mhurhangee/patent-ind-claim-en huggingface dataset:
A method for multiple user uplink communication in a wireless network, comprising: transmitting , by a first user terminal , at a transmission power level a first wireless message comprising a request for the first user terminal to transmit uplink data and an indication of at least one requested operational parameter indicating the transmission power level; and receiving , by the first user terminal , a second wireless message from an access point in response to the first wireless message, the second wireless message indicating which user terminals of a plurality of user terminals including the first user terminal are selected to transmit uplink data, the second wireless message indicating at least one operational parameter for transmission of uplink data based on the at least one requested operational parameter, wherein the second wireless message further comprises a power backoff indication based on the transmission power level of the first wireless message. transmitting , by a first user terminal , at a transmission power level a first wireless message comprising a request for the first user terminal to transmit uplink data and an indication of at least one requested operational parameter indicating the transmission power level; and receiving , by the first user terminal , a second wireless message from an access point in response to the first wireless message, the second wireless message indicating which user terminals of a plurality of user terminals including the first user terminal are selected to transmit uplink data, the second wireless message indicating at least one operational parameter for transmission of uplink data based on the at least one requested operational parameter, wherein the second wireless message further comprises a power backoff indication based on the transmission power level of the first wireless message.
A control system for controlling a cooling system comprising two or more cooling entities , the control system comprising: - a central control unit , - two or more entity controllers , each entity controller being associated with one of the cooling entities , and each entity controller being provided with a nearfield communication interface allowing communication between the entity controller and a portable device , via a nearfield communication channel, and - a secured communication network connecting the central control unit with each of the entity controllers , characterized in that the central control unit is configured to generate blocking signals and/or unblocking signals and communicate the blocking signals and/or unblocking signals to each of the entity controllers , via the secured communication network , and in that each of the entity controllers is configured to block and/or unblock the nearfield communication interface , in accordance with received blocking signals and/or unblocking signals. - a central control unit , - two or more entity controllers , each entity controller being associated with one of the cooling entities , and each entity controller being provided with a nearfield communication interface allowing communication between the entity controller and a portable device , via a nearfield communication channel, and - a secured communication network connecting the central control unit with each of the entity controllers ,
A method of preparing an immunoinducer to a target antigen, comprising pulsing a target antigen and CD1d co-expressing cell with a CD1d ligand thereby presenting the CD1d ligand on the surface of the cell via CD1d, wherein the immunoinducer is for use in a method of prophylaxis or treatment of a neoplastic disease or infection and wherein the co-expressing cell is produced by: (i) transforming a cell with a vector that expresses at least a target antigen or CD1d; or (ii) introducing the target antigen and CD1d, such that the target antigen and CD1d will be co-expressed in the object cell, or expression of the target antigen and/or CD1d will be enhanced in the target antigen and CD1d co-expressing cell, provided that the cell is not a dendritic cell. (i) transforming a cell with a vector that expresses at least a target antigen or CD1d; or (ii) introducing the target antigen and CD1d, such that the target antigen and CD1d will be co-expressed in the object cell, or expression of the target antigen and/or CD1d will be enhanced in the target antigen and CD1d co-expressing cell,
Handling device for holding objects , in particular a gripping device or clamping device, comprising a base portion and a contact portion , the contact portion bearing against the object when the object is held, and comprising a sensor apparatus having a first sensor component and a second sensor component , the two sensor components interacting to determine operating parameters of the handling device , the sensor apparatus being designed to determine a change in the position of the first sensor component relative to the second sensor component , the first sensor component being designed and arranged such that, when an object bears against and is held on the contact portion , a displacement of the object relative to the base portion is connected to a displacement of the first sensor component relative to the base portion , and the second sensor component being arranged in a fixed position relative to the base portion , the sensor apparatus being designed to determine the distance between the first sensor component and the second sensor component, characterized in that the handling device is designed to hold the object by means of negative pressure, comprising an elastically deformable suction body , the contact portion being formed on a region of the suction body that faces the held object . and comprising a sensor apparatus having a first sensor component and a second sensor component , the two sensor components interacting to determine operating parameters of the handling device , the sensor apparatus being designed to determine a change in the position of the first sensor component relative to the second sensor component , the first sensor component being designed and arranged such that, when an object bears against and is held on the contact portion , a displacement of the object relative to the base portion is connected to a displacement of the first sensor component relative to the base portion , and the second sensor component being arranged in a fixed position relative to the base portion , the sensor apparatus being designed to determine the distance between the first sensor component and the second sensor component, characterized in that the handling device is designed to hold the object by means of negative pressure, comprising an elastically deformable suction body , the contact portion being formed on a region of the suction body that faces the held object .
A compound having the structure: or or a pharmaceutically acceptable salt or solvate thereof.
An array substrate, divided into a plurality of detection units, each of the detection units has a first electrode and a photoelectric conversion structure provided therein, wherein, the first electrode is disposed on a side of the photoelectric conversion structure opposite to a light incident side of the photoelectric conversion structure , and is electrically connected to the photoelectric conversion structure , wherein a reflective layer that is electrically conductive is further included between the first electrode and the photoelectric conversion structure , and a surface of the reflective layer facing the photoelectric conversion structure is a reflection surface, characterized in that the reflective layer and the first electrode are formed into an integral structure, the first electrode has a material including an oxide of a conductive metal, and the reflective layer is an elementary substance of the conductive metal.
Plug-in connector for mechanical and electrical connection to a corresponding mating plug-in connector, comprising a housing , two individual, identical protective conductor bridges and a plug insert, wherein the protective conductor bridges are held on the housing , wherein the protective conductor bridges each have two connecting regions for connection to the plug insert and the plug insert is held on the connecting regions of the protective conductor bridges , wherein the two connecting regions of each protective conductor bridge are formed on axial end regions of the protective conductor bridge and each protective conductor bridge has an elongate bridge main body on the sides of which the connecting regions are formed, wherein the housing has a plug opening with two opposite sides and one of the protective conductor bridges is attached to each of the two opposite sides , wherein the plug insert is jointly held on the two protective conductor bridges .
An ultrasound image processing apparatus comprising an image processor arrangement adapted to: receive a plurality of ultrasound images , each ultrasound image imaging an invasive medical device relative to an anatomical feature of interest during a particular phase of a cardiac cycle, said anatomical feature of interest having a different shape at different phases of the cardiac cycle, the plurality of ultrasound images covering at least two cardiac cycles during which the invasive medical device is displaced relative to the anatomical feature of interest; compile a plurality of groups of the ultrasound images, wherein the ultrasound images in each group belong to the same phase of said cardiac cycles; and for each group: determine the displacement of the invasive medical device relative to the anatomical feature of interest between at least two ultrasound images in said group; and generate an augmented ultrasound image from one of the ultrasound images of the at least two ultrasound images by removing a shadow region on the anatomical feature of interest caused by the invasive medical device from said ultrasound image based on the determined displacement of the invasive medical device. receive a plurality of ultrasound images , each ultrasound image imaging an invasive medical device relative to an anatomical feature of interest during a particular phase of a cardiac cycle, said anatomical feature of interest having a different shape at different phases of the cardiac cycle, the plurality of ultrasound images covering at least two cardiac cycles during which the invasive medical device is displaced relative to the anatomical feature of interest; compile a plurality of groups of the ultrasound images, wherein the ultrasound images in each group belong to the same phase of said cardiac cycles; and for each group: determine the displacement of the invasive medical device relative to the anatomical feature of interest between at least two ultrasound images in said group; and generate an augmented ultrasound image from one of the ultrasound images of the at least two ultrasound images by removing a shadow region on the anatomical feature of interest caused by the invasive medical device from said ultrasound image based on the determined displacement of the invasive medical device. determine the displacement of the invasive medical device relative to the anatomical feature of interest between at least two ultrasound images in said group; and generate an augmented ultrasound image from one of the ultrasound images of the at least two ultrasound images by removing a shadow region on the anatomical feature of interest caused by the invasive medical device from said ultrasound image based on the determined displacement of the invasive medical device.
A light emitting device comprising: a light emitting chip emitting a light having a first light emission spectrum ; a plurality of phosphors to absorb a portion of light emitted from the light emitting chip and to emit lights having mutually different peak wavelengths; and a molding member provided on the light emitting chip and including the phosphors , wherein the phosphors comprise: a first phosphor to absorb the portion of the light emitted from the light emitting chip and to emit light having a first peak wavelength ; a second phosphor to absorb the portion of the light emitted from the light emitting chip and to emit light having a second peak wavelength; and a third phosphor to absorb the portion of the light emitted from the light emitting chip and to emit light having a third peak wavelength, the first to third peak wavelengths have mutually different color spectrums, and a second light emission spectrum in which the first to third peak wavelengths are mixed with each other has a luminous intensity having a flat section (D1) in at least 30 nm at a peak wavelength thereof, wherein the first to third phosphors comprise mutually different nitride phosphors, wherein the first phosphor emits a light having a green spectrum, the second phosphor emits a light having a yellow spectrum, and the third phosphor emits a light having a red spectrum, wherein the light emitting chip emits blue light or ultraviolet light, and the second light emission spectrum comprises yellow light, characterized in that the flat section (D1) has a gradient having a deviation of 0.4% or less based on a horizontal linear line of the luminous intensity at the peak wavelength. a light emitting chip emitting a light having a first light emission spectrum ; a plurality of phosphors to absorb a portion of light emitted from the light emitting chip and to emit lights having mutually different peak wavelengths; and a molding member provided on the light emitting chip and including the phosphors , wherein the phosphors comprise: a first phosphor to absorb the portion of the light emitted from the light emitting chip and to emit light having a first peak wavelength ; a second phosphor to absorb the portion of the light emitted from the light emitting chip and to emit light having a second peak wavelength; and a third phosphor to absorb the portion of the light emitted from the light emitting chip and to emit light having a third peak wavelength, the first to third peak wavelengths have mutually different color spectrums, and a second light emission spectrum in which the first to third peak wavelengths are mixed with each other has a luminous intensity having a flat section (D1) in at least 30 nm at a peak wavelength thereof, wherein the first to third phosphors comprise mutually different nitride phosphors, wherein the first phosphor emits a light having a green spectrum, the second phosphor emits a light having a yellow spectrum, and the third phosphor emits a light having a red spectrum, wherein the light emitting chip emits blue light or ultraviolet light, and the second light emission spectrum comprises yellow light,
A process for identifying at least one biological marker characterizing children's skin, said process comprising the following steps: a) measuring the level of expression of a candidate biological marker in at least two reconstructed skin cultures (A) and (A'), said cultures coming from a donor selected from the group consisting of newborns, whose age is between 0 and 1 month, and infants, whose age is between 1 month and 2 years; said cultures (A) and (A') belonging to two different age classes, b) measuring the level of expression of said candidate biological marker in at least one control reconstructed skin culture (B), c) calculating the ratio between the level of expression of step a) and the level of expression of step b), and d) determining that the candidate marker is a biological marker characterizing children's skin, if • the control culture (B) comes from an adult and • the ratio in step c) is different from 1. a) measuring the level of expression of a candidate biological marker in at least two reconstructed skin cultures (A) and (A'), said cultures coming from a donor selected from the group consisting of newborns, whose age is between 0 and 1 month, and infants, whose age is between 1 month and 2 years; said cultures (A) and (A') belonging to two different age classes, b) measuring the level of expression of said candidate biological marker in at least one control reconstructed skin culture (B), c) calculating the ratio between the level of expression of step a) and the level of expression of step b), and d) determining that the candidate marker is a biological marker characterizing children's skin, if • the control culture (B) comes from an adult and • the ratio in step c) is different from 1. • the control culture (B) comes from an adult and • the ratio in step c) is different from 1.
An addition fragmentation agent of the formula: wherein R 1 is each independently a C 2 -C 10 alkylene group; Y is -O-, -O-CO-, or -O-CO-NH-; each X 1 is -O-; n is 0; m is 2; two of said R 2 groups being a high refractive index group; and two of said R 2 groups being a (meth)acryloyl group; said addition-fragmentation agent having a refractive index of ≥ 1.50; and wherein the high refractive index group is selected from 2-, 3-, and 4-biphenyl or 1-, 2-, 3- and 4-napthyl. R 1 is each independently a C 2 -C 10 alkylene group; Y is -O-, -O-CO-, or -O-CO-NH-; each X 1 is -O-; n is 0; m is 2; two of said R 2 groups being a high refractive index group; and two of said R 2 groups being a (meth)acryloyl group; said addition-fragmentation agent having a refractive index of ≥ 1.50; and
A work vehicle comprising: a vehicle body ; a work implement attached to the vehicle body and including an attachment ; an operating device (CL) configured to be operated to a dump side for causing the attachment to dump and to a tilt side for causing the attachment to tilt; and a controller configured to execute an automatic drive control for automatically causing the attachment to dump as far as a predetermined dumping position when the operating device (CL) is operated by a first dump operation amount (P1') or greater to the dump side, or for automatically causing the attachment to tilt as far as a predetermined tilt position when the operating device (CL) is operated by a first tilt operation amount (P1) or greater to the tilt side; characterised in that the controller is configured to disable the automatic drive control when a switching time period (Tc) required for the operating device (CL) to be switched from the tilt side to the dump side or from the dump side to the tilt side, is equal to or less than a predetermined disabling time period (Tp). a vehicle body ; a work implement attached to the vehicle body and including an attachment ; an operating device (CL) configured to be operated to a dump side for causing the attachment to dump and to a tilt side for causing the attachment to tilt; and a controller configured to execute an automatic drive control for automatically causing the attachment to dump as far as a predetermined dumping position when the operating device (CL) is operated by a first dump operation amount (P1') or greater to the dump side, or for automatically causing the attachment to tilt as far as a predetermined tilt position when the operating device (CL) is operated by a first tilt operation amount (P1) or greater to the tilt side; characterised in that the controller is configured to disable the automatic drive control when a switching time period (Tc) required for the operating device (CL) to be switched from the tilt side to the dump side or from the dump side to the tilt side, is equal to or less than a predetermined disabling time period (Tp).
Spring device with a piston and with a housing into which the piston can be introduced in a movement direction (B), wherein a cavity is formed between the piston and the housing , wherein a compressible solid body spring element is arranged in the cavity and consists of a solid body that can be compressed by the piston , characterized in that all surfaces of the piston facing the solid body spring element are formed conically or concavely, corresponding to a corresponding convex form of the solid body spring element , such that a movement of the piston reducing the cavity leads to a spreading of the piston, wherein the piston is made of metal.
A cartridge for a breathing circuit comprising: A. a semipermeable membrane ; B. an outer cage to which the semipermeable membrane is affixed; and C. an optional inner cage interior to the outer cage , and optionally wherein the semipermeable membrane is affixed between the inner cage and the outer cage ; and wherein the semipermeable membrane allows water vapour to exit from the cartridge into the environment, while maintaining air pressure within the cartridge , and characterised in that the semipermeable membrane comprises: i. a polytetrafluoroethylene membrane ; and ii. a graphene anti-bacterial compound . A. a semipermeable membrane ; B. an outer cage to which the semipermeable membrane is affixed; and C. an optional inner cage interior to the outer cage , and optionally wherein the semipermeable membrane is affixed between the inner cage and the outer cage ; and i. a polytetrafluoroethylene membrane ; and ii. a graphene anti-bacterial compound .
Device for handling products , in particular baked goods, comprising: at least one processing unit , in particular in the form of an oven , which has at least one storage belt and is configured to process the products ; at least one output unit , which has at least one storage belt and is configured to output the finished products to the customer; at least one operating device , which is configured to transport the products between the units ; characterized in that the operating device has at least one operating belt and at least one coupling device ; wherein the operating belt is configured to store the products ; wherein the coupling device is configured to couple the operating belt with a storage belt in order to exchange the products with the coupled storage belt , and wherein the coupling device has at least one drive unit , which is configured to drive at least one storage belt coupled with the operating device , wherein the operating device has a cleaning device which is configured to clean a coupled storage belt ; wherein preferably the cleaning device is a vacuum cleaner and/or a disinfection device . at least one processing unit , in particular in the form of an oven , which has at least one storage belt and is configured to process the products ; at least one output unit , which has at least one storage belt and is configured to output the finished products to the customer; at least one operating device , which is configured to transport the products between the units ; characterized in that the operating device has at least one operating belt and at least one coupling device ; wherein the operating belt is configured to store the products ; wherein the coupling device is configured to couple the operating belt with a storage belt in order to exchange the products with the coupled storage belt , and wherein the coupling device has at least one drive unit , which is configured to drive at least one storage belt coupled with the operating device , wherein the operating device has a cleaning device which is configured to clean a coupled storage belt ; wherein preferably the cleaning device is a vacuum cleaner and/or a disinfection device .