CN209326966U - A kind of medical instrument fatigue test device - Google Patents
A kind of medical instrument fatigue test device Download PDFInfo
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- CN209326966U CN209326966U CN201920215391.7U CN201920215391U CN209326966U CN 209326966 U CN209326966 U CN 209326966U CN 201920215391 U CN201920215391 U CN 201920215391U CN 209326966 U CN209326966 U CN 209326966U
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Abstract
The utility model relates to the technical fields of instrument test device can enhance stability of artificial structure's part on station more particularly to a kind of medical instrument fatigue test device, guarantee detection effect, improve use reliability；Simultaneously can the fixation position according to demand to artificial structure's part be adjusted, improve fixed effect and usability；Including station, mounting rack, hydraulic press, fixing seat, pressure plare, controller, left driver, left fixed plate, right driver, right fixed plate, fatigue tester, sensor and display, hydraulic stem is provided on the bottom output end of hydraulic press, fatigue tester detector is arranged in fixing groove；It further include left telescope motor, left clamping element, right telescope motor and right clamping element, left telescope motor and right telescope motor are located above left driver and right driver；It further include two groups of servo motors, two groups of screw rods, two groups of slide bars, two groups of nuts and two groups of mounting plates, two groups of nuts are screwed on respectively on two groups of screw rod lateral walls.
Description
Technical field
The utility model relates to the technical fields of instrument test device, fill more particularly to a kind of medical instrument testing fatigue
It sets.
Background technique
It is well known that medical instrument fatigue test device is that one kind is mainly used for double of hip, full hip-joint prosthese, femur and fills out
The auxiliary device that the fatigue behaviour of the artificial structural member such as object, knee-joint prosthesis tibia support is tested is filled, in quality inspection field
It is widely used；Existing medical instrument fatigue test device includes station, mounting rack, hydraulic press, fixing seat, pressure
Plate, controller, left driver, left fixed plate, right driver, right fixed plate, fatigue tester, sensor and display, installation
Frame setting is arranged on mounting rack in station top, hydraulic press, is provided with hydraulic stem on the bottom output end of hydraulic press, fixed
In hydraulic stem bottom end, pressure plare, which is arranged, is separately positioned on station in fixing seat bottom end, left driver and right driver for seat setting
On at left and right sides of top, and left driving is respectively arranged on the right part output end of left driver and the left part output end of right driver
Axis and right driving axle, left fixed plate and right fixed plate are separately positioned on left driving shaft right end and right driving axle left end, and fatigue is surveyed
Examination device and sensor are arranged on mounting rack, and fatigue tester is electrically connected with sensor, is arranged on right fixed plate left side
There is fixing groove, fatigue tester detector is arranged in fixing groove, and display is arranged on the right side of mounting rack inner roof wall, and display
It is electrically connected with sensor, controller is arranged on the left of mounting rack inner roof wall, and controller and hydraulic press, left driver, right driving
Device and fatigue tester electrical connection；It only need to need to artificial structure's part to be tested when this medical instrument fatigue test device uses
It is placed on station, and left driver is controlled by controller and right driver drives left fixed plate and right fixed plate pair respectively
Artificial structure's part is clamped fixation, while contacts fatigue tester detector with artificial structure's part, controls liquid after fixing
Depressor drives the pressure plare on hydraulic stem to move up and down, and to carry out carrying out repercussion to artificial structure's part, it is made to carry out mould
Quasi- load-bearing, while artificial structure's part during load-bearing is detected by fatigue tester detector, and pass through sensor
Test result is fed back to display to be shown；It is found in this medical instrument fatigue test device use, it is artificial to tie
Stability of the component on station is limited, and phenomenon is easily displaced in impact process, to influence detection effect, using can
It is limited by property；And the position of left fixed plate and right fixed plate is fixed, so as to cause to the biggish artificial structure's part of height
Fixed effect is limited, and usability is limited.
Utility model content
In order to solve the above technical problems, the utility model, which provides one kind, can enhance artificial structure's part consolidating on station
Property, guarantee detection effect, improves use reliability；Simultaneously can the fixation position according to demand to artificial structure's part be adjusted,
Improve the medical instrument fatigue test device of fixed effect and usability.
A kind of medical instrument fatigue test device of the utility model, including station, mounting rack, hydraulic press, fixing seat,
Pressure plare, controller, left driver, left fixed plate, right driver, right fixed plate, fatigue tester, sensor and display,
Mounting rack setting is arranged on mounting rack in station top, hydraulic press, is provided with hydraulic stem on the bottom output end of hydraulic press,
In hydraulic stem bottom end, pressure plare, which is arranged, is separately positioned on behaviour in fixing seat bottom end, left driver and right driver for fixing seat setting
Make at left and right sides of platform top, and is respectively arranged with a left side on the right part output end of left driver and the left part output end of right driver
Drive shaft and right driving axle, left fixed plate and right fixed plate are separately positioned on left driving shaft right end and right driving axle left end, tired
Labor tester and sensor are arranged on mounting rack, and fatigue tester is electrically connected with sensor, on right fixed plate left side
It is provided with fixing groove, fatigue tester detector is arranged in fixing groove, and display is arranged on the right side of mounting rack inner roof wall, and aobvious
Show that device is electrically connected with sensor, controller is arranged on the left of mounting rack inner roof wall, and controller and hydraulic press, left driver, the right side
Driver and fatigue tester electrical connection；It further include left telescope motor, left clamping element, right telescope motor and right clamping element, it is described
Left telescope motor and right telescope motor are located above left driver and right driver, and the right part output end of left telescope motor
With left motion bar and right motion bar, the left clamping element and right clamping element are respectively arranged on the left part output end of right telescope motor
It is separately positioned on left motion bar and right motion bar；It further include two groups of servo motors, two groups of screw rods, two groups of slide bars, two groups of nuts
With two groups of mounting plates, two groups of servo motors are separately positioned in mounting rack top front left side and forward right side, two groups of servo electricity
Transmission shaft is provided on the bottom output end of machine, two groups of screw rods are separately positioned on two groups of transmission shaft bottom ends, two groups of slide bars
It is separately positioned in mounting rack inner roof wall left rear side and right lateral side, is respectively set on two groups of mounting plate first half regions and later half region
Have a preceding fixing port and rear fixing port, and two groups of slide bars both pass through two groups after fixing port, two groups of nut lateral walls are respectively with two
Fixing port inner sidewall connection before group, and two groups of nuts are screwed on respectively on two groups of screw rod lateral walls, two groups of mounting plates difference
It is connect with left telescope motor left end and right telescope motor right end.
A kind of medical instrument fatigue test device of the utility model, the left clamping element include left link block, left connection
Seat and left clamp, right clamping element include right link block, right attachment base and right clamping plate, and the left link block setting is right in left motion bar
End, in left link block right end, left clamp is arranged on left attachment base for left attachment base setting, and the right link block is arranged in right activity
Bar left end, in right link block left end, right clamping plate is arranged on right attachment base for right attachment base setting.
A kind of medical instrument fatigue test device of the utility model further includes left antiskid plate and right antiskid plate, the left side
Antiskid plate and right antiskid plate are separately positioned on left clamp right side and right clamping plate left side.
A kind of medical instrument fatigue test device of the utility model further includes two groups of fixed blocks, two groups of fixed blocks
It is separately positioned at left and right sides of station top, and two groups of fixed blocks connect with left driver left end and right driver right end respectively
It connects, two groups of slide bar bottom ends are connect on rear side of two groups of fixed block tops respectively.
A kind of medical instrument fatigue test device of the utility model further includes two groups of connecting shafts, two groups of fixed blocks
Link slot is provided on the first half region of top, two groups of connecting shafts are separately positioned on two groups of screw rod bottom ends, and two groups of connecting shaft bottoms
End is inserted into respectively inside two groups of link slots.
A kind of medical instrument fatigue test device of the utility model further includes two groups of connecting plates and two groups of connecting rods, institute
It states two groups of connecting plates and is separately positioned on left telescope motor and right telescope motor top, mounting rack top left area and right half area
On be provided with through-hole, and two groups of connecting rod bottom ends both pass through through-hole and connect respectively with two groups of connecting plate tops.
A kind of medical instrument fatigue test device of the utility model further includes two groups of left sliders and two groups of right sliding blocks, institute
It states and is provided with left sliding slot on the left front region of station and left back region, two groups of left sliders are separately positioned in two groups of left sliding slots
Portion, and two groups of left slider tops are connect with left fixed plate bottom end front and rear sides respectively, the right forefoot area of station and right back zone
Right rail is provided on domain, two groups of right sliding blocks are separately positioned on inside two groups of right rails, and two groups of right sliding block tops respectively with
The connection of right fixed plate bottom end front and rear sides.
A kind of medical instrument fatigue test device of the utility model, further includes non-slip mat, the station top middle portion
Setting is arranged in resettlement groove in resettlement groove, non-slip mat.
Compared with prior art the utility model has the following beneficial effects: it can be by controlling left telescope motor and right flexible electricity
Machine drives left motion bar and right motion bar to stretch respectively, to carry out left clamping element and right clamping element to artificial structure's part
It is fixedly clamped, to enhance stability of artificial structure's part on station, guarantees detection effect, improve use reliability；Together
When the screw rod on transmission shafts can be driven to be rotated by two groups of servo motors of control, to drive two groups by helicitic texture
Mounting plate moves up and down, and is adjusted so as to the height according to demand to left clamping element and right clamping element, so as to people
The fixation position of work structural member is adjusted, and improves fixed effect and usability.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the outside schematic diagram of Fig. 1；
Fig. 3 is the left part structural schematic diagram between servo motor and mounting plate and fixed block；
It is attached marked in the figure: 1, station；2, mounting rack；3, hydraulic press；4, fixing seat；5, pressure plare；6, controller；7, left
Driver；8, right fixed plate；9, fatigue tester；10, sensor；11, display；12, right telescope motor；13, left clamping element；
14, servo motor；15, screw rod；16, slide bar；17, nut；18, mounting plate；19, left attachment base；20, right link block；21, right folder
Plate；22, left antiskid plate；23, fixed block；24, connecting shaft；25, connecting plate；26, connecting rod；27, right sliding block；28, non-slip mat.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
As shown in Figure 1 to Figure 3, a kind of medical instrument fatigue test device of the utility model, including station 1, installation
It is frame 2, hydraulic press 3, fixing seat 4, pressure plare 5, controller 6, left driver 7, left fixed plate, right driver, right fixed plate 8, tired
Labor tester 9, sensor 10 and display 11, the setting of mounting rack 2 are arranged on mounting rack 2 in 1 top of station, hydraulic press 3,
Hydraulic stem is provided on the bottom output end of hydraulic press 3, the setting of fixing seat 4 is arranged in hydraulic stem bottom end, pressure plare 5 in fixing seat
On 4 bottom ends, left driver 7 and right driver are separately positioned at left and right sides of 1 top of station, and the right part of left driver 7 is defeated
Left driving shaft and right driving axle, left fixed plate and right fixed plate 8 are respectively arranged on the left part output end of outlet and right driver
It is separately positioned on left driving shaft right end and right driving axle left end, fatigue tester 9 and sensor 10 are arranged at mounting rack 2
On, and fatigue tester 9 is electrically connected with sensor 10, and fixing groove is provided on right 8 left side of fixed plate, fatigue tester 9 is examined
Gauge head is arranged in fixing groove, and display 11 is arranged on the right side of 2 inner roof wall of mounting rack, and display 11 is electrically connected with sensor 10
It connects, controller 6 is arranged on the left of 2 inner roof wall of mounting rack, and controller 6 and hydraulic press 3, left driver 7, right driver and fatigue
Tester 9 is electrically connected；Further include left telescope motor, left clamping element 13, right telescope motor 12 and right clamping element, left telescope motor and
Right telescope motor 12 is located above left driver 7 and right driver, and the right part output end of left telescope motor and the right side are flexible
Left motion bar and right motion bar are respectively arranged on the left part output end of motor 12, left clamping element 13 and right clamping element are respectively set
On left motion bar and right motion bar；It further include 14, two groups of two groups of servo motors, 15, two groups of screw rod, 16, two groups of nuts 17 of slide bar
With two groups of mounting plates 18, two groups of servo motors 14 are separately positioned in 2 top front left side of mounting rack and forward right side, two groups of servo electricity
Transmission shaft is provided on the bottom output end of machine 14, two groups of screw rods 15 are separately positioned on two groups of transmission shaft bottom ends, two groups of slide bars
16 are separately positioned in 2 inner roof wall left rear side of mounting rack and right lateral side, divide on two groups of 18 first half regions of mounting plate and later half region
Be not provided with preceding fixing port and rear fixing port, and two groups of slide bars 16 both pass through two groups after fixing port, two groups of 17 lateral walls of nut point
It is not connect with fixing port inner sidewall before two groups, and two groups of nuts 17 are screwed on respectively on two groups of 15 lateral walls of screw rod, two groups of installations
Plate 18 is connect with left telescope motor left end and 12 right end of right telescope motor respectively；It can be flexible by controlling left telescope motor and the right side
Motor drives left motion bar and right motion bar to stretch respectively, so as to make left clamping element and right clamping element to artificial structure's part into
Row is fixedly clamped, to enhance stability of artificial structure's part on station, guarantees detection effect, improves use reliability；
The screw rod on transmission shaft can be driven to be rotated by two groups of servo motors of control, to drive two by helicitic texture simultaneously
Group mounting plate moves up and down, and is adjusted so as to the height according to demand to left clamping element and right clamping element, so as to right
The fixation position of artificial structure's part is adjusted, and improves fixed effect and usability.
A kind of medical instrument fatigue test device of the utility model, left clamping element 13 include left link block, left attachment base
19 and left clamp, right clamping element includes right link block 20, right attachment base and right clamping plate 21, and left link block setting is right in left motion bar
End, the left setting of attachment base 19 is in left link block right end, and left clamp is arranged on left attachment base 19, and right link block 20 is arranged in right work
Lever left end, in right 20 left end of link block, right clamping plate 21 is arranged on right attachment base for right attachment base setting；It can pass through left clamp
Left fixed plate and right fixed plate is assisted to be clamped fixation to artificial structure's part with right clamping plate.
A kind of medical instrument fatigue test device of the utility model further includes left antiskid plate 22 and right antiskid plate, Zuo Fang
Slide plate 22 and right antiskid plate are separately positioned on 21 left side of left clamp right side and right clamping plate；It can increase frictional force, enhancing
Fixed effect.
A kind of medical instrument fatigue test device of the utility model further includes two groups of fixed blocks 23, two groups of fixed blocks 23
Be separately positioned at left and right sides of 1 top of station, and two groups of fixed blocks 23 respectively with left 7 left end of driver and right driver right end
Connection, two groups of 16 bottom ends of slide bar are connect on rear side of two groups of 23 tops of fixed block respectively；It can enhance slide bar stability.
A kind of medical instrument fatigue test device of the utility model further includes two groups of connecting shafts 24, two groups of fixed blocks 23
Link slot is provided on the first half region of top, two groups of connecting shafts 24 are separately positioned on two groups of 15 bottom ends of screw rod, and two groups of connections
24 bottom end of axis is inserted into respectively inside two groups of link slots；It can enhance screw rod stability.
A kind of medical instrument fatigue test device of the utility model further includes two groups of connecting plates 25 and two groups of connecting rods
26, two groups of connecting plates 25 are separately positioned on 12 top of left telescope motor and right telescope motor, 2 top left area of mounting rack and the right side
Through-hole is provided on half region, and two groups of 26 bottom ends of connecting rod both pass through through-hole and connect respectively with two groups of 25 tops of connecting plate
It connects；Its stability that can enhance left telescope motor and right telescope motor.
A kind of medical instrument fatigue test device of the utility model, further includes two groups of left sliders and two groups of right sliding blocks 27,
Left sliding slot is provided on the left front region of station 1 and left back region, two groups of left sliders are separately positioned on inside two groups of left sliding slots,
And two groups of left slider tops are connect with left fixed plate bottom end front and rear sides respectively, in the right forefoot area of station 1 and right rear region
Be provided with right rail, two groups of right sliding blocks 27 are separately positioned on inside two groups of right rails, and two groups of right 27 tops of sliding block respectively with the right side
The connection of 8 bottom end front and rear sides of fixed plate；It can assist left fixed plate and right fixed plate to be moved left and right.
A kind of medical instrument fatigue test device of the utility model, further includes non-slip mat 28, and 1 top middle portion of station is set
It sets in resettlement groove, non-slip mat 28 is arranged in resettlement groove；It can enhance the stability after artificial structure's part is placed.
A kind of medical instrument fatigue test device of the utility model, when in use only need to need to artificial knot to be tested
Component is placed on station, and controls left driver by controller and right driver drives left fixed plate and right fixation respectively
Plate is clamped fixation to artificial structure's part, while contacts fatigue tester detector with artificial structure's part, controls after fixing
It makes two groups of servo motors while the screw rod on transmission shaft being driven to be rotated, to make two groups of mounting plates simultaneously by helicitic texture
It is moved, until being located at left clamp and right clamping plate at the left and right sides of artificial structure's part upper half area, then control is left
Telescope motor and right telescope motor drive left motion bar and right motion bar to stretch respectively, until keeping left antiskid plate and the right side anti-skidding
Plate is clamped fixation to artificial structure's part, to enhance stability of artificial structure's part on station, controls later hydraulic
Device drives the pressure plare on hydraulic stem to move up and down, and to carry out carrying out repercussion to artificial structure's part, simulates it
Load-bearing, while artificial structure's part during load-bearing is detected by fatigue tester detector, and will by sensor
Test result feeds back to display and is shown.
A kind of medical instrument fatigue test device of the utility model " is set unless otherwise specific regulation and limitation, term
Set ", " installation ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection,
Or the connection of one, it can be mechanical connection, be also possible to be electrically connected, can be and be directly connected to, be also possible to through intermediate matchmaker
It is situated between and is connected, can be the connection inside two elements, it for the ordinary skill in the art, can be as the case may be
Understand concrete meaning of the above-mentioned term in this is practical；Term " on ", "lower", "front", "rear", "left", "right", "top", "bottom",
The orientation or positional relationship of the instructions such as "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of retouching
State the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with
Specific orientation construction and operation, therefore should not be understood as limiting the present invention；And the model of above-mentioned each component is not
Limit, is implemented as long as can reach the equal of its advantages, and station, hydraulic press, controller, driver, fatigue are surveyed
Trying device, sensor and display is existing design and technology, and this case does not have any technological improvement, industry technical staff to it
It can be seen that it is used after the specific structure for learning this case；Servo motor and telescope motor are market common device simultaneously,
Included control module and electric wire, being powered after installation i.e. can be used, and have not been changed its internal structure.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change
It also should be regarded as the protection scope of the utility model into modification.
Claims (8)
1. a kind of medical instrument fatigue test device, including station (1), mounting rack (2), hydraulic press (3), fixing seat (4), pressure
Power plate (5), left driver (7), left fixed plate, right driver, right fixed plate (8), fatigue tester (9), passes controller (6)
Sensor (10) and display (11), mounting rack (2) setting are arranged on mounting rack (2) in station (1) top, hydraulic press (3),
Hydraulic stem is provided on the bottom output end of hydraulic press (3), fixing seat (4) setting exists in hydraulic stem bottom end, pressure plare (5) setting
On fixing seat (4) bottom end, left driver (7) and right driver are separately positioned at left and right sides of station (1) top, and left driving
Left driving shaft and right driving axle, left fixation are respectively arranged on the right part output end of device (7) and the left part output end of right driver
Plate and right fixed plate (8) are separately positioned on left driving shaft right end and right driving axle left end, fatigue tester (9) and sensor
(10) it is arranged on mounting rack (2), and fatigue tester (9) is electrically connected with sensor (10), on right fixed plate (8) left side
It is provided with fixing groove, fatigue tester (9) detector is arranged in fixing groove, display (11) setting top in mounting rack (2)
On the right side of wall, and display (11) is electrically connected with sensor (10), and controller (6) setting is controlled on the left of mounting rack (2) inner roof wall
Device (6) processed is electrically connected with hydraulic press (3), left driver (7), right driver and fatigue tester (9)；It is characterized in that, also wrapping
Include left telescope motor, left clamping element (13), right telescope motor (12) and right clamping element, the left telescope motor and right telescope motor
(12) it is located above left driver (7) and right driver, and the right part output end and right telescope motor of left telescope motor
(12) left motion bar and right motion bar, the left clamping element (13) and right clamping element difference are respectively arranged on left part output end
It is arranged on left motion bar and right motion bar；Further include two groups of servo motors (14), two groups of screw rods (15), two groups of slide bars (16),
Two groups of nuts (17) and two groups of mounting plates (18), it is left front that two groups of servo motors (14) are separately positioned on mounting rack (2) top
On side and forward right side, transmission shaft is provided on the bottom output end of two groups of servo motors (14), two groups of screw rods (15) set respectively
It sets two groups of transmission shaft bottom ends, two groups of slide bars (16) are separately positioned in mounting rack (2) inner roof wall left rear side and right lateral side,
Preceding fixing port and rear fixing port, and two groups of slide bars (16) are respectively arranged on two groups of mounting plate (18) first half regions and later half region
Fixing port after both passing through two groups, two groups of nuts (17) lateral wall are connect with fixing port inner sidewall before two groups respectively, and two groups
Nut (17) is screwed on respectively on two groups of screw rod (15) lateral walls, two groups of mounting plates (18) respectively with left telescope motor left end
It is connected with right telescope motor (12) right end.
2. a kind of medical instrument fatigue test device as described in claim 1, which is characterized in that left clamping element (13) packet
Left link block, left attachment base (19) and left clamp are included, right clamping element includes right link block (20), right attachment base and right clamping plate
(21), the left link block setting is in left motion bar right end, and left attachment base (19) setting is in left link block right end, left clamp setting
On left attachment base (19), in right motion bar left end, right attachment base is arranged in right link block for right link block (20) setting
(20) left end, right clamping plate (21) are arranged on right attachment base.
3. a kind of medical instrument fatigue test device as claimed in claim 2, which is characterized in that further include left antiskid plate (22)
With right antiskid plate, the left antiskid plate (22) and right antiskid plate are separately positioned on left clamp right side and right clamping plate (21) left side
On.
4. a kind of medical instrument fatigue test device as claimed in claim 3, which is characterized in that further include two groups of fixed blocks
(23), two groups of fixed blocks (23) are separately positioned at left and right sides of station (1) top, and two groups of fixed blocks (23) respectively with
Left driver (7) left end is connected with right driver right end, and two groups of slide bars (16) bottom end is pushed up with two groups of fixed blocks (23) respectively
End rear side connection.
5. a kind of medical instrument fatigue test device as claimed in claim 4, which is characterized in that further include two groups of connecting shafts
(24), it is provided with link slot on two groups of fixed blocks (23) top first half region, two groups of connecting shafts (24) are separately positioned on
Two groups of screw rod (15) bottom ends, and two groups of connecting shaft (24) bottom ends are inserted into respectively inside two groups of link slots.
6. a kind of medical instrument fatigue test device as claimed in claim 5, which is characterized in that further include two groups of connecting plates
(25) and two groups of connecting rods (26), two groups of connecting plates (25) are separately positioned on left telescope motor and right telescope motor (12) top
End, is provided with through-hole in mounting rack (2) top left area and right half area, and two groups of connecting rod (26) bottom ends both pass through it is logical
Hole is simultaneously connect with two groups of connecting plate (25) tops respectively.
7. a kind of medical instrument fatigue test device as claimed in claim 6, which is characterized in that further include two groups of left sliders and
Two groups of right sliding blocks (27) are provided with left sliding slot, two groups of left sliders difference on the left front region of station (1) and left back region
It is arranged inside two groups of left sliding slots, and two groups of left slider tops are connect with left fixed plate bottom end front and rear sides respectively, the operation
Right rail is provided in the right forefoot area of platform (1) and right rear region, two groups of right sliding blocks (27) are separately positioned in two groups of right rails
Portion, and two groups of right sliding block (27) tops are connect with right fixed plate (8) bottom end front and rear sides respectively.
8. a kind of medical instrument fatigue test device as claimed in claim 7, which is characterized in that it further include non-slip mat (28),
In resettlement groove, non-slip mat (28) is arranged in resettlement groove for station (1) the top middle portion setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920215391.7U CN209326966U (en) | 2019-02-20 | 2019-02-20 | A kind of medical instrument fatigue test device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920215391.7U CN209326966U (en) | 2019-02-20 | 2019-02-20 | A kind of medical instrument fatigue test device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209326966U true CN209326966U (en) | 2019-08-30 |
Family
ID=67732452
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920215391.7U Expired - Fee Related CN209326966U (en) | 2019-02-20 | 2019-02-20 | A kind of medical instrument fatigue test device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209326966U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110702499A (en) * | 2019-11-12 | 2020-01-17 | 大冶市古冶玻璃有限公司 | Low-temperature fatigue detection device and method for aluminum-silicon toughened glass |
-
2019
- 2019-02-20 CN CN201920215391.7U patent/CN209326966U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110702499A (en) * | 2019-11-12 | 2020-01-17 | 大冶市古冶玻璃有限公司 | Low-temperature fatigue detection device and method for aluminum-silicon toughened glass |
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