mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a reception unit configured to measure received power of at least one synchronization signal block of a plurality of synchronization signal blocks, each synchronization signal block being transmitted by a beam, received from a base station; and a transmission unit configured to select a synchronization signal block with received power above a threshold, determine a resource corresponding to the selected synchronization signal block, and transmit a random access preamble using the resource, wherein the transmission unit is configured, when random access response reception by the reception unit for a random access preamble transmitted using a first resource is not successful, to perform random access preamble transmission using a second resource corresponding to a synchronization signal block with received power above the threshold. a reception unit configured to measure received power of at least one synchronization signal block of a plurality of synchronization signal blocks, each synchronization signal block being transmitted by a beam, received from a base station; and a transmission unit configured to select a synchronization signal block with received power above a threshold, determine a resource corresponding to the selected synchronization signal block, and transmit a random access preamble using the resource, wherein the transmission unit is configured, when random access response reception by the reception unit for a random access preamble transmitted using a first resource is not successful, to perform random access preamble transmission using a second resource corresponding to a synchronization signal block with received power above the threshold.
A packaging assembly comprising a package having a plurality of interconnected containers (110, 112, 114, 116) each for holding at least one product piece, at least some of the containers being movable relative to one another between a closed configuration of the package and an open configuration of the package; each container having a plurality of walls (120, 122, 124, 126) defining an interior volume in which said at least one product piece can be held, with a product display and dispensing aperture in at least one of the walls; characterized in that a product piece holding fitment (132; 132'; 132") is located within each container, each product piece holding fitment having a product retention region (196; 196'; 250) in which is defined at least one product piece retention seat configured to individually hold and retain a product piece and a resilient biasing arrangement (202, 204; 202', 204': 204") on either side of the product retention region, which resilient biasing arrangements engage with opposed walls (124, 126) of the respective container to hold the product retention region substantially centrally such that, in use, a product piece mounted in said at least one product retention seat (134; 134'; 134") can be seen and removed through the product display and dispensing aperture when the package is in an open configuration.
A fluid-ejection device comprising: a plurality of physical data lines; a controller communicatively connected to the physical data lines and configured to assert a logical and virtual nozzle-fire-restart line to denote that a first data sub-packet of a new data packet of nozzle data for a predetermined sequence of a plurality of fluid-ejection nozzles has been transmitted over the physical data lines; and, a fluid-ejection mechanism including the plurality of fluid-ejection nozzles, the fluid-ejection mechanism communicatively connected to the physical data lines and configured to listen for the controller to assert the logical and virtual nozzle-fire-restart line to discern that the first data sub-packet of the new data packet has been transmitted over the physical data lines. a plurality of physical data lines; a controller communicatively connected to the physical data lines and configured to assert a logical and virtual nozzle-fire-restart line to denote that a first data sub-packet of a new data packet of nozzle data for a predetermined sequence of a plurality of fluid-ejection nozzles has been transmitted over the physical data lines; and, a fluid-ejection mechanism including the plurality of fluid-ejection nozzles, the fluid-ejection mechanism communicatively connected to the physical data lines and configured to listen for the controller to assert the logical and virtual nozzle-fire-restart line to discern that the first data sub-packet of the new data packet has been transmitted over the physical data lines.
A composition comprising a treatment effective amount of cells, of which a portion are T-cells, wherein the T-cells have been harvested from cell culture and are thereby removed from activating stimuli in the culture and the harvested T-cells are formulated for infusion by a method comprising contacting the T-cells with one or more agents that ligate a cell surface moiety on at least a portion of the T-cells, cross-linking the one or more agents with biodegradable nanospheres or microspheres coated with a material capable of cross-linking the one or more agents, suspending the T-cells, the one or more agents and the coated biodegradable nanospheres or microspheres in an infusion medium, and packaging in a suitable container, wherein the T-cells are in an activated state in the medium.
A method for the catalytic removal of carbon dioxide and NO x from waste/ flue gases in a reactor charged with activated carbon catalyst, said method being characterised by the following steps: a. saturating the catalyst with water b. saturating or partially saturating the waste gases with water, c. introducing the waste gases into the reactor, d. catalytically converting NO x into NO 2 - /NO 3 - and, in parallel with this, catalytically converting CO 2 into carbon and O 2 on the same catalyst, e. continuously washing out the activated carbon catalyst with water and discharging the carbon as a solid and NO 2 - /NO 3 - dissolved in water. a. saturating the catalyst with water b. saturating or partially saturating the waste gases with water, c. introducing the waste gases into the reactor, d. catalytically converting NO x into NO 2 - /NO 3 - and, in parallel with this, catalytically converting CO 2 into carbon and O 2 on the same catalyst, e. continuously washing out the activated carbon catalyst with water and discharging the carbon as a solid and NO 2 - /NO 3 - dissolved in water.
An element to form a holding system for a flat object, generally rectangular in shape, in particular for a mobile phone, for a smart phone or for a tablet computer, with a flat, planar clamping element made of an elastic material, preferably of rubber, whereas the clamping element exhibibts a central, middle section extending in a longitudinal direction and a first connecting portion as well as a second connecting portion delineating the middle section against ends opposite each other in the longitudinal direction, whereas two openings are provided in the first connecting portion and the second connecting portion respectively transversally to the longitudinal direction and mutually spaced apart, characterised in that a passage opening (6, 7, 8; 17) is provided parallel to the plane of the clamping element, said opening becoming open or which can become open, through which opening in all cases one of the connecting parts (3, 4) can be threaded, parallel to the longitudinal direction of the middle section.
A femoral hip joint spacer for temporary replacement of a part of a hip joint, the hip joint spacer having a prosthesis body, the prosthesis body having a ball head (1, 51, 101) with a sliding surface (2, 52, 102), a neck (3, 53, 103), the proximal side of which is connected to the ball head (1, 51, 101), a stem (5, 55, 105) which is connected to the neck (3, 53, 103) on a distal side of the neck (3, 53, 103) which is opposite the ball head (1, 51, 101), and an anchoring sleeve (7, 57, 107) which encloses the stem (5, 55, 105) on a proximal side of the stem (5, 55, 105) with a circumferential fastening area (6, 56, 106) and which is connected to the stem (5, 55, 105), the hip joint spacer further having an irrigation liquid inlet opening in a surface of the prothesis body, an irrigation liquid outlet opening in the surface of the prosthesis body, at least one irrigation liquid discharge opening (14, 64, 114) on a distal side of the stem (5, 55, 105) and at least one irrigation liquid intake opening (16, 66, 116) on the ball head (1, 51, 101) or on the neck (3, 53, 103), wherein the at least one irrigation liquid discharge opening (14, 64, 114) is connected inside the prothesis body in a liquid-permeable manner to the irrigation liquid inlet opening and is not connected inside the prothesis body in a liquid-permeable manner to the irrigation liquid outlet opening, and the at least one irrigation liquid intake opening (16, 66, 116) is connected inside the prothesis body in a liquid-permeable manner to the irrigation liquid outlet opening and is not connected inside the prothesis body in a liquid-permeable manner to the irrigation liquid inlet opening, and wherein a cavity (28, 78) which is open on two sides is formed inside the anchoring sleeve (7, 57, 107), which cavity connects a proximal side of the anchoring sleeve (7, 57, 107) to a distal side of the anchoring sleeve (7, 57, 107) in a liquid-permeable manner.
Method for the permanent removal of mould on a surface, wherein in a set-up step a treatment device made of a gel-like anti-mould agent and a spore-tight cover part is arranged on the surface to be treated, characterised in that in the set-up step the anti-mould agent is applied to the surface to be treated in a grid and is then covered with the cover part, and that after the set-up step, in a post-treatment step, a pressure is applied to the cover part by means of a pressure piece such that the anti-mould agent is distributed under the cover part and can adhere to the surface to be treated.
A sustained-release pheromone preparation comprised of at least one pheromone substance-containing polymer tube with both ends sealed or pheromone substance-containing polymer rod, wherein (a) a curvature radius established by bending in an arc and crossing the polymer tube or polymer rod is 4 to 17 mm; (b) a linear distance from a top point of an arc formed by bending the polymer tube or polymer rod in an arc to a crossover point is 25 to 70 mm; and (c) a repelling force when opening the crossover point to establish a clearance of 20 mm in the front view is 0.5 N or larger and characterized in that: (d) a closed space is formed in a front view by bending in an arc and crossing the polymer tube or polymer rod, and the sustained-release pheromone preparation is not crossed in a side view. (a) a curvature radius established by bending in an arc and crossing the polymer tube or polymer rod is 4 to 17 mm; (b) a linear distance from a top point of an arc formed by bending the polymer tube or polymer rod in an arc to a crossover point is 25 to 70 mm; and (c) a repelling force when opening the crossover point to establish a clearance of 20 mm in the front view is 0.5 N or larger and characterized in that: (d) a closed space is formed in a front view by bending in an arc and crossing the polymer tube or polymer rod, and the sustained-release pheromone preparation is not crossed in a side view.
A transition metal-supported intermetallic compound having a transition metal supported on an intermetallic compound represented by the following formula: A 5 X 3 wherein A represents a rare earth element, and X represents Si or Ge, wherein the transition metal is at least one selected from the transition metals of group 8, group 9 or group 10 of the periodic table, and wherein the ratio of the transition metal to the intermetallic compound is 0.1% by mass or more and 30% by mass or less. wherein A represents a rare earth element, and X represents Si or Ge, wherein the transition metal is at least one selected from the transition metals of group 8, group 9 or group 10 of the periodic table, and wherein the ratio of the transition metal to the intermetallic compound is 0.1% by mass or more and 30% by mass or less.
Drawing-free method for circular knitting of at least one wire to form a tubular portion having a plurality of loop courses, the method comprising the following steps: - acquiring a loose end of the wire from one of the needles of the circular knitting machine in the start-up knitting operation and reshaping the wire by the further needles so as to form a meandering loop course; - interknitting by way of the needles the further infed wire in the further knitting operation with the previously formed respective loop course while forming a subsequent loop course, in that the needles, in order to form the new loops of the subsequent loop course, pull the wire through the loops of the previously formed loop course, while the needles drop the previously held loops of the previously formed loop course and in a portionwise manner release the previously formed loop course, wherein the in each case released portion of the previously formed loop course is acquired by conveying elements which are disposed between the needles and is inwardly conveyed away from the needles; and - truncating the infed wire at the end of the knitting operation and continuing the further knitting operation until the tubular portion is no longer acquired by the needles and the conveying elements. - acquiring a loose end of the wire from one of the needles of the circular knitting machine in the start-up knitting operation and reshaping the wire by the further needles so as to form a meandering loop course; - interknitting by way of the needles the further infed wire in the further knitting operation with the previously formed respective loop course while forming a subsequent loop course, in that the needles, in order to form the new loops of the subsequent loop course, pull the wire through the loops of the previously formed loop course, while the needles drop the previously held loops of the previously formed loop course and in a portionwise manner release the previously formed loop course, wherein the in each case released portion of the previously formed loop course is acquired by conveying elements which are disposed between the needles and is inwardly conveyed away from the needles; and - truncating the infed wire at the end of the knitting operation and continuing the further knitting operation until the tubular portion is no longer acquired by the needles and the conveying elements.
Method (S1-S11) for determining a cooking time end (t end_ 1 - t end_ 7) of food to be cooked during a cooking procedure, in which - at a plurality of predefined measurement time points (t1 - t3) after the beginning of the cooking procedure, in each case a measurement value (v1 - v3) of a cooking compartment parameter is ascertained (S1, S3, S5), which cooking compartment parameter is a cooking compartment temperature, a cooking compartment gas concentration, a cooking compartment humidity and/or a value derived or calculated therefrom, characterised in that - for each of these measurement time points (t1 - 13), by comparing the magnitude of the associated measurement value (v1 - v3) with at least one reference value (x1 - x8) associated with the measurement time point (t1 - 13), a categorisation into one of at least two value ranges is performed (S2, S4, S6) and - the cooking time end (t end_ 1 - t end_ 7) is determined based on the cascaded categorisations for the various measurement time points (t1 - t3). - at a plurality of predefined measurement time points (t1 - t3) after the beginning of the cooking procedure, in each case a measurement value (v1 - v3) of a cooking compartment parameter is ascertained (S1, S3, S5), which cooking compartment parameter is a cooking compartment temperature, a cooking compartment gas concentration, a cooking compartment humidity and/or a value derived or calculated therefrom, - for each of these measurement time points (t1 - 13), by comparing the magnitude of the associated measurement value (v1 - v3) with at least one reference value (x1 - x8) associated with the measurement time point (t1 - 13), a categorisation into one of at least two value ranges is performed (S2, S4, S6) and - the cooking time end (t end_ 1 - t end_ 7) is determined based on the cascaded categorisations for the various measurement time points (t1 - t3).
Vacuum cleaner with a connection element, wherein the connection element comprises at least one reset device and wherein the connection element comprises a first and a second tube section, which are connected via a swivelling joint (5, 6, 7) and via an air duct, characterised in that, the joint (5, 6, 7) comprises at least one first and one second articulated part, and that a U-joint piece connects the first and the second articulated part.
A lighting system for individual addressing of light emitting devices, comprising: a lighting apparatus comprising a plurality of light emitting devices (325a, 325b, 325c) and a plurality of receiver circuits (340a, 340b, 340c), wherein each of the plurality of light emitting devices (325a, 325b, 325c) has a receiver circuit (340a, 340b, 340c) associated therewith; a lighting control circuit connected to the lighting apparatus and carrying electrical power from a power source to the lighting apparatus; wherein the lighting control circuit adjusts one or more attributes of the plurality of light emitting devices (325a, 325b, 325c) on an individual basis through use of power line communication, PLC, by generating and impressing one or more control signals on the wiring used to carry the electrical power from the power source to the lighting apparatus; and wherein the plurality of receiver circuits (340a, 340b, 340c) are configured to individually address each of the plurality of light emitting device (325a, 325b, 325c) by comprising a bandpass filter that is configured to pass the one or more control signals to the respective light emitting device (325a, 325b, 325c) responsive to the one or more control signals having a frequency within a frequency range corresponding to an address associated with the respective light emitting device (325a, 325b, 325c). a lighting apparatus comprising a plurality of light emitting devices (325a, 325b, 325c) and a plurality of receiver circuits (340a, 340b, 340c), wherein each of the plurality of light emitting devices (325a, 325b, 325c) has a receiver circuit (340a, 340b, 340c) associated therewith; a lighting control circuit connected to the lighting apparatus and carrying electrical power from a power source to the lighting apparatus; wherein the lighting control circuit adjusts one or more attributes of the plurality of light emitting devices (325a, 325b, 325c) on an individual basis through use of power line communication, PLC, by generating and impressing one or more control signals on the wiring used to carry the electrical power from the power source to the lighting apparatus; and wherein the plurality of receiver circuits (340a, 340b, 340c) are configured to individually address each of the plurality of light emitting device (325a, 325b, 325c) by comprising a bandpass filter that is configured to pass the one or more control signals to the respective light emitting device (325a, 325b, 325c) responsive to the one or more control signals having a frequency within a frequency range corresponding to an address associated with the respective light emitting device (325a, 325b, 325c).
Prosthesis intended to be conveyed to an implantation site with the aid of a trocar, comprising: - at least one flexible biocompatible textile having a shape defining a longitudinal axis A, and - at least one reinforcing element for said textile, said reinforcing element comprising at least one semi-rigid elongate structure having a rigidity that allows it to keep a textile spread out in the absence of any stress and to be gripped by instruments conventionally used in laparoscopic surgery, said semi-rigid elongate structure being connected to said textile, said structure being substantially parallel to said longitudinal axis A and having a distal end provided with at least one fastening element distinct from said textile and capable of cooperating with a part of a tool that is able to pass through said trocar, in order to temporarily couple said prosthesis to said tool, characterized in that said structure comprises at least one rod segment extending parallel to the longitudinal axis A and additionally comprises one or more oblique rod segments configured to promote the folding of the textile along one or more longitudinal folds when the textile is subjected to a radial pressure in the direction of its longitudinal axis A,and the reinforcing element is moulded over the textile. - at least one flexible biocompatible textile having a shape defining a longitudinal axis A, and - at least one reinforcing element for said textile, said structure comprises at least one rod segment extending parallel to the longitudinal axis A and additionally comprises one or more oblique rod segments configured to promote the folding of the textile along one or more longitudinal folds when the textile is subjected to a radial pressure in the direction of its longitudinal axis A,and the reinforcing element is moulded over the textile.
Ondansetron or a pharmaceutically acceptable salt or solvate thereof for use in combination with an acetyl choline esterase inhibitor (AChEI) for the treatment of Alzheimer type dementia, characterized in that said AChEI is selected from the group consisting of tacrine, at a daily dose of from 240 to 480 mg; donepezil, as hydrochloride, at a daily dose of from 15 mg to 30 mg; rivastigmine, as hydrogen tartrate, at a daily dose of from 18 mg to 36 mg; galantamine, as hydrobromide, at a daily dose of from 36 mg to 72 mg; huperzine A, at a daily dose of from 0.2 mg to 0.8 mg, and is to be administered in an immediate release composition.
A method for processing contact information for a wireless terminal, the method comprising: setting (101, 202) a contact list on a display in response to operations of a user's; selecting (102, 203) a contact from the contact list in response to a selection of the user; selecting (102, 203) another contact from the contact list in response to another selection of the user; binding(103, 204) contact information of the contact to a specific area of the display; binding(103, 204) contact information of the another contact to another specific area of the display, wherein the specific area is different from the another specific area; obtaining service information corresponding to the contact information of the contact; obtaining service information corresponding to the contact information of the another contact; displaying the service information corresponding to the contact information of the contact on the specific area of the display; and displaying the service information corresponding to the contact information of the another contact on the another specific area of the display. setting (101, 202) a contact list on a display in response to operations of a user's; selecting (102, 203) a contact from the contact list in response to a selection of the user; selecting (102, 203) another contact from the contact list in response to another selection of the user; binding(103, 204) contact information of the contact to a specific area of the display; binding(103, 204) contact information of the another contact to another specific area of the display, wherein the specific area is different from the another specific area; obtaining service information corresponding to the contact information of the contact; obtaining service information corresponding to the contact information of the another contact; displaying the service information corresponding to the contact information of the contact on the specific area of the display; and displaying the service information corresponding to the contact information of the another contact on the another specific area of the display.