CN210301345U - 3D prints child torticollis postoperative correction brace - Google Patents
3D prints child torticollis postoperative correction brace Download PDFInfo
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- CN210301345U CN210301345U CN201920721921.5U CN201920721921U CN210301345U CN 210301345 U CN210301345 U CN 210301345U CN 201920721921 U CN201920721921 U CN 201920721921U CN 210301345 U CN210301345 U CN 210301345U
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- torticollis
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Abstract
A3D printing children torticollis postoperative correction brace is characterized in that a protective plate and a neck guard plate of the correction brace are manufactured by a 3D printing technology. The body protecting plate comprises a back protecting orthopedic part and a chest protecting orthopedic part; the neck guard comprises a neck guard A and a neck guard B; wherein the back protection orthopedic component, the chest protection orthopedic component, the neck protection plate A and the neck protection plate B are made of gypsum materials. The utility model discloses a 3D printing technique is made and is protected the body board and protect neck board and patient's neck soft tissue appearance laminating degree good, and the quality is light, wears convenient comfortable, and stable in structure, material are comfortable can not cause the soft tissue damage, and not only convenient operation rectifies effectual moreover, and the practicality is strong.
Description
Technical Field
The utility model belongs to the field of medical equipment, in particular to 3D prints child torticollis postoperative correction brace.
Background
The existing correction brace for the infantile torticollis after operation is complex to wear, large in mass, too hard, poor in comfort and fitting degree and poor in patient compliance; although the comfort of part of the torticollis braces is improved, the torticollis braces are poor in fit with the physiological structures of patients, unstable in structure and poor in later-stage clinical curative effect. And the torticollis brace can not be customized individually, has fixed size and can not meet the individual requirements.
Chinese patent CN2768717Y 'an torticollis postoperative correction support' comprises a neck and chest protection plate and an elastic buckle, wherein the neck and chest protection plate is composed of a front chest plate, a rear chest plate, a shoulder plate and a neck plate, and the rear sides of the front chest plate and the neck plate are longitudinally provided with shaping body imitation plate structures with expansion joints. When the neck, neck and chest protection plates are worn by loosening the elastic buckles, then the buckles are tightened, the head ring is placed on the head of a patient, the length of the connecting belt is adjusted, and the head is fixed at a slightly transitional correction position. This correct support because neck chest backplate upper portion can not all protect tight neck, through arranging the head circle in patient's head adjustment connection area length, neck chest backplate does not adopt 3D printing technique to make according to patient's size and affected part shape to form, and the laminating degree and comfort level are relatively poor.
Disclosure of Invention
The utility model aims at providing a weak point that the support exists is corrected to current torticollis postoperative, provide a 3D and print child torticollis postoperative and correct the support to propose among the solution above-mentioned background art degree of laminating and the poor problem of comfort level.
In order to achieve the above object, the utility model provides a following technical scheme: A3D printing children torticollis postoperative correction brace is characterized in that a protective plate and a neck guard plate of the correction brace are manufactured by a 3D printing technology. The body protecting plate comprises a back protecting orthopedic part and a chest protecting orthopedic part; the neck guard comprises a neck guard A and a neck guard B; the middle of the outer part of the back protecting orthopedic part is provided with a rectangular orthopedic support part, the top of the orthopedic support part is provided with a nape connecting belt, the right upper part of the outer part of the back protecting orthopedic part is connected with a fixing belt A through a connecting knot A, the right middle part of the outer part of the back protecting orthopedic part is connected with a fixing belt B through a connecting knot B, the left upper part of the outer part of the back protecting orthopedic part is connected with a fixing belt C through a connecting knot C, the left lower part of the outer part of the back protecting orthopedic part is connected with a fixing belt D through a connecting knot D, the left lower part of the outer part of the back protecting orthopedic part is provided with a sliding connection pair A, and the right lower part of the outer part of the back protecting orthopedic part is provided with a sliding connection; the left upper portion of chest protection orthopedic component is provided with fixing frenulum E, and the left middle part of chest protection orthopedic component is provided with fixing frenulum F, the right upper portion of chest protection orthopedic component be provided with fixing frenulum G, the right middle part of chest protection orthopedic component is provided with fixing frenulum H.
Further, neck guard A is connected with neck guard B ring shape through the connector link, be provided with the nape connector link on the neck guard A.
Further, the fixing lace A is provided with a magnetic connecting button A, the fixing lace B is provided with a magnetic connecting button B, and the fixing lace C is provided with a magnetic connecting button C; the fixing lace D is provided with a magnetic connecting button D.
Further, one end of the fixing lace E is arranged on the chest protecting orthopedic part, and the other end of the fixing lace E is provided with a metal connecting button E; one end of the fixing lace F is installed on the chest protection orthopedic part, and the other end of the fixing lace F is provided with a metal connecting button F.
Further, one end of the fixing lace G is arranged on the chest protecting orthopedic part, and the other end of the fixing lace G is provided with a metal connecting button G; one end of the fixing lace H is arranged on the chest protecting orthopedic part, and the other end of the fixing lace H is provided with a metal connecting button H.
Preferably, the back protection orthopedic component, the chest protection orthopedic component, the neck protection plate A and the neck protection plate B are made of gypsum materials.
Preferably, the dorsal orthopaedic device is petaloid in shape.
Compared with the prior art, the beneficial effects of the utility model are that:
firstly, the 3D printing children torticollis postoperative correction brace has stable structure and comfortable material, and can not cause soft tissue injury.
Secondly, the 3D printing children torticollis postoperative correction brace is matched with the appearance of the neck soft tissue of a patient, and the fitting degree is good.
Thirdly, the 3D printing children torticollis postoperative correction brace has the advantages of attractive appearance, good ventilation and convenient cleaning.
Fourthly, this kind of 3D prints child torticollis postoperative correction brace quality is light, wears the convenience, and the comfort level is good.
Drawings
Fig. 1 is a schematic view of the overall structure of the correction brace of the present invention with a back-protecting corrector as a main body.
Fig. 2 is a schematic view of the structure of the neck guard of the correction brace of the present invention.
Fig. 3 is a schematic structural view of the rectification brace of the present invention, which uses a chest-protecting rectification element as a main body.
In fig. 1-3: 1-neck guard A; 2-neck guard B; 3-connecting a buckle; 4-neck and back connecting buckle; 5-back support orthotics; 6-an orthopedic support component; 7-nape connecting belt; 8-magnetic connecting button A; 9-fixing the lace A; 10-connecting junction a; 11-magnetic connecting button B; 12-fixing lace B; 13-connecting junction B; 14-magnetic connecting button C; 15-fixing the lace C; 16-connecting junction C; 17-magnetic connecting button D; 18-securing lace D; 19-connecting junction D; 20-sliding coupling pair a; 21-sliding coupling pair B; 22-chest orthotics; 23-metal connection tie E; 24-securing lace E; 25-metal connection button F; 26-securing lace F; 27-metal connection knob G; 28-fixing the lace G; 29-metal connection button H; 30-fixing the lace H.
Detailed Description
The embodiments of the present invention will be described with reference to the accompanying drawings. It will be apparent that the described embodiments are merely part of the invention, and not all of it. Other embodiments obtained by persons skilled in the art based on the claims of the present invention belong to the protection scope of the present invention without creative efforts.
Referring to fig. 1-3, a 3D printing children's torticollis postoperative correction brace includes a body-protecting plate and a neck-protecting plate made by 3D printing technology, which is characterized in that: the body protecting plate comprises a back protecting orthopedic part 5 and a chest protecting orthopedic part 22; the neck guard comprises a neck guard A1 and a neck guard B2; the middle of the outer part of the back protection orthopedic component 5 is provided with a rectangular orthopedic support component 6, the top of the orthopedic support component 6 is provided with a nape connecting belt 7, the upper right part of the outer part of the back protection orthopedic component 5 is connected with a fixing belt A9 through a connecting knot A10, the middle right part of the outer part of the back protection orthopedic component 5 is connected with a fixing belt B12 through a connecting knot B13, the upper left part of the outer part of the back protection orthopedic component 5 is connected with a fixing belt C15 through a connecting knot C16, the lower left part of the outer part of the petal-shaped back protection orthopedic component 5 is connected with a fixing belt D18 through a connecting knot D19, the lower left part of the outer part of the back protection orthopedic component 5 is provided with a sliding coupling pair A20, and the lower right part of the outer part of the back protection orthopedic component 5 is provided with a sliding coupling pair B. A fixing lace E24 is arranged at the left upper part of the chest protecting orthopedic part 22, a fixing lace F26 is arranged at the left middle part of the chest protecting orthopedic part 22, a fixing lace G28 is arranged at the right upper part of the chest protecting orthopedic part 22, a fixing lace H30 is arranged at the right middle part of the chest protecting orthopedic part 22, the neck protecting plate A1 is annularly connected with the neck protecting plate B2 through a connecting buckle 3, and a neck back connecting buckle 4 is arranged on the neck protecting plate A1; the fixing lace A9 is provided with a magnetic connecting button A8, the fixing lace B12 is provided with a magnetic connecting button B11, and the fixing lace C15 is provided with a magnetic connecting button C14; the fixing lace D18 is provided with a magnetic connecting button D17; one end of the fixing lace E24 is arranged on the chest protecting orthopedic part 22, and the other end is provided with a metal connecting button E23; one end of the fixing lace F26 is arranged on the chest protecting orthopedic part 22, and the other end is provided with a metal connecting button F25; one end of the fixing strap G28 is arranged on the chest protecting orthopedic part 22, and the other end is provided with a metal connecting button G27; one end of the fixing strap H30 is mounted on the chest protection orthopedic part 22, the other end of the fixing strap H30 is provided with a metal connecting button H29, and the fixing strap, the magnetic connecting button and the metal connecting button are all used for correspondingly connecting the fixing orthopedic brace when being worn; the back protection orthopedic part 5, the chest protection orthopedic part 22, the neck protection plate A1 and the neck protection plate B2 are all made of gypsum materials through 3D printing.
The working principle is as follows: firstly, the neck guard A1 is annularly connected with the neck guard B2 through the connecting buckle 3 and the neck guard B2 to be jointed and fixed, then the nape connecting belt 7 of the orthopedic support component 6 outside the back guard orthopedic component 5 is fixed with the nape connecting buckle 4 on the neck guard A1, the brace is jointed with the body through adjusting the sliding connection pair A20 and the sliding connection pair B21, then the connecting knot A10 of the fixing lace A9 is connected with the connecting knot G27 of the fixing lace G28, and the magnetic connecting knot C14 of the fixing lace C15 and the metal connecting knot E23 of the fixing lace E24 are jointed and fixed on the chest; the connection knot B13 of the fixing lace B12 is connected with the metal connection button H29 of the fixing lace H30, and the magnetic connection button D17 of the fixing lace D18 is connected with the metal connection button F25 of the fixing lace F26, and the correction brace is fixed at the rib position, so that the correction brace wearing is completed. The utility model discloses a 3D printing technique is made and is good with patient's neck soft tissue appearance laminating degree, and the quality is light, wears convenient and comfortable, and stable in structure, material are comfortable can not cause the soft tissue damage, and not only convenient operation rectifies effectually moreover, and the practicality is strong.
Claims (8)
1. The utility model provides a 3D prints child torticollis postoperative correction brace which characterized in that, the body guard plate portion and the rib plate portion that correction brace included are made by 3D printing technique.
2. The 3D-printed pediatric torticollis post-operative correction brace of claim 1, wherein the body guard plate portion comprises a back guard orthotic, a chest guard orthotic; the neck guard part comprises a neck guard plate A and a neck guard plate B; the middle of the outer part of the back protecting orthopedic part is provided with a rectangular orthopedic support part, the top of the orthopedic support part is provided with a nape connecting belt, the right upper part of the outer part of the back protecting orthopedic part is connected with a fixing belt A through a connecting knot A, the right middle part of the outer part of the back protecting orthopedic part is connected with a fixing belt B through a connecting knot B, the left upper part of the outer part of the back protecting orthopedic part is connected with a fixing belt C through a connecting knot C, the left lower part of the outer part of the back protecting orthopedic part is connected with a fixing belt D through a connecting knot D, the left lower part of the outer part of the back protecting orthopedic part is provided with a sliding connection pair A, and the right lower part of the outer part of the back protecting orthopedic part is provided with a sliding connection; the left upper portion of chest protection orthopedic component is provided with fixing frenulum E, and the left middle part of chest protection orthopedic component is provided with fixing frenulum F, the right upper portion of chest protection orthopedic component be provided with fixing frenulum G, the right middle part of chest protection orthopedic component is provided with fixing frenulum H.
3. The 3D printing children torticollis postoperative correction brace of claim 2, characterized in that, be provided with the nape connector link on the neck guard A, neck guard A passes through nape connector link and neck guard B ring junction.
4. The 3D-printed pediatric torticollis post-operative correction brace of claim 2, wherein the securing strap a is provided with a magnetic connection knob a, the securing strap B is provided with a magnetic connection knob B, and the securing strap C is provided with a magnetic connection knob C; the fixing lace D is provided with a magnetic connecting button D.
5. The 3D printing child torticollis postoperative correction brace of claim 2, characterized in that, the fixing tie E is installed on chest protector orthopedic piece at one end, and the other end is provided with a metal connecting button E; one end of the fixing lace F is installed on the chest protection orthopedic part, and the other end of the fixing lace F is provided with a metal connecting button F.
6. The 3D printing child torticollis postoperative correction brace of claim 2, characterized in that, the fixing lace G is installed on chest protector orthopedic piece at one end, and the other end is provided with a metal connecting button G; one end of the fixing lace H is arranged on the chest protecting orthopedic part, and the other end of the fixing lace H is provided with a metal connecting button H.
7. The 3D-printed post-torticollis correction brace of claim 2, wherein the back support orthotic, the chest support orthotic, the neck support panel A, and the neck support panel B are selected from gypsum materials.
8. The 3D-printed pediatric torticollis post-operative correction brace of claim 7, wherein the back support orthotic is petal-shaped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920721921.5U CN210301345U (en) | 2019-05-20 | 2019-05-20 | 3D prints child torticollis postoperative correction brace |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920721921.5U CN210301345U (en) | 2019-05-20 | 2019-05-20 | 3D prints child torticollis postoperative correction brace |
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| CN210301345U true CN210301345U (en) | 2020-04-14 |
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| CN201920721921.5U Active CN210301345U (en) | 2019-05-20 | 2019-05-20 | 3D prints child torticollis postoperative correction brace |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110025421A (en) * | 2019-05-20 | 2019-07-19 | 宁夏医科大学总医院 | A kind of 3D printing infant torticollis post-operative corrective brace |
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2019
- 2019-05-20 CN CN201920721921.5U patent/CN210301345U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110025421A (en) * | 2019-05-20 | 2019-07-19 | 宁夏医科大学总医院 | A kind of 3D printing infant torticollis post-operative corrective brace |
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