mhurhangee/ep-ind-claims huggingface dataset:
An elevator system comprising: a driving machine that comprises a drive sheave and a driving machine main body that rotates the drive sheave; a main rope that is wound around the drive sheave; a car that is suspended down within a hoistway by the main rope at one side of the drive sheave, and that ascends and descends within the hoistway by a driving force of the driving machine; and a counterweight that is suspended down within a hoistway by the main rope at another side of the drive sheave, and that ascends and descends within the hoistway by the driving force of the driving machine; characterized in that provided on a counterweight side of the drive sheave is a rope braking apparatus for stopping ascent of the car due to the driving machine by gripping the main rope when the counterweight travels further downward than its normal travel excursion; and by further comprising: a counterweight buffer installed within the hoistway below the counterweight; and a detection switch for detecting buffering action of the counterweight buffer, which is provided to the counterweight buffer, wherein the rope braking apparatus acts in response to an action detection signal from the detection switch. a driving machine that comprises a drive sheave and a driving machine main body that rotates the drive sheave; a main rope that is wound around the drive sheave; a car that is suspended down within a hoistway by the main rope at one side of the drive sheave, and that ascends and descends within the hoistway by a driving force of the driving machine; and a counterweight that is suspended down within a hoistway by the main rope at another side of the drive sheave, and that ascends and descends within the hoistway by the driving force of the driving machine; characterized in that provided on a counterweight side of the drive sheave is a rope braking apparatus for stopping ascent of the car due to the driving machine by gripping the main rope when the counterweight travels further downward than its normal travel excursion; and by further comprising: a counterweight buffer installed within the hoistway below the counterweight; and a detection switch for detecting buffering action of the counterweight buffer, which is provided to the counterweight buffer, wherein the rope braking apparatus acts in response to an action detection signal from the detection switch.
An adapter for connecting a first fuel cartridge having a first fuel connector to a second fuel cartridge disposed within an electronic device and having a second fuel connector comprising: an input connector to connect the adapter to the first connector of the first fuel cartridge; an output connector to connect the adapter to the second connector of the second fuel cartridge; wherein the adapter is a separate device from the first fuel cartridge and the second fuel cartridge, such that the adapter is readily removable from the first and second fuel cartridges, and wherein the adapter is arranged to transfer fuel from the first fuel cartridge to the second fuel cartridge, characterized in that the adapter further comprises an electric pump; a power source to supply power to the electric pump; an electrical switch in communication with the electric pump; a display; one or more indicator lights; and a logic control unit controlling the operation of the adapter. an input connector to connect the adapter to the first connector of the first fuel cartridge; an output connector to connect the adapter to the second connector of the second fuel cartridge; wherein the adapter is a separate device from the first fuel cartridge and the second fuel cartridge, such that the adapter is readily removable from the first and second fuel cartridges, and wherein the adapter is arranged to transfer fuel from the first fuel cartridge to the second fuel cartridge, characterized in that the adapter further comprises an electric pump; a power source to supply power to the electric pump; an electrical switch in communication with the electric pump; a display; one or more indicator lights; and a logic control unit controlling the operation of the adapter.
A grain-finished artificial leather comprising: an artificial leather base material; and a resin layer stacked on at least one surface of the artificial leather base material, wherein the artificial leather base material contains: a fiber-entangled body of ultrafine fibers, wherein the ultrafine fibers have an average fineness of 0.9 dtex or less; 3 to 50 mass% of a first elastic polymer; 2.5 to 6 mass%, in terms of phosphorus atoms, of first phosphorous-based flame retardant particles having an average particle size of 1 to 10 μm; and 1 to 6 mass% of a plasticizer, wherein the artificial leather base material contains a fatty acid ester as the plasticizer, and the resin layer contains: a second elastic polymer; and a total content, in terms of phosphorus atoms or in terms of hydroxyl groups, of 0 to 8 mass% of flame retardant particles having an average particle size of 1 to 10 μm and being at least one selected from the group consisting of second phosphorous-based flame retardant particles and first metal hydroxide particles. an artificial leather base material; and a resin layer stacked on at least one surface of the artificial leather base material, wherein the artificial leather base material contains: a fiber-entangled body of ultrafine fibers, wherein the ultrafine fibers have an average fineness of 0.9 dtex or less; 3 to 50 mass% of a first elastic polymer; 2.5 to 6 mass%, in terms of phosphorus atoms, of first phosphorous-based flame retardant particles having an average particle size of 1 to 10 μm; and 1 to 6 mass% of a plasticizer, wherein the artificial leather base material contains a fatty acid ester as the plasticizer, and the resin layer contains: a second elastic polymer; and a total content, in terms of phosphorus atoms or in terms of hydroxyl groups, of 0 to 8 mass% of flame retardant particles having an average particle size of 1 to 10 μm and being at least one selected from the group consisting of second phosphorous-based flame retardant particles and first metal hydroxide particles.
A method modulating an optical carrier beam to carry an RF signal; the method comprising: carrying out a modulation process such that both: a first optical beam carried by a first arm of a modulator, and a second optical beam carried by a second arm of the modulator, carry the RF signal; the modulation process being applied across the first and second beams relatively symmetrically; and characterised in modulating the first optical beam and/or the second optical beam with a RF trimming signal, the trimming signal having a different frequency to the RF signal, the modulation with the trimming signal being applied across the first and second optical beams (5A, 5B) relatively asymmetrically to form different sized side bands in the first and second optical beams so as to reduce a difference in the intensity of a carrier frequency between the first and second optical beams. carrying out a modulation process such that both: a first optical beam carried by a first arm of a modulator, and a second optical beam carried by a second arm of the modulator, a first optical beam carried by a first arm of a modulator, and a second optical beam carried by a second arm of the modulator, carry the RF signal; the modulation process being applied across the first and second beams relatively symmetrically; and characterised in modulating the first optical beam and/or the second optical beam with a RF trimming signal, the trimming signal having a different frequency to the RF signal, the modulation with the trimming signal being applied across the first and second optical beams (5A, 5B) relatively asymmetrically to form different sized side bands in the first and second optical beams so as to reduce a difference in the intensity of a carrier frequency between the first and second optical beams.
A maternal-fetal monitoring System comprising: a) at least two surface sensors to receive a mixture of maternal and fetal vital signals; and b) a computing means configured to analyze the mixture of maternal and fetal vital signals from the sensors, said computing means comprising hardware and Software, wherein said Software comprises an independent component analysis function configured to separate maternal from fetal vital signals in real-time, and said Software is configured to enable automatic selection of maternal and fetal vital signals separated by the independent component analysis function, wherein said Software further comprises a quality assessing function configured to establish the quality of the maternal and fetal vital signals separated by the independent component analysis function, wherein the quality assessment function is configured to utilize trust factor operations at the output of the independent component analysis function and wherein the trust factor operations are performed on estimated signal results and wherein the trust factor operations include computing a first continuous probability function (Pf) that the output signal is a fetal signal and a second continuous probability function (Pm) that the output signal is a maternal signal. a) at least two surface sensors to receive a mixture of maternal and fetal vital signals; and b) a computing means configured to analyze the mixture of maternal and fetal vital signals from the sensors, said computing means comprising hardware and Software, wherein said Software comprises an independent component analysis function configured to separate maternal from fetal vital signals in real-time, and said Software is configured to enable automatic selection of maternal and fetal vital signals separated by the independent component analysis function,
A closure for a product-retaining container constructed for being inserted and securely retained in a portal forming neck of said container, said closure comprising at least a) a core member comprising at least one thermoplastic polymer, and b) at least one peripheral layer at least partially surrounding and intimately bonded to at least one surface of the core member, said peripheral layer comprising at least one styrene block co-polymer, wherein the core member has a density in the range of from about 100 kg/m 3 to 350 kg/m 3 and the peripheral layer has a density in the range of from greater than 350 kg/m 3 to about 1,500 kg/m 3 and a thickness in the range of from 0.15 mm to less than 0.50 mm, characterized in that the peripheral layer further comprises at least one further polymer or copolymer different to the at least one styrene block copolymer, wherein the at least one styrene block copolymer is present in an amount in the range of from about 15 wt.% to about 88 wt.%, based on the total weight of the peripheral layer, and the at least one further polymer and/or at least one further copolymer is or are present in an amount in the range of from 12 wt.% to about 85 wt.%, based on the total weight of the at least one styrene block copolymer and the at least one further polymer and/or the at least one further copolymer. a) a core member comprising at least one thermoplastic polymer, and b) at least one peripheral layer at least partially surrounding and intimately bonded to at least one surface of the core member, said peripheral layer comprising at least one styrene block co-polymer,
An uplink transmitting method for a user equipment, UE, supporting a short transmission time interval, TTI, length in a wireless communication, the method being performed by the UE and comprising: receiving downlink control information including uplink grant; and based on a transmitting timing of a first channel transmitted based on the uplink grant and a transmission timing of a second channel transmitted without the uplink grant overlapping with each other, and based on a TTI length of the first channel being longer than a TTI length of the second channel, transmitting the second channel and dropping the first channel at the transmission timing, wherein based on second downlink control information, including second uplink grant for scheduling transmission of a physical uplink shared channel, PUSCH, with a shorter length than the TTI length of the first channel, being received during a time period from a next subframe n + 1 of a subframe n in which the downlink control information is received to a subframe n + k in which the first channel is to be transmitted, uplink control information to be transmitted on the first channel is transmitted on a shortened physical uplink control channel, SPUCCH, in a shortened TTI, sTTI, of the subframe n + k, and wherein the sTTI of the subframe is configured by a higher layer signal. receiving downlink control information including uplink grant; and based on a transmitting timing of a first channel transmitted based on the uplink grant and a transmission timing of a second channel transmitted without the uplink grant overlapping with each other, and based on a TTI length of the first channel being longer than a TTI length of the second channel, transmitting the second channel and dropping the first channel at the transmission timing, wherein based on second downlink control information, including second uplink grant for scheduling transmission of a physical uplink shared channel, PUSCH, with a shorter length than the TTI length of the first channel, being received during a time period from a next subframe n + 1 of a subframe n in which the downlink control information is received to a subframe n + k in which the first channel is to be transmitted, uplink control information to be transmitted on the first channel is transmitted on a shortened physical uplink control channel, SPUCCH, in a shortened TTI, sTTI, of the subframe n + k, and wherein the sTTI of the subframe is configured by a higher layer signal.
A method of friction stir channelling comprising rotating a probe of a friction stir channelling tool, the friction stir channelling tool comprising a probe for inserting into a workpiece or workpieces, the probe extending from, and being rotatably mounted in, a bore of a shoulder, the probe surface being formed so as to cause material of the workpiece around the probe to be plasticised and to cause the plasticised workpiece material to be moved towards the shoulder and into the bore of the shoulder upon rotation of the probe while the shoulder is in contact with the workpiece, and wherein the shoulder has at least one vent extending from outside the shoulder to the bore whereby the plasticised material can exit the bore through the vent; the method further comprising causing the rotating probe to enter a workpiece and bringing the shoulder of the tool into contact with the workpiece, the shoulder, or at least the radially outer portion of the shoulder in the case where the shoulder has radially inner and outer portions, not rotating relative to the workpiece, whereby rotation of the probe causes material of the workpiece around the probe to be plasticised and be drawn up the probe to enter the bore of the shoulder and exit through the vent or one of the vents in the shoulder; and traversing the tool along the workpiece under working conditions such that a channel is formed inside the workpiece.
An apparatus comprising: a transmitter or receiver for the transmission or reception of data; a processing element for handling the data of the apparatus; and a connector for the transfer of the data, the connector to connect to a data channel and to connect to a control channel; wherein the processing element is to provide for transfer of data of a first protocol in the data channel, the processing element to further provide for transfer of data of a second protocol over the control channel, the transfer of data of the second protocol via the control channel including the use of one or more generic commands (125, 175) of the first protocol, the generic commands (125, 175) including a write request command comprising a header with a recipient identifier and a payload area; wherein data of the second protocol is optimized before the data of the second protocol is sent over the first protocol, optimization comprising providing a series of write request commands and providing a recipient identifier in only one of the series of write commands; and wherein the transfer of data of the first protocol in the data channel and the transfer of data of the second protocol in the control channel are simultaneous at least in part. a transmitter or receiver for the transmission or reception of data; a processing element for handling the data of the apparatus; and a connector for the transfer of the data, the connector to connect to a data channel and to connect to a control channel; wherein the processing element is to provide for transfer of data of a first protocol in the data channel, the processing element to further provide for transfer of data of a second protocol over the control channel, the transfer of data of the second protocol via the control channel including the use of one or more generic commands (125, 175) of the first protocol, the generic commands (125, 175) including a write request command comprising a header with a recipient identifier and a payload area; wherein data of the second protocol is optimized before the data of the second protocol is sent over the first protocol, optimization comprising providing a series of write request commands and providing a recipient identifier in only one of the series of write commands; and wherein the transfer of data of the first protocol in the data channel and the transfer of data of the second protocol in the control channel are simultaneous at least in part.
Piezoelectric actuator comprising: - a piezoactive element intended to produce vibrations, and - an oblong metallic structure comprising a major axis and a minor axis extending at right angles to one another and surrounding the piezoactive element which is arranged on the major axis of the metallic structure, the said metallic structure being configured to preload the piezoactive element and to amplify, along the minor axis of the metallic structure, the vibrations produced by the piezoactive element, characterized in that the oblong metallic structure being a pre-cut and bent metal sheet and one in which the ends (11a and 11b) of the metallic sheet are assembled by electric welding in order to obtain the oblong metallic structure. - a piezoactive element intended to produce vibrations, and - an oblong metallic structure comprising a major axis and a minor axis extending at right angles to one another and surrounding the piezoactive element which is arranged on the major axis of the metallic structure, the said metallic structure being configured to preload the piezoactive element and to amplify, along the minor axis of the metallic structure, the vibrations produced by the piezoactive element,
A diagnosis method for detecting celiac disease comprising the following steps: a) providing as input data a Raman spectrum of a blood serum sample; b) selecting from the Raman spectrum a first band characteristic of a first indicator of presence of celiac disease, a second band characteristic of a second indicator of presence of celiac disease, and a third band characteristic of a third indicator of presence of celiac disease; c) calculating a first ratio A 2' /A 1 and a second ratio A 3' /A 1, wherein A 1 is the area under the first band, A 2' is the area under the second band, and A 3' is the area under the third band; d) verifying that the first ratio A 2' /A 1 is greater than a first threshold value and that the second ratio A 3' /A 1 is greater than a second threshold value to confirm that the blood serum sample belongs to a celiac patient; wherein said first indicator is given by phenylalanine; wherein said second indicator is given by phospholipids; and wherein said third indicator is given by amide-I. a) providing as input data a Raman spectrum of a blood serum sample; b) selecting from the Raman spectrum a first band characteristic of a first indicator of presence of celiac disease, a second band characteristic of a second indicator of presence of celiac disease, and a third band characteristic of a third indicator of presence of celiac disease; c) calculating a first ratio A 2' /A 1 and a second ratio A 3' /A 1, wherein A 1 is the area under the first band, A 2' is the area under the second band, and A 3' is the area under the third band; d) verifying that the first ratio A 2' /A 1 is greater than a first threshold value and that the second ratio A 3' /A 1 is greater than a second threshold value to confirm that the blood serum sample belongs to a celiac patient;
A method for communication, the method comprising: establishing a first connection between a source and a first receiver, the first receiver configured as a True Wireless Stereo, TWS Bluetooth configured device; receiving a first packet from the source by the first receiver; determining, by the first receiver, the first packet has an error; establishing a second connection between the first receiver and a second receiver, the second receiver configured as a TWS Bluetooth configured device; and establishing a third connection between the second receiver and the source; receiving, by the second receiver, the first packet from the source; the method being characterized in: determining if the second receiver received the first packet in response to the determination the first packet has the error. establishing a first connection between a source and a first receiver, the first receiver configured as a True Wireless Stereo, TWS Bluetooth configured device; receiving a first packet from the source by the first receiver; determining, by the first receiver, the first packet has an error; establishing a second connection between the first receiver and a second receiver, the second receiver configured as a TWS Bluetooth configured device; and establishing a third connection between the second receiver and the source; receiving, by the second receiver, the first packet from the source; the method being characterized in: determining if the second receiver received the first packet in response to the determination the first packet has the error.
Vehicle, comprising at least one camera and one corresponding washing system for cleaning the camera, the washing system comprising: - a housing for receiving the camera, - a cleaning fluid storage tank, - a nozzle for spraying the cleaning fluid inside the housing, - a pump for pumping the cleaning fluid from the tank to the nozzle, wherein each camera is in a first position when the vehicle is moving and in a second position, different from the first position, when the vehicle is parked, characterized in that the washing system further includes a passage extending from the housing to the tank, for draining, under gravity, used cleaning fluid back into the tank and in that the housing is directly attached to the tank or integral with the tank. - a housing for receiving the camera, - a cleaning fluid storage tank, - a nozzle for spraying the cleaning fluid inside the housing, - a pump for pumping the cleaning fluid from the tank to the nozzle, wherein each camera is in a first position when the vehicle is moving and in a second position, different from the first position, when the vehicle is parked, characterized in that the washing system further includes a passage extending from the housing to the tank, for draining, under gravity, used cleaning fluid back into the tank and in that the housing is directly attached to the tank or integral with the tank.