mhurhangee/ep-ind-claims huggingface dataset:
A mould tool comprising: a thermal transmission face; and, a temperature control face opposite the thermal transmission face; a plurality of sidewalls extending from the temperature control face defining a plurality of individual fluid chambers adjacent the temperature control face; and, a fluid based temperature control apparatus associated with at least some of the plurality of fluid chambers, each temperature control apparatus configured to produce a fluid jet directed to an impingement region on the temperature control face; characterised in that at least some of the plurality of fluid chambers define at least one rib extending into the respective fluid chamber from the temperature control face, and extending from the impingement region on the temperature control face towards the respective sidewall such that the fluid is guided outwardly to the outer periphery of the temperature control face and to the sidewalls, in which each rib has a concave profile in a cross sectional plane extending normal to the temperature control face such that each rib reacts to compressive loads on the thermal transmission face. a thermal transmission face; and, a temperature control face opposite the thermal transmission face; a plurality of sidewalls extending from the temperature control face defining a plurality of individual fluid chambers adjacent the temperature control face; and, a fluid based temperature control apparatus associated with at least some of the plurality of fluid chambers, each temperature control apparatus configured to produce a fluid jet directed to an impingement region on the temperature control face; characterised in that at least some of the plurality of fluid chambers define at least one rib extending into the respective fluid chamber from the temperature control face, and extending from the impingement region on the temperature control face towards the respective sidewall such that the fluid is guided outwardly to the outer periphery of the temperature control face and to the sidewalls, in which each rib has a concave profile in a cross sectional plane extending normal to the temperature control face such that each rib reacts to compressive loads on the thermal transmission face.
A method for determining transmission parameters for downlink communication channels from one or more network nodes to one or more wireless communication devices, comprising: receiving information identifying, among an enhanced Mobile Broadband, eMBB, data service type and an Ultra-Reliable Low Latency Communication, URLLC, data service type, a first data service type associated with a first wireless communication device (1000, 1200); configuring a first plurality of antenna elements as a second plurality of channel state information, CSI, ports based on the first data service type, wherein the second plurality of CSI ports varies for the eMBB data service type and the URLLC data service type (1010, 1210); and determining, based on transmission or reception using the configured second plurality of CSI ports, first downlink transmission parameters for the first data service type (1020, 1220), wherein: the second plurality of CSI ports are configured to provide a first angular resolution when configured for the URLLC data service type; the second plurality of CSI ports are configured to provide a second angular resolution when configured for a the eMBB data service type; and the first angular resolution is less than the second angular resolution. receiving information identifying, among an enhanced Mobile Broadband, eMBB, data service type and an Ultra-Reliable Low Latency Communication, URLLC, data service type, a first data service type associated with a first wireless communication device (1000, 1200); configuring a first plurality of antenna elements as a second plurality of channel state information, CSI, ports based on the first data service type, wherein the second plurality of CSI ports varies for the eMBB data service type and the URLLC data service type (1010, 1210); and determining, based on transmission or reception using the configured second plurality of CSI ports, first downlink transmission parameters for the first data service type (1020, 1220), wherein: the second plurality of CSI ports are configured to provide a first angular resolution when configured for the URLLC data service type; the second plurality of CSI ports are configured to provide a second angular resolution when configured for a the eMBB data service type; and the first angular resolution is less than the second angular resolution. the second plurality of CSI ports are configured to provide a first angular resolution when configured for the URLLC data service type; the second plurality of CSI ports are configured to provide a second angular resolution when configured for a the eMBB data service type; and the first angular resolution is less than the second angular resolution.
Method for estimating the thermal behaviour of a building, for an optimum control of heating, comprising the steps consisting in: - measuring the temperature outside the building, with a first temperature probe, measuring the power brought internally to the building using a first set of suitable sensors and measuring the external power supplies received by the building using a second set for suitable sensors, - simulating the thermal behaviour of the building using an electric circuit model equivalent to the RxCy network type, wherein x and y are greater than or equal to 2, characterised by the fact that: - it further comprises the step of measuring the temperature inside the building, with a second temperature probe, - the step of measuring the outside temperature, the power brought internally, the external supplies and the inside temperature, is carried out during a defined period of time and with a step less than or equal to 10 minutes, - the step of simulating the thermal behaviour of the building using an electric circuit model equivalent to the RxCy network type is carried out using open-loop operating data of the outside temperature, the power brought internally, external supplies, as well as data taken in a closed loop but operated in an open loop of the inside temperature, without modelling the regulation, and that it further comprises the step consisting in providing a resulting dynamic representation of the thermal behaviour of the building. - measuring the temperature outside the building, with a first temperature probe, measuring the power brought internally to the building using a first set of suitable sensors and measuring the external power supplies received by the building using a second set for suitable sensors, - simulating the thermal behaviour of the building using an electric circuit model equivalent to the RxCy network type, wherein x and y are greater than or equal to 2, - it further comprises the step of measuring the temperature inside the building, with a second temperature probe, - the step of measuring the outside temperature, the power brought internally, the external supplies and the inside temperature, is carried out during a defined period of time and with a step less than or equal to 10 minutes, - the step of simulating the thermal behaviour of the building using an electric circuit model equivalent to the RxCy network type is carried out using open-loop operating data of the outside temperature, the power brought internally, external supplies, as well as data taken in a closed loop but operated in an open loop of the inside temperature, without modelling the regulation,
A method for optimizing short message signaling, which is performed by Home Location Register, HLR or Home Subscriber Server, HSS, comprising: receiving a message sent by a network device, wherein the message carries a indication information indicating whether a record needs to be added to short message waiting data, MWD, of a user when a short message cannot be transmitted or fails to be transmitted, wherein the network device is a gateway mobile switching center for short message service, and the message is a short message routing request message or a short message transmission report message; determining that the short message cannot be transmitted or fails to be transmitted, and the indication information indicates that the record does not need to be added to the MWD of the user when the short message cannot be transmitted or fails to be transmitted; and skipping adding the record to the MWD of the user, wherein the record comprises an identifier of a service centre for short message service serving the user. receiving a message sent by a network device, wherein the message carries a indication information indicating whether a record needs to be added to short message waiting data, MWD, of a user when a short message cannot be transmitted or fails to be transmitted, wherein the network device is a gateway mobile switching center for short message service, and the message is a short message routing request message or a short message transmission report message; determining that the short message cannot be transmitted or fails to be transmitted, and the indication information indicates that the record does not need to be added to the MWD of the user when the short message cannot be transmitted or fails to be transmitted; and skipping adding the record to the MWD of the user, wherein the record comprises an identifier of a service centre for short message service serving the user.
A method of detecting transplant donor organ-reactive antibodies in a human patient, the method comprising the steps of: (a) reducing the expression of at least one complement inhibitor by a population of cells derived from a candidate animal transplant donor organ by genetically modifying the population of cells, wherein the transplant donor organ is an organ, tissue or cells from an animal for use as xenografts; (b) contacting the population of genetically-modified cells with a sample of serum isolated from a human patient desiring to receive the transplant donor organ; and (c) detecting lysis of the genetically modified population of cells, wherein lysis indicates if the patient desiring to receive the transplant donor organ expresses donor organ-reactive antibodies, and wherein the lysis is detectable or increased when compared with a population of cells derived from the organ and not genetically modified to have a reduction in at least one expressed complement inhibitor. (a) reducing the expression of at least one complement inhibitor by a population of cells derived from a candidate animal transplant donor organ by genetically modifying the population of cells, wherein the transplant donor organ is an organ, tissue or cells from an animal for use as xenografts; (b) contacting the population of genetically-modified cells with a sample of serum isolated from a human patient desiring to receive the transplant donor organ; and (c) detecting lysis of the genetically modified population of cells, wherein lysis indicates if the patient desiring to receive the transplant donor organ expresses donor organ-reactive antibodies, and wherein the lysis is detectable or increased when compared with a population of cells derived from the organ and not genetically modified to have a reduction in at least one expressed complement inhibitor.
Device (10, 10') for storage and application, comprising a cavity for storage of the dental material and a wall surrounding the cavity, wherein the wall, in at least a first temperature range, is impermeable to radiation of at least a first wavelength or a first wavelength range in the range of 100 nm to 500 nm, and wherein the wall has at least one area with a carrier material, preferably a polyamide material and/or a polybutylene terephthalate material, and a filter material which is provided externally on the carrier material, internally on the carrier material and/or between at least two layers of the carrier material and/or is embedded in the carrier material, characterized in that the filter material is selected from the group composed of: - perylene derivatives in particular and in particular and combinations thereof. - perylene derivatives in particular and in particular and combinations thereof.
Use of a binder for an electrode of a lithium secondary battery, the binder comprising a water dispersion of a hydrophilic group-containing polyurethane that contains a polyisocyanate, a compound that has two or more active hydrogen groups, a compound that has one or more active hydrogen groups and one or more hydrophilic groups, and a chain extending agent, wherein: the compound that has two or more active hydrogen groups contains one or more kinds of polyols selected from the group consisting of trimethylolpropane, glycerine, pentaerythritol and oxyalkylene derivatives of the polyols, and one or more kinds of polyols having a number average molecular weight of 300 or more and 3,000 or less, selected from the group consisting of a polycarbonate polyol, a polyester polyol having an aromatic ring, and a polyether polyol having an aromatic ring; the compound that has one or more active hydrogen groups and one or more hydrophilic groups contains a polyol compound having a carboxyl group or a salt thereof; and the hydrophilic group containing polyurethane has a crosslinking density of 0.01 or more and 0.50 or less per 1,000 atomic weight of the polyurethane.
A breathing circuit, comprising: a flexible hollow tube having a generally circular cross section, the flexible hollow tube having a proximal end and a distal end; and a flexible printed circuit board assembly disposed in the flexible hollow tube, the flexible printed circuit board assembly defining part of at least one inspiratory passage within the flexible hollow tube and part of at least one expiratory passage within the flexible hollow tube, wherein the flexible printed circuit board assembly is configured to: heat airflow within one or more of the at least one inspiratory passage and the at least one expiratory passage, and monitor a first property of the airflow within one or more of the at least one inspiratory passage and the at least one expiratory passage at multiple locations along the axial length of the flexible hollow tube. a flexible hollow tube having a generally circular cross section, the flexible hollow tube having a proximal end and a distal end; and a flexible printed circuit board assembly disposed in the flexible hollow tube, the flexible printed circuit board assembly defining part of at least one inspiratory passage within the flexible hollow tube and part of at least one expiratory passage within the flexible hollow tube, wherein the flexible printed circuit board assembly is configured to: heat airflow within one or more of the at least one inspiratory passage and the at least one expiratory passage, and monitor a first property of the airflow within one or more of the at least one inspiratory passage and the at least one expiratory passage at multiple locations along the axial length of the flexible hollow tube. heat airflow within one or more of the at least one inspiratory passage and the at least one expiratory passage, and monitor a first property of the airflow within one or more of the at least one inspiratory passage and the at least one expiratory passage at multiple locations along the axial length of the flexible hollow tube.
A reciprocating saw comprising: a housing including a handle housing portion, a motor housing portion, and a gear case housing portion, the handle housing portion having a longitudinal axis that defines a first axis of the reciprocating saw; a motor supported by the motor housing portion, the motor including an output shaft having a longitudinal axis that defines a second axis of the reciprocating saw; a switch positioned on the handle housing portion, the switch configured to power the reciprocating saw; a pinion gear coupled to the output shaft of the motor for rotation with the output shaft; a driven gear engaged with the pinion gear such that the driven gear rotates in response to rotation of the pinion gear; a spindle coupled to the driven gear such that rotation of the driven gear by the pinion gear reciprocates the spindle along a longitudinal axis of the spindle that defines a third axis of the reciprocating saw; a blade clamp coupled to the spindle such that the blade clamp reciprocates with the spindle, the blade clamp configured to couple a saw blade to the spindle; wherein the second axis and the third axis define a first angle (θ), and wherein the first angle (θ) is in a range of approximately 110 degrees to 130 degrees. characterized in that the first axis, the second axis, and the third axis are oblique with respect to each of the other axes. a housing including a handle housing portion, a motor housing portion, and a gear case housing portion, the handle housing portion having a longitudinal axis that defines a first axis of the reciprocating saw; a motor supported by the motor housing portion, the motor including an output shaft having a longitudinal axis that defines a second axis of the reciprocating saw; a switch positioned on the handle housing portion, the switch configured to power the reciprocating saw; a pinion gear coupled to the output shaft of the motor for rotation with the output shaft; a driven gear engaged with the pinion gear such that the driven gear rotates in response to rotation of the pinion gear; a spindle coupled to the driven gear such that rotation of the driven gear by the pinion gear reciprocates the spindle along a longitudinal axis of the spindle that defines a third axis of the reciprocating saw; a blade clamp coupled to the spindle such that the blade clamp reciprocates with the spindle, the blade clamp configured to couple a saw blade to the spindle; wherein the second axis and the third axis define a first angle (θ), and wherein the first angle (θ) is in a range of approximately 110 degrees to 130 degrees. characterized in that the first axis, the second axis, and the third axis are oblique with respect to each of the other axes.
A spherical boron nitride powder comprising sintered spherical agglomerates of hexagonal boron nitride platelets, wherein the spherical agglomerates of hexagonal boron nitride platelets have an average diameter of from 10 microns to 500 microns.
A method of charging a battery pack, the method comprising: determining whether a charge current exists; determining whether the charge current and a charge voltage are changed if determined that the charge current exists; determining whether the charge current is changed from a first current level to a second current level less than the first current level, and the charge voltage is changed from a former voltage level to a present voltage level of the battery less than the former voltage level, at a point in time at which the charge current exists and the charge current and the charge voltage are both changed, if determined that the charge current and the charge voltage are changed; and characterized in that the method further comprises the step of maintaining the charge current at the second current level for a predetermined maintenance time if determined that the present voltage level of the battery is less than the former voltage level. determining whether a charge current exists; determining whether the charge current and a charge voltage are changed if determined that the charge current exists; determining whether the charge current is changed from a first current level to a second current level less than the first current level, and the charge voltage is changed from a former voltage level to a present voltage level of the battery less than the former voltage level, at a point in time at which the charge current exists and the charge current and the charge voltage are both changed, if determined that the charge current and the charge voltage are changed; and characterized in that the method further comprises the step of maintaining the charge current at the second current level for a predetermined maintenance time if determined that the present voltage level of the battery is less than the former voltage level.
Commercial vehicle tyre of a radial type of construction with a tread, a breaker belt assembly, having a number of belt plies, an airtight inner layer, facing the inner side of the tyre, a carcass insert, with carcass cords running in the radial direction or substantially in the radial direction, and a squeegee ply, which is located between the carcass insert and the inner layer and is based on a rubber compound which contains carbon black and/or silica as a filler, characterized in that the squeegee ply is based on a rubber compound in which the filler component of carbon black and/or silica is 20 phr to less than 35 phr.
A semiconductor device manufacturing method, comprising: exciting a processing gas containing a HBr gas and a Cl 2 gas within a processing chamber that accommodates a target object including a substrate (Sb), fin regions made of silicon of a fin-type field effect transistor, which are protruded from the substrate (Sb) and arranged to form a gap, a TiN or TaN formed to cover the fin regions such that the TiN or TaN is positioned on the fin regions, a polycrystalline silicon layer formed on the TiN or TaN, and an organic mask formed on the polycrystalline silicon layer, and selectively etching the polycrystalline silicon layer with respect to the TiN or TaN with the excited processing gas, wherein a bottom surface of the polycrystalline silicon layer is in contact with a top surface of the TiN or TaN, and the Cl 2 gas is supplied at a flow rate of about 5% or more to about 10% or less with respect to a flow rate of the HBr gas in the processing gas. exciting a processing gas containing a HBr gas and a Cl 2 gas within a processing chamber that accommodates a target object including a substrate (Sb), fin regions made of silicon of a fin-type field effect transistor, which are protruded from the substrate (Sb) and arranged to form a gap, a TiN or TaN formed to cover the fin regions such that the TiN or TaN is positioned on the fin regions, a polycrystalline silicon layer formed on the TiN or TaN, and an organic mask formed on the polycrystalline silicon layer, and selectively etching the polycrystalline silicon layer with respect to the TiN or TaN with the excited processing gas, wherein a bottom surface of the polycrystalline silicon layer is in contact with a top surface of the TiN or TaN, and the Cl 2 gas is supplied at a flow rate of about 5% or more to about 10% or less with respect to a flow rate of the HBr gas in the processing gas.
Method for transferring a vehicle traveling with lateral guidance support into a driving state with a reduced risk of the consequences of a collision in the event of the driver experiencing an emergency, comprising the following steps: Detecting a hands-off situation of the driver and outputting a hands-off warning in a hands-off phase, Carrying out a warning escalation in an escalation phase if there is no reaction to the hands-off warning, wherein initiation of the escalation phase is prevented if a predefined blocking condition is satisfied, characterized in that the speed of the vehicle is higher than a predefined speed limit, and the blocking condition is a function of instances of triggering of the escalation phase which have already taken place, and the blocking condition is satisfied if the number of instances of triggering of the escalation phase is equal to a predefined value. Detecting a hands-off situation of the driver and outputting a hands-off warning in a hands-off phase, Carrying out a warning escalation in an escalation phase if there is no reaction to the hands-off warning, wherein initiation of the escalation phase is prevented if a predefined blocking condition is satisfied, characterized in that the speed of the vehicle is higher than a predefined speed limit, and the blocking condition is a function of instances of triggering of the escalation phase which have already taken place, and the blocking condition is satisfied if the number of instances of triggering of the escalation phase is equal to a predefined value.