mhurhangee/ep-ind-claims huggingface dataset:
Device for the throughflow treatment of web-shaped gas-permeable material, in particular for drying woven or non-woven fabrics, comprising the following features: - a rotatably supported screen drum connected with a vacuum generator and having an outer circumference configured to be permeable, the material web to be treated running around a part of the outer circumference of the screen drum, - a treatment chamber accommodating the screen drum, the chamber being supplied with the gas to be treated, preferably heated air, - a screen cover in the treatment chamber, the screen cover surrounding the screen drum along the portion wrapped by the material web, - a means for changing the air permeability of the screen cover at least in a section of the circumference of the screen drum, wherein the permeability of the screen cover is variable in sections along the entire transport path of the web, characterized in that the screen cover permeability decreases in the direction of the transport path. - a rotatably supported screen drum connected with a vacuum generator and having an outer circumference configured to be permeable, the material web to be treated running around a part of the outer circumference of the screen drum, - a treatment chamber accommodating the screen drum, the chamber being supplied with the gas to be treated, preferably heated air, - a screen cover in the treatment chamber, the screen cover surrounding the screen drum along the portion wrapped by the material web, - a means for changing the air permeability of the screen cover at least in a section of the circumference of the screen drum,
An exhaust system, comprising: a plenum configured to receive exhaust from an engine; a first filter bank having a plurality of filter assemblies and configured to receive a first flow of exhaust from the plenum; a second filter bank having a plurality of filter assemblies and configured to receive a second flow of exhaust from the plenum; and a distribution device located between the first and second filter banks, the distribution device having a plurality of perforations, wherein a porosity of the distribution device is configured to selectively distribute exhaust to the plurality of filter assemblies. a plenum configured to receive exhaust from an engine; a first filter bank having a plurality of filter assemblies and configured to receive a first flow of exhaust from the plenum; a second filter bank having a plurality of filter assemblies and configured to receive a second flow of exhaust from the plenum; and a distribution device located between the first and second filter banks, the distribution device having a plurality of perforations, wherein a porosity of the distribution device is configured to selectively distribute exhaust to the plurality of filter assemblies.
A process for the production of skimmed milk protein concentrate, comprising or consisting of the following steps: (i) providing a skimmed milk with a dry matter content of 5 to 15% by weight and particularly 10% by weight; (ii) concentrating the skimmed milk of step (i) to a dry matter content of 45 to 60% by weight; (iii) standardising the skimmed milk concentrate of step (ii) with a milk fraction; and (iv) drying the standardised skimmed milk concentrate of step (iii), obtaining a skimmed milk protein concentrate with a dry matter content of at least 95% by weight, characterized in that a milk permeate, obtained by ultrafiltration of milk, is used for standardisation, which was previously subjected to electrodialysis, wherein the skimmed milk protein concentrate obtained has a protein content of at least 34% by weight, a lactose content of 45 to 60% by weight and an ash content of a maximum of 7.5% by weight. (i) providing a skimmed milk with a dry matter content of 5 to 15% by weight and particularly 10% by weight; (ii) concentrating the skimmed milk of step (i) to a dry matter content of 45 to 60% by weight; (iii) standardising the skimmed milk concentrate of step (ii) with a milk fraction; and (iv) drying the standardised skimmed milk concentrate of step (iii), obtaining a skimmed milk protein concentrate with a dry matter content of at least 95% by weight,
Steering column for a motor vehicle, which comprises a steering shaft mounted rotatably relative to a steering column housing (21, 51) about its longitudinal axis and, for limiting the rotation of the steering shaft, has a rotation limiter which has a winding core connected to the steering shaft in a rotationally fixed manner, to which is attached an elongate strip element which is connected to the steering column housing, can be flexibly deformed transversely to its longitudinal extension and has at least one strip section (61, 62) which can be wound onto the winding core in a winding direction about the longitudinal axis, the winding direction of the strip section (61, 62) being reversible, characterized in in that at least two tape sections (61, 62) are provided which can be wound on top of one another in at least two directions.
Device for locating an RFID tag, comprising: - an antenna of the inductive coupling type; - a processing circuit; - an energizing circuit (142, 143) configured to energize the antenna so that the antenna generates an electromagnetic field with various successive amplitude values; - a device for detecting a response from the tag; characterized in that: - said locating device is configured for the evaluation of a distance of the RFID tag with respect to an interface between two media, the tag being disposed on the side opposite from the locating device with respect to the interface; - the locating device comprises a device for determining the distance between the antenna of the device and the interface; - the processing circuit is configured to: - determine several pairs each including: - a distance determined between the antenna and the interface; and - a minimum electromagnetic field value generated at the level of the antenna for which the tag is detected at this distance; - evaluate the distance between the tag and the interface as a function of the pairs determined. - an antenna of the inductive coupling type; - a processing circuit; - an energizing circuit (142, 143) configured to energize the antenna so that the antenna generates an electromagnetic field with various successive amplitude values; - a device for detecting a response from the tag; - said locating device is configured for the evaluation of a distance of the RFID tag with respect to an interface between two media, the tag being disposed on the side opposite from the locating device with respect to the interface; - the locating device comprises a device for determining the distance between the antenna of the device and the interface; - the processing circuit is configured to: - determine several pairs each including: - a distance determined between the antenna and the interface; and - a minimum electromagnetic field value generated at the level of the antenna for which the tag is detected at this distance; - evaluate the distance between the tag and the interface as a function of the pairs determined. - determine several pairs each including: - a distance determined between the antenna and the interface; and - a minimum electromagnetic field value generated at the level of the antenna for which the tag is detected at this distance; - a distance determined between the antenna and the interface; and - a minimum electromagnetic field value generated at the level of the antenna for which the tag is detected at this distance; - evaluate the distance between the tag and the interface as a function of the pairs determined.
Video endoscope comprising an interior, which is enclosed by a system tube in a gas-tight manner and in which an image sensor, which is able to view the outside from the interior through a window, is arranged on a support, on which at least one strip conductor, which electrically connects the image sensor, is arranged, wherein, in some areas, the interior is delimited by a closing wall, through which a pin, which is in contact with the strip conductor on the support in the interior, extends in a sealed manner, characterised in that - the support abuts the inner surface of the closing wall in such a manner that the surface region of said support that supports the strip conductor touches the closing wall at such an angle at the point where the pin is located such that the end region of the pin, which protrudes into the interior, abuts the surface region of the support in a parallel manner and contacts the strip conductor. - the support abuts the inner surface of the closing wall in such a manner that the surface region of said support that supports the strip conductor touches the closing wall at such an angle at the point where the pin is located such that the end region of the pin, which protrudes into the interior, abuts the surface region of the support in a parallel manner and contacts the strip conductor.
A process for producing hydrogen in particular for the use in a subsequent methanation process, wherein water is electrochemically converted into hydrogen and oxygen, wherein the hydrogen is depleted with electrolyte aerosols, and wherein the electrolyte aerosols are subsequently separated from the hydrogen, characterized in that the separation of the electrolyte aerosols from the depleted hydrogen is performed in a wet electrostatic precipitator in a hydrogen atmosphere.
A washing machine comprising: a body with an opening portion formed in a front side thereof, suitable for inserting laundry into the washing machine or withdrawing therefrom; a door provided to open and close the opening portion of the body; a door guide provided at the opening portion; a detergent supply apparatus which comprises at least one detergent box; and a detergent supply pump provided to discharge a detergent from the at least one detergent box, characterized in that the at least one detergent box is separably provided in an incision portion of the door guide, said at least one detergent box being withdrawable in an outward direction toward the opening portion. a body with an opening portion formed in a front side thereof, suitable for inserting laundry into the washing machine or withdrawing therefrom; a door provided to open and close the opening portion of the body; a door guide provided at the opening portion; a detergent supply apparatus which comprises at least one detergent box; and a detergent supply pump provided to discharge a detergent from the at least one detergent box, characterized in that the at least one detergent box is separably provided in an incision portion of the door guide, said at least one detergent box being withdrawable in an outward direction toward the opening portion.
A system comprising: an image capture system (120,720) having a sensing efficiency that varies over a field of view of the image capture system; an illuminator (110,710) configured to illuminate the field of view of the image capture system, the illuminator configured to generate illumination having a distribution shaped to have higher intensity where the sensing efficiency is lower; characterized by, a processing component (130, 730) configured to combine a first image data corresponding to a scene illuminated by the illuminator with a second image data corresponding to the scene with ambient lighting to produce third image data that has a substantially uniform signal-to-noise ratio. an image capture system (120,720) having a sensing efficiency that varies over a field of view of the image capture system; an illuminator (110,710) configured to illuminate the field of view of the image capture system, the illuminator configured to generate illumination having a distribution shaped to have higher intensity where the sensing efficiency is lower; characterized by, a processing component (130, 730) configured to combine a first image data corresponding to a scene illuminated by the illuminator with a second image data corresponding to the scene with ambient lighting to produce third image data that has a substantially uniform signal-to-noise ratio.
Activation device for an electrical battery unit with a connection for fuel to which a fuel container can be connected, with a movably arranged cutting element which can be pneumatically activated via a pneumatic connection of the activation device (1, 12, 13) by an activation element, and with a closure element which is arranged in the work path of the cutting element and which controls the fuel connection, wherein the activation device (1, 12, 13) comprises a pneumatic output which can be fluidically connected as a function of the position of the activation element to the pneumatic connection, characterized by that such a configuration of the arrangement of activation element and pneumatic output that the pneumatic output is fluidically connected to the pneumatic connection in a position of the activation element which lies in the work path of the cutting element after having passed the closure element.
A method of receiving a downlink signal by a user equipment, UE, in a wireless communication system, the method characterized by: receiving, through higher layer signaling, information on a payload size of a group common-physical downlink control channel, GC-PDCCH, and information on a control channel element, CCE, aggregation level of the GC-PDCCH; monitoring the GC-PDCCH in a control resource set, CORESET, based on the information on the payload size of the GC-PDCCH and the information on the CCE aggregation level of the GC-PDCCH; and obtaining a slot format indication, SFI, from the GC-PDCCH. receiving, through higher layer signaling, information on a payload size of a group common-physical downlink control channel, GC-PDCCH, and information on a control channel element, CCE, aggregation level of the GC-PDCCH; monitoring the GC-PDCCH in a control resource set, CORESET, based on the information on the payload size of the GC-PDCCH and the information on the CCE aggregation level of the GC-PDCCH; and obtaining a slot format indication, SFI, from the GC-PDCCH.
A vehicle traveling control method for causing a vehicle to travel along a traveling road where markers are arrayed at intervals, the vehicle traveling control method comprising: an azimuth measuring process of measuring a vehicle azimuth (Vd) indicating an orientation of the vehicle; a control process of controlling the vehicle so that a measured azimuth (Vs), which is the vehicle azimuth (Vd) measured by the azimuth measuring process, is matched with a target azimuth (Vo) corresponding to a direction of the traveling road, the target azimuth (Vo) being a direction (dir) connecting laying positions of adjacent two of the markers based on the laying positions of adjacent two of the markers obtained from an information providing part annexed to each of the markers or an azimuth (dir) indicating the direction of the traveling road obtained from the information providing part; a lateral shift amount obtaining process of obtaining a lateral shift amount of the vehicle with reference to each of the markers; and a correction process of correcting a degree of control by the control process, in order to bring the lateral shift amount of the vehicle with reference to the each of the markers closer to zero, in accordance with the lateral shift amount obtained by the lateral shift amount obtaining process or a magnitude of a physical quantity obtained by performing a process on the lateral shift amount, wherein the azimuth measuring process is a process of measuring the vehicle azimuth (Vd) by performing a process on a sensor output outputted from a gyro sensor which measures angular velocity about an axis in a vertical direction. an azimuth measuring process of measuring a vehicle azimuth (Vd) indicating an orientation of the vehicle; a control process of controlling the vehicle so that a measured azimuth (Vs), which is the vehicle azimuth (Vd) measured by the azimuth measuring process, is matched with a target azimuth (Vo) corresponding to a direction of the traveling road, the target azimuth (Vo) being a direction (dir) connecting laying positions of adjacent two of the markers based on the laying positions of adjacent two of the markers obtained from an information providing part annexed to each of the markers or an azimuth (dir) indicating the direction of the traveling road obtained from the information providing part; a lateral shift amount obtaining process of obtaining a lateral shift amount of the vehicle with reference to each of the markers; and a correction process of correcting a degree of control by the control process, in order to bring the lateral shift amount of the vehicle with reference to the each of the markers closer to zero, in accordance with the lateral shift amount obtained by the lateral shift amount obtaining process or a magnitude of a physical quantity obtained by performing a process on the lateral shift amount, wherein the azimuth measuring process is a process of measuring the vehicle azimuth (Vd) by performing a process on a sensor output outputted from a gyro sensor which measures angular velocity about an axis in a vertical direction.
A resource allocation apparatus, comprising a channel proxy unit and multiple user equipment, UE, proxy units, wherein the multiple UE proxy units are configured to determine separately, for multiple UEs, a resource set to be applied for, and separately apply to the channel proxy unit for grant of the determined resource set to be applied for; the channel proxy unit is configured to coordinate grant applications of the multiple UE proxy units, and transmit granted-resource information to each UE proxy unit according to a coordination result, wherein the granted-resource information indicates granted resources, of a UE proxy unit receiving the granted-resource information, in a resource set that is to be applied for and that is determined by the UE proxy unit; and each UE proxy unit is further configured to select a resource from the granted resources indicated by the granted-resource information received by the UE proxy unit and allocate the resource to corresponding UE.
An apparatus for wireless communication, comprising: means for determining power information indicative of total power for a designated number of channelization codes with equal power per channelization code, wherein the power information comprises a power offset between the total power for the designated number of channelization codes for a data channel and power of a pilot channel; and means for sending the power information to a user equipment, UE. means for determining power information indicative of total power for a designated number of channelization codes with equal power per channelization code, wherein the power information comprises a power offset between the total power for the designated number of channelization codes for a data channel and power of a pilot channel; and means for sending the power information to a user equipment, UE.
A network node comprising: a transceiver (310, 330) for communication with at least one User Equipment, UE, (101, 102, 103), the network node being configured to: - receive an at least one uplink beacon (110, 112, 114) corresponding to the at least one UE, characterised by - determine a group comprising at least a first UE and a second UE, based on received uplink beacons (110, 112) from the first UE and the second UE, - determine uplink beacon reconfiguration for each UE in the group, comprising: ∘ information specifying a group uplink beacon, and ∘ information specifying a UE configuration for the UEs (101, 102) of the group, indicating each UE (101, 102) of the group either as being a UE for sending said group uplink beacon, or as a UE for receiving said group uplink beacon. a transceiver (310, 330) for communication with at least one User Equipment, UE, (101, 102, 103), the network node being configured to: - receive an at least one uplink beacon (110, 112, 114) corresponding to the at least one UE, - receive an at least one uplink beacon (110, 112, 114) corresponding to the at least one UE, characterised by - determine a group comprising at least a first UE and a second UE, based on received uplink beacons (110, 112) from the first UE and the second UE, - determine uplink beacon reconfiguration for each UE in the group, comprising: ∘ information specifying a group uplink beacon, and ∘ information specifying a UE configuration for the UEs (101, 102) of the group, indicating each UE (101, 102) of the group either as being a UE for sending said group uplink beacon, or as a UE for receiving said group uplink beacon. - determine a group comprising at least a first UE and a second UE, based on received uplink beacons (110, 112) from the first UE and the second UE, - determine uplink beacon reconfiguration for each UE in the group, comprising: ∘ information specifying a group uplink beacon, and ∘ information specifying a UE configuration for the UEs (101, 102) of the group, indicating each UE (101, 102) of the group either as being a UE for sending said group uplink beacon, or as a UE for receiving said group uplink beacon. ∘ information specifying a group uplink beacon, and ∘ information specifying a UE configuration for the UEs (101, 102) of the group, indicating each UE (101, 102) of the group either as being a UE for sending said group uplink beacon, or as a UE for receiving said group uplink beacon.
A sliding bearing adapted to provide ground movement protection to a construction, comprising a first plate, adapted to be installed to a construction, having a first sliding surface (2.1) in a concave form and a second plate, adapted to be installed among foundation of the construction, having a second sliding surface (3.1) in a concave form, and a sliding shoe positioned between the first plate and the second plate, wherein the sliding shoe has an upper sliding surface (4.1) in a convex form, in contact with the first sliding surface (2.1) and a lower sliding surface (4.2) in a convex form, in contacted with the second sliding surface (3.1), wherein the first plate, the second plate and the sliding shoe are capable of sliding with pendulum motion relative to each other in response to a ground movement forces, and characterized in that a sheet of sliding material covers first sliding surface (2.1) and upper sliding surface (4.1) comprising; PTFE resin filled with molybdenum disulfide MoS2 in a maximum amount of 2.5% by weight of the sliding material.
A method for fabricating a fire-resistant polyurethane foam, comprising premixing a polyisocyanate and a hydroxyl-containing inorganic fire retardant to form a first premixture, wherein the polyisocyanate reacts with the hydroxyl-containing inorganic fire retardant to form a chemical bond; premixing a polyol, a blowing agent, and the hydroxyl-containing inorganic fire retardant to form a second premixture; and mixing the first premixture and the second premixture to proceed with a foaming reaction to obtain a fire-resistant polyurethane foam, wherein the hydroxyl-containing inorganic fire retardant comprises at least two different particle sizes. to form a first premixture, wherein the polyisocyanate reacts with the hydroxyl-containing inorganic fire retardant to form a chemical bond; premixing a polyol, a blowing agent, and the hydroxyl-containing inorganic fire retardant to form a second premixture; and mixing the first premixture and the second premixture to proceed with a foaming reaction to obtain a fire-resistant polyurethane foam, wherein the hydroxyl-containing inorganic fire retardant comprises at least two different particle sizes.