mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication system in which a mobile station apparatus is configured to transmit, to a base station apparatus, three kinds of feedback information, wherein a base station apparatus is configured to assign, to the mobile station apparatus, one physical uplink control channel resource for transmission of said three kinds of feedback information and three periodical transmission timings corresponding to the three kinds of feedback information, wherein each periodical transmission timing corresponds to one of said three kinds of feedback information, and transmit, to the mobile station apparatus, in resource allocation information, the periodical transmission timing corresponding to each kind of feedback information, and information of the assigned physical uplink control channel resource, and the mobile station apparatus is configured to transmit, to the base station apparatus, each one of the three kinds of feedback information according to the corresponding periodical transmission timing using the physical uplink control channel resource; wherein the three kinds of feedback information includes reception quality information, transmission signal precoding information and transmission signal number-of- sequence information.
Gas-operated cooking appliance having at least one gas burner connected to a mains gas supply with the aid of a branch whose gas flow is controlled by a manually operated gas tap comprising; a safety system with a position switch for monitoring the position of a respective gas tap and transmitting the status as an electric signal, and a flame detection device adapted to monitor the presence of flame on a corresponding burner and to transmit the status as an electric signal, and an electrically controlled valve which is installed on the mains gas supply at a location in between the entry point of gas in the appliance and any one of said gas taps, wherein the safety system further comprises, a resetting switch in operable communication with said control valve for manually opening said control valve, and a control circuitry which is in communication with each of said position switches, flame detection devices and control valve and which is adapted to open the closed control valve only upon simultaneous receipt of a signal from said resetting switch and a signal from the position switch of a burner whose flame detection device triggered the closing of the control valve.
Driver's cab of a work machine usable in agriculture or construction with several frame parts (3, 4) running substantially vertical, supporting a cab roof, and with a device for delivering fresh air into a cab interior of the driver's cab, wherein at least one air filter for the removal of coarse and fine dirt particles from the fresh air is connected upstream of the device in the flow direction of the fresh air, wherein the air filter is designed as a bag filter, has at least one fine filter element and, at its upper end, additionally has a fan which is an integral component of the air filter, and sucks the fresh air through the air filter, characterized in that the air filter consists of an outer housing with at least one fine filter element arranged therein, is arranged at least adjacent to the driver's cab and extends substantially parallel to one of the frame parts (3, 4), and in that inside the outer housing a separating element is arranged which forms a guide channel vis-à-vis the outer housing, wherein one wall of the separating element is arranged in the outer housing such that it at least partially encloses the fine filter element at a radial distance.
A method for completing a wellbore, comprising: * providing a wellbore - comprising in case of an open-hole wellbore a tubing string or in case of a cased-hole wellbore a casing and a tubing string in the casing - with a tubular component having a swellable element comprising a water-swellable elastomer disposed on an outer circumference thereof; * introducing a wellbore fluid into a wellbore, the wellbore fluid comprising: a base fluid having an aqueous continuous phase having from 0 to 10 w/w% salt; and a solid weighting agent having a d 90 of less than 20 microns; the solid weighting agent being coated with an organophilic, polymeric deflocculating agent or dispersing agent; *contacting the wellbore fluid with the swellable element in the wellbore; and * allowing swelling of the swellable element so that the swellable element reaches the inside diameter of the casing or the open hole of the wellbore. * providing a wellbore - comprising in case of an open-hole wellbore a tubing string or in case of a cased-hole wellbore a casing and a tubing string in the casing - with a tubular component having a swellable element comprising a water-swellable elastomer disposed on an outer circumference thereof; * introducing a wellbore fluid into a wellbore, the wellbore fluid comprising: a base fluid having an aqueous continuous phase having from 0 to 10 w/w% salt; and a solid weighting agent having a d 90 of less than 20 microns; the solid weighting agent being coated with an organophilic, polymeric deflocculating agent or dispersing agent; a base fluid having an aqueous continuous phase having from 0 to 10 w/w% salt; and a solid weighting agent having a d 90 of less than 20 microns; the solid weighting agent being coated with an organophilic, polymeric deflocculating agent or dispersing agent; *contacting the wellbore fluid with the swellable element in the wellbore; and * allowing swelling of the swellable element so that the swellable element reaches the inside diameter of the casing or the open hole of the wellbore.
Gas hob with a hob plate, which comprises tempered glass or glass ceramics, at least one gas burner arranged on the hob plate having a heat shield and having a pan support, characterised in that the pan support comprises a frame, which can be placed in a form-fit manner on the heat shield, wherein the heat shield is embodied in the manner of a polygonal flat disk for thermal shielding of the hob plate and wherein the heat shield is embodied to be rectangular.
Fire damper with a housing having at least one housing wall and with a flap leaf, preferably consisting of calcium silicate, preferably mounted in the middle in relation to the housing cross-section, such as to be capable of pivoting about a rotation axis between an open position and a closed position and comprising two pivotably mounted flap surfaces (5,6) connected to one another by a circumferential face surface, wherein the rotation axis divides the flap leaf into two flap leaf halves, wherein, in order to mount the flap leaf, two opposed mounting points are provided, forming the rotation axis, and wherein the flap leaf can be pivoted, against the resetting force of a spring element, out of its closed position into its open position, oriented parallel to the direction of flow, wherein, in the interior of the housing, two protective devices are provided in order to screen the face surfaces in the open position of the flap leaf, which are each provided extending along the face surface concerned in the open position of the flap leaf, characterised in that each protective device, with the face surface assigned to it, forms a cavity space, sealed against the interior of the housing by means of at least one cold seal, such that each of the two face surfaces, in the open position of the flap leaf, are screened entirely by the protective device assigned to them.
An autonomous irrigation system, comprising: a housing comprising an elongated hollow body configured to be partially embedded in a soil environment at a desired depth, adjacent to a plant; a swellable element housed within said housing, said swellable element being completely above ground, said swellable element being configured to swell when absorbing moisture; a resiliently-compressible flexible tube configured to provide water to the soil environment, said flexible tube passing transversely through tube openings (121, 122) of the housing, said flexible tube is disposed adjacent to the swellable element inside the housing such that a swelling or displacement of said swellable element compresses the flexible tube, thereby limiting or preventing water flow therethrough; a moisture transfer adapter configured to communicate moisture along its length from a desired location within the soil environment to the swellable element; wherein said desired location is other than the immediate soil environment vicinity of said housing, wherein said swellable element is enclosed within said housing by a lid such that said swellable element can only expand in the direction of said flexible tube, wherein said housing comprises exposure windows (135, 136) configured to provide air and water communication between the swellable element and the ambient air outside the housing, and wherein the moisture transfer adapter comprises a sleeve configured to wrap around a portion of the exterior of the housing comprising at least a portion of said exposure windows. a housing comprising an elongated hollow body configured to be partially embedded in a soil environment at a desired depth, adjacent to a plant; a swellable element housed within said housing, said swellable element being completely above ground, said swellable element being configured to swell when absorbing moisture; a resiliently-compressible flexible tube configured to provide water to the soil environment, said flexible tube passing transversely through tube openings (121, 122) of the housing, said flexible tube is disposed adjacent to the swellable element inside the housing such that a swelling or displacement of said swellable element compresses the flexible tube, thereby limiting or preventing water flow therethrough; a moisture transfer adapter configured to communicate moisture along its length from a desired location within the soil environment to the swellable element; wherein said desired location is other than the immediate soil environment vicinity of said housing, wherein said swellable element is enclosed within said housing by a lid such that said swellable element can only expand in the direction of said flexible tube, wherein said housing comprises exposure windows (135, 136) configured to provide air and water communication between the swellable element and the ambient air outside the housing, and wherein the moisture transfer adapter comprises a sleeve configured to wrap around a portion of the exterior of the housing comprising at least a portion of said exposure windows.
A display device comprising: a substrate including a first indented portion indented inward along one side of the substrate; a first pad group and a second pad group that are spaced apart from each other on the substrate along the one side; a display unit located on the substrate and having a shape indented inward between the first pad group and the second pad group; an encapsulation layer encapsulating the display unit; a first wiring film including a third pad group connected to the first pad group, the first wiring film being bent from a first surface of the substrate to a second surface of the substrate that is opposite to the first surface of the substrate; and a second wiring film including a fourth pad group connected to the second pad group, the second wiring film being bent from the first surface of the substrate to the second surface of the substrate and spaced apart from the first wiring film, a transparent substrate being arranged on the encapsulation layer, characterised by a polarization film between the encapsulation layer and the transparent substrate, an adhesive film between the polarization film and the transparent substrate, and a filling material spaced apart from the adhesive film and surrounding an edge of the encapsulating layer without coming into contact with the display unit, the filling material being located between the substrate and the transparent substrate and contacting the substrate and the transparent substrate. a substrate including a first indented portion indented inward along one side of the substrate; a first pad group and a second pad group that are spaced apart from each other on the substrate along the one side; a display unit located on the substrate and having a shape indented inward between the first pad group and the second pad group; an encapsulation layer encapsulating the display unit; a first wiring film including a third pad group connected to the first pad group, the first wiring film being bent from a first surface of the substrate to a second surface of the substrate that is opposite to the first surface of the substrate; and a second wiring film including a fourth pad group connected to the second pad group, the second wiring film being bent from the first surface of the substrate to the second surface of the substrate and spaced apart from the first wiring film, a transparent substrate being arranged on the encapsulation layer, characterised by a polarization film between the encapsulation layer and the transparent substrate, an adhesive film between the polarization film and the transparent substrate, and a filling material spaced apart from the adhesive film and surrounding an edge of the encapsulating layer without coming into contact with the display unit, the filling material being located between the substrate and the transparent substrate and contacting the substrate and the transparent substrate.
A device for monitoring health parameters of a patient, the device comprising: a sensor patch that is configured to be in contact with a skin surface of the patient, wherein the sensor patch comprises a plurality of sensors for measuring physiologic or pathologic parameters of the patient, and wherein the sensor patch comprises two or more portions that are coupled using a flexible joint that is configured to allow the two or more portions to have independency of movement in relation to each other; a control unit, wherein the control unit is releasably receivable in a cradle of the sensor patch, and wherein the control unit is in electrical communication with the plurality of sensors when the control unit is in the cradle, wherein the control unit is programmed to operate an array algorithm that compares and analyzes signals from the plurality of sensors to selectively determine which of the plurality of sensors are providing signals with less artifact noise than other sensors; and a cap, wherein the cap is configured to releasably couple with the sensor patch to detain the control unit in the cradle, and wherein the cap includes an alphanumeric and/or icon user interface display that is configured to provide indications of the functioning of the device. a sensor patch that is configured to be in contact with a skin surface of the patient, wherein the sensor patch comprises a plurality of sensors for measuring physiologic or pathologic parameters of the patient, and wherein the sensor patch comprises two or more portions that are coupled using a flexible joint that is configured to allow the two or more portions to have independency of movement in relation to each other; a control unit, wherein the control unit is releasably receivable in a cradle of the sensor patch, and wherein the control unit is in electrical communication with the plurality of sensors when the control unit is in the cradle, wherein the control unit is programmed to operate an array algorithm that compares and analyzes signals from the plurality of sensors to selectively determine which of the plurality of sensors are providing signals with less artifact noise than other sensors; and a cap, wherein the cap is configured to releasably couple with the sensor patch to detain the control unit in the cradle, and wherein the cap includes an alphanumeric and/or icon user interface display that is configured to provide indications of the functioning of the device.
A light fixture comprising: • a light source assembly comprising at least two light sources, which are configured to generate visible light radiation of different colours; • an optical device configured to process at least a portion of the light radiation emitted by the light source assembly so as to form a light beam extending substantially along an optical axis;at least one gobos device located downstream of the optical device and configured to selectively intercept the light beam; the gobos device comprising: at least one gobos-holder disc movable between several positions and rotating around a first respective axis of rotation; at least one gobo (25, 25a, 25b) movable between several positions and rotating around a second respective axis of rotation (C1...Cn); a first motor configured to move the at least one gobos-holder disc; and a second motor configured to move the at least one gobo; the second motor being a step motor; the light fixture comprising a control device configured to control the activation of each light source and the intensity of the light radiation emitted by each light source on the basis of the angular position of the second motor moving the at least one gobo that the light beam, in use, passes through. • a light source assembly comprising at least two light sources, which are configured to generate visible light radiation of different colours; • an optical device configured to process at least a portion of the light radiation emitted by the light source assembly so as to form a light beam extending substantially along an optical axis;at least one gobos device located downstream of the optical device and configured to selectively intercept the light beam; the gobos device comprising: at least one gobos-holder disc movable between several positions and rotating around a first respective axis of rotation; at least one gobo (25, 25a, 25b) movable between several positions and rotating around a second respective axis of rotation (C1...Cn); a first motor configured to move the at least one gobos-holder disc; and a second motor configured to move the at least one gobo; the second motor being a step motor; at least one gobos-holder disc movable between several positions and rotating around a first respective axis of rotation; at least one gobo (25, 25a, 25b) movable between several positions and rotating around a second respective axis of rotation (C1...Cn); a first motor configured to move the at least one gobos-holder disc; and a second motor configured to move the at least one gobo; the second motor being a step motor;
A telecommunications network configured for providing access to a plurality of terminals (A-D) wherein the terminals are arranged to execute machine to machine applications that do not require the immediate transfer of data, each terminal (A-D) comprising a unique identifier for accessing said telecommunications network, wherein said telecommunications network comprises: - a register configured for storing said unique identifier of at least one terminal (A-D) in combination with at least one grant access time interval, during which access for said terminal (A-D) is permitted; - an access request receiver configured for receiving an access request and for receiving or determining said unique identifier for accessing said telecommunications network from said terminal; - an access module configured for denying access for said terminal if said access request is received outside said grant access time interval; and wherein - the grant access time interval for the terminals (A-D) is a predefined time interval, an off-peak or low network load interval, or wherein the grant access time interval is a variable time interval x-y, being scheduled depending on the network load experienced by or expected for the telecommunications network. - a register configured for storing said unique identifier of at least one terminal (A-D) in combination with at least one grant access time interval, during which access for said terminal (A-D) is permitted; - an access request receiver configured for receiving an access request and for receiving or determining said unique identifier for accessing said telecommunications network from said terminal; - an access module configured for denying access for said terminal if said access request is received outside said grant access time interval; and wherein - the grant access time interval for the terminals (A-D) is a predefined time interval, an off-peak or low network load interval, or wherein the grant access time interval is a variable time interval x-y, being scheduled depending on the network load experienced by or expected for the telecommunications network.
A porous carbon sheet comprising a carbon fiber and a binding material, wherein when in a measured surface depth distribution, the ratio of the area of a portion having a depth of 20 μm or less in the measured area of one surface is a surface layer area ratio X, and the ratio of the area of a portion having a depth of 20 μm or less in the measured area of the opposite surface is a surface layer area ratio Y, the surface layer area ratio X is larger than the surface layer area ratio Y, and a difference between the surface layer area ratios is 3% or more and 12% or less, wherein the porous carbon sheet is carbonized, wherein the binding material includes a carbonized material of a resin composition, and wherein the surface layer area ratio is measured as described in the description.
Method for the chipless production of a rotationally symmetrical body from a sheet metal blank, wherein the sheet metal blank is formed into a pot-shaped body by pressing or flow-forming around an inner mandrel and a hub-shaped projection projecting outwards from the base of the pot-shaped body is molded on by pressing around a central pre-setter, characterized in that during the entire forming process the sheet metal blank is clamped in the axial direction only in its radially inner region between the inner mandrel and at least one pre-setter (3, 4), wherein the sheet metal blank is initially held between an outer pre-setter surrounding the central pre-setter and the inner mandrel, and in a first pressing process the sheet metal blank is formed into a pot-shaped premold, wherein subsequently in order to form the hub-shaped projection the central pre-setter is moved axially in the direction of the inner mandrel, in order to clamp the sheet metal blank in its radially inner region against the inner mandrel, and subsequently, the outer pre-setter is moved axially outwards away from the inner mandrel and subsequently the hub-shaped projection is molded around the central pre-setter.