mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting an access request via a flexible register access bus (205, 300), the method comprising: receiving, at a bridge, an access request to access resource on an integrated circuit; translating the access request to a request packet having a data format compliant with the flexible register access bus; determining a routing path for the request packet based on a target register (110an, 312a-n, 402a-n) associated with the request packet; transmitting, via the determined routing path, the request packet to the target register; translating information within the request packet to a local access protocol for the target register; and obtaining access to the resource via the target register based on the local access protocol, wherein the method further comprises: generating, via the target register, a completion packet; and routing, via one or more completion nodes of a completion node chain, the completion packet to a completion buffer of the bridge to indicate that the access request is completed, wherein the completion node chain comprises a plurality of completion nodes and is separate from the routing path, and wherein the one or more completion nodes via which the completion packet is routed include a last completion node of the completion node chain. receiving, at a bridge, an access request to access resource on an integrated circuit; translating the access request to a request packet having a data format compliant with the flexible register access bus; determining a routing path for the request packet based on a target register (110an, 312a-n, 402a-n) associated with the request packet; transmitting, via the determined routing path, the request packet to the target register; translating information within the request packet to a local access protocol for the target register; and obtaining access to the resource via the target register based on the local access protocol, wherein the method further comprises: generating, via the target register, a completion packet; and routing, via one or more completion nodes of a completion node chain, the completion packet to a completion buffer of the bridge to indicate that the access request is completed, wherein the completion node chain comprises a plurality of completion nodes and is separate from the routing path, and wherein the one or more completion nodes via which the completion packet is routed include a last completion node of the completion node chain. generating, via the target register, a completion packet; and routing, via one or more completion nodes of a completion node chain, the completion packet to a completion buffer of the bridge to indicate that the access request is completed, wherein the completion node chain comprises a plurality of completion nodes and is separate from the routing path, and wherein the one or more completion nodes via which the completion packet is routed include a last completion node of the completion node chain.
A multi-functional monomer represented by Formula 1: [Formula 1] X-(-Y 1 -Z-Y 2 -A) a wherein A is a functional group of Formula 2: (wherein R 1 is a C 1-4 alkyl or cycloalkyl group), Z is a functional group of Formula 3: (wherein L and L' are respectively a nitrogen atom or an oxygen atom), Y 1 and Y 2 are the same as each other or different from each other, and respectively a direct bond or C 1-9 alkylene, X is a functional group represented by Formula 6, and a is 2: wherein n is an integer ranging from 1 to 9.
A synchronization method of a communication network, the synchronization method comprising: monitoring a connection state of second communication nodes that are synchronized using a synchronization signal provided through a first communication node to which a synchronization source is connected; determining whether the number of the connected second communication nodes exceeds a reference value according to a result of the monitoring; and switching a synchronization mode of at least one second communication node when the number of the second communication nodes exceeds a reference value. monitoring a connection state of second communication nodes that are synchronized using a synchronization signal provided through a first communication node to which a synchronization source is connected; determining whether the number of the connected second communication nodes exceeds a reference value according to a result of the monitoring; and switching a synchronization mode of at least one second communication node when the number of the second communication nodes exceeds a reference value.
A device for locking a door leaf within a frame, delimiting an aperture plane, with said device having: a. means (116, 126, 185, 125) for locking the door leaf into the frame comprising a locking strike and a locking pin that engages with said strike to achieve locking; b. a device for holding the door leaf against the frame, comprising: bi. a holding bolt; bii. a holding strike, with a moveable part (230, 260, 270) that keeps the holding bolt in position while this latter is inserted into said holding strike, one of the holding strike or the holding bolt being affixed to the door leaf and the other to the frame; biii. means (230, 260, 270, 350) of retraction, capable of blocking or releasing the movements of the moveable part of the holding strike in relation to the holding bolt; biv. means of lock detection, capable of detecting whether or not the locking pin is engaged with the locking strike; c. means (171, 320) of control, capable of activating the means of retraction (230, 260, 270, 350) so as to change the moveable part of the holding strike from a blocked configuration to a configuration freed from the holding bolt when the door leaf is locked into the frame and the locking pin is engaged with the locking strike. a. means (116, 126, 185, 125) for locking the door leaf into the frame comprising a locking strike and a locking pin that engages with said strike to achieve locking; b. a device for holding the door leaf against the frame, comprising: bi. a holding bolt; bii. a holding strike, with a moveable part (230, 260, 270) that keeps the holding bolt in position while this latter is inserted into said holding strike, one of the holding strike or the holding bolt being affixed to the door leaf and the other to the frame; biii. means (230, 260, 270, 350) of retraction, capable of blocking or releasing the movements of the moveable part of the holding strike in relation to the holding bolt; biv. means of lock detection, capable of detecting whether or not the locking pin is engaged with the locking strike; bi. a holding bolt; bii. a holding strike, with a moveable part (230, 260, 270) that keeps the holding bolt in position while this latter is inserted into said holding strike, one of the holding strike or the holding bolt being affixed to the door leaf and the other to the frame; biii. means (230, 260, 270, 350) of retraction, capable of blocking or releasing the movements of the moveable part of the holding strike in relation to the holding bolt; biv. means of lock detection, capable of detecting whether or not the locking pin is engaged with the locking strike; c. means (171, 320) of control, capable of activating the means of retraction (230, 260, 270, 350) so as to change the moveable part of the holding strike from a blocked configuration to a configuration freed from the holding bolt when the door leaf is locked into the frame and the locking pin is engaged with the locking strike.
A gasket to be used for a medical syringe, the gasket comprising: a main body made of an elastic material; and a lamination film provided on a surface of the main body; the gasket having a circumferential surface portion to be brought into contact with an inner peripheral surface of a syringe body of the syringe, and is characterized by having a groove formed circumferentially in a portion of the lamination film present in the circumferential surface portion thereof; wherein the groove is present only in a surface of the lamination film. a main body made of an elastic material; and a lamination film provided on a surface of the main body; the gasket having a circumferential surface portion to be brought into contact with an inner peripheral surface of a syringe body of the syringe, and is characterized by having a groove formed circumferentially in a portion of the lamination film present in the circumferential surface portion thereof; wherein the groove is present only in a surface of the lamination film.
An apparatus for transmitting user equipment specific information from a base station to a user equipment in a cellular communication system; the apparatus comprising: means for combining user equipment specific information for a plurality of user equipment to generate combined user equipment specific information; means for encoding the combined user equipment specific information; and means for transmitting the combined user equipment specific information within a minimum transmission resource unit that is a time slot or a single time code frequency resource allocation unit, wherein the means for encoding is operable to jointly encode user equipment specific information for at least two of the plurality of user equipment. means for combining user equipment specific information for a plurality of user equipment to generate combined user equipment specific information; means for encoding the combined user equipment specific information; and means for transmitting the combined user equipment specific information within a minimum transmission resource unit that is a time slot or a single time code frequency resource allocation unit, wherein the means for encoding is operable to jointly encode user equipment specific information for at least two of the plurality of user equipment.
A universal sample preparation system that fits within an enclosure of no more than 283 L (10 ft 3), comprising: (a) a sample preparation module adapted to extract DNA from a sample in a non-microfluidic volume, to isolate the extracted DNA by capture of the extracted DNA to particle, and to move the particles comprising isolated DNA through a first microfluidic channel; (b) a reaction module comprising a reaction chamber in fluidic communication with the first microfluidic channel and adapted to immobilize the particles comprising isolated DNA and to perform an amplification reaction on the isolated DNA to produce a reaction product; (c) a post-reaction module configured to process the reaction product for analysis; (d) an analysis module in fluidic communication with the reaction chamber and adapted to separate the reaction product by electrophoresis and to detect the separated reaction product; and (e) a computer module adapted to receive data on the separation and detection of the reaction product from the analysis module and transforms the data and produces a computer file identifying the separated and detected reaction product, wherein the sample preparation module, the reaction module and the post-reaction module are integrated in a disposable cartridge. (a) a sample preparation module adapted to extract DNA from a sample in a non-microfluidic volume, to isolate the extracted DNA by capture of the extracted DNA to particle, and to move the particles comprising isolated DNA through a first microfluidic channel; (b) a reaction module comprising a reaction chamber in fluidic communication with the first microfluidic channel and adapted to immobilize the particles comprising isolated DNA and to perform an amplification reaction on the isolated DNA to produce a reaction product; (c) a post-reaction module configured to process the reaction product for analysis; (d) an analysis module in fluidic communication with the reaction chamber and adapted to separate the reaction product by electrophoresis and to detect the separated reaction product; and (e) a computer module adapted to receive data on the separation and detection of the reaction product from the analysis module and transforms the data and produces a computer file identifying the separated and detected reaction product,
A feeding arrangement for a firewood processor, comprising a feeding surface arranged in connection with the firewood processor for feeding a log into the firewood processor, the feeding surface is connected to the firewood processor, and the feeding surface is arrangeable at least partly inclined, such that a first end of the feeding surface is lower than a second end in a log feeding stage, characterized in that - the feeding arrangement comprises a feeding member, at least one part of which is height adjustable, for transferring the log to the feeding surface, and the feeding member is connected to the feeding surface and/or to the firewood processor, and - the feeding member comprises a shaft part and a feeding part connected to an end of the shaft part for providing movement of the log, and the feeding part comprises at least one feeding roller for moving the log forward. - the feeding arrangement comprises a feeding member, at least one part of which is height adjustable, for transferring the log to the feeding surface, and the feeding member is connected to the feeding surface and/or to the firewood processor, and - the feeding member comprises a shaft part and a feeding part connected to an end of the shaft part for providing movement of the log, and the feeding part comprises at least one feeding roller for moving the log forward.
A smoking substitute device (101, 201) comprising: a housing defining an outer surface of the smoking substitute device (101, 201); a heating element disposed in the housing; and a plurality of heat dissipation elements (227a, 227b) disposed between the heating element and the outer surface of the housing, the plurality of heat dissipation elements (227a, 227b) configured to dissipate heat across the outer surface, characterised in that the device (101, 201) comprises first and second heat dissipation elements (227a, 227b) mounted to the housing. a housing defining an outer surface of the smoking substitute device (101, 201); a heating element disposed in the housing; and a plurality of heat dissipation elements (227a, 227b) disposed between the heating element and the outer surface of the housing, the plurality of heat dissipation elements (227a, 227b) configured to dissipate heat across the outer surface, characterised in that the device (101, 201) comprises first and second heat dissipation elements (227a, 227b) mounted to the housing.
A method in a wireless station, the method comprising: sending one or more control packets to a network device coupled to the wireless station by a network link, the network device comprising a DMA engine and a memory storing data for transmittal in a packet of information to an other wireless device, the one or more control packets comprising control information configuring the DMA engine to set up a DMA request to retrieve the data from the memory and to encapsulate the data into a data element to be streamed over the network link to the wireless station; receiving the streamed data element over the network link at a DMA engine of the wireless station during wireless transmit time of the packet of information, the DMA engine of the wireless station matching the DMA engine in the network device, the streamed data element including the data transferred from the memory in the network device by a DMA transfer and including real-time encrypting of the data element prior to the DMA transfer over the network link; and wirelessly transmitting the packet of information to the other wireless device. sending one or more control packets to a network device coupled to the wireless station by a network link, the network device comprising a DMA engine and a memory storing data for transmittal in a packet of information to an other wireless device, the one or more control packets comprising control information configuring the DMA engine to set up a DMA request to retrieve the data from the memory and to encapsulate the data into a data element to be streamed over the network link to the wireless station; receiving the streamed data element over the network link at a DMA engine of the wireless station during wireless transmit time of the packet of information, the DMA engine of the wireless station matching the DMA engine in the network device, the streamed data element including the data transferred from the memory in the network device by a DMA transfer and including real-time encrypting of the data element prior to the DMA transfer over the network link; and wirelessly transmitting the packet of information to the other wireless device.
A method of producing efinaconazole comprising: step A of forming a toluene solution comprising a compound represented by formula: (hereinafter sometimes referred to as epoxytriazole); a compound represented by formula: (where X is Cl, Br or I and the compound is hereinafter sometimes referred to as 4-MP • HX salt); an inorganic base, and toluene in a volume which is 2 to 5 times the mass (kg) of epoxytriazole; step B of subjecting the toluene solution to reaction under heating; step C of washing the reaction mixture from step B more than once or washing the reaction mixture from step B so that the pH of the aqueous layer after the washing operation is between 3 and 5, thereby obtaining a toluene solution of crude efinaconazole in which the residual amount of 4-MP is not more than 5 wt% of efinaconazole; step D of mixing the toluene solution of crude efinaconazole with 2-propanol and p-toluenesulfonic acid or a hydrate thereof to precipitate p -toluenesulfonate of efinaconazole; step E of isolating the p -toluenesulfonate of efinaconazole; step F of neutralizing the p -toluenesulfonate of efinaconazole. step A of forming a toluene solution comprising a compound represented by formula: (hereinafter sometimes referred to as epoxytriazole); a compound represented by formula: (where X is Cl, Br or I and the compound is hereinafter sometimes referred to as 4-MP • HX salt); an inorganic base, and toluene in a volume which is 2 to 5 times the mass (kg) of epoxytriazole; step B of subjecting the toluene solution to reaction under heating; step C of washing the reaction mixture from step B more than once or washing the reaction mixture from step B so that the pH of the aqueous layer after the washing operation is between 3 and 5, thereby obtaining a toluene solution of crude efinaconazole in which the residual amount of 4-MP is not more than 5 wt% of efinaconazole; step D of mixing the toluene solution of crude efinaconazole with 2-propanol and p-toluenesulfonic acid or a hydrate thereof to precipitate p -toluenesulfonate of efinaconazole; step E of isolating the p -toluenesulfonate of efinaconazole; step F of neutralizing the p -toluenesulfonate of efinaconazole.
A liquid formulation comprising an active ingredient and protamine, wherein the liquid formulation is different from a suspension, and the active ingredient is hGH.
An image forming apparatus, comprising: an image forming section that includes ink discharge sections of two or more colors and is configured to form an image on a recording medium by using the ink discharge sections; and a pattern generating section that is configured to generate a dot pattern in each of the ink discharge sections of two or more colors, wherein the pattern generating section is configured to generate a first dot pattern of a first color with a uniform density and a second dot pattern of a second color with a uniform density, characterised in that, in a case where the first dot pattern and the second dot pattern are combined, the pattern generating section is configured to generate the second dot pattern by generating a dot at a position of a center of gravity of a polygon formed by a plurality of dots among each dot of the first dot pattern, the plurality of dots being located at positions such that there is no other dot on a line connecting two dots of the plurality of dots and such that the plurality of dots have a positional relationship in which the plurality of dots are adjacent to each other, and the pattern generating section is configured to adjust the second dot pattern based on the positional relationship of each dot in the first dot pattern. an image forming section that includes ink discharge sections of two or more colors and is configured to form an image on a recording medium by using the ink discharge sections; and a pattern generating section that is configured to generate a dot pattern in each of the ink discharge sections of two or more colors, wherein the pattern generating section is configured to generate a first dot pattern of a first color with a uniform density and a second dot pattern of a second color with a uniform density, characterised in that, in a case where the first dot pattern and the second dot pattern are combined, the pattern generating section is configured to generate the second dot pattern by generating a dot at a position of a center of gravity of a polygon formed by a plurality of dots among each dot of the first dot pattern, the plurality of dots being located at positions such that there is no other dot on a line connecting two dots of the plurality of dots and such that the plurality of dots have a positional relationship in which the plurality of dots are adjacent to each other, and the pattern generating section is configured to adjust the second dot pattern based on the positional relationship of each dot in the first dot pattern. the pattern generating section is configured to generate the second dot pattern by generating a dot at a position of a center of gravity of a polygon formed by a plurality of dots among each dot of the first dot pattern, the plurality of dots being located at positions such that there is no other dot on a line connecting two dots of the plurality of dots and such that the plurality of dots have a positional relationship in which the plurality of dots are adjacent to each other, and the pattern generating section is configured to adjust the second dot pattern based on the positional relationship of each dot in the first dot pattern.
Bearing ring produced from a high carbon steel profile bar comprising at least one flash butt welded joint, where the bearing ring is provided with an inner peripheral surface (12, 14) and an outer peripheral surface (11, 13) and where one peripheral surface comprises a raceway for rolling elements, characterized in that the bearing ring further comprises a roll formed flange adapted for mounting the bearing ring to a mechanical member, where the flange protrudes from the bearing ring in a substantially radial direction.
Electronic closed-loop control system, particularly a motor vehicle control system, comprising hardware components and software components (2, 3, 4, 5, 6, 10, 20), wherein the hardware components are abstracted by at least one basic software component and/or at least one runtime environment and in which an implemented safety concept describes two or more software levels, wherein a first software level comprises control functions of a piece of application software and a second software level is in the form of a function monitor particularly for the purpose of protecting against errors in the control functions, characterized in that data encryption (9a, 9b, 9c) and/or data signature, provided by at least one hardware component, is used for data protection for at least one communication channel of the hardware component with at least one software component.