mhurhangee/ep-ind-claims huggingface dataset:
An ink heating device disposed on an inkjet recording device and configured to heat ink, comprising: an ink tank that is an integrated unit of a plurality of subtanks (51, 52) configured for storing ink and which are disposed along a longitudinal direction of the ink tank; and three heaters configured to heat the ink tank, wherein the heaters are configured so as to heat the subtanks disposed at both longitudinal ends of the ink tank to a temperature higher than a temperature of a subtank disposed at a central area in the longitudinal direction of the ink tank;, the heaters comprise three heaters disposed in the central area and the both longitudinal ends of the ink tank, and the ink heating device further comprises: a controller configured to independently control heating temperatures of the heaters. an ink tank that is an integrated unit of a plurality of subtanks (51, 52) configured for storing ink and which are disposed along a longitudinal direction of the ink tank; and three heaters configured to heat the ink tank, wherein the heaters are configured so as to heat the subtanks disposed at both longitudinal ends of the ink tank to a temperature higher than a temperature of a subtank disposed at a central area in the longitudinal direction of the ink tank;, the heaters comprise three heaters disposed in the central area and the both longitudinal ends of the ink tank, and the ink heating device further comprises: a controller configured to independently control heating temperatures of the heaters.
A process for preparing fatty alcohols having 6 to 40 carbon atoms, in which a) a stream comprising at least one fatty acid triglyceride which consists essentially of glycerol esters of higher fatty acids having 6 to 40 carbon atoms is provided, b) the stream comprising fatty acid triglyceride is subjected to a hydrogenation in the presence of a heterogeneous copper catalyst, using a catalyst which consists of copper, aluminum and lanthanum for hydrogenation in step b), where the catalysts may comprise the metals in oxidic form, reduced form or a combination thereof, c) at least one fatty alcohol-containing fraction is isolated from the hydrogenation product obtained in step b). a) a stream comprising at least one fatty acid triglyceride which consists essentially of glycerol esters of higher fatty acids having 6 to 40 carbon atoms is provided, b) the stream comprising fatty acid triglyceride is subjected to a hydrogenation in the presence of a heterogeneous copper catalyst, using a catalyst which consists of copper, aluminum and lanthanum for hydrogenation in step b), where the catalysts may comprise the metals in oxidic form, reduced form or a combination thereof, c) at least one fatty alcohol-containing fraction is isolated from the hydrogenation product obtained in step b).
A method comprising: receiving, at a mobile device, user input indicating a request for a server; determining that the mobile device does not have access to the Internet; in response to determining that no network connection is available via the mobile device, generating a payload comprising an account identification associated with a mobile application and information indicating the request for the server; generating an encrypted payload, using an encryption key; generating a first encoding, wherein the first encoding comprises the encrypted payload and a uniform resource locator, URL, indicating a location to send the encrypted payload; and outputting the first encoding to an untrusted computing device, wherein the outputting of the first encoding causes the untrusted computing device to send the encrypted payload to the server using a network connection of the untrusted computing device, wherein outputting the first encoding to the untrusted computing device further comprises: determining a maximum size of encrypted payload supported by an encoding protocol associated with the first encoding; determining that a size of the encrypted payload exceeds the maximum size; based on determining that a size of the encrypted payload exceeds the maximum size, generating an audio encoding of the encrypted payload; and outputting the audio encoding via a speaker of the mobile device, wherein the audio encoding is received via a microphone of the untrusted computing device. receiving, at a mobile device, user input indicating a request for a server; determining that the mobile device does not have access to the Internet; in response to determining that no network connection is available via the mobile device, generating a payload comprising an account identification associated with a mobile application and information indicating the request for the server; generating an encrypted payload, using an encryption key; generating a first encoding, wherein the first encoding comprises the encrypted payload and a uniform resource locator, URL, indicating a location to send the encrypted payload; and determining a maximum size of encrypted payload supported by an encoding protocol associated with the first encoding; determining that a size of the encrypted payload exceeds the maximum size; based on determining that a size of the encrypted payload exceeds the maximum size, generating an audio encoding of the encrypted payload; and outputting the audio encoding via a speaker of the mobile device, wherein the audio encoding is received via a microphone of the untrusted computing device.
Transmission for a portable electric power tool, which is shiftable at least between a first gear with a high torque and a second gear with a low torque via an actuable shift device, characterized in that, for gear shifting, at least one intermediate gear is provided, in which the portable electric power tool is not permanently operable, wherein the actuable shift device is configured to allow gear shifting between the first and second gear via the at least one intermediate gear.
An easy-to-clean shower door lower sliding device, comprising a pulley holder, a pulley support and a pulley mounted on the pulley support, and a disengageable connection is formed between the pulley holder and the pulley support, wherein a control cover reciprocally movable relative to the pulley holder is provided on the pulley holder, and a spring is provided between the control cover and the pulley holder; wherein the pulley support has a cavity for receiving the pulley holder, the pulley holder comprises a holder body and elastic latches (102,103) provided on both sides thereof, the pulley holder is engaged with the pulley support via the elastic latches (102,103), and the pulley holder is disengageable from the pulley support by compressing the elastic latches (102,103) with the control cover; characterised in that the elastic latches (102,103) have roots connected to the holder body, bodies of the elastic latches (102,103) are angled with respect to the holder body, and guide surfaces on which the control cover is slidable are formed at outsides of the elastic latches (102,103).
A hydrostatic drive system for a vehicle, comprising: an open circuit including: a main hydraulic pump configured to be driven by an internal combustion engine, and configured to drive at least one hydraulic consumer (34, 44, 50); a closed circuit including: an auxiliary hydraulic pump configured to travel the vehicle; an hydraulic motor connected to the auxiliary hydraulic pump; and a pressure-limiting valve sized and configured to drain all amount of the hydraulic fluid exceeding the maximum capacity of the auxiliary pump provided within the closed circuit to a reservoir even if additional hydraulic fluid is diverted from the open circuit into the closed circuit; a proportional 2/2-way valve connected to both the open circuit and the closed circuit, the proportional 2/2-way valve being configured to connect the open circuit to the closed hydraulic circuit such that at least a part of the hydraulic fluid circulating in the open circuit is diverted into the closed circuit and the hydraulic motor. an open circuit including: a main hydraulic pump configured to be driven by an internal combustion engine, and configured to drive at least one hydraulic consumer (34, 44, 50); a main hydraulic pump configured to be driven by an internal combustion engine, and configured to drive at least one hydraulic consumer (34, 44, 50); a closed circuit including: an auxiliary hydraulic pump configured to travel the vehicle; an hydraulic motor connected to the auxiliary hydraulic pump; and a pressure-limiting valve sized and configured to drain all amount of the hydraulic fluid exceeding the maximum capacity of the auxiliary pump provided within the closed circuit to a reservoir even if additional hydraulic fluid is diverted from the open circuit into the closed circuit; an auxiliary hydraulic pump configured to travel the vehicle; an hydraulic motor connected to the auxiliary hydraulic pump; and a pressure-limiting valve sized and configured to drain all amount of the hydraulic fluid exceeding the maximum capacity of the auxiliary pump provided within the closed circuit to a reservoir even if additional hydraulic fluid is diverted from the open circuit into the closed circuit; a proportional 2/2-way valve connected to both the open circuit and the closed circuit, the proportional 2/2-way valve being configured to connect the open circuit to the closed hydraulic circuit such that at least a part of the hydraulic fluid circulating in the open circuit is diverted into the closed circuit and the hydraulic motor.
An implantable fluidic device, comprising: a first channel including a first inlet and a first outlet; a second channel including a second inlet and a second outlet, wherein the second inlet of the second channel is in fluid communication with the first outlet of the first channel; and a sensor comprising a reflector, wherein the sensor is positioned between the first outlet and the second inlet, the sensor is configured to deflect in response to a flow between the first channel, and the second channel and to deflect light, and wherein a longitudinal axis of the first outlet is substantially perpendicular to a longitudinal axis of the sensor. a first channel including a first inlet and a first outlet; a second channel including a second inlet and a second outlet, wherein the second inlet of the second channel is in fluid communication with the first outlet of the first channel; and a sensor comprising a reflector, wherein the sensor is positioned between the first outlet and the second inlet, the sensor is configured to deflect in response to a flow between the first channel, and the second channel and to deflect light, and wherein a longitudinal axis of the first outlet is substantially perpendicular to a longitudinal axis of the sensor.
A method for having a security device, having official ascending/descending registers, provide indicia information to a second security device configured to provide said indicia information in a form suitable for printing on mailpieces, the method comprising the steps of: performing a partial pre-calculation of the indicia information without taking into account components of the indicia which change for each mailpiece; reusing the partial pre-calculation in a succession of full pre-calculations; and providing a succession of said full pre-calculations to said second security device. performing a partial pre-calculation of the indicia information without taking into account components of the indicia which change for each mailpiece; reusing the partial pre-calculation in a succession of full pre-calculations; and providing a succession of said full pre-calculations to said second security device.
A power monitor comprising: a first monitoring circuitry (225, 230, 245) configured to detect and count transient deviations in the output current of a power supply, wherein a transient deviation is detected each time when the output current exceeds a first threshold current; and a second monitoring circuitry (225, 230, 240) configured to detect and measure prolonged deviations in the output current of the power supply, wherein a prolonged deviation is detected each time the output current exceeds a second threshold current for at least a predetermined duration threshold. a first monitoring circuitry (225, 230, 245) configured to detect and count transient deviations in the output current of a power supply, wherein a transient deviation is detected each time when the output current exceeds a first threshold current; and a second monitoring circuitry (225, 230, 240) configured to detect and measure prolonged deviations in the output current of the power supply, wherein a prolonged deviation is detected each time the output current exceeds a second threshold current for at least a predetermined duration threshold.
A method for determination of flow parameters of administered fluid from a fluid delivery device, the method comprising: translationally moving a device delivery arm of the fluid delivery device in a translational direction, wherein the device delivery arm is coupled to a syringe holder such that movement in the translational direction one of proximally or distally advances the syringe holder; sensing, via one or more pattern sensors, a corresponding movement of a pattern associated with the translational device delivery arm movement as a sensed pattern movement; generating, via the one or more pattern sensors, one or more output signals based on the sensed pattern movement; and generating, via a processor, at least one of a flow rate of the administered fluid, a flow amount of the administered fluid, or the translational direction of movement of the device delivery arm with respect to the syringe holder based on the one or more output signals, characterised in that said device is a radioembolisation device, and said pattern sensors are axially aligned with the device delivery arm and remote from the delivery path of the fluid. translationally moving a device delivery arm of the fluid delivery device in a translational direction, wherein the device delivery arm is coupled to a syringe holder such that movement in the translational direction one of proximally or distally advances the syringe holder; sensing, via one or more pattern sensors, a corresponding movement of a pattern associated with the translational device delivery arm movement as a sensed pattern movement; generating, via the one or more pattern sensors, one or more output signals based on the sensed pattern movement; and generating, via a processor, at least one of a flow rate of the administered fluid, a flow amount of the administered fluid, or the translational direction of movement of the device delivery arm with respect to the syringe holder based on the one or more output signals, characterised in that said device is a radioembolisation device, and said pattern sensors are axially aligned with the device delivery arm and remote from the delivery path of the fluid.
A system for treating diabetes, comprising: a pulsed electric field device configured to deliver a pulsed or modulated electric field to a duodenum of a patient, the pulsed electric field device comprising an elongate body and an expandable member coupled to the elongate body, wherein the expandable member comprises an electrode array; and a signal generator configured to deliver a pulsed waveform to the electrode array to generate the pulsed or modulated electric field thereby treating the duodenum, wherein the pulsed waveform comprises a frequency between about 50 kHz and about 950 kHz, a drive voltage at the electrode array between about 400 V and about 600 V, characterized in that the pulsed waveform is configured to produce a current through tissue between about 36 A and about 48 A from the electrode array per square centimeter of the tissue. a pulsed electric field device configured to deliver a pulsed or modulated electric field to a duodenum of a patient, the pulsed electric field device comprising an elongate body and an expandable member coupled to the elongate body, wherein the expandable member comprises an electrode array; and a signal generator configured to deliver a pulsed waveform to the electrode array to generate the pulsed or modulated electric field thereby treating the duodenum, wherein the pulsed waveform comprises a frequency between about 50 kHz and about 950 kHz, a drive voltage at the electrode array between about 400 V and about 600 V, characterized in that the pulsed waveform is configured to produce a current through tissue between about 36 A and about 48 A from the electrode array per square centimeter of the tissue.
A mobile communication device, comprising: a first plurality of antennas; a transceiver coupled to the first plurality of antennas and including a transmitter and a receiver, the transceiver operable in a receive mode and in first and second transmit modes; and wherein: in the receive mode the transmitter is configured to not transmit and the receiver is configured to receive and decode a first packet having a multiple-in-multiple-out orthogonal-frequency-division-multiplexing, MIMO-OFDM, modulation of the receive mode; in response to a requested bandwidth for a further packet not being greater than a bandwidth of the first transmit mode, the transmitter is configured to encode and transmit the further packet from the first antennas, the further packet having a single-carrier frequency-division-multiple-access SC-FDMA, modulation of the first transmit mode; in response to a requested bandwidth for a further packet being greater than the bandwidth of the first transmit mode, the transmitter is configured to encode and transmit the further packet from the first antennas, the further packet having the MIMO-OFDM modulation of the second transmit mode. a first plurality of antennas; a transceiver coupled to the first plurality of antennas and including a transmitter and a receiver, the transceiver operable in a receive mode and in first and second transmit modes; and wherein: in the receive mode the transmitter is configured to not transmit and the receiver is configured to receive and decode a first packet having a multiple-in-multiple-out orthogonal-frequency-division-multiplexing, MIMO-OFDM, modulation of the receive mode; in response to a requested bandwidth for a further packet not being greater than a bandwidth of the first transmit mode, the transmitter is configured to encode and transmit the further packet from the first antennas, the further packet having a single-carrier frequency-division-multiple-access SC-FDMA, modulation of the first transmit mode; in response to a requested bandwidth for a further packet being greater than the bandwidth of the first transmit mode, the transmitter is configured to encode and transmit the further packet from the first antennas, the further packet having the MIMO-OFDM modulation of the second transmit mode. in the receive mode the transmitter is configured to not transmit and the receiver is configured to receive and decode a first packet having a multiple-in-multiple-out orthogonal-frequency-division-multiplexing, MIMO-OFDM, modulation of the receive mode; in response to a requested bandwidth for a further packet not being greater than a bandwidth of the first transmit mode, the transmitter is configured to encode and transmit the further packet from the first antennas, the further packet having a single-carrier frequency-division-multiple-access SC-FDMA, modulation of the first transmit mode; in response to a requested bandwidth for a further packet being greater than the bandwidth of the first transmit mode, the transmitter is configured to encode and transmit the further packet from the first antennas, the further packet having the MIMO-OFDM modulation of the second transmit mode.
A water-based hydrophilizing surface treatment agent comprising an organic-inorganic silicon compound and an inorganic particle, wherein the organic-inorganic silicon compound is a compound obtained by mixing a colloidal silica and an organoalkoxysilane; and a ratio (M B /M A) between a solid content mass M A of the organic-inorganic silicon compound and a solid content mass M B of the inorganic particle falls within a range of 0.2 or more and 2.0 or less, wherein the inorganic particle has an average particle size within a range of 50 nm or more and 600 nm or less, as measured with a particle size distribution measurement system.
A battery pack comprising: a housing having a main body and a handle extending from the main body, the handle defining an aperture sized and shaped to receive one or more of a user's fingers therein; at least one battery cell enclosed within the housing; a printed circuit board (PCBA) enclosed within the housing; a gauge located on an outer surface of the handle and electrically connected to the PCBA, wherein the gauge includes at least one light; and an actuator attached to the handle, wherein actuation of the actuator activates the gauge to illuminate the at least one light to indicate a charge level of the at least one battery cell. a housing having a main body and a handle extending from the main body, the handle defining an aperture sized and shaped to receive one or more of a user's fingers therein; at least one battery cell enclosed within the housing; a printed circuit board (PCBA) enclosed within the housing; a gauge located on an outer surface of the handle and electrically connected to the PCBA, wherein the gauge includes at least one light; and an actuator attached to the handle, wherein actuation of the actuator activates the gauge to illuminate the at least one light to indicate a charge level of the at least one battery cell.
An immunogenic composition to induce an immune response against Orbivirus virus in an animal susceptible to Orbiviral disease comprising a vector comprising a recombinant virus; wherein the recombinant virus is a recombinant avipoxvirus; further wherein the recombinant virus encodes and expresses in vivo in the animal Orbivirus outer capsid polypeptides; wherein the Orbivirus outer capsid polypeptides are VP2 and VP5; wherein the Orbivirus is bluetongue virus; wherein the recombinant virus comprises a nucleic acid molecule encoding BTV VP2 having the sequence as set forth in SEQ ID NO: 20 and a nucleic acid molecule encoding BTV VP5 having the sequence as set forth in SEQ ID NO: 21, wherein the nucleic acid molecule encoding BTV VP2 having the sequence as set forth in SEQ ID NO: 20 is operably linked to a specific poxvirus promoter, and the nucleic acid molecule encoding BTV VP5 having the sequence as set forth in SEQ ID NO: 21 is operably linked to a specific poxvirus promoter; or wherein the recombinant virus comprises a nucleic acid molecule encoding BTV VP2 having the sequence as set forth in SEQ ID NO: 1 and a nucleic acid molecule encoding BTV VP5 having the sequence as set forth in SEQ ID NO: 2, wherein the sequence as set forth in SEQ ID NO: 1 encoding BTV VP2 is operably linked to a specific poxvirus promoter, and the sequence as set forth in SEQ ID NO: 2 encoding BTV VP5 is operably linked to a specific poxvirus promoter.