mhurhangee/ep-ind-claims huggingface dataset:
An uplink communication method, wherein the method comprises: obtaining, by a terminal device, a first control channel, wherein the first control channel carries a control information group, the control information group comprises a plurality of pieces of control information, and the plurality of pieces of control information correspond to a plurality of uplink channels; obtaining, by the terminal device, first control information from the first control channel, wherein the first control information is control information corresponding to a first uplink channel in the plurality of uplink channels; and performing, by the terminal device, uplink communication with a network device based on the first control information, wherein the first control information comprises at least one of hybrid automatic repeat request, HARQ response information, transmit power adjustment value information, and beam configuration information; characterized in that a position of the first control information in the control information group corresponds to second basic information of the first uplink channel, and the second basic information comprises a time-domain position occupied by the first uplink channel, a frequency-domain position occupied by the first uplink channel, and a reference signal, used to identify the terminal device sending the uplink data, used when the terminal device performs the uplink communication on the first uplink channel. obtaining, by a terminal device, a first control channel, wherein the first control channel carries a control information group, the control information group comprises a plurality of pieces of control information, and the plurality of pieces of control information correspond to a plurality of uplink channels; obtaining, by the terminal device, first control information from the first control channel, wherein the first control information is control information corresponding to a first uplink channel in the plurality of uplink channels; and performing, by the terminal device, uplink communication with a network device based on the first control information, wherein the first control information comprises at least one of hybrid automatic repeat request, HARQ response information, transmit power adjustment value information, and beam configuration information; characterized in that a position of the first control information in the control information group corresponds to second basic information of the first uplink channel, and the second basic information comprises a time-domain position occupied by the first uplink channel, a frequency-domain position occupied by the first uplink channel, and a reference signal, used to identify the terminal device sending the uplink data, used when the terminal device performs the uplink communication on the first uplink channel.
A lightguide arrangement, comprising: an underlying structure comprising a plurality of light sources, a lightguide plate, and a mounting insert, wherein the lightguide plate is a plate formed in one piece and comprising multiple lightguiding portions (A, B, C), wherein each lightguiding portion (A, B, C) comprises an input portion for receiving light from a light source and an output portion (118A, 118B, 118C) for outcoupling of said light, and wherein adjacent lightguiding portions are interconnected by bridge portions formed by cutouts in the lightguide plate, wherein the mounting insert has ribs (136, 138) protruding from a lower surface of the mounting insert and extending from the mounting insert in a direction towards the lightguide plate, the protruding ribs (136, 138) matingly fit with the cutouts in the lightguide plate to localize the lightguide plate and to restrict propagation of light through the cutouts, wherein the mounting insert further comprises attachment means (118, 140) formed in one piece with the mounting insert characterized in that: the lightguide plate is sandwiched between the mounting insert and the underlying structure, and in that the attachment means (118, 140) are extending from the mounting insert in the direction towards the lightguide plate and attaching the mounting insert to the underlying structure, such that the lightguide plate being sandwiched between the mounting insert and the underlying structure is held in place. an underlying structure comprising a plurality of light sources, a lightguide plate, and a mounting insert, wherein the lightguide plate is a plate formed in one piece and comprising multiple lightguiding portions (A, B, C), wherein each lightguiding portion (A, B, C) comprises an input portion for receiving light from a light source and an output portion (118A, 118B, 118C) for outcoupling of said light, and wherein adjacent lightguiding portions are interconnected by bridge portions formed by cutouts in the lightguide plate, wherein the mounting insert has ribs (136, 138) protruding from a lower surface of the mounting insert and extending from the mounting insert in a direction towards the lightguide plate, the protruding ribs (136, 138) matingly fit with the cutouts in the lightguide plate to localize the lightguide plate and to restrict propagation of light through the cutouts, wherein the mounting insert further comprises attachment means (118, 140) formed in one piece with the mounting insert characterized in that: the lightguide plate is sandwiched between the mounting insert and the underlying structure, and in that the attachment means (118, 140) are extending from the mounting insert in the direction towards the lightguide plate and attaching the mounting insert to the underlying structure, such that the lightguide plate being sandwiched between the mounting insert and the underlying structure is held in place.
Pre-chamber component for an internal combustion engine comprising a longitudinal axis and a gasket for sealing a coolant jacket disposed around the pre-chamber component against a main combustion chamber of the internal combustion engine, which gasket can be braced against a cylinder head of the internal combustion engine, characterized in that a flange is provided on the pre-chamber component which flange is axially distanced from the gasket along the longitudinal axis in a direction away from the main combustion chamber when the pre-chamber component is mounted in the cylinder head, wherein there are provided a plurality of through holes through the flange which end in a space between the gasket and the flange.
An arrangement adapted for energy transformation while utilising an oscillating gas volume gathered within a space, with the gas molecules given reciprocally oscillating movement within said space, which is sustained by an energy supplying device and where a gas compression given by the oscillation makes for the creation of an elevated temperature within all or parts of said gas volume and where a gas compression given by the oscillation makes for the creation of a reduced temperature within all or parts of said gas volume where there are connected to said space one or more valve means, characterised in that first valve means are actuated in order to supply or remove to or from said gas volume within said space thermal energy during a compression stage for said gas volume, that there are further connected to said space one or more second valve means, that said second valve means are actuated in order to supply or remove to or from said gas volume within said space thermal energy during a decompression stage for said gas volume, that said first valve means, in a compression stage, are adapted to supply energy from a heat source at a high temperature level, in order via second valve means and allocated decompression stage, to emit energy a low temperature level and/or that said second valve means, for supply or energy, are adapted at a lowest pressure to make for the supply of a quantity of energy from a heat source at a given low temperature during a decompression stage and at a compression stage, via said first valve means, to supply energy to a heat consumer.
A method for generating a short term key message, STKM, for protection of a broadcast service being broadcasted to a terminal in a broadcast system, the method comprising: generating, by a broadcast service distribution/adaptation, BSD/A, which is responsible for transmitting the broadcast service to the terminal, a partially created STKM including a traffic encryption key, TEK, before message authentication code, MAC, processing, and transmitting the partially created STKM including the TEK to a broadcast service subscription management, BSM, which is responsible for managing subscription information; encrypting, by the BSM, the TEK for deciphering of the broadcast service; and performing, by the BSM, MAC processing on the partially created STKM including the encrypted TEK, thereby generating a completed STKM. generating, by a broadcast service distribution/adaptation, BSD/A, which is responsible for transmitting the broadcast service to the terminal, a partially created STKM including a traffic encryption key, TEK, before message authentication code, MAC, processing, and transmitting the partially created STKM including the TEK to a broadcast service subscription management, BSM, which is responsible for managing subscription information; encrypting, by the BSM, the TEK for deciphering of the broadcast service; and performing, by the BSM, MAC processing on the partially created STKM including the encrypted TEK, thereby generating a completed STKM.
Method for manufacturing complete electronic components with electronic and/or non-electronic parts which are integrated into a housing that is simultaneously additively constructed in a Z direction from 2D structures, comprising the following method steps: a) printing an outer contour of a 2D structure, b) crosslinking the outer contour of the 2D structure c) by means of a UV light source, d) filling the space inside the outer contour so as to produce individual layers with a desired geometry with clearances for at least one cavity (70, 72, 100, 114), e) re-crosslinking the 2D structure, which is in a filled state, by means of the UV light source, f) producing a stacked construction by repeating the steps a) to e), g) introducing a defined quantity of adhesive into the at least one cavity (70, 72, 100, 114), h 1) placing at least one electronic or non-electronic part into the at least one cavity (70, 72, 100, 114) and producing a closed individual layer with embedded component, or h 2) producing 2D conductor-track structures or 3D conductor-track structures in cavities (100, 114), in particular channels, or on free surfaces by dispensing a conductive adhesive into the cavities (100, 114), in the form of channels, or onto the free surfaces, i) re-crosslinking the 2D structure, which is in a closed state, j) repeating the method steps a) to e) until construction of a complete stacked construction in the Z direction, and k) curing the obtained stacked construction of the complete electronic component composed of 2D structures in the Z direction. a) printing an outer contour of a 2D structure, b) crosslinking the outer contour of the 2D structure c) by means of a UV light source, d) filling the space inside the outer contour so as to produce individual layers with a desired geometry with clearances for at least one cavity (70, 72, 100, 114), e) re-crosslinking the 2D structure, which is in a filled state, by means of the UV light source, f) producing a stacked construction by repeating the steps a) to e), g) introducing a defined quantity of adhesive into the at least one cavity (70, 72, 100, 114), h 1) placing at least one electronic or non-electronic part into the at least one cavity (70, 72, 100, 114) and producing a closed individual layer with embedded component, or h 2) producing 2D conductor-track structures or 3D conductor-track structures in cavities (100, 114), in particular channels, or on free surfaces by dispensing a conductive adhesive into the cavities (100, 114), in the form of channels, or onto the free surfaces, i) re-crosslinking the 2D structure, which is in a closed state, j) repeating the method steps a) to e) until construction of a complete stacked construction in the Z direction, and k) curing the obtained stacked construction of the complete electronic component composed of 2D structures in the Z direction.
A method for delivering an audible notification from a process control system to an operator in a control room environment by one or more first speakers having a first coverage for audible notifications and one or more second speakers (52, 54) having a second coverage (60, 62) for audible notifications, wherein the one or more first speakers constitute a directional speaker, the second coverage (60, 62) is different from the first coverage and configured to overlap and cover the complete first coverage, and wherein the audible notification is an alarm, the method comprises: sensing the presence or absence of the operator in one or more zones (18, 22) of the control room environment, determining if the location of the operator is covered by the first coverage based on the sensing, delivering the audible notification by the one or more first speakers if it is determined that the location of the operator is covered by the first coverage, and delivering the audible notification by the one or more second speakers (52, 54) if it is determined that the location of the operator is not covered by the first coverage. sensing the presence or absence of the operator in one or more zones (18, 22) of the control room environment, determining if the location of the operator is covered by the first coverage based on the sensing, delivering the audible notification by the one or more first speakers if it is determined that the location of the operator is covered by the first coverage, and delivering the audible notification by the one or more second speakers (52, 54) if it is determined that the location of the operator is not covered by the first coverage.
A coordination support system for supporting a coordination process of a plurality of services provided by a service providing apparatus (14A, 16, 18, 20, 22), the coordination support system comprising: an accepting unit for accepting login information including user identification information and coordination identification information of the coordination process to be executed from a device; a determining unit for determining whether coordination setting for execution of the coordination process identified by the coordination identification information is configured; a storage control unit for storing an authentication ticket and a temporary token in association with each other in case where the determining unit determines that the coordination setting is not configured, the authentication ticket indicating authentication of use of a function of the service providing apparatus executing the coordination process, and the temporary token indicating permission of use of the service providing apparatus; and a transmitting unit for transmitting setting information including address information and the temporary token to a destination indicated by a communication address of a user identified by the user identification information, the address information indicating a storage location of a setting screen on which the coordination setting for the service providing apparatus is to be configured, whereby the user is enabled to use the device to configure the coordination setting of the service providing apparatus (14A, 16, 18, 20, 22). an accepting unit for accepting login information including user identification information and coordination identification information of the coordination process to be executed from a device; a determining unit for determining whether coordination setting for execution of the coordination process identified by the coordination identification information is configured; a storage control unit for storing an authentication ticket and a temporary token in association with each other in case where the determining unit determines that the coordination setting is not configured, the authentication ticket indicating authentication of use of a function of the service providing apparatus executing the coordination process, and the temporary token indicating permission of use of the service providing apparatus; and a transmitting unit for transmitting setting information including address information and the temporary token to a destination indicated by a communication address of a user identified by the user identification information, the address information indicating a storage location of a setting screen on which the coordination setting for the service providing apparatus is to be configured, whereby the user is enabled to use the device to configure the coordination setting of the service providing apparatus (14A, 16, 18, 20, 22).
A fairlead for guiding an anchoring element having a longitudinal axis and allowing the anchoring of a unit, such as a floating unit, to an anchoring point, said fairlead comprising guide means (1 to 4) able to guide the translation of the anchoring element between the unit and the anchoring point, and blocking means able to block the translation of the anchoring element in the guide means (1 to 4), characterized in that the blocking means are mounted on the guide means (1 to 4) at least partially freely rotating around an axis parallel to the longitudinal axis of the anchoring element when the latter is guided in the guide means (1 to 4).
A method for bandwidth limitation of a connectivity service for a user equipment with respect to an access point name, APN, served by a packet data gateway, PGW, in a communications network, the method being performed by the PGW, comprising the steps of: receiving a request to separate bandwidth limitation with respect to the APN for the connectivity service and a specific service delivered over the connectivity service, wherein said connectivity service is associated with a default bearer and said specific service is associated with a dedicated non Guaranteed Bitrate, non-GBR, bearer different from said default bearer; enforcing (S104a) a first bandwidth limitation on said default bearer associated with said connectivity service; and enforcing (S106a) a second bandwidth limitation on said dedicated bearer associated with said specific service, and enforcing an access point name aggregated maximum bit rate, APN-AMBR, parameter on said connectivity service and said specific service such that said specific dedicated bearer is excluded from the enforcement of said APN-AMBR parameter. receiving a request to separate bandwidth limitation with respect to the APN for the connectivity service and a specific service delivered over the connectivity service, wherein said connectivity service is associated with a default bearer and said specific service is associated with a dedicated non Guaranteed Bitrate, non-GBR, bearer different from said default bearer; enforcing (S104a) a first bandwidth limitation on said default bearer associated with said connectivity service; and enforcing (S106a) a second bandwidth limitation on said dedicated bearer associated with said specific service, and enforcing an access point name aggregated maximum bit rate, APN-AMBR, parameter on said connectivity service and said specific service such that said specific dedicated bearer is excluded from the enforcement of said APN-AMBR parameter.
A method of making a non-naturally occurring three-dimensional brown adipose derived stem cell aggregate consisting of brown adipose derived stem cells that express one or more brown adipocyte genes in the absence of differentiation medium, the method comprising: loading brown adipose derived stem cells grown in a two-dimensional culture into a non-adherent culture plate; and centrifuging the non-adherent culture plate to uniformly position the brown adipose derived stem cells in the non-adherent culture plate, thereby forming non-naturally occurring three-dimensional brown adipose derived stem cell aggregates, wherein the aggregates consist of brown adipose derived stem cells. loading brown adipose derived stem cells grown in a two-dimensional culture into a non-adherent culture plate; and centrifuging the non-adherent culture plate to uniformly position the brown adipose derived stem cells in the non-adherent culture plate, thereby forming non-naturally occurring three-dimensional brown adipose derived stem cell aggregates, wherein the aggregates consist of brown adipose derived stem cells.
An apparatus, comprising: a matrix of thermoelectric devices to set thermal gradients across an electronic component within an enclosed housing, wherein the electronic component is selected from a surface mounted and a through-hole mounted component mounted on a first surface of a printed circuit board substrate and the matrix of thermoelectric devices includes a plurality of thermoelectric devices arranged in a two-dimensional grid in a second surface of the substrate opposite the first surface; a matrix of thermosensitive devices to measure thermal gradients associated with the electronic component, the matrix of thermosensitive devices including a plurality of thermosensitive devices mounted in a two-dimensional grid on the first surface of the substrate surrounding the electronic component and a thermosensitive device to measure ambient temperature within the enclosed housing; a first thermosensitive device external to the enclosed housing for measuring an ambient temperature variation outside the enclosed housing; a controller for controlling heat applied by the matrix of thermoelectric devices based on the thermal gradients measured by the matrix of thermosensitive devices and the first thermosensitive device, and based on a matrix of thermocouple coefficients including parasitic thermal impedance coefficients associated with the ambient temperature variation measured by the first thermosensitive device. a matrix of thermoelectric devices to set thermal gradients across an electronic component within an enclosed housing, wherein the electronic component is selected from a surface mounted and a through-hole mounted component mounted on a first surface of a printed circuit board substrate and the matrix of thermoelectric devices includes a plurality of thermoelectric devices arranged in a two-dimensional grid in a second surface of the substrate opposite the first surface; a matrix of thermosensitive devices to measure thermal gradients associated with the electronic component, the matrix of thermosensitive devices including a plurality of thermosensitive devices mounted in a two-dimensional grid on the first surface of the substrate surrounding the electronic component and a thermosensitive device to measure ambient temperature within the enclosed housing; a first thermosensitive device external to the enclosed housing for measuring an ambient temperature variation outside the enclosed housing; a controller for controlling heat applied by the matrix of thermoelectric devices based on the thermal gradients measured by the matrix of thermosensitive devices and the first thermosensitive device, and based on a matrix of thermocouple coefficients including parasitic thermal impedance coefficients associated with the ambient temperature variation measured by the first thermosensitive device.