TWI413451B - Glove with automatic sensing switch controlled by fingers - Google Patents

Abstract

The present invention provides a glove with an automatic sensing switch controlled by fingers, which comprises: a glove or finger sheath accessories or thumb sheath accessories, a sensing assistant pad, a sensing switch, a system control module, a light source control module, a tact switch, a printed circuit board, a light source, and a battery. The sensing switch is disposed on the finger or thumb sheath area of the glove, or finger sheath accessories or thumb sheath accessories. When the state of adjacent fingers changes, open or close the light. For example, as the relative distance between adjacent fingers at its shortened state, the light source is off and will not emit light; whereas the relative distance between adjacent fingers at its elongated state, the light source is on and thereby emitting light.

Description

Glove with accusation auto-sensing switch

The invention provides an accusation auto-sensing switch, which can be combined with an auxiliary induction shim to be assembled on a finger collar fitting or a glove, and the opening and closing of the switch is defined by the relative distance between any adjacent two fingers.

Bicycles do not have locomotives or directional lights for cars. According to the laws of some countries (such as some European countries), bicycle riders need to raise the arm in the direction of turning when turning (ie turn right hand and left hand left hand) . If the bicycle rider can wear a glove with a luminous function, a better direction of direction can be obtained.

According to the information currently available, gloves with general illuminating functions are all pressed. For example, U.S. Patent No. 3,638,011, the illuminating glove has a wiring circuit, a battery, a light-emitting bulb, and a voltage-controlled switch. U.S. Patent No. 5,177,467, the illuminating glove having a buzzer, a light source, and a pressure-sensitive switch ("pressure-sensitive switch" and "micro-switch"). U.S. Patent No. 5,535,105 is a luminescent glove that can be applied to medical examinations having illumination elements disposed in the area of the fingertip. A built-in light source is applied to the illumination element, or an external light source is transmitted through the optical fiber to the illumination element to project light onto the work surface. And use the voltage control switch to turn on the illumination. Taiwan patent M362157, its lighting device includes a voltage control switch, a controller, a wireless transmitting module and a battery. When the switch is pressed, the controller sends a signal to the wireless receiving module at the tail of the bicycle via the wireless transmitting module and provides a direction indication or warning through the display module. Taiwan patent M361901, its light-emitting gloves include a voltage-controlled switch, a printed circuit board, a controller, a light-emitting module, and a battery; when the voltage-control switch is pressed, its controller will drive the light-emitting module to provide a direction indication.

The above technology is obviously inconvenient for the application direction of the bicycle rider's hand, and in order to switch the switch, it is even possible to have driving safety concerns. Therefore, there is a need for an automatic sensing switch suitable for this application.

The invention provides an accusation switch, the technical feature of which is to use the action state of the limbs to activate the switch, and to utilize the upper limb movement in a more convenient manner, in particular to use the finger to make changes to define different states. For example, the activation and deactivation of the allegation switch is defined by a change in state between the fingers, such as a gesture, a closure, or a relative distance.

The invention discloses an accusation switch comprising a glove or a finger collar accessory; a sensing switch disposed in two regions of the glove or the finger collar accessory; and a system control module disposed on the glove or the finger collar accessory And electrically connected to the sensing switch; a light source disposed on the glove or the finger collar assembly and electrically coupled to the system control module, wherein the relative position of the two regions is changed by changing the state of the hand, thereby further Control the state of the light source.

The allegation relationship includes a system control module, a sensing switch, a light source control module, a voltage control switch, a light source, and a battery. The system control module is electrically connected to the sensing switch, the light source control module, the voltage control switch and the battery. The light source control module is electrically connected to the light source.

The function of the voltage control switch is to control the power on and power off of the above alleged switch, and to switch the light source form of the light source. The sensing switch can output different output voltages and/or currents by the relative distance between the Hall wafer and the magnet.

The above-mentioned accusation switch can be mounted on the glove, wherein the system control module, the light source control module and the voltage control switch are integrated on a printed circuit board, and the battery can be disposed on the other side of the printed circuit board. The Hall wafer and the magnet may be disposed on the auxiliary induction pad 1, as shown in FIG. 1, and the auxiliary induction pad 1 is matched to the finger collar assembly 10, or the lining of any two adjacent finger sleeves of the finger glove. Or the lining of two adjacent finger cots (such as the thumb and the index finger), the Hall wafer is electrically connected to the system control module and the battery. The light source is placed on the outer surface of the glove. The accusation switching device can be used as a warning device.

When the person wearing the glove is in the first state, for example, the rider holds the handle, and the light source of the warning device is in the first state, and is in the closed state. When the person is in a position where the posture, closing, or relative distance of the finger is in a distant state, such as when the bicycle is turning left and right, the palm is opened, the finger is separated, or the action is changed. At this time, the warning device is in the second state, and the light source is started. Illuminate to alert surrounding vehicles and pedestrians. The most obvious advantage of the device is that an automatic sensing switch is used, which does not require pressure control or touch, so that only the state of the limbs, such as the relative position or distance of adjacent fingers, can be controlled to illuminate the light source of the warning device.

The features and advantages of the present invention will be apparent from the following description.

The present invention relates to a glove having a sensing switch 511. To achieve the above functions and purposes, various components and system configurations will be provided in the following pages, and the operation of the device will be described.

The auxiliary induction pad 1 of the present invention is a soft polymer material, and may include, for example, but not limited to, a film similar to a film, as shown in FIG. This spacer can be placed on the one-finger collar assembly 10. The accessory 10 includes a devil felt 11, a link segment 12 and a two-finger sleeve 13, as shown in FIG. For a preferred embodiment of the finger collar assembly 10, see FIG. 3, wherein the finger sleeve 13 can be sleeved on any adjacent two fingers of the palm, for example, but not limited to, a thumb and an index finger, an index finger and Middle finger, middle finger and ring finger or ring finger and tail finger.

In one embodiment, the sensing switch 511 of the present invention may include, but is not limited to, a Hall IC 30 and a magnet 40. The sense switch 511 can output different output voltages and/or currents by the relative distance between the Hall wafer 30 and the magnet 40. In one embodiment, the sensing switch 511 can employ a unipolar hall IC and a magnet 40; the combination can be designed to activate the switch when the south pole of the magnet 40 is adjacent to the unipolar Hall wafer. This chip outputs voltage and/or current. In another embodiment, the combination can be designed such that when the north pole of the magnet 40 is adjacent to the monopole Hall wafer, the switch is activated to cause the wafer to output a voltage and/or current. In another preferred embodiment, the sensing switch 511 can employ an omni-polar hall IC and a magnet 40; the combination can be designed to be close to the full pole of either the south pole or the north pole of the magnet. When the chip is turned on, the switch is activated to cause the chip to output a voltage and/or current.

In one embodiment, the Hall wafer 30 and the magnet 40 of the sensing switch 511 can be respectively disposed on any two adjacent finger sleeves of the finger collar assembly 10, for example, but not limited to, the thumb and the index finger, The index finger and the middle finger, the middle finger and the ring finger or the ring finger and the tail finger are shown in Figure 4. The Hall wafer 30 is disposed on the finger finger sleeve, and the coordination magnet 40 is disposed on the ring finger sleeve; the meaning is equivalent to that the Hall wafer 30 is disposed on the ring finger sleeve, and the coordination magnet 40 is disposed on the tail finger sleeve. The same applies to the case of other adjacent two fingers.

In another embodiment, the Hall wafer 30 and the magnet 40 of the sensing switch can be respectively disposed on any two adjacent finger sleeves of the beat glove, and may include, but are not limited to, a thumb finger and an index finger sleeve, respectively. The index finger sleeve and the middle finger finger sleeve, the middle finger finger sleeve and the ring finger finger sleeve or the ring finger finger sleeve and the tail finger finger sleeve. The Hall wafer 30 is disposed on the index finger cuff, and the cooperating magnet 40 is disposed on the middle finger cuff; the meaning is equivalent to that the Hall wafer 30 is disposed on the middle finger cuff, and the cooperating magnet 40 is disposed on the index finger cuff. The same applies to the case of other adjacent two fingers.

In another embodiment, the Hall wafer 30 and the magnet 40 of the sensing switch 511 can be respectively disposed on the index finger side finger cot and the thumb side finger cot of the mittens. The Hall wafer 30 is disposed on the index finger side finger sleeve, and the magnet 40 is disposed on the thumb side finger sleeve; the meaning is equivalent to the Hall wafer 30 being disposed on the thumb side finger sleeve, and the coordination magnet 40 is disposed on the index finger side finger sleeve. .

The invention provides an accusation switch, the circuit diagram of which is shown in Figure 5. The accusation switch includes a glove (not shown), a printed circuit board 500, a system control module 51, a sensing switch 511, a light source control module 512, and a tact switch 513. Light source 514 and a battery (not shown). The system control module 51 is electrically connected to the sensing switch 511, the light source control module 512, the voltage control switch 513, and the battery. The light source control module 512 is electrically connected to the light source 514.

In one embodiment, the system control module 51, the light source control module 512, and the voltage control switch 513 are integrated on the same side of a printed circuit board 500. The battery system may include, but is not limited to, a button battery located on the other side of the printed circuit board. The battery is coupled to the printed circuit board to be electrically connected to the system control module 51, a sensing switch 511, a light source control module 512, a voltage control switch 513, and a light source 514, and provides the required power. . In another embodiment, the printed circuit board is a flexible printed circuit board.

In one embodiment, the light source can include, but is not limited to, a single number and/or a plurality of light emitting diodes and/or light bulbs.

In one embodiment, the voltage control switch 513 sends a signal to the system control module 51 to control the power on and power off of the alleged switch.

In another embodiment, the voltage control switch 513 sends a signal to the system control module 51. After receiving the signal, the system control module 51 sends a signal to the light source control module 512 to switch the various illumination forms of the light source 514 (ie, Including but not limited to continuous illumination and illumination time of various different flashing lights, etc.). It is usually necessary to burn the lighting form control program in the system control module 51.

In another embodiment, the voltage control switch is first pressed to turn on the power of the alleged switch; the second pressure switch is further pressed to switch the light source of the light source 514; and then the operation of the voltage control switch is Switching the illumination form of the light source 514, after the illumination form of the light source 514 is switched, press the voltage control switch to turn off the power of the allegation switch.

As shown in FIG. 4, in an embodiment, the power supply of the above-mentioned accusation switch can be turned on first through the voltage control switch 513. The sensing switch 511 can include, but is not limited to, a Hall wafer 30 and a magnet 40. When the sensing switch 511 is turned off (for example, the relative distance between the magnet 40 and the Hall wafer 30 is away), according to the output voltage of the wafer and / or current, after receiving the signal, the system control module 51 sends a signal to the light source control module 512, and the light source control module 512 controls the light source 514 to emit light. When the sensing switch 511 is activated (for example, the relative distance between the magnet 40 and the Hall wafer 30 is in a close state), according to the output voltage and/or current of the chip, the system control module 51 receives the signal and then sends a signal to the light source. The control module 512 controls the light source 514 to emit light.

In another embodiment, the power of the above-mentioned accusation switch can be turned on first through the voltage control switch 513. The sensing switch 511 can include, but is not limited to, a Hall wafer 30 and a magnet 40. When the sensing switch 511 is activated (for example, the relative distance between the magnet 40 and the Hall wafer 30 is close), according to the output voltage of the wafer and / or current, after receiving the signal, the system control module 51 sends a signal to the light source control module 512, and the light source control module 512 controls the light source 514 to emit light. When the sensing switch 511 is turned off (for example, the relative distance between the magnet 40 and the Hall wafer 30 is in a distant state), according to the output voltage and/or current of the chip, the system control module 51 receives the signal and then sends a signal to the light source. The control module 512 controls the light source 514 to emit light.

The present invention provides an auxiliary inductive spacer 1 having a sensing switch 511 (such as, but not limited to, a Hall wafer 30 and a magnet 40) disposed at both ends, as shown in FIG. The auxiliary sensing pad 1 is disposed between two adjacent fingers to ensure that the sensing switch 511 can reach the positioning every time the finger is opened or closed to accurately switch the circuit. In an embodiment, the sensing switch 511 can be first disposed on the auxiliary sensing pad 1 , and then the auxiliary sensing pad 1 is disposed on the glove or the finger collar assembly 10 . In another embodiment, the sensing switch 511 can be directly disposed on the glove or finger collar assembly 10 without the use of the auxiliary sensing pad 1.

The above alleged switch can be fitted to a glove, which can include, but is not limited to, a finger glove 20 (where the finger glove 20 includes a full finger glove and a mitt). For the configuration method, please refer to FIG. 6. This figure shows the case where the finger collar fitting 10 is worn on the tail finger and the ring finger. In a preferred embodiment, the system control module 51 (not shown), the light source control module 512 (not shown), and the voltage control switch 513 (not shown) are integrated into a printed circuit. The same side of the board 500. The battery (not shown) may include, but is not limited to, a button battery located on the other side of the printed circuit board 500. The printed circuit board 500 is disposed on the glove lining or the finger collar assembly 10 . The light source 514 is disposed on the outer surface of the glove or the finger collar assembly 10 and is electrically connected to the light source control module 512 . FIG. 6 illustrates a case where the printed circuit board 500 and the light source 514 are disposed in the glove; if the two are directly disposed on the finger collar assembly 10, the user only needs to wear the finger collar assembly 10 without wearing gloves. The Hall wafer 30 and the magnet 40 of the sensing switch 511 (including but not limited to a Hall wafer) are first disposed on the auxiliary sensing pad 1 and then disposed on any two adjacent finger cots of the finger ferrule fitting 10, respectively. The Hall wafer 30 is electrically connected to the system control module 51 and the battery.

In still another embodiment, the Hall wafer 30 and the magnet 40 of the sensing switch 511 (including but not limited to a Hall wafer) are first disposed on the auxiliary sensing pad 1 and then disposed in any two phases of the finger glove 20 The finger sleeve is omitted, and the finger collar assembly 10 is not required to be worn, and the rest are similar to the above embodiment.

In another embodiment, the Hall wafer 30 and the magnet 40 can be directly disposed on the finger glove 20 (where the finger glove 20 includes the full finger glove and the fingerless glove), and any two adjacent finger sleeves or finger collar accessories. The lining of 10 does not require the use of the auxiliary induction pad 1, and the rest are similar to the above embodiment.

The Hall wafer 30 of the sensing switch 511 (which may include, but not limited to, a Hall wafer) when the relative distance between any two fingers of the person wearing the mitt is in a close state (for example, riding a bicycle, holding a bicycle handle) The sensing switch 511 is activated when the relative distance from the magnet 40 is in a close state. After receiving the signal, the system control module 51 sends a signal to the light source control module 512 according to the output voltage and/or current of the Hall wafer 30. The light source control module 512 then controls the light source 514 to not emit light. When the person wearing the mitt glove is in a distant state from any two adjacent fingers, the distance from the relative distance includes, but is not limited to, the two fingers are horizontally opened, opened up and down, and simultaneously have horizontal and upper and lower splits. (For example, when riding a bicycle to turn, extend your arm and open your palm). The sensing chip 511 (which may include, but not limited to, a Hall wafer) has a relative distance between the Hall wafer 30 and the magnet 40 in a remote state, and the sensing switch 511 is turned off; according to the output voltage and/or current of the Hall wafer 30, After receiving the signal, the system control module 51 sends a signal to the light source control module 512, and the light source control module 512 controls the light source 514 to emit light.

In yet another embodiment, the glove may include, but is not limited to, a mitt (where the mitt includes a full finger glove and a mitt). The Hall wafer 30 and the magnet 40 are first disposed on the auxiliary induction pad 1 and then placed on the lining of two adjacent finger sleeves of the finger collar assembly 10 (such as the thumb side finger cover and the index finger side finger cover). The rest are similar to the above embodiment.

In another embodiment, the Hall wafer 30 and the magnet 40 of the sensing switch 511 (including but not limited to a Hall wafer) are first disposed on the auxiliary sensing pad 1 and then disposed on two adjacent fingers of the mittens. The sleeve (such as the thumb side finger sleeve and the index finger side finger sleeve) does not need to be worn with the finger loop fitting 10, and the rest are similar to the above embodiment.

In yet another embodiment, the glove may include, but is not limited to, a mitt (where the mitt includes a full finger glove and a mitt). The Hall wafer 30 and the magnet 40 can be directly disposed on two adjacent finger cots (such as the thumb side finger and the index finger side finger sleeve) or the lining of the finger collar component 10, without using auxiliary sensing. The spacer 1 is the same as the above embodiment.

When the relative distance between the index finger of the mittens and the thumb is in a close state (for example, riding a bicycle, holding the bicycle handle), the Hall switch of the sensing switch 511 (which may include, but not limited to, a Hall wafer and a magnet) The relative distance between the 30 and the magnet 40 is in a close state, and the sensing switch 511 is activated. According to the output voltage and/or current of the Hall wafer 30, the system control module 51 receives the signal and then sends a signal to the light source control module. 512. The light source control module 512 then controls the light source 514 to not emit light. The relative distance between the index finger and the thumb of the person wearing the mitt 21 is far away; wherein the distance from the relative distance includes but is not limited to the horizontal opening of the two fingers, the upper and lower splits, and the horizontal and upper and lower splits simultaneously. (For example, when riding a bicycle to turn left and right, extend the left and right arms and open the palm). The sensing transistor 511 (which may include, but is not limited to, a Hall wafer and a magnet) has a relative distance between the Hall wafer 30 and the magnet 40 in a remote state, and the sensing switch 511 is turned off; according to the output voltage of the Hall wafer 30 and/or After the current is received by the system control module 51, the signal is sent to the light source control module 512, and the light source control module 512 controls the light source 514 to emit light.

While the present invention has been described, it should be understood by those of ordinary skill in the art that the present invention is not limited by the embodiments described above. Further, various changes and modifications of the embodiments are obvious in the spirit and scope of the invention, and the embodiments and specific examples indicated in the preferred embodiments are merely illustrative. For the enumeration. The invention is defined by the scope of the following patent application.

1. . . Auxiliary induction gasket

10. . . Finger collar accessories

11. . . Devil felt

12. . . Link segment

13. . . Finger sleeve

20. . . Finger glove

30. . . Hall wafer

40. . . magnet

500. . . A printed circuit board

51. . . System control module

511. . . Sense switch

512. . . Light source control module

513. . . Voltage control switch

514. . . light source

Figure 1 is an auxiliary induction pad with a sensing switch.

Figure 2 is a finger collar accessory.

Figure 3 shows the case where the finger loop accessory is worn on the palm of your hand.

Figure 4 shows the case where the finger-ring assembly of the Hall wafer and the magnet is worn on the palm of the hand.

Figure 5 illustrates a circuit diagram of an alleged switch.

Figure 6 illustrates the case where the allegation switch cooperates with the auxiliary induction pad, the finger collar fitting and the glove, and is worn on the palm of the hand.

11. . . Devil felt

12. . . Link segment

13. . . Finger sleeve

20. . . Finger glove

30. . . Hall wafer

40. . . magnet

500. . . A printed circuit board

514. . . light source

Claims (22)

An accusation switch comprising: a glove or a finger collar accessory; a sensing switch disposed in two regions of the glove or finger collar accessory; a system control module disposed on the glove or finger collar accessory, and Electrically connected to the sensing switch; a light source disposed on the glove or finger collar accessory and electrically coupled to the system control module, wherein the relative position of the two regions is changed by changing the hand state, thereby controlling Light source status. The accusation switch of claim 1, wherein the sensing switch comprises a Hall wafer and a magnet, respectively disposed in the two regions. The accusation switch of claim 2, wherein the Hall wafer and the magnet are respectively disposed on any two adjacent finger sleeves of the glove. The accusation switch of claim 3, wherein the Hall wafer and the magnet are first disposed on an auxiliary induction pad, and then disposed on any two adjacent finger sleeves of the glove. The accusation switch of claim 2, wherein the finger collar assembly has a two-finger sleeve for providing any two adjacent finger sleeves of the palm; the Hall wafer and the magnet are respectively disposed on the finger collar assembly Different finger sets. The accusation switch of claim 5, wherein the Hall wafer and the magnet are first disposed on an auxiliary induction pad, and then disposed on different finger sleeves of the finger collar assembly. The claim switch according to claim 1, wherein the open relationship is defined as an open source when the relative distance between any two fingers is close, and the light source is turned off when the relative distance between any two fingers is away. For example, the allegation switch described in claim 1 is defined as a light source that is turned off when the relative distance between any two fingers is close, and is a starting light source when the relative distance between any two fingers is away. The accusation switch of claim 1, wherein the light source comprises a light emitting diode. The allegation switch of claim 1, further comprising a pressure control switch disposed on the glove or the finger collar accessory region and coupled to the system control module. The allegation switch of claim 10, wherein the voltage control switch controls the power on and power off of the allegation switch. The accusation switch of claim 10, wherein the voltage control switch controls an illumination mode of the light source. An accusation switch comprising: a finger collar accessory; a sensing switch disposed in two regions of the finger collar component; a system control module disposed on the finger collar component and electrically connected to the sensing a switch; a light source disposed on the finger collar assembly and electrically coupled to the system control module, wherein the state of the light source is controlled by changing the state of the hand to change the relative positions of the two regions. The allegation switch of claim 13, wherein the sensing switch comprises a Hall wafer and a magnet, respectively disposed in the two regions. The accusation switch of claim 14, wherein the finger collar assembly has a two-finger sleeve for providing any two adjacent finger sleeves of the palm; the Hall wafer and the magnet are respectively disposed on the finger collar assembly Different finger sets. The accusation switch of claim 15, wherein the Hall wafer and the magnet are first disposed on an auxiliary induction pad and then disposed on different finger sleeves of the finger collar assembly. The claim switch according to claim 13 is characterized in that the open relationship is defined as an open source when the relative distance between any two fingers is close, and the light source is turned off when the relative distance between any two fingers is away. For example, the allegation switch described in claim 13 is defined as a light source that is turned off when the relative distance between any two fingers is close, and is a starting light source when the relative distance between any two fingers is away. The accusation switch of claim 13, wherein the light source comprises a light emitting diode. The allegation switch of claim 13 further comprising a pressure control switch disposed on the finger collar assembly and coupled to the system control module. The allegation switch of claim 20, wherein the voltage control switch controls the power on and power off of the allegation switch. The accusation switch of claim 20, wherein the voltage control switch controls an illumination mode of the light source.