mhurhangee/ep-ind-claims huggingface dataset:
A high-power base station comprising: a receiver configured to receive information indicating a traffic load of a low-power base station installed in a communication area of the high-power base station and having lower transmission power than the high-power base station, from the low-power base station via an inter-base station interface established between the high-power base station and the low-power base station; and a division ratio determination unit configured to use the information indicating the traffic load received by the receiver to determine a resource division ratio of radio resources to be used as a particular downlink channel by the high-power base station, the resource division ratio being a ratio between: first subframes; and second subframes for which transmission power is limited to lower than that of the first sub frames. a receiver configured to receive information indicating a traffic load of a low-power base station installed in a communication area of the high-power base station and having lower transmission power than the high-power base station, from the low-power base station via an inter-base station interface established between the high-power base station and the low-power base station; and a division ratio determination unit configured to use the information indicating the traffic load received by the receiver to determine a resource division ratio of radio resources to be used as a particular downlink channel by the high-power base station, the resource division ratio being a ratio between: first subframes; and second subframes for which transmission power is limited to lower than that of the first sub frames.
A transmission device comprising: a video encoder configured to generate a video stream including encoded video data; a subtitle encoder configured to generate a subtitle stream including subtitle text information, which has display timing information, PTS, and abstract information, APTS, which has information corresponding to a part of pieces of information provided by the subtitle text information, wherein the abstract information includes subtitle display timing information having information of a display start timing and a display period, wherein the subtitle stream is composed of a PES packet including a packetized elementary stream, PES, header and a PES payload, the subtitle text information and the abstract information are provided in different segments of the PES payload, and the display start timing is expressed as a display offset from the display timing information, PTS, inserted in the PES header; and a transmission unit configured to transmit a container in a predetermined format including the video stream and the subtitle stream. a video encoder configured to generate a video stream including encoded video data; a subtitle encoder configured to generate a subtitle stream including subtitle text information, which has display timing information, PTS, and abstract information, APTS, which has information corresponding to a part of pieces of information provided by the subtitle text information, wherein the abstract information includes subtitle display timing information having information of a display start timing and a display period, wherein the subtitle stream is composed of a PES packet including a packetized elementary stream, PES, header and a PES payload, the subtitle text information and the abstract information are provided in different segments of the PES payload, and the display start timing is expressed as a display offset from the display timing information, PTS, inserted in the PES header; and a transmission unit configured to transmit a container in a predetermined format including the video stream and the subtitle stream.
A method performed at a user equipment comprising: receiving an indication of a weighting coefficient from a network node, said indication comprising a relative indication indicating a channel quality of said user equipment in comparison to a channel quality of other user equipments communicating with said network node; selecting a weighting coefficient from a plurality of stored weighting coefficients to weight a codeword of a lattice code, said plurality of stored weighting coefficients each being formed as a product of distinct primes, each weighting coefficient being formed by excluding a different distinct prime from said product, wherein the weighting coefficient is selected depending on said received indication such that the user equipment when having poorer channels is being provided with higher weighting coefficients; linearly encoding a signal for transmission to said network node; mapping said linearly encoded signal to form a lattice code; weighting said codeword of said lattice code with said selected weighting coefficient; and transmitting said weighted encoded signal to said network node. receiving an indication of a weighting coefficient from a network node, said indication comprising a relative indication indicating a channel quality of said user equipment in comparison to a channel quality of other user equipments communicating with said network node; selecting a weighting coefficient from a plurality of stored weighting coefficients to weight a codeword of a lattice code, said plurality of stored weighting coefficients each being formed as a product of distinct primes, each weighting coefficient being formed by excluding a different distinct prime from said product, wherein the weighting coefficient is selected depending on said received indication such that the user equipment when having poorer channels is being provided with higher weighting coefficients; linearly encoding a signal for transmission to said network node; mapping said linearly encoded signal to form a lattice code; weighting said codeword of said lattice code with said selected weighting coefficient; and transmitting said weighted encoded signal to said network node.
A long range low frequency antenna, comprising: an elongated magnetic core; a coil surrounding said elongated magnetic core; a bobbin (2, 3); said elongated magnetic core being introduced in a cavity of said bobbin (2, 3); and a housing overmolded on said bobbin (2, 3) in a waterproof manner, wherein the antenna further comprises at least one damper located at one extreme of the elongated magnetic core, said at least one damper being made of an elastic and thermally-stable compound comprising a resin and a first filler including a natural mineral filler, whereby longitudinal dilatations, shrinkage, mechanical shocks, and vibrations of said elongated magnetic core are absorbed by said at least one damper, avoiding an impact over an inductance variation of the coil. an elongated magnetic core; a coil surrounding said elongated magnetic core; a bobbin (2, 3); said elongated magnetic core being introduced in a cavity of said bobbin (2, 3); and a housing overmolded on said bobbin (2, 3) in a waterproof manner, wherein the antenna further comprises at least one damper located at one extreme of the elongated magnetic core, said at least one damper being made of an elastic and thermally-stable compound comprising a resin and a first filler including a natural mineral filler, whereby longitudinal dilatations, shrinkage, mechanical shocks, and vibrations of said elongated magnetic core are absorbed by said at least one damper, avoiding an impact over an inductance variation of the coil.
Body (K1; K2; K3) with varistor properties for surge arresters, in particular in medium-voltage systems, low-voltage systems, cable connections and cable fasteners, and having a voltage-limiting composition which comprises a polymer matrix and a particulate filler containing partially conductive material, wherein - the partially conductive material is applied to an electrically non-conductive carrier material and - the carrier material has a lower density than the partially conductive material, - wherein the particulate filler comprising the partially conductive material and the carrier material has a width of between 5 micrometres and 70 micrometres at a thickness of between 300 nanometres and 600 nanometres. - the partially conductive material is applied to an electrically non-conductive carrier material and - the carrier material has a lower density than the partially conductive material, - wherein the particulate filler comprising the partially conductive material and the carrier material has a width of between 5 micrometres and 70 micrometres at a thickness of between 300 nanometres and 600 nanometres.
A hard-material-coated member with excellent durability comprising a metal as base material and having coating layers formed at least on its working plane by physical vapor deposition, wherein: at least three layers, i.e., a layer a as the outermost layer, a layer c just above the base material and a layer b between the layers a and c are formed as the coating layers; the hardness values of these layers a, b and c in terms of hardness symbol HV 0.025 are as follows: 2500 > hardness of layer a > 1000, 3500 > hardness of layer b > 2300, 2500 > hardness of layer c > 1000, 500 + hardness of layer a < hardness of layer b, 500 + hardness of layer c < hardness of layer b; the thickness of layer b is smaller than that of layer c; the total thickness of the coating layers is 5 to 15 μm; each of the layers a and c consists of nitride, a carbide or a carbonitride, the metal element portion of which is composed mainly of Cr, and the layer b consists of a nitride, a carbide or a carbonitride, the metal element portion of which is composed mainly of Cr and/or Al; and the thickness of the layer a is 1 to 5 μm, the thickness of the layer b is 1 to 5 μm, and the thickness of the layer c is preferably 2 to 7 μm. at least three layers, i.e., a layer a as the outermost layer, a layer c just above the base material and a layer b between the layers a and c are formed as the coating layers; the hardness values of these layers a, b and c in terms of hardness symbol HV 0.025 are as follows: 2500 > hardness of layer a > 1000, 3500 > hardness of layer b > 2300, 2500 > hardness of layer c > 1000, 500 + hardness of layer a < hardness of layer b, 500 + hardness of layer c < hardness of layer b; the thickness of layer b is smaller than that of layer c; the total thickness of the coating layers is 5 to 15 μm; each of the layers a and c consists of nitride, a carbide or a carbonitride, the metal element portion of which is composed mainly of Cr, and the layer b consists of a nitride, a carbide or a carbonitride, the metal element portion of which is composed mainly of Cr and/or Al; and the thickness of the layer a is 1 to 5 μm, the thickness of the layer b is 1 to 5 μm, and the thickness of the layer c is preferably 2 to 7 μm.
An organic/inorganic composite porous separator for an electrochemical device, which comprises: (a) a porous substrate having pores, which has a pore size of 0.01- 50 μm; and (b) an organic/inorganic composite porous active layer coated directly on a surface of the substrate, the active layer comprising a mixture of inorganic particles having a particle size of between 0.001 μm and 10 μm and a binder polymer, wherein the inorganic particles are present in the mixture of inorganic particles with the binder polymer in an amount of 60-99 wt % based on 100 wt % of the mixture, wherein the inorganic particles in the active layer are interconnected among themselves and are fixed by the binder polymer and permit interstitial volumes to be formed among them, and interstitial volumes among the inorganic particles form a pore structure that permits lithium ions to move therethrough, wherein, as the size of the inorganic particles increases, interstitial distance among the inorganic particles increases, thereby increasing the pore size. (a) a porous substrate having pores, which has a pore size of 0.01- 50 μm; and (b) an organic/inorganic composite porous active layer coated directly on a surface of the substrate, the active layer comprising a mixture of inorganic particles having a particle size of between 0.001 μm and 10 μm and a binder polymer, wherein the inorganic particles are present in the mixture of inorganic particles with the binder polymer in an amount of 60-99 wt % based on 100 wt % of the mixture,
A method for handling an uplink transmission in a wireless communication system, the method comprising: connecting a User Equipment, in the following also referred to as UE, to at least two access points including a first access point controlling a first serving cell and a second access point controlling a second serving cell (502; 602; 702; 802); transmitting, by the UE, a specific uplink transmission periodically in the first serving cell; characterized by suspending, by the UE, based on a timer, the specific uplink transmission in the first serving cell; transmitting, by the UE, an aperiodic reference signal in the first serving cell and resuming, by the UE, the specific uplink transmission in the first serving cell in response to reception of a downlink signaling (508; 608; 708; 808) in the second serving cell (506; 606; 706; 806). connecting a User Equipment, in the following also referred to as UE, to at least two access points including a first access point controlling a first serving cell and a second access point controlling a second serving cell (502; 602; 702; 802); transmitting, by the UE, a specific uplink transmission periodically in the first serving cell; characterized by suspending, by the UE, based on a timer, the specific uplink transmission in the first serving cell; transmitting, by the UE, an aperiodic reference signal in the first serving cell and resuming, by the UE, the specific uplink transmission in the first serving cell in response to reception of a downlink signaling (508; 608; 708; 808) in the second serving cell (506; 606; 706; 806).
A pressure detector comprising: a sensing unit comprising a plate-shaped diaphragm, a first diaphragm electrode provided on one surface of the diaphragm, a second diaphragm electrode provided on the other surface of the diaphragm, and a bonding portion provided on a peripheral portion of the diaphragm; a first board comprising a first board body shaped in a plate and bonded to one surface of the bonding portion of the sensing unit and a first board electrode provided on a surface of the first board body facing the first diaphragm electrode; and a second board comprising a second board body shaped in a plate and bonded to the other surface of the bonding portion of the sensing unit and a second board electrode provided on a surface of the second board body facing the second diaphragm electrode, wherein the first board body comprises a first pressure inlet penetrating through the first board body, and the second board body comprises a second pressure inlet penetrating through the second board body, characterised in that the first board body further comprises a first groove provided on the surface facing the first diaphragm electrode, the first groove being in communication with the first pressure inlet, and the second board body further comprises a second groove provided on the surface facing the second diaphragm electrode, the second groove being in communication with the second pressure inlet. a sensing unit comprising a plate-shaped diaphragm, a first diaphragm electrode provided on one surface of the diaphragm, a second diaphragm electrode provided on the other surface of the diaphragm, and a bonding portion provided on a peripheral portion of the diaphragm; a first board comprising a first board body shaped in a plate and bonded to one surface of the bonding portion of the sensing unit and a first board electrode provided on a surface of the first board body facing the first diaphragm electrode; and a second board comprising a second board body shaped in a plate and bonded to the other surface of the bonding portion of the sensing unit and a second board electrode provided on a surface of the second board body facing the second diaphragm electrode, wherein the first board body comprises a first pressure inlet penetrating through the first board body, and the second board body comprises a second pressure inlet penetrating through the second board body, characterised in that the first board body further comprises a first groove provided on the surface facing the first diaphragm electrode, the first groove being in communication with the first pressure inlet, and the second board body further comprises a second groove provided on the surface facing the second diaphragm electrode, the second groove being in communication with the second pressure inlet.
A method of preparing a supported catalyst comprising: a. mixing an activated carbon capable of absorbing halogenated hydrocarbon contaminants with a hydrated iron salt; b. warming said mixture to melt said hydrated iron salt, thereby forming a homogenous mixture; c. pyrolising said homogenous mixture at a temperature sufficient to reduce said iron salt to iron oxide, thereby providing said activated carbon impregnated with said iron oxide; and d. subjecting said iron oxide-impregnated activated carbon to reducing conditions to reduce said iron to zero-valent iron, wherein the reducing temperature is between 450 and 800°C. a. mixing an activated carbon capable of absorbing halogenated hydrocarbon contaminants with a hydrated iron salt; b. warming said mixture to melt said hydrated iron salt, thereby forming a homogenous mixture; c. pyrolising said homogenous mixture at a temperature sufficient to reduce said iron salt to iron oxide, thereby providing said activated carbon impregnated with said iron oxide; and d. subjecting said iron oxide-impregnated activated carbon to reducing conditions to reduce said iron to zero-valent iron, wherein the reducing temperature is between 450 and 800°C.
A battery swap platform, comprising: a parking mechanism configured to park a vehicle; an accommodating mechanism, which is arranged below the vehicle parked on the parking mechanism, and which has an opening; an opening and closing mechanism arranged on the accommodating mechanism and capable of moving relative to the accommodating mechanism to open or close the opening of the accommodating mechanism; a battery mounting/dismounting mechanism; and a vehicle hoisting mechanism configured to slightly lift the vehicle parked on the parking mechanism, to cause the vehicle to be arranged horizontally, wherein when the opening and closing mechanism opens the opening of the accommodating mechanism, the battery mounting/dismounting mechanism is capable of being lifted relative to the accommodating mechanism to extend out of the accommodating mechanism through the opening, and performing a battery mounting/dismounting operation for the vehicle, wherein both the battery mounting/dismounting mechanism and the vehicle hoisting mechanism are arranged in the accommodating mechanism and configured to be lifted or lowered relative to the accommodating mechanism. a parking mechanism configured to park a vehicle; an accommodating mechanism, which is arranged below the vehicle parked on the parking mechanism, and which has an opening; an opening and closing mechanism arranged on the accommodating mechanism and capable of moving relative to the accommodating mechanism to open or close the opening of the accommodating mechanism; a battery mounting/dismounting mechanism; and a vehicle hoisting mechanism configured to slightly lift the vehicle parked on the parking mechanism, to cause the vehicle to be arranged horizontally, wherein when the opening and closing mechanism opens the opening of the accommodating mechanism, the battery mounting/dismounting mechanism is capable of being lifted relative to the accommodating mechanism to extend out of the accommodating mechanism through the opening, and performing a battery mounting/dismounting operation for the vehicle, wherein both the battery mounting/dismounting mechanism and the vehicle hoisting mechanism are arranged in the accommodating mechanism and configured to be lifted or lowered relative to the accommodating mechanism.
Mobile suction device comprising firstly a remotely controllable vacuum cleaner and provided with omnidirectional wheels (601, 602, 603), and secondly a device for remotely controlling the vacuum cleaner, and the vacuum cleaner comprises detection means (9, 401, 402, 403, 404) designed to receive and analyse a signal from the remote control device, characterised in that: - the remote control device comprises a movement data acquisition system in order to acquire movement data when the remote control device moves and the signal transmitted by the remote control device includes displacement instructions which will then be received by the vacuum cleaner, - three omnidirectional wheels (601; 602; 603) positioned at the vertices of an equilateral triangle composed of a large motorised wheel and casters mounted and free on this large wheel, and the three omnidirectional wheels allow the vacuum cleaner, after receiving the signal, to move rapidly in any direction of the plane. - the remote control device comprises a movement data acquisition system in order to acquire movement data when the remote control device moves and the signal transmitted by the remote control device includes displacement instructions which will then be received by the vacuum cleaner, - three omnidirectional wheels (601; 602; 603) positioned at the vertices of an equilateral triangle composed of a large motorised wheel and casters mounted and free on this large wheel, and the three omnidirectional wheels allow the vacuum cleaner, after receiving the signal, to move rapidly in any direction of the plane.
A front pillar lower structure of an automobile characterized by comprising: a pillar reinforcement formed in an elongated shape extending in a longitudinal direction of a front pillar and configured to reinforce the front pillar; a rocker reinforcement formed in an elongated shape extending in a longitudinal direction of a rocker and configured to reinforce the rocker, the rocker reinforcement having a front end portion joined to a lower end portion of the pillar reinforcement; and a joint reinforcing portion formed separately from the pillar reinforcement, provided in a state of vertically straddling a joint portion between the pillar reinforcement and the rocker reinforcement, characterised in that the joint reinforcing portion is joined to the lower end portion of the pillar reinforcement and has a front wall and a lower wall which extends toward a vehicle rear side from a lower end of the front wall and is joined to a lower surface of the rocker reinforcement, and a side wall located on an outer side in a vehicle width direction of the rocker reinforcement. a pillar reinforcement formed in an elongated shape extending in a longitudinal direction of a front pillar and configured to reinforce the front pillar; a rocker reinforcement formed in an elongated shape extending in a longitudinal direction of a rocker and configured to reinforce the rocker, the rocker reinforcement having a front end portion joined to a lower end portion of the pillar reinforcement; and a joint reinforcing portion formed separately from the pillar reinforcement, provided in a state of vertically straddling a joint portion between the pillar reinforcement and the rocker reinforcement, characterised in that the joint reinforcing portion is joined to the lower end portion of the pillar reinforcement and has a front wall and a lower wall which extends toward a vehicle rear side from a lower end of the front wall and is joined to a lower surface of the rocker reinforcement, and a side wall located on an outer side in a vehicle width direction of the rocker reinforcement.