TWM635972U - Frame hanging medical glasses device - Google Patents

Abstract

A frame-mounted medical spectacle device, comprising a spectacle unit, a connection unit, and a magnifying glass unit, the spectacle unit includes a spectacle frame, and the connection unit includes a first combination base detachably arranged on the spectacle frame, a A first pivot body pivotally connected to the first combined seat, a second pivot body pivotally connected to the first pivot body, and a support seat pivotally connected to the second pivot body, the The magnifying glass unit includes two magnifying glass modules connected to the support base, and the multiple pivot joints provided in the connecting unit can effectively adjust the relative position of the magnifying glass unit and the glasses unit, so that the two magnifying glass modules can be closer to each other. The user's eyes can also prevent the user from using the frame-mounted medical glasses device in a posture of bowing his head.

Description

Frame hanging medical glasses device

The present invention relates to a medical spectacles device, in particular to a frame-mounted medical spectacles device.

Due to the limitation of the doctor's own vision, the appearance and detailed structure of the patient's clinical symptoms or the appearance of any part are limited. Therefore, in the medical field, doctors often use head-mounted surgical magnifying glasses to magnify Its vision, through the optical auxiliary equipment that can magnify the image, can be used for various medical treatment, surgery or related disease diagnosis for patients, and it is helpful for various medical behaviors.

Please refer to Fig. 1, which is a head-mounted surgical magnifier 1 commonly used at present. After wearing the surgical magnifying glass 1, tiny objects can be seen clearly so that the patient can perform various medical actions, wherein the head-mounting surgical magnifying glass 1 only has the structure that the magnifying module 12 is turned up, and the wearing of the head-mounting surgical magnifying glass 1, the user cannot turn down the enlargement module 12.

Please refer to Figure 2. Related research reports suggest that the human body should not bow its head at an angle exceeding 20 degrees for a long time to protect the muscles of the neck and upper back. Bearing 5 pounds of pressure, the patient 21 usually lies on the operating table to receive the treatment of the user 22 during the operation, so the user 22 must bow his head for a long time to perform the operation, so that the tilt of the neck far exceeds the 20 degrees recommended by experts , Keeping the head bent for a long time can cause neck and upper back injuries, so discomfort in the neck and upper back is a pain for those who need to bow their heads for a long time to engage in professional functions.

Although the head-mounted surgical magnifier can enlarge the user's field of vision, it still has the following disadvantages in actual use:

1. Unavoidable muscle injuries: The position adjustment of the early head-mounted surgical magnifiers only provided the structure of the magnifying module turned up, so that the user can switch between the short-range and normal-distance vision, but the user still needs to bow his head for a long time when treating patients , causing the user's neck and upper back muscles to be more or less injured.

2. Unable to provide lighting: When a dentist performs oral treatment, the opening range of the mouth of the general patient is limited, and the mouth cannot be opened very wide, resulting in insufficient light entering the oral cavity and resulting in a dim situation. When the dentist wears The head-mounted surgical magnifying glass cannot effectively supplement the light inside the oral cavity, resulting in poor vision.

3. Unable to record: The general head-mounted surgical magnifying glass is not equipped with a video recorder, which cannot record the image of the user's treatment process or operation process. If a video recorder is to be installed on the glasses, the source of power or the transmission of image files Technology and storage technology are issues that must be further resolved.

Therefore, on the basis of providing a magnified field of view, how to improve the problem of the user bowing his head, and how to add sufficient illumination to the observed object and record the image is an urgent goal for the relevant technical personnel.

In view of this, the purpose of the present invention is to provide a frame-mounted medical glasses device, which can prevent the user from bowing his head.

The glasses unit includes a frame.

The connection unit includes a first assembly seat body detachably arranged on the mirror frame, a first pivot body pivotally connected to the first assembly seat body, and a second pivot body pivotally connected to the first pivot body A swivel body, and a support base pivotally connected with the second pivot body.

The magnifying glass unit includes two magnifying glass modules connected with the support base.

Another technical means of the present invention is that the above-mentioned connection unit further includes a double interpupillary distance adjustment module set on the support base, and the double interpupillary distance adjustment module is used to adjust the two magnifying glass modules and the support seat distance.

Another technical means of the present invention is that the above-mentioned double interpupillary distance adjustment module has an adjustment piece arranged on the support base, and two telescopic arms arranged on the support base, the adjustment piece is used to adjust the For the expansion and contraction of the two telescopic arms relative to the support base, the two magnifying glass modules are respectively arranged on the two telescopic arms.

Another technical means of the present invention is that the above-mentioned double interpupillary distance adjustment module has two adjustment holes arranged on the support base, and the two adjustment holes are used to respectively lock the two magnifying glass modules.

Yet another technical measure of the present invention is that the opening shape of the above two adjustment holes is elongated, and the opening shape of the two adjustment holes extends outward from the center of the support base.

Another technical means of the present invention is that the above-mentioned frame-mounted medical glasses device further includes a lighting unit, the lighting unit includes a second combination base detachably arranged on the frame, and a The lighting module is pivotally connected with two combination bases.

Yet another technical measure of the present invention is that the above-mentioned lighting unit further includes a power supply module connected with the second assembly base.

Yet another technical means of the present invention is that the above-mentioned lighting unit further includes a magnetic attraction module arranged between the lighting module and the power supply module, and a magnetic attraction module arranged between the lighting module and the power supply module. Contact electrode modules between modules.

Another technical means of the present invention is that the above-mentioned lighting unit further includes a filter module pivotally connected with the lighting module, and the filter module is used to filter the light emitted by the lighting module.

Yet another technical means of the present invention is that the above-mentioned lighting unit further includes a camera module connected to the lighting module, and the shooting direction of the camera module is consistent with the light irradiation direction of the lighting module.

The beneficial effect of the present invention is that the connecting unit can greatly improve the adjustment of the magnifying glass unit relative to the glasses through the multi-joint pivoting characteristics formed in the first pivoting body, the second pivoting body and the support base. The position of the unit makes the magnifying glass unit have a wider adjustment angle, so as to prevent the user from using the frame-mounted medical glasses device to present a posture of lowering the head, and the adjustment position of the magnifying glass unit can be closer to the user's eyes, effectively Improve the user's viewing field of view.

The characteristics and technical contents of the relevant patent applications of the present invention will be clearly presented in the following detailed descriptions of the four preferred embodiments with reference to the drawings. Before proceeding with the detailed description, it should be noted that like elements are denoted by the same reference numerals.

Referring to Fig. 3 and Fig. 4, it is a first preferred embodiment of a frame-mounted medical glasses device of the present invention. The frame-mounted medical glasses device includes a glasses unit 3, a connecting unit 4, and a magnifying glass unit 5.

The glasses unit 3 is general glasses, which can be worn by a user 22. In the first preferred embodiment, the user is a doctor. Occupation, should not be limited to this, the glasses unit 3 includes a frame 31, the frame 31 is provided with two lenses 32 corresponding to each other, the frame 31 is connected with a fixing module 33, for fixing on the user 22 On the head, preferably, the fixed module 33 is two spectacle frames arranged on the ears. In practice, the fixed module 33 can be a headgear, or other fixed structures that can fix the spectacle frame 31 in front of the eyes of the user. It should not be limited by this.

The connection unit 4 includes a first assembly seat 41 detachably arranged on the mirror frame 31 , a first pivot body 42 pivotally connected to the first assembly seat 41 , and a first pivot body 42 pivotally connected to the first assembly seat 41 . The second pivoting body 43 pivotally connected, and a support base 44 pivotally connected with the second pivoting body 43, wherein, the first combined base body 41 is provided with a magnetic attractor, and the mirror frame 31 is provided with a The groove and the magnetic attractor arranged at the bottom of the groove make the first combination base body 41 and the mirror frame 31 detachably magnetically attract together, so as to achieve the effect of quick disassembly or installation. In actual implementation, the first The combined seat body 41 and the mirror frame 31 can use a screw structure or other fast locking structure, which should not be limited thereto.

The magnifying glass unit 5 includes two magnifying glass modules 51 connected to the support base 44. The two magnifying glass modules 51 are a general magnifying glass combination structure for refracting the light from the target object so that the target object can look bigger. , in the first preferred embodiment, the two magnifying glass modules 51 are magnifying glass structures currently used on the market. , used to bend the line of sight of the user 22 to align with the target, and should not be limited to the example of this preferred embodiment.

It is worth mentioning that, in the first preferred embodiment, the first pivoting body 42 can pivot relative to the first combined seat body 41 , and the second pivoting body 43 can pivot relative to the first pivoting body 42 pivoting, the support base 44 can pivot relative to the second pivoting body 43, so three pivoting joints are formed in the connecting unit 4, which can provide the user 22 with more angle changes and more flexibility By changing the position, the two magnifying glass modules 51 can be moved to a position closer to the eyes, so that the user 22 can observe the lower target without bowing his head when using the frame-mounted medical glasses device. When the head is lowered for a long time, the neck and upper back muscles of the user 22 can be effectively protected.

The connection unit 4 further includes a double interpupillary distance adjustment module 45 arranged on the support base 44, and the double interpupillary distance adjustment module 45 is used to adjust the distance between the two magnifying glass modules 51 and the support base 44. In the first preferred embodiment, the interpupillary distance adjustment module 45 has an adjustment member 451 arranged on the support base 44, and two telescopic arms 452 arranged on the support base 44, and the adjustment member 451 is used for To adjust the expansion and contraction of the two telescopic arms 452 relative to the support base 44 , the two magnifying glass modules 51 are respectively disposed on the two telescopic arms 452 .

Preferably, the adjustment member 451 is a knob structure, and a gear connection structure is provided between the adjustment member 451 and the two telescopic arms 452, and the adjustment member 451 can synchronously adjust the left and right telescopic conditions of the two telescopic arms 452, thereby Provide the user 22 to adjust the distance of the magnifying glass module 51 to match the interpupillary distance of the user 22. Since the technology of using the knob structure and the gear joint structure to adjust the position has been widely used in commercially available products, it will not be discussed here. Let me go into more detail.

Please refer to Figure 5, which is a second preferred embodiment of a frame-mounted medical glasses device of the present invention. The second preferred embodiment is roughly the same as the first preferred embodiment, and the same points will not be described in detail here. As mentioned above, the difference is that the double interpupillary distance adjustment module 45 has two adjustment holes 453 arranged on the support base 44, and the two adjustment holes 453 are used to respectively provide two locking structures to lock the two magnifying glass modules. The left and right lateral positions of the group 51 are fixed.

Preferably, the opening shape of the two adjustment holes 453 is a long strip extending outward from the center of the support base 44 and is arranged laterally, so the user 22 can adjust the pupil positions of his own eyes respectively, that is, The interpupillary distance of the user 22 is used to adjust the position of the two magnifying glass modules 51 on the support base 44. In actual implementation, the interpupillary distance adjustment module 45 can use other structures that can adjust the position, such as a slide rail structure , tooth connection structure, magnetic attraction structure, screw structure, etc. can adjust the positions of the two magnifying glass modules 51 separately or simultaneously, and should not be limited to the example of this preferred embodiment.

Because the interpupillary distances of some people's left eyes and right eyes are inconsistent, if the technology that can adjust the left and right interpupillary distances is used, the two magnifying glass modules 51 and the pupils of the two eyes cannot be adjusted in place all the time. The novel creator uses a structure that can independently adjust the position of the left and right to adjust the positions of the two magnifying glass modules 51 respectively, so that the positions of the two magnifying glass modules 51 can be aligned with the pupils of the user 22, allowing the user 22 to use the The second magnifying glass module 51 can observe the target object more clearly.

Please refer to Fig. 6 and Fig. 7, it is a third preferred embodiment of a frame-mounted medical glasses device of the present invention, the third preferred embodiment is roughly the same as the first preferred embodiment, and the same is here Not described in detail, the difference is that the frame-mounted medical glasses device further includes a lighting unit 6 .

The lighting unit 6 includes a second assembly base 61 detachably arranged on the mirror frame 31 , a lighting module 62 pivotally connected to the second assembly base 61 , a lighting module 62 connected to the second assembly base 61 Power supply module 63, a magnetic attraction module 64 arranged between the lighting module 62 and the power supply module 63, and a contact arranged between the lighting module 62 and the power supply module 63 An electrode module 65 and a filter module 66 pivotally connected with the lighting module 62 .

In the third preferred embodiment, the first combined base body 41 is combined in front of the mirror frame 31, and the second combined base body 61 is combined above the mirror frame 31. In practice, the first combined base body 41 The setting position of the second combination seat body 61 should match the structure of the mirror frame 31, for example, the first combination seat body 41 and the second combination seat body 61 can be provided with a clamping structure to clamp the two lenses 32, without It should be limited to this, preferably, the second combined seat body 61 is provided with a magnetic attractor, and the top surface of the picture frame 31 is provided with a positioning groove and a magnetic attractor, and the second combined seat body 61 and the picture frame 31 They are detachably magnetically attracted together. In actual implementation, the combination structure of the second assembly base body 61 and the mirror frame 31 can use a screw structure or other fast locking structure, which should not be limited thereto.

The lighting module 62 can pivot relative to the second combination seat body 61 to provide the user 22 to adjust the light emitting direction of the lighting module 62, so that the light emitting direction of the lighting module 62 can be directed toward the target object, so that the target object There is enough light for the user 22 to watch through the two magnifying glass modules 51, wherein a switch element is provided on the surface of the lighting module 62, and the switch element can control the opening and closing of the lighting module 62. Preferably, the switching element A touch switch can be used, and in actual implementation, other electronic switch elements can be used as the switch element, which should not be limited thereto.

In the third preferred embodiment, the magnetic attraction module 64 arranged on the second combined base body 61 is two spaced magnetic attractors, and the contact electrode mold set on the second combined base body 61 Group 65 is a plurality of conductive electrodes arranged in the middle of the two magnetic attractors, and the positions of the magnetic attraction module 64 and the contact electrode module 65 arranged on the power supply module 63 are the same as those arranged in the second combination The magnetic attraction module 64 and the contact electrode module 65 on the base 61 are correspondingly arranged, so that when the power supply module 63 is assembled on the second assembly base 61 by the magnetic attraction module 64, the contact The electrode module 65 transmits power. In actual implementation, the magnetic attraction module 64 and the contact electrode module 65 can use other combinations or electrical connection techniques, which should not be limited thereto.

Wherein, the power supply module 63 is a power supply circuit with a storage battery. When the power stored in the power supply module 63 is exhausted, the magnetic attraction module 64 and the contact electrode module 65 can provide the power supply module 63 is quickly replaced, helping the user 22 to work without interruption.

The filter module 66 is a filter arranged in the frame, and the frame can drive the filter to pivot relative to the lighting module 62. The filter module 66 is used to filter the light emitted by the lighting module 62. Light-curable resin materials are used for dental treatment. The light-curable resin will harden under the irradiation of light, and the wavelength or intensity of the light will affect the hardening time of the light-curable resin. It is not expected that the photocurable resin used will harden quickly, so the filter module 66 will be used to slow down the hardening time of the photocurable resin. For example, the characteristic of the photocurable resin used is that it will react to short-wave light During curing, the filter module 66 can select a filter for filtering short-wave light, so that only long-wave light is irradiated on the photo-curable resin, thereby slowing down the hardening time of the photo-curable resin.

Please refer to Fig. 8, which is a fourth preferred embodiment of a frame-mounted medical glasses device of the present invention. The fourth preferred embodiment is substantially the same as the third preferred embodiment, and the similarities will not be detailed here. As mentioned above, the difference is that the lighting unit 6 further includes a camera module 67 connected to the lighting module 62 .

Preferably, the camera module 67 is arranged in the lighting module 62, and the power of the power supply module 63 can be obtained through the contact electrode module 65. In actual implementation, the camera module 67 can be hung on On the lighting module 62 or in other ways, it should not be limited thereto. Wherein, the photographing lens on the photographing module 67 is aimed at the target object, and is used to store what the two magnifying glass modules 51 see The images can be used to record medical or surgical procedures, and further provide future teaching, or other uses.

In addition, a wireless transmission circuit can be set in the camera module 67 to transmit the image captured by the camera module 67 to a storage device (not shown in the drawing). Preferably, the wireless transmission circuit can Set in the camera module 67, the storage device can be a smart phone device or other devices that can store data, and use bluetooth or WIFI for wireless data transmission. In actual implementation, the wireless transmission circuit can be set in The power supply module 63 uses other wireless transmission technologies, but should not be limited thereto.

Please refer to FIG. 9, which is a schematic diagram of a control module 68 connected to the camera module 67. Preferably, the control module 68 can be a mobile communication device. In actual implementation, the control module 68 can be Other computer devices or remote controllers should not be limited thereto. The camera module 67 is provided with a display window 681 and an adjustment window 682. When the camera module 67 executes an application program (APP), the display window 681 can be The picture taken by the camera module 67 is displayed. The adjustment window 682 can provide an operator to adjust the setting parameters of the camera module 67. For example, the focal length parameter, the aperture parameter, and the shutter parameter of the camera module 67 can be adjusted. , Sensitivity parameters (ISO), magnification parameters, etc., can provide the operator with the best photographic quality.

It can be known from the above description that a frame-mounted medical glasses device of the present invention does have the following effects:

1. Can prevent muscle injury: The structure of the connecting unit 4 is provided with three pivot joints, which can provide the adjustment of the magnifying glass unit 5, have a wider adjustment angle, and can provide the user 22 with more flexible position adjustment, and the user 22 can observe without bowing his head. The lower position of the target will not cause the situation of lowering the head for a long time, and has the beneficial effect of protecting the neck and upper back muscles of the user 22, and the connection unit 4 can also make the adjustment position of the two magnifying glass modules 51 more accurate. Close to the eyes, so that the viewing field of view of the user 22 is clearer.

Two, can provide enough light: The lighting unit 6 arranged on the mirror frame 31 has a portable power supply module 63, which can provide enough power for the lighting module 62 and output light for illuminating the target object, so that the user 22 can use the two modules smoothly. The magnifying glass module 51 observes the target object. In addition, the filter module 66 can also filter the light emitted by the lighting module 62, so as to observe specific items.

3. Can record video: Because the photography module 67 that is arranged on this lighting module 62, its photographing direction is aligned with the direction that this lighting module 62 emits the light, that is, the direction that the user 22 watches the target through the two magnifying glass modules 51, Therefore, the camera module 67 has the beneficial effect of being able to record the field of view of the user 22 .

To sum up, the connection unit 4 can control the magnifying glass more flexibly through the arrangement of the first assembly base body 41, the first pivot body 42, the second pivot body 43 and the support base body 44. The downward bending angle and the position close to the eyes of the unit 5 allow the user 22 to observe the target at a low position without bowing his head, which has the beneficial effect of protecting the neck and upper back muscles of the user 22. In addition, the double interpupillary distance adjustment module 45 can adjust the positions of the two magnifying glass modules 51 synchronously or separately so as to match the interpupillary distance between the eyes of the user 22, and the lighting module 62 can provide sufficient light for the target. Observing the light, the photographic module 67 can capture the image of the target object, so the purpose of the present invention can indeed be achieved.

But the above are only four preferred embodiments of the present invention, and the scope of implementation of the present invention cannot be limited with this, that is, all simple equivalent changes and Modifications all still belong to the scope covered by the patent for this model.

1: Head-mounted surgical magnifier 11: Glasses 12: Magnification module 21: Patient 22: User 3: glasses unit 31: Mirror frame 32: Lens 33: fixed module 4: Connection unit 41: The first combined seat body 42: the first pivot body 43: Second pivoting body 44: Support base 45: Double interpupillary distance adjustment module 451: Adjustment parts 452: telescopic arm 453: Adjustment hole 5: Magnifying glass unit 51:Magnifying glass module 6: Lighting unit 61: The second combination seat body 62: Lighting module 63: Power supply module 64:Magnetic suction module 65: contact electrode module 66:Filter module 67: Photography module 68: Manipulation module 681:Show window 682:Adjust window

Fig. 1 is a three-dimensional schematic view illustrating a currently used head-mounted surgical magnifying glass; FIG. 2 is a schematic diagram illustrating how a user treats a patient in a bowed posture; Fig. 3 is a schematic side view, which is a first preferred embodiment of a frame-mounted medical glasses device of the present invention, illustrating the state that the frame-mounted medical glasses device is worn by a user; Fig. 4 is a schematic perspective view illustrating the three-dimensional appearance of the frame-mounted medical glasses device in the first preferred embodiment; Fig. 5 is a three-dimensional schematic diagram, which is a second preferred embodiment of a frame-mounted medical glasses device of the present invention, illustrating the three-dimensional appearance of the frame-mounted medical glasses device; Fig. 6 is a three-dimensional schematic diagram, which is a third preferred embodiment of a frame-mounted medical glasses device of the present invention, illustrating the three-dimensional appearance of the frame-mounted medical glasses device; Fig. 7 is an exploded schematic view of the device, illustrating a state in which a power supply module is separated from a second assembly base in the third preferred embodiment; Fig. 8 is a schematic side view, which is a fourth preferred embodiment of a frame-mounted medical glasses device of the present invention, illustrating a lighting module with a camera module; and FIG. 9 is a schematic diagram of the device, illustrating the configuration of the control module connected with the camera module in the fourth preferred embodiment.

3: glasses unit

31: Mirror frame

33: fixed module

4: Connection unit

41: The first combination seat body

42: the first pivot body

43: Second pivoting body

44: Support base

45: Double interpupillary distance adjustment module

451: Adjustment parts

452: telescopic arm

5: Magnifying glass unit

51:Magnifying glass module

Claims (10)

A frame-mounted medical glasses device, comprising: A spectacle unit, including a spectacle frame; A connecting unit, comprising a first combination seat detachably arranged on the mirror frame, a first pivot body pivotally connected with the first combination seat body, a second pivot body pivotally connected with the first pivot body a pivoting body, and a support seat pivotally connected to the second pivoting body; and A magnifying glass unit includes two magnifying glass modules connected with the support base. The frame-mounted medical glasses device according to claim 1, wherein the connection unit further includes a double interpupillary distance adjustment module arranged on the support base, and the double interpupillary distance adjustment module is used to adjust the two magnifying glass modules The distance between the group and the support body. The frame-mounted medical glasses device as described in claim 2, wherein, the interpupillary distance adjustment module has an adjustment member arranged on the support base body, and two telescopic arms arranged on the support base body, the adjustment member The two magnifying glass modules are respectively arranged on the two telescopic arms for adjusting the telescopic condition of the two telescopic arms relative to the support base. The frame-mounted medical glasses device according to claim 2, wherein the interpupillary distance adjustment module has two adjustment holes provided on the support base, and the two adjustment holes are used to respectively lock the two magnifying glass modules. The frame-mounted medical glasses device according to claim 4, wherein the opening shape of the two adjustment holes is elongated, and the opening shape of the two adjustment holes extends outward from the center of the support base . The frame-mounted medical glasses device as described in claim 1 further includes a lighting unit, the lighting unit includes a second assembly base detachably arranged on the frame, and a second assembly base pivotally connected to the second assembly base lighting module. According to claim 6, the frame-mounted medical glasses device, wherein the lighting unit further includes a power supply module connected to the second assembly base. The frame-mounted medical glasses device according to claim 7, wherein the lighting unit further includes a magnetic attraction module arranged between the lighting module and the power supply module, and a magnetic attraction module arranged between the lighting module The contact electrode module with the power supply module. The frame-mounted medical glasses device according to claim 6, wherein the lighting unit further includes a filter module pivotally connected to the lighting module, and the filter module is used to filter the light emitted by the lighting module . The frame-mounted medical glasses device according to claim 6, wherein the lighting unit further includes a photography module connected to the lighting module, and the photography direction of the photography module is consistent with the light irradiation direction of the lighting module .

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