mhurhangee/ep-ind-claims huggingface dataset:
A communication terminal apparatus used in a communication system in which communication resources are allocated to communication terminals based on downlink channel quality, the apparatus comprising: a measuring section that measures downlink channel quality, a transmitter that transmits a notification signal comprising encoded information that indicates the measured downlink channel quality to a base station apparatus, wherein the information indicating the measured downlink channel quality includes a first and a second part and wherein a change of the first part results in a larger amount of change of the indicated downlink channel quality than a change of the second part, characterized in that the first part of the information indicating the measured downlink channel quality is transmitted with less susceptibility to errors than the second part. a measuring section that measures downlink channel quality, a transmitter that transmits a notification signal comprising encoded information that indicates the measured downlink channel quality to a base station apparatus, wherein the information indicating the measured downlink channel quality includes a first and a second part and wherein a change of the first part results in a larger amount of change of the indicated downlink channel quality than a change of the second part, characterized in that the first part of the information indicating the measured downlink channel quality is transmitted with less susceptibility to errors than the second part.
Working vehicle comprising a ladder, the ladder comprising a plurality of steps comprising at least a top step and a lowest step, each of the steps comprising: a step board (13, 16, 29); and a front connecting member (11, 14, 27) and a rear connecting member (12, 15, 28), respective lower ends of which are connected with bolts (19E, 22E) in a pivotally movable manner to both ends of the step board (13, 16, 29) in a vehicle front-back direction, wherein the front connecting member and the rear connecting member at the top step have respective upper ends connected in a pivotally movable manner to a lateral side of a vehicle body and are juxtaposed with a predetermined space therebetween in a vehicle front-back direction, respective upper ends of the front connecting member (14, 27) and the rear connecting member (15,28) at each of the steps positioned under the top step are connected in a pivotally movable manner to both ends in the vehicle front-back direction of the step board (13, 16) of the immediately-above one of the steps, the front connecting member and the rear connecting member at least at the top step among the steps positioned above the lowest step are rigid members, and the front connecting member (14, 27) and the rear connecting member (15, 28) at least at the lowest step among the steps positioned under the top step are elastically deformable. a step board (13, 16, 29); and a front connecting member (11, 14, 27) and a rear connecting member (12, 15, 28), respective lower ends of which are connected with bolts (19E, 22E) in a pivotally movable manner to both ends of the step board (13, 16, 29) in a vehicle front-back direction, wherein the front connecting member and the rear connecting member at the top step have respective upper ends connected in a pivotally movable manner to a lateral side of a vehicle body and are juxtaposed with a predetermined space therebetween in a vehicle front-back direction, respective upper ends of the front connecting member (14, 27) and the rear connecting member (15,28) at each of the steps positioned under the top step are connected in a pivotally movable manner to both ends in the vehicle front-back direction of the step board (13, 16) of the immediately-above one of the steps, the front connecting member and the rear connecting member at least at the top step among the steps positioned above the lowest step are rigid members, and the front connecting member (14, 27) and the rear connecting member (15, 28) at least at the lowest step among the steps positioned under the top step are elastically deformable.
A method of manufacturing polymeric adhesives comprising the steps of: - dosing of the base material into a mixer by means of a first metering device; - dosing of the catalyst material into said mixer by means of a second metering device; - mixing said base material and said catalyst material in a mixture by means of said mixer; - packing said mixture in storage containers; said method of manufacturing polymeric adhesives is characterized in that it comprises a step of managing a first temperature, by means of first temperature control means of said base material and catalyst material, wherein said base material and said catalyst material are kept within a predetermined range of temperature such as to prevent the formation in said mixer of said polymeric adhesive in an oligomeric state, wherein said method of manufacturing comprising a step of managing a second temperature, by means of second temperature control means of said mixture, wherein said mixture is kept within said predetermined range of temperature such as to prevent the formation in said storage containers of said polymeric adhesive in an oligomeric state, and wherein said method of manufacturing comprises a step of cooling said storage containers able to slow down the formation in said storage containers of said polymeric adhesive in an oligomeric state. - dosing of the base material into a mixer by means of a first metering device; - dosing of the catalyst material into said mixer by means of a second metering device; - mixing said base material and said catalyst material in a mixture by means of said mixer; - packing said mixture in storage containers; said method of manufacturing polymeric adhesives is characterized in that it comprises a step of managing a first temperature, by means of first temperature control means of said base material and catalyst material, wherein said base material and said catalyst material are kept within a predetermined range of temperature such as to prevent the formation in said mixer of said polymeric adhesive in an oligomeric state, wherein said method of manufacturing comprising a step of managing a second temperature, by means of second temperature control means of said mixture, wherein said mixture is kept within said predetermined range of temperature such as to prevent the formation in said storage containers of said polymeric adhesive in an oligomeric state, and wherein said method of manufacturing comprises a step of cooling said storage containers able to slow down the formation in said storage containers of said polymeric adhesive in an oligomeric state.
Intervertebral cage with an outer frame composed of solid support parts (6.1, 6.2, 6.3, 6.5) and with an inner grid body, characterized in that the grid body is connected to the frame only at surfaces (7.3, 7.4, 7.5, 7.6) extending in parallel in one direction, namely the transverse direction, but they are not connected to the frame at surfaces (7.8) and edges (7.9) extending at a finite angle in relation to these surfaces (7.3, 7.4, 7.5, 7.6).
A layered product comprising at least two layers, a first layer and a second layer, wherein a value of L* in a L*a*b* color system defined by JIS Z8729 of the first layer is ten or less, the second layer is formed on the first layer and 0.1 to 1 mass% of carbon nanotubes are contained in a material constituting the second layer, a film thickness of the second layer is 0.5 μm or greater and 40 μm or less, and in the L*a*b* color system defined by JIS Z8729, a value of L* is 2.5 or less, a value of a* is -2.0 or greater and 2.0 or less, and a value of b* is -2.0 or greater and 0.5 or less, when the values are measured from a side of a plane of the second layer. a value of L* in a L*a*b* color system defined by JIS Z8729 of the first layer is ten or less, the second layer is formed on the first layer and 0.1 to 1 mass% of carbon nanotubes are contained in a material constituting the second layer, a film thickness of the second layer is 0.5 μm or greater and 40 μm or less, and in the L*a*b* color system defined by JIS Z8729, a value of L* is 2.5 or less, a value of a* is -2.0 or greater and 2.0 or less, and a value of b* is -2.0 or greater and 0.5 or less, when the values are measured from a side of a plane of the second layer.
A method of operating an electronic device in a communication network comprising the electronic device and a network node, the method comprising: determining a mode selection based on channel conditions of a communication channel between the electronic device and the network node, the mode selection indicates one of polarization based MIMO, P-MIMO, or beam MIMO, B-MIMO; and transmitting a signal to the network node to indicate a mode for communications over the communication channel according to the mode selection, wherein the channel conditions are determined by: performing a receive beam sweep to identify a plurality of beam pairs; and identifying two strongest beam pairs having a same beam direction and orthogonal polarizations; wherein the mode selection indicates a request for P-MIMO to the network node based on a determination condition that signal strength of the two strongest beam pairs having the same beam direction and orthogonal polarization is greater by a predetermined ratio than a signal strength of any other beam pairs of the identified plurality of beam pairs and when said determination condition for P-MIMO is not fulfilled the mode selection indicates a request for beam-MIMO communication to the network node. determining a mode selection based on channel conditions of a communication channel between the electronic device and the network node, the mode selection indicates one of polarization based MIMO, P-MIMO, or beam MIMO, B-MIMO; and transmitting a signal to the network node to indicate a mode for communications over the communication channel according to the mode selection, wherein the channel conditions are determined by: performing a receive beam sweep to identify a plurality of beam pairs; and identifying two strongest beam pairs having a same beam direction and orthogonal polarizations; wherein the mode selection indicates a request for P-MIMO to the network node based on a determination condition that signal strength of the two strongest beam pairs having the same beam direction and orthogonal polarization is greater by a predetermined ratio than a signal strength of any other beam pairs of the identified plurality of beam pairs and when said determination condition for P-MIMO is not fulfilled the mode selection indicates a request for beam-MIMO communication to the network node. performing a receive beam sweep to identify a plurality of beam pairs; and identifying two strongest beam pairs having a same beam direction and orthogonal polarizations; wherein the mode selection indicates a request for P-MIMO to the network node based on a determination condition that signal strength of the two strongest beam pairs having the same beam direction and orthogonal polarization is greater by a predetermined ratio than a signal strength of any other beam pairs of the identified plurality of beam pairs and when said determination condition for P-MIMO is not fulfilled the mode selection indicates a request for beam-MIMO communication to the network node.
A method comprising: determining a first time period during which evaluation should be performed of whether a received radio frequency signal meets at least one criterion, the first time period based at least partially on a second time period of discontinuous reception or transmission; performing the evaluation of the received radio frequency signal using measurements obtained within the first time period; determining, based on the evaluation, whether an event should be triggered; and triggering the event in response to the determination that the event should be triggered, wherein said triggering the event comprises performing at least one of a measurement reporting operation, a cell reselection operation, or a handover operation. determining a first time period during which evaluation should be performed of whether a received radio frequency signal meets at least one criterion, the first time period based at least partially on a second time period of discontinuous reception or transmission; performing the evaluation of the received radio frequency signal using measurements obtained within the first time period; determining, based on the evaluation, whether an event should be triggered; and triggering the event in response to the determination that the event should be triggered, wherein said triggering the event comprises performing at least one of a measurement reporting operation, a cell reselection operation, or a handover operation.
A dental composition comprising: (a) a radically polymerizable compound of the following formula, or a salt thereof: wherein one of R 1 and R 2 represents a group of the following formula or, and the other of R 1 and R 2, which may be the same or different, independently represents a hydrogen atom or a group of formula or: wherein R 3 is a hydrogen atom or a methyl group; R 4 is a C 1-6 alkyl group, C 3 - 6 cycloalkyl group or a C 2 - 6 alkenyl group; n represents an integer of from 0 to 14; m represents an integer of from 1 to 14; and R A and R B each represent a hydrogen atom so that a methylene group or an m- or n-membered polymethylene chain is present, or R A and R B, which may be the same or different, independently represent a hydrogen or a fluorine atom so that a fluorine substituted methylene group or a fluorine substituted m- or n-membered polymethylene chain is present, and (b) a radical initiator system. (a) a radically polymerizable compound of the following formula, or a salt thereof: wherein one of R 1 and R 2 represents a group of the following formula or, and the other of R 1 and R 2, which may be the same or different, independently represents a hydrogen atom or a group of formula or: wherein R 3 is a hydrogen atom or a methyl group; R 4 is a C 1-6 alkyl group, C 3 - 6 cycloalkyl group or a C 2 - 6 alkenyl group; n represents an integer of from 0 to 14; m represents an integer of from 1 to 14; and R A and R B each represent a hydrogen atom so that a methylene group or an m- or n-membered polymethylene chain is present, or R A and R B, which may be the same or different, independently represent a hydrogen or a fluorine atom so that a fluorine substituted methylene group or a fluorine substituted m- or n-membered polymethylene chain is present, and one of R 1 and R 2 represents a group of the following formula or, and the other of R 1 and R 2, which may be the same or different, independently represents a hydrogen atom or a group of formula or: wherein R 3 is a hydrogen atom or a methyl group; R 4 is a C 1-6 alkyl group, C 3 - 6 cycloalkyl group or a C 2 - 6 alkenyl group; n represents an integer of from 0 to 14; m represents an integer of from 1 to 14; and R A and R B each represent a hydrogen atom so that a methylene group or an m- or n-membered polymethylene chain is present, or R A and R B, which may be the same or different, independently represent a hydrogen or a fluorine atom so that a fluorine substituted methylene group or a fluorine substituted m- or n-membered polymethylene chain is present, and R 3 is a hydrogen atom or a methyl group; R 4 is a C 1-6 alkyl group, C 3 - 6 cycloalkyl group or a C 2 - 6 alkenyl group; n represents an integer of from 0 to 14; m represents an integer of from 1 to 14; and R A and R B each represent a hydrogen atom so that a methylene group or an m- or n-membered polymethylene chain is present, or R A and R B, which may be the same or different, independently represent a hydrogen or a fluorine atom so that a fluorine substituted methylene group or a fluorine substituted m- or n-membered polymethylene chain is present, and (b) a radical initiator system.
A method for managing a cellular network database for determining a position of a terminal device, wherein the database comprises multiple observation data sets (ODSP) that are provided by a terminal device or can be determined depending on observation data generated and provided by a terminal device, characterised in that one or more observation data set(s) (ODSP) is/are assigned to one cell of a cellular network, wherein a first collection of observation data sets (ODSP) comprises at least one observation data set (ODSP) which is assigned to a first cell, wherein a further collection of observation data sets (ODSP) comprises at least one observation data set (ODSP) which is assigned to a further cell, wherein at least one cell-identifying information and at least one cell coverage-related information and/or at least one base station position-related information for each collection is determined by a system comprising at least one data storage means and at least one data processing means, wherein the first collection and the further collection are assigned to one cell by the system if at least one cell identity-related criterion and at least one cell coverage-related criterion and/or at least one base station position-related criterion is fulfilled.
A pipe protection hollow profile with a longitudinal extension comprising an interior and a sheath surrounding the interior and an exterior area outside the sheath, wherein the sheath along its longitudinal extension has a cut as a continuous opening between the interior and the exterior area, where the continuous longitudinal opening tapers at least in some areas from the exterior area towards the interior, characterised in that in the area of the continuous opening, the cross-section or the height of the sheath is enlarged or expanded, whereby the thickness of the sheath of the pipe protection hollow profile in the circumferential direction in the area of the opening increases abruptly or continuously.
A non-volatile memory array, comprising: a first column of non-volatile storage elements formed over a first active area of a substrate; a second column of non-volatile storage elements formed over a second active area of the substrate; an isolation region in the substrate between the first active area and the second active area; a bit line air gap in the isolation region; a cap extending in the row direction between a charge storage region of the first column and a charge storage region of the second column, the cap extending vertically with respect to a surface of the substrate along at least a portion of the charge storage region of the first column and the charge storage region of the second column; wherein the cap is recessed below a level of an upper surface of the charge storage regions; an intermediate dielectric layer is formed over the upper surface and along the vertical sidewalls of the charge storage regions; and a control gate layer is formed over the intermediate dielectric layer, wherein the control gate layer extends below the upper surface of the charge storage regions between adjacent portions of the intermediate dielectric layer, said non-volatile memory array being characterised in that said cap is not present on the upper surface of the charge storage regions and in that said intermediate dielectric layer is also formed on said cap. a first column of non-volatile storage elements formed over a first active area of a substrate; a second column of non-volatile storage elements formed over a second active area of the substrate; an isolation region in the substrate between the first active area and the second active area; a bit line air gap in the isolation region; a cap extending in the row direction between a charge storage region of the first column and a charge storage region of the second column, the cap extending vertically with respect to a surface of the substrate along at least a portion of the charge storage region of the first column and the charge storage region of the second column; wherein the cap is recessed below a level of an upper surface of the charge storage regions; an intermediate dielectric layer is formed over the upper surface and along the vertical sidewalls of the charge storage regions; and a control gate layer is formed over the intermediate dielectric layer, wherein the control gate layer extends below the upper surface of the charge storage regions between adjacent portions of the intermediate dielectric layer, said non-volatile memory array being characterised in that said cap is not present on the upper surface of the charge storage regions and in that said intermediate dielectric layer is also formed on said cap.
Polyelectrolyte-based nanostructured anticorrosion coating, comprising at least one main compartment which comprises: - a polyelectrolyte multilayer doped with at least one anticorrosion agent, and - an upper multilayer acting as a barrier to the diffusion of the dopants, deposited according to the layer-by-layer technique, and whose upper surface corresponds to the upper surface of the main compartment. - a polyelectrolyte multilayer doped with at least one anticorrosion agent, and - an upper multilayer acting as a barrier to the diffusion of the dopants, deposited according to the layer-by-layer technique, and whose upper surface corresponds to the upper surface of the main compartment.
A system, comprising: an oil-bearing formation; a low salinity aqueous fluid having an ionic strength of less than 0.15M and having a total dissolved solids content of from 200 ppm to 10000 ppm; a brine solution having a total dissolved solids content of greater than 10000 ppm; a demulsifier; a mechanism for introducing the low salinity aqueous fluid into the oil-bearing formation; a mechanism for producing oil and water from the oil-bearing formation subsequent to introducing the low salinity aqueous fluid into the formation; and a mechanism for contacting the brine solution and the demulsifier with the oil and water produced from the oil-bearing formation and for separating the produced oil from the produced water. an oil-bearing formation; a low salinity aqueous fluid having an ionic strength of less than 0.15M and having a total dissolved solids content of from 200 ppm to 10000 ppm; a brine solution having a total dissolved solids content of greater than 10000 ppm; a demulsifier; a mechanism for introducing the low salinity aqueous fluid into the oil-bearing formation; a mechanism for producing oil and water from the oil-bearing formation subsequent to introducing the low salinity aqueous fluid into the formation; and a mechanism for contacting the brine solution and the demulsifier with the oil and water produced from the oil-bearing formation and for separating the produced oil from the produced water.
A laser sintering system for fabricating three dimensional objects based upon design data and from a sinterable powder, the laser sintering system comprising: a hopper for supplying the sinterable powder to a build chamber of the laser sintering system; a powder distribution device for distributing the sinterable powder in a layer on a part bed; and a return powder device opposite the part bed from the hopper, wherein the return powder device is selectively moveable to enable a portion of powder to be transferred from one side of the powder distribution device to the other side; and wherein the return powder device comprises a return powder piston that is selectively raised and lowered. a hopper for supplying the sinterable powder to a build chamber of the laser sintering system; a powder distribution device for distributing the sinterable powder in a layer on a part bed; and a return powder device opposite the part bed from the hopper, wherein the return powder device is selectively moveable to enable a portion of powder to be transferred from one side of the powder distribution device to the other side; and wherein the return powder device comprises a return powder piston that is selectively raised and lowered.