CN112180611A - Medical image auxiliary inspection equipment - Google Patents
Medical image auxiliary inspection equipment Download PDFInfo
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- CN112180611A CN112180611A CN202011060736.XA CN202011060736A CN112180611A CN 112180611 A CN112180611 A CN 112180611A CN 202011060736 A CN202011060736 A CN 202011060736A CN 112180611 A CN112180611 A CN 112180611A
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B27/00—Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
- G02B27/02—Viewing or reading apparatus
- G02B27/022—Viewing apparatus
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Abstract
The invention discloses medical image auxiliary inspection equipment which comprises a bottom plate, a lamp plate, a motor box and a mechanism support, wherein the motor box and the mechanism support are installed on the bottom plate, the mechanism support is arranged on the rear side of the lamp plate, a clamping and conveying mechanism positioned at the top of the lamp plate and a protective film removing mechanism positioned above the clamping and conveying mechanism are installed on the mechanism support, a light sheet conveying mechanism is installed on the protective film removing mechanism, the protective film removing mechanism comprises box body components which are symmetrically arranged, a gap for medical image light sheets to enter the clamping and conveying mechanism is reserved between the box body components, the box body components comprise an installation box body installed on the mechanism support, viscous separating rollers arranged on the opposite sides of the installation box body, and a protective film guiding mechanism arranged in the installation box body, and an outlet of. The invention not only ensures that a user can observe the separated clean medical image polished section, but also avoids the situation that the user manually peels off the protective film and prevents the user from receiving stains and grease pollution on the hand.
Description
Technical Field
The invention belongs to the field of medical instruments, and relates to medical image auxiliary examination equipment.
Background
At present, a large number of small community hospitals or clinics appear in China, as the supplement of large hospitals, in order to improve medical efficiency, medical resources are fully utilized, the society advocates fully utilizing community hospital clinics, guides patients to go to the community to see small diseases at first, the big diseases are transferred to the large hospitals, and later-stage rehabilitation treatment returns to the medical shunt mode of the community again. The condition that the later-stage rehabilitation treatment returns to the community hospital aiming at the condition that the major illness is transferred to the major hospital, if the community hospital can make full use of the medical image data acquired in the large hospital previously, the doctor in the small hospital can better know the illness state, the examination time is shortened, and the diagnosis and treatment efficiency is improved. However, most of the medical examination systems of the hospitals are still closed, so doctors in community hospitals mainly use the printed medical image slides to know the previous examination results.
The existing medical image films such as X-ray films and the like are basically and directly placed in corresponding handbag, and during actual use, the medical image films are usually and directly taken by hands and often placed outside temporarily after being watched at ordinary times, so that the medical image films have many chances of being stained. Before a patient goes to a community hospital, the medical image polished section is brought back by the patient or family members of the patient, and the patient is more easily scratched or stained. The mode of protecting is carried out through the protection film clip to some imitative photo surfaces, and medical image polished section also can be put and protect in transparent protection film intermediate layer, because there is the protection film protection when placing or watching at ordinary times like this, medical image polished section itself is difficult for receiving stained, does not influence simultaneously and watches yet, if the protection film is stained just only need change clean protection film can, medical image polished section itself is not influenced.
However, after the protective film on the surface is stained, the patient or the family member thereof cannot necessarily find the protective film immediately, if the protective film is found when the patient needs to read, the corresponding protective film cannot necessarily be found on the site to be replaced, and if the patient touches the protective film by hand in the replacing process, the medical image polished section can be directly stained in the replacing process, so that the medical image auxiliary inspection equipment for observing the medical image needs to consider how to clearly watch the medical image and can conveniently replace the protective film under the condition that the protective film is stained, and the contact of the hands with the medical image polished section is avoided.
Disclosure of Invention
The invention aims to provide medical image auxiliary inspection equipment to solve the technical problems that when a medical image polished section wrapped with a protective film is watched in the prior art, if the protective film is polluted, the medical image cannot be clearly watched, and when the protective film is manually separated, the medical image polished section is easy to contact, so that the pollution is caused.
A medical image auxiliary inspection equipment, include the bottom plate and install perpendicularly lamp plate on the bottom plate, medical image slide presss from both sides between two-layer protection film, liftoff laminating is in the same place separably between the protection film, medical image auxiliary inspection equipment is still including installing motor case and mechanism's support on the bottom plate, mechanism's support is located the lamp plate rear side, install the centre gripping conveying mechanism who is located the lamp plate top on the mechanism's support and be located the protection film removal mechanism of centre gripping conveying mechanism top, the protection film is got rid of and is installed the downward transport above the mechanism light sheet conveying mechanism of medical image slide, protection film removal mechanism is including the box subassembly that the symmetry set up, leave between the box subassembly and supply medical image slide to get into centre gripping conveying mechanism's clearance, the box subassembly is including installing installation box on the mechanism's support, The protective film feeding device comprises a viscous separation roller arranged on one side of the mounting box body opposite to each other, and a protective film guide mechanism arranged in the mounting box body, wherein an outlet of the protective film guide mechanism faces to a film feeding opening on the mounting box body.
Preferably, the stickness separation roller includes that the pivot is connected change the roller in the installation box and be fixed in change the viscose strip of roller surface local area, it follows to change the roller through a part change the roller opening of one side that the installation box is relative each other and expose, the stickness separation roller is carrying the pressure is in during medical image slide the outside of protection film, protection film guiding mechanism is including fixing baffle in the installation box, the baffle bottom have the shape with change roller lower part shape matched with arc spigot surface, the protection film tip guide after the arc spigot surface will separate to the orientation protection film guiding mechanism's export.
Preferably, the mounting box body is further provided with a new film storage box located at an outlet of the protective film guide mechanism, a new film conveying mechanism for conveying a new protective film into the protective film guide mechanism from the outlet is arranged in the new film storage box, and the adhesive separating roller can press the new protective film together when outputting the medical image polished section.
Preferably, the protective film guiding mechanism further comprises a press roller and a conveying roller, the press roller and the conveying roller have the same diameter and are rotatably mounted in the mounting box body, the press roller and the conveying roller are in mutual contact and friction transmission, the pair of press rollers are arranged on one opposite side of the mounting box body, the conveying roller is arranged on the other side, the guide plate further comprises a guide plane for upwards conveying the protective film, the guide plane and the arc-shaped guide plane are in smooth transition, the conveying roller is in contact with the guide plane, and the press roller presses the new protective film of the protective film together when outputting the medical image polished section.
Preferably, the extending end of the guide plane is the outlet, the top of the installation box body is provided with a film feeding opening corresponding to the outlet, the new film storage box is provided with a film outlet for outputting a new protective film towards the film feeding opening, the inner wall of the top of the new film storage box is an upper guide wall for guiding the protective film to the film outlet, and one side of the film feeding opening, which is close to the guide plane, is partially uncovered by the film outlet to form a film outlet for feeding the separated protective film.
Preferably, the new film conveying mechanism comprises a new film winding drum and an output wheel which are rotatably installed on the new film storage box, the output wheel is rotatably installed on one side, far away from the upper guide wall, of the film outlet, the upper guide wall is connected with the box body of the new film storage box through a hinge shaft, and the upper guide wall is clamped and fixed with the box body after being closed.
Preferably, a separation block fixed in the installation box body is arranged between the viscous separation roller and the conveying roller, the lower end of the separation block is of an acute angle structure and extends downwards to the guide surface and a transition part between the arc-shaped guide surfaces, and the lower end of the separation block is used for separating the viscous rubber strip from the protective film.
Preferably, a control module, a conveying motor, a replacing motor and a new film motor are arranged in the motor box, the new film motor drives the new film winding drum and the output wheel to synchronously operate, the replacing motor drives the viscous separation roller, the pressing roller and the conveying roller to synchronously operate, and the conveying motor drives the clamping conveying mechanism and the polished section conveying mechanism to synchronously operate.
Preferably, centre gripping conveying mechanism is including the lower delivery wheel and the guide way body that set up in pairs, the delivery wheel surface is equipped with unsmooth friction surface and is used for pressing from both sides tightly relatively medical image slide down, the guide way body is located clearance between the installation box with between the delivery wheel down, both sides are equipped with respectively about the guide way body and advance the notch and go out the notch, the width that advances the notch is greater than the clearance, the width that goes out the notch is not more than the space between the delivery wheel down, centre gripping conveying mechanism arrives slide conveying mechanism's distance is less than medical image slide's length.
Preferably, the protection film includes the light piece storage area that is located the middle part and is located the splice area around the light piece storage area, a plurality of archs are evenly arranged along same direction to the inboard of splice area, form between the arch with protruding joint complex recess, bellied top has and is greater than the expansion end of recess bottom width.
The invention has the following advantages: this scheme has designed a supplementary check out test set and has looked over the medical image slide of printing out, has carried out corresponding design improvement to the protection film simultaneously to make the device can realize when putting into the medical image slide that has the protection film, peel off the protection film on it automatically and get rid of, thereby supply doctor and patient's family members to watch before sending solitary medical image slide to the lamp plate. Therefore, the device can ensure that a user can observe the separated clean medical image polished section without being influenced by whether the protective film is clean or not, and avoid the user from manually peeling the protective film, thereby avoiding the medical image polished section from receiving the pollution of stains and grease on the hand. And when the device does not need to replace the protective film, the original protective film can be automatically wrapped on the surface of the medical image polished section to realize the protection of the medical image polished section.
The device is also provided with a new film conveying mechanism matched with the protective film removing mechanism, and the combination of the two mechanisms can input a new protective film firstly in the process of outputting the medical image polished section from the upper side of the device, then clamp the new protective film on two sides of the medical image polished section and press two layers of new protective films together to complete the replacement of the protective film. The replacing process is realized by the device, the medical image polished section and the new protective film are prevented from being manually contacted in the replacing process, meanwhile, the medical image polished section and the new protective film are protected, and the sufficient replacing efficiency can be ensured; the protection film after the pressfitting is connected closely, is difficult for separating, and the protection is effectual.
Drawings
FIG. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a top view of the present invention.
Fig. 3 is a partial cross-sectional view of the present invention.
Fig. 4 is a schematic structural view of the novel film storage case of the present invention.
Fig. 5 is a cross-sectional view of the new film storage case of the present invention.
Fig. 6 is a schematic structural diagram of a protective film used in the present invention.
Fig. 7 is a partial sectional view of the protective film of the present invention.
The labels in the figures are: 1. the bottom plate, 2, the lamp plate, 3, the mechanism support, 31, the upright support body, 32, go up the horizontal stand, 33, lower horizontal stand, 4, new membrane storage box, 41, the box body, 42, new membrane reel, 43, go up the guide wall, 44, the play membrane mouth, 45, output wheel, 5, the motor case, 6, protection film removal mechanism, 61, the installation box, 611, send the membrane opening, 62, the baffle, 63, the nip roller, 64, the conveying roller, 65, the separation block, 66, the stickness separation roller, 67, the viscose strip, 7, the light piece conveying mechanism, 71, go up the conveying wheel, 8, centre gripping conveying mechanism, 81, lower conveying wheel, 82, the direction cell body, 9, the protection film, 91, the splice area, 92, the light piece memory area.
Detailed Description
The following detailed description of the embodiments of the present invention will be given in order to provide those skilled in the art with a more complete, accurate and thorough understanding of the inventive concept and technical solutions of the present invention.
As shown in fig. 1 to 7, in order to prevent the medical image polished section from being exposed during the taking and placing process, thereby reducing the possibility of contamination, the medical image polished section is sandwiched between two protective films 9. The protection film 9 comprises an optical sheet storage area 92 positioned in the middle and a joint area 91 positioned on the periphery of the optical sheet storage area 92, a plurality of bulges are uniformly arranged on the inner side of the joint area 91 along the same direction, grooves matched with the bulges in a clamping manner are formed between the bulges, and the bulges at the top of the bulges are provided with expansion ends larger than the width of the bottoms of the grooves. When the medical image polished section is used, the medical image polished section is located in the polished section storage area 92, the peripheral joint areas 91 are combined and connected to prevent the medical image polished section from falling out, and the local connection strength of the joint areas 91 is smaller than the pulling force generated when the adhesive strips 67 are separated towards the outer side.
The invention provides a medical image auxiliary inspection device, which comprises a bottom plate 1 and a lamp panel 2 vertically arranged on the bottom plate 1, wherein a medical image polished section is clamped between two layers of protective films 9, the protective films 9 are detachably attached together, the medical image auxiliary inspection device also comprises a motor box 5 and a mechanism bracket 3 which are arranged on the bottom plate 1, the mechanism bracket 3 is arranged at the rear side of the lamp panel 2, a clamping and conveying mechanism 8 positioned at the top of the lamp panel 2 and a protective film 9 removing mechanism 6 positioned above the clamping and conveying mechanism 8 are arranged on the mechanism bracket 3, a polished section conveying mechanism 7 for downwardly conveying the medical image polished section is arranged on the protective film 9 removing mechanism 6, the protective film 9 removing mechanism 6 comprises symmetrically arranged box body components, and a gap for the medical image polished section to enter the clamping and conveying mechanism 8 is reserved between the box body components, the box assembly comprises a mounting box body 61 mounted on the mechanism bracket 3, an adhesive separating roller 66 arranged on one side of the mounting box body 61 opposite to each other, and a protective film 9 guiding mechanism arranged in the mounting box body 61, wherein the outlet of the protective film 9 guiding mechanism faces to a film feeding opening 611 on the mounting box body 61.
The viscosity separation roller 66 comprises a rotating shaft connected with a rotating roller in the installation box body 61 and a viscose strip 67 fixed on a local area of the surface of the rotating roller, the rotating roller is exposed from an opening of the rotating roller on one side, opposite to each other, of the installation box body 61, the viscosity separation roller 66 is used for conveying medical image polished sections and presses the outer side of the protective film 9, the guide mechanism of the protective film 9 comprises a guide plate 62 fixed in the installation box body 61, the bottom of the guide plate 62 is provided with an arc-shaped guide surface with the shape matched with the shape of the lower part of the rotating roller, and the end part of the protective film 9 after separation is guided to face the outlet of the guide mechanism of the protective film 9 by the arc-shaped guide surface.
The mounting box body 61 is further provided with a new film storage box 4 positioned at the outlet of the protective film 9 guiding mechanism, a new film conveying mechanism for conveying a new protective film 9 from the outlet to the protective film 9 guiding mechanism is arranged in the new film storage box 4, and the adhesive separating roller 66 can press the new protective film 9 together when outputting the medical image light sheet.
The protective film 9 guiding mechanism further comprises a pressing roller 63 and a conveying roller 64, the pressing roller 63 and the conveying roller 64 are identical in diameter and are rotatably mounted in the mounting box body 61, the pressing roller 63 and the conveying roller 64 are in mutual contact and friction transmission, the pair of pressing rollers 63 are arranged on one opposite side of the mounting box body 61, the conveying roller 64 is arranged on the other side, the guide plate 62 further comprises a guide plane for upwards conveying the protective film 9, the guide plane and the arc-shaped guide plane are in smooth transition, the conveying roller 64 is in contact with the guide plane, and the pressing roller 63 presses the new protective film 9 of the protective film 9 together when outputting the medical image polished section.
The extending end of the guide plane is the outlet, the top of the mounting box body 61 is provided with a film feeding opening 611 corresponding to the outlet, the new film storage box 4 is provided with a film outlet 44 for outputting a new protective film 9 towards the film feeding opening 611, the top inner wall of the new film storage box 4 is an upper guide wall 43 for guiding the protective film 9 to the film outlet 44, and one side of the film feeding opening 611 close to the guide plane is partially uncovered by the film outlet 44 to form a film outlet for feeding the separated protective film 9.
The new film conveying mechanism comprises a new film winding drum 42 and an output wheel 45 which are rotatably installed on the new film storage box 4, the output wheel 45 is rotatably installed on one side, far away from the upper guide wall 43, of the film outlet 44, the upper guide wall 43 is connected with the box body 41 of the new film storage box 4 through a hinge shaft, and the upper guide wall 43 is clamped and fixed with the box body 41 after being closed.
A separating block 65 fixed in the mounting box body 61 is arranged between the viscous separating roller 66 and the conveying roller 64, the lower end of the separating block 65 is of an acute angle structure and extends downwards to a transition part between the guide surface and the arc-shaped guide surface, and the lower end of the separating block 65 is used for separating the adhesive tape 67 from the protective film 9.
The clamping conveying mechanism 8 comprises a lower conveying wheel 81 and a guide groove body 82 which are arranged in pair, wherein concave-convex friction surfaces are arranged on the surface of the lower conveying wheel 81 and used for clamping the medical image polished section relatively, the guide groove body 82 is arranged in a gap between the installation box bodies 61 and between the lower conveying wheel 81, a notch inlet and a notch outlet are respectively arranged on the upper side and the lower side of the guide groove body 82, the width of the notch inlet is larger than that of the gap, the width of the notch outlet is not larger than that of the gap between the lower conveying wheel 81, and the distance between the clamping conveying mechanism 8 and the polished section conveying mechanism 7 is smaller than that of the medical image polished section.
The mounting box body 61 close to the lower side of the viscous separation roller 66 is provided with a sensor which is used for sending a signal to start the viscous separation roller 66 to rotate downwards when the medical image polished section enters downwards. The distance between the two adhesive separating rollers 66 and the conveying rollers 64 is slightly larger than the distance between the pressing rollers 63, so that the adhesive separating rollers can be in contact with the protective film 9 to realize adhesion, the protrusions and the grooves cannot be prevented from being inserted into each other due to undersize distance when the protective film is closed, and the pressing rollers 63 effectively compress the inserted junction area 91 to ensure that the expanded end is inserted into the bottom of the groove.
A separating block 65 fixed in the mounting box body 61 is arranged between the adhesive separating roller 66 and the conveying roller 64, the lower end of the separating block 65 is in an acute angle structure and extends downwards to the transition part of the guide surface on the guide plate 62, and the separating block is used for separating the adhesive strip 67 from the adhered protective film 9. The protective film 9 is separated by a separation block 65 and then moved upward along the guide plate 62, and the separation block 65 is provided with a sensor toward the guide plane side to detect whether a new protective film 9 has arrived there.
The film laminating machine is characterized in that a control module, a conveying motor, a replacing motor and a new film motor are arranged in the motor box 5, the new film motor drives the new film winding drum 42 and the output wheel 45 to synchronously run, the replacing motor drives the viscous separation roller 66, the laminating roller 63 and the conveying roller 64 to synchronously run, and the conveying motor drives the clamping conveying mechanism 8 and the polished section conveying mechanism 7 to synchronously run.
Before the film feeding device is used, the roll of the protective film 9 is sleeved on the new film winding drum 42, the protective film 9 is pulled out to the output wheel 45 in a section, and the upper guide wall 43 is closed and pressed to prepare for outputting the new protective film 9. During the use will wrap the medical image slide in the protection film 9 and send into from centre gripping conveying mechanism 8 with protection film 9 together, when the medical image slide got into the inductor detection area downwards, start stickness separation roller 66 and rotate, it separately gets into installation box 61 and slides along baffle 62 to both sides to glue protection film 9 through sticky tape 67. Since the lower end of the separated block 65 is inserted to separate the protective film 9 from the adhesive tape 67, the protective film 9 is sent upward from the sending-out port by the conveying roller 64 which operates in synchronization. Meanwhile, the medical image polished section separated from the protective film 9 falls to the front of the lamp panel 2 through the guide groove 82 and the lower conveying wheel 81 until the upper side edge of the medical image polished section is clamped by the lower conveying wheel 81, the conveying motor stops, and the medical image polished section can be clearly observed after the lamp panel 2 is opened.
When the dirty protective film 9 is to be replaced, the protective film 9 is taken out from the sending-out port when the separated old protective film 9 is used, and the new film conveying mechanism is also started when the observed medical image polished section is taken out, so that when the medical image polished section is conveyed upwards, the new protective film 9 also enters the protective film 9 guiding mechanism under the action of the new film conveying mechanism. The medical image polished section is conveyed upwards through the clamping conveying mechanism 8, and when the sensor does not detect a new protective film 9, the medical image polished section enters the sensor detection area and is temporarily conveyed to wait for the supplement of the new protective film 9. When the new protective film 9 is normally conveyed, the protective films 9 on two sides are firstly pressed by the adhesive separating roller 66 above the medical image polished section, the sensor triggers the medical image polished section to continuously move upwards and is synchronous with the protective film 9 after the protective film 9 passes through, the final pressing connection is completed at the pressing roller 63 in the process that the protective film 9 is closed and moved upwards, and thus the new protective film 9 finally covers the medical image polished section to be output from the upper part of the polished section conveying mechanism 7, the automatic replacement of the protective film 9 is completed, the contact of hands is avoided, and the medical image polished section is guaranteed to be clamped by the protective film 9 and cannot be polluted.
The invention is described above with reference to the accompanying drawings, it is obvious that the specific implementation of the invention is not limited by the above-mentioned manner, and it is within the scope of the invention to adopt various insubstantial modifications of the inventive concept and solution of the invention, or to apply the inventive concept and solution directly to other applications without modification.
Claims (10)
1. The utility model provides a medical science image auxiliary inspection equipment, includes bottom plate (1) and installs perpendicularly lamp plate (2) on bottom plate (1), its characterized in that: medical image polished section presss from both sides between two-layer protection film (9), detachable laminating is in the same place between protection film (9), medical image auxiliary inspection equipment is still including installing motor case (5) and mechanism support (3) on bottom plate (1), mechanism support (3) are located lamp plate (2) rear side, install centre gripping conveying mechanism (8) that are located lamp plate (2) top and be located on mechanism support (3) protection film (9) removal mechanism (6) above centre gripping conveying mechanism (8), install above protection film (9) removal mechanism (6) and carry downwards polished section conveying mechanism (7) of medical image polished section, protection film (9) removal mechanism (6) are including the box subassembly that the symmetry set up, leave the clearance that supplies medical image to get into centre gripping conveying mechanism (8) between the box subassembly, the box body assembly comprises a mounting box body (61) mounted on the mechanism support (3), an adhesive separating roller (66) arranged on one side, opposite to each other, of the mounting box body (61), and a protective film (9) guiding mechanism arranged in the mounting box body (61), wherein the outlet of the protective film (9) guiding mechanism faces to a film feeding opening (611) in the mounting box body (61).
2. A medical image auxiliary examination apparatus according to claim 1, wherein: viscosity separation roller (66) are connected including the pivot change the roller in installation box (61) and be fixed in change roller surface local area's viscose strip (67), it follows through some to change the roller install box (61) the roller opening of one side relative to each other and expose, viscosity separation roller (66) are being carried medical image light sheet time pressure is in the outside of protection film (9), protection film (9) guiding mechanism is including fixing baffle (62) in installation box (61), baffle (62) bottom have the shape with change roller lower part shape matched with arc spigot surface, the arc spigot surface is with protection film (9) tip guide after the separation to the orientation protection film (9) guiding mechanism's export.
3. A medical image auxiliary examination apparatus according to claim 1 or 2, wherein: the mounting box body (61) is further provided with a new film storage box (4) located at an outlet of the protective film (9) guiding mechanism, a new film conveying mechanism which is used for conveying a new protective film (9) into the protective film (9) guiding mechanism from the outlet is arranged in the new film storage box (4), and the adhesive separating roller (66) can press the new protective film (9) together when outputting the medical image polished section.
4. A medical image auxiliary examination apparatus according to claim 3, wherein: the protective film (9) guiding mechanism further comprises a pressing roller (63) and a conveying roller (64), the pressing roller (63) and the conveying roller (64) are identical in diameter and are rotatably installed in the installation box body (61), the pressing roller (63) and the conveying roller (64) are in mutual contact and friction transmission, the pair of pressing rollers (63) are arranged on one opposite sides of the installation box body (61), the conveying roller (64) is arranged on the other side, the guide plate (62) further comprises a guide plane for upwards conveying the protective film (9), the guide plane and the arc-shaped guide plane are in smooth transition, the conveying roller (64) is in contact with the guide plane, and the pressing roller (63) presses the new protective film (9) of the protective film (9) together when outputting a medical image slide.
5. A medical image auxiliary examination apparatus according to claim 4, wherein: the extending end of the guide plane is the outlet, a film sending opening (611) corresponding to the outlet is formed in the top of the mounting box body (61), a film outlet (44) which outputs a new protective film (9) towards the film sending opening (611) is formed in the new film storage box (4), the inner wall of the top of the new film storage box (4) is an upper guide wall (43) which guides the protective film (9) to the film outlet (44), and one side, close to the guide plane, of the film sending opening (611) is partially uncovered by the film outlet (44) to form a film sending opening which sends out the separated protective film (9).
6. A medical image auxiliary examination apparatus according to claim 5, wherein: the new film conveying mechanism comprises a new film winding drum (42) and an output wheel (45) which are rotatably installed on the new film storage box (4), the output wheel (45) is rotatably installed on one side, away from the upper guide wall (43), of the film outlet (44), the upper guide wall (43) is connected with the box body (41) of the new film storage box (4) through a hinge shaft, and the upper guide wall (43) is clamped and fixed with the box body (41) after being closed.
7. A medical image auxiliary examination apparatus according to claim 6, wherein: viscosity separation roller (66) with be equipped with between conveying roller (64) and be fixed in separation piece (65) in installation box (61), separation piece (65) lower extreme is the acute angle structure and downwardly extending the spigot surface with the transition portion between the arc spigot surface, separation piece (65) lower extreme be used for with adhesive tape (67) with protection film (9) are separated.
8. A medical image auxiliary examination apparatus according to claim 7, wherein: the film laminating machine is characterized in that a control module, a conveying motor, a replacing motor and a new film motor are arranged in the motor box (5), the new film motor drives the new film winding drum (42) and the output wheel (45) to synchronously run, the replacing motor drives the viscosity separating roller (66), the pressing roller (63) and the conveying roller (64) to synchronously run, and the conveying motor drives the clamping conveying mechanism (8) and the light sheet conveying mechanism (7) to synchronously run.
9. A medical image auxiliary examination apparatus according to any one of claims 1-8, wherein: centre gripping conveying mechanism (8) are including lower delivery wheel (81) and guide slot body (82) that set up in pairs, delivery wheel (81) surface is equipped with unsmooth friction surface and is used for pressing from both sides tightly relatively medical image slide down, guide slot body (82) are located clearance between installation box (61) with between delivery wheel (81) down, both sides are equipped with respectively about guide slot body (82) and advance the notch and go out the notch, the width that advances the notch is greater than the clearance, the width that goes out the notch is not more than the space between delivery wheel (81) down, centre gripping conveying mechanism (8) arrive the distance of slide conveying mechanism (7) is less than the length of medical image slide.
10. A medical image auxiliary examination apparatus according to any one of claims 1-8, wherein: protection film (9) are including being located the light piece memory area (92) in middle part and being located splice area (91) all around light piece memory area (92), a plurality of archs are evenly arranged along same direction to the inboard of splice area (91), form between the arch with protruding joint complex recess, bellied top has and is greater than the expansion end of recess bottom width.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011060736.XA CN112180611A (en) | 2020-09-30 | 2020-09-30 | Medical image auxiliary inspection equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011060736.XA CN112180611A (en) | 2020-09-30 | 2020-09-30 | Medical image auxiliary inspection equipment |
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| CN112180611A true CN112180611A (en) | 2021-01-05 |
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| CN202011060736.XA Pending CN112180611A (en) | 2020-09-30 | 2020-09-30 | Medical image auxiliary inspection equipment |
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| CN (1) | CN112180611A (en) |
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Application publication date: 20210105 |