A transmitting device with large amount of information

Abstract

A transmitting device with a large amount of information belongs to the field of information network remote control technology, involves simultaneous control of many objects at long and short distances through a communication network, and is an intelligent control technology used in various industries in the information technology industry; it is mainly a continuation of the applicant's existing achievements, including two main bodies, a coding control part and a transmitting part, and the output of the coding control part is connected to the modulation input end of the transmitting part. The transmitting part adopts radio remote control and has all the advantages of modern remote control transmitting technology, among which the coding control part is the core, which controls the working state of the transmission. The coding control part includes a coding integrated circuit and a control circuit, and adopts a dual control method of two signals, which is manifested as three circuit forms acting on the control of the coding integrated circuit; the effects produced are: first, the transmission method of 100 signals replaces 100 analog switches of inertial thinking, and second, three different transmission methods are generated, forming three different transmission control effects and uses.

Description

Technical Field

[0001] It belongs to the field of information network remote control technology, involving the simultaneous long-distance and short-distance control of many objects through a communication network. It is an intelligent control technology used in various industries in the information technology industry. Background Art

[0002] This invention is one of the many achievements of the enterprise, that is, the final product is a combination of many achievements.

[0003] In order to enrich the variety of network control, the applicant has proposed a new technical solution, the first feature of which is to directly use the ordinary telephone network and use classic digital circuits to process and transmit the control command signals sent by the 12 keys of the telephone. This has many advantages, one of which is that it can control 100 independent signals.

[0004] The second feature of the new technical solution is that the control panel formed by feature one is directly installed in a wireless telephone base station or a wired telephone base station, and the processed numerous control signals, such as 100 control signals, are transmitted to numerous control objects in the area by radio remote control.

[0005] The difficulty lies in:

[0006] 1. According to conventional thinking, 100 control signal instructions require 100 independent analog switches. According to the characteristics of the rolling code, one data input line only transmits one control command signal. 100 control command signals require 100 data input lines, so 100 independent analog switches are needed. However, a telephone has only 12 buttons, so 12 buttons are needed, which is equivalent to the function of 100 switches.

[0007] 2 While meeting the above requirements, firstly, the circuit is required to be relatively simple, with the dual practicality of easy production and use, and secondly, two control methods are required, namely, connecting the supporting telephone with an external telephone, operating the 12 buttons of the telephone to send out control command signals, and after the supporting telephone receives the control command signals, they are processed by the control panel and the area is remotely controlled by radio, which becomes the first control method; or the 12 buttons of the supporting telephone landline can be used to directly send out control command signals, directly generating independent radio control for the 100 control objects in the area, which becomes the second control method.

[0008] 3. In addition to meeting the above two conditions, three transmission methods must be implemented to fully utilize the huge potential of controlling 100 independent signals to achieve three different functions. Summary of the invention

[0009] The present application proposes a wireless remote control transmitting device with large amount of information, accurate logic, convenient operation, simple circuit and wide application. The first purpose is to cooperate with the realization of many existing achievements of the applicant, and to use a scientific and simple 12-button circuit to realize the radio remote control transmission of numerous signals, such as 100 signals; the second purpose is to use 12 buttons to realize three transmission methods, produce three products with different effects and uses, and fully tap the inherent potential of numerous control signals, such as 100, so as to become a kind of excellent scientific and technological product with high cost performance.

[0010] The present application proposes a transmitting device with a large amount of information, which achieves the above-mentioned purpose, and includes a coding control part and a transmitting part; the output terminal series of the coding control part is connected to the input terminal series of the transmitting part, and the transmitting part sends a signal to control a plurality of controlled objects; the output state of the output terminal of the coding control part directly controls the transmitting state of the transmitting part.

[0011] The transmitting part is composed of a collection unit and a transmitting module. The collection unit has multiple input terminals and one output terminal, forming a logical OR relationship. One of the multi-bit input terminals is a single-bit input terminal of the transmitting part, which is respectively connected to the multi-bit signal output of the coding control part. The output terminal of the OR gate circuit is connected to the audio modulation input terminal of the transmitting part. The transmitting part sends out multiple signals to control many objects in the area.

[0012] The coding control part is mainly composed of one or more dual-control units with the same structure. Each dual-control unit is composed of one or more coding integrated circuits and the corresponding unit control circuits connected to each coding integrated circuit:

[0013] The input data lines of all the coding integrated circuits in each dual-control unit form a dual-control unit number input terminal series; multiple dual-control unit number input terminal series are connected in parallel to form an input terminal series of the coding control part; the control input terminals of the unit control circuits connected to the coding integrated circuits in each dual-control unit are connected together to form a single-bit unit control input terminal, and the multi-bit unit control input terminals form a unit control input terminal series of the coding control part; the two types of input terminal series are respectively connected to the corresponding external output terminal series; the unit control circuit output terminals of each dual-control unit together form a signal output terminal series of the coding control part.

[0014] Based on the dual-control relationship of the connection between the numbering input series and the unit control input terminal series, the dual-control unit numbering input terminal series can accept the first signal of a numbering object among the many numbers generated by the 12 keys; can accept the second signal that the # and * keys among the 12 keys make the input of the numbering input terminal series zero; can accept the third type of signal of the long-time and short-time signal input modes of the three required transmission modes formed by the operation of the transmitting device; the coding integrated circuit encodes the three signals, outputs the corresponding coding signals, and then accepts the control of the unit control circuit; through the control of the unit control circuit, a unique coding object signal is output.

[0015] Based on the determination of the dual control unit, a unique transmission signal is quickly generated with the input of the serial number.

[0016] The output end of the coding integrated circuit follows the number of the input data line and outputs the corresponding status signal due to different operation modes;

[0017] The number of numbered objects can be selected arbitrarily within the determined dual control unit.

[0018] You can select any dual-control unit and any number of objects in the unit.

[0019] 100 control signals are sent out in order from small to large according to the unit number and from small to large according to the number within each unit number. 1 to all control signals are sent out in sequence.

[0020] Among them, the numbered corresponding input terminal series of the encoding control part corresponds to all or part of the series of multiple numbered output terminals generated by the numbered decoding integrated circuit associated with the external decoding integrated circuit; and receives the numbered object signal emitted by one of the 12 keys each time.

[0021] The unit control input terminal series of the encoding control part is correspondingly connected to all or part of the multiple unit output terminal series generated by the unit control decoding integrated circuit associated with the external decoding integrated circuit; and receives the unit number object signal sent by one of the 12 keys each time.

[0022] Since a dual-control unit may contain multiple coding integrated circuits, the multi-bit signal output terminal generated by each dual-control unit greatly expands the number range of numbered objects controlled by a dual-control unit.

[0023] The corresponding matching unit control circuit is a control circuit with a switch property, which controls whether the output end of the corresponding dual-control unit has output.

[0024] A coding control part of a transmitter with a large amount of information, including three forms of expression:

[0025] Among them, the first form of expression is that it contains multiple dual-control units with the same structure. The composition and connection method of each dual-control unit are that the dual-control unit includes multiple coding integrated circuits and multiple matching unit control circuits; each coding integrated circuit is connected to a unit control circuit, and the unit control circuit is an electronic circuit with the properties of a switch control circuit. In the dual-control unit, the control input ends of the unit control circuits connected to the multiple coding integrated circuits are connected together to form a single-bit unit control input end of the dual-control unit, and the coding control part has multiple-bit unit control input ends; connected to all or part of the multi-bit output ends of the unit decoding integrated circuit output end series associated with the external decoding integrated circuit, determine the number of multiple units, and the multi-bit input data lines of all coding integrated circuits in each dual-control unit constitute a numbered input end series, which are respectively connected to all or part of the numbered decoding integrated circuit output end series associated with the external decoding integrated circuit. Each unit control output end is a signal output end of the coding control part, which outputs a coded modulation signal that meets the two conditional constraints of the numbered object signal and the number of units signal; based on the connection method of the unit control circuit, a unit control circuit can be formed to replace the form of a transmitting analog switch of all data input lines of a coding integrated circuit.

[0026] Among them, the second form of expression is that the dual-control unit can also be formed in a form that only contains one coding integrated circuit and a corresponding unit control circuit, so as to form a more flexible connection of the coding integrated control part.

[0027] Among them, the third form of expression is that it contains multiple dual-control units with the same structure. The composition and connection method of each dual-control unit are that the dual-control unit is composed of a coding integrated circuit and one or more dual-control constraint selection circuits. The dual-control constraint selection circuit is an AND gate circuit. The first input terminal of the dual-control constraint selection circuit is connected to the unit decoding integrated circuit output terminal series associated with the external decoding integrated circuit, that is, the unit output terminal series. The second input terminal of the dual-control constraint selection circuit is connected to the number decoding integrated circuit output terminal series associated with the external decoding integrated circuit, that is, the number output terminal series. The output terminal of the dual-control constraint selection circuit is connected to the one-bit data input terminal of the coding integrated circuit. The input terminal series of multiple dual-control constraint selection circuits constitutes two types of signal input terminal series, namely, unit type and number type, to receive external unit number and number type signals. The dual-control constraint selection circuit realizes a dual control method for a one-bit input data line of the coding integrated circuit as a unit, and realizes full application of the data input line of the coding integrated circuit. The output terminal of each coding integrated circuit is a one-bit signal output terminal of the dual-control unit, which constitutes a one-bit output terminal of the coding control part. The dual-control unit outputs a modulated signal that meets both the numbering and unit signal conditions.

[0028] The coding control part is either completed by the first, second or third expression form alone, or is composed of the first, second and third expression forms combined.

[0029] Among them, the output of the coding control part controls the rules of the transmitting part. The operation steps are: first open the unit control circuit signal, and then input the number signal connected to the data input terminal of the coding integrated circuit. Based on the multi-bit signal in the number signal input terminal series, it is the number decoding output of the external decoding integrated circuit. Therefore, each time the corresponding key is pressed, one of the multiple numbers is input in the number input terminal series, so that the corresponding data input terminal of the coding integrated circuit is high, forming the number input terminal series of the coding control part and the final output. After the unit is determined, the number input terminal and the final output terminal output the high bit of one of the multiple numbers, which becomes a logically correct corresponding transmission.

[0030] Based on the connection relationship between the two signal series of serial numbers and unit numbers in the dual-control unit, it is possible to select the unit number first and then arbitrarily determine the number within the unit.

[0031] Based on the connection relationship between the two signal series of the serial number and the unit number in the dual-control unit, it is possible to first arbitrarily select the number of units and then select any number within the unit.

[0032] Based on the connection relationship between the two signal series of number and unit number in the dual-control unit, the # key and * key among the 12 controllable keys are formed, so that the input series of the dual-control unit number input end is input to zero, and then the output of the coding integrated circuit is zero, and the transmission is stopped, so that the # and * keys are the transmission termination keys.

[0033] Based on the connection relationship between the two signal series of the number and the unit control number in the dual-control unit, after the previous number is completed, the length of the stop key gap is operated to form long-time transmission and short-time transmission.

[0034] Based on the connection relationship between the two signal series of numbers and unit numbers in the dual-control units, the operation is carried out according to the rules, forming the transmission from the smallest number to the last number in the first unit first; followed by the transmission from the smallest number to the last number in the second unit... until the first number to the last number in the last unit, finally forming a special situation of sequential transmission monitoring of many nodes.

[0035] A transmitting device with a large amount of information, which can produce three transmission modes:

[0036] Among them, the operation steps of the first launch mode - long and short operation launch are:

[0037] First, press the unit control signal where many control objects are located.

[0038] Second, operate the number in the unit control signal. At this time, the unit control signal and the number output terminal series will only output a unique object controlled signal;

[0039] Third, under the premise that the unit control signal has been determined, use the long press and short press methods to operate the number to determine the specific object.

[0040] Fourth, the long press operation method is to press the number, wait a slightly longer time, and then press a special key, such as the # key.

[0041] Fifth, the short press operation method is to press a number and then press another number or a special key, such as the # key, for a short period of time.

[0042] Among them, the operating steps of the second launch method - trajectory launch are:

[0043] First, operate the first unit control signal of the first number signal in sequence, and then operate the unit to control the second one in sequence until the last number.

[0044] Second, use the same method to operate the first number of the second unit control signal in sequence, until the last one.

[0045] Third, use the same method to operate the third, fourth, up to the tenth unit control signal, in the order of unit numbers from small to large, and in the order of numbers within each unit number from small to large, operate the ten numbers within each unit control in turn, and a total of 100 program control points can be formed in turn.

[0046] Among them, the operating steps of the third launch method - simple form launch are:

[0047] First, operate the unit control signal where many control objects are located.

[0048] Second, each unit control has ten numbers and can control five independent objects: A, B, C, D, and E.

[0049] Third, operate A's single number to realize the A object's on state; operate A's double number to realize the A object's off state.

[0050] Fourth, follow the previous operation method to realize the on and off states of objects A, B, C, D, and E.

[0051] Fifth, repeat the operation to achieve control of five objects in each of the ten units.

[0052] A transmitting device with a large amount of information includes a coding control part and a transmitting part; the connection relationship between the two parts is: the output terminal series of the coding control part is connected to the input terminal series of the transmitting part, the transmitting part sends a signal to control a plurality of controlled objects, and the control law of the coding control part directly determines the working state of the transmitting part.

[0053] Claim 3, i.e., the first and second representative forms of the coding control part of the present scheme, is to use the unit control circuit to control the output end of the coding integrated circuit to determine the control of the class to which the receiving unit belongs; to use the data input end series of the coding integrated circuit to accept the control of the numbered object signal; and the coding control part finally outputs a coded modulated signal that satisfies the constraints of the two control signals.

[0054] Claim 4, i.e., the third representative form of the coding control part of the present scheme, is that the output ends of a plurality of AND gates are respectively connected to one input data line of a coding integrated circuit.

[0055] One of the two input terminals of the AND gate circuit is connected to the corresponding output terminal of the unit decoding integrated circuit output terminal series associated with the external decoding integrated circuit; the other input terminal of the AND gate circuit is connected to the corresponding output terminal of the number decoding integrated circuit output terminal series associated with the external decoding integrated circuit.

[0056] Therefore, the encoding part has the following characteristics.

[0057] 1. Each time the unit number is operated and then the number of numbered objects is operated, the unique unit number of one of many control signals, such as 100 signals, and the number of numbered objects can be quickly and accurately determined. The signal is unique and the logic will not be disordered.

[0058] 2. The coding integrated circuit processes this unique control signal through transmission coding and can generate the modulation model required for transmission.

[0059] 3. Due to the use of a dual control method of unit signals and the number of objects numbered within the unit, the simple 12 keys of a telephone can be used as control signal command generation keys to control a large number of control objects, such as 100, instead of the 100 analog switches of inertial thinking, and again form the following advantages. First, in the first representative form of the coding control part, one unit control circuit can replace the inertial thinking of 4 analog switches to form the simplest form; second, the third representative form of the coding control part can form a way to fully utilize all data line resources of the coding integrated circuit.

[0060] 4. Because of the reason in the previous article, the 12 keys of any telephone can be used as control buttons to control many control objects in the area, such as 100, through the network. The existing achievements of the enterprise, that is, the 12 keys of the matching telephone landline, can also be used as control keys to directly control many control objects in the area, such as 100, forming two excellent control methods of network remote control and wireless remote control of the area. The main advantages of these two excellent control methods are fewer operation buttons and strong regularity of operation.

[0061] 5. Since the numbered object input terminal series is connected to the numbered output terminal series of 1-10, when the # key and * key signals are operated, there is no signal input to the numbered input terminal series, that is, a zero signal, and all data input signal terminals of the coding integrated circuit are 0 signals, and no emission will be generated, so the above two key signals can become the termination keys to stop the emission. Second, if the termination key number is operated in intervals after pressing the numbered object key, the length of the interval time can generate the length of the output time of the coding control part, that is, the high-level action time of the coding integrated circuit input data line, thereby generating a long or short emission signal, which creates good conditions for the three modes of emission of this emission.

[0062] 6. Due to the control of two methods, unit control signal and numbering object, a highly regular emission method can be formed. For example, starting from the first unit with the first number, and then in sequence to the tenth unit in unit series order, each unit is emitted in sequence from the first number to the tenth number, so it creates good conditions for forming a trajectory emission method.

[0063] 7. The biggest advantage of this transmission method is that it can be equipped with batteries, because the circuit is in a power-saving state without consuming power at ordinary times. During the working transmission, the current required is also small, only at the milliampere level. It is not only convenient and flexible to use, but most importantly, it avoids the situation of missing instructions due to accidental power failure. BRIEF DESCRIPTION OF THE DRAWINGS

[0064] Figure 1 The invention is a schematic diagram showing the relationship between the transmitting part, the coding control part, the numbering object and the unit control signal of a transmitting device with a large amount of information.

[0065] In the figure: X, a number decoding integrated circuit associated with an external decoding integrated circuit that generates numbers; XC, a series of number-type signal output terminals; Z, a unit decoding integrated circuit associated with a decoding integrated circuit that generates unit signals externally; ZC, a series of unit-type signal output terminals; 1XR, a series of number input terminals of a coding control part; 1ZR, a series of unit control input terminals of a coding control part; 1, a coding control part; B, multiple coding integrated circuits; K, multiple corresponding unit control circuits; 1C, a series of signal output terminals of a coding control part; 2, a transmitting part; H, a collection unit; F, a transmitting module; 2R, a series of signal input terminals of a transmitting part.

[0066] Figure 2 It is a connection diagram of the double control unit in the coding control part as the first form and the transmitting part, numbering and unit control.

[0067] In the figure: X, the number decoding integrated circuit associated with the external decoding integrated circuit generating the number; XC, the number class output terminal series; S-1, the first dual control unit; S-1XR, the number input terminal series of the first dual control unit; B-1, the coding integrated circuit of the first dual control unit; B-1C, the coding integrated circuit signal output terminal of the first dual control unit; K-1, the matching unit control circuit; K-1R, the input terminal of the matching unit control circuit; K-1R1, the control input terminal of the matching unit control circuit; K-1C, the output terminal of the matching unit control circuit Line end; S-1C, the first dual-control unit signal output terminal; S-1ZR, the unit control input terminal of the first dual-control unit; SN, a dual-control unit with a similar structure not shown; S-N+1, the last dual-control unit; 2, the transmitting part; H, the collection unit; F, the transmitting module; 2R, the transmitting part signal input terminal series; Z, the unit decoding integrated circuit associated with the decoding integrated circuit of the externally generated unit signal; ZC, the unit class signal output terminal series; Z-1C, the first unit signal output terminal; Z-10C, the tenth unit signal output terminal.

[0068] Figure 3 It is the second form of dual control unit in the coding control part, that is, it only contains one coding integrated circuit and one unit control circuit.

[0069] In the figure: X, a number decoding integrated circuit associated with an external decoding integrated circuit that generates a number; XC, a series of signal output terminals of a number object; S1, a first dual-control unit of the second form of expression; B-1, a coding integrated circuit of the first dual-control unit; B-1R, a series of signal input terminals of the coding integrated circuit of the first dual-control unit; B-1C, a signal output terminal of the coding integrated circuit of the first dual-control unit; K-1, a matching unit control circuit; K-1R, a signal input terminal of the matching unit control circuit; K-1R1, a control terminal of the matching unit control circuit; K-1C, a signal output terminal of the matching unit control circuit; S1ZR, a second form of expression of the first dual-control unit; A unit control input terminal of a dual-control unit; S2, the second dual-control unit of the second form; S2ZR, the unit control input terminal of the second dual-control unit of the second form; SN, a dual-control unit of the second form with a similar structure that is not drawn; SN+1, the last dual-control unit of the second form; 2, the transmitting part; H, the collection unit; F, the transmitting module; 2R, the transmitting part signal input terminal series; Z, the unit decoding integrated circuit associated with the decoding integrated circuit of the externally generated unit signal; ZC, the unit type signal output terminal series; Z-1C, the first unit signal output terminal; Z-10C, the tenth unit signal output terminal.

[0070] Figure 4 It is a schematic diagram of the third form of expression of the coding control part.

[0071] In the figure: X, a number decoding integrated circuit associated with an external decoding integrated circuit that generates a number; XC, a number type signal output terminal series; Z, a unit decoding integrated circuit associated with a decoding integrated circuit that generates a unit signal externally; ZC, a unit type signal output terminal series; Z-1C, the first unit signal output terminal; Z-10C, the tenth unit signal output terminal; Y1, a dual-control unit of the third form; Y1XR, a number input terminal series of a dual-control unit of the third form; Y1ZR, a unit control input terminal series of a dual-control unit of the third form; Y1.1, a dual-control constraint selection circuit; B-Y1, the first Three forms of coding integrated circuits; B-Y1R, a series of signal input terminals of the third form of coding integrated circuits; B-Y1C, a series of signal output terminals of the third form of coding integrated circuits; Y1C, a series of signal output terminals of a dual-control unit of the third form; YN, a third form of dual-control unit with a similar structure that is not drawn; YN+1, the last dual-control unit of the third form; YN+1.N, a dual-control constraint selection circuit with a similar structure that is not drawn; B-YN+N, a coding integrated circuit with a similar structure that is not drawn in the last dual-control unit; 2, a transmitting part; 2R, a series of signal input terminals of the transmitting part.

[0072] Figure 5It is a connection diagram of ten numbers in a unit control signal in which the coding control part in the example adopts a combination of the first expression form and the third expression form.

[0073] In the figure: X, a number decoding integrated circuit associated with an external decoding integrated circuit that generates a number; XC, a series of number class signal output terminals; L.XR, a series of number input terminals of the first and third forms of dual-control units in the example; LS, a first dual-control unit in the example in which the coding control part is in the first form; B-1, a coding integrated circuit of the first dual-control unit; B-1C, a signal output terminal of the coding integrated circuit of the first dual-control unit; K-1, a matching unit control circuit; K-1R, a signal input terminal of the matching unit control circuit; K-1R1, a control terminal of the matching unit control circuit; K-1C, a signal output terminal of the matching unit control circuit; LC, a series of signal output terminals of the first and third forms of dual-control units in the example; LY, a dual-control unit in the third form of the example; Y-1, a first dual-control constraint selection circuit in the example; Y-1R2, a number input terminal of the first dual-control constraint selection circuit in the example; Y-1 R1, the signal input terminal of the first dual-control constraint selection circuit unit in the example; Y-1C, the output terminal of the first dual-control constraint selection circuit in the example; Y-2, the second dual-control constraint selection circuit in the example; L.ZR, the unit control input terminal of the first and third forms of the dual-control unit in the example; B-Y1, the coding integrated circuit coordinated with the dual-control constraint selection circuit in the example; B-Y1R, the signal input terminal series of the coding integrated circuit coordinated with the dual-control constraint selection circuit in the example; B-Y1C, the signal output terminal of the coding integrated circuit coordinated with the dual-control constraint selection circuit in the example; L.SN, the dual-control unit in the example with similar structure not drawn; 2, the transmitting part; 2R, the signal input terminal series of the transmitting part; Z, the unit decoding integrated circuit associated with the decoding integrated circuit of the externally generated unit signal; ZC, the unit class signal output terminal series; Z-1C, the first unit signal output terminal; Z-10C, the tenth unit signal output terminal. Specific embodiments

[0074] The embodiments described below are only some embodiments of the present invention, rather than all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0075] It should be noted that, in the present invention, the terms “include”, “comprising”, “having” and their variations all mean “including but not limited to”, unless otherwise specifically emphasized.

[0076] Using the network to achieve remote control has a wide range of uses and can be widely used in various fields and industries.

[0077] This invention is one of the many achievements of the enterprise, that is, the final product is a combination of many achievements.

[0078] In order to enrich the variety of network control, the applicant has proposed a new technical solution, the first feature of which is to directly use the ordinary telephone network and use classic digital circuits to process and transmit the control command signals sent by the 12 keys of the telephone. This has many advantages, one of which is that it can control 100 independent signals.

[0079] The second feature of the new technical solution is that the control panel formed by feature one is directly installed in a wireless telephone base station or a wired telephone base station, and the processed numerous control signals, such as 100 control signals, are transmitted to numerous control objects in the area by radio remote control.

[0080] The third feature of the new technology solution is that it is suitable for both network control and wireless remote control, and can be operated by both external telephone and auxiliary telephone. It has many advantages, such as saving power, being able to use batteries, and not having to worry about loss due to accidental signal power outages. It is simple to operate and maintain, does not require related software, and does not require a smart phone, etc.

[0081] There are the following difficulties in solving this problem:

[0082] 1. According to conventional thinking, 100 control instructions require 100 independent analog switches. According to the characteristics of the rolling code, one data input line only transmits one control instruction signal. 100 control instruction signals require 100 data input lines, so 100 independent analog switches are needed. However, a telephone has only 12 buttons, so 12 buttons are needed, which is equivalent to the function of 100 switches.

[0083] 2. While meeting the above requirements, the circuit must be relatively simple and have the dual practicality of being easy to produce and use, while also meeting the above characteristics.

[0084] 3. The present invention is also capable of implementing three transmission methods, making full use of the huge potential of controlling 100 independent signals to achieve three different functions.

[0085] For this purpose, a transmitting device with large amount of information is proposed. Obviously, in order to solve the above difficulties, this scheme must carry out creative thinking in many aspects.

[0086] 1. To facilitate clear expression, the present invention is first described as follows

[0087] (i) 12 push-button switch functions are equivalent to 100 analog switches. The main reason is that a dual control method of unit control and numbered object simultaneous control is adopted.

[0088] The macro idea of ​​the dual control method is to gather 100 numbered objects into 10 units: after determining the unit number, determine the number of numbered objects in the unit number, and then determine the unique number of numbered objects of the 100 objects, thereby achieving logical accuracy; second, as the unit number increases, the numbered objects controlled will increase accordingly, such as 10, so 100 instructions can be generated.

[0089] (ii) The applicant's existing achievements have created the necessary external conditions for the dual control method, namely, the relevant input series of the unit signals and numbered objects of the present invention are connected to the matching external output part.

[0090] 1. External unit output terminal part and output series description:

[0091] The final output device of this part is a decimal decoding integrated circuit, called a unit decoding integrated circuit, and its output terminal series is the output terminal series of the unit signal part. When operating the unit program, the output terminal series of the unit decoding integrated circuit is the decoding output result of each key signal after being output by the decoding integrated circuit. The output terminals 1-10 connected represent the unit number where the numbered object is located.

[0092] For example, in the process of operating the unit program, operating button 3 indicates that the output is the third unit among the 10 units; the output terminal series of the external unit part is connected to the unit input terminal series in the present invention.

[0093] 2. External number object class output terminal part and output series description:

[0094] It is another number decimal decoding integrated circuit, called the number object decoding integrated circuit, whose output terminal series is the number part output terminal series. When operating the numbering program, the output terminal series of the number decoding integrated circuit is the result of the decoding output of the number decoding set directly after each key signal is output by the decoding integrated circuit. Among them, the output terminals of 1-10 represent the meaning of one of the ten numbers in the unit after the unit number is determined.

[0095] For example, during the numbering procedure, operating button 6 indicates that the output is the 6th number among the 10 numbers in the unit; the output terminal series of the external numbering part is connected to the numbering input terminal series in the present invention.

[0096] 3. The unit number and number output signal also have the following points:

[0097] The first is to operate on 100 independent signals by first operating the unit number where the desired signal is located, that is, the unit number program, and then operating the numbering program.

[0098] Second, when operating the unit number program, there is no output in the number output terminal series. After the unit number is determined, when operating the number program, the unit number output signal will keep the unit number unchanged, but the number will change.

[0099] (III) While the external telephone operation and the matching telephone can be shared, it is important that three different modes of transmission can be generated in the control. Due to the existing achievements, the premise of 100 instructions can be generated. After the cooperation of this patent, three transmission modes of radio remote control can be formed, which can further enhance the advantages of 100 instructions.

[0100] (iv) Examples of simplified expressions, such as Figure 5 The eight numbers 1-8 among the numbers 1 to 10 of a dual-control unit in the coding control part shown adopt the first expression form in claim 3; the two numbers 9 and 10 adopt the third expression form in claim 4.

[0101] 2. Macro implementation of the connection between the coding control part and the transmission part

[0102] In the example, the coding integrated circuit in the coding control part is composed of a learning-type coding integrated circuit 301. The transmitting part is composed of a collection unit and a transmitting template. The collection unit is a circuit with an OR gate input property, which can transmit the signal input from one of the coding control multi-bit output terminals to the modulation input terminal of the transmitting template for transmission. Since each output terminal of the coding control part outputs the condition that meets the common requirements of the unit number and the number, that is, it is a unique signal among 100 signals, the signal emitted is also the most basic principle of a unique signal, and can produce a large number of different transmission effects and three modes due to changes in the operation method.

[0103] Since the launch part adopts modern advanced technology, it has all its advanced properties.

[0104] 3. Implementation and related explanation of the coding control circuit in one of the first forms.

[0105] The coding control part mainly includes a coding integrated circuit and a corresponding supporting unit control circuit.

[0106] In the example, the encoding integrated circuit adopts HCS301, and the unit control circuit adopts quad bidirectional analog switch CD4066 for illustration. One CD4066 has four analog switches.

[0107] Each dual-control unit consists of two coding integrated circuits and two unit control circuits. The connection method is that the input end of a switch is connected to the output end of a coding integrated circuit. The output end of the switch is a single-bit signal output end of the dual-control unit and also a single-bit unit signal output end of the coding control part. The two control input ends of the two switches are connected together to become a single-bit unit control input end of the coding control part. The two coding integrated circuits HCS301 have a total of eight input data lines, which are respectively connected to the 1-8-bit output end series of the numbering part of the external existing achievements.

[0108] By using the above connection method, the coding control part forms a total of ten identical dual-control units, and the unit control input terminal of each dual-control unit is respectively connected to the 1-10-bit output terminal series of the external unit part that has already been achieved.

[0109] The signal output ends of the ten dual-control units become the multi-bit signal output ends of the numbering control part and are connected to the multi-bit signal input ends of the transmitting part.

[0110] The first form of the coding control part forms a dual control unit, with key points explained.

[0111] 1. Each dual-control unit's one-bit signal output terminal must meet the most basic principle that the numbered object input terminal series and the unit control circuit control terminal signal are correct at the same time, only then can there be output;

[0112] If the unit control signal is incorrect, that is, the encoding integrated circuit has output, but the unit control switch is in the disconnected state.

[0113] The coding integrated circuit can only have an output when the input end of the numbering object is a high-bit input. This is because it is determined by the inherent characteristics of the coding integrated circuit, that is, the input data end of the coding integrated circuit must be a high-bit to be able to transmit.

[0114] 2. A dual-control unit can be composed of a coding integrated circuit and a unit control circuit. The more dual-control units there are, the more numbered objects a dual-control unit can control. Therefore, the number of numbered objects required for a dual-control unit can be adjusted by the number of dual-control units. In this example, if a dual-control unit has 2 coding integrated circuits, it can control 8 numbered objects.

[0115] 3. Based on the close relationship between the number object input terminal series, the unit control signal input terminal series, and the external decoding integrated circuit, when operating two programs, each key signal will only generate a unique signal in the corresponding program, and based on the fact that the operation of the two programs is random, the unit number is randomly selected. After the unit number is determined, the selection of multiple numbers in the unit number, such as one of the 8 in the example, is also random, so the fourth principle of operating according to a rule in the independent claim 1 can be realized, and the number of number objects can be arbitrarily selected in the determined dual-control unit.

[0116] According to the regular operation, the fifth principle is that the dual control unit can be arbitrarily selected and the number of numbered objects in the unit can be arbitrarily selected.

[0117] 4. Based on the connection relationship between the two signal series of the dual control unit, the operable # and * keys are also formed, so that the numbered object input terminal series in the dual control unit inputs a 0 signal, and then the data input terminal corresponding to the coding integrated circuit is zero and stops transmitting, so that the # and * keys can become the keys to terminate the transmission function, which is called the termination key.

[0118] 5. Based on the connection relationship between the two signal series of the dual control unit, after the previous number operation is completed, the stop key is operated again. The length of the interval between the two keys can form the principle of long-term transmission and short-term transmission.

[0119] 6. Based on the connection relationship of the two signal series of the dual control units, according to the regular operation, the first unit can be numbered from 1 to 10; then the second unit can be numbered from 1 to 10... until the tenth unit can be numbered from 1 to 10, which can form a trajectory emission form.

[0120] 7. Because of the above reasons, the above circuit can, firstly, not only simulate 100 independent switch effects with the ten buttons of the telephone, but also produce three special transmission methods. Thirdly, it can use a foreign telephone to control a large number of objects, such as 100, and can also use a common circuit form of the matching wireless telephone landline, which is easy to implement.

[0121] 8. The above-mentioned dual control method of unit control signal and number realizes the simplification of process and has strong applicability.

[0122] First, 20 active components, equivalent to 5 4066 integrated circuits, are used to replace the 80 analog switches in the conventional thinking; second, the numbered input series is purely copper foil connection, which is very easy to produce.

[0123] 4. Implementation of the second form of internal circuit performance of the coding control part and related instructions.

[0124] This example is implemented as in the previous one, except that the double-control unit in the previous one is a special case consisting of only one coding integrated circuit and one unit control circuit.

[0125] 5. Implementation of one of the third forms of the internal circuit of the coding control part and related instructions.

[0126] In the example, the coding integrated circuit in the coding control part is composed of a coding integrated circuit 301 with rolling code properties, and the dual-control constraint selection circuit is composed of a two-input AND gate, which are interconnected to form the third form of the coding control part.

[0127] According to the first form of the coding control section of claim 3, in the example, the signals numbered 1-8 in each unit control have been resolved.

[0128] The third form of expression mainly connects the remaining two numbers of 9 and 10 in each dual-control unit, and uses 4 AND gate circuits and a coding integrated circuit to form a dual-control unit. The connection method of one dual-control unit is:

[0129] The first and second one-bit input terminals of the two AND gate circuits are connected together to form the one-bit input terminal of the unit signal of the dual-control unit, that is, the unit signal input terminal, and connected to the corresponding output terminal of the output terminal series of the external unit part that has been achieved. The other one-bit input terminals of the two AND gate circuits are respectively connected to the two-bit output terminals 9 and 10 of the external numbered output part. The two-bit output terminals of the two AND gate circuits are respectively connected to the two-bit input data lines of the corresponding coding integrated circuit.

[0130] Use the third and fourth new AND gate circuits, that is, two new AND gate circuits, and use the connection method of the first and second AND gates to connect to the third and fourth data input terminals of the same coding integrated circuit.

[0131] Using the above connection method, that is, the third form of expression of the coding control part, 5 dual-control units can be used to realize the connection of 20 control objects. Combined with the connection form of the first expression method mentioned above, the emission relationship of 100 objects can be formed.

[0132] The main points of the dual control unit formed by the third form of the coding control part are explained.

[0133] 1. When each dual-control unit has a signal output, the unit control signal and the number must be correct to have an output. Otherwise, the AND gate is in a zero state with no output, and the coding integrated circuit does not generate an emission at this bit, thereby ensuring the uniqueness of the numerous outputs.

[0134] 2. For each operation, in the selection of numbers 9-10, among the 5 dual-control units, only one coding integrated circuit has output, because there is only one dual-control unit that meets the dual conditions of number and unit number.

[0135] 3. You can also use the ten buttons on a telephone to simulate 20 independent switch effects.

[0136] 4. The third form of expression mainly serves to make up for the deficiency of the first form of expression in one aspect. Because the third form of expression controls the coding integrated circuit with each data input terminal as the control unit, it has great flexibility and can control the remaining sporadic data input terminals of the entire coding integrated circuit.

[0137] 5. You can also use the third form to connect all the control parts.

[0138] 6. The operation method is still to operate the unit control signal first, and then operate the numbered input part. The principle is as described above.

[0139] 6. Explanation of several forms of the internal circuit of the coding control part.

[0140] For the several forms of expression of the coding control part, in fact, they all adopt the principle of dual control that both the unit number and the serial number are satisfied at the same time, so the logic is reliable. Using one expression method or a combination of multiple methods can achieve the purpose, each with its own characteristics.

[0141] 7. Network control and remote control can be used at the same time.

[0142] Telephone network control has the same circuit structure as radio remote control. The mobile phone key operation through the network produces the same dual control effect as the matching telephone landline key operation.

[0143] 8. Description of the effects and principles of the first launch operation method.

[0144] That is, long signal and short signal transmission method.

[0145] This method does not change the structure of the dual control method of the present invention, but only adopts a different operating method.

[0146] The meaning is that 100 signals are used to control 100 independent objects, and the same object can be in two different states, such as on and off, by using different transmission lengths.

[0147] The biggest advantage of this method is that the same object can be controlled with the same number, making full use of control signal resources. Second, when the user does not know the on and off status of the remote control object, this method can be used to directly achieve the purpose of on and off status of the object without being affected by the initial status of the object.

[0148] The operation steps and principles are as follows.

[0149] After the off-hook operation is completed, the key signal operation is used:

[0150] 1. First press the unit number where the control objects are located.

[0151] 2. Then operate the number in the unit number. At this time, the unit number and the number output terminal series will only output a unique object controlled signal.

[0152] 3. On the premise that the unit number has been determined, operate the number and determine the specific object.

[0153] That is, a unique control signal is sent to the 100 controlled objects in the area.

[0154] 3.1. The long press operation method is to press the number and then press a special key such as the # key after a slightly longer interval.

[0155] 3.2. The short press operation method is to press the number and then press a special key such as the # key after a short interval.

[0156] 4. Explanation of the logical principle of the long-transmission and short-transmission circuits in the operation method:

[0157] Principle 1: After operating the # or * key, it can become a transmission termination signal key.

[0158] After pressing the # key, the output after decoding and conversion into a decimal decoding circuit is 12. According to the characteristic that the decoding integrated circuit can only output a unique signal each time, the output terminal series of the numbered output part 1-10 will only output a signal of 0, which is a blocking signal for the coding integrated circuit and becomes the basis for long-term and short-term transmission.

[0159] Principle 2: Because of the inherent nature of the number decoding integrated circuit, after the previous number is generated, its state will remain until the next number arrives. For example, if the next code is a # key signal, the output end will be in the zero state. Therefore, the length of the interval time can be used to form long transmission and short transmission.

[0160] Principle three, long transmission and short transmission, after being processed by the receiving part of the existing achievements, can determine the working state of the controlled object. For example, when a short press is performed, a state function is sent to the controlled object, such as the on function. When a long press is performed, a second state is sent to the controlled object, such as the off function. Although this patent does not have a receiving part, it can send long and short signals, which achieves the required effect purpose of this patent.

[0161] 5. Use the long signal and short signal method to control each control object until the last control object.

[0162] IX. Effect and principle of the second launch operation method:

[0163] That is, the trajectory control launch method. This method does not change the structure of the dual control method of the present invention, but only adopts a different operation method.

[0164] Its significance is the operating method used to control the motion trajectory or 100 independent control points of the production process.

[0165] The operation steps and methods are:

[0166] Operate the first unit control signal first number signal in sequence, and then operate the second one to the tenth number signal in sequence.

[0167] Use the same method to operate on the first number of the second unit until the tenth number.

[0168] Use the same method to operate the third unit, the fourth unit... until the tenth unit, in the order of unit numbers from small to large, and the order of numbers within each unit number from small to large, operate the ten numbers in each unit control in turn, and a total of 100 program control points can be formed in sequence.

[0169] Formation principle description:

[0170] First, the present invention adopts the control of unit number and serial number, which has strong regularity and has the basis of sequential transmission. Second, in the operation of the above program, the serial number control part will output the corresponding high-order signal transmission signal in sequence, so the transmission part will follow the sequential transmission rule of 100 control objects, and the receiving system will also follow this rule and control the corresponding objects in sequence, that is, the present invention realizes sequential regular control. Third, according to the inherent nature of the corresponding decoding receiving integrated circuit, when the second signal is generated, the first signal is automatically turned off, so the transmission part can be transmitted according to this rule.

[0171] 10. Effect and principle of the third launch operation method:

[0172] That is called a simple operation method, which does not change the structure of the dual control method of the present invention.

[0173] The main significance is: for the same control object, one number is used for the open state and another number is used for the closed state, forming a simplest operation method; the advantages of this operation control method are that it conforms to the operation method and habits of a group of people, and there is no need to use long or short emission operation methods; secondly, the circuit is simple and easy to produce, and 50 objects can meet the requirements of many places.

[0174] The specific measure is to use 100 signals to control 50 independent objects.

[0175] Divide the 100 numbered signals into 50 pairs, that is, use two numbers to control the same object number; that is, the object number contains two coded signals, such as using the single signal of the two numbers as the on signal and the double signal as the off signal.

[0176] The specific operation method is:

[0177] 1. First operate the unit number where many control objects are located.

[0178] 2. Ten programmed signals in each unit; can control five independent objects, A, B, C, D, E.

[0179] 3. Operate the number of A to realize the on state of object A; operate the double number of A to realize the off state of object A.

[0180] 4. Use the above operation method to realize A, B, C, D, E; the on and off states of the object.

[0181] 5. Repeat the operation to control five objects in each of the ten units.

[0182] The formation principle is: the two-bit data input line of the coding integrated circuit controls one object. After being processed by the receiving part of the applicant's existing achievements, one odd signal can become a state of the same object, such as the open state; two even signals can become a state of the same object, such as the open state.

[0183] Various embodiments disclosed by the present technical measures have been described above. The above description is exemplary, not exhaustive, and is not limited to other described embodiments. For example, the three forms of expression of the coding control part, the two combined uses of the example already include the first and third forms of expression. The terms used in this article are intended to best explain the principles of the various embodiments, rather than to limit them. The same logical functions with different names also fall within the scope of protection of this application. It should be understood that the present technical measures are not limited to the structures described above and shown in the accompanying drawings, and those formed by certain modifications and changes also fall within the scope of protection of this application.

Claims

1. A transmitting device with a large amount of information, comprising a coding control part and a transmitting part; the output terminal series of the coding control part is connected to the input terminal series of the transmitting part, and the transmitting part sends a signal to control a plurality of controlled objects; the output state of the output terminal of the coding control part directly controls the transmitting state of the transmitting part; The described transmitting part is composed of a collection unit and a transmitting module. The collection unit has multiple input terminals and an output terminal, forming a logical OR relationship. One of the multiple input terminals is a single input terminal of the transmitting part, which is respectively connected to the multiple signal output of the coding control part. The output terminal of the OR gate circuit is connected to the audio modulation input terminal of the transmitting part. The transmitting part sends out multiple signals to control many objects in the area to which it belongs. The feature is that the coding control part is mainly composed of one or more dual-control units with the same structure, and each dual-control unit is composed of one or more coding integrated circuits and a unit control circuit corresponding to each coding integrated circuit: The input data lines of all the coding integrated circuits in each dual-control unit form a dual-control unit number input terminal series; multiple dual-control unit number input terminal series are connected in parallel to form an input terminal series of the coding control part; the control input terminals of the unit control circuits connected to the coding integrated circuits in each dual-control unit are connected together to form a single-bit unit control input terminal, and the multi-bit unit control input terminals form a unit control input terminal series of the coding control part; the two types of input terminal series are respectively connected to the corresponding output terminal series outside; the unit control circuit output terminals of each dual-control unit together form a signal output terminal series of the coding control part; Based on the dual control relationship of the connection between the number input series and the unit control input terminal series, the dual control unit number input terminal series can receive the first signal of the number object of one of the numerous numbers generated by the 12 keys; can receive the second signal of the # and * keys among the 12 keys to make the number input terminal series input zero; can receive the third type of signal of the long-term and short-term signal input modes of the three required transmission modes formed by the operation; the coding integrated circuit encodes the three signals, outputs the corresponding coding signals, and then accepts the control of the unit control circuit; through the control of the unit control circuit, outputs the unique coding object signal; Based on the determination of the dual control unit, a unique transmission signal is quickly generated with the input of the serial number; The output end of the coding integrated circuit follows the number of the input data line and outputs the corresponding status signal due to different operation modes; the number of numbered objects can be arbitrarily selected within the determined dual control unit; You can select any dual-control unit and any number of objects in the unit; 100 control signals are sent out in order from small to large according to the unit number and from small to large according to the number within each unit number. 1 to all control signals are sent out in sequence.

2. A transmitting device with a large amount of information according to claim 1, characterized in that: The number corresponding input terminal series of the coding control part is correspondingly connected to all or part of the series of multiple number output terminals generated by the number decoding integrated circuit associated with the external decoding integrated circuit; receiving the number object signal sent by one of the 12 keys each time; The unit control input terminal series of the coding control part is correspondingly connected to all or part of the multiple unit output terminal series generated by the unit control decoding integrated circuit associated with the external decoding integrated circuit; receiving the unit number signal sent by one of the 12 keys each time; Since a dual-control unit can contain multiple coding integrated circuits, the multi-bit signal output terminal generated by each dual-control unit greatly expands the number range of controlled numbered objects of a dual-control unit; The corresponding matching unit control circuit is a control circuit with a switch property, which controls whether the output end of the corresponding dual-control unit has output.

3. The transmitting device with large amount of information according to claim 1, characterized in that: The first form of expression of the coding control part is that it includes multiple dual-control units with the same structure. The composition and connection mode of each dual-control unit are that the dual-control unit includes multiple coding integrated circuits and multiple matching unit control circuits; each coding integrated circuit is connected to a corresponding unit control circuit, and the unit control circuit is an electronic circuit with the properties of a switch control circuit. In the dual-control unit, the control input ends of the unit control circuits connected to the multiple coding integrated circuits are connected together to form a single-bit unit control input end of the dual-control unit. The coding control part has multiple single-bit unit control input ends; connected to all or part of the multi-bit output ends of the unit decoding integrated circuit output end series associated with the external decoding integrated circuit, determine the number of units to which the multiple units belong, and the multi-bit input data lines of all the coding integrated circuits in each dual-control unit constitute a numbering input end series, which are respectively connected to all or part of the numbering decoding integrated circuit output end series associated with the external decoding integrated circuit. Each unit control output end is a signal output end of the coding control part, which outputs a coded modulation signal that meets the constraints of two conditions: the numbering object signal and the unit number signal. Based on the connection mode of the unit control circuit, a unit control circuit can be formed to replace the transmission analog switch of all data input lines of a coding integrated circuit; The dual control unit can also be formed in a form that only contains one coding integrated circuit and a corresponding unit control circuit, so as to form a second form of expression in which the coding integrated control part is more flexibly connected.

4. A transmitting device with a large amount of information according to claim 3, characterized in that: The third form of the coding control part is that it includes multiple dual-control units with the same structure. The composition and connection mode of each dual-control unit are as follows: the dual-control unit is composed of a coding integrated circuit and one or more dual-control constraint selection circuits. The dual-control constraint selection circuit is an AND gate circuit. The first input terminal of the dual-control constraint selection circuit is connected to the unit decoding integrated circuit output terminal series associated with the external decoding integrated circuit, that is, the unit output terminal series. The second input terminal of the dual-control constraint selection circuit is connected to the number decoding integrated circuit output terminal series associated with the external decoding integrated circuit, that is, the number output terminal series. The output terminal of the dual-control constraint selection circuit is connected to the one-bit data input terminal of the coding integrated circuit. The input terminal series of multiple dual-control constraint selection circuits constitutes two types of signal input terminal series, namely, unit type and number type, to receive external unit type and number type signals. The dual-control constraint selection circuit realizes a dual control mode for a one-bit input data line of the coding integrated circuit as a unit, and realizes full application of the data input line of the coding integrated circuit. The output terminal of each coding integrated circuit is a one-bit signal output terminal of the dual-control unit, which constitutes a one-bit output terminal of the coding control part. The dual-control unit outputs a modulation signal that meets both the number and unit number conditions.

5. A transmitting device with a large amount of information according to claim 4, characterized in that: The coding control part is either completed by the first, second or third expression form alone, or is composed of the first, second and third expression forms combined.

6. The transmitting device with large amount of information according to claim 1, characterized in that: The output of the coding control part controls the rule of the transmitting part. The operation steps are: first turn on the unit control circuit signal, then input the number signal connected to the data input terminal of the coding integrated circuit. Based on the multi-bit signal in the number signal input terminal series, it is the number decoding output of the external decoding integrated circuit. Therefore, each time the corresponding key is pressed, the number input terminal series inputs a number of multiple numbers, so that the corresponding data input terminal of the coding integrated circuit is high, forming the number input terminal series of the coding control part and the final output. After the unit is determined, the number input terminal and the final output terminal output a high bit of one of the multiple numbers, which becomes a logically correct corresponding transmission; Based on the connection relationship between the two signal series of serial number and unit number in the dual control unit, it is possible to select the unit number first and then determine the number of serial numbers in the unit arbitrarily; Based on the connection relationship between the two signal series of the number and the unit number in the dual control unit, it is formed that the unit number can be arbitrarily selected first, and then the arbitrary number of the number in the unit can be selected; Based on the connection relationship between the two signal series of the number and the unit number in the dual control unit, the # key and the * key of the 12 keys that can be controlled are formed, so that the input of the dual control unit number input end series is zero, and then the output of the encoding integrated circuit is zero, and the transmission is stopped, so the # and * keys are the transmission termination keys; Based on the connection relationship between the two signal series of the number and the unit control number in the dual control unit, after the previous number is completed, the length of the stop key interval is operated to form a long time transmission and a short time transmission; Based on the connection relationship between the two signal series of numbers and unit numbers in the dual-control units, the operation is carried out according to the rules, forming the transmission from the smallest number to the last number in the first unit first; followed by the transmission from the smallest number to the last number in the second unit... until the first number to the last number in the last unit, finally forming a special situation of sequential transmission monitoring of many nodes.

7. The transmitting device with large amount of information according to claim 1, characterized in that: There are three launch modes. The first launch mode - long and short operation launch operation steps are: First, press the unit control signal where many control objects are located; Second, operate the number in the unit control signal. At this time, the unit control signal and the number output terminal series will only output a unique object controlled signal; Third, under the premise of determining the unit control signal, use the long press and short press method to operate the number and determine the specific object; Fourth, the long press operation method is to press the number, wait a little longer, and then press a special key; Fifth, the short press operation method is to press a number and then press another number or a special key after a short interval.

8. The transmitting device with large amount of information according to claim 1, characterized in that: the second Launch mode: The operating steps of trajectory launch are: First, operate the first unit to control the first number signal in sequence, and then operate the unit to control the second to the last number in sequence; Second, use the same method to operate the first number of the second unit control signal in sequence, until the last one; Third, use the same method to operate the third, fourth, up to the tenth unit control signal, in the order of unit numbers from small to large, and in the order of numbers within each unit number from small to large, operate the ten numbers within each unit control in turn, and a total of 100 program control points can be formed in turn.

9. The transmitting device with large amount of information according to claim 1, characterized in that: The third launch method - the simple form of launch operation steps are: First, operate the unit control signals where many control objects are located; Second, each unit control has ten numbers, which can control five independent objects: A, B, C, D, E; Third, operate A's single number to realize the A object's open state; operate A's double number to realize the A object's closed state; Fourth, follow the above steps to realize the on and off states of objects A, B, C, D, and E; Fifth, repeat the operation to achieve control of five objects in each of the ten units.

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