mhurhangee/ep-ind-claims huggingface dataset:
A method for drying sheets, in particular plasterboard, comprising a main phase, said main phase comprising: - advancing sheets to be dried along a path; - heating a first drying medium to a temperature above 140°C via first heating means, and directing the heated first drying medium to said sheets in a hot drying zone; - recovering heat from exhaust drying medium of said hot drying zone via a series of two or more heat recovery means and using the recovered heat for heating a second drying medium to a temperature below the temperature of said first drying medium without additional heating means, and directing the heated second drying medium to said sheets in a plurality of warm drying zones downstream of said hot drying zone, wherein: - the cooled exhaust drying medium from upstream heat recovery means is passed over downstream recovery means; and - for each of said two or more heat recovery means, the recovered heat is directed to one or more warm drying zones associated with that heat recovery means. - advancing sheets to be dried along a path; - heating a first drying medium to a temperature above 140°C via first heating means, and directing the heated first drying medium to said sheets in a hot drying zone; - recovering heat from exhaust drying medium of said hot drying zone via a series of two or more heat recovery means and using the recovered heat for heating a second drying medium to a temperature below the temperature of said first drying medium without additional heating means, and directing the heated second drying medium to said sheets in a plurality of warm drying zones downstream of said hot drying zone, - the cooled exhaust drying medium from upstream heat recovery means is passed over downstream recovery means; and - for each of said two or more heat recovery means, the recovered heat is directed to one or more warm drying zones associated with that heat recovery means.
A liquid circulation heating system for performing air-heating, the system comprising a heat pump circuit for circulating a refrigerant to heat the liquid, and a heating radiator for releasing heat of the heated liquid, wherein the heat pump circuit includes: a compressor for compressing the refrigerant; a refrigerant radiator for radiating heat from the compressed refrigerant; an expansion valve for expanding the refrigerant that has radiated heat; and an evaporator for evaporating the expanded refrigerant; an accumulator provided between the evaporator and the compressor, the refrigerant contains tetrafluoropropene and difluoromethane as main components, and the system further comprises a controller for performing a control operation to reduce an opening of the expansion valve when the incoming liquid supplied to the refrigerant radiator has a relatively high temperature.
A method for a multi-mode mobile device in a mobile communication system to transmit signals to a base station, said device including a phase shifter (104, 201, 612, 622, 704), a power combiner/divider (220, 660, 703), and a plurality of antennae (103, 103a, 103b, 206, 207, 616, 626, 703, 801, 811) with each antenna (103, 103a, 103b, 206, 207, 616, 626, 703, 801, 811) coupled to a power amplifier (101, 101a, 101b, 202, 203, 613, 623), the method comprising the steps of: providing a plurality of signals to said power combiner/divider (220, 660, 703) for adjusting a power level of each of the plurality of signals; delivering each of said plurality of signals to a different one of the plurality of antennae (103, 103a, 103b, 206, 207, 616, 626, 703, 801, 811); transmitting a single non-diversity mode signal wherein one of the plurality of signals is provided with full power and other of the plurality of signals are provided with no power; after said device receives a discernable indicator that said single signal was received, transmitting a diversity mode signal set in which said power combiner/divider (220, 660) adjusts the power level of each signal in said plurality of signals and the phase shifter (104, 201, 612, 622, 704) determines a need to adjust a relative phase of said signals and adjusts the relative phase if needed; and after said device receives a subsequent non-discernable indicator in response or receiving no indicator in response, transmitting a further single non-diversity mode signal. providing a plurality of signals to said power combiner/divider (220, 660, 703) for adjusting a power level of each of the plurality of signals; delivering each of said plurality of signals to a different one of the plurality of antennae (103, 103a, 103b, 206, 207, 616, 626, 703, 801, 811); transmitting a single non-diversity mode signal wherein one of the plurality of signals is provided with full power and other of the plurality of signals are provided with no power; after said device receives a discernable indicator that said single signal was received, transmitting a diversity mode signal set in which said power combiner/divider (220, 660) adjusts the power level of each signal in said plurality of signals and the phase shifter (104, 201, 612, 622, 704) determines a need to adjust a relative phase of said signals and adjusts the relative phase if needed; and after said device receives a subsequent non-discernable indicator in response or receiving no indicator in response, transmitting a further single non-diversity mode signal.
A sliding door of a vehicle, with a door portal, with a door element which can be moved in the transverse direction, and a sliding door seal having a first seal and a stationary second seal arranged on the door portal, wherein the first seal engages on the second seal in the closed position of the door element, and the first seal - is arranged on a folding hinge which is secured to the door element and which can be transferred from a closed sealing position into an open non-sealing position and vice versa, and - is passively held in the closed position by spring force and can be brought into the open position by an external force. - is arranged on a folding hinge which is secured to the door element and which can be transferred from a closed sealing position into an open non-sealing position and vice versa, and - is passively held in the closed position by spring force and can be brought into the open position by an external force.
Implant having a base body and a double coating applied to at least one surface portion of the base body, the double coating consisting of an adhesion-promoting layer applied directly to the at least one surface portion of the base body, and an osteointegrative layer covering the adhesion-promoting layer, and these layers (2, 3) consisting of pure titanium, the adhesion-promoting layer having a thickness of 2-6 μm, in particular a thickness of 3-5 μm, the osteointegrative layer having a thickness of 50-70 μm, in particular a thickness of 55-65 μm, the adhesion-promoting layer having a high density and the osteointegrative layer having a porosity of 70-90% and a roughness R z of at least 45 μm.
A crystalline Form CS1 of ozanimod hydrochloride, wherein the X-ray powder diffraction pattern shows characteristic peaks at 2theta values of 26.1°±0.20°, 24.4°±0.20° and 20.1°±0.20° using CuKα radiation.
A method for resource indication, applied to a terminal device, the method comprising: receiving first indication information, wherein the first indication information indicates time domain resources and/or frequency domain resources for preemption transmission, a minimum granularity of the time domain resources is a symbol, a minimum granularity of the frequency domain resources is a physical resource block, and the time domain resources and/or the frequency domain resources for the preemption transmission indicated in the first indication information are for a user group; and determining, based on the first indication information, available resources for a first type of service to be transmitted, wherein the available resources for the first type of service are at least one of: at least part of time domain resources other than the time domain resources for the preemption transmission; or at least part of frequency domain resources other than the frequency domain resources for the preemption transmission, characterized in that the method further comprises: receiving second indication information, wherein the second indication information indicates starting use moments of the time domain resources for the preemption transmission, and resources with the starting use moments indicated in the second indication information are for a user group. receiving first indication information, wherein the first indication information indicates time domain resources and/or frequency domain resources for preemption transmission, a minimum granularity of the time domain resources is a symbol, a minimum granularity of the frequency domain resources is a physical resource block, and the time domain resources and/or the frequency domain resources for the preemption transmission indicated in the first indication information are for a user group; and determining, based on the first indication information, available resources for a first type of service to be transmitted, wherein the available resources for the first type of service are at least one of: at least part of time domain resources other than the time domain resources for the preemption transmission; or at least part of frequency domain resources other than the frequency domain resources for the preemption transmission, at least part of time domain resources other than the time domain resources for the preemption transmission; or at least part of frequency domain resources other than the frequency domain resources for the preemption transmission, characterized in that the method further comprises: receiving second indication information, wherein the second indication information indicates starting use moments of the time domain resources for the preemption transmission, and resources with the starting use moments indicated in the second indication information are for a user group.
A reinforcing mesh for abrasive wheels comprising: - a fabric or nonwoven fabric made of fibres; and - at least one recognition element made of conductive material adhered to the fibre fabric; characterized in that the recognition element comprises at least one strip of conductive material elongated along a longitudinal axis, wherein the strip is provided with a width transversal with respect to the longitudinal axis, wherein the width is greater than a thickness of the strip and wherein the width is comprised between 0.3 mm and 20 mm. - a fabric or nonwoven fabric made of fibres; and - at least one recognition element made of conductive material adhered to the fibre fabric;
A drawer comprising a bottom, a rear wall and a divider system for subdividing the interior space of the drawer, with the divider system having at least one longitudinal strut extending in the longitudinal direction of the drawer and approximately at the height of the top edge of the rear wall, which longitudinal strut comprises a holder reaching over the top edge of the rear wall on the end face thereof in the region of the rear wall, characterized in that the holder is arranged as a clamping device and comprises a clamping part which is pressed from the rear side of the rear wall against the rear wall, whereby the clamping part consists of a spring clamp which is incidentally integrally produced with the holder.
An unmanned helicopter comprising: a drive source; a tail rotor; a shaft unit for transmitting a driving force from the drive source to the tail rotor; and an elastic member (64, 168, 220, 282) disposed in the shaft unit; wherein the shaft unit includes a drive shaft, a transmission configured to transmit a driving force from the drive source to the drive shaft, and a transmittal portion for transmitting a rotation torque from the drive shaft to the tail rotor; and the elastic member (64, 168, 220, 282) is interposed in the shaft unit between a location between the transmission and the drive shaft and a location between the drive shaft and the transmittal portion, characterized in that the elastic member (64, 168, 220, 282) has a relationship between a displacement amount of the elastic member (64, 168, 220, 282) and a rotation torque outputted from the elastic member (64, 168, 220, 282) such that as the displacement amount increases, the rotation torque increases toward a predetermined value in an asymptotic fashion. a drive source; a tail rotor; a shaft unit for transmitting a driving force from the drive source to the tail rotor; and an elastic member (64, 168, 220, 282) disposed in the shaft unit; wherein the shaft unit includes a drive shaft, a transmission configured to transmit a driving force from the drive source to the drive shaft, and a transmittal portion for transmitting a rotation torque from the drive shaft to the tail rotor; and the elastic member (64, 168, 220, 282) is interposed in the shaft unit between a location between the transmission and the drive shaft and a location between the drive shaft and the transmittal portion, characterized in that the elastic member (64, 168, 220, 282) has a relationship between a displacement amount of the elastic member (64, 168, 220, 282) and a rotation torque outputted from the elastic member (64, 168, 220, 282) such that as the displacement amount increases, the rotation torque increases toward a predetermined value in an asymptotic fashion.
An array substrate, comprising: a base substrate, and a gate line and a common electrode, a gate insulation layer, an active layer, and a data line, a source electrode and a drain electrode, sequentially arranged on the base substrate; and a pixel electrode, wherein the gate line and the common electrode are provided in a same layer on the base substrate, the pixel electrode and the active layer are provided in a same layer on the gate insulation layer from a same metal-oxide semiconductor layer by a metallization process, the data line, the source electrode, and the drain electrode are provided in a same layer on the pixel electrode, the active layer, and the gate insulating layer, the common electrode comprises a portion parallel to the data line and a portion perpendicular to the data line, and the pixel electrode, the gate insulation film layer and the common electrode form a storage capacitor. the gate line and the common electrode are provided in a same layer on the base substrate, the pixel electrode and the active layer are provided in a same layer on the gate insulation layer from a same metal-oxide semiconductor layer by a metallization process, the data line, the source electrode, and the drain electrode are provided in a same layer on the pixel electrode, the active layer, and the gate insulating layer, the common electrode comprises a portion parallel to the data line and a portion perpendicular to the data line, and the pixel electrode, the gate insulation film layer and the common electrode form a storage capacitor.
A braking system for a vehicle and a trailer being towed by the vehicle, the braking system comprising: an electronic trailer brake constructed and arranged to control trailer wheel brakes of the trailer, and an electronic brake system constructed and arranged to control wheel brakes of the vehicle, wherein the EBS comprising at least one circuit constructed and arranged to detect a function of the EBS and, in response to the detected function, to send a request signal to the electronic trailer brake instructing the electronic trailer brake to activate the trailer wheel brakes, characterized in that, the EBS further comprises a trailer pulse recognition circuit constructed and arranged to recognize drive-off of the vehicle with the trailer in tow, and to initiate a second request signal to the electronic trailer brake to cause activation of the trailer wheel brakes for a limited time to clean the trailer wheel brakes and wherein the electronic trailer brake is constructed and arranged to provide a trailer brake output between 0 and 100% and wherein the trailer pulse recognition circuit is constructed and arranged to initiate the second request signal when the vehicle speed is about 15 kph and wherein the electronic trailer brake is constructed and arranged, based on the second request signal, to cause activation of the trailer wheel brakes at a trailer brake output of about 20%.
A high speed tool steel, comprising by mass-%: C at from 0.40 to 0.90%; Si at 1.00% or less; Mn at 1.00% or less; Cr at from 4.00 to 6.00%; one or both of W and Mo at a content determined by a relational expression (Mo+0.5W) of from 1.50 to 6.00%; one or both of V and Nb at a content determined by the relational expression (V+Nb) of from 0.50 to 3.00%; optionally Ni at 1.00% or less by mass%; and optionally Co at 5.00% or less by mass%; wherein a content of N is 0.0200% or less by mass%, the balance comprises Fe and impurities, and a maximum value of an equivalent circle diameter of a carbide in a sectional structure is 1.00 μm or less.
A data compression device for compressing an uncompressed data set into a compressed data set, the uncompressed data set comprising a plurality of data values (2212a-m), the data compression device comprising: a separator configured to divide each data value in the data set into a plurality of semantically meaningful data fields (2214a-n); a compressor comprising one or more compression units (2230a, 2230b), wherein a first compression unit among said compression units is configured to apply, for at least one of the semantically meaningful data fields of each data value, a first data compression scheme to that data field in isolation from other ones (2214b, 2214n) of the semantically meaningful data fields of the data value to generate a compressed data field by exploiting a value locality of said at least one of the semantically meaningful data fields (2214a-n) to yield a better compressibility than if the first data compression scheme had been applied to the entire data value as a whole; and an aggregator configured to include the compressed data field in a resulting aggregated compressed data set to generate the compressed data set. a separator configured to divide each data value in the data set into a plurality of semantically meaningful data fields (2214a-n); a compressor comprising one or more compression units (2230a, 2230b), wherein a first compression unit among said compression units is configured to apply, for at least one of the semantically meaningful data fields of each data value, a first data compression scheme to that data field in isolation from other ones (2214b, 2214n) of the semantically meaningful data fields of the data value to generate a compressed data field by exploiting a value locality of said at least one of the semantically meaningful data fields (2214a-n) to yield a better compressibility than if the first data compression scheme had been applied to the entire data value as a whole; and an aggregator configured to include the compressed data field in a resulting aggregated compressed data set to generate the compressed data set.
A screw connector for a medical tubing system having a first connecting element with a first lumen and an outside thread and a second connecting element with an elastically deformable nut having an inside thread, wherein the inside thread and the outside thread are configured to be screwed together, wherein the outside thread has a first formation and the nut has a second formation, wherein the second formation is a recess in the base of the thread on the nut, and the nut is configured for elastic deformation by the first formation in a predetermined first angle-of-rotation range, without the first formation engaging in the recess in the base of the thread of the nut, and the inside thread and the outside thread and the first formation and the base of the thread on the nut are configured for engagement of the first formation in the recess in the base of the thread on the nut, when the inside thread and the outside thread are screwed in a predetermined second angle-of-rotation range, characterized in that the first connecting element and the second connecting element are each configured to be gas-permeable between the outside surroundings of the screw connector and an interior of the screw connector formed at least by the first lumen when the inside thread is screwed together with the outside thread in the second angle-of-rotation range, and the first connecting element and the second connecting element are each configured to form an air-tight and/or fluid-tight seal between the outer surroundings of the screw connector and the interior of the screw connector when the inside thread is screwed together with the outside thread in another angle-of-rotation range.
A connector comprising only one contact made of metal, which comprises a pair of elastic arms (110, 120; 210, 220) adapted to clamp a conductor of a wire, so as to bring into electrical contact with the conductor, wherein a first release structure (111; 211) is formed on one of the pair of elastic arms (110, 120; 210, 220), and a second release structure (121; 221) facing the first release structure (111; 211) is formed on the other of the pair of elastic arms (110, 120; 210, 220); a wedge channel (101; 201) is defined between the first release structure (111; 211) and the second release structure (121; 221) when the conductor is clamped between the pair of elastic arms (110, 120; 210, 220); and the wedge channel (101; 201) is gradually widened toward free ends of the pair of elastic arms (110, 120; 210, 220), and the pair of elastic arms (110, 120; 210, 220) are adapted to be expanded far away from each other by inserting an external tool into the wedge channel (101; 201), so as to release the clamped conductor. wherein a first release structure (111; 211) is formed on one of the pair of elastic arms (110, 120; 210, 220), and a second release structure (121; 221) facing the first release structure (111; 211) is formed on the other of the pair of elastic arms (110, 120; 210, 220); a wedge channel (101; 201) is defined between the first release structure (111; 211) and the second release structure (121; 221) when the conductor is clamped between the pair of elastic arms (110, 120; 210, 220); and the wedge channel (101; 201) is gradually widened toward free ends of the pair of elastic arms (110, 120; 210, 220), and the pair of elastic arms (110, 120; 210, 220) are adapted to be expanded far away from each other by inserting an external tool into the wedge channel (101; 201), so as to release the clamped conductor.