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1 INCOMING CALL SPECIFICATION SYSTEM FOR ELECTRONIC EXCHANGE USING NEXT BLOCKING SIGNAL / FUJITSU LTD, FUJITSU COMMUN SYST LTD
(PURPOSE) To inhibit the selection of a relevant exchange station to which its counter station requests the service by informing previously the next exchange station of a fact that the incoming calles are specified when this specification is exercised. (CONSTITUTION) A central controller CC 206b of an exchange station 201b detects the abnormality like the congestion of a transmission line, etc., when an output trunk 204a of an exchange station 201a and an input trunk 205b of the station 201b are idle. Under such conditions, the station 201b is set in an incoming call specification exercisable state. Then the CC 206b selects the trunks 205b one by one to connect them to the next station 201a and at the same time outputs the maintenance blocking requests to these selected trunks to block them. At the same time, a next blocking signal 208 is outputted to the station 201a and the CC 205a of the station 201a locks out the trunk 204a counter to the trunk 205b of the station 201b .
2 ELECTRONIC EQUIPMENT, CONTROL METHOD THEREOF, AND COMMUNICATION SYSTEM / CANON INC
PROBLEM TO BE SOLVED: To provide electronic equipment capable of achieving quick display changeover and its control method and a communication system.SOLUTION: Electronic equipment 200 connected to external equipment 100 comprises: a CC terminal 201b connected to the external equipment 100; a switch control part 205 for controlling a DC voltage level of the CC terminal 201b; a communication part 106 for communicating with the external equipment 100 by modulating a voltage of the CC terminal 201b in a pulse state with respect to the DC voltage level; and an eye contact determination part 217 for determining a state of the electronic equipment 200. The switch control part 205 controls the DC voltage level of the CC terminal 201b to the DC voltage level corresponding to an eye contact state of the electronic equipment 200 detected by the eye contact determination part 217.SELECTED DRAWING: Figure 1
3 ELECTRONIC EQUIPMENT AND CONTROL METHOD THEREFOR, COMMUNICATION SYSTEM / CANON INC
PROBLEM TO BE SOLVED: To provide electronic equipment capable of transmitting information indicating a state of the electronic equipment to connected external equipment, and to provide a control method therefor and a communication system.SOLUTION: Electronic equipment 200 includes a CC terminal 201b, a switch control section 205 for controlling a DC voltage level of the CC terminal 201b, a communication unit 206 communicating with external equipment 100 via the CC terminal 201b, an eyepiece determination part 217 for detecting a state of the electronic equipment 200, and a connection determination part 208 for determining whether or not the electronic equipment 200 is connected with the external equipment 100. The connection determination part 208 determines that connection is made with the electronic equipment 200, when the DC voltage level of the CC terminal 201b is within a predetermined range during a prescribed detection period. When the eyepiece determination part 217 detects the state of the electronic equipment 200 being changed, the switch control section 205 changes the DC voltage level of the CC terminal 201b for a first period shorter than a prescribed detection period.SELECTED DRAWING: Figure 5
4 METHOD FOR SAFELY MANAGING ELECTRIC MOTOR ACTIVATION AND DEACTIVATION, AND CORRESPONDING APPLIANCE / ELECTROLUX APPLIANCES AB
A washing and/or drying appliance (100) is proposed. The appliance comprises: an electric load (205), a driving arrangement (210,215,C) for driving the electric load (205), the driving arrangement (210,215,C) having first (T 205,IN1 ) and second (T 205,IN2 ) terminals coupleable, respectively, to a line terminal (T L ) and to a neutral terminal (T N ) providing a reference voltage ( V CC ), an inrush current limiting device (R FUSE ;R NTC ) and a switching device (RL;RL 1 ) between the reference terminal (T N ) and the second terminal (T 205,IN2 ) of the driving arrangement (210,215,C), the switching device (RL;RL 1 ) being operable in first or second states preventing or allowing, respectively, an electric current to flow through the inrush current limiting device (R FUSE ,R NTC ), and a sensing network (R PD ) for sensing the first or second states of the switching device (RL;RL 1 ) and for providing a corresponding state signal ( S STATE ;S* STATE ), the sensing network (R PD ) having a first terminal (T RPD,1 ), and a second terminal (T RPD,2 ) coupled to a reference terminal providing a further reference voltage ( GND ) lower than the reference voltage ( V CC ), wherein, during sensing: in the first state of the switching device (RL;RL 1 ) the reference terminal (T N ) and the first terminal (T RPD,1 ) of the sensing network (R PD ) being coupled to each other such that the first terminal (T RPD,1 ) of the sensing network (R PD ) receives the reference voltage ( V CC ) and the state signal ( S STATE ;S* STATE ) takes a first level (S STATE,H ) equal to the reference voltage ( V CC ), in the second state the state signal ( S STATE , S* STATE ) taking a second level (S STATE,I ;S STATE,L ) lower than the first level (S STATE,H ).
5 NON-AQUEOUS ELECTROLYTE SECONDARY BATTERY SYSTEM AND HYBRID VEHICLE / TOYOTA MOTOR CORP
PROBLEM TO BE SOLVED: To provide a non-aqueous electrolyte secondary battery system in which a biased distribution of salt concentration in an electrolyte is remedied, and also to provide a hybrid vehicle equipped with the non-aqueous electrolyte secondary battery system.SOLUTION: During a measurement period T1 (S201 to S204), a charge history value Cc and a discharge history value Cd are calculated (S203). Then, the charge history value Cc and the discharge history value Cd are compared with each other (S205). Here, if charging is performed excessively (S205: Yes), current control is so performed within a current control period T2 as to flow a zero-current instead of a charging current (S207). Meanwhile, if discharging is performed excessively (S205: No), current control is so performed within the current control period T2 as to flow the zero-current instead of a discharging current (S208).
6 REHABILITATION ROBOT / UNIVERSITE CATHOLIQUE DE LOUVAIN
The invention relates to a device for mobilising and rehabilitating an upper limb of a patient and to a method for assembling such a device. Said device comprises an assembly of at least two adjacent elements selected from a group including a shoulder module (105) (Shoulde RO), an arm module (205) (ROThum), an elbow module (305) (el BOT), a forearm module (405) (ROTuln), a wrist module (505) (wrist IC), a back support device (107), an elbow shell (CC) and a hand shell (514). Each of the elements (105; 205; 305; 405; 505; 107; CC; 514) of the group is adapted to be rigidly connectable to at least one other adjacent element (105; 205; 305; 405; 505; 107; CC; 514) of the group, at least a first element being assembled with a second element by inserting a male part (600) rigidly connected to the first element into a female part (610) rigidly connected to the second element in an insertion direction that is not subject to any force when the device is operational, and locking said male part (600) in said female part (610) by a means that can be unlocked by pulling in the direction opposite to the insertion direction.
7 VBUS 대 CC 단락 보호가 통합된 USB 타입-C/PD 컨트롤러 / 텍사스 인스트루먼츠 인코포레이티드
USB 타입-C/전력 전달 컨트롤러 칩(200)은, 제1 전압(PP CABLE)을 수신하기 위한 제1 핀(201), 제2 전압(LDQ 3 V3)을 수신하기 위한 제2 핀(203), 및 USB 커넥터(212)의 CC 핀에 커플링하기 위한 제3 핀(205)을 포함한다.컨트롤러 칩(200)은, 제1 및 제3 핀들(201, 205) 사이에 핫스왑 필드 FET(HSFET)(MN2)와 직렬로 커플링되는 블록킹 전계 효과 트랜지스터(BFET)(MN1), 및 HSFET의 소스와 게이트 사이에 애노드 대 애노드로 커플링되는 제1 및 제2 제너 다이오드들(D1, D2)을 갖는 VCONN 파워 서플라이 회로(206)를 포함한다.케이블 검출 회로(202)는, 제2 및 제3 핀들(203, 205) 사이에 커플링되는 BFET(MN3), 및 BFET의 게이트와 하부 레일 사이에 커플링되는 제너 다이오드(D3)를 포함한다.전력 전달 물리 계층 회로(204)는 수신기(216) 및 송신기(218)를 포함하는데, 그 각각은 각각의 BFET(MN4, MN5)를 통해 제3 핀(205)에 커플링되고, 각각의 BFET들(MN4, MN5) 각각은, 각각의 게이트들과 하부 레일 사이에 커플링되는 제너 다이오드(D4, D5)를 갖는다.
8 METHOD FOR SAFELTY MANAGING ELECTRIC MOTOR ACTIVATION AN DEACTIVATION, AND CORRESPONDING APPLIANCE / ELECTROLUX APPLIANCES AB
A washing and/or drying appliance (100) is proposed. The appliance comprises: an electric load (205), a driving arrangement (210,215,C) for driving the electric load (205), the driving arrangement (210,215,C) having first (T205,IN1) and second (T205,IN2) terminals coupleable, respectively, to a line terminal (TL) and to a neutral terminal (TN) providing a reference voltage (VCC), an inrush current limiting device (RFUSE; RNTC) and a switching device (RL; RL1) between the reference terminal (TN) and the second terminal (T205,IN2) of the driving arrangement (210,215,C), the switching device (RL;RL1) being operable in first or second states preventing or allowing, respectively, an electric current to flow through the inrush current limiting device (RFUSE, RNTC), and a sensing network (RPD) for sensing the first or second states of the switching device (RL; RL1) and for providing a corresponding state signal (SSTATE; S*STATE), the sensing network (RPD) having a first terminal (TRPD,1), and a second terminal (TRPD,2) coupled to a reference terminal providing a further reference voltage (GND) lower than the reference voltage (VCC), wherein, during sensing: in the first state of the switching device (RL; RL1) the reference terminal (TN) and the first terminal (TRPD,1) of the sensing network (RPD) being coupled to each other such that the first terminal (TRPD,1) of the sensing network (RPD) receives the reference voltage (V CC ) and the state signal (SSTATE; S*STATE) takes a first level (SSTATE,H) equal to the reference voltage (V CC ), in the second state the state signal (SSTATE, S*STATE) taking a second level (SSTATE, I; SSTATE,L) lower than the first level (SSTATE,H).
9 EXPANDING SYSTEM OF PRIVATE BRANCH OF AUTOMATIC EXCHANGE / NEC CORP
(PURPOSE) To attain the expansion of a system inexpensively by providing a highway for system expansion. (CONSTITUTION) In incoming from a trunk TRK102 to a subscriber 205, when an incoming call exists in the TRK102, a central control section CC504 selects an idle time slot of highways S-HW0 , R-HW0 via a highway buffer HWB503, forms a channel to an HWB603, transmits said control signal from an interface INF507 to an INF607 so as to request incoming connection to a private branch of automatic exchange PBX6. The PBX6 analyzes the control signal so as to attain general incoming connecting processing. That is, a CC604 executes the connection between the corresponding time slot and the subscriber 205 of high-ways R-HW1 and S-HW1 . The incoming connection from other relay line to other subscriber is conducted similarly. The installation and operation for two sets of private branch of automatic exchanges are realized very economically without using an exclusive line trunk and a digital interface.
10 METHOD AND DEVICE FOR SWITCHING STATE / XIAOMI INC
The present invention relates to a method and device for switching state, belonging to the technical field of terminal. The method for switching state includes: receiving (201) a state switching instruction; when the state switching instruction indicates a first apparatus to perform a master-to-slave switch, setting (203) a level of a Configuration Channel pin CC in a Universal Serial Bus USB interface circuit from a high level to a low level via a logic controller; and when the state switching instruction indicates the first apparatus to perform a slave-to-master switch, setting (205) the level of the CC in the USB interface circuit from the low level to the high level via the logic controller.

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