mhurhangee/patent-ind-claim-en huggingface dataset:
An anchor assembly, comprising: a head member having a proximal end and a distal end , the head member defining a proximal opening at the proximal end, a distal opening at the distal end, a passageway extending from the proximal opening to the distal opening, a proximal portion having a first inner surface and defining a proximal chamber of the passageway, and a distal portion having a second inner surface defining a distal chamber of the passageway, the proximal portion defining a lateral opening continuous with the proximal opening and the second inner surface defining a channel having a proximal portion having a first depth and a distal portion having a second depth that is less than the first depth; a retaining member disposed within the distal portion of the channel; a compression member exerting a force to maintain the retaining member within the distal portion of the channel; and an anchor having a head and a shank, the head partially disposed within the distal chamber of the passageway; a sleeve partially disposed within the distal chamber of the passageway; characterized in that the compression member is disposed between the distal end of the head member and a portion of the sleeve. a head member having a proximal end and a distal end , the head member defining a proximal opening at the proximal end, a distal opening at the distal end, a passageway extending from the proximal opening to the distal opening, a proximal portion having a first inner surface and defining a proximal chamber of the passageway, and a distal portion having a second inner surface defining a distal chamber of the passageway, the proximal portion defining a lateral opening continuous with the proximal opening and the second inner surface defining a channel having a proximal portion having a first depth and a distal portion having a second depth that is less than the first depth; a retaining member disposed within the distal portion of the channel; a compression member exerting a force to maintain the retaining member within the distal portion of the channel; and an anchor having a head and a shank, the head partially disposed within the distal chamber of the passageway; a sleeve partially disposed within the distal chamber of the passageway; characterized in that the compression member is disposed between the distal end of the head member and a portion of the sleeve.
A method of performing a seismic sweep, comprising: - forming a composite force profile by combining force profiles (204-210); - constructing a target seismic frequency sweep using the composite force profile ; and - operating a seismic source using the constructed target frequency seismic sweep; characterized in that the forming the composite force profile includes obtaining at least two of: - a force profile using one or more steady state sweeps ; - a force profile using one or more transient force sweeps ; - a force profile using one or more transient frequency sweeps ; and - a force profile using one or more transient force and frequency sweeps . - forming a composite force profile by combining force profiles (204-210); - constructing a target seismic frequency sweep using the composite force profile ; and - operating a seismic source using the constructed target frequency seismic sweep; characterized in that the forming the composite force profile includes obtaining at least two of: - a force profile using one or more steady state sweeps ; - a force profile using one or more transient force sweeps ; - a force profile using one or more transient frequency sweeps ; and - a force profile using one or more transient force and frequency sweeps . - a force profile using one or more steady state sweeps ; - a force profile using one or more transient force sweeps ; - a force profile using one or more transient frequency sweeps ; and - a force profile using one or more transient force and frequency sweeps .
A method of making a super-hard article comprising a super-hard structure bonded to a substrate , the super-hard structure comprising a sintered plurality of super-hard grains, in which the super-hard grains comprise natural or synthetic diamond crystals and the super-hard structure comprises polycrystalline diamond (PCD) material; or the super-hard grains comprise cubic boron nitride crystals and the super-hard structure comprises polycrystalline cubic boron nitride (PCBN) material; the method including: providing raw material powder suitable for sintering the super-hard structure ; combining the raw material powder with organic binder material in a liquid medium to form paste, in which the content of the raw material powder is more than 60 and less than 85 mass per cent of the paste and the composition of the paste is such that it has a shear rate of at most 25 inverse second (s -1 ); providing a substrate assembly comprising the substrate , having a formation surface area configured for forming a boundary of the super-hard structure , the substrate comprising a recess coterminous with the formation surface area; extruding the paste into contact with the formation surface area to provide a paste assembly; heat treating the paste assembly to remove the binder material and provide a pre-sinter assembly; and subjecting the pre-sinter assembly to a pressure and temperature sufficient to sinter the raw material powder and transform it into the super-hard structure bonded to the substrate at a boundary coterminous with the formation surface area. providing raw material powder suitable for sintering the super-hard structure ; combining the raw material powder with organic binder material in a liquid medium to form paste, in which the content of the raw material powder is more than 60 and less than 85 mass per cent of the paste and the composition of the paste is such that it has a shear rate of at most 25 inverse second (s -1 ); providing a substrate assembly comprising the substrate , having a formation surface area configured for forming a boundary of the super-hard structure , the substrate comprising a recess coterminous with the formation surface area; extruding the paste into contact with the formation surface area to provide a paste assembly; heat treating the paste assembly to remove the binder material and provide a pre-sinter assembly; and subjecting the pre-sinter assembly to a pressure and temperature sufficient to sinter the raw material powder and transform it into the super-hard structure bonded to the substrate at a boundary coterminous with the formation surface area.
Seating and support furniture, comprising a height-adjustable column , a seating and support corpus which is pivotably mounted about at least one horizontal axis between a first end position and a second end position on a first end of the height-adjustable column , a stopping mechanism situated at a second end of the height-adjustable column , and a locking mechanism for releasably locking the stopping mechanism , wherein a transfer device is used to release the locking of the stopping mechanism by the locking mechanism via the pivoting of the seating and support corpus between the first end position and the second end position , wherein the transfer device comprises a first transfer element , which is displaceable by the pivoting of the seating and support corpus between the first end position and the second end position, characterized in that the transfer device comprises a second transfer element , that the first transfer element is coupled to the second transfer element , and that the second transfer element is configured as a plate bearing having an upper bearing ring and a lower bearing ring . a height-adjustable column , a seating and support corpus which is pivotably mounted about at least one horizontal axis between a first end position and a second end position on a first end of the height-adjustable column , a stopping mechanism situated at a second end of the height-adjustable column , and a locking mechanism for releasably locking the stopping mechanism , wherein a transfer device is used to release the locking of the stopping mechanism by the locking mechanism via the pivoting of the seating and support corpus between the first end position and the second end position , wherein the transfer device comprises a first transfer element , which is displaceable by the pivoting of the seating and support corpus between the first end position and the second end position, characterized in that the transfer device comprises a second transfer element , that the first transfer element is coupled to the second transfer element , and that the second transfer element is configured as a plate bearing having an upper bearing ring and a lower bearing ring .
A stirring impeller , comprising - a hub disc comprising a shaft attachment structure arranged centrally in the hub for receiving a shaft centrally and perpendicularly from an upper side of the hub disc , - a plurality of upper blades arranged on the upper side of the hub disc , - a plurality of lower blades arranged on a lower side of the hub disc , - wherein at least one of said plurality of upper blades is arranged to have jet angle (Ju) of 5° - 45°, characterized in that - the lower blades have a jet angle (Jl) that is different than said jet angle (Ju) of at least one of said plurality of upper blades. - a hub disc comprising a shaft attachment structure arranged centrally in the hub for receiving a shaft centrally and perpendicularly from an upper side of the hub disc , - a plurality of upper blades arranged on the upper side of the hub disc , - a plurality of lower blades arranged on a lower side of the hub disc , - wherein at least one of said plurality of upper blades is arranged to have jet angle (Ju) of 5° - 45°, characterized in that - the lower blades have a jet angle (Jl) that is different than said jet angle (Ju) of at least one of said plurality of upper blades.
A service data transmission method for a vehicle-to-everything, V2X, service, comprising: obtaining (S51), by a first network device, first configuration information, wherein the first configuration information comprises a first identifier and a first transmission mode corresponding to the first identifier, and the first transmission mode corresponding to the first identifier is a mode in which transmission is performed by using an access network; receiving, by the first network device, first service data and a second identifier that are sent by a terminal; determining (S53), by the first network device based on the first identifier and the second identifier, that a transmission mode of the first service data is the first transmission mode; and transmitting (S54), by the first network device, the first service data based on the first transmission mode; wherein the transmitting (S54), by the first network device, the first service data based on the first transmission mode is directly and locally performed without using a core network. obtaining (S51), by a first network device, first configuration information, wherein the first configuration information comprises a first identifier and a first transmission mode corresponding to the first identifier, and the first transmission mode corresponding to the first identifier is a mode in which transmission is performed by using an access network; receiving, by the first network device, first service data and a second identifier that are sent by a terminal; determining (S53), by the first network device based on the first identifier and the second identifier, that a transmission mode of the first service data is the first transmission mode; and transmitting (S54), by the first network device, the first service data based on the first transmission mode; wherein the transmitting (S54), by the first network device, the first service data based on the first transmission mode is directly and locally performed without using a core network.
An isolated peptide comprising the amino acid sequence SEHETRLVAX 1 LFZ 1 LKWNPX 2 DYGGX 3 KKIHZ 2 LX 4 YTGH (SEQ ID NO:31), wherein: (a) X 1 is N, X 2 is D, X 3 is I, X 4 is D, the length of Z 1 is 4, and the length of Z 2 is 2 (SEQ ID NO:6); or (b) X 1 is N, X 2 is A, X 3 is I, X 4 is D, the length of Z 1 is 4, and the length of Z 2 is 2 (SEQ ID NO:7), and Z 1 and Z 2 are linker sequences of independent lengths comprising independently selected amino acids. (a) X 1 is N, X 2 is D, X 3 is I, X 4 is D, the length of Z 1 is 4, and the length of Z 2 is 2 (SEQ ID NO:6); or (b) X 1 is N, X 2 is A, X 3 is I, X 4 is D, the length of Z 1 is 4, and the length of Z 2 is 2 (SEQ ID NO:7), and Z 1 and Z 2 are linker sequences of independent lengths comprising independently selected amino acids.
An endoscope apparatus comprising: an illumination light source unit that emits illumination light to illuminate a subject; a specific light source unit that emits specific light; a light emission controller that performs a control of lighting of the illumination light and performs a control of repeatedly lighting and dimming of the specific light at a specific frame interval; an imaging element that images the subject; an imaging acquisition unit that acquires a first captured image obtained by imaging the subject illuminated with the illumination light and a second captured image obtained by imaging the subject illuminated with the illumination light and the specific light; a position specifying unit that specifies a position of a specific region to be obtained based on the specific light in the second captured image, based on the first captured image and the second captured image; an image processing unit that processes the first captured image or the second captured image to generate a specific image, based on the position of the specific region; and a display controller that causes a display unit to display the specific image. an illumination light source unit that emits illumination light to illuminate a subject; a specific light source unit that emits specific light; a light emission controller that performs a control of lighting of the illumination light and performs a control of repeatedly lighting and dimming of the specific light at a specific frame interval; an imaging element that images the subject; an imaging acquisition unit that acquires a first captured image obtained by imaging the subject illuminated with the illumination light and a second captured image obtained by imaging the subject illuminated with the illumination light and the specific light; a position specifying unit that specifies a position of a specific region to be obtained based on the specific light in the second captured image, based on the first captured image and the second captured image; an image processing unit that processes the first captured image or the second captured image to generate a specific image, based on the position of the specific region; and a display controller that causes a display unit to display the specific image.
A base station for configuring a mobile terminal with CQI, comprising: a configuring unit configured to configure a first CQI index table and a second CQI index table, wherein the first CQI index table includes CQI indices corresponding to all modulation schemes supported by the second CQI index table and a CQI index corresponding to a modulation scheme of higher order that is not supported by the second CQI index table, and the first CQI index table and the second CQI index table have the same number of CQI indices; the configuring unit being further configured to determine whether to use the first CQI index table; and a transmitter configured to transmit CQI index table indication information to the mobile terminal, wherein transmitting the CQI index table indication information indicates to the mobile terminal to use the first CQI index table for CQI index selection on receiving the CQI index table indication information, and when no CQI index table indication information is transmitted, the mobile terminal is indicated to use the second CQI index table for CQI index selection. a configuring unit configured to configure a first CQI index table and a second CQI index table, wherein the first CQI index table includes CQI indices corresponding to all modulation schemes supported by the second CQI index table and a CQI index corresponding to a modulation scheme of higher order that is not supported by the second CQI index table, and the first CQI index table and the second CQI index table have the same number of CQI indices; the configuring unit being further configured to determine whether to use the first CQI index table; and a transmitter configured to transmit CQI index table indication information to the mobile terminal, wherein transmitting the CQI index table indication information indicates to the mobile terminal to use the first CQI index table for CQI index selection on receiving the CQI index table indication information, and when no CQI index table indication information is transmitted, the mobile terminal is indicated to use the second CQI index table for CQI index selection.
Lighting device for a motor vehicle having a surface light source, characterised in that the lighting device comprises a temperature sensor device with a plurality of thin film sensors for detecting a temperature distribution of the surface light source and a control device, by means of which a luminance generated by means of the surface light source is controllable locally specifically as a function of the temperature distribution.
A valve train, characterized by comprising: a housing provided with a through hole , an oil inlet channel , an oil drain channel , and an oil supplement channel , wherein the oil inlet channel , the oil drain channel , and the oil supplement channel all are in communication with the through hole ; a rocker arm plunger disposed in the through hole ; a valve push rod component , wherein one end of the valve push rod component is disposed in the through hole ; a pressure chamber disposed between the rocker arm plunger and the valve push rod component, wherein the valve push rod component is configured to push the rocker arm plunger to move axially along the through hole so that the pressure chamber is selectively in communication with the oil inlet channel , the oil drain channel , and the oil supplement channel ; and a buffer component configured to supplement oil to the pressure chamber through the oil supplement channel before the valve push rod component moves to a bottom dead center so that a seated speed of a valve is buffered. a housing provided with a through hole , an oil inlet channel , an oil drain channel , and an oil supplement channel , wherein the oil inlet channel , the oil drain channel , and the oil supplement channel all are in communication with the through hole ; a rocker arm plunger disposed in the through hole ; a valve push rod component , wherein one end of the valve push rod component is disposed in the through hole ; a pressure chamber disposed between the rocker arm plunger and the valve push rod component, wherein the valve push rod component is configured to push the rocker arm plunger to move axially along the through hole so that the pressure chamber is selectively in communication with the oil inlet channel , the oil drain channel , and the oil supplement channel ; and a buffer component configured to supplement oil to the pressure chamber through the oil supplement channel before the valve push rod component moves to a bottom dead center so that a seated speed of a valve is buffered.
A system for covert targeting, comprising a digital light processing ,DLP, mirror array for redirecting a series of laser pulses reflected off a target of interest; and a processor for determining, via a single element detector , if a pulse in the series of laser pulses was detected on each of the series of modulated fields of view of the DLP mirror array to determine the location of the target of interest; and a display for presenting location information for the target of interest to an operator, CHARACTERIZED IN THAT the DLP mirror array applies shutter patterns to create a series of modulated fields of view of the DLP mirror array , using a "divide-by-two" scheme. a digital light processing ,DLP, mirror array for redirecting a series of laser pulses reflected off a target of interest; and a processor for determining, via a single element detector , if a pulse in the series of laser pulses was detected on each of the series of modulated fields of view of the DLP mirror array to determine the location of the target of interest; and a display for presenting location information for the target of interest to an operator, CHARACTERIZED IN THAT the DLP mirror array applies shutter patterns to create a series of modulated fields of view of the DLP mirror array , using a "divide-by-two" scheme.
A composition comprising a plurality of Globo H moieties covalently linked to one to twenty keyhole limpet hemocyanin (KLH) moiety(ies), wherein the Globo H moieties are covalently bound to the KLH moieties on one or more amino acid residues; and an α-galactosyl-ceramide (α-GalCer) adjuvant; wherein Globo H moiety covalently linked to a KLH moiety subunit is linked by a 4-(4-N-maleimidomethyl) cyclohexane-1-carboxyl hydrazide (MMCCH) linkage; and wherein the composition has an epitope/carrier ratio ranging from about 800 to about 3200.
Method for mounting SMD components on contact springs in electromotors having the following steps in this order: a. gripping an SMD component to be mounted on the base of a support of the electromotor using a gripping and mounting tool; b. moving the SMD component over the mounting point on the support ; c. pushing back a projecting contact spring using a pusher ; d. arranging the SMD component on the base of the support ; e. removing the gripping and mounting tool; and f. removing the pusher . a. gripping an SMD component to be mounted on the base of a support of the electromotor using a gripping and mounting tool; b. moving the SMD component over the mounting point on the support ; c. pushing back a projecting contact spring using a pusher ; d. arranging the SMD component on the base of the support ; e. removing the gripping and mounting tool; and f. removing the pusher .
A fluid pouch for transferring reduced pressure to a manifold positioned adjacent a tissue site and sealed by a drape covering the manifold and the tissue site, comprising: an envelope formed by a first manifolding layer having an inlet for receiving fluids from the manifold; and a second manifolding layer fluidly coupled to the first manifolding layer , the second manifolding layer having an outlet for fluidly coupling to a source of reduced pressure; and an absorbent material disposed between the first manifolding layer and the second manifolding layer ; wherein the first and second manifolding layers are coupled to each other at a perimeter of each layer to form the envelope . an envelope formed by a first manifolding layer having an inlet for receiving fluids from the manifold; and a second manifolding layer fluidly coupled to the first manifolding layer , the second manifolding layer having an outlet for fluidly coupling to a source of reduced pressure; a first manifolding layer having an inlet for receiving fluids from the manifold; and a second manifolding layer fluidly coupled to the first manifolding layer , the second manifolding layer having an outlet for fluidly coupling to a source of reduced pressure; and an absorbent material disposed between the first manifolding layer and the second manifolding layer ; wherein the first and second manifolding layers are coupled to each other at a perimeter of each layer to form the envelope .