mhurhangee/ep-ind-claims huggingface dataset:
A self-cleaning particulate separator unit for use in a ventilation system configured to receive a flow of exhaust air containing pollutants (Pa, Pb, Pb', Pc), wherein said particulate separator unit comprises a controller and at least one conduit with an outer surface, the conduit being configured to receive a refrigerant, wherein the conduit is configured to have a first temperature (T C1) and a second temperature (T C2), wherein when the conduit has the first temperature (T C1), condensation and a particle layer of pollutants (Pa, Pb, Pb', Pc) is formed on the outer surface of the conduit, and wherein when the conduit has the second temperature (T C2) the condensation freezes and subsequently cracks the particle layer such that the particle layer is detached from the conduit; said self-cleaning particulate separator unit being characterized in that the controller is configured to: - cause the at least one conduit to assume said first temperature (T C1), whereby the condensation and the particle layer of pollutants (Pa, Pb, Pb', Pc) is formed on the outer surface of the at least one conduit; and - cause the conduits to assume the second temperature (T C2), whereby the condensation and the particle layer freezes and subsequently cracks such that the particle layer is detached from the at least one conduit. - cause the at least one conduit to assume said first temperature (T C1), whereby the condensation and the particle layer of pollutants (Pa, Pb, Pb', Pc) is formed on the outer surface of the at least one conduit; and - cause the conduits to assume the second temperature (T C2), whereby the condensation and the particle layer freezes and subsequently cracks such that the particle layer is detached from the at least one conduit.
Method for operating a vehicle comprising at least one step of driving in manual mode in which a longitudinal displacement and a lateral displacement are controlled by a human driver and at least one step of driving in autonomous mode in which the longitudinal displacement and the lateral displacement are controlled by an automated system, in which: - at least one step of driving in semi-autonomous mode is activated from the autonomous mode by a resumption of control by the human driver either of the longitudinal displacement such that the automated system continues to control the lateral displacement, or of the lateral displacement such that the automated system continues to control the longitudinal displacement; and - one or more automatic stopping steps (344, 354) activated in semi-autonomous mode consisting in braking the vehicle when the human driver does not quickly take back control (343, 353) of the lateral displacement and of the longitudinal displacement which continues to be controlled by the automated system. - at least one step of driving in semi-autonomous mode is activated from the autonomous mode by a resumption of control by the human driver either of the longitudinal displacement such that the automated system continues to control the lateral displacement, or of the lateral displacement such that the automated system continues to control the longitudinal displacement; and - one or more automatic stopping steps (344, 354) activated in semi-autonomous mode consisting in braking the vehicle when the human driver does not quickly take back control (343, 353) of the lateral displacement and of the longitudinal displacement which continues to be controlled by the automated system.
One-piece landscape border element which can be driven into the ground, which can be made in variable lengths, having a rectangular cross-section open on the underside, made of a corrosion-resistant flat material, wherein the longitudinal edges are parallel or taper in a trapezoidal shape, and the horizontal surface is semi-circular on one side, characterised in that there are triangular retaining lugs that can be bent on one end without tools on the vertical parts of the landscape border element, for the purpose of fastening the subsequent landscape border element, in that there are also differently shaped recesses, in particular slots, for receiving fastening elements for add-on parts, and in that prongs and barbs are attached to the leg surfaces used for anchoring in the ground.
An electronic automated solid-state impedance tuner or impedance tuner system (50, 50-1, 50-2, 60) operable at RF frequencies and configured to present impedances to a device under test and enable measurement of the DUT's performance as a function of such impedances in a measurement system, the impedance tuner or impedance tuner system comprising: a single housing structure (52, 62, 72, 82); a plurality of solid state tuner modules (30-1, 30-2, 30-3, 30-4), each module including at least one solid state control element; and wherein the tuner modules are cascaded together and arranged in said single housing structure. a single housing structure (52, 62, 72, 82); a plurality of solid state tuner modules (30-1, 30-2, 30-3, 30-4), each module including at least one solid state control element; and wherein the tuner modules are cascaded together and arranged in said single housing structure.
A gateway for interfacing a capillary network of communicating devices with an access point of a cellular network, characterised in that it comprises: - a plurality of input buffers designed to store packets, referred to as elementary packets, originating from the communicating devices; - a plurality of output buffers designed to store composite packets, said composite packets being formed by aggregation of elementary packets, each output buffer being associated with a type of flow of the cellular network; - flow regulation means determining, for each output buffer, parameters of size and/or transmission times of the composite packets such that the flow of these packets is consistent with the type of flow of the cellular network associated with the output buffer; - multiplexing means for transferring and aggregating elementary packets, stored in the input buffers, in the form of composite packets having the parameters determined by the flow regulation means; - scheduling means for transmitting the composite packets by means of the transmission resources of the cellular network. - a plurality of input buffers designed to store packets, referred to as elementary packets, originating from the communicating devices; - a plurality of output buffers designed to store composite packets, said composite packets being formed by aggregation of elementary packets, each output buffer being associated with a type of flow of the cellular network; - flow regulation means determining, for each output buffer, parameters of size and/or transmission times of the composite packets such that the flow of these packets is consistent with the type of flow of the cellular network associated with the output buffer; - multiplexing means for transferring and aggregating elementary packets, stored in the input buffers, in the form of composite packets having the parameters determined by the flow regulation means; - scheduling means for transmitting the composite packets by means of the transmission resources of the cellular network.
A method for wireless communications at a user equipment, UE, comprising: receiving a plurality of semi-persistent scheduling, SPS, downlink packets from a base station; accumulating a plurality of hybrid automatic repeat request, HARQ, acknowledgment or negative acknowledgment, ACK/NACK, feedbacks associated with each of the plurality of SPS downlink packets in a buffer prior to availability of one or more uplink slots; determining whether a delay constraint for one or more HARQ-ACK/NACK feedbacks from the plurality of HARQ-ACK/NACK feedbacks exceeds a delay parameter value associated the plurality of SPS downlink packets; prioritizing transmission of the one or more HARQ-ACK/NACK feedbacks based on a priority value associated with the plurality of SPS downlink packets; and transmitting, during a first uplink slot, a consolidated feedback packet to the base station that includes the one or more HARQ-ACK/NACK feedbacks for which the delay constraint exceeds the delay parameter value. receiving a plurality of semi-persistent scheduling, SPS, downlink packets from a base station; accumulating a plurality of hybrid automatic repeat request, HARQ, acknowledgment or negative acknowledgment, ACK/NACK, feedbacks associated with each of the plurality of SPS downlink packets in a buffer prior to availability of one or more uplink slots; determining whether a delay constraint for one or more HARQ-ACK/NACK feedbacks from the plurality of HARQ-ACK/NACK feedbacks exceeds a delay parameter value associated the plurality of SPS downlink packets; prioritizing transmission of the one or more HARQ-ACK/NACK feedbacks based on a priority value associated with the plurality of SPS downlink packets; and transmitting, during a first uplink slot, a consolidated feedback packet to the base station that includes the one or more HARQ-ACK/NACK feedbacks for which the delay constraint exceeds the delay parameter value.
A method for transceiving a signal with a network at a user equipment in a wireless communication system, the method comprising: transmitting, to the network, a connection request message including information on an establishment cause and information on an amount of an uplink data, wherein the information on the establishment cause indicates a short data transmission, a short transmission or a short connection; receiving, from the network, a connection setup message from the network based on the connection request message; transmitting, to the network, a connection setup completion message for completion of a connection establishment based on the connection setup message, wherein the connection setup completion message includes the uplink data. transmitting, to the network, a connection request message including information on an establishment cause and information on an amount of an uplink data, wherein the information on the establishment cause indicates a short data transmission, a short transmission or a short connection; receiving, from the network, a connection setup message from the network based on the connection request message; transmitting, to the network, a connection setup completion message for completion of a connection establishment based on the connection setup message, wherein the connection setup completion message includes the uplink data.
A tacky gel sheet having adhesive uses, comprising an organogel having tackiness before curing and having adhesiveness after curing to an adherend, wherein said organogel (i) comprises a polymer matrix including a (meth)acrylate-based resin, a plasticizing component having curability, and a curing agent having reactivity with said plasticizing component, and (ii) has a viscoelastic property expressed by a tensile storage modulus of 1.0 × 10 3 to 5.0 × 10 4 Pa and a loss factor of 0.01 to 2 (at a frequency of 0.01 Hz and at 23°C), and a storage modulus of 1.0 × 10 4 to 1.0 × 10 7 Pa and a loss factor of 0.01 to 2 (at a frequency of 100 Hz and at 23°C) and has a tacking force of 0.01 to 0.15 N/mm 2 (at 23°C) before curing, a tensile shear adhesion strength of 3 N/mm 2 or more (at 23°C) and a tensile adhesion strength of 1 N/mm 2 or more (at 23°C) after curing, wherein said plasticizing component comprises a liquid epoxy-based resin having a viscosity in a range of 500 to 30,000 mPa•s at a temperature of 25°C, JIS K 7117-1, 1999, and having a benzene skeleton, and wherein said liquid epoxy-based resin having a benzene skeleton has a plurality of epoxy groups, and said plasticizing component further comprises one or both of an aliphatic polyfunctional liquid epoxy-based resin having a viscosity in a range of 1 to 10,000 mPa•s at a temperature of 25°C and having a plurality of epoxy groups, and a monofunctional liquid epoxy-based resin having a viscosity in a range of 1 to 10,000 mPa•s at a temperature of 25°C and having one epoxy group. (i) comprises a polymer matrix including a (meth)acrylate-based resin, a plasticizing component having curability, and a curing agent having reactivity with said plasticizing component, and (ii) has a viscoelastic property expressed by a tensile storage modulus of 1.0 × 10 3 to 5.0 × 10 4 Pa and a loss factor of 0.01 to 2 (at a frequency of 0.01 Hz and at 23°C), and a storage modulus of 1.0 × 10 4 to 1.0 × 10 7 Pa and a loss factor of 0.01 to 2 (at a frequency of 100 Hz and at 23°C) and has a tacking force of 0.01 to 0.15 N/mm 2 (at 23°C) before curing, a tensile shear adhesion strength of 3 N/mm 2 or more (at 23°C) and a tensile adhesion strength of 1 N/mm 2 or more (at 23°C) after curing,
A printing device comprising: a housing; a printing mechanism (306, 308); a receiving portion for receiving a supply of image receiving medium; a cutting mechanism for cutting the image receiving medium; a drive mechanism for driving the cutting mechanism during a cutting operation; wherein the cutting mechanism comprises a blade holder; and said drive mechanism comprises a drive member (for engaging with an engaging portion of said blade holder; wherein said drive member is configured to be received in said engaging portion when said blade holder is in the printing device; and wherein said drive member and engaging portion are configured to permit said blade holder to be inserted in said printing device when said blade holder is moved in a direction of insertion, and to permit said blade holder to be removed from said printing device when said blade holder is moved in a direction of removal; characterised in that the blade holder is removably attachable in the printing device and said engaging portion comprises a channel that extends in a direction parallel to a direction in which the blade holder is configured to be inserted in said printing device. a housing; a printing mechanism (306, 308); a receiving portion for receiving a supply of image receiving medium; a cutting mechanism for cutting the image receiving medium; a drive mechanism for driving the cutting mechanism during a cutting operation; wherein the cutting mechanism comprises a blade holder; and said drive mechanism comprises a drive member (for engaging with an engaging portion of said blade holder; wherein said drive member is configured to be received in said engaging portion when said blade holder is in the printing device; and wherein said drive member and engaging portion are configured to permit said blade holder to be inserted in said printing device when said blade holder is moved in a direction of insertion, and to permit said blade holder to be removed from said printing device when said blade holder is moved in a direction of removal; characterised in that the blade holder is removably attachable in the printing device and said engaging portion comprises a channel that extends in a direction parallel to a direction in which the blade holder is configured to be inserted in said printing device.
Method for simplifying a sampled signal digital filter, the sampled signal being a signal obtained by a system, the system being a radar, a communication system, a countermeasures system or a detecting system, the system comprising an antenna and a processing chain, the antenna receiving an input signal and the processing chain sampling the signal, to obtain a sampled signal, the method including at least one step for: - providing a filter comprising: - first channels able to obtain a first output signal by carrying out first operations, and - second channels able to obtain a second output signal by carrying out second operations, and - a unit for recombination of the signals obtained at the output of the first channels and the second channels, the first operations and the second operations including at least one series of discrete nonstationary operations and stationary operations, the series pertaining to operations shared by the first and second operations, and - in order to obtain a first intermediate filter, gathering channels including discrete nonstationary operations relating to the same signal, the first channels including the nonstationary operations relating to a first signal and the second channels including the nonstationary operations relating to a second signal, - in order to obtain a second intermediate filter, on each of the first channels and second channels, commutative stationary operations with the nonstationary operations, in order to eliminate the redundant nonstationary operations, and - building the filter corresponding to the last obtained intermediate filter. - providing a filter comprising: - first channels able to obtain a first output signal by carrying out first operations, and - second channels able to obtain a second output signal by carrying out second operations, and - a unit for recombination of the signals obtained at the output of the first channels and the second channels, the first operations and the second operations including at least one series of discrete nonstationary operations and stationary operations, the series pertaining to operations shared by the first and second operations, and - first channels able to obtain a first output signal by carrying out first operations, and - second channels able to obtain a second output signal by carrying out second operations, and - a unit for recombination of the signals obtained at the output of the first channels and the second channels, - in order to obtain a first intermediate filter, gathering channels including discrete nonstationary operations relating to the same signal, the first channels including the nonstationary operations relating to a first signal and the second channels including the nonstationary operations relating to a second signal, - in order to obtain a second intermediate filter, on each of the first channels and second channels, commutative stationary operations with the nonstationary operations, in order to eliminate the redundant nonstationary operations, and - building the filter corresponding to the last obtained intermediate filter.
A foldable and/or unfoldable medical implant comprising a heart valve and a foldable and/or unfoldable frame being interconnected to the heart valve, by sewing or sewing alone, the frame comprising: - at least a first guiding structure for guiding at least one tension thread for folding and/or unfolding the frame around or along the Frame, preferably at an outside or an outer circumference thereof; - at least a second guiding structure, different from the first guiding structure for guiding at least one tension thread for folding and/or unfolding the frame around or along the frame, preferably at an outside or an outer circumference thereof; - at least two, preferably three, posts, the posts being arranged between the first and the second guiding structure (2a, 2b) in order to interconnect the first and the second guiding structure (2a, 2b) with each other and/or to maintain the distance between them; and the heart valve, comprising: - at least two leaflets (101, 101', 101"); characterized in that the heart valve also comprises: - at least one crown piece interconnected to the leaflets (101, 101', 101"), the crown piece preferably intended to be interconnected to a frame of the medical implant; - a top cuff; and - a bottom cuff, the crown piece, the top cuff and the bottom cuff each being ring-shaped, and each of the top cuff and the bottom cuff being interconnected with the crown piece, wherein the crown piece is sewed to the posts. - at least a first guiding structure for guiding at least one tension thread for folding and/or unfolding the frame around or along the Frame, preferably at an outside or an outer circumference thereof; - at least a second guiding structure, different from the first guiding structure for guiding at least one tension thread for folding and/or unfolding the frame around or along the frame, preferably at an outside or an outer circumference thereof; - at least two, preferably three, posts, the posts being arranged between the first and the second guiding structure (2a, 2b) in order to interconnect the first and the second guiding structure (2a, 2b) with each other and/or to maintain the distance between them; - at least two leaflets (101, 101', 101"); - at least one crown piece interconnected to the leaflets (101, 101', 101"), the crown piece preferably intended to be interconnected to a frame of the medical implant; - a top cuff; and - a bottom cuff,
A fuel injector which is to be installed in an internal combustion engine to spray fuel from a spray hole comprising: a body (4, 12, 31) having a fuel inlet and a spray hole formed therein said body (4, 12, 31) also having formed therein a fuel supply path (4a, 12a, 31a) which extends from the fuel inlet to the spray hole and through which the fuel is supplied from the fuel inlet to the spray hole; a nozzle chamber defined in the fuel supply path (4a, 12a, 31a); a needle disposed within said nozzle chamber to be movable into or out of abutment with a seat formed on said body (4, 12, 31) to block or establish fluid communication between the fuel supply path (4a, 12a, 31a) and the spray hole; and a fuel pressure sensor installed in said body (4, 12, 31) so as to be exposed to the fuel in said nozzle chamber to produce a signal indicative of a pressure of the fuel; characterized in that said nozzle chamber being greater in cross sectional area than the fuel supply path (4a, 12a, 31a); and said fuel injector further comprises a signal wire which is joined to said fuel pressure sensor and through which the signal, as produced by said fuel pressure sensor, is outputted outside said body (4, 12, 31) and a fuel drain path (4b, 4d, 4e) through which a portion of the fuel is drained outside said body (4, 12, 31) at a pressure lower than that in said fuel supply path (4a, 12a, 31a), and wherein said signal wire is disposed in said fuel drain path (4b, 4d, 4e). a body (4, 12, 31) having a fuel inlet and a spray hole formed therein said body (4, 12, 31) also having formed therein a fuel supply path (4a, 12a, 31a) which extends from the fuel inlet to the spray hole and through which the fuel is supplied from the fuel inlet to the spray hole; a nozzle chamber defined in the fuel supply path (4a, 12a, 31a); a needle disposed within said nozzle chamber to be movable into or out of abutment with a seat formed on said body (4, 12, 31) to block or establish fluid communication between the fuel supply path (4a, 12a, 31a) and the spray hole; and a fuel pressure sensor installed in said body (4, 12, 31) so as to be exposed to the fuel in said nozzle chamber to produce a signal indicative of a pressure of the fuel; said nozzle chamber being greater in cross sectional area than the fuel supply path (4a, 12a, 31a); and said fuel injector further comprises a signal wire which is joined to said fuel pressure sensor and through which the signal, as produced by said fuel pressure sensor, is outputted outside said body (4, 12, 31) and a fuel drain path (4b, 4d, 4e) through which a portion of the fuel is drained outside said body (4, 12, 31) at a pressure lower than that in said fuel supply path (4a, 12a, 31a), and wherein said signal wire is disposed in said fuel drain path (4b, 4d, 4e).
Method for control of the air supply for a biomass furnace, comprising: - measuring the quantity of air removed from a room, in which the biomass furnace is arranged, wherein the quantity of air removed is supplied to a combustion in the biomass furnace; - measuring of a quantity of fresh air supplied to the room via the biomass furnace; and - controlling the quantity of fresh air supplied as a function of the quantity of air removed from the room. - measuring the quantity of air removed from a room, in which the biomass furnace is arranged, wherein the quantity of air removed is supplied to a combustion in the biomass furnace; - measuring of a quantity of fresh air supplied to the room via the biomass furnace; and - controlling the quantity of fresh air supplied as a function of the quantity of air removed from the room.