mhurhangee/patent-ind-claim-en huggingface dataset:
An acid-base addition salt in substantially pure form, having the formula of: (X + ) m (U - ) n (I) wherein (a) U - is an anionic moiety of ursodeoxycholic acid; (b) X + is a cationic moiety of berberine; and (c) m is 1 and n is 1. (a) U - is an anionic moiety of ursodeoxycholic acid; (b) X + is a cationic moiety of berberine; and (c) m is 1 and n is 1.
A method for transmitting a signal in a contention-based physical uplink shared channel, CB-PUSCH, by a user equipment, UE in a communication system, the method comprising the steps of: receiving, from a base station, a downlink control information, DCI, format used to enable CB-PUSCH transmissions; determining a resource block group, RBG, for transmission of the signal in the CB-PUSCH based on a bitmap indicating available RBGs for CB-PUSCH transmission provided by a resource allocation information element, RA IE, indicated by the DCI format; and transmitting the signal in the CB-PUSCH based on the determined RBG; wherein the RBG comprises at least two resource blocks . receiving, from a base station, a downlink control information, DCI, format used to enable CB-PUSCH transmissions; determining a resource block group, RBG, for transmission of the signal in the CB-PUSCH based on a bitmap indicating available RBGs for CB-PUSCH transmission provided by a resource allocation information element, RA IE, indicated by the DCI format; and transmitting the signal in the CB-PUSCH based on the determined RBG; wherein the RBG comprises at least two resource blocks .
Catalyst in the form of particles for the oxidative esterification of aldehydes to carboxylic esters, characterized in that the catalyst consists, except for oxygen, of a) 0.01 to 10 mol% of gold, b) 40 to 94 mol% of silicon, c) 3 to 40 mol% of aluminium and d) 2 to 40 mol% of at least one further element selected from alkali metals, alkaline earth metals, lanthanoids having atomic numbers 57 to 71, Y, Sc, Ti, Zr, Cu, Mn, Pb and/or Bi, where components b) to d) are present as oxides and the stated amounts of components a) to d) relate to 100 mol% of the composition of the catalyst without oxygen, in that the catalyst has a shell structure composed of a core and at least one shell, where at least 80% of the total amount of component a) is part of a shell, and in that the catalyst has a PZC value between 7 and 11, where the PZC value is determined as described in the description. in that the catalyst has a shell structure composed of a core and at least one shell, where at least 80% of the total amount of component a) is part of a shell, and in that the catalyst has a PZC value between 7 and 11, where the PZC value is determined as described in the description.
A control method for a series hybrid vehicle , wherein: - the vehicle includes a controller configured to perform control, - in the vehicle a drive wheel is driven by a travel motor using electric power of an electric power generation motor which is driven by power of an engine with a supercharger to generate the electric power, - the control method comprising: - a pre-detection step executed by the controller for determining whether or not an overflow torque exceeds a receivable torque and whether or not the engine is supercharged; and - a step executed by the controller for performing fuel cut of the engine based on the result of the pre-detection step, - the fuel cut is performed if the overflow torque exceeds the receivable torque and the engine is supercharged, - the overflow torque means an excess amount of a torque of the internal combustion engine over a drive engine torque of the electric power generation motor , and - the receivable torque means the drive engine torque of the electric power generation motor corresponding to system receivable electric power indicating an electric power reception margin of a series hybrid system provided in the series hybrid vehicle . - the vehicle includes a controller configured to perform control, - in the vehicle a drive wheel is driven by a travel motor using electric power of an electric power generation motor which is driven by power of an engine with a supercharger to generate the electric power, - the control method comprising: - a pre-detection step executed by the controller for determining whether or not an overflow torque exceeds a receivable torque and whether or not the engine is supercharged; and - a step executed by the controller for performing fuel cut of the engine based on the result of the pre-detection step, - a pre-detection step executed by the controller for determining whether or not an overflow torque exceeds a receivable torque and whether or not the engine is supercharged; and - a step executed by the controller for performing fuel cut of the engine based on the result of the pre-detection step, - the fuel cut is performed if the overflow torque exceeds the receivable torque and the engine is supercharged, - the overflow torque means an excess amount of a torque of the internal combustion engine over a drive engine torque of the electric power generation motor , and - the receivable torque means the drive engine torque of the electric power generation motor corresponding to system receivable electric power indicating an electric power reception margin of a series hybrid system provided in the series hybrid vehicle .
An arrangement for equipping a dewatering screen with perforated watermark inserts that bear a multilevel injection molded relief, having - an injection molding unit that is adapted and equipped to furnish a dewatering screen with a plurality of watermark inserts having a multilevel injection molded relief, and - a separate perforation unit to which the dewatering screen furnished with the watermark inserts is feedable and that comprises a perforation laser device for producing dewatering perforations in the watermark inserts of the dewatering screen . - an injection molding unit that is adapted and equipped to furnish a dewatering screen with a plurality of watermark inserts having a multilevel injection molded relief, and - a separate perforation unit to which the dewatering screen furnished with the watermark inserts is feedable and that comprises a perforation laser device for producing dewatering perforations in the watermark inserts of the dewatering screen .
A wheel end assembly for a vehicle , the wheel end assembly being configured to be supported by a central wheel support member such as a spindle or a steering knuckle, the wheel end assembly comprising: - a wheel end bearing configured to be arranged concentrically around the central wheel support member, - a hub casing including a first material and a different second material joined together as a single piece, the hub casing comprising a radially external body of said first material and a radially internal tubular core of said second material, the tubular core being provided concentrically around the wheel end bearing, and - an annular seal which is concentric with the wheel end bearing and the hub casing, wherein the annular seal has a radial extension from the wheel end bearing towards and into contact with one of the external body and the tubular core, and wherein the annular seal is spaced apart from the other one of the external body and the tubular core, characterized in that the wheel end bearing comprises roller elements accommodated between an inner race-forming part and an outer race-forming part surrounding the inner race-forming part, wherein the inner race-forming part is configured to be supported by the central wheel support member . - a wheel end bearing configured to be arranged concentrically around the central wheel support member, - a hub casing including a first material and a different second material joined together as a single piece, the hub casing comprising a radially external body of said first material and a radially internal tubular core of said second material, the tubular core being provided concentrically around the wheel end bearing, and - an annular seal which is concentric with the wheel end bearing and the hub casing, wherein the annular seal has a radial extension from the wheel end bearing towards and into contact with one of the external body and the tubular core, and wherein the annular seal is spaced apart from the other one of the external body and the tubular core,
A method for preparing a regenerated cellulose fiber spinning dope by a solvent method, wherein an aqueous mixture of cellulose and a solvent and an auxiliary agent is prepared into a spinnable cellulose spinning dope, characterized in that the material mixture is first injected into two or more vertical wiped film evaporators , then injected into a horizontal, and preferably cylindrical, kneading reactor connected thereto and evaporated and mixed under vacuum, wherein each of the wiped film evaporators is directly connected by a connecting section to the kneading reactor .
A method performed by a user device to implement a user-device initiated request for wireless resources, the method comprising: determining a wireless connection environmental condition related to transmissions received from a base station over a wireless connection; selecting , based on the determined wireless connection environmental condition, a mini-slot configuration for communicating with the base station, the mini-slot configuration identifying a quantity of orthogonal frequency division multiplexing, OFDM, symbols for communicating via a mini-slot that is less than a quantity of OFDM symbols for one slot; and transmitting , to the base station, a request to communicate with the base station via a mini-slot, the request identifying the selected mini-slot configuration. determining a wireless connection environmental condition related to transmissions received from a base station over a wireless connection; selecting , based on the determined wireless connection environmental condition, a mini-slot configuration for communicating with the base station, the mini-slot configuration identifying a quantity of orthogonal frequency division multiplexing, OFDM, symbols for communicating via a mini-slot that is less than a quantity of OFDM symbols for one slot; and transmitting , to the base station, a request to communicate with the base station via a mini-slot, the request identifying the selected mini-slot configuration.
A method of operating a network device to stitch an existing virtual private network, VPN, with one or more virtual private clouds, VPCs, in one or more public cloud data centers, DCs, comprising: communicating over the existing VPN between a plurality of first network devices; configuring a virtual routing application in a first VPC in a first public DC ; configuring one or more virtual routing applications in the existing VPN ; establishing a plurality of paths between the first network devices in the existing VPN and one or more second networking devices in the first VPC , the plurality of paths including one or more physical connections and one or more virtual connections over non-secure networks; and configuring a virtual routing application controller in the existing VPN for controlling the virtual routing application in the first VPC and the one or more virtual routing applications in the existing VPN , whereby the virtual routing application controller performs path computing and path setup to enable the plurality of first network devices in the existing VPN to access applications instantiated in the first VPC through the paths between the first network devices and the first VPC . communicating over the existing VPN between a plurality of first network devices; configuring a virtual routing application in a first VPC in a first public DC ; configuring one or more virtual routing applications in the existing VPN ; establishing a plurality of paths between the first network devices in the existing VPN and one or more second networking devices in the first VPC , the plurality of paths including one or more physical connections and one or more virtual connections over non-secure networks; and configuring a virtual routing application controller in the existing VPN for controlling the virtual routing application in the first VPC and the one or more virtual routing applications in the existing VPN , whereby the virtual routing application controller performs path computing and path setup to enable the plurality of first network devices in the existing VPN to access applications instantiated in the first VPC through the paths between the first network devices and the first VPC .
Organic light emitting diode display device, said display device including a substrate covered by a cover which has a plane surface delimited along the external perimeter thereof by an edge , via which the cover is secured to the substrate , the plane surface of the cover being provided with a protuberance which extends in the direction of the substrate , the substrate being provided with a stack of layers, said stack of layers comprising at least the following layers which succeed each other in the following order starting from the substrate : - at least one anode ; - an insulating layer structured in lines and columns so as to delimit conductive areas which will form the display pixels of the device; - a spacer layer on the insulating layer which has a first exclusion area in a first area which is located plumb with the protuberance , said spacer layer being insulating and being structured along the lines ; - an active hole injection layer ; - an active hole transport layer ; - an active electron transport layer ; - a cathode layer which has a second exclusion area in a second area which is located plumb with the protuberance ; the protuberance of the cover being joined to the layer with which the substrate through the anodic layer and the active layers , a hole , whose diameter is smaller than the geometrical dimensions of the protuberance , being made in the protuberance , and said hole also passing through the substrate . - at least one anode ; - an insulating layer structured in lines and columns so as to delimit conductive areas which will form the display pixels of the device; - a spacer layer on the insulating layer which has a first exclusion area in a first area which is located plumb with the protuberance , said spacer layer being insulating and being structured along the lines ; - an active hole injection layer ; - an active hole transport layer ; - an active electron transport layer ; - a cathode layer which has a second exclusion area in a second area which is located plumb with the protuberance ;
A method of spot welding of a stacked plurality of steel sheets , one or more of the stacked plurality of steel sheets having a welding part coated with plating on at least one surface, the method comprising: clamping the stacked plurality of steel sheets with welding electrodes facing the steel sheets ; and spot welding the stacked plurality of steel sheets ; and characterized in that the step of clamping the stacked plurality of steel sheets with welding electrodes is preceded by a step of removing the plating from a range at least having in-circle area, an outer edge of the area being an outer periphery of a weld heat affected zone formed at the surface of the welding electrode side of the stacked plurality of steel sheets ; wherein the outer periphery of the weld heat affected zone is a position where the steel sheet is heated to 700°C during spot welding. clamping the stacked plurality of steel sheets with welding electrodes facing the steel sheets ; and spot welding the stacked plurality of steel sheets ; and characterized in that the step of clamping the stacked plurality of steel sheets with welding electrodes is preceded by a step of removing the plating from a range at least having in-circle area, an outer edge of the area being an outer periphery of a weld heat affected zone formed at the surface of the welding electrode side of the stacked plurality of steel sheets ; wherein the outer periphery of the weld heat affected zone is a position where the steel sheet is heated to 700°C during spot welding.
A medical apparatus comprising: an acquirer configured to acquire a plurality of fluoroscopic images of an object captured in time series; a selector configured to select a part of the plurality of fluoroscopic images acquired by the acquirer as reference images to be used for identifying a target position, the reference images including fluoroscopic images corresponding to a maximum exhalation position and a maximum inhalation position of the object, and an associator configured to associate a tracking value obtained based on a respiratory phase of the object with the fluoroscopic images acquired by the acquirer; wherein the selector is configured to identify the fluoroscopic images corresponding to the maximum exhalation position and the maximum inhalation position of the object based on the tracking value associated with the fluoroscopic images and to select the identified fluoroscopic images, as the reference images. an acquirer configured to acquire a plurality of fluoroscopic images of an object captured in time series; a selector configured to select a part of the plurality of fluoroscopic images acquired by the acquirer as reference images to be used for identifying a target position, the reference images including fluoroscopic images corresponding to a maximum exhalation position and a maximum inhalation position of the object, and an associator configured to associate a tracking value obtained based on a respiratory phase of the object with the fluoroscopic images acquired by the acquirer; wherein the selector is configured to identify the fluoroscopic images corresponding to the maximum exhalation position and the maximum inhalation position of the object based on the tracking value associated with the fluoroscopic images and to select the identified fluoroscopic images, as the reference images.
An information processing device comprising: a control unit configured to: detect COLOR information of a packet, wherein the COLOR information is set in a specific field of a physical header subsequent to a preamble identifying a first network of which the packet is from, continue receiving the packet, in a case the packet does not contain the COLOR information, continue receiving the packet, in a case the COLOR information identifies the first network to which the information processing device belongs, and stop receiving the packet during the reception according to a first condition, and assume that a carrier sense is in an idle state for a time from start of the reception of the packet to stop of the reception of the packet, in a case the COLOR information identifies a second network different from the first network to which the information processing device belongs. detect COLOR information of a packet, wherein the COLOR information is set in a specific field of a physical header subsequent to a preamble identifying a first network of which the packet is from, continue receiving the packet, in a case the packet does not contain the COLOR information, continue receiving the packet, in a case the COLOR information identifies the first network to which the information processing device belongs, and stop receiving the packet during the reception according to a first condition, and assume that a carrier sense is in an idle state for a time from start of the reception of the packet to stop of the reception of the packet, in a case the COLOR information identifies a second network different from the first network to which the information processing device belongs.
A method, implemented by a device, for acquiring a vehicle feature, comprising: acquiring, by an image capturing device, a to-be-processed image comprising a vehicle; recognizing a feature element of the vehicle from the to-be-processed image, wherein the feature element comprises a side element and an element of a vehicle end, and the vehicle end comprises a head of the vehicle or a rear of the vehicle; determining a side region of the vehicle and an end region of the vehicle, based on a position of the side element in the to-be-processed image and a position of the element of the vehicle end in the to-be-processed image; acquiring a side region feature based on the side region, and an end region feature based on the end region; and determining a relative position of the vehicle to the image capturing device, based on the end region feature, the side region feature and a shooting parameter of the to-be-processed image, wherein the determining a relative position of the vehicle to the image capturing device, based on the end region feature, the side region feature and a shooting parameter of the to-be-processed image comprises: determining the relative position of the vehicle to the image capturing device based on a midpoint of a boundary between the end region and the side region and the shooting parameter of the to-be-processed image. acquiring, by an image capturing device, a to-be-processed image comprising a vehicle; recognizing a feature element of the vehicle from the to-be-processed image, wherein the feature element comprises a side element and an element of a vehicle end, and the vehicle end comprises a head of the vehicle or a rear of the vehicle; determining a side region of the vehicle and an end region of the vehicle, based on a position of the side element in the to-be-processed image and a position of the element of the vehicle end in the to-be-processed image; acquiring a side region feature based on the side region, and an end region feature based on the end region; and determining a relative position of the vehicle to the image capturing device, based on the end region feature, the side region feature and a shooting parameter of the to-be-processed image, wherein the determining a relative position of the vehicle to the image capturing device, based on the end region feature, the side region feature and a shooting parameter of the to-be-processed image comprises: determining the relative position of the vehicle to the image capturing device based on a midpoint of a boundary between the end region and the side region and the shooting parameter of the to-be-processed image.
A method for locating a targeted wireless communication device , the method comprising: generating a communication data packet having a predetermined format comprising a locating state code associated with one of a plurality of predetermined locating states in which the targeted wireless communication device is operable, wherein the locating state code is associated with at least one of a plurality of predetermined locating states chosen from the group of locating states consisting of a misplaced state, a lost state, a stolen state, a tracking state, an emergency surveillance state and a covert surveillance state, wherein each locating state is associated with one or more predetermined location routines operable on the targeted wireless communication device and wherein communication data packet is a Short Message Service, SMS, communication data packet or a data call communication data packet that include a payload having a location/recovery identifier operable for identifying the communication data packet as a location/recovery related communication data packet, a personal user/owner identifier operable for authenticating the us-er/owner of the wireless communication device and/or a network service provider as an individual or entity authorized to perform location, tracking and/or recovery on the wireless communication device , and a variable length field for dynamically setting parameters associated with the one or more predetermined routines; and communicating the communication data packet to the targeted wireless communication device .