mhurhangee/ep-ind-claims huggingface dataset:
Embossed sheet composed of at least a first and a second creped cellulose wadding ply of weight between 12 and 30 g/m 2 wherein the first ply comprises a first embossing pattern consisting of series of first aligned protrusions, of generally frustoconical shape whose vertices are directed towards the inside of the sheet, the second ply comprises a first and a second series of protrusions whose vertices are directed towards the inside of the sheet, the first series having a height greater than that of the second series of protrusions, characterised in that the protrusions of the first ply form series of concentric circles (C'1, C'2, C'3, C'4) in sets of at least 3, preferably 4 circles, the highest protrusions of the second ply form series of circles, preferably concentric, in sets of at least 3, the protrusions of the first ply and the highest protrusions of the second ply are nested in each other, in that the lowest protrusions of the second ply are arranged between the protrusions of the first ply in the spaces between the series of circles, protrusions of the first ply are arranged in the spaces between the series of circles, and in that some of the highest protrusions of the second ply are arranged amongst the lowest protrusions of the second ply, nested in said protrusions of the first ply arranged in the spaces between the series of circles, so as to create empty spaces between the two plies favouring rapid absorption of liquid.
A method for controlling an edge service generating service results based on at least one of a layer 1 parameter and a layer 2 parameter available at a first radio access element, and comprising: determining, at an edge service agent implemented external to the first radio access element, whether at least one of a specific user, a specific radio access bearer associated with the user, or a specific flow associated with the radio access bearer is qualified to receive an edge service implemented in the first radio access element; discovering, using information from a service registry, availability of the edge service in response to determining that the at least one of the user, the radio access bearer, or the flow is qualified for the edge service; and transmitting, from the edge service agent, a message including information indicative of the user, bearer, or flow to the first radio access element to activate the edge service at the first radio access element. determining, at an edge service agent implemented external to the first radio access element, whether at least one of a specific user, a specific radio access bearer associated with the user, or a specific flow associated with the radio access bearer is qualified to receive an edge service implemented in the first radio access element; discovering, using information from a service registry, availability of the edge service in response to determining that the at least one of the user, the radio access bearer, or the flow is qualified for the edge service; and transmitting, from the edge service agent, a message including information indicative of the user, bearer, or flow to the first radio access element to activate the edge service at the first radio access element.
A method, in a user equipment, UE, communicating with a serving node of a wireless communication network and configured to receive data from the serving node via a downlink carrier and to transmit data to the serving node via selective use of a first uplink carrier and an associated supplementary uplink, SUL, carrier, such that only one of the first uplink carrier and the associated SUL carrier is used by the UE at any given time, the method characterized by: detecting a radio link problem for a currently used one of the first uplink carrier and the associated SUL carrier; and responsive to said detecting, transmitting a random access preamble to the serving node on the currently unused one of the first uplink carrier and the associated SUL carrier, so as to initiate a switch from the currently used one of the first uplink carrier and the associated SUL carrier to the currently unused one of the first uplink carrier and the associated SUL carrier. detecting a radio link problem for a currently used one of the first uplink carrier and the associated SUL carrier; and responsive to said detecting, transmitting a random access preamble to the serving node on the currently unused one of the first uplink carrier and the associated SUL carrier, so as to initiate a switch from the currently used one of the first uplink carrier and the associated SUL carrier to the currently unused one of the first uplink carrier and the associated SUL carrier.
A method comprising: based on power state information for a first logical processor of a first core (510, 670) and a first logical processor of a second core (515, 680), remapping work from the first logical processor of the first core to the first logical processor of the second core; placing the first logical processor of the first core into a deep-sleep state; placing the first core into the deep-sleep state; and placing the first logical processor of the second core into a second power state. based on power state information for a first logical processor of a first core (510, 670) and a first logical processor of a second core (515, 680), remapping work from the first logical processor of the first core to the first logical processor of the second core; placing the first logical processor of the first core into a deep-sleep state; placing the first core into the deep-sleep state; and placing the first logical processor of the second core into a second power state.
A light-emitting device comprising: light sources configured to be disposed on a substrate, the substrate having a front surface and being a reflection substrate; an optical component configured to cover the light source; a wavelength conversion member configured to be disposed between the light sources and the optical component in a thickness direction and configured to convert light with a first wavelength from the light sources into light with a second wavelength, the wavelength conversion member having a rear surface (20S2) facing the light sources; and a plurality of light-shielding members configured to include a wall portion erected on the substrate to surround the light sources in a plane intersecting an optical axis of the light source, each of the light-shielding members having a top surface; wherein a top part of the wall portion reaches a straight line LB1 joining a light emission point of the light sources and an end of a direct upper portion of the wavelength conversion member. light sources configured to be disposed on a substrate, the substrate having a front surface and being a reflection substrate; an optical component configured to cover the light source; a wavelength conversion member configured to be disposed between the light sources and the optical component in a thickness direction and configured to convert light with a first wavelength from the light sources into light with a second wavelength, the wavelength conversion member having a rear surface (20S2) facing the light sources; and a plurality of light-shielding members configured to include a wall portion erected on the substrate to surround the light sources in a plane intersecting an optical axis of the light source, each of the light-shielding members having a top surface; wherein a top part of the wall portion reaches a straight line LB1 joining a light emission point of the light sources and an end of a direct upper portion of the wavelength conversion member.
A device, in particular for rail vehicles, wherein the device comprises at least one handrail, at least one fastening element (3, 4) for fastening the handrail to a supporting structure and at least one connection element, wherein at least one end portion (6, 7) of the handrail has a handrail-side internal thread, wherein the connection element has a first external thread, wherein the first external thread can be screwed into the handrail-side internal thread, wherein a fastening-element-side portion (8, 9) of the fastening element (3, 4) has a fastening-element-side internal thread, wherein the first external thread or a second external thread of the connection element can be screwed into the fastening-element-side internal thread, characterised in that the connection element is hollow-cylindrical with at least one opening in the top face and bottom face (20, 21).
A fluoropolymer composite blend comprising: a) 20 to 99 weight percent of a continuous fluoropolymer phase; and b) 1 to 80 weight percent of uniformly dispersed discrete domains of fluorinated copolymer, wherein fluoropolymer has a) a heat of fusion of 0 to 20 J/g or a modulus of less than 241.32 MPa (35,000 psi) by ASTM D790, b) a melt viscosity of greater than 25 kpoise by ASTM D3835 at 235°C and 100 s -1, and c) a particle size of 20 - 1000 nm as measured by Scanning Electron Microscopy. a) 20 to 99 weight percent of a continuous fluoropolymer phase; and b) 1 to 80 weight percent of uniformly dispersed discrete domains of fluorinated copolymer, wherein fluoropolymer has a) a heat of fusion of 0 to 20 J/g or a modulus of less than 241.32 MPa (35,000 psi) by ASTM D790, b) a melt viscosity of greater than 25 kpoise by ASTM D3835 at 235°C and 100 s -1, and c) a particle size of 20 - 1000 nm as measured by Scanning Electron Microscopy.
Contractible band for use in a wearable garment for applying pressure to a subject body part, comprising a shape memory material part and a textile part, said parts being successively coupled to form said contractible band, wherein the shape memory material part comprises an electrically-contractible shape memory material and a spring arranged to reverse the contraction of the shape memory material, wherein the textile part comprises an elastic fabric band and an optical fibre strain sensor arranged to sense the strain of the fabric band; wherein said optical fibre strain sensor is a lossy optical fibre arranged in a meandering layout such that a variation of extension of the fabric band causes a variation of intensity of light transmitted by said lossy optical fibre.
Method for measuring the speed of a motor vehicle moving along a road, comprising the following steps: a) providing a sensor unit for emitting a measurement radiation into a working region that determines a maximum measuring area, and receiving measurement radiation reflected at the motor vehicle; b) specifying a number of first measured values; c) detecting first measured values obtained via the received measurement radiation in a first partial measurement area of the working region; d) terminating the detection of first measured values according to step c) if the prespecified number of measured values according to step b) is reached; e) deriving a driving speed of the moving motor vehicle from first measured values obtained via the received measurement radiation in the first partial measurement area of the working region; f) comparing the driving speed with a speed limit; g) acquiring an evidential recording by means of a camera in the event that the driving speed is greater than the speed limit, characterized in that an estimated speed of the moving motor vehicle at a point in time t estimate is derived from second measured values obtained via the received measuring radiation in a second partial measurement area of the working region, and in that the detection according to step c) is started at a point in time t start, wherein the time t start is determined using the estimated speed in such a way that the termination in accordance with step d) takes place before a photography line. a) providing a sensor unit for emitting a measurement radiation into a working region that determines a maximum measuring area, and receiving measurement radiation reflected at the motor vehicle; b) specifying a number of first measured values; c) detecting first measured values obtained via the received measurement radiation in a first partial measurement area of the working region; d) terminating the detection of first measured values according to step c) if the prespecified number of measured values according to step b) is reached; e) deriving a driving speed of the moving motor vehicle from first measured values obtained via the received measurement radiation in the first partial measurement area of the working region; f) comparing the driving speed with a speed limit; g) acquiring an evidential recording by means of a camera in the event that the driving speed is greater than the speed limit, characterized in that an estimated speed of the moving motor vehicle at a point in time t estimate is derived from second measured values obtained via the received measuring radiation in a second partial measurement area of the working region, and in that the detection according to step c) is started at a point in time t start, wherein the time t start is determined using the estimated speed in such a way that the termination in accordance with step d) takes place before a photography line.
A cleaning device, comprising: a cleaning cloth; a handle; and a cleaning implement depending from the handle, characterized in that the cleaning implement comprises a wiper in the form of a hollow member that terminates at a flexible region at one end and has an open end at an end opposite the handle, the flexible region flexibly securing the wiper to the handle, and wherein the cleaning cloth is removably disposed on the wiper so that the cleaning cloth covers an external region of the wiper and so that a region of the cleaning cloth extends into the open end to an internal region of the hollow member. a cleaning cloth; a handle; and a cleaning implement depending from the handle, characterized in that the cleaning implement comprises a wiper in the form of a hollow member that terminates at a flexible region at one end and has an open end at an end opposite the handle, the flexible region flexibly securing the wiper to the handle, and wherein the cleaning cloth is removably disposed on the wiper so that the cleaning cloth covers an external region of the wiper and so that a region of the cleaning cloth extends into the open end to an internal region of the hollow member.
A process for enzymatic hydrolysis of cellulose, comprising: (a) extracting biomass containing both protein and cellulose with an aqueous liquid to produce an extracted biomass and an aqueous extract having a protein content of at least 0.01 g per litre water; (b) mechanically, chemically and/or thermally pretreating cellulose-containing biomass; and (c) contacting biomass pretreated in step (b) with: (i) an enzyme capable of hydrolysing cellulose; and (ii) the aqueous extract obtained in step (a), optionally after concentration. (a) extracting biomass containing both protein and cellulose with an aqueous liquid to produce an extracted biomass and an aqueous extract having a protein content of at least 0.01 g per litre water; (b) mechanically, chemically and/or thermally pretreating cellulose-containing biomass; and (c) contacting biomass pretreated in step (b) with: (i) an enzyme capable of hydrolysing cellulose; and (ii) the aqueous extract obtained in step (a), optionally after concentration. (i) an enzyme capable of hydrolysing cellulose; and (ii) the aqueous extract obtained in step (a), optionally after concentration.
Capping plant for capping containers made of thermoplastic material, comprising: a capping unit comprising a plurality of capping stations for applying concave closures on the containers; a transfer star-wheel for conveying containers made of thermoplastic material, the containers being provided with concave closures, said transfer star-wheel comprising a rotary carousel having a plurality of supporting stations for supporting the containers, each supporting station comprising a pocket at the external circumference of the rotary carousel for receiving and supporting the neck of one of the containers, wherein said transfer star-wheel being located downstream said capping unit for receiving the capped containers, i.e. the containers that have been capped with the concave closures, characterized in that each supporting station comprises a striking element located above the corresponding pocket, said striking element being configurable in an operative position in which it is in contact with the concave closure of the container supported in the corresponding pocket, and a neutral position in which it is spaced from said concave closure. a capping unit comprising a plurality of capping stations for applying concave closures on the containers; a transfer star-wheel for conveying containers made of thermoplastic material, the containers being provided with concave closures, said transfer star-wheel comprising a rotary carousel having a plurality of supporting stations for supporting the containers, each supporting station comprising a pocket at the external circumference of the rotary carousel for receiving and supporting the neck of one of the containers, wherein said transfer star-wheel being located downstream said capping unit for receiving the capped containers, i.e. the containers that have been capped with the concave closures, characterized in that each supporting station comprises a striking element located above the corresponding pocket, said striking element being configurable in an operative position in which it is in contact with the concave closure of the container supported in the corresponding pocket, and a neutral position in which it is spaced from said concave closure.
A light emitting device comprising: a body; a first electrode in the body and a second electrode separated from the first electrode; a light emitting chip formed on one of the first and second electrodes, and electrically connected to the first and second electrodes; and a protective member disposed between the first and second electrodes, wherein the protective member has a narrower top surface and a wider bottom surface, and wherein a corner region of the first electrode or the second electrode has a curved surface recessed inward from the electrode, wherein the second electrode is installed in the body, wherein the first electrode includes a first recess region at end portion and the second electrode includes a second recess region at end portion and the first and second recesses are corresponding to opposite sides of the body, wherein the first recess region and the second recess region have step structures and a portion of lateral surfaces of each the first recess region and the second recess region has a curved side surface. a body; a first electrode in the body and a second electrode separated from the first electrode; a light emitting chip formed on one of the first and second electrodes, and electrically connected to the first and second electrodes; and a protective member disposed between the first and second electrodes, wherein the protective member has a narrower top surface and a wider bottom surface, and wherein a corner region of the first electrode or the second electrode has a curved surface recessed inward from the electrode, wherein the second electrode is installed in the body, wherein the first electrode includes a first recess region at end portion and the second electrode includes a second recess region at end portion and the first and second recesses are corresponding to opposite sides of the body, wherein the first recess region and the second recess region have step structures and a portion of lateral surfaces of each the first recess region and the second recess region has a curved side surface.
A computer program comprising computer program code means which is adapted, when said computer program is run on a computer, to cause an ultrasound imaging system to implement the following steps acquiring a plurality of 2D ultrasound images by way of an ultrasound transducer, wherein at least one of the plurality of 2D ultrasound images comprises a part of the tool; generating a 3D ultrasound image based on the plurality of 2D ultrasound images; identifying a first location of the tool within the 3D ultrasound image; acquiring an additional 2D ultrasound image and location information relating to the location of the ultrasound transducer during capture of the additional 2D ultrasound image; updating the 3D ultrasound image based on the additional 2D ultrasound image and the location information; and identifying a location of the tool with respect to the additional 2D ultrasound image within the updated 3D ultrasound image based only on imaging data of the updated 3D ultrasound image. acquiring a plurality of 2D ultrasound images by way of an ultrasound transducer, wherein at least one of the plurality of 2D ultrasound images comprises a part of the tool; generating a 3D ultrasound image based on the plurality of 2D ultrasound images; identifying a first location of the tool within the 3D ultrasound image; acquiring an additional 2D ultrasound image and location information relating to the location of the ultrasound transducer during capture of the additional 2D ultrasound image; updating the 3D ultrasound image based on the additional 2D ultrasound image and the location information; and identifying a location of the tool with respect to the additional 2D ultrasound image within the updated 3D ultrasound image based only on imaging data of the updated 3D ultrasound image.
An actuator (430, 610), comprising: a motor (424, 611); a reduction gear (426, 612) having a breakdown torque that is less than a starting torque of the motor; a torque sensor (428, 614) having a sensor breakdown torque that is less than a starting torque of the motor, wherein a breakdown torque is a torque at which breakdown is reached in a case in which a component member is used for a certain amount of time under the load of that torque; and a control device configured to set a limit value with respect to a control value to drive the motor based on the breakdown torque of the reduction gear; wherein a sensor limit value in accordance with the sensor breakdown torque is additionally set with respect to the control value. a motor (424, 611); a reduction gear (426, 612) having a breakdown torque that is less than a starting torque of the motor; a torque sensor (428, 614) having a sensor breakdown torque that is less than a starting torque of the motor, wherein a breakdown torque is a torque at which breakdown is reached in a case in which a component member is used for a certain amount of time under the load of that torque; and a control device configured to set a limit value with respect to a control value to drive the motor based on the breakdown torque of the reduction gear; wherein a sensor limit value in accordance with the sensor breakdown torque is additionally set with respect to the control value.