mhurhangee/ep-ind-claims huggingface dataset:
A base station comprising: a communication unit for communicating with a mobile terminal via a relay link between the base station and a relay device and an access link between the relay device and the mobile terminal by orthogonal frequency-division multiplexing; a selection unit for selecting an allocation pattern of an uplink of the relay link, a downlink of the relay link, an uplink of the access link, and a downlink of the access link to frequency-time blocks from a plurality of predetermined allocation patterns; a scheduler for allocating, according to the selected predetermined allocation pattern, each of the uplink of the relay link, the downlink of the relay link, the uplink of the access link, and the downlink of the access link to a free frequency-time block; wherein schedule information indicating the frequency-time block to which each link has been allocated is transmitted from said base station to said relay device; wherein the predetermined allocation pattern are different in delay characteristics occurring between the base station and the mobile terminal; wherein the communication unit is configured to receive information indicating an allocation pattern that the relay device is compatible with; wherein the selection unit is configured to select the allocation pattern that the relay device is compatible with from the plurality of allocation patterns; and wherein the selection unit is configured to select the allocation pattern according to delay characteristics required for communication between the base station and the mobile terminal. a communication unit for communicating with a mobile terminal via a relay link between the base station and a relay device and an access link between the relay device and the mobile terminal by orthogonal frequency-division multiplexing; a selection unit for selecting an allocation pattern of an uplink of the relay link, a downlink of the relay link, an uplink of the access link, and a downlink of the access link to frequency-time blocks from a plurality of predetermined allocation patterns; a scheduler for allocating, according to the selected predetermined allocation pattern, each of the uplink of the relay link, the downlink of the relay link, the uplink of the access link, and the downlink of the access link to a free frequency-time block; wherein schedule information indicating the frequency-time block to which each link has been allocated is transmitted from said base station to said relay device; wherein the predetermined allocation pattern are different in delay characteristics occurring between the base station and the mobile terminal; wherein the communication unit is configured to receive information indicating an allocation pattern that the relay device is compatible with; wherein the selection unit is configured to select the allocation pattern that the relay device is compatible with from the plurality of allocation patterns; and wherein the selection unit is configured to select the allocation pattern according to delay characteristics required for communication between the base station and the mobile terminal.
A ruthenium compound represented by the following general formula: wherein, R 1 to R 3 each independently represent a C 1-5 alkyl group, provided that when R 1 is a methyl group, R 2 and R 3 are groups different from each other.
An oven that comprises a cooking chamber wherein the cooking process is performed, a heater for cooking the foodstuffs emplaced in the cooking chamber, and a control unit configured for implementing at least a three phase cooking process from start till the end of cooking according to a set temperature value defined by the user at the start of the cooking process, the control unit further configured for implementing a cooking process wherein cooking is performed in the first phase for a predetermined amount of time at the temperature set by the user, in the second phase for an amount of time at a temperature lower than the temperature set by the user (T2<T1) and in the third phase for an amount of time at a temperature higher than the temperatures in the second or first phases (T3>T2 or T3>T1), and characterized in that the control unit is configured to - calculate the temperature and duration values (T2, T3, t2, t3) in the second and third phases according to functions of the initially set temperatures, - increase the temperature values (T2, T3) in the second and third phases when the different temperatures initially set by the user according to type of food to be cooked increase, - decrease the temperature values (T2, T3) in the second and third phases when the different temperatures initially set by the user decrease, - decrease the durations (t2, t3) of the second and third phases when the different temperatures initially set by the user according to type of food to be cooked increase and - increase the durations (t2, t3) of the second and third phases when the different temperatures initially set by the user decrease. - calculate the temperature and duration values (T2, T3, t2, t3) in the second and third phases according to functions of the initially set temperatures, - increase the temperature values (T2, T3) in the second and third phases when the different temperatures initially set by the user according to type of food to be cooked increase, - decrease the temperature values (T2, T3) in the second and third phases when the different temperatures initially set by the user decrease, - decrease the durations (t2, t3) of the second and third phases when the different temperatures initially set by the user according to type of food to be cooked increase and - increase the durations (t2, t3) of the second and third phases when the different temperatures initially set by the user decrease.
A method for manufacturing a bearing ring of a rolling bearing, the method comprising a series of steps of: cutting out an annular member from a material; forming a surface-hardened layer on the annular member, quenching and tempering the annular member; and polishing inner and outer diameter surfaces of the annular member, wherein the method comprises after the tempering, polishing inner and outer diameter surfaces of the bearing ring intermediate member, characterized by after the quenching, rapidly cooling the annular member by spraying a cleaning liquid onto the annular member such that the annular member has a surface temperature in a range of 10 °C to 50 °C to form a bearing ring intermediate member, wherein the cleaning liquid is obtained by adding a surfactant to water. cutting out an annular member from a material; forming a surface-hardened layer on the annular member, quenching and tempering the annular member; and polishing inner and outer diameter surfaces of the annular member,
A method of autostereoscopic display of an autostereoscopic image with N points of view of rank between 1 and N, with N greater than or equal to 4, - in an ascending order from left to right - on a screen, arranged behind a selector device constituted by an array of cylindrical lenticules or a parallax barrier, having pixels arranged in rows and columns, said pixels being composed of a plurality of subpixels of different colors: - said screen is arranged with its largest dimension in the vertical direction so that the sub-pixels composing each pixel are arranged in columns in said vertical direction, - each column of the screen is filled with blocks of at least 3 sub-pixels forming one pixel and corresponding to a set of sub-pixels of one of the viewpoints of the image to be displayed, each column being filled with the set of viewpoints of the image and said blocks of sub-pixels correspond to each of the different viewpoints of the column being separated by blocks of one or more darkened sub-pixels - a vertical shift of said blocks of one or more darkened or extinguished sub-pixels is introduced, to obtain column after column, for each pixel, a circular permutation of the first sub-pixels encountered by said selector device, - the angle of the selector device depends on the distance, in sub-pixels, to be covered from one column to the next in order to encounter sub-pixels corresponding to the same viewpoint. - said screen is arranged with its largest dimension in the vertical direction so that the sub-pixels composing each pixel are arranged in columns in said vertical direction, - each column of the screen is filled with blocks of at least 3 sub-pixels forming one pixel and corresponding to a set of sub-pixels of one of the viewpoints of the image to be displayed, each column being filled with the set of viewpoints of the image and said blocks of sub-pixels correspond to each of the different viewpoints of the column being separated by blocks of one or more darkened sub-pixels - a vertical shift of said blocks of one or more darkened or extinguished sub-pixels is introduced, to obtain column after column, for each pixel, a circular permutation of the first sub-pixels encountered by said selector device, - the angle of the selector device depends on the distance, in sub-pixels, to be covered from one column to the next in order to encounter sub-pixels corresponding to the same viewpoint.
Air-regulating unit having a fastening unit, which is designed to fix one module in relation to another module and has a first subcomponent for assembly with the other module, and a second subcomponent for assembly with the module, wherein the second subcomponent can be rotated through a predetermined angle relative to the first subcomponent; and first and second subsidiary components (10, 20) can engage with one another in a plurality of positions within the range of the predetermined angle, wherein the air-regulating unit furthermore comprises: - an air-inlet port for receiving compressed air from an air-supply unit; - a connector for connecting to a respiratory protection mask or hood, - an adapter region, which is formed by the first subcomponent, can be fastened on a body or on or to a housing of the air-regulating unit and is capable of establishing a releasable connection, in particular a sliding connection, with another component in the form of an adapter, wherein the structure consisting of the fastening unit and housing of the air-regulating unit is configured to rotate, by way of the subcomponents (1, 2) that can be rotated relative to one another, in such a manner that the housing of the air-regulating unit is configured to be brought into engagement with the adapter in a plurality of rotation-angle positions. - an air-inlet port for receiving compressed air from an air-supply unit; - a connector for connecting to a respiratory protection mask or hood, - an adapter region, which is formed by the first subcomponent, can be fastened on a body or on or to a housing of the air-regulating unit and is capable of establishing a releasable connection, in particular a sliding connection, with another component in the form of an adapter, wherein the structure consisting of the fastening unit and housing of the air-regulating unit is configured to rotate, by way of the subcomponents (1, 2) that can be rotated relative to one another, in such a manner that the housing of the air-regulating unit is configured to be brought into engagement with the adapter in a plurality of rotation-angle positions.
Impact mill for crusting of solids, in particular waste materials, and for separating composite materials from metals, plastics materials, minerals and the like, consisting of a rotor which is arranged on a machine base and has a vertically arranged rotor shaft, and a housing casing which surrounds the rotor shaft at a distance, the housing casing being provided on its inner side with exchangeable impact ribs extending in the axial direction of the rotor shaft, and the rotor being provided with striking hammers which are also exchangeable and are opposite the impact ribs, and the impact ribs and the striking hammers each being arranged so as to be distributed substantially uniformly over the circumference, the housing casing being formed by two mutually separable housing half shells (4.1, 4.2) which are divided by a plane extending in the axis of the rotor shaft, characterized in that each housing half shell (4.1, 4.2), close to its axially extending edge, is connected to a pivot shaft which is parallel to the rotor shaft, and the pivot shafts are mounted with their lower end on the machine base and with their upper end in a U-shaped machine frame which spans the machine base and is connected thereto.
Wind turbine rotor blade, which is formed by at least two rotor blade segments (132, 134), said segments (132, 134) screwed together at respective connection ends(136, 138) by means of a plurality of connecting bolts, wherein sleeve-shaped pressure pieces are arranged between the rotor blade segments (132, 134), each of which is mounted on a connecting bolt, each pressure piece comprises one or more cylindrical sections (158, 162) and a tool engaging section for an assembly tool, each pressure piece is connected to a corresponding connecting bolt in a form fit manner, so that a screwing force can be applied to the corresponding connecting bolt by means of the assembly tool via the pressure piece, a diameter of the cylindrical section(s) (158, 162) is less than a diameter of the tool engaging section, characterised in that each two adjacent pressure pieces are arranged rotated by 180° relative to one another, so that in the case of adjacent pressure pieces - in a direction of one rotor blade segment (132, 134) towards the other rotor blade segment (132, 134) - a first axial region is formed, in which cylindrical sections (158, 162) of the two pressure pieces are opposite one another, a second axial region is formed, in which the tool engaging portion of one pressure piece is opposed to a cylindrical portion (158, 162) of the other pressure piece, and a third axial region is formed, in which the tool engaging portion of the other pressure piece is opposed to a cylindrical portion (158, 162) of the one pressure piece. sleeve-shaped pressure pieces are arranged between the rotor blade segments (132, 134), each of which is mounted on a connecting bolt, each pressure piece comprises one or more cylindrical sections (158, 162) and a tool engaging section for an assembly tool, each pressure piece is connected to a corresponding connecting bolt in a form fit manner, so that a screwing force can be applied to the corresponding connecting bolt by means of the assembly tool via the pressure piece, a diameter of the cylindrical section(s) (158, 162) is less than a diameter of the tool engaging section, characterised in that each two adjacent pressure pieces are arranged rotated by 180° relative to one another, so that in the case of adjacent pressure pieces - in a direction of one rotor blade segment (132, 134) towards the other rotor blade segment (132, 134) - a first axial region is formed, in which cylindrical sections (158, 162) of the two pressure pieces are opposite one another, a second axial region is formed, in which the tool engaging portion of one pressure piece is opposed to a cylindrical portion (158, 162) of the other pressure piece, and a third axial region is formed, in which the tool engaging portion of the other pressure piece is opposed to a cylindrical portion (158, 162) of the one pressure piece.
Flap device for an internal combustion engine comprising a flow housing delimiting a flow duct, a flap body rotatably arranged in the flow duct, a shaft on which the flap body is fastened, an actuator via which the shaft and the flap body can be rotated in the flow duct, an actuator housing in which the actuator is arranged, wherein a protrusion which extends in the direction of the actuator housing is formed on the flow housing and a receiving element which extends in the direction of the flow housing is formed on the actuator housing and abuts radially on the protrusion of the flow housing, characterized in that a circumferential groove is formed between the protrusion of the flow housing and the receiving element of the actuator housing, and wherein the protrusion of the flow housing protrudes into the receiving element of the actuator housing and, with the interposition of a seal, abuts axially against a shoulder-shaped end of the receiving element of the actuator housing.
A touch sensor panel including: a first layer including a first electrode, a gap, and a second electrode proximate to the first electrode in a first direction, the first electrode and the second electrode configured to be driven with a stimulation signal; and a second layer including a third electrode, a fourth electrode, and a first floating conductor between the third and fourth electrodes, the third electrode and the fourth electrode configured to generate a touch signal; characterized in that a first portion of the first floating conductor is formed over a portion of the first electrode in the first direction; and wherein a second portion of the first floating conductor is formed over a portion of the second electrode in the first direction. a first layer including a first electrode, a gap, and a second electrode proximate to the first electrode in a first direction, the first electrode and the second electrode configured to be driven with a stimulation signal; and a second layer including a third electrode, a fourth electrode, and a first floating conductor between the third and fourth electrodes, the third electrode and the fourth electrode configured to generate a touch signal; characterized in that a first portion of the first floating conductor is formed over a portion of the first electrode in the first direction; and wherein a second portion of the first floating conductor is formed over a portion of the second electrode in the first direction.
A bentonite barrier composition comprising: bentonite; and a polyanionic low molecular weight polymer, wherein the polyanionic low molecular weight polymer has a molecular weight of about 1,000,000 or less, and wherein the polymer is selected from the group consisting of: a hydrolyzed low molecular weight acrylamide, a polyacrylate, poly(sodium styrene sulfonate), pectin, carrageenan, an alginate, polyvinylpyrrolidone, and any combination of these. bentonite; and a polyanionic low molecular weight polymer, wherein the polyanionic low molecular weight polymer has a molecular weight of about 1,000,000 or less, and wherein the polymer is selected from the group consisting of: a hydrolyzed low molecular weight acrylamide, a polyacrylate, poly(sodium styrene sulfonate), pectin, carrageenan, an alginate, polyvinylpyrrolidone, and any combination of these.
A tunnel establishment method performed by a primary access network node, the method comprising: receiving (200, 320, 410, 500) a first tunnel establishment request from a core network control plane node; acquiring type information of a to-be-established tunnel; and establishing a tunnel between the core network user plane node and a secondary access network node according to the first tunnel establishment request and based on the type information, comprising: establishing (220, 330, 420, 510) a first tunnel between the core network user plane node and the primary access network node, and a second tunnel between the primary access network node and the secondary access network node, or establishing (220, 330, 420, 510) a third tunnel between the core network user plane node and the secondary access network node. receiving (200, 320, 410, 500) a first tunnel establishment request from a core network control plane node; acquiring type information of a to-be-established tunnel; and establishing a tunnel between the core network user plane node and a secondary access network node according to the first tunnel establishment request and based on the type information, comprising: establishing (220, 330, 420, 510) a first tunnel between the core network user plane node and the primary access network node, and a second tunnel between the primary access network node and the secondary access network node, or establishing (220, 330, 420, 510) a third tunnel between the core network user plane node and the secondary access network node. establishing (220, 330, 420, 510) a first tunnel between the core network user plane node and the primary access network node, and a second tunnel between the primary access network node and the secondary access network node, or establishing (220, 330, 420, 510) a third tunnel between the core network user plane node and the secondary access network node.
A pneumatic tire comprising a tread portion provided with circumferentially continuously extending main grooves including a pair of axially outermost shoulder main grooves and a crown main groove therebetween so that the tread portion is axially divided into land zones including a pair of shoulder land zones axially outside the respective shoulder main grooves and a pair of middle land zones therebetween, wherein each said shoulder land zone is provided with shoulder lateral grooves extending axially inwardly from the tread edge (Te) and terminating within the shoulder land zone, each said middle land zone is provided with middle narrow grooves each having an axially outer end connected to the shoulder main groove, and each comprising a sipe-like narrow portion and a wide portion, wherein at the ground contacting surface of the middle land zone, said sipe-like narrow portion has a width of less than 2 mm, and said wide portion has a width of not less than 2 mm, and said wide portion includes an axially outer wide portion formed at the axially outer end of the middle narrow groove, characterized in that said wide portion is inclined with respect to the tire axial direction at a different angle than the sipe-like narrow portion, each middle land zone has a protrusion protruding radially outwardly from an imaginary tread profile line extending smoothly in parallel with the inner surface of the tire. a tread portion provided with circumferentially continuously extending main grooves including a pair of axially outermost shoulder main grooves and a crown main groove therebetween so that the tread portion is axially divided into land zones including a pair of shoulder land zones axially outside the respective shoulder main grooves and a pair of middle land zones therebetween, wherein each said shoulder land zone is provided with shoulder lateral grooves extending axially inwardly from the tread edge (Te) and terminating within the shoulder land zone, each said middle land zone is provided with middle narrow grooves each having an axially outer end connected to the shoulder main groove, and each comprising a sipe-like narrow portion and a wide portion, wherein at the ground contacting surface of the middle land zone, said sipe-like narrow portion has a width of less than 2 mm, and said wide portion has a width of not less than 2 mm, and said wide portion includes an axially outer wide portion formed at the axially outer end of the middle narrow groove, characterized in that said wide portion is inclined with respect to the tire axial direction at a different angle than the sipe-like narrow portion, each middle land zone has a protrusion protruding radially outwardly from an imaginary tread profile line extending smoothly in parallel with the inner surface of the tire.