CN208536735U - A kind of folded poor instrument of laminated glass - Google Patents
A kind of folded poor instrument of laminated glass Download PDFInfo
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- CN208536735U CN208536735U CN201820877926.2U CN201820877926U CN208536735U CN 208536735 U CN208536735 U CN 208536735U CN 201820877926 U CN201820877926 U CN 201820877926U CN 208536735 U CN208536735 U CN 208536735U
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- insertion groove
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Abstract
The utility model relates to a kind of folded poor instrument of laminated glass, laminated glass includes stacked up and down two sheet glass and the doubling layer between two sheet glass, the difference is that: the appearance profile size that folded difference instrument is used to measure two sheet glass is poor comprising grip slipper and the dial gauge being arranged on grip slipper；The side of grip slipper offers an insertion groove being laterally extended, and insertion groove has the insertion end being oppositely arranged and positive stop end, is each provided with a cushion block structure on the upper groove surface of insertion groove and lower groove face, the positive stop end of insertion groove is provided with a location structure；The axis of measuring staff and the opening direction of insertion groove are parallel on dial gauge, and measuring staff end is formed with the measuring head structure extended in insertion groove, and measuring head structure is located at the positive stop end of insertion groove and the lower section of location structure is arranged in.The utility model can avoid the influence of doubling among laminated glass, be easy to use, measurement result is more accurate.
Description
Technical field
The utility model relates to glass detection field, the folded poor instrument of especially a kind of laminated glass.
Background technique
The conventional appearance profile size difference measurements closed after sheet glass overlapping, it may be assumed that folded difference measurements generally use straight steel ruler measurement
Two glass contours are poor, or are measured with the depth measurement position of slide calliper rule, which has deficiency.Straight steel ruler measures simple, reading side
Just, but resolution ratio is too low, and because of the influence of intermediate doubling interference and thickness of glass, when reading is also easy to produce larger parallax, reads essence
It spends low.The precision of slide calliper rule is higher, same because needing people there are doubling and slide calliper rule depth measurement position are inconvenient, and when measurement
To control measurement direction, it may be assumed that it need to be maintained at the parallel direction measurement for being parallel to glass surface, thus it is larger to be deteriorated when actual measurement,
It is less when practical application instead to use calliper to measure.
Summary of the invention
The shortcomings that the purpose of the utility model is to overcome the prior arts provides a kind of folded poor instrument of laminated glass, can avoid
The influence of doubling among laminated glass, is easy to use, measurement result is more accurate.
In order to solve the above technical problems, the technical solution of the utility model are as follows: a kind of folded poor instrument of laminated glass, the interlayer
Glass includes stacked up and down two sheet glass and the doubling layer between two sheet glass, the difference is that: the folded difference
The appearance profile size that instrument is used to measure two sheet glass is poor comprising grip slipper and the percentage being arranged on the grip slipper
Table；The side of the grip slipper offers an insertion groove being laterally extended, the insertion groove have the insertion end being oppositely arranged and
The cushion block that positive stop end is extended close to by insertion end is each provided on positive stop end, the upper groove surface of the insertion groove and lower groove face
Structure, two cushion block structures are contacted with two panels glass surface respectively, and the positive stop end of the insertion groove is provided with a positioning knot
Structure, the location structure is close to the setting of the upper end of the insertion groove to position for the edge to upper sheet glass；The dial gauge
The axis of upper measuring staff is parallel with the opening direction of the insertion groove, and the measuring staff end, which is formed with, to be extended in the insertion groove
Measuring head structure, the measuring head structure are located at the positive stop end of the insertion groove and the lower section of the location structure, the survey are arranged in
The edge of header structure and the lower sheet glass offsets.
By above technical scheme, the guiding convenient for laminated glass insertion is offered on two cushion block structures respectively
Inclined-plane.
By above technical scheme, the cushion block structure at the insertion groove upper groove surface is upper cushion block structure, is set to described
Cushion block structure under insertion groove at groove face is underlay block structure, is formed with positioning region on the lower surface of the upper cushion block structure,
The upper positioning region is arranged close to the positive stop end of the insertion groove, is formed with lower positioning on the upper surface of the underlay block structure
Portion, the lower positioning region are arranged close to the insertion end of the insertion groove.
By above technical scheme, the measuring head structure includes the company in gauge head portion and connection the gauge head portion and the measuring staff
Socket part, the interconnecting piece are detachably connected with gauge head portion and measuring staff respectively.
By above technical scheme, the side of the interconnecting piece is offered and the installation for surveying head fits and extend vertically
Slot, the gauge head portion is partially submerged into the mounting groove, partially stretches out mounting groove outside and the edge phase with the lower sheet glass
Support, be also provided on the interconnecting piece convenient for first line of rabbet joint that is put into gauge head portion in the mounting groove, first line of rabbet joint with
The mounting groove connection and vertical extension, the folded poor instrument further includes for locking first line of rabbet joint so that gauge head portion is fixed on installation
The first locking member in slot.
By above technical scheme, second line of rabbet joint that mounting hole is offered on the interconnecting piece and is connected to the mounting hole,
The mounting hole and measuring staff cooperation and horizontal extension, the folded poor instrument further includes for locking second line of rabbet joint to consolidate measuring staff
Fixed the second locking member in the mounting hole.
By above technical scheme, the folded poor instrument further includes zero plate of school, zero plate of school can be inserted into the insertion groove with
Zero dial gauge of school.
By above technical scheme, the side of zero plate of school offers the first chuck being recessed inwardly, first chuck
Concave face be configured to school zero layer.
By above technical scheme, zero plate of school can also proofread the height and position in the gauge head portion, and the one of zero plate of school
Side is provided with stage portion, and the stage portion has sequentially connected first vertical plane, horizontal plane and the second vertical plane, the level
Face is configured to height check and correction face.
By above technical scheme, zero plate of school can also proofread the setting angle of the interconnecting piece, and the one of zero plate of school
Side is provided with the second chuck of one with interconnecting piece cooperation, and the two sides of second chuck are symmetrically arranged with third chuck,
The lower end of the grip slipper is formed with the snap-arms with third chuck cooperation.
Compare the prior art, the beneficial features of the utility model are as follows: the folded poor instrument of the laminated glass, using three-point fix shape
Formula positions the surface respectively to two sheet glass using cushion block structure, and is positioned with edge of the location structure to upper sheet glass, can
Avoid the influence of doubling among laminated glass, the edge no matter glass surface shape is plane or curved surface, glass be concave surface or
Convex surface does not affect positioning, or even no matter bend glass is convex surface upward or concave surface all can measure upward, and can restart by oneself
Automatically lock effect, ensure that the stabilization of positioning, easy to operate, and positioning stablity while in turn ensures the steady of measured value reading
It is fixed.
Detailed description of the invention
Fig. 1 is that isometric view when surveying height of head is adjusted in the utility model embodiment；
Fig. 2 is the folded poor instrument school nought state isometric view of the utility model embodiment laminated glass；
Fig. 3 is the folded poor instrument school nought state main view of the utility model embodiment laminated glass；
Fig. 4 is the Section A-A structural schematic diagram of Fig. 3；
Fig. 5 is the left view of Fig. 3；
Fig. 6 is the top view of Fig. 3；
Fig. 7 is the section B-B structural schematic diagram of Fig. 6；
Fig. 8 is the C-C cross section structure schematic diagram of Fig. 6；
Fig. 9 is the D-D cross section structure schematic diagram of Fig. 8；
Figure 10 is the E-E cross section structure schematic diagram of Fig. 8；
Figure 11 is that top view when surveying height of head is adjusted in the utility model embodiment；
Figure 12 is the F-F cross section structure schematic diagram of Figure 11；
Figure 13 is structural schematic diagram when adjusting interconnecting piece setting angle in the utility model embodiment；
Figure 14 is main view when adjusting interconnecting piece setting angle in the utility model embodiment；
Figure 15 is the top view of Figure 14；
Figure 16 is the folded poor instrument use state the schematic diagram of the section structure of the utility model embodiment laminated glass；
Figure 17 is the folded poor instrument use state diagram of the utility model embodiment laminated glass；
Figure 18 is zero plate structural schematic diagram of the utility model embodiment lieutenant colonel；
Wherein: 1- laminated glass (the upper sheet glass of 101- (upper surface of the upper sheet glass of 101a-, the upper sheet glass of 101b- side
Edge), 102- doubling layer, sheet glass (side edge of sheet glass under the lower surface of sheet glass, 103b- under 103a-) under 103-),
2- grip slipper (201- insertion groove (insertion end of 201a- insertion groove, the positive stop end of 201b- insertion groove, 2011- insertion groove upper slot
Face (20111- first step, 20112- second step), 2012- insertion groove lower groove face), the upper cushion block structure of 202- is (on 202a-
Lower surface, 2021- guiding surface, the upper positioning region 2022- of cushion block structure), 203- underlay block structure (203a- underlay block structure
Upper surface, 2031- guiding surface, positioning region under 2032-), 204- location structure (204a- location structure lower surface, 204b-
Positioning surface), the upper seat frame of 205-, seat frame (lower end surface of seat frame under 206a-) under 206-, 207- connector (the 2071- third line of rabbet joint),
208- reinforcement arm, 209- transverse arm, 210- snap-arms), 3- dial gauge (301- measuring staff (axis of 301a- measuring staff), 302- gauge head
Structure (3021- gauge head portion (3021a- measure work cambered surface, the axis in 3021b- gauge head portion, 3021c- gauge head portion upper surface),
3022- interconnecting piece (30221- mounting groove (notch, the 302211- of 30221a- mounting groove hollow out area), first line of rabbet joint of 30222-,
30223- mounting hole, second line of rabbet joint of 30224-, 30225- partitioning slot)), 303- sleeve), 4- shield (4a- be open face), 5- the
Three locking members, the first locking member of 6-, the second locking member of 7-, zero plate of the school 8- (upper surface of zero plate of the school 8a-, zero plate of the school 8b- following table
Face, the first chuck of 801- (school 8011- zero layer), 802- stage portion (the first vertical plane of 8021-, 8022- horizontal plane, 8023- second
Vertical plane), the second chuck of 803-, 804- third chuck).
Specific embodiment
The utility model is described in further details below by specific embodiment combination attached drawing.
Fig. 1 to Figure 18 is please referred to, the folded poor instrument of the utility model embodiment laminated glass, laminated glass 1 includes stacked up and down
Two sheet glass and the doubling layer 102 between two sheet glass, folded difference instrument be used to measure the appearance profile size of two sheet glass
Difference.Folded difference instrument includes grip slipper 2, the dial gauge being arranged on grip slipper 23 and the shield 4 for protecting dial gauge 3.Folder
The side for holding seat 2 offers one and is suitable for the insertion groove 201 that laminated glass 1 is inserted into, and insertion groove 201 has the insertion being oppositely arranged
201a and positive stop end 201b is held, the open end of insertion groove is the insertion end 201a of insertion groove, opposite with insertion groove open end
One end is the positive stop end 201b of insertion groove.Cushion block structure 202, upper cushion block structure are provided on the upper groove surface 2011 of insertion groove
202 position for the upper surface 101a to upper sheet glass, are provided with underlay block structure 203 on the lower groove face 2012 of insertion groove, under
Cushion block structure 203 is used to position the lower surface 103a of lower sheet glass, upper cushion block structure 202 and underlay block structure 203 respectively by
The insertion end 201a of insertion groove extends close to the positive stop end 201b of insertion groove.The positive stop end 201b of insertion groove is additionally provided with one
Location structure 204, location structure 204 is close to the setting of the upper end of insertion groove 201 and location structure lower surface 204a is lower than upper pad
The lower surface 202a of block structure, location structure 204 is for positioning the side edge 101b of upper sheet glass, in order to avoid positioning
Structure 204 is interfered with upper sheet glass 101, and the face that location structure 204 is contacted with upper sheet glass 101 is positioning surface 204b, fixed
Plane 204b is configured to cambered surface.The axis 301a of measuring staff 301 is parallel with the opening direction of insertion groove 201 on dial gauge 3, measuring staff
301 ends are formed with the measuring head structure 302 extended in insertion groove 201, and measuring head structure 302 is located at the positive stop end 201b of insertion groove
And the lower section of location structure 204 is set, measuring head structure 302 and the side edge 103b of lower sheet glass offset.
In some embodiments, grip slipper 2 further includes upper seat frame 205, lower seat frame 206, connector 207 and reinforcement arm
208.Upper seat frame 205 and lower seat frame 206 are respectively configured to be laterally extended and be substantially in the structure of square frame-shaped；Reinforcement arm 208 to
There are two few and the two sides of grip slipper 2 are divided into connect upper seat frame 205 and lower seat frame 206；Connector 207 is located at grip slipper 2
On be provided with one end of dial gauge 3, connector 207 is formed in lower seat frame 206 and for dial gauge 3 to be fixed on grip slipper 2
On, upper seat frame 205 and lower seat frame 206 are respectively formed with the transverse arm for connecting with shield 4 close to one end of connector 207
209.Grip slipper 2 is provided with insertion groove 201 far from one end of connector 207, and the lower end surface of upper seat frame 205 is insertion groove 201
Upper groove surface, the upper surface of lower seat frame 206 is the lower groove face of insertion groove 201；The upper groove surface 2011 of insertion groove is configured to platform
Terrace, upper groove surface 2011 have horizontally disposed first step 20111 and horizontally disposed second step 20112, second step
20112 are located at the lower section of first step 20111 and the insertion end 201a far from insertion groove, and the upper setting of cushion block structure 202 is first
On step 20111, location structure 204 is arranged on second step 20112；The lower groove face 2012 of insertion groove is horizontal plane.Lower seat
Two snap-arms 210 are formed on the lower end surface 206a of frame, snap-arms 210 are symmetrically divided into the two sides of measuring head structure 302.Connector
One is offered on 207 with the cooperation of dial gauge measuring staff sleeve 303 and extends transversely through the fixation hole of connector 207, on connector 207 also
The third line of rabbet joint 2071 being connected to fixation hole is offered, folded difference instrument further includes for locking the third line of rabbet joint 2071 with by dial gauge
The third locking member 5 that measuring staff sleeve 303 and grip slipper 2 are fixed.
In some embodiments, for the ease of laminated glass 1 to be inserted into insertion groove 201, upper cushion block structure 202 is under
The guiding surface 2021,2031 being inserted into convenient for laminated glass 1 is offered on cushion block structure 203 respectively.In order to improve positioning accuracy
Automatically lock effect is improved simultaneously, positioning region 2022, upper positioning region 2022 are formed on the lower surface 202a of upper cushion block structure
It is arranged close to the positive stop end 201b of insertion groove and is symmetrically set in the two sides of cushion block structure 202, the upper surface of underlay block structure
Lower positioning region 2032 is formed on 203a, lower positioning region 2032 is arranged close to the insertion end 201a of insertion groove, lower positioning region 2032
Set on underlay block structure 203 middle part or be symmetrically set in the two sides of underlay block structure 203.Preferably, upper cushion block structure 202 is under
Cushion block structure 203 is made of nylon material.
In some embodiments, for the ease of replace measuring head structure 302, measuring head structure 302 include gauge head portion 3021 and
The interconnecting piece 3022 in gauge head portion 3021 and measuring staff 301 is connected, interconnecting piece 3022 is detachable with gauge head portion 3021 and measuring staff 301 respectively
Connection.In order to improve the service life of measurement accuracy and gauge head portion, the side of interconnecting piece 3022 is offered matches with gauge head portion 3021
The mounting groove 30221 for closing and extending vertically, mounting groove 30221 are non-shaping cylindrical hole, and gauge head portion 3021 is cylindricality gauge head, gauge head
Portion 3021 is partially submerged into 30221 in mounting groove, partially stretches out mounting groove 30221 outside and the side edge 103b phase with lower sheet glass
It supports, the surface that gauge head portion 3021 leaks out from the notch 30221a of mounting groove is measurement work cambered surface 3021a, and gauge head portion 3021
Also it can move up and down and rotate in mounting groove 30221, can arbitrarily adjust height and position and the replacement gauge head portion in gauge head portion 3021
3021 abrading sections, are reused.3022 are also provided with convenient for gauge head portion 3021 to be put into mounting groove 30221 on interconnecting piece
First line of rabbet joint 30222, first line of rabbet joint 30222 be connected to mounting groove 30221 and it is vertical extend, folding difference instrument further includes for locking
For first line of rabbet joint 30222 gauge head portion 3021 is fixed on the first locking member 6 in mounting groove 30221, the first locking member 6 is spiral shell
Nail, the side wall of mounting groove 30221, which is opened first line of rabbet joint 30222, to lock gauge head portion 3021 by the swelling of the first locking member 6.
Offered for the ease of rotating gauge head portion 3021, on the cell wall of mounting groove 30221 extend vertically hollow out area 302211, in order to just
In second line of rabbet joint for being also provided with mounting hole 30223 on fixed measuring staff 301, interconnecting piece 3022 and being connected to mounting hole 30223
30224, mounting hole 30223 and measuring staff 301 cooperate and horizontal extension, folded difference instrument further include for lock second line of rabbet joint 30224 with
The second locking member 7 measuring staff 301 being fixed in mounting hole 30223.For the ease of processing, first line of rabbet joint 30222 and the second slot
30224 connection of seam, in order to further be easily installed, prevents to interfere, the upper end of interconnecting piece 3022 offer it is vertical extend with
Divide the partitioning slot 30225 of first line of rabbet joint 30222 and second line of rabbet joint 30224, partitioning slot 30225 and first line of rabbet joint 30222 and
Two lines of rabbet joint 30224 are vertical.
In some embodiments, in order to improve the measurement precision of instrument, convenient for calibration, folding difference instrument further includes zero plate of school
8.Zero plate of school, 8 zero dial gauge 3 of energy school, zero plate 8 of school can also proofread the installation of the height and position and interconnecting piece 3022 in gauge head portion 3021
Angle.The side of zero plate 8 of school offers the first chuck 801 being recessed inwardly, the first chuck 801 to prevent the concave face damaged
It is configured to school zero layer 8011.The side of zero plate 8 of school is provided with stage portion 802, and stage portion 802 has sequentially connected first to erect
Face 8021, horizontal plane 8022 and the second vertical plane 8023 directly, the first vertical plane 8021 is the side end face of zero plate of school, 8 side, horizontal
Face 8022 is configured to height check and correction face.The side of zero plate 8 of school is provided with second chuck cooperated with interconnecting piece 3022
803, the two sides of the second chuck 803 are symmetrically arranged with third chuck 804, and third chuck 804 and snap-arms 210 cooperate.In order to just
There is opening face 4a in the lower end of storage zero plate 8 of school, shield 4, zero plate 8 of school, which can be placed on the 4a of the opening face, covers the opening face
4a is simultaneously integrally fixed by screw with shield 4, is conveniently taken, is avoided losing.
The installation of measuring head structure 302 and calibration steps are as follows in the utility model embodiment:
Step 1), centering check and correction: the axis 3021b in gauge head portion is overlapped with the median plane of interconnecting piece 3022, therefore the company of adjusting
The median plane of socket part 3022 is to accurate location.Specific adjusting method is as follows: folded poor instrument bottom surface being placed upward, extremely such as Figure 13
Shown in Figure 15, two third chuck 804 of zero plate 8 of high-ranking officers are inserted into be clamped with snap-arms 210, at this time in the second chuck 803
Heart face is face in the measurement that simulates, and interconnecting piece 3022 is inserted into the second chuck 803 and 3022 He of interconnecting piece that is locked
The median plane of second locking member 7 of measuring staff 301, interconnecting piece 3022 is located at face in measurement, i.e. the axis 3021b in gauge head portion is located at
In measurement on face.
Step 2, height and position check and correction: due to there is doubling among upper and lower two sheet glass, when measurement, need to ensure gauge head portion 3021
Avoid doubling, do not interfere therewith, but cannot leave it is excessive, with keep gauge head portion 3021 and lower sheet glass 103 be tested position have it is suitable
When contact area, therefore gauge head portion 3021 to appropriate location need to be adjusted in above-below direction, the stage portion 802 on zero plate 8 of school is
It is able to satisfy above-mentioned adjustment requirement, therefore also needs to make position check and correction before school zero, adjustment mode is as follows: please referring to Fig. 1, Figure 11 and figure
12, zero plate 8 of school is had in one end insertion insertion groove 201 of stage portion 802, side end face i.e. the first vertical plane of zero plate 8 of school is made
8021 offset with the positioning surface 204b of location structure, then move the gauge head portion 3021 in mounting groove 30221, make gauge head portion
Upper surface 3021c be kept in contact with the horizontal plane 8022 of zero plate of school after tighten the first locking member 6 make gauge head portion 3021 with connect
Portion 3022 is fixed, that is, completes position check and correction.
Step 3), school zero: please referring to Fig. 2 to Fig. 9, and there is zero plate 8 of high-ranking officers the side of the first chuck 801 to be inserted into insertion groove
In 201, the upper surface 8a of zero plate of school is made to offset with upper positioning region 2022, the lower surface 8b of zero plate of school and lower 2032 phase of positioning region
It supports and the school zero layer 8011 of zero plate of school and the positioning surface 204b of location structure offsets, drive of the gauge head portion 3021 in 3 dynamometry of dial gauge
School zero layer 8011 is contacted under dynamic, at this time gauge head portion 3021 and location structure 204 while the same face, that is, school zero layer with zero plate 8 of school
8011 contact and obtain school zero.
Figure 16 and 17 is please referred to be horizontally arranged laminated glass 1, when the utility model embodiment measures by abovementioned steps
After Installation And Calibration measuring head structure 302, the insertion groove 201 of folded poor instrument is inserted into perpendicular to glass edge, until being unclamped after shifting bottom onto
Hand, folded difference instrument are hooked on glass 1 by self weight, and the digital display centimeter indicating value on the dial gauge 3 of reading is sheet glass up and down
Folded difference.
Zero plate of school is utilized in the utility model embodiment, measuring head structure 302 can be adjusted to accurate measurement position and zero
Point position, positioning is simple, and no cross positions, and adapts to the measurement of bend glass and flat glass, can using self weight after being measured
So that folded poor instrument be in detent position to maintain measuring state motionless, that is, measures in place that release hand can be held in position and measure contact afterwards
State it is constant, facilitate reading, easy manipulation, therefore measure and stablize, precision is higher.And the universal performance in gauge head portion 3021 is good,
General cylindricality gauge head standard component can be used, it is commercially available to can get, it is not required to specially design and produce, by being displaced and rotating adjusting gauge head
Portion 3021 exchanges abrading section or replacement gauge head portion 3021 in due course.This folded poor instrument is easy to operate, is not required to technical skill, can avoid
The influence of intermediate doubling, compared with the prior art, the advantage in terms of the convenience of operation, the stability of measurement, the accuracy of precision
Obviously.The storage of zero plate 8 of school in addition to can make its when not used with 4 integrator of shield to avoid lose other than, moreover it is possible to play increasing
The effect for adding folded poor instrument self weight counterweight, improves the effect that dead-weight lock function is positioned when measurement above-mentioned, certain zero plate 8 of school with it is anti-
Shield 4 cooperate more can effectively prevent that use process dial gauge 3 is subject to collide with, tumble injury.
The above content is the further description for combining specific embodiment to do the utility model, and it cannot be said that
The specific implementation of the utility model is only limited to these instructions.For the ordinary skill people of technical field belonging to the utility model
For member, without departing from the concept of the premise utility, a number of simple deductions or replacements can also be made, all should be considered as
Belong to the protection scope of the utility model.
Claims (10)
1. a kind of folded poor instrument of laminated glass, the laminated glass include two stacked up and down sheet glass and are set between two sheet glass
Doubling layer, it is characterised in that: the appearance profile size that the folded poor instrument is used to measure two sheet glass is poor comprising clamping
Seat and the dial gauge being arranged on the grip slipper；The side of the grip slipper offers an insertion groove being laterally extended, described
Insertion groove has the insertion end that is oppositely arranged and positive stop end, be each provided on the upper groove surface of the insertion groove and lower groove face one by
Insertion end extends close to the cushion block structure of positive stop end, and two cushion block structures are contacted with two panels glass surface respectively, described
The positive stop end of insertion groove is provided with a location structure, the location structure close to the setting of the upper end of the insertion groove with for
The edge of sheet glass positions；The axis of measuring staff is parallel with the opening direction of the insertion groove on the dial gauge, the measuring staff end
Portion is formed with the measuring head structure extended in the insertion groove, and the measuring head structure is located at the positive stop end of the insertion groove and setting
In the lower section of the location structure, the edge of the measuring head structure and the lower sheet glass for being located at the upper sheet glass lower end offsets.
2. the folded poor instrument of laminated glass as described in claim 1, it is characterised in that: offered respectively on two cushion block structures
Convenient for the guiding surface of laminated glass insertion.
3. the folded poor instrument of laminated glass as described in claim 1, it is characterised in that: the cushion block at the insertion groove upper groove surface
Structure is upper cushion block structure, and the cushion block structure at groove face under the insertion groove is underlay block structure, the upper cushion block structure
Lower surface on be formed with positioning region, the upper positioning region is arranged close to the positive stop end of the insertion groove, the underlay agllutination
Lower positioning region is formed on the upper surface of structure, the lower positioning region is arranged close to the insertion end of the insertion groove.
4. the folded poor instrument of laminated glass as described in claim 1, it is characterised in that: the measuring head structure includes gauge head portion and connects
The interconnecting piece in the gauge head portion and the measuring staff is connect, the interconnecting piece is detachably connected with gauge head portion and measuring staff respectively.
5. the folded poor instrument of laminated glass as claimed in claim 4, it is characterised in that: the side of the interconnecting piece offer with it is described
The mounting groove surveying head fits and extending vertically, the gauge head portion is partially submerged into the mounting groove, partially stretches out mounting groove
It offsets outside and with the edge of the lower sheet glass, is also provided on the interconnecting piece convenient for gauge head portion to be put into the mounting groove
First line of rabbet joint, first line of rabbet joint be connected to the mounting groove and it is vertical extend, the folded poor instrument further includes for locking the
Gauge head portion to be fixed on the first locking member in mounting groove by one line of rabbet joint.
6. the folded poor instrument of laminated glass as claimed in claim 4, it is characterised in that: offered on the interconnecting piece mounting hole and with
Second line of rabbet joint of the mounting hole connection, the mounting hole and measuring staff cooperation and horizontal extension, the folded poor instrument further include
For locking second line of rabbet joint with the second locking member by measuring staff fixation in the mounting hole.
7. such as the folded poor instrument of laminated glass as claimed in any one of claims 1 to 6, it is characterised in that: the folded poor instrument further includes school
Zero plate, zero plate of school can be inserted into the insertion groove with zero dial gauge of school.
8. the folded poor instrument of laminated glass as claimed in claim 7, it is characterised in that: the side of zero plate of school, which offers, to concave
The concave face of the first sunken chuck, first chuck is configured to school zero layer.
9. the folded poor instrument of laminated glass as claimed in claim 7, it is characterised in that: zero plate of school can also proofread the gauge head portion
Height and position, the side of zero plate of school is provided with stage portion, and the stage portion has sequentially connected first vertical plane, water
Plane and the second vertical plane, the horizontal plane are configured to height check and correction face.
10. the folded poor instrument of laminated glass as claimed in claim 4, it is characterised in that: zero plate of school can also proofread the connection
The setting angle in portion, the side of zero plate of school are provided with the second chuck of one with interconnecting piece cooperation, second card
The two sides of platform are symmetrically arranged with third chuck, and the lower end of the grip slipper is formed with the snap-arms with third chuck cooperation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820877926.2U CN208536735U (en) | 2018-06-07 | 2018-06-07 | A kind of folded poor instrument of laminated glass |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820877926.2U CN208536735U (en) | 2018-06-07 | 2018-06-07 | A kind of folded poor instrument of laminated glass |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208536735U true CN208536735U (en) | 2019-02-22 |
Family
ID=65382577
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820877926.2U Active CN208536735U (en) | 2018-06-07 | 2018-06-07 | A kind of folded poor instrument of laminated glass |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208536735U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108613609A (en) * | 2018-06-07 | 2018-10-02 | 武汉武耀安全玻璃股份有限公司 | A kind of folded poor instrument of laminated glass |
-
2018
- 2018-06-07 CN CN201820877926.2U patent/CN208536735U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108613609A (en) * | 2018-06-07 | 2018-10-02 | 武汉武耀安全玻璃股份有限公司 | A kind of folded poor instrument of laminated glass |
| CN108613609B (en) * | 2018-06-07 | 2024-06-04 | 武汉武耀安全玻璃股份有限公司 | Laminated glass stacking instrument |
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