CN210222710U - Wearable palm type mouse - Google Patents

Abstract

The utility model discloses a wearable palm mouse, a mainboard module is arranged on the part of a palm sleeve part positioned at the palm center; the key modules are at least two and are respectively arranged in the finger sleeve parts of the index finger and the middle finger; the palm sleeve part comprises a wrist part, the optical sensing module is arranged in the part of the wrist part below the wrist or the palm root, and the light sensing window is arranged outwards; the optical sensing module, the key module and the signal sending module are all connected to the mainboard module through lines. This product no matter from operation logic or use to be used to all use the same basically with current mouse in habit, when realizing accurate control, can also not influence the use to the keyboard, and dress comfortable, the hand is nimble freely, can realize all controls of mouse. The Bluetooth connection or wifi wireless transmission technology is supported, docking control of a computer PC or intelligent mobile equipment can be achieved, and a lithium battery capable of being charged circularly is arranged in the computer PC or intelligent mobile equipment. Can effectively and well make up for market vacancy and has good popularization and application prospect.

Description

Wearable palm type mouse

Technical Field

The utility model relates to a wearable equipment technical field of computer accessories specifically is a dress palm formula mouse.

Background

In the technical field of mice, the technology of wireless mouse has matured, divide into bluetooth mouse or wireless mouse, based on the photoelectric sensing technology that has matured, wireless split type photoelectric mouse has been mature technical product, however, present mouse, most still need to cooperate and use on the desktop of desk, and must keep holding of certain gesture continuation with the hand, the hand just can be used, in use, the arm, the health gesture has all received certain restriction, and easy tired, cause the muscle damage of wrist portion even, the interactive hardware of wearing formula, aim at getting rid of holding the occupation of holding formula mouse adversary, be the key direction of future digital technology development, and the patent design scheme of current few wearable mouse, there is very big use drawback also, for example: the mouse is worn on the arm and the finger, the operation is inconvenient due to the fact that the mouse is worn, the mouse is greatly different from the traditional mouse control habit, and more learning cost is needed; the glove type wearable mouse is provided, but the existing wearable mouse is thick and heavy and needs to be covered by a whole hand, and the finger part of the existing wearable mouse is in a key type, so that the glove type mouse cannot flexibly and accurately type on a keyboard; some are at the side installation button, need the thumb to press, and such control logic is not conform to traditional use habit, and current glove type mouse all installs photoelectric control part in the palm, and such design also has a lot of unreasonables, can occupy the space that the hand held, and the design of wearing formula mouse is against with the original intention.

SUMMERY OF THE UTILITY MODEL

In order to solve the deficiencies and defects existing in the prior art, the applicant designs a mouse using mode basically the same as the existing mouse using mode in operation logic and use habit through research and development, and when realizing accurate control, the use of the keyboard can not be influenced, the fatigue degree of the wrist part is reduced, and the utility model discloses a realize like this:

a wearable palm mouse comprises a palm sleeve part, a finger sleeve part, a main board module, an optical sensing module, a key module and a signal sending module which are integrally formed, wherein the main board module is arranged on the palm sleeve part positioned on the palm center; the key modules are at least two and are respectively arranged in the finger sleeve parts of the index finger and the middle finger; the palm sleeve part comprises a wrist part, the optical sensing module is arranged in the part of the wrist part below the wrist or palm root, and the light sensing window is arranged outwards; the optical sensing module, the key module and the signal sending module are all connected to the mainboard module through lines.

The utility model discloses a theory of operation introduces: the palm sleeve part is used as a main carrier part of the whole mouse, the mainboard module is integrated inside the palm sleeve part and is positioned in the palm area, and the palm of a person is in a claw shape which is folded inwards under most conditions such as a normal state, so that a hemispherical groove is formed in the palm area, the mainboard module is arranged in the palm area and is effectively attached to the palm concave part, the palm sleeve part does not occupy the space of other areas, the human body mechanics rule is met, the hands of a wearer cannot feel obvious abnormal appearance, and the whole glove type mouse cannot have obvious difference compared with a common glove when being seen from the outside; the finger sleeve part is only designed for the index finger and the middle finger, so that the covering area of the glove to the hand can be simplified, on one hand, the exposed fingers can be ensured, certain hand touch feeling can be kept, on the other hand, the airflow fluidity inside the glove can be improved, the integral permeability can be improved, the air permeability and the comfort in the wearing process can be kept, and the glove is not easy to sweat; the optical sensing module is designed on the wrist, the effect is much better than that of the wrist designed on the palm area, the wrist is positioned on the area with the downward palm root, compared with the palm, the wrist is convex and is a part which is more easily in close contact with the interactive surface, the light sensing part is designed on the wrist, the mouse positioning operation can be realized with high precision, and on the other hand, the palm area can be vacated, other things can be held, for example, a pen is held by a hand, and the control of a mouse cursor can also be realized; the button module is installed in the phalange middle part region of finger portion, rather than in the fingertip area, and most present wearing mouse will press the button to set up at finger point portion, and people are hitting when hitting and strike the keyboard, and the fingertip of usefulness is exactly, the top surface on the top of finger bone promptly, and the use of keyboard will be influenced to such design, the utility model discloses ingenious with the button module design regional in phalange middle part, avoided the fingertip region, consequently can not influence the sense of touch when striking the keyboard, also can not reduce the availability factor of keyboard. And simultaneously, the utility model discloses a dress palm type mouse except can operating on the desktop, can also slide operation on each position of health such as thigh, sofa to and other planes, can keep the comfortable posture of wrist wantonly.

Compared with the prior art, the utility model discloses the beneficial technological effect who exists:

(1) the whole body is light, thin and small, the finger stall is tightly attached to the hand, the semi-open type finger stall is designed, the ventilation and comfort are strong, the structure accords with the human body mechanics principle, and the wearing is comfortable and flexible;

(2) the window position of the photoelectric sensor is designed on the wrist, and the flat and convex human body structure of the wrist is used as a base point for mouse cursor control, so that the photoelectric sensor can be tightly attached to the surfaces of various objects to realize mouse control, not only can control the mouse accurately and sensitively and be convenient to control, but also can leave the space in the central area of the hand, and does not influence the hand to hold other objects, such as pens, VR remote control and the like;

(3) the key module is designed in the middle area of the phalange on the finger, not the finger tip, and is matched with the shape design of the upper semi-closed open glove, so that the daily office operations such as keyboard input, pen holding, writing and the like can be comfortably and freely completed after the product is worn;

(4) the key design mode is basically the same as that of the traditional mouse, the index finger key is the same as the left mouse key, the middle finger key is the same as the right mouse key, and the index finger key, the middle finger key and the photoelectric induction act together, so that the function of a roller wheel key of the traditional mouse can be realized: the index finger key and the middle finger key are pressed down simultaneously and move the palm (light sensing window), so that the up-and-down rolling page turning function of the roller wheel key of the existing mouse can be realized; the index finger key and the middle finger key are continuously clicked for two times at the same time, and the palm is moved, so that the function of automatically turning up and down the page (pressing the roller for moving) by the roller key of the existing mouse can be realized, unnecessary learning cost is not needed, and the use habit is saved and continued;

(5) the utility model discloses a wearing palm formula mouse uses up-to-date wireless transmission technique, supports bluetooth connection or wifi wireless transmission technique, can realize the butt joint control to computer PC or intelligent mobile device, but the built-in lithium cell that the circulation was used of charging, or the rechargeable small-size battery of other types to and power management module, current general cell-phone charger, or the computer USB interface can all realize the operation of charging to it.

Drawings

FIG. 1 is a rear view of a wearable palm-type mouse according to the present invention;

FIG. 2 is a front view of the wearable palm-type mouse of the present invention;

FIG. 3 is a side view of a structure of a motherboard module;

FIG. 4 is a schematic view of the inner cross-section of a finger inside the finger sleeve portion;

FIG. 5 is a front view of a wearable palm-type mouse with exposed finger tips;

FIG. 6 is a diagram illustrating a state of a stressed portion when a key of a keyboard is pressed;

wherein:

1, a palm sleeve part, 11 mainboard modules, 12 optical sensing modules, 13 signal sending modules, 14 mouse power switches and 15 roller wheel devices;

2 finger sleeve part, 21 key module, 22 middle phalange area and 23 fingertip area.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in detail with reference to the accompanying drawings. It should be understood that the description is intended to be illustrative only and is not intended to limit the scope of the present invention. In addition, in the following description, descriptions of well-known structures and techniques are omitted so as to avoid unnecessarily obscuring the concepts of the present invention, for example, the optical positioning principle, the wireless transmission principle, the battery charging and power management principle, and the software-level control principle of the optical mouse described in the present embodiment, which are not described herein.

Example 1: as shown in fig. 1 to 6, in a wearable palm mouse, a main board module 11 is installed on a palm cover portion 1 at a palm center; at least two key modules 21 are respectively arranged in the finger stall parts 2 of the forefinger and the middle finger; the palm sleeve part 1 comprises a wrist part, the optical sensing module is arranged in the part of the wrist part below the wrist or palm root, and the light sensing window is arranged outwards; the optical sensing module 12, the key module 21 and the signal sending module 13 are all connected to the main board module 11 through circuits; the main board module 11 is used for installing a chip main board and is connected to the key module 21, the optical sensing module 12, the switch and other components through electric wire routing, the wire routing can be fixed in the interlayer of the glove body, and the sheet-shaped flexible cable is used and can be bent at will without influencing the movement of hands; the finger sleeve part 2 only comprises finger sleeves of a forefinger and a middle finger, and partial or whole areas of the finger sleeve part 2 and the palm sleeve part 1 are made of breathable elastic materials or are provided with breathable strips or breathable holes, so that the finger sleeve part can effectively keep breathable and dry, and prevent hands from sweating; the optical sensing parts of the finger keys and the wrist part are provided with elastic adjusting belts, and the optical sensing parts can be properly attached to the index finger, the middle finger, the palm and the wrist part of the palm after adjustment and can be freely operated; the key module 21 is arranged right below the middle area 22 of the phalange of the finger sleeve part 2, namely in front of the joint part of the finger part at the forefront end of the finger, when the finger needs to be pressed and controlled, the index finger or the middle finger presses down in the glove with force, so that the key module 21 contacts with the surface of the control surface with force to complete pressing, the pressing elasticity is weak, the pressing can be completed with light pressing, the force is the same as that of the existing mouse, the two fingers press and drag at the same time, and the sliding function and the action of the traditional roller can be realized;

preferably, in another embodiment, the end of the fingertip area 23 of the finger sleeve part 2 of the index finger and the middle finger is in a non-closed open pore structure, that is, the fingertip part of the finger is exposed, so that the touch feeling of the finger and the external environment can be maintained;

the signal sending module 13 is a wifi wireless transmission module or a bluetooth transmission module and is used for connecting a PC (personal computer), a smart phone or a tablet computer; the mainboard module 11 is internally provided with a power management module, is connected with the mainboard module 11 and is provided with an exposed Type-C interface or micro interface for charging a lithium battery or other types of small batteries in the power management module; the shell of the main board module 11 is integrally in a hemispherical or semi-ellipsoidal shape with one convex surface, the convex surface faces the palm and is arranged in the palm sleeve part 1, so that the concave area of the palm of the human body can be effectively attached, and the attachment type design can effectively utilize the space, so that the glove is more concise and attractive as a whole;

preferably, in another embodiment, the structure of the mouse further includes a roller device 15 connected to the motherboard module 11, and the roller device 15 is mounted on the motherboard module 11 and is exposed to the palm portion of the palm sleeve portion 1 on the palm center. The roller device 15 is arranged in the palm area, when rolling is needed, the hand is unfolded, and the roller is contacted on the surface of the control object and slides up and down along the direction of the hand arm; the thumb can also be used for touching the roller to poke the roller to roll; the traditional page rolling effect can be realized;

during the use, after wearing this product, manually open mouse switch 14, mouse switch 14 sets up and exposes outside the gloves surface on mainboard module 11, or sets up mouse switch 14 all can in palm the back or the side of cover portion 1 through walking the line, treat mouse and computer or intelligent mobile device and be connected the success back, can control mouse, the operator can be on the sofa, on the desk, realize mouse control even on the health, it is more convenient, comfortable than traditional wireless mouse.

It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.

Claims (10)

1. The utility model provides a dress palm formula mouse, includes integrated into one piece's palm cover portion and dactylotheca portion to and mainboard module, optical induction module, button module, signalling module, its characterized in that: the main board module is arranged on the palm sleeve part positioned on the palm center; the key modules are at least two and are respectively arranged in the finger sleeve parts of the index finger and the middle finger; the palm sleeve part comprises a wrist part, the optical sensing module is arranged in the part of the wrist part below the wrist or palm root, and the light sensing window is arranged outwards; the optical sensing module, the key module and the signal sending module are all connected to the mainboard module through lines.

2. The wearable palm-type mouse according to claim 1, wherein the finger sleeve portion only comprises finger sleeves of an index finger and a middle finger, and a part or all of the finger sleeve portion and the palm sleeve portion is made of a breathable elastic material, or is provided with a breathable strip or a breathable hole.

3. A wearable palm-type mouse according to claim 1 or 2, wherein the button module is mounted on the finger stall at a position right below the middle area of the phalanx.

4. A wearable palm-type mouse as claimed in claim 3, wherein the end of the fingertip area of the finger sleeve portion of the index finger and the middle finger is in an open structure without closing.

5. A wearable palm-type mouse as claimed in claim 1, wherein the signal sending module is a wifi wireless transmission module or a bluetooth transmission module for connecting to a PC computer, a smart phone or a tablet computer.

6. A wearable palm-Type mouse as claimed in claim 1, wherein the motherboard module is internally provided with a power management module, and is connected with the motherboard module and provided with an exposed Type-C interface or micro interface for charging a lithium battery or other types of small batteries in the power management module.

7. A wearable palm-type mouse as claimed in claim 1, wherein the main board module housing is formed in a hemispherical or semi-ellipsoidal shape with a convex surface, and the convex surface is installed in the palm rest portion toward the palm center.

8. A wearable palm-type mouse as claimed in claim 1, wherein the circuit connected to each module is a sheet-shaped flexible cable, the button module is mounted in the finger stall of the index finger or middle finger through a tightness adjusting band, and the optical sensing module is mounted in the wrist portion below the wrist or palm root through a tightness adjusting band, so as to adjust the degree of fit with the fingers or wrist portion.

9. The wearable palm-type mouse of claim 1, further comprising a roller device connected to the motherboard module, wherein the roller device is mounted on the motherboard module such that a lower portion of the roller device is exposed on a portion of the palm rest portion located in the palm center.

10. The wearable palm-type mouse of claim 1, wherein a mouse power switch is installed on the motherboard module, or the mouse switch is disposed on the back or side of the palm cover portion through a wire.

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