mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration cycle apparatus comprising: a refrigerant circuit including at least a compressor, a condenser, an expansion device, and an evaporator, the refrigerant circuit circulating refrigerant being an ethylenic fluorohydrocarbon or a mixture including an ethylenic fluorohydrocarbon; and a moisture absorbing unit configured to absorb water in the refrigerant, wherein the moisture absorbing unit includes at least one dryer configured to allow the refrigerant to pass therethrough, and to absorb water in the passing refrigerant, and characterised in that the at least one dryer includes two dryers each disposed on the discharge side of the compressor and on an inlet side of the expansion device in the refrigerant circuit. a refrigerant circuit including at least a compressor, a condenser, an expansion device, and an evaporator, the refrigerant circuit circulating refrigerant being an ethylenic fluorohydrocarbon or a mixture including an ethylenic fluorohydrocarbon; and a moisture absorbing unit configured to absorb water in the refrigerant, wherein the moisture absorbing unit includes at least one dryer configured to allow the refrigerant to pass therethrough, and to absorb water in the passing refrigerant, and characterised in that the at least one dryer includes two dryers each disposed on the discharge side of the compressor and on an inlet side of the expansion device in the refrigerant circuit.
A solid-state imaging device comprising: a photodetecting section having M x N pixels, each of M and N being an integer of 2 or more, each including one photodiode and first and second switch circuits (21, 22) each having one terminal connected to one terminal of the photodiode, two-dimensionally arrayed in M rows and N columns; N readout lines provided for the respective columns and connected to the other terminals of the first and second switch circuits (21, 22) included in the pixels of the corresponding columns; M first row selection lines provided for the respective rows and connected to control terminals of the first switch circuits included in the pixels of the corresponding rows; M second row selection lines provided for the respective rows and connected to control terminals of the second switch circuits included in the pixels of the corresponding rows; and a shift register section configured to generate a row selection signal for controlling an open/closed state of the first and second switch circuits (21, 22) for each row and to provide the first and second row selection lines with the row selection signal. a photodetecting section having M x N pixels, each of M and N being an integer of 2 or more, each including one photodiode and first and second switch circuits (21, 22) each having one terminal connected to one terminal of the photodiode, two-dimensionally arrayed in M rows and N columns; N readout lines provided for the respective columns and connected to the other terminals of the first and second switch circuits (21, 22) included in the pixels of the corresponding columns; M first row selection lines provided for the respective rows and connected to control terminals of the first switch circuits included in the pixels of the corresponding rows; M second row selection lines provided for the respective rows and connected to control terminals of the second switch circuits included in the pixels of the corresponding rows; and a shift register section configured to generate a row selection signal for controlling an open/closed state of the first and second switch circuits (21, 22) for each row and to provide the first and second row selection lines with the row selection signal.
A flood-fill method for parallel implementation, comprising the steps of: receiving an image comprising first elements having a flood fill source colour to be replaced with a flood fill target colour, and second elements not having the flood fill source colour; dividing the image according to a hierarchical space-partitioning scheme to form cells at a plurality of levels in the hierarchy, combining up to a single cell at the root of the tree; detecting the occupancy of each cell by second elements; for the child cells of any given cell having no occupancy by second elements, setting a level elevation value, indicative how many levels up the hierarchy toward the root it is possible to go whilst staying in a fully unoccupied cell, to be one greater than the level elevation value of the given cell itself; the flood fill traversing levels towards a root cell by the level elevation value of a cell whilst only occupying nodes without any second elements, thereby reaching the largest parent cell which can be fully flood-filled; and filling the flood fill source colour of that largest parent cell with the flood fill target colour, thereby modifying the received image. receiving an image comprising first elements having a flood fill source colour to be replaced with a flood fill target colour, and second elements not having the flood fill source colour; dividing the image according to a hierarchical space-partitioning scheme to form cells at a plurality of levels in the hierarchy, combining up to a single cell at the root of the tree; detecting the occupancy of each cell by second elements; for the child cells of any given cell having no occupancy by second elements, setting a level elevation value, indicative how many levels up the hierarchy toward the root it is possible to go whilst staying in a fully unoccupied cell, to be one greater than the level elevation value of the given cell itself; the flood fill traversing levels towards a root cell by the level elevation value of a cell whilst only occupying nodes without any second elements, thereby reaching the largest parent cell which can be fully flood-filled; and filling the flood fill source colour of that largest parent cell with the flood fill target colour, thereby modifying the received image.
A method of producing a fuel product, comprising: supplying electricity generated in a photovoltaic cell arrangement and a piston engine, respectively, to electrolytic and catalytic reactions that are heated by concentrated sunlight; supplying water and carbon dioxide as reactants and reacting them in the heated electrolytic and catalytic reactions to form a pressurized fuel product, in which reactions the product is formed after water electrolysis and catalytic conversion of carbon dioxide; and expanding the pressurized fuel product in the piston engine to generate electricity and to obtain the fuel product, wherein the fuel product is a hydrocarbon or methanol. supplying electricity generated in a photovoltaic cell arrangement and a piston engine, respectively, to electrolytic and catalytic reactions that are heated by concentrated sunlight; supplying water and carbon dioxide as reactants and reacting them in the heated electrolytic and catalytic reactions to form a pressurized fuel product, in which reactions the product is formed after water electrolysis and catalytic conversion of carbon dioxide; and expanding the pressurized fuel product in the piston engine to generate electricity and to obtain the fuel product, wherein the fuel product is a hydrocarbon or methanol.
Pack for preparing food or beverage products comprising: at least one container having an inner volume where at least one base ingredient for the preparation of the food or beverage product is stored, said inner volume being defined by sheets of material joined to one another at their edges; a fitment assembly through which the food or beverage product is delivered, and identification means comprising the information on the food or beverage product to be prepared; the identification means being arranged in the fitment assembly, in a free area of the fitment assembly where they can be reliably read; the fitment assembly further comprising at least one fluid inlet through where fluid enters the pack; characterized in that the identification means are arranged on both sides of the fitment assembly with respect to the fluid inlet, being further configured to comprise a plurality of times the information on the food or beverage product; the identification means being arranged so that part of the information of the food or beverage product is on one of the sides and is continued on the other side.
A method for supporting proxy mobile internet protocol, PMIP, in a mobile access gateway, MAG, the method comprising: receiving, at the MAG, a request for multicast services from at least one of a plurality of wireless transmit/receive units, WTRUs, wherein the plurality of WTRUs are associated with a multicast group; transmitting, from the MAG to a multicast local mobility anchor, LMA, a request for multicast information in response to the request for multicast services received from the plurality of WTRUs, via an aggregated multicast tunnel; receiving, at the MAG from the multicast LMA via the aggregated multicast tunnel, multicast information for distribution to the plurality of WTRUs in the multicast group; multicasting the received multicast information from the MAG to the plurality of WTRUs in the multicast group via a multicast channel; characterized by determining whether a handover of any one of the plurality of WTRUs is imminent; and on a condition a handover is determined to be imminent, transmitting a message, from the MAG to the LMA, indicating the imminent handover condition. receiving, at the MAG, a request for multicast services from at least one of a plurality of wireless transmit/receive units, WTRUs, wherein the plurality of WTRUs are associated with a multicast group; transmitting, from the MAG to a multicast local mobility anchor, LMA, a request for multicast information in response to the request for multicast services received from the plurality of WTRUs, via an aggregated multicast tunnel; receiving, at the MAG from the multicast LMA via the aggregated multicast tunnel, multicast information for distribution to the plurality of WTRUs in the multicast group; multicasting the received multicast information from the MAG to the plurality of WTRUs in the multicast group via a multicast channel; characterized by determining whether a handover of any one of the plurality of WTRUs is imminent; and on a condition a handover is determined to be imminent, transmitting a message, from the MAG to the LMA, indicating the imminent handover condition.
A mobile communication terminal which is capable of being set to a silent mode in which sound alerts of the mobile communication terminal are disabled in response to receiving an incoming call, the mobile communication terminal comprising: a transceiver for transmitting an outgoing call and for receiving an incoming call; an audio processing unit; a speaker; a connecting unit for being connected to an external audio output device; a display unit; and a control unit configured to control the display unit to display, while in a silent mode, a user interface for reproduction of a music file; in response to a user input, control the audio processing unit to reproduce a music file so as to output audio signals corresponding to the reproduced music file through the speaker, while in the silent mode; and, in response to receiving an incoming call in the silent mode, stop reproduction of the music file and generate a vibration signal. a transceiver for transmitting an outgoing call and for receiving an incoming call; an audio processing unit; a speaker; a connecting unit for being connected to an external audio output device; a display unit; and a control unit configured to control the display unit to display, while in a silent mode, a user interface for reproduction of a music file; in response to a user input, control the audio processing unit to reproduce a music file so as to output audio signals corresponding to the reproduced music file through the speaker, while in the silent mode; and, in response to receiving an incoming call in the silent mode, stop reproduction of the music file and generate a vibration signal. control the display unit to display, while in a silent mode, a user interface for reproduction of a music file; in response to a user input, control the audio processing unit to reproduce a music file so as to output audio signals corresponding to the reproduced music file through the speaker, while in the silent mode; and, in response to receiving an incoming call in the silent mode, stop reproduction of the music file and generate a vibration signal.
A LED grid device (100; 200; 300) comprising a LED grid (102; 202; 302) arranged on a plate-shaped member (104; 204; 304), wherein the LED grid (102; 202; 302) comprises a plurality of LED modules (108; 208; 308) and a plurality of electrically conducting wires (106; 206; 306) arranged side-by-side for supplying power to the plurality of LED modules (108; 208; 308), each LED module (108; 208; 308) comprising: - a LED package (110; 210; 310) coupled to at least two wires of the electrically conducting wires (106; 206; 306), and - a thermally conducting element (112; 212; 312), characerized in that the thermally conducting element (112; 212; 312) is positioned between two adjacent wires of the wires that the LED package (110; 210; 310) is coupled to, wherein the thermally conducting element (112; 212; 312) carries the LED package (110; 210; 310), and protrudes from the LED package (110; 210; 310), wherein the thermally conducting element (112; 212; 312) is strip-shaped and flat, has an intermediate portion (114; 214; 314), which carries the LED package (110; 210; 310), and first (116; 216; 316) and second protrusions (118; 218; 318), which protrude from the intermediate portion (114; 214; 314) in opposite directions, wherein at least a portion of each of the first (116; 216; 316) and second protrusions (118; 218; 318) extends at an angle to the intermediate portion (114; 214; 314), and wherein the thermally conducting element (112; 212; 312) is attached to the plate-shaped member (104; 204; 304) for mechanically supporting the LED module (108; 208; 308). - a LED package (110; 210; 310) coupled to at least two wires of the electrically conducting wires (106; 206; 306), and - a thermally conducting element (112; 212; 312),
An apparatus (10, 80, 120) comprising: a data transfer module (14, 93, 95, 97, 103, 105, 107) configured to enable transfer of data, the data transfer module comprising components (22, 24, 26, 30, 32, 34, 36, 62, 64, 66) that have respective timing characteristics indicative of: a powering up time for each component to transition between a reduced power state of the component and a normal operating state of the component, and a powering down time for moving each component from its normal operating state to its reduced power state; and a controller (12, 92, 94, 96, 102, 104, 106) configured to determine whether the data transfer module is to be used in transferring data, characterized in that the controller is configured to selectively move each component of the data transfer module that has a total powering down and powering up time that is less than a threshold into its reduced power state in response to a determination that the data transfer module is not to be used in transferring data. a data transfer module (14, 93, 95, 97, 103, 105, 107) configured to enable transfer of data, the data transfer module comprising components (22, 24, 26, 30, 32, 34, 36, 62, 64, 66) that have respective timing characteristics indicative of: a powering up time for each component to transition between a reduced power state of the component and a normal operating state of the component, and a powering down time for moving each component from its normal operating state to its reduced power state; and a controller (12, 92, 94, 96, 102, 104, 106) configured to determine whether the data transfer module is to be used in transferring data, characterized in that the controller is configured to selectively move each component of the data transfer module that has a total powering down and powering up time that is less than a threshold into its reduced power state in response to a determination that the data transfer module is not to be used in transferring data.
A method of wireless communications performed by a user equipment, UE operating on both a first radio access interface and a second radio access interface, the method comprising: performing one or more Sidelink, SL, procedures on the first radio access interface, the one or more SL procedures comprising a first SL procedure triggered for a first SL connection corresponding to a first destination on the second radio access interface, the first SL connection being between the UE and a first target UE of the first destination; triggering, in response to at least one triggering event associated with the first target UE and the second radio access interface, a Medium Access Control, MAC, reset operation for the first SL connection; and in response to triggering the MAC reset operation: canceling the first SL procedure in a case that the first SL procedure is associated only with the first SL connection, and refraining from canceling the first SL procedure on the first radio access interface in a case that the first SL procedure is not only associated with the first SL connection, wherein the first radio access interface is one of a New Radio, NR, Uu interface or a Long Term Evolution, LTE, Uu interface associated with at least one serving cell, and the second radio access interface is one of an NR PC5 interface or an LTE PC5 interface. performing one or more Sidelink, SL, procedures on the first radio access interface, the one or more SL procedures comprising a first SL procedure triggered for a first SL connection corresponding to a first destination on the second radio access interface, the first SL connection being between the UE and a first target UE of the first destination; triggering, in response to at least one triggering event associated with the first target UE and the second radio access interface, a Medium Access Control, MAC, reset operation for the first SL connection; and in response to triggering the MAC reset operation: canceling the first SL procedure in a case that the first SL procedure is associated only with the first SL connection, and refraining from canceling the first SL procedure on the first radio access interface in a case that the first SL procedure is not only associated with the first SL connection, canceling the first SL procedure in a case that the first SL procedure is associated only with the first SL connection, and refraining from canceling the first SL procedure on the first radio access interface in a case that the first SL procedure is not only associated with the first SL connection, wherein the first radio access interface is one of a New Radio, NR, Uu interface or a Long Term Evolution, LTE, Uu interface associated with at least one serving cell, and the second radio access interface is one of an NR PC5 interface or an LTE PC5 interface.
A hand-held cutting device comprising a handle portion, a shaft portion, a journaling member providing a first pivot axis, and a cutting head, wherein the cutting head comprises a motor and an attachment means configured for connecting thereto a cutting means, the motor being arranged for driving the attachment means and the cutting means, wherein the cutting head is connected to the shaft portion via the journaling member, wherein the cutting head is pivotable about the first pivot axis between a first position and a second position in relation to the shaft portion, and wherein the journaling member provides a second pivot axis, the cutting head being pivotable about the second pivot axis between the first position and a third position in relation to the shaft portion, the journaling member comprises an inner element, wherein the inner element comprises a first convex surface and the first outer element comprises a first concave surface, and wherein the first convex surface and the first concave surface form abutting journaling surfaces arranged in a first spherical plane, characterised in that the journaling member comprises a second outer element, wherein the first outer element comprises a second convex surface and the second outer element comprise a second concave surface forming abutting journaling surfaces arranged in a second spherical plane, and wherein the second spherical plane is arranged outside and concentrically with the first spherical plane. the cutting head comprises a motor and an attachment means configured for connecting thereto a cutting means, the motor being arranged for driving the attachment means and the cutting means, wherein the cutting head is connected to the shaft portion via the journaling member, wherein the cutting head is pivotable about the first pivot axis between a first position and a second position in relation to the shaft portion, and wherein the journaling member provides a second pivot axis, the cutting head being pivotable about the second pivot axis between the first position and a third position in relation to the shaft portion, the journaling member comprises an inner element, wherein the inner element comprises a first convex surface and the first outer element comprises a first concave surface, and wherein the first convex surface and the first concave surface form abutting journaling surfaces arranged in a first spherical plane, characterised in that the journaling member comprises a second outer element,
A method for embedding an operating system, OS, in a smart card product, which is certified and which derives multiple variants from the operating system, the method comprising the steps of: certifying, a target of evaluation, the target of evaluation including an OS core mask and a plurality of components which includes OS components and placeholders for plugin components; building, by an image builder tool, romized content and runtime content including at least one of the plurality of components; customizing which of the plurality of components to include on the smart card product by removing some of the features from the romized content and runtime content, whereby the romized content and runtime content dynamically determine whether a component is present and how to react to the absence of a component; and providing, after said certifying, the operating system with at least one of the plugin components (107, 109) corresponding to said placeholders. certifying, a target of evaluation, the target of evaluation including an OS core mask and a plurality of components which includes OS components and placeholders for plugin components; building, by an image builder tool, romized content and runtime content including at least one of the plurality of components; customizing which of the plurality of components to include on the smart card product by removing some of the features from the romized content and runtime content, whereby the romized content and runtime content dynamically determine whether a component is present and how to react to the absence of a component; and providing, after said certifying, the operating system with at least one of the plugin components (107, 109) corresponding to said placeholders.