mhurhangee/patent-ind-claim-en huggingface dataset:
A physical quantity sensor comprising: a container that includes a storage portion and a bottom plate that configures an inner bottom surface of the storage portion ; a sensor element that is attached to the inner bottom surface ; a circuit element that is attached to a surface of the sensor element on the opposite side of the inner bottom surface , and is electrically connected with the sensor element ; and a plurality of wirings formed in the container , wherein a width of an analog wiring is larger than a width of a signal wiring among the plurality of wirings; a GND pattern that is provided on the bottom plate , wherein the GND pattern is provided apart from the inner bottom surface . a container that includes a storage portion and a bottom plate that configures an inner bottom surface of the storage portion ; a sensor element that is attached to the inner bottom surface ; a circuit element that is attached to a surface of the sensor element on the opposite side of the inner bottom surface , and is electrically connected with the sensor element ; and a plurality of wirings formed in the container , wherein a width of an analog wiring is larger than a width of a signal wiring among the plurality of wirings; a GND pattern that is provided on the bottom plate , wherein the GND pattern is provided apart from the inner bottom surface .
Commercial vehicle , in particular a heavy goods vehicle, trailer or semi-trailer, having a floor panel comprising a loading floor , a top layer and a core layer provided between the loading floor and the top layer and formed at least substantially of a foamed plastic, and having at least one line (12-24) extending at least substantially from the face side of the floor panel in the direction of the rear side of the commercial vehicle , wherein the at least one line (12-14) is received at least in sections in a line channel arranged in the core layer and wherein the line channel extends at least substantially from the face side of the floor panel in the direction of the rear side of the floor panel , characterised in that the line channel has at least one cover at least partially in the longitudinal direction of the line channel to open the line channel .
An airfoil, comprising a structure and a double airfoil mounted on said structure , said structure being controlled angularly around a generally vertical axis depending on conditions, the double airfoil comprising a fore flap and an aft flap at least one of which has a fore-to-aft asymmetry and separated by a slit (L), where each flap comprises a series of shape members (110; 210) distributed in height, wherein said structure comprises a fore mast and an aft mast connected by a boom member and by a gaff member , wherein the shape members of the fore flap are traversed by the fore mast while being able to turn around an axis defined thereby, wherein the shape members of the aft flap are traversed by the aft mast while being able to turn around an axis defined thereby, and wherein said structure is capable of turning on an axis of rotation formed by the fore mast , wherein each of the fore and aft flaps comprise a top member (110a; 210a) capable of sliding along its respective mast (310; 320) independently of the other, wherein the airfoil further comprises either one halyard capable of hoisting, hauling down and reefing the fore and aft flaps together, or two halyards capable of independently hoisting, hauling down and reefing the fore and aft flaps, and wherein the fore mast and the associated fore shape members comprises a longitudinal rib-and-recess cooperating arrangement , in which the recesses are of greater angular width than the ribs for limiting the angular displacement of the fore shape members relative to the fore mast while allowing said fore shape members to slide along said fore mast.
An anti-human RANKL antibody that is capable of binding specifically with an amino acid sequence of SEQ ID NO.1, wherein said antibody's heavy chain variable region has the amino acid sequence SEQ ID NO.6, and the light chain variable region has the amino acid sequence SEQ ID NO.14.
A compound for use in a method of treatment, wherein the treatment is of a disease, disorder, symptom, or condition selected from acute pain, chronic pain, inflammatory pain, neuropathic pain, diabetic neuropathy, alcoholic polyneuropathy, cancer or cancer- or chemotherapy-induced pain, a generalized pain disorder, tonic pain, persistent pain, postoperative pain, chemical-induced pain, drug-induced pain, migraine, anxiety, skeletal muscle spasms, convulsive seizures, epilepsy, alcohol abuse and alcoholism associated disease, insomnia, pain associated with alcohol-induced hyperalgesia, type 1 and type 2 diabetes, diabetic complications, hepatic steatosis or liver cirrhosis, bipolar disorder, mania, sleeping disorder, burn, posttraumatic stress disorder, cardiac disorder, inflammation and immune-mediated disorders (including microbial infection and organ transplantation), cancer (including breast, head and neck, prostate and lung cancer), maladaptive substance use, substance dependence, alcohol abuse, substance abuse, drug abuse, or drug-related stimulant sedative, hypnotic or ataxic effects, and a combination thereof, wherein the compound is selected from the group consisting of: ID IUPAC Name 901 N -[3-(azepan-1-yl)propyl]-1-{[2-(4-chlorophenyl)-5-methyl-1,3-oxazol-4-yl]methyl}piperidine-4-carboxamide; 943 N -[3-(azepan-1-yl)propyl]-1-({5-methyl-2-[4-(trifluoromethyl)phenyl]-1,3-oxazol-4-yl}methyl)piperidine-4-carboxamide; 945 N-[3-(azepan-1-yl)propyl]-1-{[5-methyl-2-(pyridin-4-yl)-1,3-oxazol-4-yl]methyl}piperidine-4-carboxamide; 947 N -[3-(azepan-1-yl)propyl]-1-{[2-(2,4-difluorophenyl)-5-methyl-1,3-oxazol-4-yl]methyl}piperidine-4-carboxamide; 949 N -[3-(azepan-1-yl)propyl]-1-{[2-(1,3-benzodioxol-5-yl)-5-methyl-1,3-oxazol-4-yl]methyl}piperidine-4-carboxamide; 951 N -[3-(azepan-1-yl)propyl]-1-{[2-(2,4-dimethoxyphenyl)-5-methyl-1,3-oxazol-4-yl]methyl}piperidine-4-carboxamide; 953 N -[3-(azepan-1-yl)propyl]-1-{[2-(4-benzylphenyl)-5-methyl-1,3-oxazol-4-yl]methyl}piperidine-4-carboxamide; 955 N -[3-(azepan-1-yl)propyl]-1-({2-[4-(dimethylcarbamoyl)phenyl]-5-methyl-1,3-oxazol-4-yl}methyl)piperidine-4-carboxamide; 957 N -[3-(azepan-1-yl)propyl]-1-({5-methyl-2-[4-(piperidin-1-yl)phenyl]-1,3-oxazol-4-yl}methyl)piperidine-4-carboxamide; and 959 N -[3-(azepan-1-yl)propyl]-1-{[5-methyl-2-(naphthalen-1-yl)-1,3-oxazol-4-yl]methyl}piperidine-4-carboxamide; or a salt or solvate thereof.
Transport or drive belt having warp threads extending in the direction of a central longitudinal axis and weft threads extending between opposite side edges , characterized in that the weft threads and the warp threads cross one another, at least in some regions, with a positive gradient (a) or a negative gradient (β) deviating from a right angle, and in that the weft threads follow a wavy course.
Length-adjustable support device , comprising - a first rod , - a second rod , - a bearing formed on the first rod for axially movably mounting the second rod on the first rod such that the second rod is movable in a translational motion relative to the first rod , - a movable fastening element for interlockingly axially fastening the movable second rod to the first rod by interlockingly fastening the fastening element to a mating interlocking-connection element , - the mating interlocking-connection element for the interlocking connection to the fastening element , - the length-adjustable support device comprises a mechanism and, because of the mechanism , the axial translation motion of the second rod causes an additional rotational motion of the second rod , the second rod thus being movable between a first rotational position and a second rotational position relative to the first rod by means of the axial translation motion of the second rod , the fastening element and the mating interlocking-connection element being in mechanical contact with each other in the first rotational position and the mechanical contact between the fastening element and the mating interlocking-connection element being released in the second rotational position, characterized in that the fastening element is designed as a locking lug or a locking pin and the teeth are formed on the mating interlocking-connection element for the interlocking connection of the teeth with the fastening element and the teeth are formed as locking elements . - a first rod , - a second rod , - a bearing formed on the first rod for axially movably mounting the second rod on the first rod such that the second rod is movable in a translational motion relative to the first rod , - a movable fastening element for interlockingly axially fastening the movable second rod to the first rod by interlockingly fastening the fastening element to a mating interlocking-connection element , - the mating interlocking-connection element for the interlocking connection to the fastening element , - the length-adjustable support device comprises a mechanism and, because of the mechanism , the axial translation motion of the second rod causes an additional rotational motion of the second rod , the second rod thus being movable between a first rotational position and a second rotational position relative to the first rod by means of the axial translation motion of the second rod , the fastening element and the mating interlocking-connection element being in mechanical contact with each other in the first rotational position and the mechanical contact between the fastening element and the mating interlocking-connection element being released in the second rotational position,
Device for cooling liquids by heat contact with a cryogenic medium, having a container for receiving a liquid bath of a liquid to be cooled, having a heat exchanger disposed in the liquid bath for cooling the liquid by exchanging heat with a liquefied cryogenic cooling medium, which heat exchanger is equipped with an inlet line and an outlet line for the cooling medium and with a heat exchanger surface for the indirect heat exchange between the liquid and the cooling medium, characterized in that the outlet line for the cooling medium is fluidically connected via a connecting line to an introduction device which, below the heat exchanger surface, opens into the liquid bath for the introduction of evaporated cooling medium into the liquid.
A liquid cartridge attachable to a printer in an attached posture by being moved in a front-rear direction (51/52) crossing an up-down direction (53/54) along a gravitational direction , the liquid cartridge comprising: a cartridge case defining a liquid storage chamber therein; a liquid supply portion protruding frontward from a front surface of the cartridge case and configured to supply liquid stored in the liquid storage chamber to an outside of the liquid storage chamber ; a residual-amount detecting portion configured to change a state of incident light according to an amount of the liquid stored in the liquid storage chamber , the residual-amount detecting portion comprising an optical access portion accessible by light traveling in a left-right direction (55/56) crossing the up-down direction and the front-rear direction in the attached posture, the optical access portion being positioned above the liquid storage chamber in the attached posture; and a plate member , characterized in that the plate member is pivotable about a pivot axis (A) between a first position and a second position, the pivot axis (A) extending in the up-down direction (53/54) in the attached posture, the plate member being positioned above the liquid storage chamber and frontward of the optical access portion in the attached posture, and wherein, in the attached posture, the plate member extends in the front-rear direction (51/52) at the first position, and the plate member extends in a direction crossing the front-rear direction (51/52) at the second position. a cartridge case defining a liquid storage chamber therein; a liquid supply portion protruding frontward from a front surface of the cartridge case and configured to supply liquid stored in the liquid storage chamber to an outside of the liquid storage chamber ; a residual-amount detecting portion configured to change a state of incident light according to an amount of the liquid stored in the liquid storage chamber , the residual-amount detecting portion comprising an optical access portion accessible by light traveling in a left-right direction (55/56) crossing the up-down direction and the front-rear direction in the attached posture, the optical access portion being positioned above the liquid storage chamber in the attached posture; and a plate member , characterized in that the plate member is pivotable about a pivot axis (A) between a first position and a second position, the pivot axis (A) extending in the up-down direction (53/54) in the attached posture, the plate member being positioned above the liquid storage chamber and frontward of the optical access portion in the attached posture, and wherein, in the attached posture, the plate member extends in the front-rear direction (51/52) at the first position, and the plate member extends in a direction crossing the front-rear direction (51/52) at the second position.
A user device comprising: means for receiving, from a serving access node, a random access update precondition relating to measurements to be fulfilled by the user device for carrying out a conditional handover to at least one handover candidate cell and a configuration with regard to the conditional handover, wherein the configuration indicates the at least one handover candidate cell; means for carrying out measurements according to the configuration, and, if the random access update precondition is fulfilled, means for transmitting a message to the serving access node, the message comprising information obtained by the measurements and indicating at least one beam of the at least one handover candidate cell and/or the at least one handover candidate cell that caused the random access update precondition being fulfilled for obtaining a random access resource configuration for carrying out the conditional handover to the at least one handover candidate cell based on the obtained, from the serving access node, random access resource configuration. means for receiving, from a serving access node, a random access update precondition relating to measurements to be fulfilled by the user device for carrying out a conditional handover to at least one handover candidate cell and a configuration with regard to the conditional handover, wherein the configuration indicates the at least one handover candidate cell; means for carrying out measurements according to the configuration, and, if the random access update precondition is fulfilled, means for transmitting a message to the serving access node, the message comprising information obtained by the measurements and indicating at least one beam of the at least one handover candidate cell and/or the at least one handover candidate cell that caused the random access update precondition being fulfilled for obtaining a random access resource configuration for carrying out the conditional handover to the at least one handover candidate cell based on the obtained, from the serving access node, random access resource configuration.
A method implemented by one or more processors, the method comprising: receiving , from one or more sensors , three-dimensional data representing a physical structure, wherein the three-dimensional data includes one or more spatial measurements of the physical structure; generating , based on the three-dimensional data, a data structure representing a virtual three-dimensional model of the physical structure; and incorporating , with the data structure representing the virtual three-dimensional model of the physical structure, an at least two-dimensional virtual scale that conveys the one or more spatial measurements. wherein the at least two-dimensional virtual scale has spaced markings or two- or three-dimensional elements with known relationships between various internal dimensions, and wherein the at least two-dimensional virtual scale is resized directly in proportion with any resizing of the virtual three-dimensional model of the physical structure; wherein the data structure is such that a three-dimensional printer is able to use the data structure to create a physical model of the physical structure that includes a physical manifestation of the at least two-dimensional virtual scale. receiving , from one or more sensors , three-dimensional data representing a physical structure, wherein the three-dimensional data includes one or more spatial measurements of the physical structure; generating , based on the three-dimensional data, a data structure representing a virtual three-dimensional model of the physical structure; and incorporating , with the data structure representing the virtual three-dimensional model of the physical structure, an at least two-dimensional virtual scale that conveys the one or more spatial measurements. wherein the at least two-dimensional virtual scale has spaced markings or two- or three-dimensional elements with known relationships between various internal dimensions, and wherein the at least two-dimensional virtual scale is resized directly in proportion with any resizing of the virtual three-dimensional model of the physical structure; wherein the data structure is such that a three-dimensional printer is able to use the data structure to create a physical model of the physical structure that includes a physical manifestation of the at least two-dimensional virtual scale.
Device for extracting drilling sludge for use at difficult to access locations on a building site, wherein the device has a main body , wherein the main body has, on a lower side , a cavity , which can be subjected to a vacuum, thus enabling the drilling sludge formed in the cavity to be extracted from the cavity by means of a suction device, wherein the main body furthermore has an extraction opening , which opens into the cavity of the main body , characterized in that a centering aid for positioning a core drill is arranged on an upper side of the main body . the device has a main body , wherein the main body has, on a lower side , a cavity , which can be subjected to a vacuum, thus enabling the drilling sludge formed in the cavity to be extracted from the cavity by means of a suction device, wherein the main body furthermore has an extraction opening , which opens into the cavity of the main body , characterized in that a centering aid for positioning a core drill is arranged on an upper side of the main body .
An electric drive motorcycle , comprising: • a front portion comprising one or more front wheels and a handlebar ; • a rear portion comprising a saddle , a shell body arranged below said saddle , and a rear wheel arranged below said shell body ; • an intermediate portion extending as a connection between said front portion and said rear portion; • an electric drive unit connected to said rear wheel ; • a power supply unit feeding said electric drive unit ; and • a helmet carrying compartment placed in the shell body below the saddle , wherein said power supply unit is arranged in a position below said helmet carrying compartment , so that said saddle , said helmet carrying compartment and said power supply unit are substantially stacked on each other, being said helmet carrying compartment and said power supply unit arranged inside the shell body , wherein said supply unit comprises a battery unit or a battery unit and an electric motor/generator, wherein a control unit apt to control said drive unit and said battery unit is provided, said control unit comprising a case arranged below the battery unit , wherein a rear fork jointed to the shell body is provided, said rear fork comprising at least a fork arm extending between said shell body and said drive unit , characterized in that said at least a fork arm of said rear fork surrounds said case . • a front portion comprising one or more front wheels and a handlebar ; • a rear portion comprising a saddle , a shell body arranged below said saddle , and a rear wheel arranged below said shell body ; • an intermediate portion extending as a connection between said front portion and said rear portion; • an electric drive unit connected to said rear wheel ; • a power supply unit feeding said electric drive unit ; and • a helmet carrying compartment placed in the shell body below the saddle , wherein said power supply unit is arranged in a position below said helmet carrying compartment , so that said saddle , said helmet carrying compartment and said power supply unit are substantially stacked on each other, being said helmet carrying compartment and said power supply unit arranged inside the shell body , wherein said supply unit comprises a battery unit or a battery unit and an electric motor/generator, wherein a control unit apt to control said drive unit and said battery unit is provided, said control unit comprising a case arranged below the battery unit , wherein a rear fork jointed to the shell body is provided, said rear fork comprising at least a fork arm extending between said shell body and said drive unit , characterized in that said at least a fork arm of said rear fork surrounds said case .
A method suitable to be used to identify and compensate for errors created by changes in the relative positions of a dispensing unit (14, 16; 70, 72) for dispensing a viscous material and a vision system (30; 64) of a dispenser (10; 60) wherein the dispensing units (14, 16; 70, 72) and the vision system (30; 64) are provided on separate gantries (24, 32; 66, 74), the method comprising: - calibrating the vision system (30; 64) by using a calibration plate having predetermined features at precise locations on the calibration plate, the calibration plate being fabricated from a known stable material, calculating errors and recording them for further use; - dispensing a pattern of features of said viscous material in known locations over a working area; - moving the vision system (30; 64) over a deposition location to locate a deposit of the pattern of features; - obtaining an image of the deposited viscous material at the deposition location; - tagging data associated with the image to obtain tagged data; - calculating a relative distance between the dispensing unit (14, 16; 70, 72) and the vision system (30; 64) based on the tagged data and the errors calculated during calibrating of the vision system to obtain correction data for each spatial location where the viscous material is deposited; - storing the correction data with spatial location in a file for later use; and - using the stored data to make dispensing corrections prior to dispensing additional material on a substrate . - calibrating the vision system (30; 64) by using a calibration plate having predetermined features at precise locations on the calibration plate, the calibration plate being fabricated from a known stable material, calculating errors and recording them for further use; - dispensing a pattern of features of said viscous material in known locations over a working area; - moving the vision system (30; 64) over a deposition location to locate a deposit of the pattern of features; - obtaining an image of the deposited viscous material at the deposition location; - tagging data associated with the image to obtain tagged data; - calculating a relative distance between the dispensing unit (14, 16; 70, 72) and the vision system (30; 64) based on the tagged data and the errors calculated during calibrating of the vision system to obtain correction data for each spatial location where the viscous material is deposited; - storing the correction data with spatial location in a file for later use; and - using the stored data to make dispensing corrections prior to dispensing additional material on a substrate .