mhurhangee/patent-ind-claim-en huggingface dataset:
A color adjustment system comprising: a storage unit configured to store job data for requesting printing a document file, color sample data associated with the job data and first read image data associated with the job data; a first registration unit configured to register job data for requesting printing a document file in the storage unit ; a second registration unit configured to register color sample data associated with the job data in the storage unit ; a print control unit configured to cause a printing apparatus to print out the document file corresponding to the job data as a first printed matter; a reading control unit configured to cause a reading apparatus to read the first printed matter to acquire first read image data; and a generation unit configured to generate an input profile based on the first read image data and the color sample data, wherein the generated input profile is stored in the storage unit in association with the job data. a storage unit configured to store job data for requesting printing a document file, color sample data associated with the job data and first read image data associated with the job data; a first registration unit configured to register job data for requesting printing a document file in the storage unit ; a second registration unit configured to register color sample data associated with the job data in the storage unit ; a print control unit configured to cause a printing apparatus to print out the document file corresponding to the job data as a first printed matter; a reading control unit configured to cause a reading apparatus to read the first printed matter to acquire first read image data; and a generation unit configured to generate an input profile based on the first read image data and the color sample data, wherein the generated input profile is stored in the storage unit in association with the job data.
A method performed by a user equipment, UE , in a communication system , the method comprising: receiving (S410), from a base station , resource configuration information associated with at least one validation rule and information associated with random access based on a second-type configuration and associated with a UE capability; identifying (S420) one or more valid transmission occasions from transmission occasions based on the resource configuration information; and performing (S430) random access at one or more valid transmission occasions, wherein the one or more transmission occasions correspond to at least one of random access transmission occasions, ROs, and physical uplink shared channel transmission occasions, POs, wherein the second-type configuration different from a first-type configuration allows different frequency domain resources in one symbol for different transmission directions, and wherein the different transmission directions include uplink transmission direction and downlink transmission direction. receiving (S410), from a base station , resource configuration information associated with at least one validation rule and information associated with random access based on a second-type configuration and associated with a UE capability; identifying (S420) one or more valid transmission occasions from transmission occasions based on the resource configuration information; and performing (S430) random access at one or more valid transmission occasions, wherein the one or more transmission occasions correspond to at least one of random access transmission occasions, ROs, and physical uplink shared channel transmission occasions, POs, wherein the second-type configuration different from a first-type configuration allows different frequency domain resources in one symbol for different transmission directions, and wherein the different transmission directions include uplink transmission direction and downlink transmission direction.
A foam dispenser comprising a container to hold liquid and a foam-generating device mounted on the container; the foam-generating device comprising a liquid intake conduit, an air intake conduit , structure defining a mixing chamber for mixing air and liquid from these conduits, a foam chamber for holding foam received from the mixing chamber , a discharge conduit leading from the foam chamber to a discharge outlet and an actuator for driving foam from the foam chamber along the discharge conduit to the discharge outlet; one or more air inlets opening into the mixing chamber from the air intake conduit and one or more liquid inlets opening into the mixing chamber from the liquid intake conduit; characterised by the or each said liquid inlet entering the mixing chamber by way of a permeable regulator element , and the or each said air inlet entering the mixing chamber directly without passing through a permeable regulator element; wherein at least one of said one or more liquid inlets comprises a restricted jet with a jet orifice , said at least one liquid inlet has a closed bore between the restricted jet orifice and the regulator element , and the air inlet(s) is/are outside the closed bore .
Method for operating a hydraulic press in cycles, wherein: each cycle has at least one phase in which hydraulic fluid is forced out of a hydraulic reservoir into a chamber (11.1, 11.2) of a hydraulic cylinder of the press by the reservoir pressure p S prevailing in the reservoir in order to move a ram of the press relative to the cylinder , which ram is coupled to the cylinder and to which ram a forming tool for shaping a workpiece can be coupled; in at least a part of each cycle a hydraulic pump driven by a motor feeds hydraulic fluid into the reservoir at a charging flow rate and the reservoir pressure ps is regulated to a pressure reference variable P SETPOINT by adjustment of a speed of the motor to a nominal speed n N of the motor and to at least one intermediate value n Z , where 0 < n Z < n N applies; the reservoir pressure ps is adjusted by means of adaptive control, characterised in that , in a specific cycle, a cycle time T Z and a charging time T L , during which the charging flow rate is greater than zero, and also a charging speed n L averaged over the charging time T L is determined; and for at least one subsequent cycle the speed is adjusted to an intermediate value n Z , where n Z = n L · T L : Tz + K N applies, wherein K N is a speed correction value where 0 ≤ K N < n L · (1 - T L : T Z ). each cycle has at least one phase in which hydraulic fluid is forced out of a hydraulic reservoir into a chamber (11.1, 11.2) of a hydraulic cylinder of the press by the reservoir pressure p S prevailing in the reservoir in order to move a ram of the press relative to the cylinder , which ram is coupled to the cylinder and to which ram a forming tool for shaping a workpiece can be coupled; in at least a part of each cycle a hydraulic pump driven by a motor feeds hydraulic fluid into the reservoir at a charging flow rate and the reservoir pressure ps is regulated to a pressure reference variable P SETPOINT by adjustment of a speed of the motor to a nominal speed n N of the motor and to at least one intermediate value n Z , where 0 < n Z < n N applies; the reservoir pressure ps is adjusted by means of adaptive control, characterised in that , in a specific cycle, a cycle time T Z and a charging time T L , during which the charging flow rate is greater than zero, and also a charging speed n L averaged over the charging time T L is determined; and for at least one subsequent cycle the speed is adjusted to an intermediate value n Z , where n Z = n L · T L : Tz + K N applies, wherein K N is a speed correction value where 0 ≤ K N < n L · (1 - T L : T Z ).
A device for information transmission, comprising a processing unit and a transmitting unit , wherein the processing unit is configured to acquire first indication information transmitted by a second device, wherein the first indication information is used to request first system information required by the second device; and the transmitting unit is configured to transmit the first system information to the second device according to the first indication information, characterized in that the transmitting unit is further configured to: before the processing unit acquires the first indication information transmitted by the second device, transmit second indication information to the second device, the second indication information indicating system information which can be transmitted by the device. the processing unit is configured to acquire first indication information transmitted by a second device, wherein the first indication information is used to request first system information required by the second device; and the transmitting unit is configured to transmit the first system information to the second device according to the first indication information, characterized in that the transmitting unit is further configured to: before the processing unit acquires the first indication information transmitted by the second device, transmit second indication information to the second device, the second indication information indicating system information which can be transmitted by the device.
An insert piece for a flow control ball of a ball valve comprising: an elongated support portion , which is provided with a central flow passage and is supportable to a central flow channel of the flow control ball ; a flow control portion provided with a flow aperture ; and wherein the insert piece is provided with integrated structural locking elements whereby it is without separate mechanical locking elements; wherein the support portion of the insert piece comprises at least one tubular portion and the insert piece has a sleeve-like configuration; the insert piece has a first end and a second end ; and the flow control portion is a face element located at the first end ; characterized in that the structural locking elements are shape locking means in the form of outwardly protruding fastening elements provided at both ends of the insert piece ; at the first end is a uniform flange or rim and at the second end are two or more transverse protrusions or segments ; and slits are provided between the protrusions or segments to allow the protrusions or segments to be bend inwardly during the mounting of the insert piece in the control ball . an elongated support portion , which is provided with a central flow passage and is supportable to a central flow channel of the flow control ball ; a flow control portion provided with a flow aperture ; and wherein the insert piece is provided with integrated structural locking elements whereby it is without separate mechanical locking elements; wherein the support portion of the insert piece comprises at least one tubular portion and the insert piece has a sleeve-like configuration; the insert piece has a first end and a second end ; and the flow control portion is a face element located at the first end ; characterized in that the structural locking elements are shape locking means in the form of outwardly protruding fastening elements provided at both ends of the insert piece ; at the first end is a uniform flange or rim and at the second end are two or more transverse protrusions or segments ; and slits are provided between the protrusions or segments to allow the protrusions or segments to be bend inwardly during the mounting of the insert piece in the control ball .
A method of mitigating compaction in a work area , the method comprising: determining a compaction map of the work area having compaction data associated with a plurality of reference points ; passing a work tool through the work area at the plurality of reference points ; and adjusting the work tool at the plurality of reference points based on the compaction data, wherein the work tool comprises a seeding device, and adjusting the work tool comprises adjusting seeding actuation of the seeding device based on the compaction data, characterized in that the seeding device is a cover crop seeding device planting a compaction-mitigating cover crop that mitigates soil compaction because their root system extends into the compact soil to break up, loosen, or otherwise decompact the soil, and that the cover crop seeding device is configured to selectively plant the compaction-mitigating cover crop based on the compaction data indicating a relatively compact soil condition. determining a compaction map of the work area having compaction data associated with a plurality of reference points ; passing a work tool through the work area at the plurality of reference points ; and adjusting the work tool at the plurality of reference points based on the compaction data, wherein the work tool comprises a seeding device, and adjusting the work tool comprises adjusting seeding actuation of the seeding device based on the compaction data, characterized in that the seeding device is a cover crop seeding device planting a compaction-mitigating cover crop that mitigates soil compaction because their root system extends into the compact soil to break up, loosen, or otherwise decompact the soil, and that the cover crop seeding device is configured to selectively plant the compaction-mitigating cover crop based on the compaction data indicating a relatively compact soil condition.
A random access method of a terminal in a mobile communication system supporting carrier aggregation, the method comprising: communicating, on a primary cell, data after random access; receiving when it is determined to add a secondary cell, on a primary cell, a configuration message associated with a random access for the secondary cell; receiving , on the secondary cell, a physical downlink control channel PDCCH order to initiate the random access for the secondary cell; transmitting , on the secondary cell, a random access preamble based on the PDCCH order; monitoring , on the primary cell, whether a control message for a random access response corresponding to the random access preamble is received within a random access response window which is used for the primary cell; and transmitting , uplink data on the secondary cell based on an uplink grant included in the random access response, in case that the control message for the random access response is received on the primary cell within the random access response window. communicating, on a primary cell, data after random access; receiving when it is determined to add a secondary cell, on a primary cell, a configuration message associated with a random access for the secondary cell; receiving , on the secondary cell, a physical downlink control channel PDCCH order to initiate the random access for the secondary cell; transmitting , on the secondary cell, a random access preamble based on the PDCCH order; monitoring , on the primary cell, whether a control message for a random access response corresponding to the random access preamble is received within a random access response window which is used for the primary cell; and transmitting , uplink data on the secondary cell based on an uplink grant included in the random access response, in case that the control message for the random access response is received on the primary cell within the random access response window.
A plasmid vector encoding an HSV-2 antigen under the control of a promoter and the HSV-2 antigen encapsulated in liposomes for use in a method for treating an HSV-2 infection or for eliciting a protective immune response against HSV-2 infection in a mammal, the method comprising administering to the mammal: (a) a priming preparation comprising the plasmid vector encoding an HSV-2 antigen; (b) after step (a), administering to the mammal a first boosting preparation comprising the HSV-2 antigen encapsulated in liposomes; and (c) after step (b), administering to the mammal a second boosting preparation comprising the plasmid vector encoding the HSV-2 antigen and the HSV-2 antigen encapsulated in liposomes, wherein in the method the plasmid vector is administered intramuscularly and the liposomal-encapsulated antigen is administered intranasally. (a) a priming preparation comprising the plasmid vector encoding an HSV-2 antigen; (b) after step (a), administering to the mammal a first boosting preparation comprising the HSV-2 antigen encapsulated in liposomes; and (c) after step (b), administering to the mammal a second boosting preparation comprising the plasmid vector encoding the HSV-2 antigen and the HSV-2 antigen encapsulated in liposomes, wherein in the method the plasmid vector is administered intramuscularly and the liposomal-encapsulated antigen is administered intranasally.
Together with a lock attachment device and a lock for a motor vehicle, a fastening device consisting of a support intended to be attached to the structure of a vehicle by a fastening part and having an interface part forming a plate extending into a plane P, the said interface part having holes passing device means a device consisting of a platinum arranged on a first face of the interface part , a means of maintaining the platinum at the support capable of allowing a displacement of adjustment of the platinum in relation to the interface part at least in a direction parallel to the plane (P), in so far as the plate includes a means of fastening to secure the latch to the fastening device by crossing the passing holes so as to place the latch against a second face of the interface part opposite the first face, the means of fastening offering an untight configuration so as to maintain the latch on the device while allowing the adjustment of the platinum and a tight configuration so as to maintain fixed the lock and the plate in relation to the support , the lock being placed against the second side of the support .
Method for operating a massage device of a seat , in particular of a motor vehicle , comprising a massage drive with an unbalance driven by means of an electric motor and an eletrical line for operating the massage drive , in which - by means of a component of the massage device , a change in capacitance due to a change in occupancy of at least a section of the seat is detected, - an energization of the electric motor is adjusted based on the change in capacitance, - wherein as a component a housing of the massage drive or the electrical line is used, - or wherein the capacitance between the component and a second massage drive and/or a second electrical line is determined. - by means of a component of the massage device , a change in capacitance due to a change in occupancy of at least a section of the seat is detected, - an energization of the electric motor is adjusted based on the change in capacitance, - wherein as a component a housing of the massage drive or the electrical line is used, - or wherein the capacitance between the component and a second massage drive and/or a second electrical line is determined.
Direct memory access controller for a computing unit (20; 20_1 to 20_n) having a working memory (30; 30-1 to 30_n), wherein the direct memory access controller has a terminal for connecting the direct memory access controller to a bus system that connects the computing unit (20; 20_1 to 20_n) to the working memory (30; 30_1 to 30n), characterized in that the direct memory access controller is designed to perform the following steps: - reading in control information from at least two information blocks stored in the working memory (30; 30_1 to 30_n) and that are provided by the computing unit (20; 20_1 to 20_n) for transmission to a communication module connected to the bus system , wherein the control information characterizes a priority of the respective information block for the transmission to the communication module , - determining an order for the transmission of the information blocks to the communication module depending on the respective priority, - transmitting the information blocks from the working memory (30; 30_1 to 30_n) to the communication module according to the determined order using direct memory access from the working memory (30; 30_1 to 30_n) to the communication module . - reading in control information from at least two information blocks stored in the working memory (30; 30_1 to 30_n) and that are provided by the computing unit (20; 20_1 to 20_n) for transmission to a communication module connected to the bus system , wherein the control information characterizes a priority of the respective information block for the transmission to the communication module , - determining an order for the transmission of the information blocks to the communication module depending on the respective priority, - transmitting the information blocks from the working memory (30; 30_1 to 30_n) to the communication module according to the determined order using direct memory access from the working memory (30; 30_1 to 30_n) to the communication module .
A method of manufacturing decorated natural leather characterized by including the steps of: - applying a crusted leather , having a corium side, a grain side and an edge, on a conveyor system, having a position means , and - aligning said crusted leather by moving said edge against said position means; and - laminating said aligned crusted leather on a temporary carrier , having a top layer, wherein said corium side is attached by said top layer on said temporary carrier while conveying said crusted leather on said conveyor system towards said temporary carrier and moving said temporary carrier relative to said conveyor system; and - inkjet printing on said grain side with one or more pigmented inkjet inks an image by an inkjet printing system. - applying a crusted leather , having a corium side, a grain side and an edge, on a conveyor system, having a position means , and - aligning said crusted leather by moving said edge against said position means; and - laminating said aligned crusted leather on a temporary carrier , having a top layer, wherein said corium side is attached by said top layer on said temporary carrier while conveying said crusted leather on said conveyor system towards said temporary carrier and moving said temporary carrier relative to said conveyor system; and - inkjet printing on said grain side with one or more pigmented inkjet inks an image by an inkjet printing system.
An inhalable pharmaceutical composition comprising a glucocorticoid selected from budesonide, fluticasone propionate, beclomethasone dipropionate, ciclesonide, flunisolide, mometasone furoate, or triamcinolone acetonide for use in the therapy of a subject suffering from asthma, the subject being a neonate, infant or child younger than 12 years wherein said composition is administered as an aerosol via a mouthpiece or a facemask, and wherein said aerosol is comprised in a gas phase, and wherein said gas phase is administered to said subject: (a) at a flow rate of from about 4 L/min to about 9 L/min during the inhalation period of the subject, (b) wherein the gas phase comprising the aerosol is administered via an inhalation interface exhibiting a static dead volume (DVs) between a nascent aerosol outlet at the upstream end of the inhalation interface and an outlet opening at the downstream end of the inhalation interface facing the subject's mouth of not more than 150 ml, characterized in that (c) said gas phase is administered at a total volume of about 0.10 L to about 0.80 L per inhalation. (a) at a flow rate of from about 4 L/min to about 9 L/min during the inhalation period of the subject, (b) wherein the gas phase comprising the aerosol is administered via an inhalation interface exhibiting a static dead volume (DVs) between a nascent aerosol outlet at the upstream end of the inhalation interface and an outlet opening at the downstream end of the inhalation interface facing the subject's mouth of not more than 150 ml, characterized in that (c) said gas phase is administered at a total volume of about 0.10 L to about 0.80 L per inhalation.