mhurhangee/ep-ind-claims huggingface dataset:
Coach for a rail vehicle, comprising two side walls (12, 14) each extending in a longitudinal direction of the coach along the entire length of the coach, said coach comprising at least one passenger compartment extending between the side walls (12, 14) along at least part of the length of the coach, and comprising a plurality of seats distributed along the length of the vehicle, said coach additionally comprising a device for displaying information items (60, 62, 64, 66, 68) including at least one digital display unit (42A, 42B, 42C) disposed along one of the side walls (12, 14) in the interior of the passenger compartment, the display device comprising a control module for controlling the or each digital display unit (42A, 42B, 42C), characterised in that the or each digital display unit (42A, 42B, 42C) has a continuous display surface facing at least two seats of the plurality of seats disposed successively along the longitudinal direction, the control module being programmed such that the digital display unit(s) (42A, 42B, 42C) display(s) a seat number perpendicular to each seat of the plurality of seats.
Drilling tool for a punch device, in particular for a turret punch device, comprising - a housing, - a tool shank arranged in the housing with a drilling means accommodated therein, and - a tool head arranged on the tool shank to interact with the punch device, - wherein the tool head has a ram engagement portion to transmit a rotational movement about a tool longitudinal axis from an external drive to the tool head, and - wherein the drilling tool is configured in such way that it is driven exclusively via the ram engagement portion, characterized in that the tool shank comprises a transmission element to convert the rotational movement of the tool head into a combined rotational and lifting movement of the drilling means. - a housing, - a tool shank arranged in the housing with a drilling means accommodated therein, and - a tool head arranged on the tool shank to interact with the punch device, - wherein the tool head has a ram engagement portion to transmit a rotational movement about a tool longitudinal axis from an external drive to the tool head, and - wherein the drilling tool is configured in such way that it is driven exclusively via the ram engagement portion,
A fill pack for cooling heat transfer fluid in a cooling tower, the fill pack comprising: a first fill sheet having a first air intake side, a first top edge, a first air outlet side and a first heat transfer area between the first air intake side and the first air outlet side; a second fill sheet having a second air intake side, a second top edge, a second air outlet side and a second heat transfer area between the second air intake side and the second air outlet side; and an integral drift eliminator associated with the first and second air outlet sides in an installed configuration, the drift eliminator defining a plurality of tubes with a drift eliminator inlet positioned proximate the first and second heat transfer areas and a drift eliminator outlet spaced away from the first and second heat transfer areas, the plurality of tubes extending generally toward the first and second top edges from the drift eliminator inlet toward the drift eliminator outlet, each of the plurality of tubes including a blocking structure at the drift eliminator inlet configured to block a film of the heat transfer fluid at the drift eliminator inlet to promote droplet formation and direct the cooling heat transfer fluid back into the heat transfer area, the blocking structure comprised of a pair of ribs, wherein the pair of ribs is comprised of rounded ribs measuring from 0.127 cm to 0.508 cm (five hundredths of an inch to two tenths of an inch (0.05" - 0.2")) in height and 0.254 cm to 1.27 cm (one tenth to one-half inch (0.1" - 0.5")) in width. a second fill sheet having a second air intake side, a second top edge, a second air outlet side and a second heat transfer area between the second air intake side and the second air outlet side; and an integral drift eliminator associated with the first and second air outlet sides in an installed configuration, the drift eliminator defining a plurality of tubes with a drift eliminator inlet positioned proximate the first and second heat transfer areas and a drift eliminator outlet spaced away from the first and second heat transfer areas, the plurality of tubes extending generally toward the first and second top edges from the drift eliminator inlet toward the drift eliminator outlet, each of the plurality of tubes including a blocking structure at the drift eliminator inlet configured to block a film of the heat transfer fluid at the drift eliminator inlet to promote droplet formation and direct the cooling heat transfer fluid back into the heat transfer area, the blocking structure comprised of a pair of ribs, wherein the pair of ribs is comprised of rounded ribs measuring from 0.127 cm to 0.508 cm (five hundredths of an inch to two tenths of an inch (0.05" - 0.2")) in height and 0.254 cm to 1.27 cm (one tenth to one-half inch (0.1" - 0.5")) in width.
A data transmission method, comprising: sending, by a first device, an uplink pilot signal to a second device through antenna ports in a first antenna port set; and sending, by the first device, preprocessed uplink control information on which a preprocess is performed to the second device through at least some antenna ports in the first antenna port set; wherein the method further comprises: performing, by the first device, the preprocess on the uplink control information, wherein the preprocess is Discrete Fourier Transform DFT and the uplink pilot signal is a signal on which the preprocess is not performed. sending, by a first device, an uplink pilot signal to a second device through antenna ports in a first antenna port set; and sending, by the first device, preprocessed uplink control information on which a preprocess is performed to the second device through at least some antenna ports in the first antenna port set; wherein the method further comprises: performing, by the first device, the preprocess on the uplink control information, wherein the preprocess is Discrete Fourier Transform DFT and the uplink pilot signal is a signal on which the preprocess is not performed.
A process for isolating L-fucose from a polysaccharide, said polysaccharide comprising L-Fucose, said polysaccharide contained in a harvest fermentation broth of a microorganism, said process characterized in that the harvest fermentation broth is subjected, as a first purification treatment, to ultrafiltration for isolating the polysaccharide along with the cells in the retentate, and quantitatively removing in the permeate salts and residues of the various carbon sources, which may have been used for the fermentation along with the by-products resulting from the fermentation; wherein the ultrafiltration is carried out on the harvest fermentation broth as it is obtained at the end of the harvest fermentation or after having subjected the broth as it is obtained at the end of the fermentation to fluidization treatments; excluding the polysaccharide contained in the harvest fermentation broth of microorganism DMS22227.
A laundry treating apparatus, comprising: a laundry accommodation device (2, 3) that provides a space for laundry to be accommodated; a circulation passage (51, 53, 55) provided outside of the laundry accommodation device (2, 3), and providing a space in which air circulates to an inside of the laundry accommodation device (2, 3); a heat exchanger provided in the circulation passage; a filter device provided in the circulation passage, that filters foreign materials introduced to the heat exchanger; and characterized in that a washer is provided between the heat exchanger and the filter device, that sprays washing water onto each of the heat exchanger and the filter device, wherein the filter device includes a filter frame provided at the circulation passage and a filter provided at the filter frame, that filters foreign materials, wherein the filter frame includes: a body arranged at an inclination angle from a straight line perpendicular to a bottom surface of the circulation passage; a guider provided on a lower surface of the body, that guides washing water sprayed by the washer; and an open surface provided at an end of the guider by which the guider communicates with a discharge duct, wherein the guider includes an inclined surface provided on a lower surface of the guider and inclined toward the open surface. a laundry accommodation device (2, 3) that provides a space for laundry to be accommodated; a circulation passage (51, 53, 55) provided outside of the laundry accommodation device (2, 3), and providing a space in which air circulates to an inside of the laundry accommodation device (2, 3); a heat exchanger provided in the circulation passage; a filter device provided in the circulation passage, that filters foreign materials introduced to the heat exchanger; and characterized in that a washer is provided between the heat exchanger and the filter device, that sprays washing water onto each of the heat exchanger and the filter device, wherein the filter device includes a filter frame provided at the circulation passage and a filter provided at the filter frame, that filters foreign materials, wherein the filter frame includes: a body arranged at an inclination angle from a straight line perpendicular to a bottom surface of the circulation passage; a guider provided on a lower surface of the body, that guides washing water sprayed by the washer; and an open surface provided at an end of the guider by which the guider communicates with a discharge duct, wherein the guider includes an inclined surface provided on a lower surface of the guider and inclined toward the open surface. a body arranged at an inclination angle from a straight line perpendicular to a bottom surface of the circulation passage; a guider provided on a lower surface of the body, that guides washing water sprayed by the washer; and an open surface provided at an end of the guider by which the guider communicates with a discharge duct, wherein the guider includes an inclined surface provided on a lower surface of the guider and inclined toward the open surface.
A stabilizing composition for an isocyanate group-containing ethylenically unsaturated compound, comprising: an isocyanate group-containing ethylenically unsaturated compound which comprises one or more isocyanate groups and one or more ethylenically unsaturated groups in the molecule; and a stabilizing agent which is a compound in which at least one of the ethylenically unsaturated groups in the compound is replaced with an alkyl group which may have a substituent, wherein the compound is a compound comprising one or more groups represented by the following formula; and the stabilizing agent is a compound in which at least one of the ethylenically unsaturated groups represented by the formula in the compound is replaced with a structure represented by the following formula or: -O- -CR 1 =CR 2 R 3 wherein R 1 to R 3 each independently represent a hydrogen atom, an alkyl group having 1 to 4 carbon atoms or an aromatic group; -O- -CR 4 R- 5 -CR 6 R 7 R 8 wherein R 4 to R 8 each independently represent a hydrogen atom, an alkyl group having 1 to 4 carbon atoms or an aromatic group; -O- -CR 9 R 10 R 11 wherein R 9 to R 11 each independently represent a hydrogen atom or an aromatic group; wherein the alkyl group and the aromatic group may be substituted by a fluorine atom. an isocyanate group-containing ethylenically unsaturated compound which comprises one or more isocyanate groups and one or more ethylenically unsaturated groups in the molecule; and a stabilizing agent which is a compound in which at least one of the ethylenically unsaturated groups in the compound is replaced with an alkyl group which may have a substituent, wherein the compound is a compound comprising one or more groups represented by the following formula; and the stabilizing agent is a compound in which at least one of the ethylenically unsaturated groups represented by the formula in the compound is replaced with a structure represented by the following formula or: -O- -CR 1 =CR 2 R 3 wherein R 1 to R 3 each independently represent a hydrogen atom, an alkyl group having 1 to 4 carbon atoms or an aromatic group; -O- -CR 4 R- 5 -CR 6 R 7 R 8 wherein R 4 to R 8 each independently represent a hydrogen atom, an alkyl group having 1 to 4 carbon atoms or an aromatic group; -O- -CR 9 R 10 R 11 wherein R 9 to R 11 each independently represent a hydrogen atom or an aromatic group; wherein the alkyl group and the aromatic group may be substituted by a fluorine atom.
A sample and hold system, for capturing and reading a sequence of time domain traces of an input signal, the sample and hold system comprising a readout device, a controller, and a sample and hold array of unit cells, wherein the controller is configured for controlling the sample and hold system, - such that during an acquisition phase a trace of samples is taken from the input signal in an original sample order and such that the samples are held in the unit cells wherein samples are assigned to different unit cells according to an acquisition order, - such that during a consecutive readout phase the samples are read out from the unit cells by the readout device wherein the order in which the unit cells are read out corresponds with a readout order, - wherein the acquisition order and/or the readout order differs from trace to trace, - characterized in that the sample and hold system is configured for averaging or accumulating corresponding samples of the sequence of traces, wherein a sample of a first trace is corresponding with a sample of a further trace when both samples are at the same position in the original sample order. - such that during an acquisition phase a trace of samples is taken from the input signal in an original sample order and such that the samples are held in the unit cells wherein samples are assigned to different unit cells according to an acquisition order, - such that during a consecutive readout phase the samples are read out from the unit cells by the readout device wherein the order in which the unit cells are read out corresponds with a readout order, - wherein the acquisition order and/or the readout order differs from trace to trace, - characterized in that the sample and hold system is configured for averaging or accumulating corresponding samples of the sequence of traces, wherein a sample of a first trace is corresponding with a sample of a further trace when both samples are at the same position in the original sample order.
A method of determining one or more parameters of operation of a patient-specific surgical tool, the method comprising the steps of: obtaining bone quality data (100, 200, 300) corresponding to a bone of a joint from image data; determining one or more desired engagement characteristics corresponding to a desired press-fit between a fixation feature of an implant and the bone; and characterized by determining the one or more parameters of operation of the patient-specific surgical tool based on the bone quality data in order to substantially achieve the one or more desired engagement characteristics between the bone and the fixation feature. obtaining bone quality data (100, 200, 300) corresponding to a bone of a joint from image data; determining one or more desired engagement characteristics corresponding to a desired press-fit between a fixation feature of an implant and the bone; and characterized by determining the one or more parameters of operation of the patient-specific surgical tool based on the bone quality data in order to substantially achieve the one or more desired engagement characteristics between the bone and the fixation feature.
A method for measuring insulation resistance in an inverter that has a DC link circuit and a bridge circuit, connected to the DC link circuit, for driving an AC current via a bridge center tap, having the steps of - connecting the bridge center tap to a grounding point, - successively connecting, by way of the bridge circuit, the bridge center tap connected to the grounding point to two points of the ungrounded DC link circuit that differ in terms of voltage and - measuring the current flowing from the two points that differ in terms of voltage to the grounding point, characterized by a selection of the two points of the ungrounded DC link circuit that differ in terms of voltage are selected from a group of points that comprises at least one intermediate voltage point of the DC link circuit in addition to two end points (8, 9) of the DC link circuit, such that the voltages present between the two points that differ in terms of voltage and ground do not exceed a predefined voltage limit value. - connecting the bridge center tap to a grounding point, - successively connecting, by way of the bridge circuit, the bridge center tap connected to the grounding point to two points of the ungrounded DC link circuit that differ in terms of voltage and - measuring the current flowing from the two points that differ in terms of voltage to the grounding point,
A method for interacting messages based on a Simple Network Management Protocol (SNMP), which comprises: when receiving an SNMP message sent from an SNMP management station, an SNMP proxy estimating a suggested timeout value of the SNMP message and feeding the suggested timeout value back to the SNMP management station; and, the SNMP management station waiting for a response of the SNMP message according to the suggested timeout value, characterized in that said step of the SNMP proxy estimating the suggested timeout value of the SNMP message further comprises: the SNMP proxy reading of processing time corresponding to a corresponding operation type from a processing time table of a database, and multiplying the processing time by a number of boards currently managed by the SNMP proxy to obtain the suggested timeout value. when receiving an SNMP message sent from an SNMP management station, an SNMP proxy estimating a suggested timeout value of the SNMP message and feeding the suggested timeout value back to the SNMP management station; and, the SNMP management station waiting for a response of the SNMP message according to the suggested timeout value, characterized in that said step of the SNMP proxy estimating the suggested timeout value of the SNMP message further comprises: the SNMP proxy reading of processing time corresponding to a corresponding operation type from a processing time table of a database, and multiplying the processing time by a number of boards currently managed by the SNMP proxy to obtain the suggested timeout value.
A liquid container for a dispenser, wherein said liquid container comprises a liquid reservoir and a foam pump, such that activation of said foam pump in a first direction discharges a quantity of said liquid in the form of a foam from said liquid reservoir via said foam pump, wherein a nozzle cap is arranged to at least partly enclose the foam pump during storage, transport and use of the liquid container, and wherein the nozzle cap comprises a first end surface extending perpendicular to said first direction, characterized in that said nozzle cap is integral with the replaceable liquid container; said nozzle cap is displaceable in the first direction so as to activate the foam pump in said first direction; and that said first end surface of said nozzle cap comprises a dispensing opening aligned with the foam pump through which said quantity of said liquid in the form of a foam is discharged upon activation of said foam pump.
Method for determining a load shift potential of an electrical load, wherein the electrical load is set up for heat generation and/or cold generation in one or more heating and/or cooling circuits, comprising the steps: detecting an electrical energy consumption of the electrical load as a reference energy consumption of the electrical load; determining a load shift potential of the electrical load as a function of the detected reference energy consumption of the electrical load, characterized in that the load shift potential is a measure of the extent to which an adaptation of an electrical load of the electrical load is possible with regard to a time of an energy consumption of the electrical load. detecting an electrical energy consumption of the electrical load as a reference energy consumption of the electrical load; determining a load shift potential of the electrical load as a function of the detected reference energy consumption of the electrical load, characterized in that the load shift potential is a measure of the extent to which an adaptation of an electrical load of the electrical load is possible with regard to a time of an energy consumption of the electrical load.
A support for human joints comprising a first rod intended to be attached substantially solidly to a first human body part and a second rod intended to be attached substantially solidly to a second human body part, the first and second rods being connected to each other via articulation means suitable for permitting reciprocal rotation of the two rods (20, 21) about at least one rotation pin, the support comprising locking means for limiting the rotation between the two rods in at least one angular direction, the locking means comprising at least one flexible cable, the support comprising first fixing means for anchoring a first end of the cable to the first rod and second fixing means for fixing a second end of the cable to the second rod, the cable being under tension when the two rods (20, 21) reach a maximum reciprocal inclination permitted by the length of the cable, characterized in that the first fixing means comprise a plurality of hooks (44a, 44b, 44c), said first end of at least one flexible cable forms a loop suitable for being engaged selectively with one of the hooks of the plurality of hooks (44a, 44b, 44c) in order to be able to vary the anchorage position of the first end of the cable with respect to the first rod.
A method of processing data at a transmitting end in a wireless mobile communication system, the method comprising: receiving a plurality of Packet Data Convergence Protocol Service Data Units, PDCP SDUs from an upper layer of the transmitting end; starting discard timers for each of the plurality of PDCP SDUs upon receiving each of the plurality of PDCP SDUs; if a discard timer for a PDCP SDU expires, discarding the PDCP SDU present in the transmitting end; and if a PDCP protocol data unit, PDCP PDU, associated with the PDCP SDU has already been transferred to the Radio Link Control, RLC, entity, discarding the RLC SDU present in the transmitting end in accordance with an indication received from the PDCP entity related with the discarding of the PDCP SDU. receiving a plurality of Packet Data Convergence Protocol Service Data Units, PDCP SDUs from an upper layer of the transmitting end; starting discard timers for each of the plurality of PDCP SDUs upon receiving each of the plurality of PDCP SDUs; if a discard timer for a PDCP SDU expires, discarding the PDCP SDU present in the transmitting end; and if a PDCP protocol data unit, PDCP PDU, associated with the PDCP SDU has already been transferred to the Radio Link Control, RLC, entity, discarding the RLC SDU present in the transmitting end in accordance with an indication received from the PDCP entity related with the discarding of the PDCP SDU.
House door leaf having a door leaf frame and panels (28, 32) forming the door leaf broad sides (26, 30) and having an insulation between said panels (28, 32), wherein the door leaf frame is formed of a metal half-shell and a plastic half-shell, characterized in that a first one of said panels rests on the metal half-shell while overlapping a major part thereof, and the second panel rests on the plastic half-shell while overlapping a major part thereof.