mhurhangee/patent-ind-claim-en huggingface dataset:
A color developing machine comprising a color developing unit that is configured to heat and color develop a print medium (M), on which ink is attached, characterized in that the color developing unit includes a transportation path in which a carry-in port , which is an opening on an upper end side in the transportation path , and a carry-out port of the print medium (M), which is an opening on a lower end side in the transportation path , are in communication with outside air, the transportation path extending in a vertical direction, wherein the color developing unit includes a heating unit with a plurality of heaters , wherein at least some of the plurality of heaters are arranged along a width direction of the print medium (M), which is a direction orthogonal to a transporting direction of the print medium (M), wherein the at least some heaters are arranged at equal intervals excluding the heaters of the at least some heaters that are arranged at the lowermost side with respect to the transporting direction, wherein the heaters at the lowermost side are arranged so that the interval is shorter than the interval of the other heaters of the at least some heaters , and wherein the color developing machine includes a control unit that is configured to independently carry out heating control for each of a plurality of sets of the heaters .
A method for producing L-lysine, comprising: (i) culturing a modified microorganism of the genus Corynebacterium in which an activity of acetate kinase is enhanced compared to that of an unmodified microorganism in a medium, wherein the activity of acetate kinase is enhanced by at least one method selected from the group consisting of a method for increasing the copy number of a polynucleotide encoding the acetate kinase, a method for introducing a modification in the regulatory sequence of a gene encoding the acetate kinase, a method for substituting the regulatory sequence of a gene encoding the acetate kinase on the chromosome with a sequence having strong activity, a method for substituting the gene encoding the acetate kinase with a mutated gene to increase the activity of the acetate kinase, and a method for introducing a modification in the gene encoding the acetate kinase on the chromosome to enhance the activity of the acetate kinase; and (ii) recovering L-lysine from the cultured microorganism or the cultured medium. (i) culturing a modified microorganism of the genus Corynebacterium in which an activity of acetate kinase is enhanced compared to that of an unmodified microorganism in a medium, wherein the activity of acetate kinase is enhanced by at least one method selected from the group consisting of a method for increasing the copy number of a polynucleotide encoding the acetate kinase, a method for introducing a modification in the regulatory sequence of a gene encoding the acetate kinase, a method for substituting the regulatory sequence of a gene encoding the acetate kinase on the chromosome with a sequence having strong activity, a method for substituting the gene encoding the acetate kinase with a mutated gene to increase the activity of the acetate kinase, and a method for introducing a modification in the gene encoding the acetate kinase on the chromosome to enhance the activity of the acetate kinase; and (ii) recovering L-lysine from the cultured microorganism or the cultured medium.
A method of operating an elevator system comprising: receiving input regarding a maintenance action at an access control module , the input including a first predetermined maintenance position, the first predetermined maintenance position being a position of the elevator car within an elevator shaft relative to a landing ; conveying the elevator car to the first predetermined maintenance position; disabling an access prevention device of a landing door lock ; and opening a landing door at the landing to enable access to the elevator car positioned at the first predetermined maintenance position; characterised in that the elevator car moves first upon activation of the maintenance action, and, when the elevator car is positioned at the first predetermined maintenance position, the access prevention device is operable to enable access to the landing door lock . receiving input regarding a maintenance action at an access control module , the input including a first predetermined maintenance position, the first predetermined maintenance position being a position of the elevator car within an elevator shaft relative to a landing ; conveying the elevator car to the first predetermined maintenance position; disabling an access prevention device of a landing door lock ; and opening a landing door at the landing to enable access to the elevator car positioned at the first predetermined maintenance position; characterised in that the elevator car moves first upon activation of the maintenance action, and, when the elevator car is positioned at the first predetermined maintenance position, the access prevention device is operable to enable access to the landing door lock .
A lighting device for an image pickup apparatus , comprising: a first housing ; a second housing that has a light emission section, is directly or indirectly mechanically connected to the first housing and is rotatable with respect to the first housing ; a control unit ; a detection unit configured to detect relative position information of the second housing with respect to the first housing ; a storage section configured to store the relative position information detected by the detection unit when caused by the control unit ; a drive unit configured to cause the second housing to rotate with respect to the first housing based on the relative position information stored in the storage section ; and an operation portion , wherein the control unit is configured to cause the relative position information detected by the detection unit to be stored in the storage section in response to a predetermined operation on the operation portion . a first housing ; a second housing that has a light emission section, is directly or indirectly mechanically connected to the first housing and is rotatable with respect to the first housing ; a control unit ; a detection unit configured to detect relative position information of the second housing with respect to the first housing ; a storage section configured to store the relative position information detected by the detection unit when caused by the control unit ; a drive unit configured to cause the second housing to rotate with respect to the first housing based on the relative position information stored in the storage section ; and an operation portion , wherein the control unit is configured to cause the relative position information detected by the detection unit to be stored in the storage section in response to a predetermined operation on the operation portion .
A method of a user equipment, UE, for providing data encryption in a device to device, D2D, group in a communication system, the method comprising: generating a second security key which is based on a first security key corresponding to a group for a group communication; generating a third security key based on the second security key; and protecting data based on at least one of the third security key and an identifier, ID, associated with a first entity for the group, wherein the second security key is generated when the first entity for the group is created, and at least one other entity created for the group uses the second security key. generating a second security key which is based on a first security key corresponding to a group for a group communication; generating a third security key based on the second security key; and protecting data based on at least one of the third security key and an identifier, ID, associated with a first entity for the group, wherein the second security key is generated when the first entity for the group is created, and at least one other entity created for the group uses the second security key.
A method for a network, comprising: the network configures a User Equipment, UE, with a plurality of Downlink, DL, Bandwidth Parts, BWPs, of a serving cell, wherein the plurality of DL BWPs comprises a first DL BWP with a first Sub-Carrier Spacing, SCS, and a second DL BWP with a second SCS, wherein the second SCS is different from the first SCS ; the network configures the UE with a first monitoring occasion for indicating slot format indication, SFI, in the first DL BWP by indicating a first slot offset and a first slot periodicity ; the network configures the UE with a second monitoring occasion for indicating SFI in the second DL BWP by indicating a second slot offset, and a second slot periodicity, such that a time period containing a number of consecutive slots with the second SCS associated with a slot format in the combination of slot formats indicated by a SFI index in the second monitoring occasion aligns slot boundary of a slot with the first SCS, and wherein the number is the ratio of the second SCS to the first SCS , and wherein the first monitoring occasion within the slot with the first SCS is not aligned with the second monitoring occasion within a slot with the second SCS. the network configures a User Equipment, UE, with a plurality of Downlink, DL, Bandwidth Parts, BWPs, of a serving cell, wherein the plurality of DL BWPs comprises a first DL BWP with a first Sub-Carrier Spacing, SCS, and a second DL BWP with a second SCS, wherein the second SCS is different from the first SCS ; the network configures the UE with a first monitoring occasion for indicating slot format indication, SFI, in the first DL BWP by indicating a first slot offset and a first slot periodicity ; the network configures the UE with a second monitoring occasion for indicating SFI in the second DL BWP by indicating a second slot offset, and a second slot periodicity, such that a time period containing a number of consecutive slots with the second SCS associated with a slot format in the combination of slot formats indicated by a SFI index in the second monitoring occasion aligns slot boundary of a slot with the first SCS, and wherein the number is the ratio of the second SCS to the first SCS , and wherein the first monitoring occasion within the slot with the first SCS is not aligned with the second monitoring occasion within a slot with the second SCS.
An adaptive data transmission method executed by a computing device that acts as an intermediary between log producers and a log processor, the method comprising: receiving log data from log producers to be transmitted to a log processor , wherein receiving log data from the log producers includes receiving log data from log producing devices through a first network; subject to a transmission constraint of transmitting the received log data to the log processor, storing at least a portion of the received log data into a buffer configured to adapt to the transmission constraint, the transmission constraint comprising: a first threshold on bandwidth usage and a second threshold on log processor response time; and rules on adapting a size of the buffer or computing resources allocated to the log processor when the thresholds are reached; and transmitting the stored portion of the log data to the log processor in accordance with the transmission constraint, wherein transmitting the stored log data to the log processor includes transmitting the stored log data to a remote log processing device through a second network, wherein the first network includes a local area network and the second network includes a wide area network. receiving log data from log producers to be transmitted to a log processor , wherein receiving log data from the log producers includes receiving log data from log producing devices through a first network; subject to a transmission constraint of transmitting the received log data to the log processor, storing at least a portion of the received log data into a buffer configured to adapt to the transmission constraint, the transmission constraint comprising: a first threshold on bandwidth usage and a second threshold on log processor response time; and rules on adapting a size of the buffer or computing resources allocated to the log processor when the thresholds are reached; and a first threshold on bandwidth usage and a second threshold on log processor response time; and rules on adapting a size of the buffer or computing resources allocated to the log processor when the thresholds are reached; and transmitting the stored portion of the log data to the log processor in accordance with the transmission constraint, wherein transmitting the stored log data to the log processor includes transmitting the stored log data to a remote log processing device through a second network, wherein the first network includes a local area network and the second network includes a wide area network.
A brake module comprising: a brake for selectively controlling a braking action; an annular brake rotor that mates with the brake, the annular brake rotor including a gear face with a reaction gear ; an input shaft with an input gear surrounding a shaft, with the shaft extending through the annular brake rotor so that the input gear opposes the reaction gear ; and an annular wobble plate trapped between the annular brake rotor and the input shaft, with a first face having face teeth that partially mesh with the input gear, and with a second face having wobble teeth that partially mesh with the reaction gear; wherein rotation of the input shaft causes the annular brake rotor and wobble plate to rotate; and wherein a braking action by the brake slows the annular brake rotor relative to the input shaft, thereby inducing a nutation of the annular wobble plate relative to the annular brake rotor and the input shaft to dissipate rotational energy. a brake for selectively controlling a braking action; an annular brake rotor that mates with the brake, the annular brake rotor including a gear face with a reaction gear ; an input shaft with an input gear surrounding a shaft, with the shaft extending through the annular brake rotor so that the input gear opposes the reaction gear ; and an annular wobble plate trapped between the annular brake rotor and the input shaft, with a first face having face teeth that partially mesh with the input gear, and with a second face having wobble teeth that partially mesh with the reaction gear; wherein rotation of the input shaft causes the annular brake rotor and wobble plate to rotate; and wherein a braking action by the brake slows the annular brake rotor relative to the input shaft, thereby inducing a nutation of the annular wobble plate relative to the annular brake rotor and the input shaft to dissipate rotational energy.
Gas burner for a household cooking appliance with a burner housing which comprises at least one gas outlet opening through which a primary air / burner gas mixture can flow for the generation of flames, and an adjustment facility , characterised in that the adjustment facility is configured to vary an opening cross-section (A 10 ) of the at least one gas outlet opening and a volume of a mixing chamber of the gas burner .
A method for indicating a channel access type, implemented by a terminal device, the method comprising: determining a channel access type for a Message 3, MSG3, according to at least one of an indication of a random access response or a configuration sent by a network side through Radio Resource Control, RRC, signaling, wherein the channel access type for the MSG3 is contained in a subheader of the random access response; or, the channel access type for the MSG3 is contained in a payload of the random access response and indicated through a reserved bit of the payload of the random access response. determining a channel access type for a Message 3, MSG3, according to at least one of an indication of a random access response or a configuration sent by a network side through Radio Resource Control, RRC, signaling, wherein the channel access type for the MSG3 is contained in a subheader of the random access response; or, the channel access type for the MSG3 is contained in a payload of the random access response and indicated through a reserved bit of the payload of the random access response.
A computer-implemented method of enabling an interoperability application access to data uploaded from a first blockchain network to a second blockchain network, wherein the first blockchain network is a private blockchain network with only trusted users able to store and/or access data on the first blockchain network, and the second blockchain network is a public blockchain network, which is openly accessible to anyone, the method comprising: retrieving original data stored on the first blockchain network and storing a copy of the original data into a file system associated with the second blockchain network (S2); retrieving a hash value of the copy of the original data, the copy of the original data being stored in the file system, and storing the hash value on the second blockchain network (S4); and querying the copy of the original data in the file system and the hash value stored on the second blockchain network to retrieve the copy of the original data (S6). retrieving original data stored on the first blockchain network and storing a copy of the original data into a file system associated with the second blockchain network (S2); retrieving a hash value of the copy of the original data, the copy of the original data being stored in the file system, and storing the hash value on the second blockchain network (S4); and querying the copy of the original data in the file system and the hash value stored on the second blockchain network to retrieve the copy of the original data (S6).
A gas engine power plant , comprising - at least one gas operated generator set comprising a gas engine , - a vent fuel handling assembly having a vent fuel recovery piping provided with at least one inlet (24.1 ... 24.3), - a vessel connected to the vent fuel handling assembly, - a compressor connected to the gas engine of the power plant so as to feed gas to the gas engine for combustion therein, characterized by - the vent fuel handling assembly being configured to collect vent fuel from a source of vent fuel in an engine room of the power plant , - the vessel being configured to maintain underpressure of less than prevailing surroundings atmospheric pressure, and being connected to the first inlet (24.1) of the vent fuel recovery piping for storing the fuel recovered via the at least one inlet (24.1 ... 24.3), - the compressor being connected to the vessel via a discharge piping at the inlet side of the compressor so as to subject underpressure to the vessel and discharge gas from the vessel . - at least one gas operated generator set comprising a gas engine , - a vent fuel handling assembly having a vent fuel recovery piping provided with at least one inlet (24.1 ... 24.3), - a vessel connected to the vent fuel handling assembly, - a compressor connected to the gas engine of the power plant so as to feed gas to the gas engine for combustion therein, characterized by - the vent fuel handling assembly being configured to collect vent fuel from a source of vent fuel in an engine room of the power plant , - the vessel being configured to maintain underpressure of less than prevailing surroundings atmospheric pressure, and being connected to the first inlet (24.1) of the vent fuel recovery piping for storing the fuel recovered via the at least one inlet (24.1 ... 24.3), - the compressor being connected to the vessel via a discharge piping at the inlet side of the compressor so as to subject underpressure to the vessel and discharge gas from the vessel .
A resin composition comprising a resin ingredient and melamine, the resin ingredient containing a polyacetal resin and a maleic anhydride-modified polyethylene resin, characterized in that the polyacetal resin and the maleic anhydride-modified polyethylene resin following a mass proportion of 20 to 49:80 to 51, and molar concentration of the maleic anhydride-derived carbonyl group capable of reacting with amino group of melamine contained in the resin composition being 5 to 25 μmol/g; and, the molar concentration of the maleic anhydride-derived carbonyl group, capable of reacting with amino group of melamine contained in the resin composition, representing molar concentration (μmol/g) of maleic anhydride-derived carbonyl group or molar concentration (μmol/g) of melamine-derived amino group, whichever is smaller, or a common value if both molar concentrations agree. the resin ingredient containing a polyacetal resin and a maleic anhydride-modified polyethylene resin, characterized in that the polyacetal resin and the maleic anhydride-modified polyethylene resin following a mass proportion of 20 to 49:80 to 51, and molar concentration of the maleic anhydride-derived carbonyl group capable of reacting with amino group of melamine contained in the resin composition being 5 to 25 μmol/g; and, the molar concentration of the maleic anhydride-derived carbonyl group, capable of reacting with amino group of melamine contained in the resin composition, representing molar concentration (μmol/g) of maleic anhydride-derived carbonyl group or molar concentration (μmol/g) of melamine-derived amino group, whichever is smaller, or a common value if both molar concentrations agree.
Method for carrying out an update to a software application in a device which is in operation, wherein an old version (V1) of a software component of the software application , which old version is already running in operation, is operated and wherein the old version (V1) transmits transmission data to at least one third-party application of the device or of another device via a communication apparatus and, meanwhile, in a transition phase (P2), a new version (V2) of the software component is saved in a memory (S) of the device and then executed, wherein transmission data of the new version (V2) are blocked by the communication apparatus , and after the new version (V2) has assumed a predetermined synchronisation state in respect of the old version (V1) and while the device is still in operation, in a changeover process a) the old version is deactivated and/or the transmission data of the old version are blocked by the communication apparatus and b) the transmission data of the new version (V2) are allowed through to the at least one third-party application by the communication apparatus , characterised in that , in the at least one third-party application , a respective new version (V2) of a software component operated there is also stored and is then executed, wherein the transmission data of an old version (V1) of the software component there continue to be allowed through by a communication apparatus there in a transition phase (P2') there and transmission data of the new version (V2) are blocked and only when all new versions (V2) have assumed the synchronisation state does each communication apparatus carry out the changeover process , wherein the transmission data of the old versions (V1) on the one hand and the transmission data of the new versions (V2) on the other hand are incompatible with one another. a) the old version is deactivated and/or the transmission data of the old version are blocked by the communication apparatus and b) the transmission data of the new version (V2) are allowed through to the at least one third-party application by the communication apparatus ,