TW200816038A - Touch sensor, touch sensing method and application thereof - Google Patents

Abstract

A touch sensor includes a touching device and an object, The touching device generates and transmits a specific signal. The object receives and recognizes the specific signal; wherein the touching device and the object have independent power sources and grounds, when the touching device substantially touches the object at least one time and lasting longer than a predetermined period of time, the object performs a reaction so as to represent the touching device triggered the object. The present invention also provides a touch sensing method.

Description

200816038 IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to an inductive device, and more particularly to a contact sensing device. [Prior Art] At present, touch switches have been widely used in home appliances to increase the convenience and durability of switches. For example, when the user touches the desk lamp, when the user touches the desk lamp f^, the internal circuit of the desk lamp is triggered to illuminate the desk lamp; when the user touches the lit desk lamp again, the internal circuit of the desk lamp is triggered again. Extinguish the desk lamp. This method of triggering is based on the principle that the two conductors will generate charge when they are close to each other. This principle is called the Stray Capacitor Effect. ..... a » A 罔 罔 彳 y y 2 υ υ 4 ϋ , = "Electric contact sensor and the person using the electric contact sensor o 1 side" "It includes a contact detection Department and a contact signal for profit and loss. The contact detecting portion has at least one touch panel, and according to whether or not something is in contact with the board, a 立 立 弟 唬 一 一 一 一 一 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬 唬The second signal component forms a contact signal, whereby the reliability of the operation can be increased by reading whether the object is in contact with the blood when the conductivity of the object is less than a certain degree of charge accumulation characteristic. The plate is not used by the scorpion, and the touch-open relationship of the heart of the object is used to sense the non-speciality of the human body or the animal. The touch of the object can sense any other physical contact greater than ^n. In other words, i,, > + , 疋 谷 谷 谷 兄 亚 亚 亚 亚 无法 无法 无法 无法 无法 无法 无法 无法 无法 无法 无法 无法 无法 无法 无法 无法 无法 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 '< For the above reasons, it is necessary to develop a contact-type sensing device that can sense the physical contact of a specific object' while excluding other physical contact sensing of an unspecified object. The present invention provides a contact sensing device, method, and JL via the specific signal to enable the present invention to have the effect of banned contact with a particular object by using a specific signal. - providing a specific signal between the device and method, and a specific number of objects, and the function of the selected group identification can be achieved. _ 尤 Μ α β α in 楗彳 /, a contact sensing device, method and its application, by means of Μ 4 between the object 及 及 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 : : : : : : : A signal other than a specific signal, in order to eliminate the triggering interference of the human body or other non-special object. The contact sensing device of the present invention mainly includes a - specific " contact for the signal generating unit To generate a symbol k, and _ 馀 to issue a sacrificial-potial connection to the signal generating unit, the Μ special signal; the object includes a specific signal, and - 3 brothers contact 塾 for receiving To identify the specific The tiger processing unit is electrically connected to the second contact pad, and is not fished, wherein the contact member and the object are two separate objects, when the first contact pad entity After receiving the second contact 塾 at least ——^ B ^ τ-, the person and the performance for at least a predetermined time, the object performs a reaction to indicate that the contact triggers the object. According to another feature of the present invention The contact sensing system of the present invention has a main 3 帛 contact member, a second contact member, a first object member and a first object member. The first contact member comprises a 筮.. ^ ^弟一号号 generating unit, The second signal generating unit is configured to generate a first signal, and the first signal generating unit is configured to generate a second signal generating unit through the surface of the contact member. The first-technical hammer ^ 兮 笛 Λ Λ — — — — — — — — 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触The surface receives the second signal and enters the second signal processing unit, From the second::, the two objects contain the - sign, and carry out (4). Straight: the surface receives the first-letter identification, wherein the first contact, the second contact, the first object and the second object For the case of not 1 + 躅 弟 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The first object is at least once and lasts at least: the first object - the first object is executed after the first object - the first object. The reaction chamber is triggered by the second contact member. The present invention further provides a contact sensing method, the body contact-object, comprising the following steps: (4) m'-contact member, the contact member is in physical contact with the object at least one%, 疋 predetermined day 吝r person and last at least one, the custodian, use the object to identify the specific reed number. The display of the contact triggers the object to perform the execution-reaction to be common and the different belts, the tapping contact and the object are not 丨J Hongyuan supplies two separate objects. 200816038 This month, another month, for a contact sensing method, for the first contact piece to generate and issue a first wide 啼 ^ mountain position 々 仏 仏 、 , - second contact piece yield - second signal 'one Receiving and recognizing that the second object receives and recognizes the first signal; and the second object is contacted by the first contact member at least once for at least one first predetermined time, and then the second object is Performing a __, , m^^--, 弟一 reaction to display the first contact κ piece and contacting the first object with the second contact piece body to ^ once and lasting at least one 篆-box η士βθ f Ο — , 弟一前疋日守间, the first object is 2仃-弟-反应 to show that the second contact triggers the first object; its 'the first contact, the second contact The piece, the first item, and the second item are separate items that are supplied unnecessarily and are supplied by different power sources. According to the contact sensing device of the present invention, the objects may be portable articles of any form and supplied by a vertical power source. The contact sensing device of the present invention is applied to the field of physical contact sensing of a known game object such as a battle game, a sword fight game, and a game house device. [Embodiment] The above and other objects of the present invention are characterized by the following description of the embodiments of the present invention and the accompanying drawings. The contact feeling of the first embodiment of the present invention: two; it includes a contact member 1 and an object member 2. The contact! It is not shared with the cow and is supplied by a different power source. The two objects are γ# ’, /, w, and the object and the second object; the contact 1 is in physical contact. The contact member 1 is preferably a portable article of any type, but according to the embodiment 200816038, the object 2 can also be designed to be in any type. The physical contact refers to the contact of the contact handle. ^Between the dry 2 is a single time earlier. The contact 1 is enclosed and - the power supply 16 ": 70 12, - the first contact 塾 14 ', . The bag source 16 is a separate power source, which is preferably a DC power source for the library. The signal generates a single level of operation required for the operation of a single At system to generate a special macro bit, and the first contact pad 14 emits a value of $°, sub-m... "this characteristic (four) s; The first contact pad 14 may be less than part or all of the surface of the haptic contact 1. The signal generating unit 12 includes a signal 124 ^ ^ „王为122, and an encoder 126. The signal generator U2 is configured to generate the specific 旎s; the encoder i24 is connected to the Hz to generate the benefit 122, and the specific code ′ in the embodiment is the specific signal S Form one. The signal of the ethics, in the basin you can use - other ways to reach the letter = the purpose of the horse 'the launch # 126 electrically connected to the encoder m, with the specific signal s will be encoded To the first contact port 14. Referring again to Figure 1, the object of the first embodiment of the present invention, the signal processing unit 22, a second contact pad 24, a power supply contact display unit 28. The power supply; 26 A rn fr π ' ^ The original 26 is an independent power supply, preferably a DC power supply for supplying the signal processing unit 22 and the contact display: ^ 28 required power for operation. The second contact The 塾24 is configured to receive a fixed signal S' which may be formed on part or all of the surface of the object 2. In the figure 1 of the drawing, the size ratio of the first contact pad μ and the second contact 24 is enlarged for convenience of explanation. The signal processing unit 22 is coupled to the second contact pad 24 for identifying the specific signal s received via the second contact pad 24, the signal processing; A signal processor 222 is included with a cancellation interference unit 222 - A, a decoder 224 and a receiving end 226. The receiving end receives the specific signal s via the second contact pad 24, the decoder for interpreting the received via the receiving end 226 via the encoder 124 encodes a specific signal S, that is, only the specific signal s can be transmitted to the signal processor 222; finally, the decoded specific signal S is recognized and processed by the signal processor 222, the signal processor 222 The interference removing unit 2 is configured to remove any interference caused by the specific signal s when the other object entity contacts the first contact pad 2 contact pad 24, such as the skin current or the charge of the human body to the specific signal. The interference caused by s, and the way to remove the interference is performed by filtering, wave, isolation and noise attenuation. The middle embodiment is to preset the specific signal s to a frequency band and isolate the For signals outside the frequency domain, for example, the f22 only considers the signal in the frequency domain as a valid signal, and the frequency is used as an effective frequency domain, and the frequency outside the frequency domain is implemented by noise attenuation and filtering = this interference is removed. In addition The removal of the interference unit _ system 撷 ΐ ΐ 1 μ 4 signal waveform of the oscillating signal in the effective frequency region as a knowledge of 'contact interference will cause the specific signal 8 broken production number ^ ^ this ^ tiger's take And identification, can allow identification of discontinuous ^Do not i # / ' For example, the potential Μ rise and frequency check to distinguish, the system does not connect,, the signal at least 2 signal waveforms as the identification threshold, dream to solve the specific signal S In the embodiment of the present invention, the specific signal s can be an electrical signal, and the magnetic signal 11 200816038 is set to v. The device is determined to be an electric dust or a periodic signal of current, two, when the electrical signal, w and the second contact pad 24 are preferably electrically conductive materials: when the touch pad is physically contacting the second contact port 24, the second brother of the second contact - contact The surface of the first contact geisha is emitted and can be received via the surface of the tiger 8 via the surface. In addition, the first contact 塾 14 and the first contact pad 24 may also be made of a non-conductive material f, but may be plated, coated, covered or wound with a conductive material: Or the purpose of transmitting the specific signal s in whole or in part, so as to reach the transmitting end m and the receiving end 226. ^ The material is lightly connected to the body contact with the second contact 塾 24 at least once, and when the field contacts the younger brother-contact pad w real electric signal waveform, at least 2 * _ A 妾 * * * 即 即 即The object 2 can be successfully triggered. When the specific signal S is a 氺, the contact i is the same as the light-sensing signal, and the end is based on the H 26, which is a change in the emission of the optical signal. The change produces the intensity of the light or the color G out. At the same time, the object 2, ... eight "the younger-contact pad 14 sends the optical signal to the electric H-conversion unit 228 for converting the received optical information D. The conversion unit 228 is rotated from the receiving end 226 signal to make the light The strength of the weak or the change of the hue can be understood by one week: the delivery, after being decoded, is sent to the signal processor 222. The second contact pad 2::::touch '14 is preferably the light source to emit the first The contact system is a photosensitive material 'the specific signal S is received via the J 1 4 ψ , and the conversion single-sub is received via the second contact pad 24 . Further, 疋 2 2 8 Light Society <& Each _ 5 has a receiving threshold of energy intensity, which is the intensity of the light energy induced when the body contacts the object 2, and can be used to discriminate the contact η τ - the component 1 is physically contacting the object 2 When the specific signal S is a magnetic signal, the signal, at this time, the life-saving &, /, a magnetic field or magnetic flux, the transmitting end 126 of the contact 1 is "heart mountain..., the magnetic flux signal is emitted" ', ^ ^ magnetic % or ^ I shot, which is based on electro-acoustic strength or magnetic pole The variable D fool the turn of the magnetic form of a production cycle and for a lack of contact pads 14 ,, issued. At the same time, σ~, sub-via the first object, the object 2 is used to convert the magnetic _, and the other includes a conversion unit, which is an electrical signal. The transponder 226 receives the magnetic signal #, the 228 system changes from one of the periods 俨铐, or the magnetic polarity changes, and the J 彳 5 is converted into an electrical signal, and the slave processor 222. The second contact pad 24 can be sent to the surface of the magnetic contact material contact pad and the first contact pad 14, and the temple is received by the first. In addition, the conversion unit 228 preferably has a surface with a contact port 24 that is connected to the door 俨, and is provided with a plurality of ▲ ▲ & & & 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量 能量The physical contact with the object is to measure the strength, and it can be used to discriminate the magnetic energy of the contact sensing. The contact 1 is physically contacting the object 2.错 Incorrect, the object 2 can only sense the contact: the physical contact sensing of other non-specific objects can be excluded, as follows: The tiger s is formed by the encoder 124 as: "fine to limit the physical contact of a particular object Sense=:, the device 124 compiles at least one step to hunt the code 垆η, Zhenmeng (4), and defines at least one of the compiled traitors to be set to trigger the oscillation signal of the oscillation At least one and not touchable... or the codec may be defined to interpret the compiled oscillating signal. The oscillating signal of the stimuli and the untriggerable signal is derived from the specific signal; The specific object is defined (for example, the contact 13 200816038 is physically contacting the object 2. The contact display unit is + the second joint 埶1 is physically contacted with the contact pad 14 by the tiantian 3 hai: a touch at least: And for at least - after a predetermined time, the -=, = contact 1 triggers the object 2, for example, the contact display can be a light display unit, such as a light-spinning 7^^9-pole or other can be issued The sound emitting unit can be a sound display unit, such as The sounding device or the like can be triggered by illuminating, vocalizing or simultaneously emitting light to prevent the object 1 from being triggered by the contact member 1. The contact sensing device of the first embodiment of the present invention is first implemented by The Y-lu generator 122 generates a Teng Ning production port c, and generates a special signal S, and the specific signal S is compiled into an &#, group frequency oscillating signal via the encoder 124. _ is then transported to the launcher i 26 and ready to be sent through the 迺 4 接触 4 contact pad 14 . When the buddy-contact 塾 14 entity contacts the second contact pad 24 at least - less than 2 waveform times of the particular signal, the specific signal passes through the second contact pad 24 and is received via the receiving terminal. Since the decoding state 224 is set with respect to the encoded signal, at least the group vibration is good (four) the frequency of the field f code is used to trigger the object 2, at least the group of oscillating signals Cannot be used to trigger the object 2, so that the contact sense or contact of the specific object can not be sensed; the other object entity is contacted with the first contact pad μ via the removal of the dry element or; the contact pad 24 is for the particular signal S After the interference of the formation is removed, the signal processor 222 can display (4) (4) (4) (4) the vibration signal of the component 2, and then the contact display unit 28 displays the object 2 in a manner of emitting light and/or sounding. T touch 200816038 Please refer to the drawings 1a to 4b. The following is a detailed description of an actual circuit diagram and an operation mode of the first embodiment of the present invention. It can be understood that the circuit diagram is only an embodiment of the present invention, and other implementations. In other cases, other circuit architectures can be used to achieve the same functionality. The figure h is shown as the signal generated by the signal generator 122; the first figure shows the channelized signal that is not divided by the encoder 124, and since it is not divided, it is related to the signal. The signal generated by the generator '122 is the same; the second figure shows the signal received via the receiving end 226, which is broken and discontinuous due to interference from external noise; Figure 2d shows To remove the signal after the interference number by the de-interference unit 222A, it has restored the broken signal to a complete signal. 1) Referring to Figures la, 2a to 2b, an embodiment of the circuit architecture of the signal generating unit 12 of the first embodiment of the present invention is disclosed, and at this time the specific signal S is an electrical signal. In the present circuit, the frequency level of the signal generator 122 is provided by a quartz oscillator 122a, which emits a voltage signal of two 1.8 megahertz (MHz) (as shown in FIG. 2a), wherein the two transistors Q are As a -switch, the -D type flip-flop (D_type FHp_FlG^= wheel control signal is used as the switch control of the quartz oscillator 122af source, one embodiment of the D-type flip-flop can be a model 74HC74 " The flat coder 124 utilizes a type 0 flip-flop ma, which can also be a type 74HC74 flip-flop 'coupling-crossover' called (four) for signal: frequency j' In the case of the towel, the 3_4 contact of the bridging g Jp is used for outputting - frequency division, that is, a voltage signal of 18 megahertz (as shown in Fig. 2b), and its 1 _2 contact is used. The output signal is divided by 2, that is, a voltage signal of 0.9 megahertz; the output of the encoder 124 and the channel ^ 15 200816038 is the specific signal s, and the specific is sent to the first MS. Then the first interface 鳏i is issued. The speaker is contacted by the pad 14 and receives the specific signal s. According to FIG. 1b, it is disclosed that the inventor's processing unit 22 only uses the first-contact method, wherein the specific signal-one contact pad 24 is The receiving end 22 decoder 224 performs _ 铗 女 而 而 经过 经过 该 / / / / / / / / / / / / / / / 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该- The quartz oscillator is generated, and the decoder sends the frequency to the wafer for the half-period of the frequency of the input signal. The frequency == frequency..., for example, if the specific frequency is to be compared 7 Hertz signal, in the jumper m does not remove, to the sarcophagus 224b need to generate an oscillation frequency of 3.6 hundred

Ci ', the signal; but if the jumper m is set to divide by 2, (4) 2:: The surplus device needs to generate a signal of 7.2 megahertz. That is to say: Guanghao 224a' can set the specific signal s to a frequency domain in advance, and regard it as an effective frequency domain, so that the signal outside the frequency domain is isolated; otherwise, if the specific signal S is not decoded with the signal When the ratio of the signal 224 coincides with the signal frequency, right = no access to the signal processing unit 222 through the wafer 224a, that is, the contact 1 thermally triggers the object 2. Similarly, when the specific signal s is a signal with a frequency of 〇·9 megahertz, the quartz oscillator 224b needs to generate an oscillation if the jumper Jpi is set to not divide the frequency by 1 octave]. The rate is 1 · 8 megahertz; however, if the jumper Jp i is set to divide by 2 16 200816038, the quartz oscillator 224b needs to generate a signal of 3.6 megahertz. After the predetermined signal s enters the signal processor 222, and when the specific icr number S is caused by external noise interference to cause breakage or discontinuity (such as FIG. 2c), a logic circuit 222a (L) may be utilized. The 〇gic circuit cooperates with a monostable circuit (m〇n〇_stable trigger circuh) 222b to form the interference removing unit 222A as a method for allowing identification of discontinuous and broken signals by voltage rise and frequency. Check and discriminate, and identify at least 2 signal waveforms of the discontinuous signal as identification Η棰. Recognizing at least 2 signal waves is achieved by using the violation logic circuit 222a, that is, the logic circuit a can only complete the identification when the specific signal s has two consecutive signal waveforms, where 'if the logic is set The output of the circuit 222a is gamma, and the output signal of the QAsQD pin of the T chip 224a is assumed to be X/, and χ respectively - one in the following table... one, the relationship column /, another oyster, ~ ) is (0,1,0,1) and (1,〇,1 two input cases, also u suppresses the input * the complete high voltage signal and the low two-two square can be determined by the signal of the logic circuit 222a , between the 'poor (logical level " to act as the circuit behind. Lulu [the logic level U signal through the logic 8 ^ rain out of high voltage time may be broken by the outside, resulting in high output U is quite short to the outside interference one, for example, the complete waveform at 2c'-megahertz (MHz) is 0.28 microseconds (micr〇s reversed π electric S 4 between about 1., ) If the complete waveform is dry #, then the composite is broken and discontinuous, and it is also said that it will be] The time of the South Electric may be less than 0.28 microseconds. 17 200816038 Through the one-shot trigger circuit 222b, the time of the voltage that is broken by the logic circuit Z can be prolonged, that is, the potential boost is determined, and the 7 frequency is checked. The specific signal s extends the validity of the signal input. The specific (4) 8 of the broken signal can be continuously and continuously sent out - the stable benefit 仏 ^ 仏 #u to enter the circuit connected to the subsequent circuit. And sending the specific signal s, after being received and recognized by the poppet 2, triggering the object 0 (xl, X2, X3, X4) ~~^〇ΛΰΓ (〇, 〇, 0, 1) χ 1 · X2 · X3 * 丄1,0, 1,0) = 0 stand, 0, 1,1) = 0 0~~

Table (〇, 1,〇, 0) = 〇Ο 再 再 再 再 a a a a a a a a a a a a a a a a a a a a a a a a a a a a , , , , , , , , ,苴中生哭1?9 β ^ τ The contact of the contact 1 is the output of the U2 and the encoder 124, the object is crying rt 2 decoder 224 and the signal port 222 and the specific signal s is telecommunications The first electric port is expected to be the same, and will not be described here. In the diagram of Le 3a, the transmitting end 126 is mainly | an ancient L such as an h && v, an infrared light emitter, an example, and an external light emitting diode (IR LED).嗲 咕 . . ϋ ϋ 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 Launch " m 玄十 特疋化#bs, infrared light emitter 曰 by the V member rate pen signal power supply change, launch:,:: a picture;, the one must have - red = ',, work An external photo crystal (IR photo-transistor) for receiving the specific signal s; the conversion single & 228 system uses -potential comparison cry

(V〇Uage C〇mpam〇r), for example, a potential comparator of the model LM3! i converts the signal input from the optical signal into a stable and clear electrical signal, which is compared with the potential through the potential to make a higher potential [ Higher than the "set" level can be pulled up to - accurate high potential level 'inversely, so that a lower potential [below the - set level Vl] can be reduced to an accurate low potential Level, whereby the analog signal transmitted by the light-sensing receiving component can be processed into a digital signal as shown in the figure 3c^d, wherein the image shown in the figure is the light-sensing receiving 7G transmission. To the setting before the potential comparator..., the 3d figure shows the digital signal passing through the conversion unit; Wherein, the setting level % is the set energy threshold 亦', that is, the signal exceeding the threshold indicates that the contact i body contacts the object 2, and the setting level can be adjusted according to the required sensing accuracy. Referring again to Figures 4a and 4b, there is illustrated a circuit diagram embodiment when the particular signal s is a magnetic signal, wherein the signal of the contact element 122 122 and the encoder 124, the decoder of the object 2 224 and the signal processor 222 are the same as when the specific signal s is an electrical signal, and details are not described herein again. In the diagram of Yudi 4a, the σ Hai transmitting end 126 mainly has an npn transistor Q2 (NPN transitor), such as a transistor of the type Q2SC1815. After the signal generated by the signal generating state 22 is channelized, the NPN transistor 19 200816038 is driven as a magnifying amplifier to generate a large voltage to drive an electromagnet, which is driven by a fixed frequency electrical signal. The power supply changes, and the magnetic force of a certain frequency is transmitted, that is, the specific signal s. In FIG. 4b, the receiving end is mainly/having a magnetic inductive receiving component, such as a Hall sensor, for receiving a magnetic signal, that is, the specific signal $; the converting unit 228 is mainly composed of three A gain amplifier (ampHfier) 228a, 22 and 228c and a potential comparator 228d are formed. The gain amplification states 228a, 2282b, and 228c may be amplifiers of a model LM74i that are combined as a pre-stage of the comparison voltage difference such that a sufficiently significant voltage difference is input to the potential comparator 228d, the first and second The gain amplifiers 228a, 228b respectively overlap the potentials ν〇ι and Vo2 from the magnetic inductive receiving element as a buffer, so that the voltage (current) to be driven to the next stage is obtained by the buffer (gain). The third gain is amplified to 228c, and then the voltages of the first and second gain amplifiers 228a and 228b are input, and then the gain of the voltage difference is amplified. The voltage difference is generated from the magnetic change input of the specific frequency received by the receiving end. And corresponding to the change of the weak electrical signal that generates the voltage 黾 [turbulence], the processing of the weak electrical signal is obtained through the pre-processing combination unit. The potential comparator 228d converts the signal input from the magnetic signal into a stable and clear electrical signal, which is compared with the potential, so that a higher potential [above the set level V1] can be pulled up to an accurate high potential. Level, and conversely, a lower potential (below the set level vi) can be lowered to an accurate low potential level, whereby the analog signal transmitted by the magnetic inductive receiving element can be processed as Digital signal. It will be appreciated that a signal above this threshold indicates that the contact 1 physically contacts the object 2 and that the set level v i can be adjusted with the required sensing accuracy. 200816038 Please refer to Fig. 5, which shows a power supply system when the specific signal s is optical and magnetic, which is different from the power supply system when the specific signal s is an electrical signal. When the specific signal s is an optical and magnetic signal, it must be a combination of positive and negative power supply systems, where VEE is a negative power supply and vcc is a positive power supply. The gain amplifier (LM741) and the potential comparator (LM311) used in the present invention are required to supply positive and negative power supplies. In Figure 5, U1 and U2 are a voltage regulator 'linear regulator ic' (unear

Regulator) 'For example, the voltage regulation of L7805-T0220 is 5| _ linear η voltage regulator IC' is used to regulate the power supply of 9 coffee, supply gain amplifier (lm74i) and potential comparator (LM3H), that is, vcc is +5V Output, (iv) is -5 V output. The system includes a first contact member, as shown in Fig. 6, a second contact member 4, a first member member 5, and a second member member 6. The first contact member 3, the second contact member 4, and the member 5" are two portable members that are not provided in common and are supplied by different power sources, and are more portable than any type, but according to the implementation party. = - object" The second object 6 can also be designed as "two nL technology between the so-called physical contact system" and the second object and the first object 5 in the second embodiment of the present invention. For a single point single contact: the object 6 includes the first signal wireless receiving unit 34, a first disable unit 36, the early one; the 32nd brother-38 and the power source 39. 39 is an independent power supply early DC power supply for supplying the first signal generation list: 32=good: for-receiving unit 34, first forest time 70 W, brother one wireless connection... element 36 and first weight The first signal generating unit 32 is configured to emit a first signal & the first signal S1 can be an electrical signal, a magnetic signal or an optical signal: And the first signal generating unit 32 respectively generates the electrical signal, the magnetic signal or the signal method and architecture, and the present invention The method and the structure for generating the electrical signal, the magnetic signal or the optical signal are the same, and the details are not described herein. The signal generating unit 32 includes a first signal generator 322 and a stone machine. 324 and a first-transmitting terminal 326. The first signal generator is used to ... the first signal Si; the encoder 324 is consuming the first signal to generate 322, and encodes the first signal & The encoding method in this embodiment is to convert the first processing into a frequency-compressed signal, but may be used in other ways to achieve the encoding (4); the first receiving end 326 is coupled to the encoding. The first contact 3...::4 sub-fourth (four)-signal, is sent to the surface, wherein the first signal generator 322 generates a 5th signal S1 to the first interface

The configuration of the surface of the contact member 3 is similar to that of the frame κ. In addition, the first helmet green skill team - - disable unit 36 and the first reset sheet early 34, the following paragraph ^ described. The fine action and description will include the contact unit 4 including the wireless receiving unit 44, the second: Π 42, 48 and the power supply 49. ”:::...6,-Second reset one-day direct production Emperor Hongyuan is an independent power supply, which may preferably be a receiving unit 44, first:::di two signal generating unit 42, first The second wireless connection power is required. The second: the second reset unit 48 operates, the second signal s:: 2: for generating - the second signal J Feng electric b number, magnetic signal or optical signal The method and architecture for generating the electrical signal, the magnetic signal, or the signal by the second signal generating unit 42 respectively, and the signal generating unit 12 of the first embodiment of the present invention respectively generate the method The method and the structure of the magnetic signal or the first signal are the same, and will not be described here. The signal generating unit 42 includes a 筮 咕 咕 匕 匕 匕 信号 信号 信号 signal generator 422, an encoder 4 2 4 and a second transmitting end 4 9 a ^ Bubu Town ^ 426. The second signal generator 422 is used to generate the second signal S 2 ; the micro-altitude 1 u > X, the flat code is 424 The second signal generator 422 is coupled to the second signal generator 422, and the second signal is encoded by the S2, and the encoding method is used in this embodiment. The second signal s hI is a signal of the frequency, but in other embodiments, the method may be used to achieve the purpose of coding; the second transmitting end 426 is coupled to the encoder 424 η 兮 兮 # » a mouthpiece 24 for emitting the second signal s2 to the surface of the second contact member 4: i, in the middle, the second signal S2 is generated by the second signal generator 422 to the first The implementation and structure of the surface of the contact element 4 are similar to those of the first embodiment. ^ In addition, the second wireless receiving unit 44, the younger one is disabled, the early 46 and the first Panyu 1 The detailed function and description of the Le-Reset 9-way 48 will be described in the following paragraphs. Please refer to FIG. 6 again. The first object 5 of the second embodiment of the present invention includes a first signal processing unit 52. a contact display unit μ, a first wireless transmitting unit 56, and a power supply 58. The power supply 58 is an independent power supply, and is a direct current power supply for supplying the first signal processing unit 1 to the age unit 54. And the power required for the first-wireless transmitting unit % operation. The first signal processing unit 52 is used for the terminal 82, and the second signal S2 can be an electric circuit: a seven-electron, a magnetic port, or an optical signal, and the second signal S2 is an electrical signal. The second contact 4 and the first object 5 are preferably electrically conductive, and the second signal h is emitted from the surface of the second contact 经4 via 23 200816038 and received through the surface of the first object $, In other embodiments, the second contact member 4 and the first object member 5 may also be made of a non-conductive material, and some or all of the surface thereof may be plated, coated, covered or wound with a conductive material. The method is to achieve the purpose of conducting the second signal S2, and the conductive materials are respectively connected to the second transmitting end 426 and the first receiving end 522. At this time, the second contact member 4 physically contacts the first object 5 at least once, and the contact: between: = 2 electrical signal waveforms, the second contact member 4 can successfully trigger the brother-object 5 ° When the signal: S2 is a magnetic signal, it can be, poor or j5唬 in the magnetic flux, which is based on the change of the electrical signal to make the magnetic force generate a strong or weak magnetic polarity to form a periodic signal. When the second contact member 4 and the first object 5 are preferably magnetically permeable, the second ϋ 2 is emitted via the surface of the second contact 4 and received via the first object=surface; When the second signal S2 is an optical signal, it may be a light that is based on the electrical signal driving different changes of the light source to generate light from the change to form a periodic signal, and the second signal § 2 is understood to be r The stomach member 4 is emitted and received via the first object 5. Preferably, when the second signal S2 is a magnetic signal and a first signal, the first two = early Ί1 preferably has a converting unit 524 for converting the received ° or optical signal into an electrical signal. The first signal processing unit 52 includes a first receiving end 522, an early detecting unit 524, a decoder 526, and a first port containing a de-selection-σ犰 processing state 528, and the packet object 5 is first received. The end 522 is pure to the first=face, and receives the 24 1 via the surface of the first object 5. The decoder 526 is configured to interpret the 200816038 仏 仏 S Sr encoded by the encoder. The first signal processor 528 recognizes the encoded second signal S2'. The first signal processor 528's removal interference unit 528α can remove other object entities from contacting the second contact 4 and the first object 5. The interference caused by the second signal S2, for example, the skin current or the charge of the human body caused interference to the second signal S2, and the method for removing the interference is performed by filtering, isolation and noise attenuation, one of which In an embodiment, the second signal 82 is preset in a frequency domain, and the frequency is isolated: the signal outside the signal, so that the first signal processing unit S2 only considers the signal in the frequency domain as a valid signal, and the frequency domain is Called the effective frequency domain, and the signal outside the frequency domain In the embodiment of noise attenuator and the filter, thereby removing interference. In addition, the first signal processor 528 preferably captures at least two signal waveforms of the oscillating signals in the effective frequency region as signal identification, and the first signal & Or discontinuous, using the capture and identification of this signal, may allow identification of the identification method of the discontinuous signal, for example, by determining the potential voltage rise and the frequency check, and identifying at least two signal waveforms of the discontinuous signal as the identification threshold, thereby solving (4) The problem that the two signals ^breaking j are not continuous and is difficult to identify. The converting unit 524 is configured to convert the magnetic signal or the optical signal into an electrical signal when the first signal S2 is a magnetic signal or an optical signal. Thereby, the first object 5 is set in the embodiment to sense only the physical contact of the two contacts 4, and the physical contact sensing of other non-specific objects can be excluded, for example, the second signal h is formed into a The channelization of the Zhenmeng k is limited to physical contact sensing of a particular object having the same channel signal, that is, at least one set of oscillating signals is compiled by the encoder 424, and at least the compiled oscillating signal is sub-limited. A set is set to trigger the 25th 200816038 two cattle-5 object: at least the group compensable of the compensating vibration signal is untouchable"Hai=objects finally interpreted by the decoder.μ6 the oscillation<;§number. Since the foregoing setting is performed by the second touch and the untriggerable oscillating signal ^ ^, it is possible to achieve the purpose of the sensing limited 疋 (for example, the second contact 4) physically contacting the first object 5. The first unit 54 is configured to perform the reaction to prevent the second contact 4 from triggering the first object 5 when the second contact 4 physically contacts the second time for at least a second predetermined time. '如· The contact display unit 54 can be a single-integrated or other element that emits visible light:, = one = Γ:! or other component that can emit a sound, that is, by illuminating, emitting two or Similarly, the illuminating sound is emitted to display the second contact #4 to trigger the first object. Referring to FIG. 6, the second object 匕3-di two signal processing unit δ2, a contact display unit (1) according to the second embodiment of the present invention , — 发射 Transmitter unit 66 and a power source 68. The power source 68 is a non-current source for supplying the second signal processing unit: the early 64 and the second wireless transmitting unit 66 are required to operate. The second signal processing unit 62 is configured to receive and identify 唬S!, because the first ^^^1 is an electrical signal, a magnetic signal or an optical signal; and the first signal S1 is electrically In the case of a signal, the first contact is: the first:: "preferably a conductive material", the first signal is emitted through the surface of the contact 3 and is passed through the second object. In other embodiments, the first The contact member 3 and the second object itself may also be made of a non-conductive material and may be electrically conductive, coated, covered or wound with a conductive material at a portion of the surface thereof. The purpose of the first signal S1, and the conductive materials are respectively transferred to the first transmitting end 326 and the second receiving end (2). At this time, the first contact 3 physically contacts the second object 6 at least once, and When the contact time is up to 2 electrical signal waveforms, the first contact 3 can successfully trigger the first one, the piece 6. Similarly, when the first signal & is a magnetic signal, it can be, 昜 or magnetic Tong Li L said that it is based on the change of the electrical signal to make the magnetic force produce a change in the polarity of the magnetic pole. In the first periodic signal, the first object 6 is preferably a magnetically permeable material, and the first signal S1 is sent through the surface of the hai-contact member 3, and is received via the surface of the second object 6. When the first signal Si is an optical signal, it may be a light-sensing signal, and the first signal is formed based on an electrical signal driving a change of different light sources to generate a light intensity or a color change. The signal I is sent through the second θ = -3 and received via the second object 6. When it is understood that the signal S1 is a magnetic signal and a first signal, the second signal preferably has a The conversion unit is similarly used to convert the received magnetic signal or light h number into an electrical signal. The second signal processing unit 62 includes a second receiving end 622, a second switch 7L 624, a decoder 626 and The second signal processor 628 has a packet removing interference earlier than 1 628 A. The second receiving end 622 is pure to the second cow 6, and the surface receives the first subscriber 1 via the surface of the second object 6. The D-Hui decoder 626 is configured to interpret the second 娆s encoded by the encoder 324; and finally by the second letter The processor 628 identifies the encoded signal: the signal H is removed by the second signal processor 628 by the interference unit "Μ to remove other object physical contacts (4) a contact with the two objects 27 200816038 6 , caused by the first signal S1 The interference, for example, the skin current or the charge of the human body causes interference to the first signal Si, and the method for removing the interference is performed by filtering, isolation and noise attenuation, and one embodiment is the first The signal Si pre-sets a frequency domain and isolates the signal outside the frequency domain. Thus, the second signal processing unit 62 only considers the signal in the frequency domain as a valid signal, and the frequency domain is called an effective frequency domain, and the frequency domain is called an effective frequency domain. Signals outside the frequency domain are implemented with noise attenuation and filtering to remove interference. In addition, the second signal processing unit 62 preferably captures at least two signal waveforms of the oscillating signals in the effective frequency region as signal identification, which may cause the first signal core to be broken or discontinuous due to contact interference. By using the 2 acquisition and identification of the signal, the identification method for identifying the discontinuous signal can be allowed, for example, by determining the potential voltage rise and the frequency check, and identifying at least 2 signal waveforms of the discontinuous signal as the identification threshold, thereby solving the problem. _Signal ^ Broken or not connected to the 4 is not easy to identify the problem. The conversion unit is configured to convert the magnetic signal or the first signal into an electrical signal when the first USi is a magnetic signal or a first signal. In this embodiment, the second object 6 is set to sense only the physical contact of the first contact piece 3, and the physical contact sensing of other non-specific objects can be excluded, for example, the first work is performed. Lu, ^ is a port of S1 formed as a channelized oscillating U, thereby limiting the physical contact sensing of a particular object having the same frequency, that is, by compiling at least one set of oscillating signals by the encoder 324, And limiting the compiled oscillation to be a dry-out mouth, at least one of which is to trigger the second object 6' or to define the compiled one of the at least one group that cannot trigger the first object 6 'finally The compiled oscillating nickname is interpreted by the decoding crying > mouth swollen state 626. Since the aforementioned oscillation signals that are set to be touchable and untriggerable are compiled by the first signal s of 28 200816038, the specific object (for example, the first contact 3) that is inductively restricted is contacted by the second. The purpose of object 6. The contact display unit 64 is configured to perform a second reaction to display the first contact 3 to trigger the first contact 3 when the first contact 3 physically contacts the second object 6 at least once and lasts for at least a first predetermined time. For example, the contact display unit 64 can be a light display unit, such as a light-emitting diode or other component that emits visible light, or can be an audio display unit, such as a buzzer or other sound-emitting device. The component, that is, the illuminating, squeaking or simultaneous illuminating sound to indicate that the first contact 3 triggers the second object 6. It can be understood that in the second embodiment of the present invention, the first predetermined time is preferably equal to the second predetermined time. In this embodiment, although the first contact member 3 physically contacts the second object member 6 and the second contact member 4 physically contacts the first object member 5, in other embodiments, the signal channel may also be used. Setting, the object 5 can sense the physical contact of the first contact 3, that is, the first contact 3 physically contacts the first object 5 at least once and lasts for at least a third predetermined time, the first An object 5 performs a third reaction to indicate that the first contact 3 triggers the first object 5; or the second object 6 senses physical contact of the second contact 4, that is, the second contact 4 After the entity contacts the second object 6 at least once and lasts for at least a fourth predetermined time, the second object 6 performs a fourth reaction to indicate that the second contact 4 triggers the second object 6, and the first The third predetermined time and the fourth predetermined time are preferably equal to the first and second predetermined times, and the reaction enthalpy is set to be the same as the first reaction; the fourth reaction can be set to be the same as the second reaction. 0 29 200816038 Please Referring to Figure 6, when the first contact 3, when the second object 6 is triggered, in addition to the display by the second contact display unit 64, the second wireless transmitting unit 66 may be further configured to emit a second trigger signal, the second trigger signal Su having the first A contact element 3 triggers the message of the second object '6; then, the second wireless receiving unit of the second contact 4 receives the second trigger signal Su; the second disable unit 46 is coupled to the second wireless receiving After the unit 44 receives the second trigger signal, disabling the second signal generating unit 42 to continue generating and issuing the second job ['S2, that is, if the second contact 4 entity is used at this time) The first object 5 cannot be triggered when the first object 5 is touched; if the second object 4 can be triggered again by the second contact 4, the second reset circuit 48 can be utilized manually or after a period of time. The second signal generating unit 42 is automatically reset to regenerate and issue the second signal S2. On the other hand, when the second contact 4 triggers the first object 5, in addition to the display by the first contact display unit 54, the first wireless transmitting unit may select to transmit a first trigger signal St1. The first trigger signal S" has the second ◎ contact 4 triggering the message of the first object 5; then, the first contact ^3=the first wireless receiving unit 34 receives the first trigger signal, the first disable The unit 36 is coupled to the first wireless receiving unit 34 and receives the first trigger signal, and sj ' disables the _th signal generating unit 32 to continue generating and transmitting: the:: signal Si, that is, at this time The second object 6 cannot be triggered when a contact 彳3 entity contacts the second object 6; if the second contact member 6 can be triggered again by the first contact member 3, the second weight 8 can be utilized manually or After a period of time, the second signal is automatically reset to 32, which is regenerated and sent to the first signal 30 200816038 - in addition, when the first contact 3 triggers the second object wireless transmitting unit 66 Select _ to - two 舲 Du 7,, with ^ 镔 镔 brother a trigger letter St2 to a first, one of the wireless receiving unit 71, the third object 7, one of the pastes can be a counter, which can be used, and the second H-Ter contact 3 physical contact - Λ the same ' When the second contact member 4 triggers the first τ*H first hot line transmitting unit 56, the signal sttl can be triggered to a second 铷Du1, and the 毛 射 该 该 弟 μ μ μ μ 无线 无线 无线 无线 无线 无线 无线 无线One embodiment of the first article 7 can be a counter that can be in contact with the first object 5 in a physical manner. In the second embodiment of the present invention, if the signal S2 is the same f σ ^ h and the second body contact 4 is less than the object 5 or the second object 6 - for a predetermined time, for example - the person holds - The second contact member 4 may also be a (4) first::---contact member 3 or ^^3 brother-one object 5 or the second object member 6. In addition, the first wireless receiving unit (6) has a hot line encoding unit 34 for the first triggering number s, and preferably has a hot line encoding unit 34, and the (four) code 'the first wireless receiving wireless transmitting single=Γ二玛 341, so that the first---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The second "" second decoding of the second trigger signal is crying 441, and the early 7° 44 preferably has a wireless second touch T to limit the reception by the second wireless transmitting unit 66, such as The second can only be recognized by the second wireless receiving unit 44, so that there is a complex array contact for transmitting and receiving wireless signals. Same as: object::,: J buried without interference, the third object 7 and 7, and 31 200816038 "j respectively arranged to receive trigger sensing signals from the first object 5 and the second object 6 respectively. In the second embodiment, the first signal S1 and the second signal S2tb: t are in the temple, and it is assumed that the signal generator 322 generates the first signal white 8 as two, and the first two is the first The first signal §1 is compiled into at least one oscillating signal transmitted by the edge, flat coder 324 to the first transmitting end 326, and then emitted; when the first contact element 3 physically contacts the second two=quasi At least 2 of the first-signal, the waveform time after a t唬S!, through the second object ^, the section decodes crying ~ the second receiving end 622 is connected to the vibrating signal, at least... 24 encoded frequency two object 6, or at least one ❹, Yi Meng 其, which can be used to trigger the first piece 6, and when the second signal is ... 28: = to trigger the resonance signal of the second object 6 After, can be used;: two received can trigger the first: 'also j ~ use δ Hai to remove interference I 0 β Δ receive + i Ο other object entity contact $ traditional The interference caused by the -3, the contact 3 and the second object 6 to the 仏唬8丨 is to illuminate and/or vocalize the side of the object. The first contact element 3 triggers the second wireless device, and the second wireless transmission signal - the second trigger signal st2 is encoded by the second trigger signal st2 to: The second signal can be generated; the second contact member 4 is as early as 42, the signal generating unit 421 is reset early 7048, and the second month thermal method is not reset to trigger the first object 5. Similarly, the second signal generator 422 is encoded by the encoder 424 to the at least one set of channelized 32 200816038 oscillating signals via the L s2 and then transmitted to the contact 4 The surface is prepared to emit ::: Π 426 and through the second object-object 5 at least once, after the second-contact member 4 physically contacts the first time, the second signal two: ^ ^ ^ ^, through the younger one object 5 The surface is received via a receiving terminal 522, such as «424^^, and the decoder 526 is set to have a frequency of 424 encoded with respect to the stone. Oscillation belief, j is used to trigger the first object

C can be used to trigger the first object * 2 7 a set of oscillating signals, which are not ^^ _ _ and § the signal processor 528 receives the signal that can trigger the first - intrusion + suppression - the cow's vibration signal The removal interference early το 528A can be used to remove the interference caused by the #eg ^ #U 2 when the other object entity contacts the second contact member 4 and the other object 5 from the 仏π ^ ^ ^ , the contact display unit 54 - woven # 1 first and / or vocal means, the third unit is triggered to trigger the first object 5; or via the first wireless transmission 3 / the first coded - the trigger signal U of the first contact element 3 - the wireless receiving unit τ first - signal generation" causes the first disabling unit 36 to disable the Ο 0, as early as 32 'so the first contact 3 is in the The first reset is early and the third is not smashed. Before the second object 6/s number generating unit 32 is sent, the way of generating the signal and the codec can not be touched by the second embodiment of the present invention. The manner of the interference and the manner of signal identification can be achieved similarly to the circuit architecture of the embodiment of the present invention, so the details are not described herein.A, and / σ Next, the second embodiment of the present invention is applied to a match game, a fencing game, and a play house, respectively. The same applies to the contact of the second embodiment of the present invention. 33 200816038 The sensor system is applied to a pair of war games Nissan Xi-Li $ < In Figure 7a, the two characters A and B of the total mountain wear the hair _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Item 4 goes to attack the other party. At this time, the first brother-connected 0 system can be a set of anti-JL, ifp and the second object, ^ and /, and its embodiment can be a chest protector, a back protector, a spectrum mask, a wristband , knee pads or any other circuit that uses the second and fifth objects 5 and 6 to be micro-shaped, and the R ^ ^ 々化6 is placed therein; the first contact 3 and § hai The second contact piece 4 can be related to i - cannonball, - (four), a bow and arrow, - the ball is the embodiment of the delicious mouth of the gamma ball or other various types of throwing state, the child a contact piece 3 and the first. ^ ^ ^ The circuit of the contact 4 is also micro-shaped 3 placed therein. In the game, the character A uses the throwing weapon 3 [first contact 3] to attack the character B, and when the throwing weapon 3 contacts the protective gear 6 (the younger one of the objects 6), any one of the Qiu Bachelors} 7 If the sickle is only available, the protective gear 6 sends the second touch signal St2 to the throwing weapon 4 [second contact 4] to disable it. Even if the throwing weapon 4 contacts the protection When there is any part of $[first object 5], the protective device 5 cannot be triggered; otherwise, the case where the character B attacks the character A is similar to the case where the character A attacks the character b, and details are not described herein again. In Fig. 7b, the characters who perform this battle game are four people A, B, c, and D' and are divided into two groups, in which characters a and c are the same group; characters: and f are the same group. That is, the characters 8 and c respectively wear the first objects 5a and 5b of the first example of the present invention, and respectively use the first contacts 3a and 3b to attack another group of characters; the character D is separately worn. The second objects 6a and 6b of the second embodiment of the present invention respectively use the second contacts 4a and 4b to attack another group of people. The first object 34 200816038 f Ο 5a and 5b, the second object 6a and 6b, the first contact 3a and the second contact 4a and 4b are respectively the protective gear and the throwing type as described above. This will not be repeated here. In the game, since the first signal & is not equal to "Hai first slogan S2' and the first object 5a and 5b can be channelized in such a way that it is necessary to sense the second signal §2 Is triggered, and is not triggered by the first signal Si; the second object 6a and 6b can also be set to be triggered when the first signal s 1 must be sensed. It can be set not to be triggered by the second signal S2. Therefore, even if the character A uses the throwing weapon 3a to attack the protective gear 5b of the character c, the protective gear 5b is not triggered, and vice versa; similarly, even if the character B uses the throwing weapon to attack When the protective gear of the character D is defective, the protective gear 6b is not triggered, and vice versa, that is, the triggering is not performed between the same group in the embodiment. Because &, when the character eight and c knife use the throwing weapons 3a and 3b to attack the character B and 〇, and when the throwing weapons ~ and 3b entities contact the protective gear 6a or 6b ... "Time-sharing, then the protective gear (10) will issue the first trigger signal 8, 2 to the throwing property (4) 4b, so that even if it touches any part of 5a or 5b, it cannot be triggered. The second trigger signal St2 is preferably encoded by the second trigger signal St2, so that the triggering signal heart 2 can only be triggered by the second object 6a. The:-contact #hook does not trigger the second contact 4b; and the second trigger signal ^2 issued by the second object 6b can only trigger the second contact b' without triggering the second Pick up throwing # Π (4) 4a characters B and D respectively use this

Throwing Wu Yi 4a and 4b to attack the character and the situation of the character and character A

/ knife does not use these throwing weapons 3a & 3b to attack the character minus D 35 200816038 similar, and will not repeat them here. Referring to Fig. 8, there is shown a schematic diagram of the contact sensing system of the second embodiment of the present invention applied to a shootout game. In this application, the touch sensing system may further include a first throwing #3 for throwing or launching the first contact member 3 and the second throwing member 4 for throwing or launching the second contact member. 4 f 8 'In the case where there are only two characters and Β, the first object 5 of the second embodiment of the present invention is worn by the character ,, and the first throwing member 3 is used to throw or launch the first- The contact member 3 attacks the character & and the character B wears the second object 6 of the second embodiment of the present invention, and uses the second throwing member 4 to throw or launch the second contact member 4 to attack the character 2 and In the present embodiment, the first object 5 and the second object 6 are - a group of cores. The example may be a chest protector, a back protector, a protective hood, a wrist guard, a protective device, and the first object. 5 and the second two: the shaped one is disposed therein; the A-thing of the first-throwing member and the ^_ may be - the body, and in other embodiments may be a gun launcher, a fly ρ The launcher 戍 1 he used to throw ... bow arrow launcher, - the ball mouth: 3⁄4 other can be used to launch or cast the second contact piece ~,, the - The contact piece 3 can be a - bullet, a throwing or launching weapon, the embodiment of which is bowed to you, and the embodiment can also be a shell, a fly-weld, a 3, a sphere or other stews, the second The contact member 4, the first throwing U member, the first contact member 3, and the shaped circuit disposed on the 1 2 3 and the second throwing member 4 are also slightly in the circuit. In the present embodiment: the two throwing members 4, the power supply is the throwing member 3, and the 3 and 4 are the power supply for the younger brother and the second contact electrical unit. For example, one, seven, six, only in its interior A power supply charging and unloading ^谷亚 before the throwing by the first throwing member 3, and the 36th 200816038 two throwing members 4, eight electric; the first knife J for the first and second contact members 3 and 4 charging The conventional μ and the second contact members 3 and 4 are automatically thrown away from the first and second throwing members 3, respectively, and the first and the second are automatically discharged, and the discharge capability is required to be s The contact member 3 Α 4 contacts the second and the first object respectively. The throwing weapon 3 uses the throwing member 3' (gun body) to throw the 3 [child dance] to attack the character B, when the throwing weapon 3 contacts the When the IA e, the second Μ 何 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The guard 5 can still not be triggered. In other shells 1, the second trigger signal St2 can also be selected to be transmitted to the throw.

U can not be fired, it can be understood that at this time, the second connection: 4 brothers a hotline receiving single 71 44, the second inactive unit 46 and the second resetting unit 48 can be selected to be miniaturized in the first Two throwing pieces. On the contrary, the object B: the case of the character A and the case of the character A attacking the character b are not described here. It can be understood that the application of the battle game can also be carried out in groups, and the execution manner is similar to that of the aforementioned battle game, which is to group the signals by channelization to achieve contact sensing of a specific object or: . Further, the contacts may be: thrown by the throwing member, but thrown by the character... self-propelled, that is, the first throwing member 3 and the second throwing member 4, optionally not implemented. Please refer to Figure 9, the basin according to + 士义赞一 - 〃 Uncover the contact of the inventor's consistent application of the system should be applied to a sword fight game schematic. In Fig. 9, the first object and the second object 6 of the second embodiment of the present invention are respectively worn by the two characters A'B, and the first contact member 3 and the second 37 200816038 member 4 are respectively used. Go attack the other party. At this time, the first object $ is a έ έ 防 以 以 以 以 以 以 以 以 以 以 以 以 以 以 , , , , , , , , , , , , , , , , , , , , , , , , 护 护 护 护 护 护, the: the circuit of the second object 6 is micro-shaped in the 5 and the forest 3 is the potential - from the dry, the young one can be a holding weapon, the embodiment can be a Western sword And the sword, etc., which can also be various types of gripping weapons such as a knife type, a cup of a cup, and the like, the first contact piece 3# two contact pieces 4, and the circuit is also microscopically disposed therein. In the game, the type II is used to compete with the character ,, and when the holding H 3 (the one contact 3) contacts the guard 6 [any part of the second object (eight) The first signal Si is transmitted to the surface of the second object 6 through the surface. When the second object 2: the first signal S丨, the anti-presentation & temple generation is detected, and the The second trigger signal holding weapon 4' is issued by the side member 6 so that the second power of the holding weapon 4, the 兀 46 disables the second signal generating unit 42 to continue generating the second signal S2 'In order to make the grip type Wu Cry 4 (different contact 4), even if it touches any part of the anti-U, the guard 5 cannot be triggered; otherwise, the character B attacks the character A and the character a attacks the character The situation of b is similar to ^this = then repeat. It can be understood that the application of this fencing competition can also be ordered by the knife group. Its execution mode is similar to the above-mentioned battle game, which is grouped by channelization to achieve specific objects. The contact sensing or the contact is not induced, and the detailed implementation thereof will not be described here. The figure 10a & 1 〇b shows a schematic diagram of the touch sensing system according to the second embodiment of the present invention applied to a game room E. In Fig. 10a, the sea contact sensing system further includes a first Injecting p piece 3 for throwing or firing 38 200816038 to shoot the first contact piece 3, and _筮-如Ψ Μ ^ ^ m 4 > - again, 4 for throwing or launching a contact piece 4, The third item 7 is further included. In the game, A wears the first object 5 of the second embodiment of the present invention, and uses the first throwing member 3' to throw or launch the first contact member 3 to the re-target 6 And the standard 6 is the second object 4 in the activity of the house I, I am going to attack the character. In the embodiment, the first object 5 is a set of protective gear. The embodiment may be a chest protector, a back protector, a protective hood, a Cui wrist', a 4 knee or any other protective device, the first object: Μ: a shaped one is disposed therein; a throwing member 3, and a second throwing member 4, which may be a grab, a cannonball launcher, a dart thrower, a bow = a second, a two-body launcher or The device that can be used for launching or throwing, the contactor 4 can be a throwing or shooting weapon, and the embodiment can be a bullet, a cannon, a fly, a ^ arrow, a sphere or the like. The device capable of throwing, the first contact member 3, the second connection; the contact member 4, the first throwing member 3, and the second throwing member 4, the circuit is also micro === where and the (four) 6' second throwing member 4' is a computerized automatic technology. In this embodiment, 'the first throwing member 3, and the throwing member 4, the power source is a DC power source'. The first and second contacts: J 4 is no power supply The circuit of supply is only provided in its internal power supply charging and discharging unit 'for example, a capacitor, and the first throwing member 3: material 'is respectively charged for the first and second contacts 3 and 4 before throwing = The first and second contacts 3 and 4 are respectively thrown away from the first and the second = then automatically performed to discharge 'the discharge capacity needs to be made;: and the other. The contacts 3 and 4 respectively contact the second and the second An object 6 and $, 39 200816038: respectively: the ability to launch the first and second signals Si "2, at this time the brother and the younger "-contact pieces 3, 4 ^ ^ ^ λ , λ 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线 无线The first throwing member 3 and the second throwing member 4'. In the game, the character Α uses the throwing member 3, throws the throwing weapon 3 to attack the meditation &, g A # m 6 ' and the W throwing weapon 3 contacts the target 6 % 'which is generated The first signal & is transmitted to the surface of the standard stem 6 via the surface of the throwing weapon 3, and the remaining 6 sends the first signal St2 to the third object 7, and the third object 7 is implemented. For example, a counter is used to record the number of times the character slams the target U; otherwise, the situation in which the game house E attacks the character A is similar to the above, and this is not mentioned, but the character A can be set to receive the character A. The number of times of the second contact 4

The game is over when you contact the day. In addition, it can be understood that the player A does not necessarily have to throw the contact member 3 by the throwing member 3, and can also be thrown by the cough player A, that is, the first throwing member 3 can be selected or not. Implementation: In addition, in the application of this game room E, there are different designs depending on the design: the implementation method is as shown in Fig. 10b, wherein the character is a parallel weapon as the first contact member 3, and The grip type weapon is used as the first contact #3, and the embodiment of the grip type weapon is a grip type weapon such as a knife type and an axe stick type, and the circuit is microscopically disposed on The game house E uses the mobile weapon 4 [second contact 4], and the embodiment of the 辜X character A, δ海 mobile weapon 4 can also be various types of grips such as a knife type, an axe 2 stick type, and the like. The weapon, the circuit is micro-shaped in the middle: and the 3 hai activity standard 6 (the second object 6) can be set to a plurality of X characters to attack. Similarly, the character uses the gripping weapon 3 [40th 200816038 a contact: 3] to attack the (4) 6 and when the gripping weapon 3 entity:: ί: private target 6捋' then the target 6, the second trigger signal St2 is issued to the second object 7' so that the character A hits the target 6 next to the 'game house' attacking the character A, similar to the above, in this game It is also possible to set that when the character A is touched by the second contact 4 a certain number of times, the game ends. In addition, it is necessary that the type of the game house E is not limited to the house type, and can be used for other types such as a table type and a column type. , people / Λ Λ 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因 因For the special object, the I body contact is sensed, and the physical contact sensing of other unset it objects cannot be excluded. Compared with the conventional touch switch, the present invention. A & Since the object generates a specific two: the piece must sense the specific signal and has the needle: ϋ 立 立 立 立 1 contact sensing effect, and can exclude the triggering interference of the human body or his non-special object. The foregoing preferred embodiment discloses that it is not intended to limit the scope of the invention, and that the spirit of the invention may be varied and modified. . Therefore, the scope of the patent application of the present invention is defined by the scope of the patent application. 41 200816038 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a touch sensing device according to a first embodiment of the present invention. Fig. 1a is a circuit diagram of a signal generating unit of the touch sensing device of Fig. 1, wherein the specific signal generated is an electrical signal. Fig. 1b is a circuit diagram of the signal processing unit of the touch sensing device of Fig. 1, the specific signal received is an electrical signal.

Figure 2a: Clock map of the signal generated by the signal generator of the contact sensing device of Figure 1. Fig. 2b is a clock diagram of the signal generated by the encoder of the touch sensing device of Fig. 1, wherein the signal is not subjected to frequency division. Figure 2c: A clock map of the signal received at the receiving end of the touch sensing device of Figure 1, which shows that the signal has noise interference. Figure 2d: The timing diagram of the noise-removing unit of the contact-sensing device of Figure 1 to remove noise. ϋ Fig. 3a: A circuit diagram of the signal generating unit of the touch sensing device of Fig. 1, the specific signal generated is an optical signal. Figure 3b: Circuit diagram of the signal processing unit of the contact sensing device of Figure i. The particular signal it receives is an optical signal. Figure 3C: Clock map of the optical signal received by the receiving end of the contact sensing device of Figure 3b. After the conversion unit is switched, the clock map of the electrical signal of the contact sensing device in Fig. 3d and Fig. 3b is shown. 42 200816038 Fig. 1 is a circuit diagram of the signal generating unit of the contact sensing device of Fig. 1, which generates a specific signal which is a magnetic signal. The circuit diagram of the signal processing unit of the contact sensing device of Fig. 4b and Fig. 1 is a magnetic signal. Figure 5: Circuit diagram for supplying a positive and negative power supply in the contact sensing device of Figures 3b and 4b. Figure 6: Figure 7a is a block diagram of a touch sensing system in accordance with a second embodiment of the present invention. The touch sensing system of the second embodiment of the present invention is applied to a two-person battle game. Fig. 7b is a diagram showing the application of the touch sensing system of the second embodiment of the present invention to a group competition game. Fig. 8 is a schematic view showing the contact sensing system of the second embodiment of the present invention applied to a two-person smashing game. Figure 9 is a schematic view showing the contact sensing system of the second embodiment of the present invention applied to two people (J-Sword Competition. Fig. 1A is a schematic view showing the application of the contact sensing system of the second embodiment of the present invention to a game house. 1bb: another schematic diagram of the contact sensing system of the second embodiment of the present invention applied to a game house. 43 200816038 [Description of the number] 1 contact 122 signal generator 126 transmitting end 16 power supply 22 signal processing unit 222A removing interference unit 226 receiving end 24 second contact pad 28 contacting display unit 3, 3a, 3b first contact 32 first signal generating unit 324 encoder 34 first wireless receiving unit 36 first disabling unit 39 power supply 4, 4a, 4b Two contact 42 second signal generating unit 424 encoder 44 second wireless receiving unit 46 second disable unit 1 2 signal generating unit 124 encoder 14 first contact pad 2 object 222 signal processor 224 decoder 228 conversion unit 26 Power S specific signal 3 'first throwing member 322 first signal generator 326 first transmitting end 341 wireless decoder 38 first reset unit Si first signal 4' second throwing member 422 Signal generator 426 second transmitting end 441 wireless decoder 48 second reset unit 44 200816038 49 power supply 5, 5a, 5b first object 522 first receiving end 526 decoder 528A remove interference unit 56 first wireless transmitting unit 58 power supply 6, 6a, 6b second object 622 second receiving end 626 decoder 628A removal interference unit 66 second wireless transmitting unit 68 power 7, 7 'third object 7 11, 7 1 Γ wireless decoder E game house 122a quartz oscillation 124a D-type flip-flop 222b monostable trigger circuit 224b quartz oscillator 228c gain amplifier S2 second signal 52 first signal processing unit 5 24 conversion unit 528 first signal processor 54 contact display unit 561 wireless encoder Stl a trigger signal 62 second signal processing unit 624 conversion unit 628 second signal processor 64 contacts display unit 661 wireless encoder St2 second trigger signal 7 1 , 7 Γ wireless receiving unit A, B, C, D character JP, JP1 Jumper 122b D-type flip-flop 222a logic circuit 224a wafer 228a, 228b gain amplifier 228d potential comparator 45

Claims (1)

200816038, the scope of application for patents: A contact sensing device comprising: a contact comprising: - a signal generating unit for generating a specific signal for use; and a signal generating unit, - a first contact 塾 'electrical connection for the purpose To emit the specific signal; and, an object, comprising: = a second contact pad for receiving the specific signal; and: a processing unit, electrically connected (four) three contacts, for identifying the specific signal; In the eight middles, the contact piece and the object are in the same order and are separated by two different power supplies, and the two pieces are separated by a different power source, and the contact body is contacted by the body. After the time, the object 2, 仃 a reaction to show that the contact triggers the object. a ::"j range of touch sensing devices of the stomach, wherein the signal generating unit comprises: "a tiger generator" for generating the specific signal; and - a transmitting end for transmitting the specific signal to the first Contact 塾. According to the scope of application for patents! The touch sensing device of the item, wherein the signal generating unit comprises: an encoder for encoding the specific signal into the line 2008. The signal processing unit includes a decanter for decoding the specific signal after the code, thereby limiting The object senses only the physical contact of the contact. The contact sensing device of claim 3, wherein the encoder causes the specific signal to form a channelized resonance signal. 〇6. The contact sensing device according to claim 4, wherein the frequency f is compiled by the encoder to compile at least one set of oscillation signals, and the decoder compiles the compiled oscillation by the decoder. signal. : The channelized oscillating signal of claim 5 of the patent scope, wherein the compiled oscillating signal to the v group can trigger the object. 7. Apply the channelized vibrating signal of item 5 of the patent scope, in which the vibrating signal set to V H light compile cannot trigger the object. According to the application of Patent No. 11 (1), the device is processed, wherein the signal processing is as follows: the receiving end receives the special number via the second contact pad; and the port-signal processor electrically connects the receiving End to identify the specific signal. 9. The contact sensing device of claim 8, wherein the signal processor includes an interference removing unit for removing interference caused by other objects when contacting the first contact pad and the second contact pad. . 1 0. According to the patent application ribs, the target contact device is the target. The method of removing interference is to use the method of wave, isolation and noise attenuation. 11. According to the contact sensing device of claim 10 of the patent scope, wherein the temple is set to be a periodic signal, the filtering, isolation and noise attenuation: the system is preset to a frequency domain. The L唬 of the frequency domain is regarded as a valid signal, and the signal outside the frequency domain is isolated, and the signal outside the frequency domain is implemented by noise attenuation and filtering, thereby removing interference. 12. The contact sensing device of claim 11, wherein the L旒 processing unit extracts at least two of the specific signal waveforms as signals in the frequency domain. 13. The contact induction farm according to the scope of patent application ,i, wherein the object further comprises a contact display unit for performing the reaction. 14. The touch sensing device of claim 13, wherein the contact display unit is an optical display unit and/or a sound display unit. 15. The contact sensing device of claim i, wherein the specific h is one of an electrical signal, a magnetic signal, and an optical signal. 16. The contact sensing device according to claim 15 of the patent application, wherein the pen "ia is a voltage signal or a current signal. The contact sensing device according to claim 6 , wherein the first contact pad and the second contact pad are electrically conductive materials, and the specific signal is emitted through the surface of the first contact pad and via the second contact 48 200816038 The surface of the mat is received. A contact sensing device of claim 16 wherein the electrical signal is a periodic signal. The contact sensing device of claim 18, wherein the first contact pad physically contacts the second contact pad once, the predetermined time being two electrical signal waveforms. The contact sensing device of claim 15 wherein the magnetic L number is a magnetic field or a magnetic flux signal, wherein the signal processing unit 70 further comprises a converting unit for converting the received magnetic signal For electrical signals. The contact sensing device of claim 2, wherein the first contact pad and the second contact pad are magnetically conductive materials, and the specific signal is emitted through the surface of the first contact pad, and via the second The surface of the contact is received. 22. The contact sensing device of claim 2, wherein the magnetic signal is a periodic signal formed by a change in magnetic strength or a change in magnetic polarity. 23. The contact sensing device of claim i, wherein the optical signal is a light sensing signal, wherein the signal processing unit further comprises a converting unit for converting the received optical signal into an electrical signal. 24. The contact sensing device of claim 23, wherein the first contact pad is a light source emitter and the second contact pad is a light sensing material. The invention relates to a contact sensing device according to claim 23, wherein the light sensing signal is a period signal formed by a change in intensity or color of light. 26. The touch sensing device of claim i, wherein the contact member and the object are portable articles or movable articles. The contact sensing device of claim 1, wherein the first and second contact pads are formed on the contact member and a part or all of the surface of the member, respectively. 28, according to the scope of application for patents! The contact sensing device of the item, wherein the power source is a DC power source. 29. A contact sensing system, comprising: a first contact member, comprising a first signal generating unit for generating a first signal and outputting the first signal via a surface of the first contact member; a second signal generating unit, comprising a second signal generating unit, and transmitting through the surface of the second contact member, the surface of the plurality of objects Receiving the second signal for identifying a second object, comprising a second signal processing unit, wherein the surface of the object is received by the surface of the object to identify the first contact, the second contact, And the second object helmet 4,000 is a non-common and 50 power supply of different power supplies, when the first contact entity contacts the second object at least one: owed and: at least one first-scheduled time, The second object then reacts to indicate that the second object is triggered by a contact with the ^/tL ivm, and the second contact entity contacts the first object at least once, continuing at least one After the second predetermined time, the first object is executed: - the first - to show the reaction second contact triggers the second _ object. 3. The contact sensing system of claim 29, wherein the first signal generating unit comprises: - a first signal generator to generate the first signal; and a first transmitting end electrically connected The first signal generator is configured to transmit the first signal to the surface of the first contact, and the signal generating unit comprises: a second signal generator, generating the second signal; and C The second transmitting end is electrically connected to the second signal generator for transmitting the second signal to the surface DQ of the second contact. 31. The contact sensing (4) of the patent scope of claim 29, wherein the first signal processing unit comprises: - the first receiving end is electrically connected to the surface of the first object to receive the second signal; The signal is located at the signal, and the second signal is connected to identify the second signal, so that the processing unit includes: - the second receiving end electrically connected to the surface of the second object and received at 51 200816038 The first signal; and a second signal processor electrically connected to the second receiving end for identifying the first signal. 32. The contact sensing system of claim 31, wherein the first and second signal processors each include a removal interference unit for removing contact with the first contact and the second contact from other objects. The interference caused by the first signal and the second signal when the first object and the second object are. 33. The contact sensing system according to item 32 of the patent application scope, wherein the method for removing interference utilizes filtering, isolation and noise attenuation. 34. The contact sensing system according to claim 33, wherein the first and second signals are one-cycle signals, and the filtering, isolating and miscellaneous mitigation modes pre-set the first and second signals. In the frequency domain, the signal in the frequency domain is regarded as a valid signal, and the signal outside the frequency domain is isolated, and the signal outside the frequency domain is implemented by noise attenuation and filtering, thereby removing interference. 35. The contact sensing system of the application of the invention, wherein the first and second signal processing units respectively extract at least two of the second and first signal waveforms as signals in the frequency domain. The contact sensing system of the 291 member, wherein the brother-and second signal generating unit each comprise an encoder for encoding the first and second signals, respectively, the second and first 52 200816038 b The first packet of the processing unit is used to decode the first and the first 第 码 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码 解码The good reading of the first piece only senses that the first contact/different object is in contact with the physical contact of the contact. The contact sensing system of item 36, wherein the first and second signals are formed as _channelization 377, and the first oscillating signal is obtained by an encoder according to the patent application scope. Ο 38. According to the scope of application for patents, and the contact sensing system of 37 brothers of Guozi, the way of repeating the channel in the middle and the present is to spread Zhuang丄^ " ', the error is compiled by the encoders at least one signal, and by the Etc., and 'Kou Temple Decoded to interpret the compiled oscillation of the No. 10 0 39, according to the patent range of the contact sensing system, in which at least the group is encoded by the encoder of the first signal generating unit Ze = Ying signal can trigger the second object; and set at least one group, two. The first object is triggered by an oscillating signal compiled by an encoder of the unit. 40. The contact sensing system according to the patent application scope 帛38, wherein a set of oscillating signals compiled by an encoder of the first signal generating unit is not triggered by the oscillating signal; and at least one set is set The oscillating signal compiled by the encoder of the second signal generating unit may not trigger the first object. The contact sensing system of claim 29, wherein the first signal is the same as the second signal, such that when the first contact member contacts the first object at least once and continues for at least a third 53 200816038 After the predetermined time, the first object performs a third reaction to indicate that the first contact triggers the first object; when the second contact physically contacts the second object at least once and lasts for at least a fourth predetermined time Thereafter, the second object performs a fourth reaction to indicate that the second contact triggers the second object. 42. The touch sensing system of claim 29, wherein the first and second objects each further comprise a contact display unit for performing the first and second reactions, respectively. 43. The touch sensing system of claim 42, wherein the contact display unit is an optical display unit and/or a sound display unit. 44. The contact sensing system of claim 29, wherein the first and second signals are one of an electrical signal, a magnetic signal, and an optical signal. 45. The contact sensing system according to claim 44, wherein the electrical signal is a voltage signal or a current signal. 46. The contact sensing system of claim 45, wherein the surface of the first contact, the surface of the second contact, the surface of the first object, and the surface of the second object are electrically conductive. 47. The contact sensing system according to claim 45, wherein the electrical signal is a periodic signal. 48. The contact sensing system according to claim 47, wherein the first contact body physically contacts the second object once, the first predetermined time is two electrical signal waveforms; the second contact body physically contacts the 54 200816038 The first object is 0°H. The first predetermined time is 2 electrical signal waves. 49 50 η 51 According to the contact sensing system of item 44, wherein the magnetic signal is a magnetic field or a magnetic flux signal, the first - and the second nickname processing unit each further comprises - a conversion unit for converting the received magnetic signal into an electrical signal. The contact sensing system of claim 1, wherein the surface of the first contact, the surface of the second contact, the surface of the first object, and the surface of the first member are magnetically permeable. The contact sensing system and system of claim 49 of the patent application 4, wherein the magnetic L is a periodic signal formed by a change in magnetic strength or magnetic polarity. 52. The contact sensing system according to claim 44, wherein the optical signal is a light sensing signal, and the first and second signal processing units 70 further comprise a converting unit for The received optical signal is converted into an electrical signal. The contact sensing system of claim 52, wherein the first and second contacts are light source emitters, and the surfaces of the first and second objects are light sense The contact sensing system according to item 52 of the patent application scope, wherein the light sensing signal is a periodic signal formed by the intensity of the light or the change of the color tone. 55 According to the contact sensing system of claim 29, wherein 55 200816038 μ-objects also include “the first _ wireless launch single shot one brother one trigger signal; 乂 launch a first brother 1 object and another package – the second wireless launch unit is used to privately shoot the first trigger signal unit; rabbit the first contact The device further includes: a first flawless signal 接收 receiving the first trigger signal; the second contact component further comprises receiving the second trigger signal; and the first middle portion of the reaction system is the first wireless transmitting unit The far-different-trigger signal to the first-wireless receiving unit: the reaction system is the first-I green name and the fourth-digit number. to the second wireless receiving unit. The younger one, the one according to Shenjing patent scope, item 55 The contact sensing system, the transmitting unit transmits the first trigger signal to the heart: the second contact signal is executed by the wireless contact unit, the wireless receiving unit receives the first trigger signal, and the second wireless transmitting unit transmits the second trigger signal. 1 - a hot line receiving unit, the second contact performing a U-th brother action to display the second helmet green team - Wo ~ response signal. ', line receiving early - receiving the second trigger ... according to the patent application The first contact of the contact sensor system of the third item is included in the first contact - the first shift " the middle reading also includes a first-forest shovel one, the second two-contact piece is a month, the first response 卞- the disable unit disables the first trigger signal according to the first trigger signal: the 56th line receiving unit generates a unit with t 56 200816038; the first: response action means (4) the second disable unit disables according to the second trigger signal The second signal generating unit. The touch sensing system of claim 57, wherein the first contact further comprises a first reset circuit, the second contact further comprising a second reset circuit for manual or automatic Resetting the disabled first signal generating unit, the second reset circuit is configured to manually or automatically reset the disabled second signal generating unit. Ο Ο 〕 9, according to the patent scope of the first ... . . . 々〇IS > a second object comprising a wireless receiving unit, the first reaction simultaneously transmitting the first trigger signal to the first wireless transmitting unit to the wireless receiving unit of the third object And causing the third object to enter a corresponding < response action 'the second reaction while the second wireless transmitting unit transmits the second trigger signal to the third object linear receiving unit, so that the third object is performed One of the corresponding ones responds to the action. ^ A contact sensing system according to item 59 of the patent scope, wherein the third object is inflammatory, and is a counter, and the response action means the third object=recording the first-contact member triggering the second object The number of times and the number of times the "second two contact pieces trigger the first object. The contact sensing system according to claim 55 of the patent scope, wherein the younger one contact piece, the 笙_ & the younger one contact piece, the first object and the first The two-piece system is a portable object or a movable object. The contact sensing system of the 61st patent range, the application of 57 200816038 in the battle game, wherein the first and the first and the first contact are held Sexual or throwing weapon. & U _ ® 62th touch sensing system, another package ~ first throwing piece and - flute - machine uncle & brother - fork moving piece, the first throwing piece is used to: throw the a first contact member for throwing the second contact member, wherein the battle game is a smashing game, the first The two objects are guards, and the first and second throwing members are grabs, and the first and second contacts are bullets. 64. The contact sensing system according to claim 61, further comprising: a first throwing member and a second throwing member, the first throwing member for throwing the first contact member again In order to throw the second contact piece/middle, the contact sensing system is applied to the game house sex is crying #一口海弟一 contact piece is a throwing weapon, the brother one throwing piece is used to throw the throwing weapon, the object For the activity in the game house, the second contact piece is:: a throwing weapon thrown by the play house, the second throwing piece is used to 'throw the throwing weapon, wherein the second in the play house: The Guangdi-contact piece and the second throwing piece are automatically controlled by a game console or the like. For example, in the end 65, according to the contact range sensing system of the patent scope No. 63 or 64, the power supply of the first throwing member and the second throwing member, the power supply of the first and second contact parts of the 3H It is a power discharge unit, and the first throwing member and the second first and second contact members are charged by the first throwing member and the second and the second knife before the throwing, and the automatic charging is performed after the -^~^ and 58 200816038 Discharging, the discharge capability is such that when the first and second contacts respectively contact the second and first objects, they still have the ability to emit the first and second signals, respectively. 66, a yiyi-claimed luxury patent scope 帛61 touch sensing system, further comprising a second throwing member for throwing the second contact, wherein the touch sensing system is applied to a game In the house, the item 5 is a protective device, and the first contact piece is a throwing weapon: the second object is a moving target in the game house, and the second contact piece is thrown by the 3H game house. The throwing weapon is used for throwing the throwing weapon, wherein the second first contact member and the second throwing member in the play house are automatically controlled by a game console or a computer terminal or the like. 67. The contact sensing system according to claim 61 of the patent application scope, wherein the contact sensing system is a poem _ Laiwu towel, (4) - the object is Leisure is thrown away from the fourth defense 'four (four) - contact piece is a grip weapon, the second object is the active target in the game house, the second contact is the game house, mobility, play house The second object and the younger-contact member are automatically controlled by a game console or a computer terminal or the like. 6 . The contact sensing system according to the sixth aspect of the patent application, which is applied to a fencing competition, wherein the first and second contacts are a holding weapon, and the first and second objects are protective gears. . 69. According to the contact sensitivity of item (9) of the patent scope, the 59 200816038 sword fight competition is a Western Sword Competition or Sakamoto Sword Competition. 70. According to the contact sensing system of the 29th item of the application scope, Wherein the power source is a DC power source. 71 contact sensing methods are suitable for sensing the physical contact of a contact, comprising the steps of: generating a specific signal by using the contact; physically contacting the contact with the object at least once and Continuing for at least a predetermined time; identifying the particular signal with the object; and performing a reaction to indicate that the contact triggers the object; wherein 'the contact and the object are two separate objects that are not co-located and supplied by different power sources. According to the contact sensing method of Article 71 of the patent application scope, , -W -7 - especially the contact sensing method of the dry and/or dagger-deficient items, wherein the special, one magnetic signal and one optical signal are 74, and the patent application number 71 is one. Electric signal Lu a 0 60 200816038 The contact entity touches the object once, and the predetermined time is a 2-signal waveform. The special contact method is as follows: 77. The contact sensing method of the patent application scope item 7 is listed. Steps: Remove the interference caused by the specific signal when other objects contact the contact and the object. , +忒 78, the contact sensing method of the 77th patent application scope, wherein the method of C Ο except interference is the use of chopping, isolation and noise attenuation. 79. The contact sensing method of claim 78, wherein the predetermined signal is a periodic signal, and the filtering, isolation and noise attenuation mode presets the material signal in a frequency domain, and the signal in the frequency domain: I In order to isolate the signal outside the frequency domain, and to signal the noise outside the frequency domain, the noise is attenuated and filtered to indicate the interference. 80. The patent application scope item H β % ju , the contact sensing method, wherein the object is deactivated in the frequency domain, and at least two specific signal waveforms are identified as signals. 81 Shen Qing Patent Range No. 7 1 τ5 brother 71 contact sensing method, in the bean, in the step of using the contact to generate - -r ^ 牛跳% 疋 ^ number, including the following steps: Who is the specific letter shovel , 姑 匕 匕 卜 卜 观 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 辨识 辨识 辨识 辨识 辨识 辨识 辨识 ; 辨识 辨识Physical contact. The contact sensing method of claim 81, wherein the encoding is performed by causing the specific signal to form a channelized vibrating signal. The contact sensing method of claim 82, wherein the frequency is obtained by compiling at least one set of oscillating signals by the encoder. The contact sensing method of claim 83, further comprising the steps of: setting at least one set of the compiled oscillating signal to trigger the object. The contact sensing method of claim 83 of the patent scope further includes the following steps: setting at least one set of the compiled oscillating signal to not trigger the object. The contact sensing device according to the seventh aspect of the patent application, wherein the power source is a DC power source. A contact sensing method includes the steps of: providing a first contact to generate and emit a first signal, a second contact to generate and output a second signal, and a first object to receive and identify the second The signal and a second object can receive and recognize the first signal; and the second object is in contact with the second object at least once for at least one first predetermined time, and then the second object performs a second reaction to Displaying that the first contact triggers the second object; and 62 200816038 using the second contact to physically contact the first object at least once for at least a second predetermined time, then the first object performs a first reaction to The first contact member is triggered to trigger the first object; wherein the first contact member, the second contact member, the first object member and the second object member are independent objects that are not supplied in common and are supplied by different power sources. 88. The contact sensing method according to claim 87 of the patent application, wherein the first and second reactions are performed by a contact display unit. 89. The contact sensing method according to claim 88, wherein the contact display unit is an optical display unit and/or a sound display unit. 90. The contact sensing method according to claim 87, wherein the first and second signals are one of an electrical signal, a magnetic signal and an optical signal. 9 1. The contact sensing method according to claim 90, wherein the first and second signals are one-cycle signals. 92. The contact sensing method according to claim 91, wherein the first contact body physically contacts the second object once, the first predetermined time is two first signal waveforms; the second contact body is in physical contact The first object is once, and the second predetermined time is two of the second signal waveforms. 93. According to the contact sensing method of claim 87, the following steps are further included: 63 200816038 94 95 Ο 96 U 97 98 99 Removing the contact of the first contact, the second contact, the first object and the first object from other objects The interference caused by the first signal and the second signal when the two objects are two. According to the contact sensing method of claim 93, the method for removing interference utilizes filtering, isolation and noise attenuation. According to the contact sensing method of claim 94, wherein the first and second signals are one-cycle signals, and the filtering, isolation and noise attenuation modes pre-set the first and second signals in a frequency domain, The signal in the frequency domain is regarded as a valid signal, and the signal outside the frequency domain is isolated, and the signal outside the frequency domain is subjected to noise attenuation and filtering, thereby removing interference. According to the contact sensing method of claim 95, the first and second objects respectively extract at least two of the second and first signal waveforms as signals in the frequency domain. According to the contact sensing method of claim 87, the method further comprises the following steps: ^ encoding the first and second signals, so as to limit the physical object to sense only the physical contact of the second contact and the first object only Inductive contact with the physical contact of the younger one. k According to the contact sensing method of claim 97 of the patent application scope, wherein the coding method is such that the first and second letters are made? The tiger forms a channelized oscillating signal. According to the contact sensing method of claim 98, wherein the 64 200816038 channelizes the signal. The system is less than one set of oscillation 100, according to the contact sensing method of claim 99, and the following steps are included: setting at least one set of oscillating signals compiled by the coding state of the first contact can trigger the second object, And setting the oscillating signal compiled by at least the group of encoders of the second contact of 5 hai to trigger the first object. C ϋ ιοί, according to the contact sensing method of claim 99, the other package = the following steps: setting at least one set of oscillating signals compiled by the encoder of the first contact can not trigger the second object, and set at least one The group (4) signal compiled by the group of the second contact 编 can not trigger the first object. 102. The contact sensing method of claim 87, wherein the reaction means that the first object emits a first trigger signal to the first contact, so that the first contact performs a first response In order to display the second contact triggering the first object, the second reaction means that the second object emits a second trigger signal to the second contact, so that the second contact performs a second response The first contact is displayed to trigger the second item. 103. According to the contact sensing method of claim 1-2, the first response action in the basin means that the first contact is disabled and the first signal is generated, and the second response action is to disable the The second contact generates and emits the second signal. 104. According to the contact sensing method of claim 103, another package 65 200816038 includes the following steps: resetting the first contact to generate and emit the first signal; and 重置 resetting the second contact , causing it to generate and emit the second signal again. Χ 105. The contact sensing method according to claim 87, wherein the first reaction means that the first object emits a first trigger signal to a second object, so that a corresponding one of the response actions is performed; The reaction means that the second object emits a second trigger signal to a first object, so that a corresponding one of the response actions is performed. 106. The contact sensing method according to Item 1-5 of the patent application scope, wherein the αHee response action is the third object counts the number of times the first contact triggers the first object; and/or the third object count The number of times the second contact triggers the first object. 10', according to the contact sensing method of claim 87, wherein the power source is a DC power source. 66