or 3, it is characterised in that:
The third slot group includes multiple third slots along third groove extending direction distribution, the 4th slot group
Including multiple 4th slots being distributed along the 4th groove extending direction, a third slot and the 4th slot
Hole is arranged in mirror symmetry；
The oil storage channel includes third oil storage hole group, and the third oil storage hole group includes multiple third oil storage holes, described in one
The third slot and the 4th slot that the connection of third oil storage hole is arranged in mirror symmetry.
9. middle control ornamental strip oiling jig according to claim 8, it is characterised in that:
Third instruction unit is provided in each described third oil storage hole；
The distance between the top of the third slot and described holding plane are greater than or equal to and the third slot is connected
The distance between the third instruction unit top surface of the third oil storage hole and the holding plane.
10. middle control ornamental strip oiling jig according to claim 3, it is characterised in that:
The bottom at first turning is provided with the 5th slot, and the bottom at second turning is provided with the 6th slot；
The oil storage channel includes the 4th oil storage hole and the 5th oil storage hole, and the 4th oil storage hole is connected to the 5th slot,
5th oil storage hole is connected to the 6th slot, or
The oil storage channel includes the 6th oil storage hole, and the 6th oil storage hole is connected to the 5th slot and the 6th slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821789693.7U CN209238294U (en) | 2018-10-31 | 2018-10-31 | Middle control ornamental strip oiling jig |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821789693.7U CN209238294U (en) | 2018-10-31 | 2018-10-31 | Middle control ornamental strip oiling jig |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209238294U true CN209238294U (en) | 2019-08-13 |
Family
ID=67526749
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821789693.7U Expired - Fee Related CN209238294U (en) | 2018-10-31 | 2018-10-31 | Middle control ornamental strip oiling jig |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209238294U (en) |
-
2018
- 2018-10-31 CN CN201821789693.7U patent/CN209238294U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190813 Termination date: 20201031 |
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| CF01 | Termination of patent right due to non-payment of annual fee |