CN206979488U - Novel clamping apparatus for tissue thickness measure - Google Patents
Novel clamping apparatus for tissue thickness measure Download PDFInfo
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- CN206979488U CN206979488U CN201621432541.2U CN201621432541U CN206979488U CN 206979488 U CN206979488 U CN 206979488U CN 201621432541 U CN201621432541 U CN 201621432541U CN 206979488 U CN206979488 U CN 206979488U
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- cylindrical bar
- circular pipe
- cover plate
- measuring jaw
- cylindrical
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- A Measuring Device Byusing Mechanical Method (AREA)
Abstract
A kind of novel clamping apparatus for tissue thickness measure, including Circular Pipe one, slide duct, measuring jaw one, measuring jaw two, sliding shoe, cover plate one, cover plate two, cylindrical rod one, limited block one, screw thread, worm gear one, cylindrical bar two, worm thread, limited block two, worm thread two, worm gear two, limited block three, extension block, short thin lasso with fracture, scale mark, Circular Pipe two, cover plate three, cover plate four, cylindrical bar one, cylindrical bar three, cylindrical bar four, interior hexagonal groove one, limited block four, gimbal suspension joint, convex column, ball recess, post block, rotate bulb, cylindrical bar five, long screw thread, screwed hole, interior hexagonal groove two.The utility model can fast and accurately measure the thickness of people's in-vivo tissue, and measuring jaw one and measuring jaw two can stretch, Circular Pipe two can be with bending, so angle that can conveniently between regulation Circular Pipe one and Circular Pipe two, it is easy to move each cylindrical bar using inner hexagon spanner, is worthy of popularization.
Description
Technical field
It the utility model is related to a kind of medicine equipment, especially a kind of novel clamping apparatus for tissue thickness measure.
Background technology
In Shoulder joint, rotator cuff injury occupies most, and the reparation of shoulder sleeve turns into main flow under shoulder joint mirror at present
Operation, influenceing the factor of shoulder sleeve prosthesis effect mainly has tendon tear size, tendon regression and fattyization degree, Huan Zhenian
Age, and the tendon thickness torn is to react an index of tendon degree of degeneration, tendon is thicker, and retractility is bigger, then tendon
Regression is lighter, if tear tendon is substantially thinning, regression is more serious.At present clinically without direct measurement tear shoulder sleeve tendon thickness
Instrument, or the mode observed with Traditional Man estimates and shoulder sleeve tendon thickness size, and error is larger；It is badly in need of a kind of energy on the market
It is used for measuring the instrument of tear tendon thickness in arthroscope shoulder tucks inside the sleeve prosthetic, for quantitative prediction surgical effect and is clinic
Scientific research provides quantitative measurment.
Utility model content
The utility model will solve the shortcomings that above-mentioned prior art, there is provided one kind can quickly, it is accurate, easily measure
The novel clamping apparatus of tendon thickness is torn, meets the need for being used for measuring tear tendon thickness in doctor's arthroscope shoulder sleeve prosthetic
Ask.
The utility model solves the technical scheme of its technical problem use：It is this to be used for the new of tissue thickness measure
Fixture, including Circular Pipe one, it is provided with along the axially arranged slip duct of Circular Pipe one, Circular Pipe one on the periphery of Circular Pipe one
Cavity at be provided with positioned at the measuring jaw one for sliding duct outer end and stretching out and sliding duct, the relative position of measuring jaw one is provided with measuring jaw
Two, measuring jaw one is rotatably connected at Circular Pipe one, and sliding shoe is provided with the cavity of Circular Pipe one, and the outer end opening of Circular Pipe one leads to
Cross cover plate one to close, the inner of Circular Pipe one is closed by cover plate two, and cover plate one on cover plate two with being rotatably connected to cylindrical rod
One, the inner end of cylindrical rod one passes cover plate two, and cylindrical rod one is set on cylindrical rod one by the axial limiting of limited block one
The screw thread that length matches with sliding orifice throat length is equipped with, screw thread is threadedly coupled with sliding shoe, and measuring jaw two is rotatably connected on sliding shoe
Locate, be fixed with worm gear one on measuring jaw two, cylindrical bar one be rotatably connected between sliding shoe and cover plate two, cylindrical bar one is by spacing
The axial limiting of block two is provided with worm thread one on sliding shoe on the outer end of cylindrical bar one, worm thread one coordinates with worm gear one,
Non-circular spliced eye is provided with cylindrical bar one, the matched shank of size shape, grafting are plugged with non-circular spliced eye
The inner end of bar is provided with cylindrical bar, and cylindrical bar is rotatably connected on cover plate two and passes cover plate two, and cylindrical bar passes through limited block axis
It is spacing, gimbal suspension joint one is fixed between cylindrical bar and shank, cylinder is rotatably connected between cover plate one and cover plate two
Bar two, the inner end of cylindrical bar two, which passes, is provided with worm thread two in cover plate two and column two, be fixed with measuring jaw one
Worm gear two, worm gear two coordinate with worm thread two, and column two passes through the axial limiting of limited block three；Extension is fixed with sliding shoe
Go out to slide the extension block in duct, the short thin lasso with fracture, the fracture two of short thin lasso are combined with the periphery of Circular Pipe one
End is separately fixed at the both sides of extension block, and the scale mark that position matches with measuring jaw one is carved with the periphery of Circular Pipe one；It is oval
The axis direction sidepiece of pipe one is provided with Circular Pipe two, and the external port and inner port of Circular Pipe two pass through cover plate three and cover plate four respectively
Closing, is rotatably connected to cylindrical bar three, cylindrical bar four, cylindrical bar five on cover plate three and cover plate four, cylindrical bar three, cylindrical bar four,
The inner end surface of cylindrical bar five is all provided with the interior hexagonal groove one being in communication with the outside, cylindrical bar three, cylindrical bar four, cylindrical bar five
All by the axial limiting of limited block four, between cylindrical bar three and cylindrical rod one, between cylindrical bar four and cylindrical bar, cylindrical bar five
Gimbal suspension joint two is all fixed between cylindrical bar two, is fixed with convex column on the outer face of cover plate three, convex column it is outer
End is provided with ball recess, and post block is fixed with the inner face of cover plate two, and rotation bulb is fixed with post block, rotates bulb and ball
Connected in star coordinates and rotation bulb will not be made to deviate from ball recess, and cylindrical bar six, cylindrical bar are rotatably connected on cover plate four
Six outer end is provided with long screw thread, and the screwed hole connected with ball recess is provided with cover plate three, and long screw thread coordinates with screwed hole,
The inner end face of cylindrical bar six is provided with the interior hexagonal groove two being in communication with the outside.Here measuring jaw one, measuring jaw two, cylindrical rod one,
The effect of column one, cylindrical bar two, sliding shoe is before Circular Pipe one needs to extend into patient body, can to turn cylinder
Rod member one and cylindrical bar two, so as to measuring jaw one and measuring jaw two retract to the cavity of Circular Pipe one using worm-and-wheel gear
It is interior, so as to which Circular Pipe one is extend into patient body by the osculum on human body, when reaching the measurement tissue for needing measurement patient,
Cylindrical bar one and cylindrical bar two are turned again, so as to which measuring jaw one and measuring jaw two deploy, finally turn cylindrical rod so that measuring jaw two
Open or draw close relative to measuring jaw one, and then measure the thickness of tissue, so as to provide data supporting for follow-up work；
Here Circular Pipe two, gimbal suspension joint two, cylindrical bar three, cylindrical bar four, cylindrical bar five, cylindrical bar six, rotate bulb, spherical
The effect of groove is, when Circular Pipe one is inserted into human body, because the position of tissue is different, makes sometimes positioned at human external
Part Circular Pipe one is excessively pressed close at human body skin, be so inconvenient to utilize inner hexagon spanner drive cylindrical rod one, shank,
Cylindrical bar two moves, thus bending Circular Pipe two (as shown in Figure 10) can make the bending of Circular Pipe two away from human body skin at, this
Sample is easy to turn cylindrical bar three, cylindrical bar four, cylindrical bar five using inner hexagon spanner, the power transmission of gimbal suspension joint two, carrys out band
The motion of momentum pawl one, measuring jaw two, here threaded rod two play a part of tightening or unclamping to rotating bulb；Here cylindrical bar one
On be provided with non-circular spliced eye, the effect that the matched shank of size shape is plugged with non-circular spliced eye is cylinder
Bar one can either move axially on shank, can also utilize shank to drive cylindrical bar one to rotate.
It is further perfect, the spheric end for closing the outer end opening of Circular Pipe one is fixed with the inner end of Circular Pipe one
Lid.Here the effect of spherical end cover is, for that when Circular Pipe one is inserted into patient body, can avoid the outer end of Circular Pipe one
The sharp object scratch of side is to human body.
It is further perfect, rubber sleeve is provided between Circular Pipe one and Circular Pipe two, the side of rubber sleeve is enclosed on Circular Pipe one
Inner periphery on, the opposite side of rubber sleeve is enclosed on the outer end periphery of Circular Pipe two.Here the effect of rubber sleeve is to use
It is more attractive in appearance in blocks dust, and also.
Further perfect, limited location cross bar is fixed on the right side of sliding shoe, when the rotate counterclockwise of measuring jaw two is up to vertical position
When, spacing cross bar stops that measuring jaw two is rotated further.Here the effect of spacing cross bar is to be easy to control measuring jaw two to rotate counterclockwise to
Vertical position.
Further perfect, three scale marks of periphery of Circular Pipe one, three scale marks are located at Circular Pipe one respectively
Left side, right side and the top of periphery.Here the effect of three scale marks is, during for facilitating each angle observation scale mark
Scale mark can be seen, so as to facilitate the reading of numerical value.
It is further perfect, the breach to cave inward, breach and scale mark location matches are provided with short thin sleeve pipe.Here lack
The effect of mouth is to observe scale mark (such as Fig. 1,2,3,10,11) for convenient.
The utility model has the advantages that：The utility model smart structural design, rationally, here measuring jaw one, measuring jaw two,
The effect of cylindrical rod one, cylindrical bar one, cylindrical bar two, cylindrical bar three, sliding shoe is, when Circular Pipe one needs to extend into patient
Before in vivo, cylindrical bar one and cylindrical bar two can be turned, so as to be returned using worm-and-wheel gear to measuring jaw one and measuring jaw two
It is reduced in the cavity of Circular Pipe one, so as to which the osculum that Circular Pipe one is cut out by human body is extend into patient body, reaching needs
During the tissue of measurement, then drive cylindrical bar one and cylindrical bar two to rotate, so as to which measuring jaw one and measuring jaw two deploy, finally turn cylinder
Rod member one is follow-up work so that measuring jaw two opens or drawn close relative to measuring jaw one, and then measures the thickness of tissue
Make offer data supporting, the utility model measurement tissue precision is high, efficiency high, is worthy of popularization.
Brief description of the drawings
Fig. 1 is stereogram one of the present utility model；
Fig. 2 is another view stereo figure two of the present utility model；
Fig. 3 is other view stereo figures three of the present utility model；
Fig. 4 is structural representation of the present utility model；
Fig. 5 is the structural representation that measuring jaw one and measuring jaw two shrink back in the cavity of Circular Pipe one in the utility model；
Fig. 6 is Fig. 4 a-quadrant partial enlarged drawing；
Fig. 7 is Fig. 4 B area partial enlarged drawing；
Fig. 8 is Fig. 4 C regions partial enlarged drawing；
Fig. 9 is Fig. 5 D regions partial enlarged drawing；
View when Figure 10 is Fig. 4 E visual angles and two bending of Circular Pipe；
Figure 11 is use state figure of the present utility model.
Description of reference numerals：Circular Pipe 1, slide duct 1-1, scale mark 1-2, measuring jaw 1, measuring jaw 23, sliding shoe
4, extension block 4-1, spacing cross bar 4-2, cylindrical bar 5, limited block a, the b of limited block one, cover plate 1, cover plate 27, cylindrical rod one
8, screw thread 8-1, worm gear 1, shank 10, the f of gimbal suspension joint one, cylindrical bar 1, worm thread 11-1, non-circular grafting
Bar 11-2, cylindrical bar 2 13, the 13-1 of worm thread two, worm gear 2 14, limited block 3 15, short thin lasso 16, breach 15-1 are long
Pipe 2 17, cover plate 3 18, screwed hole 18-1, cover plate 4 19, cylindrical bar 3 20, cylindrical bar 4 21, cylindrical bar 5 22, interior hexagonal
The c of groove one, the d of limited block four, the e of gimbal suspension joint two, convex column 23, ball recess 23-1, post block 24, rotate bulb 25, circle
Mast 6 26, long screw thread 26-1, the interior 26-2 of hexagonal groove two, spherical end cover 27, rubber sleeve 28, human body 29, tissue 30, close
Save mirror 31.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings：
Referring to the drawings：This novel clamping apparatus for tissue thickness measure, including Circular Pipe 1, Circular Pipe 1
It is provided with periphery along the axially arranged slip duct 1-1 of Circular Pipe 1, is provided with the cavity of Circular Pipe 1 and is located at sliding eye
The measuring jaw 1 for sliding duct 1-1 is simultaneously stretched out in road 1-1 outer ends, and the relative position of measuring jaw 1 is provided with measuring jaw 23, and measuring jaw 1 rotates
It is connected at Circular Pipe 1, sliding shoe 4 is provided with the cavity of Circular Pipe 1, the outer end opening of Circular Pipe 1 passes through cover plate 1
Closing, the inner of Circular Pipe 1 are closed by cover plate 27, and cylindrical rod 1 is rotatably connected on cover plate 1 and cover plate 27,
The inner end of cylindrical rod 1 passes cover plate 27, and cylindrical rod 1 is by the b axial limitings of limited block one, on cylindrical rod 1
The screw thread 8-1 that length matches with sliding duct 1-1 length is provided with, screw thread 8-1 is threadedly coupled with sliding shoe 4, and measuring jaw 23 rotates
It is connected at sliding shoe 4, worm gear 1 is fixed with measuring jaw 23, cylindrical bar is rotatably connected between sliding shoe 4 and cover plate 27
One 11, for cylindrical bar 1 by the axial limiting of limited block 2 12 on sliding shoe 4, cylindrical bar 1 is provided with worm screw spiral shell on outer end
Line one 11-1, the 11-1 of worm thread one coordinate with worm gear 1, and non-circular spliced eye 11-2 is provided with cylindrical bar 1, non-circular
The matched shank 10 of size shape is plugged with spliced eye 11-2, the inner end of shank 10 is provided with cylindrical bar 5, cylinder
Bar 5 is rotatably connected on cover plate 27 and passes cover plate 27, and cylindrical bar 5 is spacing by limited block a axis, cylindrical bar 5 and shank
The f of gimbal suspension joint one is fixed between 10, cylindrical bar 2 13, cylindrical bar two are rotatably connected between cover plate 1 and cover plate 27
13 inner end is passed and the 13-1 of worm thread two is provided with cover plate 27 and cylindrical bar 2 13, and snail is fixed with measuring jaw 1
2 14 are taken turns, the worm gear 2 14 and 13-1 of worm thread two coordinates, and cylindrical bar 2 13 passes through the axial limiting of limited block 3 15；Sliding shoe 4
On be fixed with the extension block 4-1 for extending and sliding duct 1-1, be combined with the short thin set with fracture on the periphery of Circular Pipe 1
Circle 16, the fracture both ends of short thin lasso 16 are separately fixed at extension block 4-1 both sides, and position is carved with the periphery of Circular Pipe 1
The scale mark 1-2 matched with measuring jaw 1；The axis direction sidepiece of Circular Pipe 1 is provided with Circular Pipe 2 17, Circular Pipe 2 17
External port and inner port closed respectively by cover plate 3 18 and cover plate 4 19, be rotatably connected on cover plate 3 18 and cover plate 4 19
Cylindrical bar 3 20, cylindrical bar 4 21, cylindrical bar 5 22, cylindrical bar 3 20, cylindrical bar 4 21, the inner end surface of cylindrical bar 5 22
The c of interior hexagonal groove one being in communication with the outside all is provided with, cylindrical bar 3 20, cylindrical bar 4 21, cylindrical bar 5 22 all pass through limited block
Four d axial limitings, between cylindrical bar 3 20 and cylindrical rod 1, between cylindrical bar 4 21 and cylindrical bar 5, cylindrical bar 5 22 with
The e of gimbal suspension joint two is all fixed between cylindrical bar 2 13, convex column 23, convex column are fixed with the outer face of cover plate 3 18
23 outer end is provided with ball recess 23-1, and post block 24 is fixed with the inner face of cover plate 27, rotating ball is fixed with post block 24
First 25, rotate bulb 25 and ball recess 23-1 and coordinate and rotation bulb 25 will not be made to deviate from ball recess 23-1, cover plate
Cylindrical bar 6 26 is rotatably connected on 4 19, the outer end of cylindrical bar 6 26 is provided with long screw thread 26-1, is provided with cover plate 3 18
The screwed hole 18-1, long screw thread 26-1 and screwed hole 18-1 connected with ball recess 23-1 coordinates, the inner end of cylindrical bar 6 26
Face is provided with the 26-2 of interior hexagonal groove two being in communication with the outside.
The spherical end cover 27 for closing the outer end opening of Circular Pipe 1 is fixed with the outer end of Circular Pipe 1.
Rubber sleeve 28 is provided between Circular Pipe 1 and Circular Pipe 2 17, the side of rubber sleeve 28 is enclosed on the interior of Circular Pipe 1
Hold on periphery, the opposite side of rubber sleeve 28 is enclosed on the outer end periphery of Circular Pipe 2 17.
Limited location cross bar 4-2, when measuring jaw 23 rotates counterclockwise to vertical position, spacing horizontal stroke are fixed in the right side of sliding shoe 4
Bar 4-2 stops that measuring jaw 23 is rotated further.
Three scale marks 1-2, three scale mark 1-2 are provided with the periphery of Circular Pipe 1 respectively positioned at oval
Left side, right side and the top of the periphery of pipe 1.
The breach 16-1 to cave inward, breach 16-1 and scale mark 1-2 positions are provided with the outer face of short thin lasso 16
Matching.
In use, cutting an osculum with patient, Circular Pipe 1 is then extend into (this in human body 29 by osculum
When measuring jaw 1 and measuring jaw 23 be to be retracted in the cavity of Circular Pipe 1), then by the observation of arthroscope 31, Circular Pipe
One 1 leading section is close to the tissue 30 for needing to measure, and then bending Circular Pipe 2 17, makes Circular Pipe 1 and Circular Pipe two
Angle is presented between 17, it is therefore an objective to it is easy to utilize inner hexagon spanner, then turns cylindrical bar 6 26 using inner hexagon spanner, so as to
Rotating sphere 25 is compressed, and then Circular Pipe 1 and Circular Pipe 2 17 is maintained relative position (as shown in Figure 10,11), so
After turn cylindrical bar 5 22, so as to using cylindrical bar 5 22 drive cylindrical bar 2 13 rotate, and then utilize worm and gear principle, band
Momentum pawl 1 opens, and untill measuring jaw 1 is stopped by cover plate 1, at this moment measuring jaw 1 is in vertical state position, Ran Houli
Cylindrical bar 4 21 is turned with inner hexagon spanner, so as to drive cylindrical bar 5 to rotate using cylindrical bar 4 21, and then drives shank 10
Rotation, then the rotation of cylindrical bar 1 is driven, the rotate counterclockwise of measuring jaw 23 is driven using worm and gear principle, until being limited
Untill cross bar 4-2 is stopped, at this moment, measuring jaw 23 is in vertical state, and then measuring jaw 1 and measuring jaw 23, which are placed on, needs to measure
Tissue 30 between, and then turn cylindrical bar 3 20 using inner hexagon spanner and drive cylindrical rod 1 rotate, from
And drive sliding shoe 4 to move, and then make it that the direction of measuring jaw 23 to measuring jaw 1 is drawn close, so as to accurately measure tissue
Thickness, efficiency high, be worthy of popularization；Here Circular Pipe 2 17 can only carry out bending in a manner of such as Figure 10.This practicality is new
The part of type uses can high-temperature sterilization material.
Although the utility model is shown and described by reference to preferred embodiment, this specialty is common
Technical staff can make various change in form and details it is to be appreciated that in the range of claims.
Claims (6)
1. a kind of novel clamping apparatus for tissue thickness measure, including Circular Pipe one (1), it is characterized in that：The Circular Pipe
It is provided with the periphery of one (1) along the axially arranged slip duct (1-1) of Circular Pipe one (1), the cavity of the Circular Pipe one (1)
Place be provided with positioned at slide duct (1-1) outer end and stretch out slide duct (1-1) measuring jaw one (2), the measuring jaw one (2) it is relative
Position is provided with measuring jaw two (3), and the measuring jaw one (2) is rotatably connected on Circular Pipe one (1) place, the cavity of the Circular Pipe one (1)
Place is provided with sliding shoe (4), and the outer end opening of the Circular Pipe one (1) is closed by cover plate one (6), the Circular Pipe one (1)
Inner to be closed by cover plate two (7), the cover plate one (6) is described with being rotatably connected to cylindrical rod one (8) on cover plate two (7)
The inner end of cylindrical rod one (8) passes cover plate two (7), the cylindrical rod one (8) by limited block one (b) axial limiting,
The screw thread (8-1) that length matches with sliding duct (1-1) length, the screw thread (8-1) are provided with the cylindrical rod one (8)
It is threadedly coupled with sliding shoe (4), the measuring jaw two (3) is rotatably connected on sliding shoe (4) place, is fixed with the measuring jaw two (3)
Worm gear one (9), cylindrical bar one (11), the cylindrical bar one (11) are rotatably connected between the sliding shoe (4) and cover plate two (7)
By limited block two (12) axial limiting on sliding shoe (4), worm thread one is provided with described (11) outer end of cylindrical bar one
(11-1), the worm thread one (11-1) coordinate with worm gear one (9), and non-circular spliced eye is provided with the cylindrical bar one (11)
(11-2), the matched shank of size shape (10), the shank are plugged with the non-circular spliced eye (11-2)
(10) inner end is provided with cylindrical bar (5), and the cylindrical bar (5) is rotatably connected on cover plate two (7) and passes cover plate two (7), institute
It is spacing by limited block (a) axis to state cylindrical bar (5), gimbal suspension is fixed between the cylindrical bar (5) and shank (10)
Joint one (f), cylindrical bar two (13), the cylindrical bar two (13) are rotatably connected between the cover plate one (6) and cover plate two (7)
Inner end pass worm thread two (13-1) be provided with cover plate two (7) and cylindrical bar two (13), on the measuring jaw one (2)
Worm gear two (14) is fixed with, the worm gear two (14) coordinates with worm thread two (13-1), and the cylindrical bar two (13) passes through limit
Position block three (15) axial limiting；The extension block (4-1) for extending and sliding duct (1-1) is fixed with the sliding shoe (4), it is described
The short thin lasso (16) with fracture, the fracture both ends point of the short thin lasso (16) are combined with the periphery of Circular Pipe one (1)
Extension block (4-1) both sides are not fixed on, and the quarter that position matches with measuring jaw one (2) is carved with described (1) periphery of Circular Pipe one
Scale designation (1-2)；
The axis direction sidepiece of the Circular Pipe one (1) is provided with Circular Pipe two (17), the external port of the Circular Pipe two (17) and
Inner port is closed by cover plate three (18) and cover plate four (19) respectively, the company of rotation on the cover plate three (18) and cover plate four (19)
It is connected to cylindrical bar three (20), cylindrical bar four (21), cylindrical bar five (22), the cylindrical bar three (20), cylindrical bar four (21), cylinder
The inner end surface of bar five (22) is all provided with the interior hexagonal groove one (c) being in communication with the outside, the cylindrical bar three (20), cylindrical bar
Four (21), cylindrical bar five (22) all pass through limited block four (d) axial limiting, the cylindrical bar three (20) and cylindrical rod one (8)
Between, between cylindrical bar four (21) and cylindrical bar (5), between cylindrical bar five (22) and cylindrical bar two (13) be all fixed with universal pass
Joint two (e) is saved, is fixed with convex column (23) on the outer face of the cover plate three (18), the outer end of the convex column (23) is opened
There is ball recess (23-1), post block (24) is fixed with the inner face of the cover plate two (7), be fixed with and turn on the post block (24)
Dynamic bulb (25), the rotation bulb (25) coordinate with ball recess (23-1) and will not make rotation bulb (25) from ball recess
(23-1) place deviates from, and cylindrical bar six (26), the outer end of the cylindrical bar six (26) are rotatably connected on the cover plate four (19)
Long screw thread (26-1) is provided with, the screwed hole (18-1) connected with ball recess (23-1), institute are provided with the cover plate three (18)
Long screw thread (26-1) and screwed hole (18-1) is stated to coordinate, the inner end face of the cylindrical bar six (26) be provided be in communication with the outside it is interior
Hexagonal groove two (26-2).
2. the novel clamping apparatus according to claim 1 for tissue thickness measure, it is characterized in that：The Circular Pipe one
(1) spherical end cover (27) for closing Circular Pipe one (1) outer end opening is fixed with outer end.
3. the novel clamping apparatus according to claim 1 for tissue thickness measure, it is characterized in that：The Circular Pipe one
(1) rubber sleeve (28) is provided between Circular Pipe two (17), the side of the rubber sleeve (28) is enclosed on the inner of Circular Pipe one (1)
On periphery, the opposite side of the rubber sleeve (28) is enclosed on the outer end periphery of Circular Pipe two (17).
4. the novel clamping apparatus according to claim 1 for tissue thickness measure, it is characterized in that：The sliding shoe
(4) limited location cross bar (4-2), when the measuring jaw two (3) rotates counterclockwise to vertical position, spacing cross bar are fixed in right side
(4-2) stops that measuring jaw two (3) is rotated further.
5. the novel clamping apparatus according to claim 1 for tissue thickness measure, it is characterized in that：The Circular Pipe one
(1) three scale marks (1-2) are provided with periphery, three scale marks (1-2) are located at Circular Pipe one (1) respectively
Left side, right side and the top of periphery.
6. it is used for the novel clamping apparatus of tissue thickness measure according to claim 1 or 5, it is characterized in that：It is described short thin
The breach (16-1) to cave inward, the breach (16-1) and scale mark (1-2) position are provided with the outer face of lasso (16)
Matching.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621432541.2U CN206979488U (en) | 2016-12-23 | 2016-12-23 | Novel clamping apparatus for tissue thickness measure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621432541.2U CN206979488U (en) | 2016-12-23 | 2016-12-23 | Novel clamping apparatus for tissue thickness measure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206979488U true CN206979488U (en) | 2018-02-09 |
Family
ID=61421675
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621432541.2U Expired - Fee Related CN206979488U (en) | 2016-12-23 | 2016-12-23 | Novel clamping apparatus for tissue thickness measure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206979488U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2023058069A1 (en) * | 2021-10-09 | 2023-04-13 | Shivani Sachdeva | Bifurcated periodontal probe for measuring width of attached gingiva |
-
2016
- 2016-12-23 CN CN201621432541.2U patent/CN206979488U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2023058069A1 (en) * | 2021-10-09 | 2023-04-13 | Shivani Sachdeva | Bifurcated periodontal probe for measuring width of attached gingiva |
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Granted publication date: 20180209 Termination date: 20191223 |