mhurhangee/ep-ind-claims huggingface dataset:
An image heating apparatus for heating an image formed on a recording material, comprising: a heating member; a flexible member movable in contact with said heating member; an elastic roller for forming a nip with said heating member with said flexible member interposed therebetween; a holder for holding said heating member; wherein a pressure in the nip increases from an upstream end of said nip to a maximum peak in said nip toward downstream substantially without decreasing with respect to a moving direction of the recording material, wherein said heating member is disposed upstream of the maximum peak portion with respect to the moving direction of the recording material, wherein the maximum peak portion is provided by a curvature portion of said holder, whereby said curvature portion further provides a second portion downstream the maximum peak portion with respect to the moving direction of the recording material, the second portion is such to provide a curvature to the recording material in a direction away from said elastic roller. a heating member; a flexible member movable in contact with said heating member; an elastic roller for forming a nip with said heating member with said flexible member interposed therebetween; a holder for holding said heating member; wherein a pressure in the nip increases from an upstream end of said nip to a maximum peak in said nip toward downstream substantially without decreasing with respect to a moving direction of the recording material, wherein said heating member is disposed upstream of the maximum peak portion with respect to the moving direction of the recording material, wherein the maximum peak portion is provided by a curvature portion of said holder, whereby said curvature portion further provides a second portion downstream the maximum peak portion with respect to the moving direction of the recording material, the second portion is such to provide a curvature to the recording material in a direction away from said elastic roller.
A method for wireless communication at a user equipment, UE (115; 210; 410; 510; 605), comprising: receiving (305; 1405; 1505) a message indicating that a base station (105; 205; 405; 505; 1005) supports allocating resources for sidelink communications using a first radio access technology, RAT, and a second RAT that is different from the first RAT; transmitting (315, 335; 525; 1410; 1510) a sidelink information message to the base station using the first RAT that indicates that sidelink communications are to be performed using either the second RAT or both the first RAT and the second RAT; receiving (320, 340; 1415; 1515) a configuration message from the base station that comprises an identifier for the sidelink communications and an indication of available sidelink resources; and transmitting (325, 345; 535; 1420; 1520), based at least in part on the configuration message, a request for resources within the available sidelink resources, the request indicating the identifier and a buffer status report, BSR, configured based at least in part on whether the request for resources is associated with the second RAT or both the first RAT and the second RAT. receiving (305; 1405; 1505) a message indicating that a base station (105; 205; 405; 505; 1005) supports allocating resources for sidelink communications using a first radio access technology, RAT, and a second RAT that is different from the first RAT; transmitting (315, 335; 525; 1410; 1510) a sidelink information message to the base station using the first RAT that indicates that sidelink communications are to be performed using either the second RAT or both the first RAT and the second RAT; receiving (320, 340; 1415; 1515) a configuration message from the base station that comprises an identifier for the sidelink communications and an indication of available sidelink resources; and transmitting (325, 345; 535; 1420; 1520), based at least in part on the configuration message, a request for resources within the available sidelink resources, the request indicating the identifier and a buffer status report, BSR, configured based at least in part on whether the request for resources is associated with the second RAT or both the first RAT and the second RAT.
A modular element for a thermally insulated construction such as a freezer construction or a heated construction, said modular element being a thermally insulated structural element comprising - an inner cladding, - an outer cladding and - an insulating layer located between the inner cladding and the outer cladding, wherein the insulating layer of the modular element is placed adjacent to the inner cladding of the modular element prior to assembly of said modular element in a modular construction characterized in that the inner cladding of said modular element is made of metal and that the inner cladding of said modular element has a joining edge part along at least a substantial part of a periphery of the modular element, said joining edge part being formed to project away from a basis plane of the inner cladding, by means of which the inner cladding of the modular element is joinable to an inner cladding of said modular construction by welding and wherein the inner cladding of said modular element, when formed as a wall element, has a lower part that is offset in an inwards direction and where furthermore a rear component is placed at the rear side of the inner cladding, said rear component having a protective part for providing a distance between the insulating layer and the inner cladding at least at a lower edge of the inner cladding, to maintain the insulating layer intact. - an inner cladding, - an outer cladding and - an insulating layer located between the inner cladding and the outer cladding,
A method for a base station for fractional frequency reuse in a communication network, the method comprising: defining a plurality of fractional frequency reuse modes for wireless communication, each of the modes being associated with a corresponding group of wireless communication tones assigned to one of a plurality of power levels; establishing communication with at least one mobile terminal in a first sector using a fractional frequency reuse mode from the plurality of fractional frequency reuse modes; detecting a coverage problem with communication with at least one of the mobile terminal in the first sector; wherein detecting the coverage problem comprises determining that a quantity of mobile terminals at a cell edge corresponding to the first sector exceeds a predetermined channel quality indicator, CQI, threshold; and notifying, in response to detecting the coverage problem, a base station associated with a second sector to change communication within the second sector to a different mode from the plurality of fractional frequency reuse modes. defining a plurality of fractional frequency reuse modes for wireless communication, each of the modes being associated with a corresponding group of wireless communication tones assigned to one of a plurality of power levels; establishing communication with at least one mobile terminal in a first sector using a fractional frequency reuse mode from the plurality of fractional frequency reuse modes; detecting a coverage problem with communication with at least one of the mobile terminal in the first sector; wherein detecting the coverage problem comprises determining that a quantity of mobile terminals at a cell edge corresponding to the first sector exceeds a predetermined channel quality indicator, CQI, threshold; and notifying, in response to detecting the coverage problem, a base station associated with a second sector to change communication within the second sector to a different mode from the plurality of fractional frequency reuse modes.
A method for sending uplink scheduling grant, applied in an Advanced Long Term Evolution, LTE-A, system, characterized by comprising: a base station, according to a number of clusters occupied with non-consecutive resource allocation by a Physical Uplink Shared Channel, PUSCH, of a scheduled user equipment in a component carrier, wherein the number of clusters is larger than 2, configuring at least two uplink scheduling grants for the user equipment, wherein each uplink scheduling grant indicates an allocation of resource for one or two clusters occupied by the PUSCH; and the base station allocating a Physical Downlink Control Channel, PDCCH, for each uplink scheduling grant, and sending the uplink scheduling grant to the user equipment. a base station, according to a number of clusters occupied with non-consecutive resource allocation by a Physical Uplink Shared Channel, PUSCH, of a scheduled user equipment in a component carrier, wherein the number of clusters is larger than 2, configuring at least two uplink scheduling grants for the user equipment, wherein each uplink scheduling grant indicates an allocation of resource for one or two clusters occupied by the PUSCH; and the base station allocating a Physical Downlink Control Channel, PDCCH, for each uplink scheduling grant, and sending the uplink scheduling grant to the user equipment.
An image processing device comprising at least one processor, wherein the processor is configured to; detect a structure of interest from a plurality of tomographic images indicating a plurality of tomographic planes of an object; select a tomographic image including the structure of interest from the plurality of tomographic images according to a type of the structure of interest and a frequency band in a region in which the structure of interest has been detected; and generate a composite two-dimensional image using the selected tomographic image in the region in which the structure of interest has been detected and using a predetermined tomographic image in a region in which the structure of interest has not been detected. wherein the processor is configured to; detect a structure of interest from a plurality of tomographic images indicating a plurality of tomographic planes of an object; select a tomographic image including the structure of interest from the plurality of tomographic images according to a type of the structure of interest and a frequency band in a region in which the structure of interest has been detected; and generate a composite two-dimensional image using the selected tomographic image in the region in which the structure of interest has been detected and using a predetermined tomographic image in a region in which the structure of interest has not been detected.
Angled piece for fixing toilets to the ground, comprising a base for being fixed to the ground and a part for fixing an internal surface of the toilet base to the angled piece, the part having a fixing surface which in use contacts the internal surface of the toilet base, the base comprising at least a hole for the passage of a fixation screw, and the fixing surface comprising a plurality of cavities arranged in columns, said plurality of cavities being arranged in columns in a side by side manner such that the cavities present a cross-section on the fixing surface with adjacent edges separating the cavities from each other, characterized in that the cross-section decreases as the cavities penetrate into the part in the introduction direction of a screw.
Dishwasher, in particular domestic dishwasher, having at least one cutlery basket which is embodied as a flat insert which comprises a frame which is embodied for accommodating cutlery items in a horizontal position and whose clearance height is adjustable in a first subsection that forms a first insert, characterised in that - the clearance height is adjustable at least in sections at least in a second subsection of the cutlery basket which forms a second insert, - the at least two inserts (6, 7) of the cutlery basket are swivellably connected to each other by means of a swivel joint, - the at least two inserts (6, 7) of the cutlery basket are embodied to be rotatable against one another, - the at least two inserts (6, 7) of the cutlery basket can be removed from the frame and - the at least two inserts (6, 7) of the cutlery basket embody the first subsection and the second subsection of the base section of the cutlery basket. - the clearance height is adjustable at least in sections at least in a second subsection of the cutlery basket which forms a second insert, - the at least two inserts (6, 7) of the cutlery basket are swivellably connected to each other by means of a swivel joint, - the at least two inserts (6, 7) of the cutlery basket are embodied to be rotatable against one another, - the at least two inserts (6, 7) of the cutlery basket can be removed from the frame and - the at least two inserts (6, 7) of the cutlery basket embody the first subsection and the second subsection of the base section of the cutlery basket.
Corneal implant designed for correcting irregularities of the corneal curvature of a subject, the implant having a dome-shaped structural body configured to impose a regular curvature to the corneal portions designed to be in contact with the implant, wherein the structural body comprises an outer peripheral ring and an inner reticular structure, wherein the inner reticular structure comprises at least one first and one second series of beams (21, 22) intersecting each other, the beams of the first series having a respective first end connected to the outer peripheral ring, wherein the total area of void portions within the meshes of the reticular structure is between 50 and 99.9% of the surface area of the reticular structure, wherein the inner reticular structure comprises an innermost peripheral ring, characterised in that at least one portion of the beams (21, 22) of the first series and of the second series have a respective second end connected to the innermost peripheral ring.
Air spring bellows made of elastomeric material, which is clamped in place at its bellows ends with the aid of connection parts between a sprung and an unsprung mass and carries out rolling movements during compression and extension and/or bears against connection parts, wherein the air spring bellows has, at least one parts of its outer surface, a structure other than a substantially smooth surface, characterized in that the structure contains a multiplicity of elongately concave indentations which are formed on the outer surface, extend annularly alongside one another or helically in the circumferential direction and perpendicularly to the loading direction of the air spring bellows and are oriented in terms of their arrangement with respect to the axis of the air spring bellows such that, as a result of the elastic compression and extension of the air spring bellows, the shape of the indentations is variable such that foreign material adhering to the surface or in the indentations is detachable, wherein supporting ribs protruding from the outer surface cross the elongately concave indentations and wherein the supporting ribs project beyond the convex elevations formed between two elongately concave indentations located alongside one another and are preferably inclined at an angle of up to 50° to the indentations or to the bellows axis.
A foldable electronic device accessory, comprising: a first housing having one surface to which a first body of a foldable electronic device can be coupled; a second housing having one surface to which a second body of the foldable electronic device foldably connected to the first body about an axis can be coupled; a slide portion having one surface disposed to face the other surface of the second housing and configured to reciprocate toward the axis on the other surface of the second housing; and a first cover configured to enclose the other surface of the first housing, the other surface of the second housing, and the other surface of the slide portion, wherein the one surface of the first housing and the one surface of the second housing face each other in a folded state, and wherein the other surface of the first housing and the other surface of the second housing do not face each other and form a plane in an unfolded state. a first housing having one surface to which a first body of a foldable electronic device can be coupled; a second housing having one surface to which a second body of the foldable electronic device foldably connected to the first body about an axis can be coupled; a slide portion having one surface disposed to face the other surface of the second housing and configured to reciprocate toward the axis on the other surface of the second housing; and a first cover configured to enclose the other surface of the first housing, the other surface of the second housing, and the other surface of the slide portion, wherein the one surface of the first housing and the one surface of the second housing face each other in a folded state, and wherein the other surface of the first housing and the other surface of the second housing do not face each other and form a plane in an unfolded state.
A coating in the field of medical technology or hygiene, comprising at least two different portions (4, 5, 11), wherein at least one of these portions (4, 5, 11) is formed as a porous layer (3, 6) which can be loaded with liquid and contains silicon as the main component, and a further portion is constructed from multiple layers, specifically a biocide layer and a transport control layer covering the biocide layer, characterized in that the porous layer (3, 6) has a silicon proportion (in wt. %) which is at least 1.4 times and at most 5 times the silicon proportion of the transport control layer, and at least one porous layer (3, 6) having a geometrically defined planar structuring is located on the portion constructed from the biocide layer and the transport control layer.
A machine for repairing a pipeline in a body of water, wherein the pipeline (2; 31) extends along a given longitudinal axis, the machine (1; 27; 40) comprising: - a frame configured to be clamped to the pipeline (2; 31); - an applicator configured to apply material along an outer surface of the pipeline (2; 31) and comprising a support body shaped as an open ring and configured to be arranged about the pipeline (2; 31); and - an actuating assembly, which is supported by the frame, is arranged between the frame and the applicator, has a distal end configured to support the applicator in a cantilevered fashion and in a rotatable manner, and is configured to displace the applicator along the longitudinal axis and to rotate the applicator about the longitudinal axis, wherein the actuating assembly comprises: (i) an annular guide configured to support in a rotatable manner the applicator; (ii) at least one actuator for the mechanical transmission of the rotational motion from the actuating assembly to the applicator; (iii) a carriage slidingly coupled to the frame and configured to support the annular guide; and (iv) an actuator for moving the carriage with respect to the frame. - a frame configured to be clamped to the pipeline (2; 31); - an applicator configured to apply material along an outer surface of the pipeline (2; 31) and comprising a support body shaped as an open ring and configured to be arranged about the pipeline (2; 31); and - an actuating assembly, which is supported by the frame, is arranged between the frame and the applicator, has a distal end configured to support the applicator in a cantilevered fashion and in a rotatable manner, and is configured to displace the applicator along the longitudinal axis and to rotate the applicator about the longitudinal axis, wherein the actuating assembly comprises: (i) an annular guide configured to support in a rotatable manner the applicator; (ii) at least one actuator for the mechanical transmission of the rotational motion from the actuating assembly to the applicator; (iii) a carriage slidingly coupled to the frame and configured to support the annular guide; and (iv) an actuator for moving the carriage with respect to the frame. (i) an annular guide configured to support in a rotatable manner the applicator; (ii) at least one actuator for the mechanical transmission of the rotational motion from the actuating assembly to the applicator; (iii) a carriage slidingly coupled to the frame and configured to support the annular guide; and (iv) an actuator for moving the carriage with respect to the frame.
A method for preparing a heat dissipation component with high flexibility made of a graphite or graphene material, comprising the following steps: 1) plasma cleaning a graphite or graphene raw material; 2) taking preparation materials of an activator comprising the following components in percentage by weight: 10-20% of sulfuric acid, 0.05-1% of an OP-10 surfactant, 0.05-1% of sodium dodecyl sulfate, and the balance being water; 3) mixing the aforementioned components of the activator to prepare the activator, and continually cleaning the graphite or graphene raw material with the activator; 4) continually cleaning the graphite or graphene raw material with deionized water; 5) conducting an electroplating process on a surface of the graphite or graphene raw material to form a copper film layer; 6) continually cleaning the graphite or graphene raw material electroplated with the copper film layer on the surface thereof with deionized water; 7) forming a protective film on the graphite or graphene raw material by soaking, comprising: the graphite or graphene raw material is firstly soaked in a 5 g/L methyl benzotriazole solution for 20-30 seconds to form a first layer of protective film, and then put into a 0.5 g/L cetylpyridinium bromide solution for 20-30 seconds to form a second layer of protective film; and 8) drying the graphite or graphene raw material electroplated with the copper film layer. 1) plasma cleaning a graphite or graphene raw material; 2) taking preparation materials of an activator comprising the following components in percentage by weight: 10-20% of sulfuric acid, 0.05-1% of an OP-10 surfactant, 0.05-1% of sodium dodecyl sulfate, and the balance being water; 3) mixing the aforementioned components of the activator to prepare the activator, and continually cleaning the graphite or graphene raw material with the activator; 4) continually cleaning the graphite or graphene raw material with deionized water; 5) conducting an electroplating process on a surface of the graphite or graphene raw material to form a copper film layer; 6) continually cleaning the graphite or graphene raw material electroplated with the copper film layer on the surface thereof with deionized water; 7) forming a protective film on the graphite or graphene raw material by soaking, comprising: the graphite or graphene raw material is firstly soaked in a 5 g/L methyl benzotriazole solution for 20-30 seconds to form a first layer of protective film, and then put into a 0.5 g/L cetylpyridinium bromide solution for 20-30 seconds to form a second layer of protective film; and 8) drying the graphite or graphene raw material electroplated with the copper film layer.