头戴式支架及术野拍摄设备

Abstract

本实用新型公开一种头戴式支架及术野拍摄设备，头戴式支架包括：前支架，前支架用以佩戴于人体前额处，前支架的前侧壁开设有走线孔，前支架的后侧壁凹设有走线槽，走线孔贯通走线槽，前支架用以供功能装置安装，走线孔用以供功能装置的电连接线伸入走线槽；后支架，后支架用以佩戴于人体枕骨处，前支架与后支架通过连接带连接。通过在前支架的后侧壁凹设走线槽，从而功能装置安装在前支架上后，其电连接线能通过走线孔进入走线槽，走线槽可对电连接线起到收容和隐藏作用，从而既可以防止电连接线外露影响用户视野和拍摄装置的拍摄视野，又可以避免电连接线被直接夹在前支架和用户皮肤之间，以保证用户的穿戴舒适性。

Claims

1. A head-mounted support, characterized in that, include: A front bracket is used to be worn on the forehead of a person. The front side wall of the front bracket has a cable routing hole and the rear side wall of the front bracket has a cable routing groove. The cable routing hole passes through the cable routing groove. The front bracket is used to install a functional device, and the cable routing hole is used to allow the electrical connection wire of the functional device to extend into the cable routing groove. The rear support is worn on the occipital bone of the human body, and the front support is connected to the rear support by a connecting strap.

2. The head mount of claim 1, wherein The front sidewall of the front bracket has a mounting boss for mounting functional devices. The wiring hole is formed on the mounting boss, and the wiring groove is formed on the rear sidewall of the rear bracket in the area corresponding to the mounting boss.

3. The head mount of claim 2, wherein The cable routing groove has a groove bottom corresponding to the front end wall of the mounting boss, and a groove wall corresponding to the peripheral wall of the mounting boss; the cable routing hole penetrates the groove bottom of the cable routing groove.

4. The head support of claim 3, wherein The cable tray has a cable-passing hole in its wall, which penetrates the peripheral wall of the mounting boss.

5. The head support of claim 4, wherein The number of cable guide holes is at least two, including a first cable guide hole and a second cable guide hole. The first cable guide hole is located at the highest point of the cable tray wall, and the second cable guide hole is located at the lowest point of the cable tray wall.

6. The head support of claim 4, wherein The rear side wall of the rear bracket is provided with a mounting bracket for mounting the control host or a mobile power supply.

7. The head support of claim 6, wherein The connecting strip is provided with a wire fixing structure, which is used to constrain the electrical connection wires of the functional device.

8. The head support of claim 7, wherein The number of connecting straps is multiple, including a first connecting strap, a second connecting strap, and a third connecting strap. The first connecting strap connects the left end of the front bracket to the left end of the rear bracket, the second connecting strap connects the right end of the front bracket to the right end of the rear bracket, and the third connecting strap connects the top side of the front bracket to the top side of the rear bracket. The fixing structure is provided on the third connecting strap.

9. A surgical field imaging apparatus, characterized by comprising: The device includes a shooting device and a head-mounted bracket as described in any one of claims 1 to 8, wherein the shooting device is mounted on the front bracket of the head-mounted bracket, and the electrical connection cable of the shooting device extends through a wiring hole in the head-mounted bracket into a wiring groove in the head-mounted bracket.

10. The surgical field photography device of claim 9, wherein, The surgical field imaging device also includes a control host, which is mounted on the rear support of the head-mounted frame, and the electrical connection cable of the imaging device extends along the connecting strap of the head-mounted frame to be electrically connected to the control host.

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