mhurhangee/ep-ind-claims huggingface dataset:
A shovel comprising: a lower traveling body; an upper turning body turnably mounted on the lower traveling body; a hydraulic pump (14, 14L, 14R) mounted on the upper turning body; a hydraulic actuator configured to be driven with hydraulic oil discharged by the hydraulic pump (14, 14L, 14R); a bleed valve (177, 177L, 177R) configured to control a flow rate of a portion of the hydraulic oil discharged by the hydraulic pump (14, 14L, 14R), the portion flowing to a hydraulic oil tank without going through the hydraulic actuator; wherein the shovel comprises: an information obtaining device configured to obtain information on pulsation that is a repetitive increase and decrease in a pressure of hydraulic oil supplied from the hydraulic pump (14, 14L, 14R) to the hydraulic actuator, the information including an amplitude of the pulsation; and a control device configured to control an opening area of the bleed valve (177, 177L, 177R) in accordance with a magnitude of the pulsation calculated based on the information obtained by the information obtaining device. a lower traveling body; an upper turning body turnably mounted on the lower traveling body; a hydraulic pump (14, 14L, 14R) mounted on the upper turning body; a hydraulic actuator configured to be driven with hydraulic oil discharged by the hydraulic pump (14, 14L, 14R); a bleed valve (177, 177L, 177R) configured to control a flow rate of a portion of the hydraulic oil discharged by the hydraulic pump (14, 14L, 14R), the portion flowing to a hydraulic oil tank without going through the hydraulic actuator; wherein the shovel comprises: an information obtaining device configured to obtain information on pulsation that is a repetitive increase and decrease in a pressure of hydraulic oil supplied from the hydraulic pump (14, 14L, 14R) to the hydraulic actuator, the information including an amplitude of the pulsation; and a control device configured to control an opening area of the bleed valve (177, 177L, 177R) in accordance with a magnitude of the pulsation calculated based on the information obtained by the information obtaining device. an information obtaining device configured to obtain information on pulsation that is a repetitive increase and decrease in a pressure of hydraulic oil supplied from the hydraulic pump (14, 14L, 14R) to the hydraulic actuator, the information including an amplitude of the pulsation; and a control device configured to control an opening area of the bleed valve (177, 177L, 177R) in accordance with a magnitude of the pulsation calculated based on the information obtained by the information obtaining device.
Inverter for selectively supplying active power and reactive power to a power supply system, having two intermediate circuit capacitors (C1, C2) connected in series, the common terminal of which defines an average voltage level between a positive voltage level (+Uz) and a negative voltage level (-Uz), and having first, second, third and fourth semiconductor switches (S1, S2, S3, S4) with free-wheeling diodes respectively connected in parallel, which semiconductor switches are arranged in series in this order between the positive and the negative voltage level, wherein the common terminal of the second and third semiconductor switch (S2, S3) is connected to the power supply system (Uac) by way of a choke, and having first and second diodes (D1, D2) connected in series, the common terminal of which is at the average voltage level, and the respective second terminal of which is connected to the common terminal of the first and second semiconductor switch (S1, S2) or of the third and fourth semiconductor switch (S3, S4), characterized in that common terminals (A12, SWP, A34) of in each case two of the first to fourth semiconductor switches (S1, S2, S3, S4) are connected to additional chokes (L2, L3, L4, L5) which form switchable paths for accepting free-wheeling currents by means of additional semiconductor switches (S5, S6, S7, S8, S9), and in that the common terminal of the first and second semiconductor switch (S1, S2) is connected to a second choke in order to accept free-wheeling currents during the output of active power, the second terminal of which is connected to the average voltage level by way of a third diode and to the positive voltage level (+Uz) by way of a fifth semiconductor switch, and in that the common terminal of the third and fourth semiconductor switch (S3, S4) is connected to a third choke, the second terminal of which is connected to the average voltage level by way of a fourth diode and to the negative voltage level (-Uz) by way of a sixth semiconductor switch.
A walking type tiller comprising a main transmission case which houses a main speed change mechanism that transmits a driving power from a sub-speed change mechanism to a tilling device in a manner to be capable of changing speed, the walking type tiller comprising: a sealing type sub-transmission case which houses the sub-speed change mechanism that transmits the driving power transmitted from a belt drive mechanism driven by an engine to the main speed change mechanism in a manner to be capable of changing speed, an oil seal which is arranged on circumference of an output shaft of the sub-transmission case, and an oil seal which is arranged on circumference of a tip part of an input shaft of the main transmission case, characterized in that the output shaft of the sub-transmission case is spline-coupled to the input shaft of the main transmission case, and the sub-transmission case is configured attachably to and detachably from the main transmission case. a sealing type sub-transmission case which houses the sub-speed change mechanism that transmits the driving power transmitted from a belt drive mechanism driven by an engine to the main speed change mechanism in a manner to be capable of changing speed, an oil seal which is arranged on circumference of an output shaft of the sub-transmission case, and an oil seal which is arranged on circumference of a tip part of an input shaft of the main transmission case, characterized in that the output shaft of the sub-transmission case is spline-coupled to the input shaft of the main transmission case, and the sub-transmission case is configured attachably to and detachably from the main transmission case.
A method for surveillance, the method comprising: sending a signal to sensors on a ground in an area, wherein the sensors are configured to generate electromagnetic radiation in response to the signal to activate the sensors; detecting current positions of the sensors from the electromagnetic radiation generated by the sensors in response to the signal; the method characterized in that it further comprises: comparing the current positions of the sensors with a set of prior positions of the sensors to form a comparison; and determining whether an intrusion has occurred in the area using the comparison. sending a signal to sensors on a ground in an area, wherein the sensors are configured to generate electromagnetic radiation in response to the signal to activate the sensors; detecting current positions of the sensors from the electromagnetic radiation generated by the sensors in response to the signal; comparing the current positions of the sensors with a set of prior positions of the sensors to form a comparison; and determining whether an intrusion has occurred in the area using the comparison.
A NdFeB system sintered magnet production system for putting a NdFeB system alloy powder into a mold cavity of a mold which has been designed to correspond to a shape and dimensions of a product to a predetermined filling density within a range of 3.0 to 4.2 g/cm 3 and magnetically orienting and sintering the alloy powder being held in the mold cavity to produce a NdFeB system sintered magnet having the desired shape and dimensions, comprising: a) a first weight measurer for measuring a weight of the mold before the alloy powder is put into the mold; b) a supply cavity forming unit for providing the mold with a guide so as to extend the mold cavity to form a supply cavity with a predetermined volume; c) a supplier for supplying the alloy powder into the supply cavity while adjusting a supply density so that a volume of the alloy powder is equal to a capacity of the supply cavity; d) a densifier for pressing the alloy powder which has been supplied into the supply cavity into the mold cavity so as to densify the alloy powder to the filling density; e) a second weight measurer for measuring a weight of the mold after being filled with the alloy powder by the densifier; and f) a controller for computing a weight of the alloy powder which has been put into the mold cavity based on a difference between a measurement value from the first weight measurer and that of the second weight measurer, and, based on the computed weight, performing a feedback control of an alloy powder supply operation performed by the supplier. a) a first weight measurer for measuring a weight of the mold before the alloy powder is put into the mold; b) a supply cavity forming unit for providing the mold with a guide so as to extend the mold cavity to form a supply cavity with a predetermined volume; c) a supplier for supplying the alloy powder into the supply cavity while adjusting a supply density so that a volume of the alloy powder is equal to a capacity of the supply cavity; d) a densifier for pressing the alloy powder which has been supplied into the supply cavity into the mold cavity so as to densify the alloy powder to the filling density; e) a second weight measurer for measuring a weight of the mold after being filled with the alloy powder by the densifier; and f) a controller for computing a weight of the alloy powder which has been put into the mold cavity based on a difference between a measurement value from the first weight measurer and that of the second weight measurer, and, based on the computed weight, performing a feedback control of an alloy powder supply operation performed by the supplier.
An amino alcohol derivative, represented by the general formula wherein R 1 represents a trifluoromethyl group, R 2 represents a chlorine atom, R 3 represents a straight-chain alkyl group having 1 to 3 carbon atoms, X represents an oxygen atom or a sulfur atom, and n denotes 2 or 3, or a pharmaceutically acceptable salt or hydrate thereof.
A communication control system, comprising: a signaling tap, configured to extract signaling message between a first switch and a second switch; a signaling probe, configured to probe specific message transmitted by the first switch in the signaling message; and a call controller, configured to determine whether specific parameters in the specific message match predetermined criteria; wherein the call controller sends signaling message for releasing the call to at least one of the first switch and the second switch when it is determined that the specific parameters match the predetermined criteria, in the case that the signaling message for releasing the call is the signaling message sent to the first switch, at least one of the signaling parameters of the signaling message for releasing the call is the signaling parameter used by the second switch, such that the first switch is capable of identifying the signaling message for releasing the call as signaling message from the second switch, in the case that the signaling message for releasing the call is the signaling message sent to the second switch, at least one of the signaling parameters of the signaling message for releasing the call is the signaling parameter used by the first switch, such that the second switch is capable of identifying the signaling message for releasing the call as signaling message from the first switch. a signaling tap, configured to extract signaling message between a first switch and a second switch; a signaling probe, configured to probe specific message transmitted by the first switch in the signaling message; and a call controller, configured to determine whether specific parameters in the specific message match predetermined criteria; wherein the call controller sends signaling message for releasing the call to at least one of the first switch and the second switch when it is determined that the specific parameters match the predetermined criteria, in the case that the signaling message for releasing the call is the signaling message sent to the first switch, at least one of the signaling parameters of the signaling message for releasing the call is the signaling parameter used by the second switch, such that the first switch is capable of identifying the signaling message for releasing the call as signaling message from the second switch, in the case that the signaling message for releasing the call is the signaling message sent to the second switch, at least one of the signaling parameters of the signaling message for releasing the call is the signaling parameter used by the first switch, such that the second switch is capable of identifying the signaling message for releasing the call as signaling message from the first switch.
A method for controlling a supply of refrigerant to an evaporator of a vapour compression system, the vapour compression system comprising an evaporator, a compressor, a condenser and an expansion device arranged in a refrigerant circuit, the method comprising the steps of: - actuating a component of the vapour compression system in such a manner that a dry zone in the evaporator is changed, - measuring a temperature signal representing a temperature of refrigerant leaving the evaporator, - analysing the measured temperature signal, characterized by - determining a temperature value where a gain of a transfer function between the actuated component and the measured temperature drops from a maximum value to a minimum value, in a decreasing temperature direction, - defining the determined temperature value as corresponding to a zero superheat (SH=0) value of refrigerant leaving the evaporator, and - controlling a supply of refrigerant to the evaporator in accordance with the defined zero superheat (SH=0) temperature value, and on the basis of the measured temperature signal. - actuating a component of the vapour compression system in such a manner that a dry zone in the evaporator is changed, - measuring a temperature signal representing a temperature of refrigerant leaving the evaporator, - analysing the measured temperature signal, characterized by - determining a temperature value where a gain of a transfer function between the actuated component and the measured temperature drops from a maximum value to a minimum value, in a decreasing temperature direction, - defining the determined temperature value as corresponding to a zero superheat (SH=0) value of refrigerant leaving the evaporator, and - controlling a supply of refrigerant to the evaporator in accordance with the defined zero superheat (SH=0) temperature value, and on the basis of the measured temperature signal.
A carrier for a linear motor system, in particular a transport system, e.g. a multi-carrier: wherein the carrier comprises a magnet for holding the carrier by means of a magnetic force at a guide track and a securing element for securing the carrier in the event of a failure or overcoming of the magnetic force, characterized in that an identification feature for identifying the carrier is provided at the securing element. wherein the carrier comprises a magnet for holding the carrier by means of a magnetic force at a guide track and a securing element for securing the carrier in the event of a failure or overcoming of the magnetic force, characterized in that an identification feature for identifying the carrier is provided at the securing element.
Use of at least one ethoxylated monoglyceride of the following formula wherein R 4 is a saturated or unsaturated and branched or straight alkyl chain with a chain length of 7 to 21 C atoms and x+y+z has a value of 50 to 200, at a concentration of at least 1 % by weight, in a cleansing composition based on at least one sulphate type of anionic surfactant at a concentration of 2 to 25% by weight, and further comprising at least one amino acid surfactant of the following structure wherein R 1 is a saturated or unsaturated, straight or branched alkyl chain with 7 to 17 C atoms, R 2 is H or a methyl, R 3 is H, COO- M + or CH 2 COO - M +, n is 0 to 2, X is COO - or SO 3 - and M + is independent from each other H, sodium or potassium, at a concentration of 0.1 to 15%, by weight, all values calculated to total composition, as a shear thickening agent.
A verification device, connected to a line of sight, LOS, multiple-input multiple-output, MIMO, system, for verification of the LOS MIMO system with respect to relative phase difference of propagation paths, wherein the LOS MIMO system comprises at least one transmitter unit connected to at least a first transmit antenna, the LOS MIMO system further comprising a first receive antenna connected to a first down-converter arranged to output a first down-converted signal to the verification device, and a second receive antenna connected to a second down-converter arranged to output a second down-converted signal to the verification device, said first and said second receive antennas (131, 141) being arranged to receive a first signal with reference symbols transmitted from the first transmit antenna, the verification device being arranged to: obtain a phase difference between the first signal as received in both the first and the second receive antennas (131, 141) by comparing the first down-converted signal and the second down-converted signal with the reference symbols; obtain a gain ratio between the first signal as received in both the first and the second receive antennas (131, 141) by comparing the first down-converted signal and the second down-converted signal with the reference symbols; compare the phase difference to a range of allowed values and compare the gain ratio to a range of allowed values; and indicate successful verification of the LOS MIMO system if the phase difference and the gain ratio are within the respective ranges of the allowed values, and to otherwise indicate failed verification of the LOS MIMO system. obtain a phase difference between the first signal as received in both the first and the second receive antennas (131, 141) by comparing the first down-converted signal and the second down-converted signal with the reference symbols; obtain a gain ratio between the first signal as received in both the first and the second receive antennas (131, 141) by comparing the first down-converted signal and the second down-converted signal with the reference symbols; compare the phase difference to a range of allowed values and compare the gain ratio to a range of allowed values; and indicate successful verification of the LOS MIMO system if the phase difference and the gain ratio are within the respective ranges of the allowed values, and to otherwise indicate failed verification of the LOS MIMO system.
An absorbent article having a longitudinal direction and a transverse direction, and including: a body-side; a non-body-side opposite to the body-side; a water-disintegrable topsheet lying on the body-side; a water-disintegrable backsheet lying on the non-body-side; a water-disintegrable absorbent body interposed between these top- and backsheets; and adhesive regions formed on the non-body-side of the backsheet and through which the backsheet is attachable to a wearer's undergarment, wherein: the backsheet is formed of a fibrous nonwoven fabric of which component fibers have an orientation extending in the longitudinal direction, and the adhesive regions include first adhesive regions extending in the longitudinal direction and second adhesive regions allocated on both outer sides in the transverse direction off the first adhesive regions so as to be spaced apart from the first adhesive regions in the transverse direction and at least part of the first adhesive regions is allocated in a space area defined in the longitudinal direction between the second adhesive regions. a body-side; a non-body-side opposite to the body-side; a water-disintegrable topsheet lying on the body-side; a water-disintegrable backsheet lying on the non-body-side; a water-disintegrable absorbent body interposed between these top- and backsheets; and adhesive regions formed on the non-body-side of the backsheet and through which the backsheet is attachable to a wearer's undergarment, wherein: the backsheet is formed of a fibrous nonwoven fabric of which component fibers have an orientation extending in the longitudinal direction, and the adhesive regions include first adhesive regions extending in the longitudinal direction and second adhesive regions allocated on both outer sides in the transverse direction off the first adhesive regions so as to be spaced apart from the first adhesive regions in the transverse direction and at least part of the first adhesive regions is allocated in a space area defined in the longitudinal direction between the second adhesive regions. the backsheet is formed of a fibrous nonwoven fabric of which component fibers have an orientation extending in the longitudinal direction, and the adhesive regions include first adhesive regions extending in the longitudinal direction and second adhesive regions allocated on both outer sides in the transverse direction off the first adhesive regions so as to be spaced apart from the first adhesive regions in the transverse direction and at least part of the first adhesive regions is allocated in a space area defined in the longitudinal direction between the second adhesive regions.
A mutant protein having an amino acid sequence of SEQ ID NO: 1 with the substitution of Gln9 and/or Asp36 by a histidine residue, the mutant protein having a binding activity to a constant region of immunoglobulin, and having a reduced binding activity in an acidic region to the constant region of immunoglobulin, compared with the wild-type B domain of protein A.