CN-224231598-U - Optical test clamping platform device

CN224231598UCN 224231598 UCN224231598 UCN 224231598UCN-224231598-U

Abstract

The utility model discloses an optical test clamping platform device, which belongs to the field of instrument inspection and detection in an active medical period and is used for laser vibration measurement of ultrasonic operation equipment, and comprises a base, a laser head clamping mechanism of a laser vibration meter and a handle clamping mechanism of the ultrasonic operation equipment, the laser head clamping mechanism of the laser vibration meter and the handle clamping mechanism of the ultrasonic operation equipment are respectively arranged on the base, wherein the length direction of the base is X-direction, the width direction of the base is Y-direction, and the height direction of the base is Z-direction. The utility model can accurately detect and is more convenient to detect.

Inventors

QU QIAN
YANG WENLONG
WEI HUICHAO
LIAO RONG
HAN DAN
TANG HUA

Assignees

四川省药品检验研究院(四川省医疗器械检测中心、四川养麝研究所)

Dates

Publication Date: 20260512
Application Date: 20250418

Claims (5)

1. An optical test clamping platform device is used for laser vibration measurement of ultrasonic operation equipment and is characterized by comprising a base (1), a laser head clamping mechanism (2) of a laser vibration meter and a handle clamping mechanism (3) of the ultrasonic operation equipment, wherein the laser head clamping mechanism (2) of the laser vibration meter and the handle clamping mechanism (3) of the ultrasonic operation equipment are respectively arranged on the base (1), the length direction of the base (1) is X-direction, the width direction is Y-direction and the height direction is Z-direction; The base (1) is provided with a first track (5) and a first mounting table (6), the first track (5) extends along the X direction, the laser head clamping mechanism (2) of the laser vibration meter is arranged on the first track (5), the laser head clamping mechanism (2) of the laser vibration meter can move forwards and backwards along the X direction on the first track (5), the first mounting table (6) is positioned outside the X-direction tail end of the first track (5), and the handle clamping mechanism (3) of the ultrasonic surgical equipment is arranged on the first mounting table (6); a first sliding block (7) is arranged on the first track (5), and a laser head clamping mechanism (2) of the laser vibration meter is arranged on the first sliding block (7); The optical test clamping platform device further comprises a second mounting table (8), a Z-direction lifting platform (9) and a third mounting table (10), wherein the second mounting table (8) is mounted on the first sliding block (7), the bottom of the Z-direction lifting platform (9) is mounted on the second mounting table (8), the third mounting table (10) is mounted on the bottom of the Z-direction lifting platform (9), and the laser head clamping mechanism (2) of the laser vibration meter is mounted on the third mounting table (10); the optical test clamping platform device further comprises a fourth mounting table (11), a first left and right supporting seat (12), a first fixed shaft (13) and a second sliding block (14), wherein the fourth mounting table (11) is mounted on the third mounting table (10), the first left and right supporting seat (12) is mounted on the fourth mounting table (11), two ends of the first fixed shaft (13) are connected to the first left and right supporting seat (12), the second sliding block (14) is mounted on the first fixed shaft (13), and the laser head clamping mechanism (2) of the laser vibration meter is mounted on the second sliding block (14); Laser meter laser head fixture (2) are including laser head clamping base (15), supporting seat (16) about the second, second fixed axle (17), laser head left grip block (18) and laser head right grip block (19), laser head clamping base (15) are installed on second slider (14), supporting seat (16) are installed on laser head clamping base (15) about the second, the both ends of second fixed axle (17) are connected on supporting seat (16) about the second, laser head left grip block (18) and laser head right grip block (19) are installed on second fixed axle (17) through the hole that sets up respectively.
2. The optical test clamping platform device according to claim 1, wherein the laser head clamping mechanism (2) of the laser vibration meter further comprises a laser head left clamping shaft (20), one end of one shaft of the laser head left clamping shaft (20) is connected to the laser head left clamping plate (18), the other end of the other shaft of the laser head left clamping shaft (20) penetrates through a second left supporting seat (16) on one side of the laser head left clamping plate (18), one end of the other shaft of the laser head left clamping shaft (20) is connected to a laser head right clamping plate (19), the other end of the other shaft of the laser head left clamping shaft penetrates through a second left supporting seat (16) on one side of the laser head right clamping plate (19), and one end of the laser head left clamping shaft (20) located on the second left supporting seat (16) is connected with a bolt.
3. The optical test clamping platform device according to claim 1, wherein a supporting table column (22) is mounted on the first mounting table (6), a fifth mounting table (23) is mounted on the supporting table column (22), a second rail (24) is mounted on the fifth mounting table (23), the second rail (24) extends along the X direction, a third slider (25) is mounted on the second rail (24), and the handle clamping mechanism (3) of the ultrasonic surgical equipment is mounted on the third slider (25).
4. An optical test clamping platform device according to claim 3, wherein the handle clamping mechanism (3) of the ultrasonic surgical device comprises a handle clamping base (26), a third left and right supporting seat (27), a third fixed shaft (28), a handle left clamping plate (29), a handle right clamping plate (30) and a handle left and right clamping shaft (31), the handle clamping base (26) is mounted on a third sliding block (25), the third left and right supporting seat (27) is mounted on the handle clamping base (26), two ends of the third fixed shaft (28) are connected to the third left and right supporting seat (27), the handle left clamping plate (29) and the handle right clamping plate (30) are mounted on the third fixed shaft (28) through holes respectively arranged, one end of one shaft of the handle left and right clamping shaft (31) is connected to the handle left clamping plate (29), the other end of the other shaft of the handle left and right shaft (31) penetrates through the third left and right supporting seat (27) on one side of the handle left clamping plate (29), one end of the other shaft of the handle left and right clamping shaft (31) penetrates through the third left and right supporting seat (27) on one end of the handle left and right supporting seat (27) and is connected with a bolt.
5. An optical test clamping platform device according to any one of claims 1 or 3, characterized in that the optical test clamping platform device is further provided with a first measuring scale (32), a second measuring scale (33) and a third measuring scale (34), the first measuring scale (32) being a Y-direction measuring scale, being mounted on the fourth mounting table (11), the second measuring scale (33) being a Z-direction measuring scale, being mounted on a side wall of the second mounting table (8), the third measuring scale (34) being a semi-circular measuring scale, being mounted on the support table column (22).

Description

Optical test clamping platform device Technical Field The present utility model relates to the field of inspection, and more particularly, to an optical test clamping platform device. Background The ultrasonic cutting equipment is widely applied to the fields of industry, material processing and medical treatment, and in order to realize accurate, safe and efficient operation, the ultrasonic cutting equipment can optimize cutting performance and reduce complication risks to the greatest extent, vibration parameters are required to be detected, and a laser vibration instrument is generally adopted for detecting the vibration parameters. The vibration measuring means adopted at present is that the laser head of a manual hand-held laser vibrator and the handle of hand-held ultrasonic cutting equipment are used for transmitting laser through the laser head to measure the watch frequency and the vibration amplitude of the cutter head of the ultrasonic cutting equipment, and the existing hand-held vibration measuring means have the defects of inconvenient detection and inaccurate detection due to the fact that the accurate alignment and the fluctuation of vibration measurement are at least more than 10. Disclosure of utility model In view of the foregoing, the present utility model provides an optical test clamping platform device, which aims to ameliorate at least one of the problems mentioned in the background. An optical test clamping platform device is used for laser vibration measurement of ultrasonic surgical equipment and comprises a base, a laser head clamping mechanism of a laser vibration meter and a handle clamping mechanism of the ultrasonic surgical equipment, wherein the laser head clamping mechanism of the laser vibration meter and the handle clamping mechanism of the ultrasonic surgical equipment are respectively arranged on the base, the length direction of the base is X-direction, the width direction is Y-direction, and the height direction is Z-direction. Optionally, install first track and first mount pad on the base, first track extends along X to, and laser vibrometer laser head fixture installs on first track, and laser vibrometer laser head fixture can follow X and reciprocate on first track, and first mount pad is located first orbital X to outside the end, and ultrasonic surgery equipment handle fixture installs on first mount pad. Optionally, a first slider is mounted on the first track, and a laser head clamping mechanism of the laser vibration meter is mounted on the first slider. Optionally, the optical test clamping platform device further comprises a second installation platform, a Z-direction lifting platform and a third installation platform, the second installation platform is installed on the first sliding block, the bottom of the Z-direction lifting platform is installed on the second installation platform, the third installation platform is installed at the bottom of the Z-direction lifting platform, and the laser head clamping mechanism of the laser vibration meter is installed on the third installation platform. Optionally, the optical test clamping platform device further comprises a fourth installation table, a first left supporting seat, a first right supporting seat, a first fixing shaft and a second sliding block, the fourth installation table is installed on the third installation table, the first left supporting seat and the second supporting seat are installed on the fourth installation table, two ends of the first fixing shaft are connected to the first left supporting seat and the second supporting seat, the second sliding block is installed on the first fixing shaft, and the laser head clamping mechanism of the laser vibration meter is installed on the second sliding block. Optionally, the laser vibration meter laser head fixture includes laser head centre gripping base, the supporting seat about the second, the second fixed axle, laser head left grip block and laser head right grip block, laser head centre gripping base installs on the second slider, the supporting seat is installed on laser head centre gripping base about the second, the both ends of second fixed axle are connected about the second on the supporting seat, laser head left grip block and laser head right grip block are installed on the second fixed axle through the hole that sets up respectively. Optionally, the laser head clamping mechanism of the laser vibration meter further comprises a laser head left clamping shaft and a laser head right clamping shaft, one end of one shaft of the laser head left clamping shaft and one end of the other shaft of the laser head left clamping shaft and the other shaft of the laser head right clamping shaft penetrate through a second left supporting seat and a second right supporting seat on one side of the laser head left clamping plate and the other end of the other shaft of the laser head left clamping shaft and the other shaft of the laser head right clampin