mhurhangee/ep-ind-claims huggingface dataset:
A crude terephthalic acid solvent exchanging method, consisting of: a filter cake forming step for separating mother liquor and crude terephthalic acid solid particles in crude terephthalic acid slurry to form a filter cake; a first washing step for washing the filter cake in a first-step washing zone, and conveying the washed filter cake to a second-step washing zone; a second washing step for washing the filter cake processed by the first washing step in the second-step washing zone, and conveying the washed filter cake to a third-step washing zone; and a third washing step for introducing external fresh water to the third-step washing zone to wash the filter cake which has been washed in two washing steps, unloading and conveying the washed and qualified filter cake to a subsequent system, and distributing washing liquor discharged from the third washing step to a first-stage washing liquor tank and a second-stage washing liquor tank to be reused as washing liquor for the first washing step and the second washing step, respectively. a filter cake forming step for separating mother liquor and crude terephthalic acid solid particles in crude terephthalic acid slurry to form a filter cake; a first washing step for washing the filter cake in a first-step washing zone, and conveying the washed filter cake to a second-step washing zone; a second washing step for washing the filter cake processed by the first washing step in the second-step washing zone, and conveying the washed filter cake to a third-step washing zone; and a third washing step for introducing external fresh water to the third-step washing zone to wash the filter cake which has been washed in two washing steps, unloading and conveying the washed and qualified filter cake to a subsequent system, and distributing washing liquor discharged from the third washing step to a first-stage washing liquor tank and a second-stage washing liquor tank to be reused as washing liquor for the first washing step and the second washing step, respectively.
A washing machine including a tub and rotatably mounted drum within the tub to receive laundry to be washed, the drum having first and second end parts (21,22) spaced from each other by a cylindrical sidewall part characterised in that the drum is mounted for rotation about an axis inclined relative to the horizontal so that the sidewall part is angled downwardly away from the second end part, the first end part and the sidewall part being completely closed to contain water in the drum and a plurality of drain holes being formed in the second end part, to allow water to collect in the drum in a region between the sidewall part and the first end part, beneath the drain holes.
A controller for steering of a motor vehicle with a plurality of self-diagnostic functions, each of which is configured for checking a function of an assigned hardware component of the controller, wherein each of the self-diagnostic functions has at least one safety limit value, which is configured in such a way that, when the at least one safety limit value is exceeded, the corresponding hardware component is switched off, wherein at least one of the self-diagnostic functions has at least one quality limit value, the absolute value of which is smaller than the absolute value of the at least one safety limit value, wherein the at least one quality limit value is configured in such a way that a quality-relevant state can be detected in the assigned hardware component when the at least one quality limit value is exceeded, characterized in that a reduced electrical signal quality is a quality-relevant state.
A mechanical assist device for affixing to a portion of a ventricular epicardial surface while being affixed only to the portion of the ventricular epicardial surface to improve the function of the heart after it has experienced an injury and for providing active assistance to an injured ventricle, comprising: a first elastic fluid fill chamber (14"); means for coupling said first fill chamber (14") to the injured ventricle; and means for selectively adjusting a volume of the first fill chamber (14") in systole to apply force against the injured ventricle and to reduce the volume of the first fill chamber in diastole to remove force against the injured ventricle, wherein the means for selectively adjusting the volume of the first fill chamber comprises a fill port (20") to provide cyclic volume changes, and wherein the mechanical assist device further comprises a second fluid fill chamber for use in a static mode to stiffen the heart and adjust geometry, and an independent fill port attached to the second fluid fill chamber to adjust its volume. a first elastic fluid fill chamber (14"); means for coupling said first fill chamber (14") to the injured ventricle; and means for selectively adjusting a volume of the first fill chamber (14") in systole to apply force against the injured ventricle and to reduce the volume of the first fill chamber in diastole to remove force against the injured ventricle, wherein the means for selectively adjusting the volume of the first fill chamber comprises a fill port (20") to provide cyclic volume changes, and wherein the mechanical assist device further comprises a second fluid fill chamber for use in a static mode to stiffen the heart and adjust geometry, and an independent fill port attached to the second fluid fill chamber to adjust its volume.
A carrier aggregation capability reporting 2. apparatus comprised in a user equipment, UE, comprising: a transceiver module, configured to receive carrier range information from a base station, wherein the carrier range information comprises at least one of a maximum carrier bandwidth or a maximum carrier quantity; and a processing module, configured to determine capability information corresponding to at least one carrier indicated by the carrier range information, wherein the capability information comprises a multiple-input multiple-output MIMO capability and/or a channel state information CSI capability; wherein the transceiver module, is further configured to report to the base station, the capability information that is corresponding to the at least one carrier, wherein a total bandwidth of the at least one carrier is less than or equal to the maximum carrier bandwidth or a quantity of carriers comprised in the least one carrier is less than or equal to the maximum carrier quantity. a transceiver module, configured to receive carrier range information from a base station, wherein the carrier range information comprises at least one of a maximum carrier bandwidth or a maximum carrier quantity; and a processing module, configured to determine capability information corresponding to at least one carrier indicated by the carrier range information, wherein the capability information comprises a multiple-input multiple-output MIMO capability and/or a channel state information CSI capability; wherein the transceiver module, is further configured to report to the base station, the capability information that is corresponding to the at least one carrier, wherein a total bandwidth of the at least one carrier is less than or equal to the maximum carrier bandwidth or a quantity of carriers comprised in the least one carrier is less than or equal to the maximum carrier quantity.
A screen valve for controlling fluid flow comprising at least one multi-apertured valve plate operatively connected to an actuator for sliding movement relative to a multi-apertured valve seat, characterised in that the valve plate is connected to the actuator via one or more resilient support elements configured to allow a floating movement of the valve plate normal to the valve plate.
A system, comprising a closed container, and a detection device, the detection device comprising a contactless passive transponder configured to communicate with a reader via an antenna using a carrier signal, the transponder including an integrated circuit having two antenna terminals (AC0, AC1) connected to the antenna and a first and a second additional terminals (TDO, TDI) interconnected by a first electrically conductive wire (FL1; FL10) having a severable part (FL10; FL100) and arranged to be severed at its severable part in case of opening or attempted opening of the container, an a short-circuiting means (MP, PLT, FL2; MP1, PLT1, FL20) configured to short-circuit the first additional terminal with another terminal (AC1, TDIS) of the integrated circuit in case of severance of the severable part (FL10; FL100) and reestablishment of an electrical connection between the first and second additional terminals (TDO, TDI).
A laser system (102, 602, 702) for outputting laser pulses to a work piece, comprising: a laser (202, 302) configured to provide laser pulses; a plurality of pulse stretchers coupled together in series, the plurality of pulse stretchers configured to stretch pulse widths of the laser pulses and output stretched laser pulses; a feedback module comprising: a pulse delay comparator configured to compare a first laser pulse of the laser pulses to a corresponding first stretched laser pulse of the stretched laser pulses, and a computing device configured to (i) determine, based on a result of the comparing by the pulse delay comparator, an adjustment to a pulse stretcher (304a, 304b, 304c) of the plurality of pulse stretchers and (ii) apply the adjustment to the pulse stretcher so as to modify a shape of a second stretched laser pulse of the stretched laser pulses; and a lens assembly configured to direct the second stretched laser pulse to the workpiece. a laser (202, 302) configured to provide laser pulses; a plurality of pulse stretchers coupled together in series, the plurality of pulse stretchers configured to stretch pulse widths of the laser pulses and output stretched laser pulses; a feedback module comprising: a pulse delay comparator configured to compare a first laser pulse of the laser pulses to a corresponding first stretched laser pulse of the stretched laser pulses, and a computing device configured to (i) determine, based on a result of the comparing by the pulse delay comparator, an adjustment to a pulse stretcher (304a, 304b, 304c) of the plurality of pulse stretchers and (ii) apply the adjustment to the pulse stretcher so as to modify a shape of a second stretched laser pulse of the stretched laser pulses; and a pulse delay comparator configured to compare a first laser pulse of the laser pulses to a corresponding first stretched laser pulse of the stretched laser pulses, and a computing device configured to (i) determine, based on a result of the comparing by the pulse delay comparator, an adjustment to a pulse stretcher (304a, 304b, 304c) of the plurality of pulse stretchers and (ii) apply the adjustment to the pulse stretcher so as to modify a shape of a second stretched laser pulse of the stretched laser pulses; and a lens assembly configured to direct the second stretched laser pulse to the workpiece.
A computer-implemented method of simulating a radio frequency communications link between simulated transmitter and receiver positions, the method being suitable for planning mobile network deployments, wherein the radio frequency communications link is a link in a mobile network and wherein radio frequencies of the radio frequency communications link are 5G frequencies and/or GHz frequencies, the method comprising: a) obtaining geospatial data pertaining to an area in which the transmitter and receiver positions are to be simulated, the geospatial data including information relating to geospatial objects located in the vicinity of the communications link to be simulated; and b) simulating RF communications link propagation characteristics between the simulated transmitter and receiver positions using the geospatial data and an RF propagation model, wherein the RF propagation model is a knife edge diffraction model or a shield diffraction model; the geospatial data including overhead imagery data obtained from an overhead survey of the area; characterized in that the geospatial data includes street-level data obtained from a street-level survey of the area, the street-level data including information relating to street-level geospatial objects, the street-level geospatial objects including street furniture, the street furniture including pole or post mounted street furniture. a) obtaining geospatial data pertaining to an area in which the transmitter and receiver positions are to be simulated, the geospatial data including information relating to geospatial objects located in the vicinity of the communications link to be simulated; and b) simulating RF communications link propagation characteristics between the simulated transmitter and receiver positions using the geospatial data and an RF propagation model, wherein the RF propagation model is a knife edge diffraction model or a shield diffraction model; the geospatial data including overhead imagery data obtained from an overhead survey of the area; characterized in that the geospatial data includes street-level data obtained from a street-level survey of the area, the street-level data including information relating to street-level geospatial objects, the street-level geospatial objects including street furniture, the street furniture including pole or post mounted street furniture.
A packaging containing a form-stable coiled collagen carrier, said form-stable coiled collagen carrier comprising a collagen layer and a coating layer comprising thrombin and fibrinogen and having the shape of an elongated element with a number of windings of the collagen carrier about the longitudinal axis of the elongated element with at least one outer winding(s) being orientated so that the coating layer constitutes the outer surface of each of said outer winding(s), the packaging comprising • a container part having a compartment in which at least a part of the coiled collagen carrier is contained, the compartment having an opening provided in an upper surface of the container part, and • at least one cavity situated at the rim of the opening, wherein said cavity opens into the compartment and into the upper surface. • a container part having a compartment in which at least a part of the coiled collagen carrier is contained, the compartment having an opening provided in an upper surface of the container part, and • at least one cavity situated at the rim of the opening, wherein said cavity opens into the compartment and into the upper surface.
Charging arrangement for an electrical vehicle, comprising the electrical vehicle and a charger component, whereby the electrical vehicle comprises a first charging connector arranged underneath the electrical vehicle for receiving electrical energy to charge the electrical vehicle, whereby the first charging connector comprises at least two vehicle contacts which are spaced apart from each other and extend both in longitudinal direction of the electric vehicle and from the electrical vehicle towards ground, the at least two vehicle contacts having an elongated shape in the longitudinal direction of the electric vehicle, and a second charging connector for providing electrical energy to the electrical vehicle, whereby the second charging connector comprises at least two charging contacts corresponding to the at least two vehicle contacts such that, by inserting and/or connecting the first charging connector onto and/or with the second charging connector, electrical connection is established between the first charging connector and the second charging connector, wherein the charger component comprises at least one spring for attaching to ground, whereby the second charging connector is attached to the ground via the at least one spring, the spring force allowing a vertical, horizontal and rotational movement of the second charging connector, characterized in that the second charging connector further comprises a baseplate (10,14) which extends with an upper surface parallel to ground and comprises the at least two charging contacts and at least three non-conductive intermediate elements, each charging contact arranged recessed between two adjacent intermediate elements, the at least two charging contacts and the at least three intermediate elements extending in a longitudinal direction of the base plate (10,14) and having an elongated shape in the longitudinal direction of the base plate (10,14).
An inflation electronic control module comprising: a first electronically-controllable solenoid valve disposed so as to selectively open or close fluid communication between a fluid pressure source and a vehicle tire; and a first electronic fluid pressure sensor disposed so as to detect delivery-side fluid pressure between the first electronically-controllable solenoid valve and the vehicle tire, and provide a first pressure signal corresponding to the detected delivery-side fluid pressure; characterized in that the first electronically-controllable solenoid valve is configured to open if (a) the first pressure signal indicates that the delivery-side fluid pressure is below a threshold tire pressure and (b) a second pressure signal indicates that the supply-side fluid pressure is at or above a threshold supply pressure and above the delivery-side fluid pressure; and the first electronically-controllable solenoid valve is further configured to close if either (i) the first pressure signal indicates that the delivery-side fluid pressure is at or above the threshold tire pressure or the supply-side fluid pressure, or (ii) the second pressure signal indicates that the supply-side fluid pressure is below the threshold supply pressure. a first electronically-controllable solenoid valve disposed so as to selectively open or close fluid communication between a fluid pressure source and a vehicle tire; and a first electronic fluid pressure sensor disposed so as to detect delivery-side fluid pressure between the first electronically-controllable solenoid valve and the vehicle tire, and provide a first pressure signal corresponding to the detected delivery-side fluid pressure; characterized in that the first electronically-controllable solenoid valve is configured to open if (a) the first pressure signal indicates that the delivery-side fluid pressure is below a threshold tire pressure and (b) a second pressure signal indicates that the supply-side fluid pressure is at or above a threshold supply pressure and above the delivery-side fluid pressure; and the first electronically-controllable solenoid valve is further configured to close if either (i) the first pressure signal indicates that the delivery-side fluid pressure is at or above the threshold tire pressure or the supply-side fluid pressure, or (ii) the second pressure signal indicates that the supply-side fluid pressure is below the threshold supply pressure.
A method for reporting channel state information, comprising: receiving or detecting (Step 11), by a user equipment, UE, an aperiodic channel state information, CSI, trigger signaling in a sub-frame n, wherein the n is an integer, wherein the aperiodic CSI trigger signaling is carried by a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH, wherein a cyclic redundancy check, CRC, of the PDCCH or the EPDCCH is scrambled by a multi-user shared radio network temporary identifier, RNTI, and the downlink control information, DCI, corresponding to the PDCCH or the EPDCCH comprises a first domain used for indicating whether the UE needs to report an aperiodic CSI and a second domain used for indicating a measurement resource of the CSI; determining (Step 12), by the UE, a CSI measurement resource according to the aperiodic CSI trigger signaling, wherein the CSI measurement resource comprises a channel state information reference signal, CSI-RS, resource and an interference measurement resource, wherein the CSI-RS resource refers to a resource transmitting non-zero power CSI-RS, and the interference measurement resource refers to a resource carrying zero power CSI-RS; and measuring (Step 13), by the UE, channel state based on the determined CSI measurement resource, and deriving, by the UE, the aperiodic CSI, and reporting, by the UE, the aperiodic CSI to a base station. receiving or detecting (Step 11), by a user equipment, UE, an aperiodic channel state information, CSI, trigger signaling in a sub-frame n, wherein the n is an integer, wherein the aperiodic CSI trigger signaling is carried by a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH, wherein a cyclic redundancy check, CRC, of the PDCCH or the EPDCCH is scrambled by a multi-user shared radio network temporary identifier, RNTI, and the downlink control information, DCI, corresponding to the PDCCH or the EPDCCH comprises a first domain used for indicating whether the UE needs to report an aperiodic CSI and a second domain used for indicating a measurement resource of the CSI; determining (Step 12), by the UE, a CSI measurement resource according to the aperiodic CSI trigger signaling, wherein the CSI measurement resource comprises a channel state information reference signal, CSI-RS, resource and an interference measurement resource, wherein the CSI-RS resource refers to a resource transmitting non-zero power CSI-RS, and the interference measurement resource refers to a resource carrying zero power CSI-RS; and measuring (Step 13), by the UE, channel state based on the determined CSI measurement resource, and deriving, by the UE, the aperiodic CSI, and reporting, by the UE, the aperiodic CSI to a base station.
A package of the two-material box type for the packaging of a product, which package includes an outer envelope that is composed of two envelope parts (5, 6) connected by hinge means for their moving between two positions: - a closed position, held by releasable locking means, to define together a closed storage volume intended to contain said product, and - an open position, to allow the access to said storage volume, which two envelope parts (5, 6) are internally covered with a same one-piece tight plastic film, characterized in that said two envelope parts (5, 6) are consisted by two distinct pieces, and in that said tight plastic film includes an insert strip, extending between said two distinct envelope parts (5, 6), to form said hinge means.
A method of preparing a modified novolak phenolic resin comprising the steps of mixing reaction components consisting of novolak resin(s), crosslinker and acid catalyst, wherein said novolak resin(s) is/are a novolak phenolic resin obtained from condensation of a phenol containing at least 50% by weight of p-cresol and an aldehyde, wherein the phenol consists of 55 to 70% by weight of p-cresol and the balance of another phenol; or a mixture of (b-1) 55 to 70% by weight of a p-cresol novolak resin obtained from condensation of p-cresol and an aldehyde and (b-2) the balance of another novolak phenolic resin obtained from condensation of a phenol other than p-cresol and an aldehyde; said resin(s) being mixed with said crosslinker and simultaneously or subsequently said acidic catalyst is added thereto, and effecting reaction in an organic solvent at a temperature of 10 to 80°C, wherein the crosslinker is at least one member selected from the group consisting of an amino condensate modified with formalin or formalin-alcohol, a phenol compound having on average at least two methylol or alkoxymethylol groups in a molecule, and an epoxy compound having on average at least two epoxy groups in a molecule.