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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	印刷线路板液态导热介质中脱焊分离器件的方法及装置	CN200610039196.0	2006-03-23	CN100496192C	2009-06-03	宋守许; 潘君齐; 刘志峰; 刘光复; 胡张喜
印刷线路板液态导热介质中脱焊分离器件的方法及装置，其特征是将焊接有元器件的待处理线路板浸没在液态导热介质中，保持液态导热介质在使焊锡熔化的温度上，待焊锡熔化后分别收集焊锡、线路板和元器件。本发明提供了一种可降低能耗、无有毒有害气体的挥发、元器件脱落率高、焊锡去除率高、元器件损坏率低的印刷线路板脱焊分离器件的方法，实施该方法的装置简单易行。
2	印刷线路板液态导热介质中脱焊分离器件的方法及装置	CN200610039196.0	2006-03-23	CN1832663A	2006-09-13	宋守许; 潘君齐; 刘志峰; 刘光复; 胡张喜
印刷线路板液态导热介质中脱焊分离器件的方法及装置，其特征是将焊接有元器件的待处理线路板浸没在液态导热介质中，保持液态导热介质在使焊锡熔化的温度上，待焊锡熔化后分别收集焊锡、线路板和元器件。本发明提供了一种可降低能耗、无有毒有害气体的挥发、元器件脱落率高、焊锡去除率高、元器件损坏率低的印刷线路板脱焊分离器件的方法，实施该方法的装置简单易行。
3	闪光发生器以及具有识别电子器件的闪光灯头和延伸电缆	CN201680013172.X	2016-02-25	CN107430317B	2020-07-03	安东·法尔克; 乌尔夫·卡尔森
本公开内容涉及一种闪光发生器10，其能够识别连接至闪光发生器20的闪光灯头20及闪光灯头延伸电缆30是哪种类型。此外，本公开内容涉及可以由闪光发生器20识别的闪光灯头20及闪光灯头延伸电缆30。该目标由给闪光灯头20提供功率供给的闪光发生器10获得。此外，闪光发生器10包括用于对电容器12充电的第一电流发生器13。闪光发生器10还包括第二电流发生器或电压发生器14，其连接至闪光发生器10的输出端11,15并且被布置成提供电流或电压以在连接至闪光发生器10的闪光灯头20或闪光灯头延伸电缆30中的部件22,32两端产生电压UID。处理装置16被布置成通过所测量的电压UID来识别闪光灯头20或闪光灯头延伸电缆30。
4	闪光发生器以及具有识别电子器件的闪光灯头和延伸电缆	CN201680013172.X	2016-02-25	CN107430317A	2017-12-01	安东·法尔克; 乌尔夫·卡尔森
本公开内容涉及一种闪光发生器10，其能够识别连接至闪光发生器20的闪光灯头20及闪光灯头延伸电缆30是哪种类型。此外，本公开内容涉及可以由闪光发生器20识别的闪光灯头20及闪光灯头延伸电缆30。该目标由给闪光灯头20提供功率供给的闪光发生器10获得。此外，闪光发生器10包括用于对电容器12充电的第一电流发生器13。闪光发生器10还包括第二电流发生器或电压发生器14，其连接至闪光发生器10的输出端11,15并且被布置成提供电流或电压以在连接至闪光发生器10的闪光灯头20或闪光灯头延伸电缆30中的部件22,32两端产生电压UID。处理装置16被布置成通过所测量的电压UID来识别闪光灯头20或闪光灯头延伸电缆30。
5	Electric circuit and wave-function expressing method	JP2008079805	2008-03-26	JP2009239402A	2009-10-15	NAKAJIMA HIROKI
PROBLEM TO BE SOLVED: To provide an electric circuit that basically executes the description of both steady state and time evolution of a quantum-mechanical wave function by the same circuit configuration while also expressing a wave function in a potential barrier. SOLUTION: The electric circuit has a first voltage source 5, which is connected on a first main signal line between a first terminal 1 and a second terminal 2 so as to output a prescribed voltage based on a value of a current flowing through a third terminal 3, a second voltage source 6, which is connected on a second main signal line between the third terminal 3 and a fourth terminal 4 so as to output a prescribed voltage based on a value of a current flowing in the first terminal 1, a first current source 9 connected between the second terminal 2 and the ground so as to output a prescribed current based on a value of a voltage of the fourth terminal 4, and a second current source 10 connected between the fourth terminal 4 and the ground so as to output a prescribed current based on a value of a voltage of the second terminal 2. First/second electric capacities 7, 8 each having a prescribed capacity value are connected between the second terminal 2 and the ground and between the fourth terminal 4 and the ground, respectively. COPYRIGHT: (C)2010,JPO&INPIT
6	思考を分からなくする方法	JP2018210941	2018-10-01	JP2020058009A	2020-04-09	三宅正宏
【課題】思考を分からないようにするために周波数を520MHzに変換する。【解決手段】Visual Basicを用いて周波数を520MHzに変換する。【選択図】なし
7	Four-gate transistor analog multiplier circuit	US11804893	2007-05-21	US20080001658A1	2008-01-03	Mohammad Mojarradi; Benjamin Blalock; Sorin Cristoloveanu; Suheng Chen; Kerem Akarvardar
A differential output analog multiplier circuit utilizing four G4-FETs, each source connected to a current source. The four G4-FETs may be grouped into two pairs of two G4-FETs each, where one pair has its drains connected to a load, and the other par has its drains connected to another load. The differential output voltage is taken at the two loads. In one embodiment, for each G4-FET, the first and second junction gates are each connected together, where a first input voltage is applied to the front gates of each pair, and a second input voltage is applied to the first junction gates of each pair. Other embodiments are described and claimed.
8	印刷线路板液态导热介质中脱焊分离器件的装置	CN200620070833.6	2006-03-23	CN2904571Y	2007-05-23	宋守许; 潘君齐; 刘志峰; 刘光复; 胡张喜
印刷线路板液态导热介质中脱焊分离器件的装置，其特征是设置可温控的加热槽，导热介质盛放在加热槽中，加热槽的底部设置超声波振子，用于夹持线路板的夹具在加热槽的两侧分别通过夹持臂悬吊在旋转臂的前端，旋转臂的尾端以铰接的方式支承在固定支架上。本实用新型提供了一种可降低能耗、无有毒有害气体的挥发、元器件脱落率高、焊锡去除率高、元器件损坏率低的印刷线路板脱焊分离器件的装置，该装置结构简单，易于实施。
9	Thermal emitter for energy conversion technical field	US15347961	2016-11-10	US10797633B2	2020-10-06	Bingnan Wang; Chungwei Lin; Jianjian Wang; Koon Hoo Teo
A thermal emitter including a substrate and a grating arranged atop the substrate, the grating includes a plurality of equidistant structures having a cross-section with a trapezoid shape. Material of the substrate and the grating converts incoming heat into radiation.
10	Gas Insulated Bus and Particle Removal Method for Gas Insulated Bus	US13462974	2012-05-03	US20120281332A1	2012-11-08	Tatsuro KATO; Toshiaki Rokunohe; Hisashi Urasaki; Ryoichi Shinohara
The present invention is provided to satisfy insulation and conductivity performance requirements, to reduce the size of a gas insulated bus, and also to make conditioning for a particle more reliable. In a gas insulated bus having a conductor supported in a cylindrical metal container via an insulator, insulating gas being contained in the metal container, the metal container has an expanded diameter part formed over a given range in an area of the metal container in which the insulator is positioned and a reduced diameter part formed over the entire area of the metal container except for the expanded diameter part. Thus, when the temperature of the insulator increases during conduction, heat from the insulator is transferred to the metal container via a large space in the expanded diameter part and released to the air through a large outer surface of the expanded diameter part of the metal container.
11	A FLASH HEAD AND EXTENSION CABLE WITH IDENTIFICATION ELECTRONICS AND A FLASH GENERATOR	EP16759212.0	2016-02-25	EP3265873B1	2020-10-28	FALK, Anton; CARLSSON, Ulf

12	A FLASH HEAD AND EXTENSION CABLE WITH IDENTIFICATION ELECTRONICS AND A FLASH GENERATOR	EP16759212.0	2016-02-25	EP3265873A1	2018-01-10	FALK, Anton; CARLSSON, Ulf
A flash generator is capable of identifying which type of flash head and flash head extension cables that is connected to the flash generator. A flash head and flash head extension cable can be identified by the flash generator. The flash generator provides a power supply to a flash head. Further the flash generator includes a first current generator for charging the capacitor. The flash generator further includes a second current generator or a voltage generator connected to an output of the flash generator and arranged to provide a current or a voltage to create a voltage UID over a component in a flash head or a flash head extension cable connected to the flash generator. Processing means are arranged to identify the flash head or the flash head extension cable by the measured voltage UID.
13	QUANTUM KINETIC WELL	CA3114593	2021-04-12	CA3114593A1	2021-10-13	LEE MCKANE B
Provided herewith is a closed loop circuit including a transistor operable as a microscopic switch device to amplify electron pressures. The transistor has a collector connected to a positive voltage source. An optocoupler is provided, connected in parallel to the positive voltage source, and triggered in response to a triggering unipolar pulse from a network. An output of the optocoupler is connected to a base of the transistor. A capacitor is provided, connected between the emitter of the transistor and a ground, and having an anode and a cathode for receiving a capacitive dielectric medium therebetween, such that, electrons flow through dielectric medium to the transistor from a ground state in order to break down the dielectric material. In the preferred embodiment, the dielectric material includes water which is dissociated into hydrogen and oxygen.
14	proteção de um dispositivo e dos dados dentro do dispositivo	BR112016007797	2014-09-23	BR112016007797A8	2018-04-24	JOHN BETTENDORF
são fornecidos sistemas e métodos para proteger um dispositivo de autoproteção e as informações que são armazenadas na memória dentro do dispositivo. o dispositivo de autoproteção compreende uma unidade processadora e memória externa à unidade processadora. a unidade processadora contém um processador e memória de unidade processadora. mediante a inicialização do dispositivo de autoproteção, a unidade processadora determina se uma chave de segurança está armazenada na memória de unidade processadora. se nenhuma chave de segurança estiver armazenada, então, a unidade processadora gera uma chave de segurança e armazena a mesma na memória de unidade processadora. a unidade processadora usa a chave de segurança para descriptografar as informações lidas a partir da memória externa à unidade processadora e para criptografar as informações a serem armazenadas na memória externa à unidade processadora.
15	Beleuchtungseinheit mit einer transparenten Trägerplatte und daraufsitzender Leuchtdiode	DE102007017335	2007-04-11	DE102007017335C5	2017-04-27	SCHLENKER HELMUT; JÄCKLE GÜNTHER
Beleuchtungseinheit mit einer transparenten Trägerplatte (10), die auf einer Seite (14) mit elektrischen Leiterbahnen (20) und einer Vielzahl von Bauelementen (30) sowie mindestens einer Leuchtdiode (40), durch welche parallel zur Trägerplatte (10) Licht abstrahlbar ist, versehen ist, wobei die Leuchtdiode (40) eine SIDE-LED ist, wobei eine Kunststoffmasse (70) vorgesehen ist, in die die SIDE-LED eingebettet ist und aus der SIDE-LED heraustretendes Licht (L) einstrahlt, und wobei auf der Beleuchtungseinheit ein Deckelteil (60) sitzt mit einem separat eingesetzten oder integralen Reflektorelement (62), durch welches von der SIDE-LED parallel zur Trägerplatte (10) gestrahltes Licht (L) in die transparente Trägerplatte (10) umgelenkt wird.
16	Integrované přijímací zařízení pro pasivní sledování leteckého provozu	CZ201632598	2016-07-20	CZ29991U1	2016-11-15

17	Processo de treinamento para transferência e desenvolvimento de conhecimento tácito	BR132012022017	2012-08-31	BR132012022017E2	2015-07-14	RIBEIRO RODRIGO MAGALHÃES; LIMA FRANCISCO DE PAULA ANTUNES; SILVA PAULO HENRIQUE MARQUES DA
Processo de treinamento para transferência e desenvolvimento de conhecimento tácito. A matéria tratada remete ao pedido de patente pi1103375-4. A matéria tratada descreve um processo de treinamento no trabalho, direcionado especificamente para transferência e o desenvolvimento de conhecimento tácito; utilizando análise da atividade, construção de árvore de julgamentos, criação de um ambiente de aprendizagem (opcional), treinamento introdutório e treinamento no trabalho direcionado. Esse processo sistematiza o treinamento no trabalho de modo a possibilitar a redução do tempo e uma melhora de conteúdo do treinamento.
18	Free flowing melamine cyanurate agglomerate, a method for its production and a polymer composiiton containing it	IL16128704	2004-04-04	IL161287A	2014-11-30
The invention relates to agglomerates of flame-retardants, in particular melamine cyanurate, containing aggregates with an average size of between 0.1 and 10 wt. %, relative to the total agglomerates weight, and has a softening point higher than 40° C. The invention further relates to a method for producing said agglomerates, the use of the agglomerates in the preparation of polymer compositions, and polymer compositions containing melamine cyanurate.
19	Impregnated cloth	IL23074514	2014-01-30	IL230745D0	2014-03-31
The invention provides a knitted spacer fabric having a tightly knitted bottom layer (10), a more loosely knitted upper layer (12) and linking fibres (14) extending across the space (16) between the lower and upper faces (10,12). Settable material, e.g. cement, is introduced into the space (16) between the upper and lower faces and can be caused to set by the addition of a liquid, e.g. water. Until set, the fabric is flexible and can be shaped but after the material in space (16) has set, the fabric is rigid and can be used as a structural element in a wide range of situations. The packing of the settable material and maximum space between the faces are such that only a predetermined amount of liquid can be accommodated within the space and that amount is matched to the water required to set the cement.
20	Ferrite-induced spatial modification of EM field patterns	US12926664	2010-12-02	US20140063676A1	2014-03-06	Michael Sigalov; Alexander Bilchinsky; Eran Ben Shmuel
An apparatus for exciting a rotating field pattern in a cavity containing an object, the apparatus comprising a radiating element configured to excite an electromagnetic (EM) field pattern in the cavity, wherein the EM field pattern is excited with EM energy at a frequency in the radio-frequency (RF) range, a field rotating element configured to rotate the EM field pattern, wherein the field rotating element has an anisotropy, the anisotropy selected from magnetic anisotropy, electric anisotropy, and a combination of magnetic and electric anisotropies, and a controller configured to determine the EM field pattern according to value indicative of energy absorbable by the object and to control the anisotropy of the field rotating element in order to rotate the EM field pattern.

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