mhurhangee/patent-ind-claim-en huggingface dataset:
A method of performing an authorization mechanism between a service terminal system (ATM) and a helpdesk system (HD) comprising the steps of: Step 113: Sending from the service terminal system (ATM) or a user (TN) thereof a request message (RQ) to the helpdesk system (HD) or an operator (OP) thereof, the request message (RQ) comprising a one-time code (CL), an identifier (CN) for the service terminal system (ATM) and a set of access right data (TD) about rights for using said service terminal system (ATM) by said user (TN); Step 121: Creating at the helpdesk system (HD) a response message (RS) by using the one-time code (CL), the access right data (TD) and an ident key (TK) derived from an operation on the identifier (CN) and a base key (BK), the base key (BK) being a common secret of both, the helpdesk system (HD) and the service terminal system (ATM); Step 122: Sending from the helpdesk system (HD) or the operator (OP) thereof said response message (RS) to the service terminal system (ATM) or to the user (TN) thereof; Step 132: Creating at the service terminal system (ATM) a reference response message (RS*) by using the one-time code (CL), the access right data (TD) and the ident key (TK); Step 133: Comparing at the service terminal system (ATM) the response message (RS) with the reference response message (RS*) to authorize the user (TN) to use the service terminal system (ATM) according to the rights being represented by said access right data (TD). Step 113: Sending from the service terminal system (ATM) or a user (TN) thereof a request message (RQ) to the helpdesk system (HD) or an operator (OP) thereof, the request message (RQ) comprising a one-time code (CL), an identifier (CN) for the service terminal system (ATM) and a set of access right data (TD) about rights for using said service terminal system (ATM) by said user (TN); Step 121: Creating at the helpdesk system (HD) a response message (RS) by using the one-time code (CL), the access right data (TD) and an ident key (TK) derived from an operation on the identifier (CN) and a base key (BK), the base key (BK) being a common secret of both, the helpdesk system (HD) and the service terminal system (ATM); Step 122: Sending from the helpdesk system (HD) or the operator (OP) thereof said response message (RS) to the service terminal system (ATM) or to the user (TN) thereof; Step 132: Creating at the service terminal system (ATM) a reference response message (RS*) by using the one-time code (CL), the access right data (TD) and the ident key (TK); Step 133: Comparing at the service terminal system (ATM) the response message (RS) with the reference response message (RS*) to authorize the user (TN) to use the service terminal system (ATM) according to the rights being represented by said access right data (TD).
A refrigerator comprising: a main body forming a storage space ; an inverter compressor to compress a refrigerant; a microprocessor to control a drive operation of the compressor ; a thermostat connected to a power supply and switched on or switched off based on a temperature of the storage space ; a power detection circuit to switch on or off the microprocessor according to a status of the thermostat , the power detection circuit being electrically connected to the power supply and the thermostat ; a power circuit to provide power to the microprocessor to drive the compressor , the power circuit being connected to the power supply and the microprocessor ; and characterized in that the refrigerator further comprises a reset part connected to the power detection circuit , wherein the power detection circuit is configured to output a set voltage which is input to the reset part when the thermostat is switched on, wherein the reset part is configured to initialize and activate the microprocessor with the voltage input from the power detection circuit , and wherein, when the thermostat is switched off, the power detection circuit is configured to output a voltage of 0 V such that the microprocessor is in an off-state to prevent an occurrence of a standby power for the microprocessor by switching off the microprocessor . a main body forming a storage space ; an inverter compressor to compress a refrigerant; a microprocessor to control a drive operation of the compressor ; a thermostat connected to a power supply and switched on or switched off based on a temperature of the storage space ; a power detection circuit to switch on or off the microprocessor according to a status of the thermostat , the power detection circuit being electrically connected to the power supply and the thermostat ; a power circuit to provide power to the microprocessor to drive the compressor , the power circuit being connected to the power supply and the microprocessor ; and characterized in that the refrigerator further comprises a reset part connected to the power detection circuit , wherein the power detection circuit is configured to output a set voltage which is input to the reset part when the thermostat is switched on, wherein the reset part is configured to initialize and activate the microprocessor with the voltage input from the power detection circuit , and wherein, when the thermostat is switched off, the power detection circuit is configured to output a voltage of 0 V such that the microprocessor is in an off-state to prevent an occurrence of a standby power for the microprocessor by switching off the microprocessor .
A remote control apparatus which transmits, to a surgical manipulator , a movement type instruction to be executed by the surgical manipulator , the remote control apparatus comprising: an operating handle configured to be movable within a predetermined operation area, and used to input the movement type instruction to be executed by the surgical manipulator ; and a display section configured to display an image taken by an endoscope camera , including a left-eye display section and right-eye display section defined as separate sections; and a support mechanism which supports the operating handle , wherein the display section is supported by the support mechanism such that an operator's face is close to the display section to view the image displayed on the left-eye display section with the operator's left eye and simultaneously view the image displayed on the right-eye display section with the operator's right eye at least in the second posture. characterised in that : the support mechanism is configured to be able to transform between a first posture in which the operating handle is held such that the operation area of the operating handle is included in a clean zone that is set at and above a predetermined height from a floor surface where the remote control apparatus is placed, and a second posture in which the operating handle is held such that at least part of the operation area of the operating handle is located in a zone below the clean zone. an operating handle configured to be movable within a predetermined operation area, and used to input the movement type instruction to be executed by the surgical manipulator ; and a display section configured to display an image taken by an endoscope camera , including a left-eye display section and right-eye display section defined as separate sections; and a support mechanism which supports the operating handle , wherein the display section is supported by the support mechanism such that an operator's face is close to the display section to view the image displayed on the left-eye display section with the operator's left eye and simultaneously view the image displayed on the right-eye display section with the operator's right eye at least in the second posture. characterised in that : the support mechanism is configured to be able to transform between a first posture in which the operating handle is held such that the operation area of the operating handle is included in a clean zone that is set at and above a predetermined height from a floor surface where the remote control apparatus is placed, and a second posture in which the operating handle is held such that at least part of the operation area of the operating handle is located in a zone below the clean zone.
A can body manufacturing system comprising: a moving route on which a can body moves, characterised in that the moving route is branched to a plurality of branch routes at a branch part, the plurality of branch routes joining on a downstream side of the branch part; an inkjet printing apparatus provided to one branch route included in the plurality of branch routes, the inkjet printing apparatus performing printing onto a can body by an inkjet method; and a plate printing apparatus provided to an other branch route included in the plurality of branch routes, the plate printing apparatus performing printing onto a can body by a plate printing method. a moving route on which a can body moves, characterised in that the moving route is branched to a plurality of branch routes at a branch part, the plurality of branch routes joining on a downstream side of the branch part; an inkjet printing apparatus provided to one branch route included in the plurality of branch routes, the inkjet printing apparatus performing printing onto a can body by an inkjet method; and a plate printing apparatus provided to an other branch route included in the plurality of branch routes, the plate printing apparatus performing printing onto a can body by a plate printing method.
Handheld appliance (1; 30) for use on human skin, comprising a handpiece and a headpiece (12; 32), wherein a drive device is provided inside the handheld appliance (1; 30), the headpiece (12; 32) has at least two adapters (19; 38) each for receiving an exchangeable treatment head (14; 34; 4; 5), a gear (16; 36) is provided inside the handheld appliance (1; 30), said gear (16; 36) connecting the drive device to the at least two adapters (19; 38), and the treatment heads (14; 34; 4; 5) can be switched on and off individually by means of the gear (16; 36), characterized in that the gear (16; 36) comprises a linkage which is connected to the drive device and on which two contact pieces (16; 361) are arranged at different heights, wherein the gear (16; 36) is movable such that either the one contact piece (16; 361) is operatively connected to a mating piece (198; 383) of the at least two adapters (19; 38) or the other contact piece (16; 36) is operatively connected to another mating piece (198; 383) of the at least two adapters (19; 38).
Timepiece drive mechanism comprising a fixed structure on which is pivotally mounted, about a main axis (D0), an arm carrying a planetary gear , being a first wheel set, which is pivotally mounted on said arm about a first pivot axis (D1) remote from said main axis (D0) and including a first wheel pivotally mounted about said first pivot axis (D1) or a secondary pivot axis (D11) that is parallel thereto, said arm being subjected to the return torque of a first energy source , said drive mechanism further including at least a second energy source arranged to subject to a return torque a third wheel set comprised in said drive mechanism , directly or indirectly via a second wheel set pivotally mounted about a second pivot axis (D2), said first wheel being arranged to roll, under the action of said first energy source , over said third wheel set in a regular forward rolling motion corresponding to a forward angular travel of the arm with respect to said structure in a single direction of rotation, third wheel set being arranged to remain in a fixed position during a first basic travel of said planetary gear , said first wheel being also arranged, under the action of said second energy source , to make a rotation in only one direction during a second basic travel of said planetary gear , during which said arm , which is carried by said third wheel set , moves backwards with respect to said fixed structure , characterized in that said drive mechanism includes stop means arranged to cooperate with complementary stop means comprised in said third wheel set , or comprised in another external wheel set meshing directly or indirectly with said third wheel set , to hold the latter in position, said stop means being uncouplable under the action of uncoupling control means , comprised in said arm when said arm reaches the end of its forward angular travel, to allow pivoting of said third wheel set in a single direction under the action of said second energy source causing a backward rotation of said arm to the start of its said angular travel.
A liquid ejecting apparatus comprising: a liquid flow path (D) which communicates with a nozzle (N) which ejects liquid; a vacuum degassing chamber (Q) for removing air bubbles from the liquid by depressurizing a part of the liquid flow path; a gas flow path (A) which communicates with the vacuum degassing chamber; a pressurizing chamber (RC) which communicates with the gas flow path; and a pump which communicates with the vacuum degassing chamber and the pressurizing chamber through the gas flow path, characterised in that the pump is driven to perform a pressure adjustment sequence selected from a plurality of sequences, and wherein the plurality of sequences include a plurality of depressurizing sequences in which the vacuum degassing chamber is depressurized by the pump, wherein an average pressure of the vacuum degassing chamber during a depressurizing sequence differs between different depressurizing sequences of the plurality of depressurizing sequences, and include a pressurizing sequence in which the pressurizing chamber is pressurized by the pump. a liquid flow path (D) which communicates with a nozzle (N) which ejects liquid; a vacuum degassing chamber (Q) for removing air bubbles from the liquid by depressurizing a part of the liquid flow path; a gas flow path (A) which communicates with the vacuum degassing chamber; a pressurizing chamber (RC) which communicates with the gas flow path; and a pump which communicates with the vacuum degassing chamber and the pressurizing chamber through the gas flow path, characterised in that the pump is driven to perform a pressure adjustment sequence selected from a plurality of sequences, and wherein the plurality of sequences include a plurality of depressurizing sequences in which the vacuum degassing chamber is depressurized by the pump, wherein an average pressure of the vacuum degassing chamber during a depressurizing sequence differs between different depressurizing sequences of the plurality of depressurizing sequences, and include a pressurizing sequence in which the pressurizing chamber is pressurized by the pump.
Submarine with an internal combustion engine and with a device for compensating the noise emitted by the exhaust gas system, which comprises a sound generator arranged in a line connection with an exhaust gas line of the internal combustion engine and a heat transfer device arranged in the line connection between the exhaust gas line and the sound generator , wherein a segment of the line connection between the exhaust gas line and the sound generator is filled with a heat-conducting, gaspermeable material.
An electronic article surveillance system , comprising: A first read zone including an associated first RFID reader ; a piece of infrastructure at least partially positioned within the first read zone ; an RFID guard device secured with respect to the piece of infrastructure; a second read zone including an associated second RFID reader configured to detect an RFID inventory device associated with a piece of inventory removably associated with the piece of infrastructure at a trigger threshold; and a controller configured to, when the RFID guard device is detected by any of the RFID reader, initiate a response selected from the group consisting of modifying the trigger threshold, modifying an amount of power transmitted by the RFID reader associated with the second read zone, modifying a direction in which power is transmitted by the RFID reader associated with the second read zone, transmitting a signal indicative of a need to move the piece of infrastructure away from the second read zone, and combinations thereof. A first read zone including an associated first RFID reader ; a piece of infrastructure at least partially positioned within the first read zone ; an RFID guard device secured with respect to the piece of infrastructure; a second read zone including an associated second RFID reader configured to detect an RFID inventory device associated with a piece of inventory removably associated with the piece of infrastructure at a trigger threshold; and a controller configured to, when the RFID guard device is detected by any of the RFID reader, initiate a response selected from the group consisting of modifying the trigger threshold, modifying an amount of power transmitted by the RFID reader associated with the second read zone, modifying a direction in which power is transmitted by the RFID reader associated with the second read zone, transmitting a signal indicative of a need to move the piece of infrastructure away from the second read zone, and combinations thereof.
A monitor device for monitoring a lighting arrangement of lighting elements of unknown electrical load, wherein the lighting arrangement is associated with a switch arrangement for coupling a DC voltage to the lighting arrangement, wherein the switch arrangement comprises a set of switches, each of which is for connection to a sub-set (2a-2e) of the lighting elements, wherein the monitor device comprises: a controller for providing control signals for controlling the switch arrangement using pulse width modulation, wherein the controller is adapted to: apply a set of duty cycles to the set of switches at the same time thereby to create a user-selected light output; monitor a current to the lighting arrangement at a plurality of times within an individual duty cycle period thereby to detect a plurality of current plateaus within the duty cycle period; determine a power consumption of the lighting arrangement based on the detected current plateaus and the set of duty cycles; and adjust the duty cycles according to the detected current plateaus. a controller for providing control signals for controlling the switch arrangement using pulse width modulation, wherein the controller is adapted to: apply a set of duty cycles to the set of switches at the same time thereby to create a user-selected light output; monitor a current to the lighting arrangement at a plurality of times within an individual duty cycle period thereby to detect a plurality of current plateaus within the duty cycle period; determine a power consumption of the lighting arrangement based on the detected current plateaus and the set of duty cycles; and adjust the duty cycles according to the detected current plateaus. apply a set of duty cycles to the set of switches at the same time thereby to create a user-selected light output; monitor a current to the lighting arrangement at a plurality of times within an individual duty cycle period thereby to detect a plurality of current plateaus within the duty cycle period; determine a power consumption of the lighting arrangement based on the detected current plateaus and the set of duty cycles; and adjust the duty cycles according to the detected current plateaus.
A method for providing fault protection of a controller of an electric motor , the controller comprising: a first pair of semiconductor switches , a second pair of semiconductor switches; a direct current voltage bus coupled to collector and emitter terminals, or source and drain terminals, of the semiconductor switches ; a measuring circuit for measuring the collector-emitter voltage for each semiconductor switch of the controller ; a data processor for determining that a short circuit in a particular semiconductor switch, among the semiconductor switches , is present; the method characterized by measuring the collector-emitter voltage or source-drain voltage for each semiconductor switch of the controller ; determining that a short circuit in a particular semiconductor switch is present if the measured collector-emitter voltage or source-drain voltage for the particular semiconductor switch is lower than a minimum threshold during a commanded off-state of the particular semiconductor switch and if an observed current associated with the particular semiconductor switch has an opposite polarity from a normal operational polarity; and simultaneously activating all high side semiconductor switches for each phase or simultaneously activating all low side semiconductor switches for each phase if a short circuit or fault is determined to be present, to protect the motor from damage associated with asymmetric current flow in its windings. a first pair of semiconductor switches , a second pair of semiconductor switches; a direct current voltage bus coupled to collector and emitter terminals, or source and drain terminals, of the semiconductor switches ; a measuring circuit for measuring the collector-emitter voltage for each semiconductor switch of the controller ; a data processor for determining that a short circuit in a particular semiconductor switch, among the semiconductor switches , is present; the method characterized by measuring the collector-emitter voltage or source-drain voltage for each semiconductor switch of the controller ; determining that a short circuit in a particular semiconductor switch is present if the measured collector-emitter voltage or source-drain voltage for the particular semiconductor switch is lower than a minimum threshold during a commanded off-state of the particular semiconductor switch and if an observed current associated with the particular semiconductor switch has an opposite polarity from a normal operational polarity; and simultaneously activating all high side semiconductor switches for each phase or simultaneously activating all low side semiconductor switches for each phase if a short circuit or fault is determined to be present, to protect the motor from damage associated with asymmetric current flow in its windings.
A tape guide for guiding a component tape wound around a core portion sandwiched between two disc members of a tape reel to a picking position of a component mounting machine , said tape guide comprising - a support structure arranged for guiding the component tape from an upstream end portion of the tape guide to a downstream end portion of the tape guide ; and wherein the tape guide further comprises - a hook portion arranged at the downstream end portion and configured to grip an outer periphery of at least one of the two disc members when the tape guide and tape reel are removed from said component mounting machine , wherein the hook portion and an outer surface of the support structure define a receiving slit for the outer periphery between the hook portion and the outer surface of the support structure when the hook portion grips the outer periphery, and wherein the receiving slit extends in the direction (D) between said upstream and downstream end portions of the tape guide . - a support structure arranged for guiding the component tape from an upstream end portion of the tape guide to a downstream end portion of the tape guide ; - a hook portion arranged at the downstream end portion and configured to grip an outer periphery of at least one of the two disc members when the tape guide and tape reel are removed from said component mounting machine ,