mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module comprising a cell assembly including at least one unit cell and a heat sink for cooling the cell assembly , the heat sink comprising: a first heat sink coupled to one side of the cell assembly and having a first cooling channel through which a coolant passes; and a second heat sink coupled to the other side of the cell assembly and having a second cooling channel through which the coolant passes, wherein the second heat sink includes a coolant inflow tube connected to one end of the second cooling channel , wherein the first heat sink includes a coolant outlet tube connected to one end of the first cooling channel , and wherein the other end of the second cooling channel is connected to a coolant connection tube , and the other end of the first cooling channel is connected to the coolant connection tube , characterized in that the coolant outlet tube is directly bent into a vertical downward direction without extending horizontally, and the coolant inflow tube extends horizontally from the second heat sink toward first heat sink and is bent into a vertical downward direction at a point adjacent to the first heat sink so that a coolant inlet (a) and a coolant outlet (b) are formed at adjacent locations, or the coolant outlet tube and the coolant inflow tube extend horizontally from, respectively, the first heat sink and the second heat sink towards, respectively, the second heat sink and the first heat sink , and are then bent into a vertical downward direction and extends, so that a coolant inlet (a) and a coolant outlet (b) are formed at adjacent locations. a first heat sink coupled to one side of the cell assembly and having a first cooling channel through which a coolant passes; and a second heat sink coupled to the other side of the cell assembly and having a second cooling channel through which the coolant passes, wherein the second heat sink includes a coolant inflow tube connected to one end of the second cooling channel , wherein the first heat sink includes a coolant outlet tube connected to one end of the first cooling channel , and wherein the other end of the second cooling channel is connected to a coolant connection tube , and the other end of the first cooling channel is connected to the coolant connection tube , characterized in that the coolant outlet tube is directly bent into a vertical downward direction without extending horizontally, and the coolant inflow tube extends horizontally from the second heat sink toward first heat sink and is bent into a vertical downward direction at a point adjacent to the first heat sink so that a coolant inlet (a) and a coolant outlet (b) are formed at adjacent locations, or
A method of mounting an inflatable chamber lock in a asbestos, polychlorinated biphenyl (PCB), and/or lead contaminated building environment , the method comprising: - sealing (S1) the asbestos, polychlorinated biphenyl (PCB), and/or lead contaminated building , - ensuring (S2) a negative pressure in the building, - inflating (S3) the chamber lock from a first non-inflated position (P1) to a second inflated position (P2) - positioning (S4) the chamber lock in an opening of the building , and - if necessary, adjusting (S5) the inflated chamber lock in the opening of the contaminated building, wherein the steps can be performed in any order, subsequently and/or simultaneously. - sealing (S1) the asbestos, polychlorinated biphenyl (PCB), and/or lead contaminated building , - ensuring (S2) a negative pressure in the building, - inflating (S3) the chamber lock from a first non-inflated position (P1) to a second inflated position (P2) - positioning (S4) the chamber lock in an opening of the building , and - if necessary, adjusting (S5) the inflated chamber lock in the opening of the contaminated building,
A illumination control method of LED lamps for ink-jet printers, comprising: a recording head in which a plurality of ink discharge printing ranges are formed in a printing direction, an ink which is cured by ultraviolet light, a print medium from which the ink is discharged, and an UVLED lamp in which a plurality of light emitting diodes are arranged at the rear side of the recording head with respect to the printing direction, wherein in an ink-jet printer in which the light-emitting diodes are divided into plural areas and the light amount for each area can be individually controlled by a controller, and among the light-emitting diodes divided into plural areas, the light amount of the light-emitting diode that first scans a glossy printed surface is set to a light amount that does not cause ink curing, the second and subsequent layers are printed on top of the ink layer formed by the relative movement of the recording head and the print medium for the transport width, characterized in that the light amount of the light-emitting diode of the area that first scans is set so that the total light amount on the glossy printed surface is less than or equal to the critical exposure amount of the integrated illuminance. a recording head in which a plurality of ink discharge printing ranges are formed in a printing direction, an ink which is cured by ultraviolet light, a print medium from which the ink is discharged, and an UVLED lamp in which a plurality of light emitting diodes are arranged at the rear side of the recording head with respect to the printing direction, wherein in an ink-jet printer in which the light-emitting diodes are divided into plural areas and the light amount for each area can be individually controlled by a controller, and among the light-emitting diodes divided into plural areas, the light amount of the light-emitting diode that first scans a glossy printed surface is set to a light amount that does not cause ink curing, the second and subsequent layers are printed on top of the ink layer formed by the relative movement of the recording head and the print medium for the transport width, characterized in that the light amount of the light-emitting diode of the area that first scans is set so that the total light amount on the glossy printed surface is less than or equal to the critical exposure amount of the integrated illuminance.
A method of transmitting a codeword utilizing a licensed band or an unlicensed band by an eNB to a UE in a wireless communication system, the method being characterized by comprising: dividing the codeword into two or more code blocks; dividing the two or more code blocks belonging to the codeword into a plurality of code block groups; indicating, by the eNB, the number of codeblock groups divided from the codeword. mapping the two or more code blocks to a transmission resource of the licensed band or a transmission resource of the unlicensed band; transmitting the mapped codeword to the UE, receiving ACK/NACK according to each of the plurality of the code block groups, wherein the mapping the two or more code blocks comprises: applying a frequency-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the licensed band; and applying a time-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the unlicensed band, wherein the time-first mapping scheme sequentially maps OFDM symbols from a first OFDM symbol to a last OFDM symbol at a same subcarrier, and repeats mapping at a next subcarrier, and wherein the frequency-first mapping scheme sequentially maps on subcarriers from a first subcarrier to a last subcarrier at a same OFDM symbol, and repeats mapping at a next OFDM symbol. dividing the codeword into two or more code blocks; dividing the two or more code blocks belonging to the codeword into a plurality of code block groups; indicating, by the eNB, the number of codeblock groups divided from the codeword. mapping the two or more code blocks to a transmission resource of the licensed band or a transmission resource of the unlicensed band; transmitting the mapped codeword to the UE, receiving ACK/NACK according to each of the plurality of the code block groups, wherein the mapping the two or more code blocks comprises: applying a frequency-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the licensed band; and applying a time-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the unlicensed band, applying a frequency-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the licensed band; and applying a time-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the unlicensed band, wherein the time-first mapping scheme sequentially maps OFDM symbols from a first OFDM symbol to a last OFDM symbol at a same subcarrier, and repeats mapping at a next subcarrier, and wherein the frequency-first mapping scheme sequentially maps on subcarriers from a first subcarrier to a last subcarrier at a same OFDM symbol, and repeats mapping at a next OFDM symbol.
An air purifier having a humidity regulation function, comprising: an air purification filter configured to remove dust and dirt contained in air; a humidification element configured to humidify the air by vaporizing water to be supplied thereto; and a fan configured to blow the air to the air purification filter and the humidification element , wherein the air purifier further comprises a body casing accommodating the air purification filter , the humidification element and the fan , characterized in that the fan , the air purification filter and the humidification element are sequentially disposed from below in an order of the fan , the air purification filter and the humidification element , and in that the body casing includes a blowing compartment (31a, Si) in which the fan is disposed, an air purification compartment (31b, S2) in which the air purification filter is disposed, a humidification compartment (31c, S3) in which the humidification element is disposed, a first opening (311, K1) through which the air flows from the blowing compartment (31a, S1) to the air purification compartment (31b, S2), and a second opening (312, K2) through which the air flows from the air purification compartment (31b, S2) to the humidification compartment (31c, S3), wherein the first opening (311, K1) and the second opening (312, K2) are displaced from each other in a top view. an air purification filter configured to remove dust and dirt contained in air; a humidification element configured to humidify the air by vaporizing water to be supplied thereto; and a fan configured to blow the air to the air purification filter and the humidification element , wherein the air purifier further comprises a body casing accommodating the air purification filter , the humidification element and the fan , characterized in that the fan , the air purification filter and the humidification element are sequentially disposed from below in an order of the fan , the air purification filter and the humidification element , and in that the body casing includes a blowing compartment (31a, Si) in which the fan is disposed, an air purification compartment (31b, S2) in which the air purification filter is disposed, a humidification compartment (31c, S3) in which the humidification element is disposed, a first opening (311, K1) through which the air flows from the blowing compartment (31a, S1) to the air purification compartment (31b, S2), and a second opening (312, K2) through which the air flows from the air purification compartment (31b, S2) to the humidification compartment (31c, S3), wherein the first opening (311, K1) and the second opening (312, K2) are displaced from each other in a top view.
Pressure compensation device for a housing , in particular of a motor vehicle, having at least one pressure compensation valve , which has an inner circumferential surface delimiting a volume , through which a gaseous medium can flow, of the pressure compensation valve , an outer circumferential surface facing away from the inner circumferential surface and at least one pressure compensation opening through which the medium can flow and which is delimited entirely by wall sections , formed by an elastically deformable material, of the pressure compensation valve , and having at least one protective cap , characterised in that the outer circumferential surface is entirely surrounded by the protective cap apart from a partial section of the outer circumferential surface , said partial section being disposed overlapping with a through-flow-opening , through which the medium can flow and which has a surface which lies in a range from 0.95 to 5 square millimetres, of the protective cap .
Testing machine for measuring mechanical characteristics of an elongated material specimen having two ends and having equal cross-section across its length, the testing machine comprising: a first fastening device adapted to receive the first end of the specimen ; a second fastening device adapted to receive the second end of the specimen ; a drive being coupled to at least one of the fastening devices to allow the application of a torque (M) that leads to torsion of the specimen ; a first sensor adapted to measure a torsion angle (φ) applicable to the specimen between the first fastening device and the second fastening device , the first sensor providing torsion angle data (data φ) that represents the torsion angle (φ); a second sensor adapted to measure the torque (M), the second sensor providing torque data (data M) that represents the torque (M); a data processing unit adapted to process the torsion angle data (data φ) and the torque data (data M) into stress-strain data (sigma-epsilon, α-ε), by using a geometry factor (G) that depends on the cross-section of the specimen , characterized in that the second fastening device is dimensioned such that rotation is possible when the specimen is a combination of specimens (200-A, 200-B, 200-C) that are arranged in parallel, wherein the combination of specimens is a specimen arrangement in which the specimens are combined by a common carrier , wherein the inter-specimen distance is selected such that the testing machine can apply the torque (M) to either specimen without touching the others. a first fastening device adapted to receive the first end of the specimen ; a second fastening device adapted to receive the second end of the specimen ; a drive being coupled to at least one of the fastening devices to allow the application of a torque (M) that leads to torsion of the specimen ; a first sensor adapted to measure a torsion angle (φ) applicable to the specimen between the first fastening device and the second fastening device , the first sensor providing torsion angle data (data φ) that represents the torsion angle (φ); a second sensor adapted to measure the torque (M), the second sensor providing torque data (data M) that represents the torque (M); a data processing unit adapted to process the torsion angle data (data φ) and the torque data (data M) into stress-strain data (sigma-epsilon, α-ε), by using a geometry factor (G) that depends on the cross-section of the specimen , characterized in that the second fastening device is dimensioned such that rotation is possible when the specimen is a combination of specimens (200-A, 200-B, 200-C) that are arranged in parallel, wherein the combination of specimens is a specimen arrangement in which the specimens are combined by a common carrier , wherein the inter-specimen distance is selected such that the testing machine can apply the torque (M) to either specimen without touching the others.
Electromagnetic flowmeter designed to determine the flow velocity and/or volume flow and the pressure of a medium, wherein said flowmeter comprises: - a measuring tube designed to conduct the medium; - a unit for generating a magnetic field; and - at least one electrode assembly , which is mounted in the measuring tube to form a galvanic contact with the medium, wherein the electrode assembly has an electrode body , wherein the electrode body is in the shape of a pin and has a front surface, wherein a pressure transducer is coupled with the electrode body , wherein the pressure transducer can be exposed to the pressure acting on the front surface, wherein the electrode body has a first bore , wherein the first bore is a through-bore and forms an integrated active pressure channel to conduct the medium, characterized in that the electrode assembly has a temperature sensor , wherein said sensor is designed to determine a measuring signal that depends on the temperature of the medium and in that the temperature sensor is fit on the electrode body . - a measuring tube designed to conduct the medium; - a unit for generating a magnetic field; and - at least one electrode assembly , which is mounted in the measuring tube to form a galvanic contact with the medium, wherein the electrode assembly has an electrode body , wherein the electrode body is in the shape of a pin and has a front surface, wherein a pressure transducer is coupled with the electrode body , wherein the pressure transducer can be exposed to the pressure acting on the front surface, wherein the electrode body has a first bore , wherein the first bore is a through-bore and forms an integrated active pressure channel to conduct the medium, characterized in that the electrode assembly has a temperature sensor , wherein said sensor is designed to determine a measuring signal that depends on the temperature of the medium and in that the temperature sensor is fit on the electrode body .
Alarm clock mechanism for a mechanical timepiece able to be in either an activated state or a deactivated state, and comprising: - a striking mechanism; - a motor spring arranged to unwind and thus drive the striking mechanism following triggering of the latter; - a manual control mechanism arranged to alternately activate and deactivate the alarm clock mechanism; - a triggering system comprising a cam kinematically connected to the movement, and arranged to trigger the striking mechanism at a preprogrammed time if the alarm clock mechanism is in the activated state; - an adjusting system enabling the programmed time for the triggering of the striking mechanism to be programmed manually and indicated; characterised in that it further comprises an lifting-lever arranged to cancel the activation function of the alarm clock mechanism by the manual control mechanism , when the degree of winding of the motor spring is less than a predefined first threshold value. - a striking mechanism; - a motor spring arranged to unwind and thus drive the striking mechanism following triggering of the latter; - a manual control mechanism arranged to alternately activate and deactivate the alarm clock mechanism; - a triggering system comprising a cam kinematically connected to the movement, and arranged to trigger the striking mechanism at a preprogrammed time if the alarm clock mechanism is in the activated state; - an adjusting system enabling the programmed time for the triggering of the striking mechanism to be programmed manually and indicated;
A process for deforming a web, the process comprising the steps of : a) providing a precursor web comprising a first layer and a second layer , b) weakening the precursor web at a plurality of locations to create a plurality of weakened, melt-stabilized locations in a first area of the precursor web where both the first layer and the second layer exist; c) forming a plurality of first features selected from the group consisting of apertures, protrusions, depressions, tufts, and combinations thereof, and a plurality of second features selected from the group consisting of apertures, protrusions, depressions, tufts, and combinations thereof in the precursor web simultaneously, wherein the plurality of first features are formed coincident with the plurality of weakened, melt-stabilized locations in the first area of the precursor web , and wherein the plurality of second features are formed in a second area of the precursor web where the second layer does not exist. a) providing a precursor web comprising a first layer and a second layer , b) weakening the precursor web at a plurality of locations to create a plurality of weakened, melt-stabilized locations in a first area of the precursor web where both the first layer and the second layer exist; c) forming a plurality of first features selected from the group consisting of apertures, protrusions, depressions, tufts, and combinations thereof, and a plurality of second features selected from the group consisting of apertures, protrusions, depressions, tufts, and combinations thereof in the precursor web simultaneously,
A method for diagnosing a fault in a component of an autonomous vehicle, comprising: receiving , from an electrical sub-component of the component, an electrical signal; detecting at least one transient component in a voltage and/or a current signal of the electrical signal, wherein detecting the at least one transient component comprises correlating the voltage signal and/or the current signal with a plurality of transient signal templates; receiving , from an electronic sub-component of the component, a status message; and determining , based on the detected at least one transient component in the voltage and/or a current signal of the electrical signal and the status message, an operational status of the component. receiving , from an electrical sub-component of the component, an electrical signal; detecting at least one transient component in a voltage and/or a current signal of the electrical signal, wherein detecting the at least one transient component comprises correlating the voltage signal and/or the current signal with a plurality of transient signal templates; receiving , from an electronic sub-component of the component, a status message; and determining , based on the detected at least one transient component in the voltage and/or a current signal of the electrical signal and the status message, an operational status of the component.
Diaphragm pump for conveying a gaseous and/or liquid medium, comprising at least one deformable diaphragm for changing the size of a working space of the diaphragm pump and at least one actuator unit for deforming the diaphragm by contactless application of a magnetic field to the diaphragm , the diaphragm comprising a material or consisting of a material which is magnetic and/or magnetisable, and accordingly the actuator unit comprises at least one magnetisable and/or magnetic actuator means , characterized in that the actuator unit is rotatably mounted and the diaphragm is arranged circumferentially relative to the actuator unit , wherein in a dead-centre position of the diaphragm the polarisation direction of the magnetic field formed between the material of the diaphragm and the actuator means is aligned radially relative to the axis of rotation of the actuator unit .