mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing an optical label, the method comprising the steps of: domain-partitioning an optical network according to Reconfigurable Optical Add-Drop Multiplexer ROADM nodes, and allocating one or more label signal frequencies for each domain; in each domain sharing an allocated label signal frequency among ROADM nodes and/or among carriers within an ROADM node according to a preset time-division rule; sending a label signal on a carrier using a shared label signal frequency, wherein by the step of domain-partitioning an optical network according to ROADM nodes, the optical network is partitioned into multiple domains each of the multiple domains comprising one or more ROADM nodes, each of the one or more ROADM nodes comprising one or more carriers, each of the one or more carriers being of a wavelength, wherein by the step of allocating one or more label signal frequencies for each domain and by the step of in each domain sharing an allocated label signal frequency among ROADM nodes and/or among carriers within an ROADM node according to a preset time-division rule, the one or more label signal frequencies are allocated for carrier labelling in each domain and are shared in turn by the one or more carriers in the each domain; and wherein the preset time-division rule ensures that one label signal frequency is used to label just one carrier of one ROADM node at a time. domain-partitioning an optical network according to Reconfigurable Optical Add-Drop Multiplexer ROADM nodes, and allocating one or more label signal frequencies for each domain; in each domain sharing an allocated label signal frequency among ROADM nodes and/or among carriers within an ROADM node according to a preset time-division rule; sending a label signal on a carrier using a shared label signal frequency, wherein by the step of domain-partitioning an optical network according to ROADM nodes, the optical network is partitioned into multiple domains each of the multiple domains comprising one or more ROADM nodes, each of the one or more ROADM nodes comprising one or more carriers, each of the one or more carriers being of a wavelength, wherein by the step of allocating one or more label signal frequencies for each domain and by the step of in each domain sharing an allocated label signal frequency among ROADM nodes and/or among carriers within an ROADM node according to a preset time-division rule, the one or more label signal frequencies are allocated for carrier labelling in each domain and are shared in turn by the one or more carriers in the each domain; and wherein the preset time-division rule ensures that one label signal frequency is used to label just one carrier of one ROADM node at a time.
A removable dental alignment device comprising an assembly of independent caps (12, 35) covering at least one tooth, the geometry of each cap (12, 35) being identical to the geometry of the at least one tooth it covers, characterized in that an inner part of each cap comprises a notch for coupling to a fixing element (21, 24, 27) adhered to the tooth and each cap (12, 35) comprises at least one cuboid-shaped projection facilitating the passage of the archwire having a cross-section to be chosen from circular, square and rectangular, wherein the at least one cuboid-shaped projection is stamped over a model according to the virtual model of a virtual cuboid comprising a prismatic base that is wider than a rectangular prism resting on the prismatic base, such that the archwire passes through the part of the cuboid-shaped projection which corresponds to the rectangular prism. the geometry of each cap (12, 35) being identical to the geometry of the at least one tooth it covers, characterized in that an inner part of each cap comprises a notch for coupling to a fixing element (21, 24, 27) adhered to the tooth and each cap (12, 35) comprises at least one cuboid-shaped projection facilitating the passage of the archwire having a cross-section to be chosen from circular, square and rectangular, wherein the at least one cuboid-shaped projection is stamped over a model according to the virtual model of a virtual cuboid comprising a prismatic base that is wider than a rectangular prism resting on the prismatic base, such that the archwire passes through the part of the cuboid-shaped projection which corresponds to the rectangular prism.
A stator for a rotary machine, comprising: a stator core having a plurality of slots provided along a circumferential direction; and segments (22, 22A, 22B) that are composed of rectangular wires and received in the slots; wherein each segment (22, 22A, 22B) is formed into a hairpin shape by bending both ends of a single rectangular wire, and both ends are inserted into said slots that are different from each other, the difference determining the slot pitch, the segments including first segments having a first slot pitch and second segments having a second slot pitch that is greater than the first slot pitch, the stator further comprising a distributed winding wire that is formed by arranging unit coils in the circumferential direction of the stator core and connecting the unit coils, each unit coil being formed by connecting the first segments and the second segments that are alternately and concentrically arranged in a radial direction of the stator core, wherein a tip end portion, which is a part projecting from the stator core, of a said segment (22, 22A, 22B) is bent and connected to a tip end portion of another of said segments (22, 22A, 22B) or to a U-phase terminal or to a neutral point. a stator core having a plurality of slots provided along a circumferential direction; and segments (22, 22A, 22B) that are composed of rectangular wires and received in the slots; wherein each segment (22, 22A, 22B) is formed into a hairpin shape by bending both ends of a single rectangular wire, and both ends are inserted into said slots that are different from each other, the difference determining the slot pitch, the segments including first segments having a first slot pitch and second segments having a second slot pitch that is greater than the first slot pitch, the stator further comprising a distributed winding wire that is formed by arranging unit coils in the circumferential direction of the stator core and connecting the unit coils, each unit coil being formed by connecting the first segments and the second segments that are alternately and concentrically arranged in a radial direction of the stator core, wherein a tip end portion, which is a part projecting from the stator core, of a said segment (22, 22A, 22B) is bent and connected to a tip end portion of another of said segments (22, 22A, 22B) or to a U-phase terminal or to a neutral point.
A fire resistant glazing for preventing fire and smoke from penetrating from one room into another in case of fire, comprising at least two glass surfaces (D, E) composed of fire protection panes and arranged next to each other, of which one comprises a glass door, whereas the other glass surface forms a lateral fixed element with respect to the glass door and the surface adjacent to the glass door on the opposite side forms a stop element, wherein the glass door is directly at least partly held in a pivoting manner at the lateral fixed element without any profile, wherein the fire protection panes comprise two fire-proof glass panes (2a, 2b) spaced apart in parallel from each other by means of an edging compound and the space enclosed by the edging compound between the fire-proof glass panes (2a, 2b) is filled with a fire protection gel, wherein the edging compound of the glass door as well as the edging compound of the fire protection panes is offset inwards in the area of the abutting edges, which are directly adjacent to the glass door, while forming a grove, and in the area of the lateral and/or upper abutting edges of the glass door the first one of the glass panes (2a, 2b) of the glass door recoils with respect to the second one of the glass panes (2a, 2b) for forming a rabbet, wherein an essentially U-shaped intumescent material is inserted into the groove, which material covers the inner surfaces of the groove, characterized in that the intumescent material comprises a shorter leg that is essentially flush with the first glass pane (2a, 2b) and a longer leg that is essentially flush with the second glass pane (2a, 2b).
A method for manufacturing a watermark tool having an injection molded cavity that is furnished with a high-resolution, multilevel watermark relief and into which plastic is injectable to produce a watermark set, with, in the method, V) a desired high-resolution, multilevel injection molded relief being specified for the watermark set, B) an associated high-resolution, multilevel watermark relief being determined from the specified injection molded relief to produce the specified injection molded relief, E) in a 3D printing device, a tool blank having the watermark relief determined in step B) being produced through layer-by-layer application and selective sintering of an assembly material, G) after step E), the tool blank maintained in the set position being polished in the same 3D printing device through laser impingement to smoothen the produced watermark relief, and W) the polished tool blank being further processed into a watermark tool, the watermark relief smoothened in step G) forming the high-resolution, multilevel watermark relief of the injection molded cavity of the watermark tool. V) a desired high-resolution, multilevel injection molded relief being specified for the watermark set, B) an associated high-resolution, multilevel watermark relief being determined from the specified injection molded relief to produce the specified injection molded relief, E) in a 3D printing device, a tool blank having the watermark relief determined in step B) being produced through layer-by-layer application and selective sintering of an assembly material, G) after step E), the tool blank maintained in the set position being polished in the same 3D printing device through laser impingement to smoothen the produced watermark relief, and W) the polished tool blank being further processed into a watermark tool, the watermark relief smoothened in step G) forming the high-resolution, multilevel watermark relief of the injection molded cavity of the watermark tool.
A composition comprising at least one peptide consisting of the amino acid sequence GGL, GLG, GLL, LGL, LLG, LGG, GGdL, GdLG, GdLL, GLdL, GdLdL, dLLG, LdLG, dLdLG, dLGG, dLGL, LGdL, dLGdL, or a pharmaceutically acceptable salt thereof, wherein the peptide may be acylated, amidated, or acylated and amidated, for use in the treatment of prediabetes, diabetes, obesity, high blood pressure, metabolic syndrome, poor glycemic control, or reduced insulin secretion; or for use in the preventing, reducing or ameliorating a diabetes-associated complication in a diabetic patient.
Halogen free flame retardant impact modified styrenic thermoplastic composition consisting of: a) at least a thermoplastic impact modified styrenic polymer selected from: acrylonitryle butadiene styrene copolymer ABS, high impact polystyrene HIPS b) at least an Hypophosphorus acid metal salt, also called inorganic Phosphinate or Hypophosphite, where phosphorus valence state is equal to +1, being a first flame retardant component c) at least an aromatic phosphorus ester, being a second flame retardant component d) at least an antidripping agent e) fillers and /or reinforcing fibers f) conventional additives selected among: processing aids, heat and process stabilizers, UV stabilizers, dispersing agents, mold release additives, nucleating agents and their mixtures. a) at least a thermoplastic impact modified styrenic polymer selected from: acrylonitryle butadiene styrene copolymer ABS, high impact polystyrene HIPS b) at least an Hypophosphorus acid metal salt, also called inorganic Phosphinate or Hypophosphite, where phosphorus valence state is equal to +1, being a first flame retardant component c) at least an aromatic phosphorus ester, being a second flame retardant component d) at least an antidripping agent e) fillers and /or reinforcing fibers f) conventional additives selected among: processing aids, heat and process stabilizers, UV stabilizers, dispersing agents, mold release additives, nucleating agents and their mixtures.
Blade suitable for pivotable mounting in a blade arrangement in a housing of an air nozzle with a front air outlet opening and a rear or lateral connection to an air feed shaft, which blade has bearing pins, which project from the narrow side surfaces and which define a pivot axis, and a connecting part, which consists of plastics material, wherein the blade has a core of non-plateable plastics material at which the bearing pins are integrally formed from the same material, and an encasing layer of a plateable plastics material is applied to the core at least on a visible part of the blade, characterised in that the encasing layer is applied on both sides and is either provided partially with a non-plateable soft plastics material layer at those places which are not to be plated or that instead of a part of the casing layer of a plateable plastics material a non-plateable soft plastics material is applied partially to the core.
Dishwasher comprising a washing container that provides a washing chamber for receiving washware to be cleaned, which container has a plurality of walls (2, 3), and comprising a functional component, which is formed as a waterbag, fresh-water container and/or temporary storage means for washing solution and is assigned to the outside of one of the walls (2, 3) of the washing container, the functional component being insulated and arranged between a first insulating body (5, 6) on the outside and a second insulating body located between the functional component and the associated wall (2, 3) of the washing container, characterised in that the insulating bodies (5, 6) are formed as moulded bodies which each provide a negative contour with respect to the positive contour of the respective facing side of the functional component, such that the functional component is sandwiched between the two insulating bodies (5, 6) and, in the final assembled state, the insulating bodies (5, 6) form a volumetric space between them, which space accommodates the functional component with the contours abutting, the insulating body arranged between the wall (2, 3) of the washing container and the functional component extending substantially over the entire outer surface of the wall (2, 3) of the washing container.
A method of wireless communication of a first user equipment, comprising: receiving data from a second user equipment; performing decoding on the data from the second user equipment; transmitting, to the second user equipment, in a feedback channel, feedback information according to a decoding state associated with the decoding on the data from the second user equipment; wherein the feedback information is carried in a sequence, and the feedback information is a hybrid automatic repeat request, HARQ, acknowledgement, ACK, or a HARQ negative acknowledgement, NACK; wherein a symbol after an OFDM symbol of the feedback channel on which the feedback information is transmitted is used as a guard period, GP, characterised in that the sequence is determined based on the feedback information, an identity, ID, of the first user equipment, and an ID of the second user equipment. receiving data from a second user equipment; performing decoding on the data from the second user equipment; transmitting, to the second user equipment, in a feedback channel, feedback information according to a decoding state associated with the decoding on the data from the second user equipment; wherein the feedback information is carried in a sequence, and the feedback information is a hybrid automatic repeat request, HARQ, acknowledgement, ACK, or a HARQ negative acknowledgement, NACK; wherein a symbol after an OFDM symbol of the feedback channel on which the feedback information is transmitted is used as a guard period, GP, characterised in that the sequence is determined based on the feedback information, an identity, ID, of the first user equipment, and an ID of the second user equipment.
Cleaning basket for timepiece or jewellery components comprising a receptacle arranged for receiving components, said receptacle including at least a bottom, which is arranged to serve as support surface for said components, and at least one peripheral partition, arranged to retain said components inside said receptacle and defining a separation between the internal volume of said receptacle, and an environment outside said cleaning basket, said basket including a plurality of flow orifices arranged to allow the flow of cleaning and/or drying fluids through said bottom and/or said at least one peripheral partition, characterized in that said cleaning basket includes, in said bottom and/or in said at least one peripheral partition, a plurality of said flow orifices, which are flared holes, whose cross-section is smaller towards said receptacle than towards said external environment.
An expansion tank comprising a passage with an inlet aperture for liquid replenishment of the expansion tank, a cover which in a non-fitted state leaves the passage clear and in a fitted state closes the passage, a first expansion chamber for receiving liquid which circulates in a first system, a second expansion chamber for receiving liquid which circulates in a second system and that said passage divides, at a distance from the inlet aperture, into a first branch which leads liquid to the first expansion chamber and a second branch which leads liquid to the second expansion chamber, characterised in that the passage divides into the first branch and second branch at a height level which corresponds to a maximum level for the liquid in the first expansion chamber and a maximum level for the liquid in the second expansion chamber and that the cover comprises a closure element which is adapted to closing the first branch and/or the second branch when the cover is in the fitted state.
A method of manufacturing a ferroelectric thin film on a lower electrode by electrostatically spraying a ferroelectric thin film-forming electrostatic spray solution from a spout of a capillary toward the lower electrode of a substrate having the lower electrode so as to coat the electrostatic spray solution on the lower electrode and form a coated film, drying, calcining, and then firing the coated film so as to crystallize the coated film, wherein the electrostatic spray solution is a mixed solution in which a ferroelectric thin film-forming sol-gel solution and powder having the same composition as a solid content of the sol-gel solution and having a particle diameter that can be ejected from the spout are uniformly mixed, and when a metallic compound-converted mass of a metallic compound dissolved in the sol-gel solution is represented by A and a mass of the powder is represented by B, a ratio of B with respect to (A+B) is in a range of 5% to 40%.
A tire monitoring module, comprising: a sensor body having an opening defined therein and arcuate receiving surfaces (605-1, 605-2) provided adjacent the opening; a valve comprising: a distal portion; a coupling portion; a plurality of arcuate surfaces (315-x) provided on the coupling portion; and a set of gripping structures disposed on each coupling portion arcuate surface, wherein the valve is provided in the sensor body opening and arranged such that the gripping structures are configured to couple to the sensor body arcuate receiving surfaces (605-1, 605-2) to maintain a fixed relationship of the valve to the sensor body; and wherein the gripping structures are configured to deform the sensor body arcuate receiving surfaces (605-1, 605-2) and engage therewith. a sensor body having an opening defined therein and arcuate receiving surfaces (605-1, 605-2) provided adjacent the opening; a valve comprising: a distal portion; a coupling portion; a plurality of arcuate surfaces (315-x) provided on the coupling portion; and a set of gripping structures disposed on each coupling portion arcuate surface, wherein the valve is provided in the sensor body opening and arranged such that the gripping structures are configured to couple to the sensor body arcuate receiving surfaces (605-1, 605-2) to maintain a fixed relationship of the valve to the sensor body; and wherein the gripping structures are configured to deform the sensor body arcuate receiving surfaces (605-1, 605-2) and engage therewith. a distal portion; a coupling portion; a plurality of arcuate surfaces (315-x) provided on the coupling portion; and a set of gripping structures disposed on each coupling portion arcuate surface, wherein the valve is provided in the sensor body opening and arranged such that the gripping structures are configured to couple to the sensor body arcuate receiving surfaces (605-1, 605-2) to maintain a fixed relationship of the valve to the sensor body; and wherein the gripping structures are configured to deform the sensor body arcuate receiving surfaces (605-1, 605-2) and engage therewith.
A method implemented in a serving node of a radio communications system, the serving node configured to establish connection with a plurality of remote terminals through radio links, the method to receive mobility information from a remote terminal, the method comprising: receiving a connection request from a remote terminal; receiving mobility information from the remote terminal; and establishing the requested connection with the remote terminal, characterized in that receiving mobility information from the remote terminal, comprises the following steps: measuring a quality of a radio link with the remote terminal based on the received connection request; determining whether availability of the radio link is good by comparing a signal to noise ratio of the received connection request to a threshold, and if the radio link has sufficient quality, requesting mobility information from the remote terminal and receiving mobility information from the remote terminal. receiving a connection request from a remote terminal; receiving mobility information from the remote terminal; and establishing the requested connection with the remote terminal, characterized in that receiving mobility information from the remote terminal, comprises the following steps: measuring a quality of a radio link with the remote terminal based on the received connection request; determining whether availability of the radio link is good by comparing a signal to noise ratio of the received connection request to a threshold, and if the radio link has sufficient quality, requesting mobility information from the remote terminal and receiving mobility information from the remote terminal. measuring a quality of a radio link with the remote terminal based on the received connection request; determining whether availability of the radio link is good by comparing a signal to noise ratio of the received connection request to a threshold, and if the radio link has sufficient quality, requesting mobility information from the remote terminal and receiving mobility information from the remote terminal.