mhurhangee/ep-ind-claims huggingface dataset:
A graphic media display device, characterized by: a display device, the display device having a front panel and a template panel, the front panel having a transparent portion through which a graphic may be view; the template panel having a viewing aperture with one or more magnetic fasteners, the viewing aperture being sized and configured to correspond in at least one of size or shape with the transparent portion of the front panel; a rear panel having one or more magnetic fasteners, the magnetic fasteners of the template panel and rear panel are in alignment with one another, the rear panel further including an illumination device; a graphic media layer having a graphic image surface and a back surface, the graphic image is sized and configured to be viewed through the template panel viewing aperture; and a RFID device associated with the graphic media layer. a display device, the display device having a front panel and a template panel, the front panel having a transparent portion through which a graphic may be view; the template panel having a viewing aperture with one or more magnetic fasteners, the viewing aperture being sized and configured to correspond in at least one of size or shape with the transparent portion of the front panel; a rear panel having one or more magnetic fasteners, the magnetic fasteners of the template panel and rear panel are in alignment with one another, the rear panel further including an illumination device; a graphic media layer having a graphic image surface and a back surface, the graphic image is sized and configured to be viewed through the template panel viewing aperture; and a RFID device associated with the graphic media layer.
Modular system for holding a number of electric conductors, comprising at least one electrically insulating holder with a number of through-holes spaced at a distance from one another for allowing the passage of said electric conductors, characterised by - a base plate, which consists of a material with better insulating properties than the at least one holder, and which is configured for insulation to a base surface, on which the modular system can be attached, - first means (5, 9) for connecting the at least one holder and base plate and - a cover plate extending over a holder or several holders and made from an insulator, wherein a) two means (5, 9) are provided for connecting holder(s) and cover plate or b) the first connecting means (5, 9) are configured for connecting holder(s), base plate and cover plate. - a base plate, which consists of a material with better insulating properties than the at least one holder, and which is configured for insulation to a base surface, on which the modular system can be attached, - first means (5, 9) for connecting the at least one holder and base plate and - a cover plate extending over a holder or several holders and made from an insulator, wherein a) two means (5, 9) are provided for connecting holder(s) and cover plate or b) the first connecting means (5, 9) are configured for connecting holder(s), base plate and cover plate.
A method for supporting location services for a user equipment, UE, performed by a Network Exposure Function, NEF, the method comprising: receiving by the NEF a location request for the UE from an other entity, wherein the NEF is in a Public Land Mobile Network, PLMN, that is a Home PLMN, HPLMN, for the UE or a Visited PLMN, VPLMN, for the UE, the location request including a type of location request, a required location accuracy, a required location response time or some combination of these; determining either a Gateway Mobile Location Center, GMLC, or a serving Access and Mobility Management Function, AMF, to obtain a UE location, wherein the GMLC employs a location server to obtain the UE location, wherein the serving AMF obtains the UE location based on a serving Radio Access Network, RAN, for the UE, wherein the determining the GMLC or the serving AMF is based on at least one of the type of location request, the required location accuracy, the required location response time and whether the PLMN supports location of UEs using a GMLC or a serving AMF; sending the location request to the determined GMLC or the determined serving AMF; receiving the UE location or a confirmation of acceptance of the location request from the determined GMLC or the determined serving AMF; and sending the UE location or the confirmation of the acceptance of the location request to the other entity. receiving by the NEF a location request for the UE from an other entity, wherein the NEF is in a Public Land Mobile Network, PLMN, that is a Home PLMN, HPLMN, for the UE or a Visited PLMN, VPLMN, for the UE, the location request including a type of location request, a required location accuracy, a required location response time or some combination of these; determining either a Gateway Mobile Location Center, GMLC, or a serving Access and Mobility Management Function, AMF, to obtain a UE location, wherein the GMLC employs a location server to obtain the UE location, wherein the serving AMF obtains the UE location based on a serving Radio Access Network, RAN, for the UE, wherein the determining the GMLC or the serving AMF is based on at least one of the type of location request, the required location accuracy, the required location response time and whether the PLMN supports location of UEs using a GMLC or a serving AMF; sending the location request to the determined GMLC or the determined serving AMF; receiving the UE location or a confirmation of acceptance of the location request from the determined GMLC or the determined serving AMF; and sending the UE location or the confirmation of the acceptance of the location request to the other entity.
Photovoltaic installation for a wind turbine, having a tower and designed for generating wind power, comprising a solar module arrangement designed for generating solar power, with a configuration of the solar module arrangement such that the tower can be encompassed and/or encircled in at least some areas by at least one part of the solar module arrangement wherein the solar module arrangement has individual solar modules wherein at least some of the solar modules are or can be arranged in a U-shape relative to one another and can be displaced, in particular pivoted and/or rotated, individually and as one unit.
Method of detecting cells capable of replication in a cytological sample of cells, said sample being non-gynaecological, comprising preparation and staining by Papanicolaou staining, excitation of said sample at a wavelength below 520 nm, and observation of the fluorescence emitted by said sample at a wavelength above 520 nm, said cells capable of replication exhibiting an accumulation of fluorescence localized at their membrane envelope, characterized in that said Papanicolaou staining comprises the following successive steps; during which said sample is brought into contact with: • Running water: 2 min • Hematoxylin solution: 4 min • Running water: 1 min • Solution comprising a mixture of 100% alcohol and of 0.2% HCl: 30 sec • Running water: 10 min • Aqueous ammonia solution at 0.2%: 2 min • 70% alcohol: 30 sec • 96% alcohol: 30 sec • OG6 solution: 4 min • 96% alcohol: 30 sec • 96% alcohol: 30 sec • EA50 solution: 4 min • 96% alcohol: 30 sec • 100% alcohol: 30 sec • Xylene: 30 sec • Xylene: 30 sec followed by mounting on a film on slide mounter in xylene solution. • Running water: 2 min • Hematoxylin solution: 4 min • Running water: 1 min • Solution comprising a mixture of 100% alcohol and of 0.2% HCl: 30 sec • Running water: 10 min • Aqueous ammonia solution at 0.2%: 2 min • 70% alcohol: 30 sec • 96% alcohol: 30 sec • OG6 solution: 4 min • 96% alcohol: 30 sec • 96% alcohol: 30 sec • EA50 solution: 4 min • 96% alcohol: 30 sec • 100% alcohol: 30 sec • Xylene: 30 sec • Xylene: 30 sec
A method for configuring a channel resource, comprising: determining, by a base station, load information of a cell; when it is determined by the base station, according to the load information, that the cell reaches a congested state, configuring, by the base station, channel resource configuration information for a new user equipment accessing the cell; the channel resource configuration information comprises: a first dedicated physical channel pilot, DPCH Pilot, bit transmit power offset and a first number of pilot bits; the first DPCH Pilot bit transmit power offset is smaller than a DPCH Pilot bit transmit power offset configured for a user equipment in a non-congested state, and the first number of Pilot bits is smaller than a number of Pilot bits that is configured for a user equipment in a non-congested state; wherein the configuring channel resource configuration information for a new user equipment accessing the cell comprises: configuring, for the new user equipment accessing the cell, using a number of Pilot bits, which is obtained by decreasing at least one step length from the number of Pilot bits that is configured for the user equipment in the non-congested state, as the first number of Pilot bits. determining, by a base station, load information of a cell; when it is determined by the base station, according to the load information, that the cell reaches a congested state, configuring, by the base station, channel resource configuration information for a new user equipment accessing the cell; the channel resource configuration information comprises: a first dedicated physical channel pilot, DPCH Pilot, bit transmit power offset and a first number of pilot bits; the first DPCH Pilot bit transmit power offset is smaller than a DPCH Pilot bit transmit power offset configured for a user equipment in a non-congested state, and the first number of Pilot bits is smaller than a number of Pilot bits that is configured for a user equipment in a non-congested state; configuring, for the new user equipment accessing the cell, using a number of Pilot bits, which is obtained by decreasing at least one step length from the number of Pilot bits that is configured for the user equipment in the non-congested state, as the first number of Pilot bits.
Use of a fabric for a sound-absorbing element, the fabric having the following properties: - a specific airflow resistance comprised between 527 and 1552 [Pa s/m]; and - a mass porosity comprised between 66% and 79%, wherein said fabric is an artificial fabric, and wherein the warp of said fabric comprises a number of yarns per centimeter comprised between 5 and 40 and the weft of said fabric comprises a number of yarns per centimeter comprised between 5 and 40. - a specific airflow resistance comprised between 527 and 1552 [Pa s/m]; and - a mass porosity comprised between 66% and 79%, wherein said fabric is an artificial fabric, and wherein the warp of said fabric comprises a number of yarns per centimeter comprised between 5 and 40 and the weft of said fabric comprises a number of yarns per centimeter comprised between 5 and 40.
A method for identifying a cancer patient as a candidate for treatment with bortezomib, wherein the patient has a hematological tumor, comprising: a) identifying the sequence of at least one marker associated with at least one marker gene in a patient sample comprising hematological tumor cells, wherein one marker gene is neuroblastoma RAS viral (v-ras) oncogene homolog (NRAS); and b) identifying the patient as a candidate for treatment with bortezomib if the sequence indicates that the tumor cells comprise wild type NRAS. a) identifying the sequence of at least one marker associated with at least one marker gene in a patient sample comprising hematological tumor cells, wherein one marker gene is neuroblastoma RAS viral (v-ras) oncogene homolog (NRAS); and b) identifying the patient as a candidate for treatment with bortezomib if the sequence indicates that the tumor cells comprise wild type NRAS.
A rotor blade for a gas turbine engine, comprising: a rotor blade pair comprising a mount, a first airfoil and a second airfoil; the mount comprising a forked body with a first leg and a second leg; the first airfoil connected to the first leg; and the second airfoil connected to the second leg and arranged circumferentially next to the first airfoil; characterised in that a first platform segment is mounted on the first leg, wherein the first platform segment is configured with a first bore extending radially through the first platform segment, and the first leg projects radially through the first bore to the first airfoil; and a second platform segment is mounted on the second leg and circumferentially abutted next to the first platform segment, wherein the second platform segment is configured with a second bore extending radially through the second platform segment, and the second leg projects radially through the second bore to the second airfoil. a rotor blade pair comprising a mount, a first airfoil and a second airfoil; the mount comprising a forked body with a first leg and a second leg; the first airfoil connected to the first leg; and the second airfoil connected to the second leg and arranged circumferentially next to the first airfoil; characterised in that a first platform segment is mounted on the first leg, wherein the first platform segment is configured with a first bore extending radially through the first platform segment, and the first leg projects radially through the first bore to the first airfoil; and a second platform segment is mounted on the second leg and circumferentially abutted next to the first platform segment, wherein the second platform segment is configured with a second bore extending radially through the second platform segment, and the second leg projects radially through the second bore to the second airfoil.
A method of feeding pigs comprising: - providing a feeding device comprising: - a container for feed, as well as - a feeding trough from which pigs can eat, - measuring means for measuring the amount of feed in the feeding trough, and - adjustable feed means for supplying feed from the container to the feeding trough, - supplying feed from the container to the feeding trough until a first amount of feed is present in the feeding trough, and - measuring the amount of food in the feeding trough during feeding and as soon as the amount of feed in the feeding trough falls below a limit value, feed is supplied from the container to the feeding trough at a first feed rate until the first amount of feed is again present in the feeding trough, characterized in that periodically, during a cleaning period, the limit value is reduced, and as soon as during this cleaning period the amount of feed in the feeding trough falls below the limit value, feed is supplied from the container to the feeding trough at a second feed rate, which second feed rate is so low that the amount of feed in the feeding trough decreases further. - providing a feeding device comprising: - a container for feed, as well as - a feeding trough from which pigs can eat, - measuring means for measuring the amount of feed in the feeding trough, and - adjustable feed means for supplying feed from the container to the feeding trough, - a container for feed, as well as - a feeding trough from which pigs can eat, - measuring means for measuring the amount of feed in the feeding trough, and - adjustable feed means for supplying feed from the container to the feeding trough, - supplying feed from the container to the feeding trough until a first amount of feed is present in the feeding trough, and - measuring the amount of food in the feeding trough during feeding and as soon as the amount of feed in the feeding trough falls below a limit value, feed is supplied from the container to the feeding trough at a first feed rate until the first amount of feed is again present in the feeding trough,
A method for wireless communication at a user equipment, UE, comprising: determining resource selection priority levels associated with available resources for sidelink signaling in an unlicensed radio frequency spectrum band, the resource selection priority levels are determined based at least in part on resource reservation information of the available resources, a time domain location of the available resources, or both, wherein a first resource of the available resources is associated with a higher priority than a second resource of the available resources in resource selection; selecting one or more resources for the sidelink signaling from the available resources based at least in part on the resource selection priority levels associated with the available resources; and transmitting the sidelink signaling on the unlicensed radio frequency spectrum band using the one or more selected resources, wherein the resource selection priority levels comprise at least a first priority level and a second priority level, wherein a resource is associated with the first priority level or the second priority level based at least in part on whether a slot comprising the resource is at least partially reserved by another device, a time location of the resource within a resource selection window, or a combination thereof, wherein the resource is associated with the first priority level if the slot (415-d, 415-e, 415-g, 415-i, 415-1) comprising the resource is not at least partially reserved by the other device or if the resource is early within the resource selection window, or both. determining resource selection priority levels associated with available resources for sidelink signaling in an unlicensed radio frequency spectrum band, the resource selection priority levels are determined based at least in part on resource reservation information of the available resources, a time domain location of the available resources, or both, wherein a first resource of the available resources is associated with a higher priority than a second resource of the available resources in resource selection; selecting one or more resources for the sidelink signaling from the available resources based at least in part on the resource selection priority levels associated with the available resources; and transmitting the sidelink signaling on the unlicensed radio frequency spectrum band using the one or more selected resources, wherein the resource selection priority levels comprise at least a first priority level and a second priority level, wherein a resource is associated with the first priority level or the second priority level based at least in part on whether a slot comprising the resource is at least partially reserved by another device, a time location of the resource within a resource selection window, or a combination thereof, wherein the resource is associated with the first priority level if the slot (415-d, 415-e, 415-g, 415-i, 415-1) comprising the resource is not at least partially reserved by the other device or if the resource is early within the resource selection window, or both.
A method for limiting a torque or a variable which is characteristic thereof, of a control loop used to upwardly stabilise a vehicle, the control loop comprising a controller for stability control, characterised in that the method implements a pre-control preceding the stability control by the controller such that a limiting value (M g) is determined and the torque or the variable which is characteristic thereof is limited upwards by the limiting value, so that due to the pre-control, an intervention by the controller into the driving behaviour, carried out as part of a stability control, is reduced in comparison to a control loop without a pre-control, comprising the steps: - establishing a friction coefficient (μ s,r; μ s,f); - determining the limiting value (M g) for the torque or the variable which is characteristic thereof, as a function of the estimated friction coefficient (μ s,r; μ s,f), the limiting value (M g) being determined such that in spite of the limit to the limiting value (M g), it is possible to pass through the stability limit, and the stability control by the controller can be activated; and - upwardly limiting the torque or the variable which is characteristic thereof, to the limiting value (M g). - establishing a friction coefficient (μ s,r; μ s,f); - determining the limiting value (M g) for the torque or the variable which is characteristic thereof, as a function of the estimated friction coefficient (μ s,r; μ s,f), the limiting value (M g) being determined such that in spite of the limit to the limiting value (M g), it is possible to pass through the stability limit, and the stability control by the controller can be activated; and - upwardly limiting the torque or the variable which is characteristic thereof, to the limiting value (M g).
A method for forming a pattern, in which n patterns, n being an integer of at least 2, of identical or different pattern materials are formed on a support, the method comprising: forming a first resist layer by coating a positive-type resist composition on a surface of the support, with respect to a kth pattern material and a kth resist layer in order of from k=1 to k=n-1, k being an integer of 1 to n-1, repeating the steps of (i) to (iii): (i) forming a guide hole (3a, 3b) through 1st to kth resist layers by exposure and development, (ii) filling a kth pattern material into the guide hole (3a, 3b) by a screen printing process, and (iii) forming a (k+1)th resist layer by coating a positive-type resist composition on the kth resist layer and the kth pattern material that has been filled into the guide hole (3a, 3b), forming a guide hole (3a, 3b) through 1st to nth resist layers by exposure and development, filling a nth pattern material into the guide hole (3a, 3b) by a screen printing process, and removing the 1st to nth resist layers. forming a first resist layer by coating a positive-type resist composition on a surface of the support, with respect to a kth pattern material and a kth resist layer in order of from k=1 to k=n-1, k being an integer of 1 to n-1, repeating the steps of (i) to (iii): (i) forming a guide hole (3a, 3b) through 1st to kth resist layers by exposure and development, (ii) filling a kth pattern material into the guide hole (3a, 3b) by a screen printing process, and (iii) forming a (k+1)th resist layer by coating a positive-type resist composition on the kth resist layer and the kth pattern material that has been filled into the guide hole (3a, 3b), (i) forming a guide hole (3a, 3b) through 1st to kth resist layers by exposure and development, (ii) filling a kth pattern material into the guide hole (3a, 3b) by a screen printing process, and (iii) forming a (k+1)th resist layer by coating a positive-type resist composition on the kth resist layer and the kth pattern material that has been filled into the guide hole (3a, 3b), forming a guide hole (3a, 3b) through 1st to nth resist layers by exposure and development, filling a nth pattern material into the guide hole (3a, 3b) by a screen printing process, and removing the 1st to nth resist layers.
Device for visual detection of analytes in an analysis or liquid sample derived from the human or animal organism comprising a support plate having at least one test strip receptacle, in which a test strip provided with a sample receiving portion and a test section is arranged, which at least one test strip receptacle is at least partially closed via a cover layer undetachably connected to the support plate, which cover layer has a control window in the area of the test section of the test strip of the at least one test strip receptacle, characterised in that the support plate has a section, which is pivotable along a fold, which is not provided with a cover layer in the area of the test strips and which is arranged in a manner that the sample receiving portion of the test strips at least partially protrudes from the support plate after the section is bent.