mhurhangee/ep-ind-claims huggingface dataset:
A method for cooperative multipoint transmission, comprising controlling the transmission of reference signals (CSI RS1, CSI RS2) corresponding to a plurality of sites such that reference signals (CSI RS1, CSI RS2) are transmitted in different time intervals depending on the strength of reception of the reference signals (CSI RS1, CSI RS2)_at a user equipment, informing the user equipment about the time intervals and of a channel state information reference signal activation pattern being applied, the activation pattern separating strong channel components from weak channel components.
A system for displaying an image of a patient anatomy on a movable display, said system comprising: a display screen (7; 93; 125) configured to be moved and aligned with target regions on an exterior of a patient's body; a processor (36; 99; 132) configured to receive data representing the patient's anatomy and data representing a position of the display screen in real time, wherein the processor is configured to deliver to the display screen an image of the patient anatomy which changes, in real time and in accordance with a spatial relationship between a position of the patient's actual anatomy and the position of the display screen in real time, in response to movement of the display screen; characterised in that the system further comprises means (97; 121) on the display screen (7; 93; 125) allowing a user to adjust the spatial relationship between the position of the patient's actual anatomy and the position of the display screen in real time, wherein the processor is further configured to subsequently deliver to the display screen an image which changes, in real time and in accordance with said adjusted spatial relationship, in response to further movement of the display screen occurring after the spatial relationship adjustment. a display screen (7; 93; 125) configured to be moved and aligned with target regions on an exterior of a patient's body; a processor (36; 99; 132) configured to receive data representing the patient's anatomy and data representing a position of the display screen in real time, wherein the processor is configured to deliver to the display screen an image of the patient anatomy which changes, in real time and in accordance with a spatial relationship between a position of the patient's actual anatomy and the position of the display screen in real time, in response to movement of the display screen; characterised in that the system further comprises means (97; 121) on the display screen (7; 93; 125) allowing a user to adjust the spatial relationship between the position of the patient's actual anatomy and the position of the display screen in real time, wherein the processor is further configured to subsequently deliver to the display screen an image which changes, in real time and in accordance with said adjusted spatial relationship, in response to further movement of the display screen occurring after the spatial relationship adjustment.
A therapeutic composition, comprising an isolated valyl-tRNA synthetase (ValRS) protein fragment of 100 to 350 amino acids in length and comprising an amino acid sequence that is at least 90%, 95%, 98%, or 100% identical to 100 or more contiguous amino acids of SEQ ID NO:76, 14, 74, 78,113, or 176, wherein the ValRS protein fragment has an extracellular signaling activity and has a solubility of at least 5 mg/mL, and wherein the composition has a purity of at least 95% on a protein basis and less than 10 EU endotoxin / mg protein.
A method for operating a user equipment device, UE,, the method comprising: transmitting capability information to a cellular base station, wherein the capability information comprises a category identifier, wherein the category identifier is associated with a particular processing delay for a first numerology, wherein respective processing delays for other numerologies are scaled non-linearly from the particular processing delay for the first numerology; and receiving communications from the cellular base station using a first subcarrier spacing, SCS, wherein the communications comprise one or more transmissions with a first transport block size, TBS, per transmission time interval, TTI, wherein the first TBS is based on the first SCS and the capability information transmitted by the UE. transmitting capability information to a cellular base station, wherein the capability information comprises a category identifier, wherein the category identifier is associated with a particular processing delay for a first numerology, wherein respective processing delays for other numerologies are scaled non-linearly from the particular processing delay for the first numerology; and receiving communications from the cellular base station using a first subcarrier spacing, SCS, wherein the communications comprise one or more transmissions with a first transport block size, TBS, per transmission time interval, TTI, wherein the first TBS is based on the first SCS and the capability information transmitted by the UE.
A coated medical device comprising: a medical device comprising a support surface; wherein the support surface bears a coating comprising a polymer layer attached thereto by a degradable linking agent; wherein the degradable linking agent has the formula wherein Photo 1 and Photo 2, independently, represent one or more photoreactive groups comprising benzophenone, wherein R is phenyl, methyl, ethyl, isopropyl, t-butyl, hydroxyl or a salt thereof, wherein a first photoreactive group of the linking agent, when activated in the presence of the support surface, is able to attach the linking agent to the support surface, and a second photoreactive group of the linking agent, when activated in the presence of a coating agent, is able to attach the coating the surface. a medical device comprising a support surface; wherein the support surface bears a coating comprising a polymer layer attached thereto by a degradable linking agent; wherein the degradable linking agent has the formula wherein Photo 1 and Photo 2, independently, represent one or more photoreactive groups comprising benzophenone, wherein R is phenyl, methyl, ethyl, isopropyl, t-butyl, hydroxyl or a salt thereof, wherein a first photoreactive group of the linking agent, when activated in the presence of the support surface, is able to attach the linking agent to the support surface, and a second photoreactive group of the linking agent, when activated in the presence of a coating agent, is able to attach the coating the surface.
A circuit arrangement for providing a DC voltage in a vehicle, in particular a voltage for charging a traction battery in the vehicle, wherein the circuit arrangement comprises at least one secondary-sided inductance of a vehicle-sided pick-up portion for receiving a magnetic field and for producing an electric output voltage, at least one rectifier for rectifying the output voltage of the at least one inductance, and at least one source element and/or drain element, wherein the rectifier and the source element are connected such that an output voltage of the circuit arrangement is a sum of an output voltage (U 1) of the rectifier and an output voltage of the source element and/or the rectifier and the drain element are connected such that an output voltage of the circuit arrangement is a difference between an output voltage (U 1) of the rectifier and an input voltage of the drain element, characterized in that the source element and/or the drain element is/are provided by a voltage converter (4, 5, 9), wherein the voltage converter transforms a direct current input voltage with a given level to a direct current output voltage with a desired level, wherein an output voltage of the circuit arrangement is equal to an input voltage of the source element and/or an output voltage of the drain element.
A control entity (101, 201, 301, 401, 501) configured to connect to at least a first access node and at least a second access node (ANd2, ANd3, ANd4), wherein the control entity is configured to a. instruct the second access node (ANd2, ANd3, ANd4) to share an interference information with the first access node, wherein the interference is caused by the second access node (ANd2, ANd3, ANd4) to users scheduled by the first access node, b. instruct the first access node to calculate a Signal-to-Interference-plus-Noise Ratio, SINR, value based on the interference information from the second access node (ANd2, ANd3, ANd4), and c. instruct the first access node to choose a modulation and coding scheme, MCS, for each user scheduled by the first access node based on the SINR value. a. instruct the second access node (ANd2, ANd3, ANd4) to share an interference information with the first access node, wherein the interference is caused by the second access node (ANd2, ANd3, ANd4) to users scheduled by the first access node, b. instruct the first access node to calculate a Signal-to-Interference-plus-Noise Ratio, SINR, value based on the interference information from the second access node (ANd2, ANd3, ANd4), and c. instruct the first access node to choose a modulation and coding scheme, MCS, for each user scheduled by the first access node based on the SINR value.
A two-piece skateboard comprising: a front foot support member; a front wheel assembly mounted to a bottom side of the front foot support member; a rear foot support member; and a rear wheel assembly mounted to a bottom side of the rear foot support member; the two-piece skateboard further comprising a rigid bar, the rigid bar having a front end mounted to the front foot support member and a rear end (285, 287) connected with the rear foot support member wherein the two-piece skateboard is characterized in that the rear foot support member is flexible and has a foot support portion and an extension part, wherein the extension part is more flexible than the foot support portion; a front foot support member; a front wheel assembly mounted to a bottom side of the front foot support member; a rear foot support member; and a rear wheel assembly mounted to a bottom side of the rear foot support member; the two-piece skateboard further comprising a rigid bar, the rigid bar having a front end mounted to the front foot support member and a rear end (285, 287) connected with the rear foot support member wherein the two-piece skateboard is characterized in that the rear foot support member is flexible and has a foot support portion and an extension part, wherein the extension part is more flexible than the foot support portion;
A lithium ion cell for a secondary battery, the cell having a cathode, said cathode comprising an cathode active material layer containing active material particles and a particulate porous additive in contact with a nonaqueous electrolyte, whereby the proportion of the additive in the active material layer is. in the range of 2 vol.% to 40 vol.%, characterized in that porous carbon particles are used as the additive, the porosity thereof being in the range between 50% and 95% and comprising fluidically interconnected macropores which are defined by carbon walls with a mean wall thickness in the range of 5 nm to 500 nm.
An image processing apparatus comprising: a suspected-lesion-region extracting unit configured to extract a suspected lesion region from an in-vivo image that is obtained by taking an image of inside of body; a groove determining unit configured to determine whether the suspected lesion region is a region corresponding to a shadow of a groove (24, 25) that is formed between in-vivo organ walls; and a lesion-region extracting unit configured to extract a lesion region using the suspected lesion region and a result of determination by the groove determining unit, characterized in that the groove determining unit includes a surrounding-similar-pixel extracting unit configured to extract pixels having pixel values close to those of pixels that form the suspected lesion region from pixels surrounding the suspected lesion region, wherein the groove determining unit includes an extended-groove-region creating unit configured to create a groove-direction extended region that is extended surrounding the suspected lesion region using the pixels that form the suspected lesion region and the pixels that are extracted by the surrounding-similar-pixel extracting unit and determine, using the suspected lesion region and the groove-direction extended region, whether the suspected lesion region is a region corresponding to a shadow of a groove (24, 25) that is formed between in-vivo organ walls using a shape feature-data variation amount between the suspected lesion region and the groove-direction extended region. a suspected-lesion-region extracting unit configured to extract a suspected lesion region from an in-vivo image that is obtained by taking an image of inside of body; a groove determining unit configured to determine whether the suspected lesion region is a region corresponding to a shadow of a groove (24, 25) that is formed between in-vivo organ walls; and a lesion-region extracting unit configured to extract a lesion region using the suspected lesion region and a result of determination by the groove determining unit, characterized in that the groove determining unit includes a surrounding-similar-pixel extracting unit configured to extract pixels having pixel values close to those of pixels that form the suspected lesion region from pixels surrounding the suspected lesion region, wherein the groove determining unit includes an extended-groove-region creating unit configured to create a groove-direction extended region that is extended surrounding the suspected lesion region using the pixels that form the suspected lesion region and the pixels that are extracted by the surrounding-similar-pixel extracting unit and determine, using the suspected lesion region and the groove-direction extended region, whether the suspected lesion region is a region corresponding to a shadow of a groove (24, 25) that is formed between in-vivo organ walls using a shape feature-data variation amount between the suspected lesion region and the groove-direction extended region.
A method of making a ceramic preform (450, 600, 900) used in the manufacture of a metal matrix composite, comprising the steps of: utilizing a compression molding apparatus having a first die portion having a first molding surface and a second die portion having a second molding surface; placing one or more porous liners (430, 432, 630, 632, 930 932) on at least one of the first molding surface and the second molding surface; placing a ceramic compound in at least one of the first and second die portions; compressing the ceramic compound between the first and the second die portions to form a ceramic preform (450, 600, 900) in the shape of a cylinder with an inner surface and an outer surface and having the one or more porous liners (430, 432, 630, 632, 930, 932) disposed on at least one of the inner surface and the outer surface of the ceramic preform (450, 600, 900); and removing the ceramic preform (450, 600, 900) from the compression molding apparatus, wherein the one or more porous liners are attached to the surface of the ceramic preform (450, 600, 900); wherein the ceramic compound comprises ceramic particles, reinforcing fibers, a fugitive porosity generating component, a low temperature organic binder, starch, colloidal silica, and water wherein the one or more porous liners (430, 432, 630, 632, 930, 932) are absorbent and draw moisture away from the external surface of the ceramic preform, maintain the shape of the ceramic preform, and are capable of being burned off of the ceramic preform during heat treatment of the ceramic preform. utilizing a compression molding apparatus having a first die portion having a first molding surface and a second die portion having a second molding surface; placing one or more porous liners (430, 432, 630, 632, 930 932) on at least one of the first molding surface and the second molding surface; placing a ceramic compound in at least one of the first and second die portions; compressing the ceramic compound between the first and the second die portions to form a ceramic preform (450, 600, 900) in the shape of a cylinder with an inner surface and an outer surface and having the one or more porous liners (430, 432, 630, 632, 930, 932) disposed on at least one of the inner surface and the outer surface of the ceramic preform (450, 600, 900); and removing the ceramic preform (450, 600, 900) from the compression molding apparatus, wherein the one or more porous liners are attached to the surface of the ceramic preform (450, 600, 900); wherein the ceramic compound comprises ceramic particles, reinforcing fibers, a fugitive porosity generating component, a low temperature organic binder, starch, colloidal silica, and water wherein the one or more porous liners (430, 432, 630, 632, 930, 932) are absorbent and draw moisture away from the external surface of the ceramic preform, maintain the shape of the ceramic preform, and are capable of being burned off of the ceramic preform during heat treatment of the ceramic preform.
A tubing attachment system for use in a medical apparatus having a handpiece and a tube to be connected proximally to the handpiece, the tubing attachment system comprising: a tubing attachment component having a proximal end, a distal end and an external surface, the tubing attachment component _ comprising a proximal end portion configured to attach to the tube, a distal end portion configured to attach to the handpiece, a throughbore extending from the distal end to the proximal end, and a circumferential groove on the external surface between the proximal end portion and the distal end portion; and a capture component including a channel to allow a tube, cable or accessory to be retained, the said capture component also comprising a frame having an internal frame surface, an external frame surface, and a frame opening for receiving the tubing attachment component, the frame comprising at least one locking protrusion extending inward from the internal frame surface; wherein the frame and the at least one locking protrusion are configured to fit in the circumferential groove and be rotatable in the circumferential groove about the tubing attachment component when an external torque is applied, sufficient to overcome the friction of the locking protrusion or protrusions gripping the said tubing attachment component, and to frictionally lock the capture component in a desired rotational position in the absence of such external force. a tubing attachment component having a proximal end, a distal end and an external surface, the tubing attachment component _ comprising a proximal end portion configured to attach to the tube, a distal end portion configured to attach to the handpiece, a throughbore extending from the distal end to the proximal end, and a circumferential groove on the external surface between the proximal end portion and the distal end portion; and a capture component including a channel to allow a tube, cable or accessory to be retained, the said capture component also comprising a frame having an internal frame surface, an external frame surface, and a frame opening for receiving the tubing attachment component, the frame comprising at least one locking protrusion extending inward from the internal frame surface; wherein the frame and the at least one locking protrusion are configured to fit in the circumferential groove and be rotatable in the circumferential groove about the tubing attachment component when an external torque is applied, sufficient to overcome the friction of the locking protrusion or protrusions gripping the said tubing attachment component, and to frictionally lock the capture component in a desired rotational position in the absence of such external force.
An information processing apparatus comprising: a request transmitting unit that transmits a registration request for a print service which is provided from a service providing system, through a printer in a network, by using a user account that is selected by a user from among a plurality of user accounts; a memory that stores the user account that is selected by the user, as the selected user information; an acquiring unit that acquires automatic approval confirmation information, (automated_claim_url), for receiving an approval process by an application program, the automatic approval confirmation information (automated_claim_url) being returned by the service providing system via the printer in response to the registration request; wherein the automatic approval confirmation information (automated_claim_url) is a URL used in case where the browser automatically performs a confirmation process for the registration completion, but the user does not; and a response processing unit that performs processing for obtaining an access token corresponding to a combination of the selected user account and the service providing system and transmitting the selected user account and the access token to the service providing system with the automatic approval confirmation information (automated_claim_url) as a recipient. a request transmitting unit that transmits a registration request for a print service which is provided from a service providing system, through a printer in a network, by using a user account that is selected by a user from among a plurality of user accounts; a memory that stores the user account that is selected by the user, as the selected user information; an acquiring unit that acquires automatic approval confirmation information, (automated_claim_url), for receiving an approval process by an application program, the automatic approval confirmation information (automated_claim_url) being returned by the service providing system via the printer in response to the registration request; wherein the automatic approval confirmation information (automated_claim_url) is a URL used in case where the browser automatically performs a confirmation process for the registration completion, but the user does not; and a response processing unit that performs processing for obtaining an access token corresponding to a combination of the selected user account and the service providing system and transmitting the selected user account and the access token to the service providing system with the automatic approval confirmation information (automated_claim_url) as a recipient.
Valve, in particular for applying an emergency brake of a rail vehicle, comprising: a valve housing; an actuation member which is suitable to be actuated by a user; an actuation rod, connecting the actuation member with a valve head, wherein the valve head is adapted to abut on a valve seat; a guidance for guiding the actuation rod being provided within the valve housing, a first spring which is adapted to push the valve head against the valve seat; wherein the actuation rod comprises a first groove and a second groove; and furthermore a first following member is provided between the actuation rod and the guidance, characterized in that the first following member is adapted to stably rest in the first groove or the second groove. a valve housing; an actuation member which is suitable to be actuated by a user; an actuation rod, connecting the actuation member with a valve head, wherein the valve head is adapted to abut on a valve seat; a guidance for guiding the actuation rod being provided within the valve housing, a first spring which is adapted to push the valve head against the valve seat; wherein the actuation rod comprises a first groove and a second groove; and furthermore a first following member is provided between the actuation rod and the guidance, characterized in that the first following member is adapted to stably rest in the first groove or the second groove.