mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a physical layer data frame of a broadcast system, the method comprising: generating a subframe of a payload portion of the physical layer data frame, wherein the subframe comprises one or more physical layer pipes, PLP; generating a preamble of the physical layer data frame , comprising basic signaling and detail signaling , the basic signaling enabling a receiver to begin to receive a remainder of the physical layer data frame and to decode contents of the detail signaling, and the detail signaling enabling the receiver to decode at least a portion of the payload of the physical layer data frame, wherein the detail signaling comprises a first parameter set associated with the subframe followed by one or more second parameter sets each associated with a corresponding one of the one or more PLPs, and wherein each second parameter set associated with the one or more PLPs comprises a type of forward error correction, FEC, of the PLP and a time interleaving mode of the PLP, and wirelessly broadcasting the physical layer data frame comprising the preamble and the subframe , characterised in that the first parameter set associated with the subframe begins with a first parameter indicating a total of number of bits in the first and the one or more second parameter sets, and the one or more second parameter sets follow the first parameter set in an order from legacy version signaling to later version signaling or each second parameter set associated with the one or more PLPs comprises a second parameter indicating a total number of bits in the respective second parameter set. generating a subframe of a payload portion of the physical layer data frame, wherein the subframe comprises one or more physical layer pipes, PLP; generating a preamble of the physical layer data frame , comprising basic signaling and detail signaling , the basic signaling enabling a receiver to begin to receive a remainder of the physical layer data frame and to decode contents of the detail signaling, and the detail signaling enabling the receiver to decode at least a portion of the payload of the physical layer data frame, wherein the detail signaling comprises a first parameter set associated with the subframe followed by one or more second parameter sets each associated with a corresponding one of the one or more PLPs, and wherein each second parameter set associated with the one or more PLPs comprises a type of forward error correction, FEC, of the PLP and a time interleaving mode of the PLP, and wirelessly broadcasting the physical layer data frame comprising the preamble and the subframe , characterised in that the first parameter set associated with the subframe begins with a first parameter indicating a total of number of bits in the first and the one or more second parameter sets, and the one or more second parameter sets follow the first parameter set in an order from legacy version signaling to later version signaling or each second parameter set associated with the one or more PLPs comprises a second parameter indicating a total number of bits in the respective second parameter set.
An electrochemical reaction unit cell comprising: an electrolyte layer containing a solid oxide; a cathode and an anode which face each other in a first direction with the electrolyte layer intervening therebetween; and an intermediate layer disposed between the electrolyte layer and the cathode and containing a first cerium oxide (GDC), wherein: the cathode includes an active layer containing a strontium-containing perovskite oxide (LSCF), a second cerium oxide (GDC), and strontium sulfate and having ion conductivity and electron conductivity, a grain of the strontium sulfate contained in the cathode covers at least a portion of the surface of a grain of the second cerium oxide (GDC), and in at least one cross section of the active layer of the cathode , a grain of the strontium sulfate covers at least a portion of the surface of a grain of the second cerium oxide (GDC), and the boundary (B1, B2) between the grain of the strontium sulfate and a grain of the perovskite oxide (LSCF) is shorter than the boundary (B1, B2) between the grain of the strontium sulfate and the grain of the second cerium oxide (GDC). an electrolyte layer containing a solid oxide; a cathode and an anode which face each other in a first direction with the electrolyte layer intervening therebetween; and an intermediate layer disposed between the electrolyte layer and the cathode and containing a first cerium oxide (GDC), wherein: the cathode includes an active layer containing a strontium-containing perovskite oxide (LSCF), a second cerium oxide (GDC), and strontium sulfate and having ion conductivity and electron conductivity, a grain of the strontium sulfate contained in the cathode covers at least a portion of the surface of a grain of the second cerium oxide (GDC), and in at least one cross section of the active layer of the cathode , a grain of the strontium sulfate covers at least a portion of the surface of a grain of the second cerium oxide (GDC), and the boundary (B1, B2) between the grain of the strontium sulfate and a grain of the perovskite oxide (LSCF) is shorter than the boundary (B1, B2) between the grain of the strontium sulfate and the grain of the second cerium oxide (GDC). the cathode includes an active layer containing a strontium-containing perovskite oxide (LSCF), a second cerium oxide (GDC), and strontium sulfate and having ion conductivity and electron conductivity, a grain of the strontium sulfate contained in the cathode covers at least a portion of the surface of a grain of the second cerium oxide (GDC), and in at least one cross section of the active layer of the cathode , a grain of the strontium sulfate covers at least a portion of the surface of a grain of the second cerium oxide (GDC), and the boundary (B1, B2) between the grain of the strontium sulfate and a grain of the perovskite oxide (LSCF) is shorter than the boundary (B1, B2) between the grain of the strontium sulfate and the grain of the second cerium oxide (GDC).
Method for allocating resources on an uplink (UL) between a user terminal and a base station of a radio communication network multiplexing data in resource blocks that are time-distributed and frequency-distributed into time intervals , said allocation method implementing at least two resource allocation modes: - a first allocation mode, called standard allocation mode, associated with a first transmission mode of said terminal, called standard transmission mode, and implementing at least one signalling portion containing resource allocation information in each time interval; and - a second allocation mode, called priority allocation mode, associated with a second transmission mode of said terminal, called priority transmission mode, in which said network favours said priority allocation mode and is able to allocate, to said terminal, using said priority allocation mode, at least one resource block previously allocated using said standard allocation mode, introducing an allocation collision situation, and characterized in that, in such a collision situation, said network implements a temporary allocation mode in order to allocate at least one substitute resource block in the standard transmission mode, implementing a number of signalling portions containing resource allocation information greater than that used in the standard allocation mode, in each time interval. said allocation method implementing at least two resource allocation modes: - a first allocation mode, called standard allocation mode, associated with a first transmission mode of said terminal, called standard transmission mode, and implementing at least one signalling portion containing resource allocation information in each time interval; and - a second allocation mode, called priority allocation mode, associated with a second transmission mode of said terminal, called priority transmission mode, in which - a first allocation mode, called standard allocation mode, associated with a first transmission mode of said terminal, called standard transmission mode, and implementing at least one signalling portion containing resource allocation information in each time interval; and - a second allocation mode, called priority allocation mode, associated with a second transmission mode of said terminal, called priority transmission mode, in which said network favours said priority allocation mode and is able to allocate, to said terminal, using said priority allocation mode, at least one resource block previously allocated using said standard allocation mode, introducing an allocation collision situation, and characterized in that, in such a collision situation, said network implements a temporary allocation mode in order to allocate at least one substitute resource block in the standard transmission mode, implementing a number of signalling portions containing resource allocation information greater than that used in the standard allocation mode, in each time interval.
Procedure for the realization of a protective face mask against aerial bacterial agents, from viral agents and atmospheric pollution, also for community applications, equipped with a transparent insert wherein: a. the facial body is made by using three or more TNT layer wherein at least one layer is polypropylene layer, spunbonded type; b. the facial body is modeled in a rhomboid shape (Fig2), in which all vertices are cut off; c. the upper vertex in the vertical axis is V-shaped ; d. the lower vertex in the vertical axis is inverted V-shaped ; e. on the facial body, in the central area and at the mouth level, an oval-shaped opening is made in which the ratio between the major radius and minor radius is from 1.25 to 1.55; f. the major and minor radius lengths of the oval opening are respectively 4.25 cm +/- 0.5 cm and 3.1 cm +/- 0.5 cm; g. a transparent insert with the same shape of the opening on the mask facial body, therefore oval, with of larger proportions from 4mm to 10mm, is obtained from a transparent sheet of PU or PVC material, 0.20g type ; h. a thermal glue deposit of the average width of 2mm to 8mm is applied on the transparent insert edge using a silkscreen technique ; i. the transparent insert is made to join at high pressure and high temperature to all edges of the TNT facial body oval opening, so is left to cool (Fig5); j. the two flaps of the of V-shaped at the upper vertex of the facial body are sewn together ; k. the two flaps of the inverted V-shaped at the lower vertex of the facial body are sewn together ; l. two rubber bands are connected on the side of the facial body sides, near the cut off vertices of the horizontal axis of the facial body. a. the facial body is made by using three or more TNT layer wherein at least one layer is polypropylene layer, spunbonded type; b. the facial body is modeled in a rhomboid shape (Fig2), in which all vertices are cut off; c. the upper vertex in the vertical axis is V-shaped ; d. the lower vertex in the vertical axis is inverted V-shaped ; e. on the facial body, in the central area and at the mouth level, an oval-shaped opening is made in which the ratio between the major radius and minor radius is from 1.25 to 1.55; f. the major and minor radius lengths of the oval opening are respectively 4.25 cm +/- 0.5 cm and 3.1 cm +/- 0.5 cm; g. a transparent insert with the same shape of the opening on the mask facial body, therefore oval, with of larger proportions from 4mm to 10mm, is obtained from a transparent sheet of PU or PVC material, 0.20g type ; h. a thermal glue deposit of the average width of 2mm to 8mm is applied on the transparent insert edge using a silkscreen technique ; i. the transparent insert is made to join at high pressure and high temperature to all edges of the TNT facial body oval opening, so is left to cool (Fig5); j. the two flaps of the of V-shaped at the upper vertex of the facial body are sewn together ; k. the two flaps of the inverted V-shaped at the lower vertex of the facial body are sewn together ; l. two rubber bands are connected on the side of the facial body sides, near the cut off vertices of the horizontal axis of the facial body.
Fluid connector for a battery pack of a vehicle, comprising a main conduit ; and at least one connection conduit that protrudes from a first side of the main conduit , wherein a fluid flow path extends from the main conduit to and through the connection conduit , and wherein the fluid connector comprises a fastener with at least one latch device for fastening the fluid connector to a battery pack , the fastener being arranged at a second side of the main conduit , the second side being arranged opposite to the first side .
A mechanical watch mechanism having metallic parts, wherein each part of the mechanical watch mechanism has a relative magnetic permeability of less than 1.01.
A server apparatus , comprising: an acquisition unit configured to acquire information from a receiver device that is configured to receive a radio wave of a first frequency band assigned to a first communication service and from a communication device that is configured to transmit and receive a radio signal for a second communication service that secondarily utilizes the first frequency band, the acquired information including the position of the receiver device and the communication device ; and a control unit configured to generate statistical information of the receiver device in an interference giving region of the communication device by using the information acquired by the acquisition unit , the statistical information including the number of receiver devices in the interference giving region of the communication device in the first frequency band, to generate information of a usable output intensity and a frequency band that the communication device can use and to supply the generated information of the usable output intensity and frequency band and the generated statistical information to the communication device , wherein the acquisition unit is further configured to acquire, from the communication device , information of a frequency band to be used and an output intensity of the frequency band, which have been decided by the communication device on the basis of the information supplied by the server apparatus. an acquisition unit configured to acquire information from a receiver device that is configured to receive a radio wave of a first frequency band assigned to a first communication service and from a communication device that is configured to transmit and receive a radio signal for a second communication service that secondarily utilizes the first frequency band, the acquired information including the position of the receiver device and the communication device ; and a control unit configured to generate statistical information of the receiver device in an interference giving region of the communication device by using the information acquired by the acquisition unit , the statistical information including the number of receiver devices in the interference giving region of the communication device in the first frequency band, to generate information of a usable output intensity and a frequency band that the communication device can use and to supply the generated information of the usable output intensity and frequency band and the generated statistical information to the communication device , wherein the acquisition unit is further configured to acquire, from the communication device , information of a frequency band to be used and an output intensity of the frequency band, which have been decided by the communication device on the basis of the information supplied by the server apparatus.
A closing unit for a storage compartment , in particular of a motor vehicle, comprising a frame that forms an access opening for the storage compartment , comprising two closing elements arranged displaceably on the frame , wherein the closing elements each close a different part of the access opening in a closed position and close together, in their respective closed position, the entire access opening , and wherein a handle for manual displacement of the closing elements is arranged on the mutually facing ends of the closing elements in each case, characterized in that the closing elements each have an off-center projection at their mutually facing ends, on which projection the respective handle is arranged such that the handles are arranged in a line transversely to the sliding direction of the closing elements , in the closed position of both closing elements .
A rolled thread screw comprising: a screw part having, on an outer circumferential part of the screw part , thread crests and thread grooves disposed alternately along an axial direction of the rolled thread screw; and a columnar part adjoining at least one of both sides of the screw part in the axial direction, wherein an axial end surface of the columnar part is provided with a first concave surface concave in the axial direction, a second concave surface positioned to an outer circumference of the first concave surface and being concave in the axial direction, and a salient part positioned on a boundary between the first concave surface and the second concave surface and projecting further than a bottom of the first concave surface and a bottom of the second concave surface , the salient part extending in an arc-like shape along a circumferential direction of the columnar part as viewed in the axial direction. a screw part having, on an outer circumferential part of the screw part , thread crests and thread grooves disposed alternately along an axial direction of the rolled thread screw; and a columnar part adjoining at least one of both sides of the screw part in the axial direction, wherein an axial end surface of the columnar part is provided with a first concave surface concave in the axial direction, a second concave surface positioned to an outer circumference of the first concave surface and being concave in the axial direction, and a salient part positioned on a boundary between the first concave surface and the second concave surface and projecting further than a bottom of the first concave surface and a bottom of the second concave surface , the salient part extending in an arc-like shape along a circumferential direction of the columnar part as viewed in the axial direction. a first concave surface concave in the axial direction, a second concave surface positioned to an outer circumference of the first concave surface and being concave in the axial direction, and a salient part positioned on a boundary between the first concave surface and the second concave surface and projecting further than a bottom of the first concave surface and a bottom of the second concave surface , the salient part extending in an arc-like shape along a circumferential direction of the columnar part as viewed in the axial direction.
A control device forming part of a vehicle control system , the control device comprising: a communication unit configured to acquire control information on a vehicle (10; 10b) from an information processing device via a wired or wireless communication; and a processing unit configured to execute a process of starting vehicle control based on the control information, wherein the processing unit is further configured to execute an authentication process on a usage authority of a service provider to use the control information, and to continue or suspend the process of starting vehicle control depending on a result of the authentication process on the usage authority of the service provider to use the control information, wherein the authentication process on the usage authority is performed based on information on the service provider related to the control information and an application programming interface, API, to be used, the authentication process is executed while the process of starting vehicle control is executed, and if the authentication result is not obtained at an end of the process of starting vehicle control, the control device does not transmit a control command based on the process of starting vehicle control until the authentication result is obtained. a communication unit configured to acquire control information on a vehicle (10; 10b) from an information processing device via a wired or wireless communication; and a processing unit configured to execute a process of starting vehicle control based on the control information, wherein the processing unit is further configured to execute an authentication process on a usage authority of a service provider to use the control information, and to continue or suspend the process of starting vehicle control depending on a result of the authentication process on the usage authority of the service provider to use the control information, wherein the authentication process on the usage authority is performed based on information on the service provider related to the control information and an application programming interface, API, to be used, the authentication process is executed while the process of starting vehicle control is executed, and if the authentication result is not obtained at an end of the process of starting vehicle control, the control device does not transmit a control command based on the process of starting vehicle control until the authentication result is obtained.
A modular lighting apparatus , comprising at least one supporting element which is electrically powered and one or more plate-shaped elements substantially triangular in shape, one or more lighting elements of the LED type being positioned on each plate-shaped element , wherein the three tips or ends of each triangular plate-shaped element are cut away, forming a rectilinear end portion , wherein each rectilinear end portion of each plate-shaped element can be assembled with a respective supporting element , wherein each supporting element is equipped with a plurality of seats shaped for receiving respective rectilinear end portions of a plate-shaped element , wherein each seat is provided with electrical connection means , wherein each plate-shaped element is provided, at each rectilinear end portion , with at least one contact element designed to interface with the electrical connection means of each supporting element , wherein each plate-shaped element is provided with at least one attachment opening , arranged at a respective rectilinear end portion , and wherein on each seat of a respective supporting element there is at least one hole , designed to act in conjunction with a corresponding attachment opening to make each plate-shaped element integral with the supporting element , with the aid of fixing means , by which the plate-shaped elements can be positioned according to an icosahedron geometrical shape in a complete or partial form.
Method for operating a magnetic resonance apparatus by means of a safety unit , taking into account persons fitted with implants , wherein the magnetic resonance apparatus comprises a first part (SP) and a second part (nSP), wherein the first part (SP) is operated separately from the second part (nSP) and comprises the safety unit , wherein the second part (nSP) has a system control unit for controlling the magnetic resonance apparatus , wherein the safety unit is embodied to send control signals (SC) to the system control unit of the second part (nSP), wherein, during an examination of a person fitted with an implant, the safety unit controls the magnetic resonance apparatus in a restricted operating mode to comply with implant-conformant limit values, characterised in that the first part (SP) is operated using software that fulfils safety requirements in accordance with a first safety category, wherein the second part (nSP) is operated using software that fulfils safety requirements in accordance with a second safety category, wherein the first safety category has higher safety requirements than the second safety category.
A bacterial strain deposited to the CNCM under the accession number 1-4573, for use in the treatment and/or prevention of visceral abdominal pain in an individual.