mhurhangee/ep-ind-claims huggingface dataset:
A work apparatus comprising: a power-supply line; a ground line; a motor comprising one terminal and another terminal, the one terminal being coupled to the power-supply line; a control unit configured to operate with an electric power supplied from a power supply via the power-supply line and to perform a process for controlling an operation of the work apparatus; a motor drive circuit configured to drive the motor by making a current path between the other terminal of the motor and the ground line conductive or stop the motor by interrupting the current path in accordance with a control signal from the control unit; a volatile memory configured to retain information written therein by the control unit while the control unit operates, the information including at least history information related to the work apparatus; and a rewritable non-volatile memory, wherein the control unit comprises an update processing unit configured to update the history information in the volatile memory every time an event, for which the history information should be updated, occurs, a writing processing unit configured to write the history information in the volatile memory to the non-volatile memory when the writing processing unit predicts suspension of supply of the electric power to the control unit, and a power-consumption reducing unit configured to reduce an electric power consumed via the power supply line when the writing processing unit writes the history information in the volatile memory to the non-volatile memory, by stopping the drive of the motor to bring the motor into a free run state. a power-supply line; a ground line; a motor comprising one terminal and another terminal, the one terminal being coupled to the power-supply line; a control unit configured to operate with an electric power supplied from a power supply via the power-supply line and to perform a process for controlling an operation of the work apparatus; a motor drive circuit configured to drive the motor by making a current path between the other terminal of the motor and the ground line conductive or stop the motor by interrupting the current path in accordance with a control signal from the control unit; a volatile memory configured to retain information written therein by the control unit while the control unit operates, the information including at least history information related to the work apparatus; and a rewritable non-volatile memory, wherein the control unit comprises an update processing unit configured to update the history information in the volatile memory every time an event, for which the history information should be updated, occurs, a writing processing unit configured to write the history information in the volatile memory to the non-volatile memory when the writing processing unit predicts suspension of supply of the electric power to the control unit, and a power-consumption reducing unit configured to reduce an electric power consumed via the power supply line when the writing processing unit writes the history information in the volatile memory to the non-volatile memory, by stopping the drive of the motor to bring the motor into a free run state.
A body hair light emitting device configured to emit light, the body hair light emitting device comprising: a light source configured to output light; and a controller connected to the light source, wherein the controller is configured to control output of the light source so that output light of the body hair light emitting device resulting from the output of the light source has a main peak region including an output light peak, which indicates maximum intensity, in a wavelength range from 1350 nm to 1550 nm and so that an integral value of a peak region short-wavelength component, which is the main peak region component at the short-wavelength side of the output light peak, is larger than an integral value of a peak region long-wavelength component, which is the main peak region component at the long-wavelength side of the output light peak. a light source configured to output light; and a controller connected to the light source, wherein the controller is configured to control output of the light source so that output light of the body hair light emitting device resulting from the output of the light source has a main peak region including an output light peak, which indicates maximum intensity, in a wavelength range from 1350 nm to 1550 nm and so that an integral value of a peak region short-wavelength component, which is the main peak region component at the short-wavelength side of the output light peak, is larger than an integral value of a peak region long-wavelength component, which is the main peak region component at the long-wavelength side of the output light peak.
A method for determining the difference in height level h pat between a patient and a fluid feed pump with a current sensor and with a bidirectional pressure sensor in a tube section between the fluid feed pump and the connection to a connector or an instrument, comprising a reservoir of a medical device arranged above the fluid feed pump, the fluidic connection paths provided in the devices according to the application, being, however, still unfilled, and the volume of the fluidic connection paths being known, characterized by the following steps: a) fluid feeding by the fluid feed pump with a transport roller wheel via the through-going fluidic connection of the reservoir, b) stop of feeding, as soon as the pressure sensor detects a change in pressure, which is caused by the fed water column, c) backward rotation of the transport roller wheel while measuring, by the current sensor, the motor current required for feeding from the tube section to the reservoir, d) calculating the pressure value P wat at the patient from the required motor current, e) continuing the tube and instrument filling process until the tube section is completely filled, f) detecting the fluid exit from the open end of the tube section or instrument by evaluating the pressure value at the pressure sensor, g) terminating the filling phase/feeding process, h) evaluating the pressure value P hyd of the pressure sensor, i) using the pressure value P hyd for determining the difference in height level h pat between the transport roller wheel and the patient, wherein a positive pressure value P hyd indicates that the pump is below the height level of the patient, a negative pressure value P hyd indicates that the pump is above the height level of the patient, a pressure value P hyd 0 (zero) indicates that the pump is at the height level of the patient. a) fluid feeding by the fluid feed pump with a transport roller wheel via the through-going fluidic connection of the reservoir, b) stop of feeding, as soon as the pressure sensor detects a change in pressure, which is caused by the fed water column, c) backward rotation of the transport roller wheel while measuring, by the current sensor, the motor current required for feeding from the tube section to the reservoir, d) calculating the pressure value P wat at the patient from the required motor current, e) continuing the tube and instrument filling process until the tube section is completely filled, f) detecting the fluid exit from the open end of the tube section or instrument by evaluating the pressure value at the pressure sensor, g) terminating the filling phase/feeding process, h) evaluating the pressure value P hyd of the pressure sensor, i) using the pressure value P hyd for determining the difference in height level h pat between the transport roller wheel and the patient, a positive pressure value P hyd indicates that the pump is below the height level of the patient, a negative pressure value P hyd indicates that the pump is above the height level of the patient, a pressure value P hyd 0 (zero) indicates that the pump is at the height level of the patient.
A filler for ion-exchange liquid chromatography, which comprises a hydrophobic crosslinked polymer particle including a synthetic organic polymer, and a layer of a hydrophilic polymer having an ion exchange group copolymerized on the surface of said hydrophobic crosslinked polymer particle, wherein the hydrophobic crosslinked polymer is - a hydrophobic crosslinked polymer obtained by homopolymerizing one kind of hydrophobic crosslinking monomers; - a hydrophobic crosslinked polymer obtained by copolymerizing two or more kinds of hydrophobic crosslinking monomers; or - a hydrophobic crosslinked polymer obtained by copolymerizing at least one kind of hydrophobic crosslinking monomers and at least one kind of hydrophobic non-crosslinking monomers, wherein the amount of the hydrophobic crosslinking monomers is 10 parts by weight or more to 100 parts by weight of all the monomers; characterized by a contact angle with water of 60° or less, the filler having the uppermost surface processed with hydrophilic treatment using an ozone water, wherein the hydrophilic treatment is carried out by washing the surface of the filler with ozone water having a dissolved ozone gas concentration of 20 ppm or more at a temperature of 20°C or more, wherein irradiation with ultraviolet rays is carried out in the hydrophilic treatment. - a hydrophobic crosslinked polymer obtained by homopolymerizing one kind of hydrophobic crosslinking monomers; - a hydrophobic crosslinked polymer obtained by copolymerizing two or more kinds of hydrophobic crosslinking monomers; or - a hydrophobic crosslinked polymer obtained by copolymerizing at least one kind of hydrophobic crosslinking monomers and at least one kind of hydrophobic non-crosslinking monomers, wherein the amount of the hydrophobic crosslinking monomers is 10 parts by weight or more to 100 parts by weight of all the monomers;
A method of a group management client for a service enabler architecture layer, SEAL, service for a wireless communication system, the method comprising: receiving, from a vertical application layer, VAL, client, a request for a list of groups in which a VAL user equipment, UE, of the VAL client is a member; transmitting, to a group management server for the SEAL service, a group list fetch request comprising an identity of the VAL UE; and receiving, from the group management server, a group list fetch response comprising at least one VAL group identifier, ID, indicating the list of the groups; and notifying, to the VAL client, the list of the groups. receiving, from a vertical application layer, VAL, client, a request for a list of groups in which a VAL user equipment, UE, of the VAL client is a member; transmitting, to a group management server for the SEAL service, a group list fetch request comprising an identity of the VAL UE; and receiving, from the group management server, a group list fetch response comprising at least one VAL group identifier, ID, indicating the list of the groups; and notifying, to the VAL client, the list of the groups.
A method for producing a steering gear rack, which has a tooth-set segment having a steering tooth set and a screw segment having a recirculating ball screw, comprising: Providing a rod-like blank composed of a solid metal material; hollowing out the screw segment by means of deep-hole drilling at one end, wherein a deep blind hole extending axially through the screw segment is produced; and producing the recirculating ball screw on the hollow screw segment by means of machining. hollowing out the screw segment by means of deep-hole drilling at one end, wherein a deep blind hole extending axially through the screw segment is produced; and producing the recirculating ball screw on the hollow screw segment by means of machining.
A multilayered body comprising: a base material including a metal tone glossy surface having a metal tone glossiness; and a color layer layered on the metal tone glossy surface, characterized in that the color layer is formed from a plurality of dots that constitute an image, a gap is formed between the dots by separating the adjacent dots from each other, or formed between partially overlapping dots, and the color layer has an arithmetic mean height and a transmission density located in a region below a straight line represented as y = -0.0625x + 0.8 on coordinates of the arithmetic mean height x and the transmission density y. a base material including a metal tone glossy surface having a metal tone glossiness; and a color layer layered on the metal tone glossy surface, characterized in that the color layer is formed from a plurality of dots that constitute an image, a gap is formed between the dots by separating the adjacent dots from each other, or formed between partially overlapping dots, and the color layer has an arithmetic mean height and a transmission density located in a region below a straight line represented as y = -0.0625x + 0.8 on coordinates of the arithmetic mean height x and the transmission density y.
A support structure (50, 500) for a flexible interconnect of a superconducting system (402, 510, 520) comprising a support member that is formed of thermally conductive material, the support member comprising: a plurality of parallel slots, wherein each slot extends from a first surface of a base (102, 551) of the support member to a second surface of the base, wherein the first and second surfaces of the base are positioned on parallel planes, wherein each slot is shaped to allow relative movement of a fastener that allows a respective connector assembly to be affixed to the support member, and the respective connector assembly (250, 300, 430, 432, 434) provides mechanical support for the flexible interconnect (110, 120, 612) of the superconducting system and establishes a heat path between the flexible interconnect and the support member; and a wall extending transverse from the first surface of the base, the wall comprising a plurality of through-holes (108, 112, 220, 222). a plurality of parallel slots, wherein each slot extends from a first surface of a base (102, 551) of the support member to a second surface of the base, wherein the first and second surfaces of the base are positioned on parallel planes, wherein each slot is shaped to allow relative movement of a fastener that allows a respective connector assembly to be affixed to the support member, and the respective connector assembly (250, 300, 430, 432, 434) provides mechanical support for the flexible interconnect (110, 120, 612) of the superconducting system and establishes a heat path between the flexible interconnect and the support member; and a wall extending transverse from the first surface of the base, the wall comprising a plurality of through-holes (108, 112, 220, 222).
An optical device with a deformable membrane comprising an anchoring area (2.3) on a support (1.5) configured to contain a constant volume of a single liquid in contact with a rear face, a substantially central area (2.1), configured to be deformed reversibly from a rest position, actuation means for displacing the liquid at the level of the central area (2.1), stressing the membrane in at least one area (2.2) situated strictly between the central area (2.1) and the anchoring area (2.3), characterized in that the actuation means is electrostatic and comprises at least one pair of opposing electrodes, one of the electrodes of the pair being moveable and being at least partially integrated into the rear face of the membrane while being in contact with the liquid, the other being at a level of the support, these electrodes (5.11, 5.12) being separated by dielectric, the dielectric being formed at least by the liquid, so that an electrostatic force is generated between the electrodes (5.11, 5.12) of the pair when a voltage is applied to them, in order to move the moveable electrode and thus allowing to stress the membrane in the stressed area (2.2) to force the liquid toward the central area (2.1).
A transmission terminal, comprising: first data communication means for communicating contents data with a counterpart transmission terminal through a first session; second data communication means for transmitting management data to a transmission management system through a second session; means for keeping the second session active at least for a time period between the time when the first session starts and the time when the first session ends; event detecting means for detecting a predetermined event that may prevent or interrupt communication of contents data through said first session between a user at the transmission terminal and a user at the counterpart transmission terminal while the second session is kept connected; and countermeasure data generating means for obtaining countermeasure data for the predetermined event so as to cause the second data communication means to transmit the countermeasure data to the transmission management system through the second session, the countermeasure data specifying an action to be taken by the user at the transmission terminal or the user at the counterpart transmission terminal in response to the predetermined event, wherein the countermeasure data are transmitted to the counterpart transmission terminal through the management system, the second session being a management data session established between the transmission terminal and the counterpart transmission terminal. first data communication means for communicating contents data with a counterpart transmission terminal through a first session; second data communication means for transmitting management data to a transmission management system through a second session; means for keeping the second session active at least for a time period between the time when the first session starts and the time when the first session ends; event detecting means for detecting a predetermined event that may prevent or interrupt communication of contents data through said first session between a user at the transmission terminal and a user at the counterpart transmission terminal while the second session is kept connected; and countermeasure data generating means for obtaining countermeasure data for the predetermined event so as to cause the second data communication means to transmit the countermeasure data to the transmission management system through the second session, the countermeasure data specifying an action to be taken by the user at the transmission terminal or the user at the counterpart transmission terminal in response to the predetermined event, wherein the countermeasure data are transmitted to the counterpart transmission terminal through the management system, the second session being a management data session established between the transmission terminal and the counterpart transmission terminal.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: transmitting a Random Access Preamble, RAP, including a first RAP identifier, ID, to an e-NodeB, eNB; starting monitoring a Physical Downlink Control Channel, PDCCH, addressed by Random Access-Radio Network Temporary identifier, RA-RNTI, during Random Access Response, RAR, window; receiving, from the eNB, an indicator including at least one RAP ID, wherein one of the at least one RAP ID matches to the first RAP ID, wherein the indicator informs that the RAP was not successfully decoded or received by eNB; and stopping monitoring the PDCCH addressed by RA-RNTI upon reception of the indicator before an end of the RAR window. transmitting a Random Access Preamble, RAP, including a first RAP identifier, ID, to an e-NodeB, eNB; starting monitoring a Physical Downlink Control Channel, PDCCH, addressed by Random Access-Radio Network Temporary identifier, RA-RNTI, during Random Access Response, RAR, window; receiving, from the eNB, an indicator including at least one RAP ID, wherein one of the at least one RAP ID matches to the first RAP ID, wherein the indicator informs that the RAP was not successfully decoded or received by eNB; and stopping monitoring the PDCCH addressed by RA-RNTI upon reception of the indicator before an end of the RAR window.
An ASK demodulator for wireless devices, the ASK demodulator consisting of a circuit including a voltage multiplier to raise the input voltage of a signal, a voltage limiter to prevent the raising of the voltage from surpassing a certain level, a current source for conditioning the signal involved, a low-pass filter to stabilize the signal, and a comparator providing the output signal depending on two previous signals of the low-pass filter and the current source, one of which signal V REF+ from the low-pass filter is used as a reference to adapt the other signal V IN+ from the stage of the current source, wherein the comparator consists of two stages, one of them formed by transistors M 6 -M 9 determining two cascade inverters and the other one formed by transistors M 1 -M 4 forming an amplifier which is complemented with a diode D 1 and wherein the voltage limiter circuit consists of a comparator block formed by transistors M 10 -M 13, through which a reference voltage V BGN is compared to a voltage V L provided by a voltage divisor R 1, R 2 calculated in order to avoid the voltage V L exceed a determined maximum value, the voltage V L being proportional to a supply voltage signal V SUPPLY which is limited, applying the difference between the signals V BGN and V SUPPLY, when the last one is higher than the first one, to a group of transistors M 16 -M 18 that absorbs, through the transistor M 18, the current corresponding to the difference between the signals V BGN and V SUPPLY, establishing the current of that difference to the group of transistors M 16 -M 18 through a switch M 15 which is just activated when V SUPPL y is higher than V BGN; and wherein the intermediate transistor M 17 of the transistors M 16 -M 18 self-supplies with a signal V REG regulated in voltage from an external source, higher than the voltage V BGN of reference.