44results about How to "Strong sense of modernity" patented technology

The invention discloses a braiding method of technical furniture, which consists of frame (1) and bar-shaped material (2), wherein the frame (1) thereon by multiple paralleling branched bars (3) is hollow shape made of vine bar with certain hardness, ferric bar or wood bar; the bar-shaped material (2) is flexible vine bar, twine, kraft twine or adhesive tape arranged parallelingly, which is pined on multiple branched bars (3) along vertical direction sequently; two decorative bars (4, 5) are crossed on the upper surface of all points of each branched bar (3) and several bar-shaped materials (2) to display attractive decoration. The invention has peculiar appearance, fluid line and modern sense, which improves the added value of the product.

A bidirectional transmission converter belongs to electric technique field, which uses fixed telephone as carrier, adds three electric circuits as remote-control emission, remote-control receive, and program control circuit on relative keys of base, to realize bidirectional transmission between communication network and remote-control signal. The invention can be engaged with former guard door, which can use mobile phone or fixed phone to automatically control door, wherein when there is open signal, the invention can send a plurality of mobile phone or fixed phone signals to the phone carried by user, to improve safety of guard door. And the invention has low cost, with wide application, clock report and automatic door open functions or the like.

The invention discloses a safe automobile remote-control emitter, and belongs to the electronic technical field. The emitter is mainly composed of a two wave four code battery power circuit, a two wave four code button switch circuit, a two wave four code total electronic oscillating circuit switch circuit, a two wave four code one wave/two wave electronic switch circuit, a two wave four code one wave/two wave oscillating circuit switch circuit, a two wave four code one wave one code/one wave two code electronic switch circuit, a two wave four code one wave one code/one wave two code coding electronic circuit, a two wave four code one wave one code/one wave two code encoding output circuit, a two wave four wave two wave three code/two wave four code electronic switch circuit, a two wave four code two wave three code/two wave four code encoding electronic circuit, a two wave four code two wave three code/two wave four code encoding output circuit, a two wave four code one wave two code/two wave two code encoding or gat output circuit, and a two wave four code one wave/two wave two code emission electronic circuit unit. The wave and wave of two waves, the code and code of two codes, and the dual codes and dual codes of four codes can form different combinations, and the safety is high.

The invention discloses an automobile multi-code emitter and belongs to the electronic technical field. The automobile multi-code emitter is composed of a three wave five code battery power circuit, a three wave four code button switch circuit, a three wave four code total electronic oscillating switch circuit, a three wave four code one wave/two wave electronic switch circuit, a three wave four code one wave/two wave oscillating switch circuit, a three wave four code one wave one code/one wave two code electronic switch circuit, a three wave four code one wave one code/one wave two code encoding circuit, a three wave four code one wave one code/one wave two code encoding output circuit, a three wave four code one wave two code encoding or gate output circuit, a three wave four code one wave two code encoding excitation output circuit, a three wave four code one wave two code emission electronic circuit, a three wave four code two wave three code/three wave four code electronic switch circuit, a three wave four code two wave three code/three wave four code encoding circuit, a three wave four code two wave three code/three wave four code encoding output circuit, a three wave four code two wave three code/three wave four code encoding excitation output circuit, and a three wave four code two wave three code/three wave four code emission electronic circuit.

The invention relates to a two-wave four-code vehicle remote control receiver, and belongs to the technical field of electrons. The two-wave four-code vehicle remote control receiver mainly comprises a two-wave four-code vehicle remote control receiver battery power supply, a two-wave four-code vehicle remote control receiving interwave control circuit, a two-wave four-code vehicle remote control receiving identification circuit, a two-wave four-code vehicle remote control receiving execution output circuit, a two-wave four-code vehicle remote control receiving first-wave circuit unit and a two-wave four-code vehicle remote control receiving second-wave circuit unit. According to the present invention, by matching the two-wave four-code vehicle remote control receiver and the two-wave four-code vehicle remote control emitter, the two waves of the two-wave four-code vehicle remote control receiver comprise radio waves and infrared ray waves, or infrared ray waves and ultrasonic waves, or ultrasonic waves and radio waves, and the four codes are that the two groups formed by respectively combining the fixed code and the fixed codes, or the fixed code and the rolled code, or the rolled code and the rolled code are flexibly matched; and the two-wave four-code vehicle remote control receiver has characteristics of strong confidentiality, stable and reliable performance, simpleness, and easy production and installation.

The invention discloses a metal anti-snoring brace which comprises a lower brace and an upper tooth positioning strip for maintaining dislocation of a front end position with the lower brace, whereinthe lower brace and the upper tooth positioning strip are made of metal materials; a detachable flexible gasket is arranged inside the upper tooth positioning strip. The invention aims to provide a metal anti-snoring brace which is made of the metal materials, is not easy to deform and not easy to fall off, has good wear resistance and long service life, and can effectively avoid disordered breathing caused by obstruction of a depressed tongue base; a user can speak when wearing the metal anti-snoring brace. The invention further provides a preparation method of the anti-snoring brace, whereinthe preparation method adopts small-particle-size pellet grinding, forms a making knack by matching a rotation speed with time, and improves wearing comfort and precision.

The invention relates to a multi-code transmission design scheme, and belongs to the technical field of electrons. The multi-code transmission design scheme comprises a three-carrier-wave four-code battery power supply, a three-carrier-wave four-code button switch, a three-carrier-wave four-code total electron oscillation circuit switch, a three-carrier-wave four-code one-carrier-wave two-carrier-wave electron switch, a three-carrier-wave four-code one-carrier-wave two-carrier-wave oscillation circuit switch, a three-carrier-wave four-code one-carrier-wave one-code one-carrier-wave two-code electron switch, a three-carrier-wave four-code one-carrier-wave one-code one-carrier-wave two-code electron circuit, a three-carrier-wave four-code one-carrier-wave one-code one-carrier-wave two-code output circuit, a three-carrier-wave four-code one-carrier-wave two-code coding or gate output circuit, a three-carrier-wave four-code one-carrier-wave two-code emission electron circuit, a three-carrier-wave four-code two-carrier-wave four-code, a three-carrier-wave four-code two-carrier-wave four-code coding electron circuit, a three-carrier-wave four-code two-carrier-wave four-code coding output circuit, a three-carrier-wave four-code two-carrier-wave four-code emission electron circuit, a three-carrier-wave four-code three-carrier-wave three-code electron switch, a three-carrier-wave four-code three-carrier-wave three-code coding electron circuit, a three-carrier-wave four-code three-carrier-wave three-code coding output circuit, and a three-carrier-wave four-code three-carrier-wave three-code emission electron circuit. According to the present invention, the advantages of high safety, good security, stable performance and easy production are provided.

The invention relates to an enhanced vehicle remote control emission mode, and belongs to the technical field of electrons. The enhanced vehicle remote control emission mode comprises a three-carrier-wave three-code battery power supply, a three-carrier-wave three-code button switch, a three-carrier-wave three-code total electron oscillation circuit switch, a three-carrier-wave three-code one-carrier-wave three-code electron switch, a three-carrier-wave three-code one-carrier-wave three-code coding electron circuit, a three-carrier-wave three-code one-carrier-wave three-code coding amplification excitation circuit, a three-carrier-wave three-code one-carrier-wave three-code emission electron circuit, a three-carrier-wave three-code two-carrier-wave electron switch, a three-carrier-wave three-code two-carrier-wave oscillation circuit switch, a three-carrier-wave three-code two-carrier-wave two-code electron switch, a three-carrier-wave three-code two-carrier-wave two-code coding electron circuit, a three-carrier-wave three-code two-carrier-wave two-code coding amplification excitation circuit, a three-carrier-wave three-code two-carrier-wave two-code emission electron circuit, a three-carrier-wave three-code three-carrier-wave one-code electron switch, a three-carrier-wave three-code three-carrier-wave one-code coding electron circuit, a three-carrier-wave three-code three-carrier-wave one-code coding amplification excitation circuit, and a three-carrier-wave three-code three-carrier-wave one-code emission electron circuit. According to the present invention, by using the three-carrier-wave three-code, the carrier wave and the code can be flexibly selected and matched, such that the safety is high, and the production installation is easy.

The invention provides an automobile main-wave multi-code secondary-wave single-code remote control emitter, and belongs to the technical field of electronic engineering. The emitter consists of a main-wave multi-code secondary-wave single-code battery supply, a main-wave multi-code secondary-wave single-code button switch, a main-wave multi-code secondary-wave single-code master electron oscillating circuit switch, a main-wave multi-code main-wave electronic switch, a main-wave multi-code main-wave oscillating circuit switch, a main-wave multi-code main-wave one-code electronic switch, a main-wave multi-code main-wave two-code electronic switch, a main-wave multi-code main-wave three-code electronic switch, a main-wave multi-code main-wave one-code coded electronic circuit, a main-wave multi-code main-wave two-code coded electronic circuit, a main-wave multi-code main-wave three-code coded electronic circuit, a main-wave multi-code main-wave one-code coded output electronic circuit, a main-wave multi-code main-wave two-code coded output electronic circuit, a main-wave multi-code main-wave three-code coded output electronic circuit, a main-wave multi-code or gate output circuit, a main-wave multi-code transmitter circuit unit, a main-wave multi-code secondary-wave single-code main-wave electronic switch, a main-wave multi-code secondary-wave single-code secondary-wave electronic switch, a main-wave multi-code secondary-wave single-code main-wave oscillating circuit switch, a main-wave multi-code secondary-wave single-code secondary-wave oscillating circuit switch, a secondary-wave single-code secondary-wave four-code electronic switch, a secondary-wave single-code secondary-wave four-code coded electronic switch, a secondary-wave single-code secondary-wave four-code coded output electronic circuit, and a secondary-wave four-code secondary-wave single-code transmitter circuit. The safety of the emitter is improved by adopting changes of a plurality of forms of strong-wave multiple codes and weak-wave single codes.

The invention relates to a dual-wave and dual-code remote control emitter and belongs to the technical field of electrons. The dual-wave and dual-code remote control emitter mainly comprises a dual-wave and dual-code battery power supply, a dual-wave and dual-code button switch, a dual-wave and dual-code electronic oscillation circuit switch, a dual-wave and dual-code first-wave electronic switch, a dual-wave and dual-code first-wave coding insulation electronic circuit, a dual-wave and dual-code first-wave coding electronic circuit, a dual-wave and dual-code first-wave emitting insulation electronic circuit, a dual-wave and dual-code first-wave emitting electronic circuit or unit, a dual-wave and dual-code second-wave electronic switch, a dual-wave and dual-code second-wave coding insulation electronic circuit, a dual-wave and dual-code second-wave coding electronic circuit, a dual-wave and dual-code second-wave emitting insulation electronic circuit and a dual-wave and dual-code second-wave emitting electronic circuit or unit, wherein two waves of the emitter can be radio wave and infrared wave, or infrared wave and ultrasonic wave or ultrasonic wave and radio wave; two codes of the emitters can be fixed code and fixed code, or fixed code and roll code or roll code and roll code. The dual-wave and dual-code remote control emitter is high in confidentiality, stable and reliable in property and simple and easy to produce and mount.

A design solution for improving modern performance of a theft-proof door belongs to mechanical and electric integration technical field. The inventor reuses own three items of inventive result and improves to form a reliable solution taking a telephone as the mechanical key to open the door, which scientifically solves various contradiction. The invention takes a seated phone, mobile phone namely general communicator as a receiver of the door opening signal, and is composed of a sampling circuit, an amplifying circuit, memory circuit, an eliminating resetting circuit, a control circuit and an automatic manual double-use lock, etc. The main principle is to take out the calling door opening signal from the receiver, processed by the circuits to form a door opening signal. The advantages is as follows, opening door is so modern without key that the invention can be operated by remote control in long distance, which is modern, with new trend and good accidental resistance. The most prominence is to ensure the integrity of the communication parts in the sampling process, so the invention has high comprehensive use value.

The invention discloses a multi-code receiving design scheme, and belongs to the field of electronic technologies. The scheme is mainly composed of a multi-code receiving battery power supply, a multi-code receiving first-wave circuit unit, a multi-code receiving second-wave circuit unit, a multi-code receiving third-wave circuit unit, a multi-code receiving inter-wave control circuit unit, a multi-code receiving recognition and gate circuit unit and a multi-code receiving execution output circuit unit, wherein the multi-code receiving inter-wave control circuit unit is composed of a multi-code receiving first to second-wave control circuit part and a multi-code receiving second to third-wave control circuit part; the multi-code receiving design scheme is matched with a multi-code transmitting design scheme to form various combinations, with higher anti-cracking capacity and the best effect. Therefore, a transmission encoding technology is enriched. As a result, our enterprise makes innovation on the system, and provides an invention scheme of the system to serve as a series of protection systems. The scheme has the advantages of being prone to produce and operate, very competitive in market competition, stable, safe and reliable in performance and easy to produce.