mhurhangee/patent-ind-claim-en huggingface dataset:
A ROR2 inhibitor for use in treating and/or preventing cartilage loss, treating and/or preventing osteoarthritis, treating and/or preventing osteoarthritis associated pain, promoting cartilage repair, and/or preventing cartilage degradation, wherein the ROR2 inhibitor is selected from the group consisting of an oligonucleotide directed against ROR2, an anti-ROR2 antibody or fragment thereof, a soluble fragment of an ROR2 protein.
Method for operating a headlamp device for a motor vehicle , wherein the headlamp device includes several light segments (A ij , A' ij ) for illuminating different regions (B ij , B' ij ) of an environment of the motor vehicle , wherein the respective light segments (A ij , A' ij ) includes a respectively adjustable number of light spots , having the steps: - provision of an adjustment parameter; - adjusting the number of the light spots , belonging to the respective light segments (A) and thereby connected together for an activating or deactivating of the light segment (A ij , A' ij ), depending on the adjustment parameter on the part of the headlamp device , wherein the greater the number of the light spots belonging to the respective light segments (A ij , A' ij ), the greater are also the respective different regions in the environment of the motor vehicle which can be illuminated by the assigned light segments (A ij , A' ij ) and thereby the intensity of the headlamp device can be altered by the adjusting of the number of the light spots connected together, such that a light mode does not need to be activated or deactivated for an adjusting of the intensity as such, and wherein either the provision of the adjustment parameter includes a provision of a time duration since an activating of a light mode of the headlamp device and the number of the light spots belonging to the respective light segments (A ij , A' ij ) and therewith the size of the respective light segments (A ij , A' ij ) is reduced with increasing time duration, or the provision of the adjustment parameter includes a provision of an information regarding a drive characteristic of the motor vehicle. - provision of an adjustment parameter; - adjusting the number of the light spots , belonging to the respective light segments (A) and thereby connected together for an activating or deactivating of the light segment (A ij , A' ij ), depending on the adjustment parameter on the part of the headlamp device , wherein the greater the number of the light spots belonging to the respective light segments (A ij , A' ij ), the greater are also the respective different regions in the environment of the motor vehicle which can be illuminated by the assigned light segments (A ij , A' ij ) and thereby the intensity of the headlamp device can be altered by the adjusting of the number of the light spots connected together, such that a light mode does not need to be activated or deactivated for an adjusting of the intensity as such,
A system consisting of a weapon barrel , a chamber muzzle brake , and a projectile which is arranged as ammunition in the weapon barrel, wherein the chamber muzzle brake is arranged at one end of the weapon barrel and has a hollow body with three outlet openings which are arranged radially on the body and at an angle of 120 degrees to each other, wherein in that the ammunition comprises a sabot which is designed in three parts, and in that the three parts of the sabot are arranged symmetrically, characterized in that the three parts of the sabot can be aligned according to the outlet openings of the chamber muzzle brake in order to improve the impact performance. wherein in that the ammunition comprises a sabot which is designed in three parts, and in that the three parts of the sabot are arranged symmetrically, characterized in that the three parts of the sabot can be aligned according to the outlet openings of the chamber muzzle brake in order to improve the impact performance.
Lighting apparatus of a motor vehicle having a device, comprising a housing having a light outlet opening which is closed by means of a cover plate , wherein the device is arranged in the housing , comprising a plurality of planar light guides which are arranged one behind the other and are made of a solid transparent material, wherein in each case at least one light source is arranged on at least one narrow side of the light guides , which light source couples light into the relevant light guide , which propagates at least through a part of the light guide by means of total reflection, wherein each of the light guides has a plurality of outcoupling elements distributed over a main surface which adjoins the narrow side and is used as an outcoupling surface, which outcoupling elements deflect at least a portion of the light propagated in the relevant light guide onto an opposing main surface of the relevant light guide , which is used as the exit surface, such that, at least for a portion of the deflected light, the conditions for total reflection are no longer met when impinging on the exit surface , and the light exits the light guide via the exit surface , wherein the light guides are arranged one behind the other such that the main emission directions of the light exiting the individual light guides are directed into the same half-space with respect to a plane parallel to a surface extension of the light guides , wherein, for each of the light guides , the shape, size, depth and/or density of the outcoupling elements , which are arranged distributed over the outcoupling surfaces of the light guides , are designed such that the light coupled out via the outcoupling elements of a light guide and exiting via the exit surface of the light guide shows a sectional representation through a three-dimensional object , wherein the light exiting the different light guides shows different sectional representations of the object , and the combination of the light exiting all of the light guides of the device, and thus a superposition of the sectional representations , approximately shows a three-dimensional representation (20") of the object .
A cell culture vessel comprising: a bottom having a culture surface with a plurality of wells; ; a peripheral wall extending upwardly from a periphery of the bottom; ; and a partition partitioning a region on the culture surface surrounded by the peripheral wall into a plurality of sub-regions, wherein the culture surface between the wells adjacent to each other and between the peripheral wall adjacent to the well and the well is composed of a continuous curved surface without a flat region. a bottom having a culture surface with a plurality of wells; ; a peripheral wall extending upwardly from a periphery of the bottom; ; and a partition partitioning a region on the culture surface surrounded by the peripheral wall into a plurality of sub-regions, wherein the culture surface between the wells adjacent to each other and between the peripheral wall adjacent to the well and the well is composed of a continuous curved surface without a flat region.
A navigation data source, said navigation data source comprising: - an object data set , said object data set comprising object data , wherein said object data indicating a spatial vacancy and/or occupancy of sub-regions of a spatial region by one or more structural objects in said spatial region describes said spatial region with a first resolution in a first dimension, a second resolution in a second dimension and a third resolution in a third dimension, wherein said spatial region is a three dimensional geographic region, wherein said object data references said sub-regions based on a linear order of said sub-regions in said spatial region , wherein said linear order allows for a one dimensional ordering of said sub-regions of said spatial region , wherein said object data comprises interval information about an at least partially occupied interval , said at least partially occupied interval indicates a group of, according to said linear order, one or more successional sub-regions , at least a part of which are spatially occupied, and wherein said object data further comprises an occupancy sequence indicating a spatial vacancy and/or occupancy of said successional sub-regions of said at least partially occupied interval . - an object data set , said object data set comprising object data , wherein said object data indicating a spatial vacancy and/or occupancy of sub-regions of a spatial region by one or more structural objects in said spatial region describes said spatial region with a first resolution in a first dimension, a second resolution in a second dimension and a third resolution in a third dimension, wherein said spatial region is a three dimensional geographic region, wherein said object data references said sub-regions based on a linear order of said sub-regions in said spatial region , wherein said linear order allows for a one dimensional ordering of said sub-regions of said spatial region , wherein said object data comprises interval information about an at least partially occupied interval , said at least partially occupied interval indicates a group of, according to said linear order, one or more successional sub-regions , at least a part of which are spatially occupied, and wherein said object data further comprises an occupancy sequence indicating a spatial vacancy and/or occupancy of said successional sub-regions of said at least partially occupied interval .
Mounting device for fastening a component , such as in particular a bracket , at a defined location with a base body which comprises a receptacle for the component , a suction device to hold the component held in the receptacle at the defined location and a pressing device to press the component held in the receptacle to the defined location , characterised in that at least one height stop is arranged on the base body in order to position it at a specific height. a base body which comprises a receptacle for the component , a suction device to hold the component held in the receptacle at the defined location and a pressing device to press the component held in the receptacle to the defined location , characterised in that at least one height stop is arranged on the base body in order to position it at a specific height.
Method for monitoring the function of a sensor for detecting soot, wherein the sensor comprises at least two measurement electrodes arranged on a substrate composed of an electrically insulating material, and a heating element , wherein the method comprises the following steps: - keeping constant a first temperature, which is between 700°C and 860°C, over a star of 20 s - 80 s and carrying out a first current-voltage measurement at the first temperature at the end of the star in order to determine a first measurement variable - from a threshold value being exceeded by the first measurement variable, it is deduced that the sensor is functional, - only if the first measurement variable falls below the threshold value: carrying out a second current-voltage measurement chronologically after the first current-voltage measurement at a second temperature in order to determine a second measurement variable, wherein the second temperature is lower than the first temperature and is from 540°C to 700°C, forming a difference between the first measurement variable and the second measurement variable, wherein it is deduced from a further threshold value being exceeded by the difference that the sensor is functional, and it is deduced from the difference falling below the further threshold value that the sensor is defective. - keeping constant a first temperature, which is between 700°C and 860°C, over a star of 20 s - 80 s and carrying out a first current-voltage measurement at the first temperature at the end of the star in order to determine a first measurement variable - from a threshold value being exceeded by the first measurement variable, it is deduced that the sensor is functional, - only if the first measurement variable falls below the threshold value: carrying out a second current-voltage measurement chronologically after the first current-voltage measurement at a second temperature in order to determine a second measurement variable, wherein the second temperature is lower than the first temperature and is from 540°C to 700°C, forming a difference between the first measurement variable and the second measurement variable, wherein it is deduced from a further threshold value being exceeded by the difference that the sensor is functional, and it is deduced from the difference falling below the further threshold value that the sensor is defective.
Posture corrector for causing a user sitting in front of a table to adopt a correct posture, comprising: - an elastic support element for the abdomen of the user configured to be provided between an abdomen of the user and a front edge of a table ; and - an attachment means dismountably connected to the support element , where the attachment means is configured to attach the support element to the table , characterized in that the elastic support element is an spherical inflatable balloon, and in that the attachment means comprises an attachment pad connected to the inflatable balloon by means of a pin passing through a first hole of the attachment pad and through a second hole of the inflatable balloon, where the second hole is the hole through which the inflatable balloon is inflated, the pin acting as a plug closing said second hole , the attachment pad further having an outer face having adhesives for attachment to the table . - an elastic support element for the abdomen of the user configured to be provided between an abdomen of the user and a front edge of a table ; and - an attachment means dismountably connected to the support element , where the attachment means is configured to attach the support element to the table , characterized in that the elastic support element is an spherical inflatable balloon, and in that the attachment means comprises an attachment pad connected to the inflatable balloon by means of a pin passing through a first hole of the attachment pad and through a second hole of the inflatable balloon, where the second hole is the hole through which the inflatable balloon is inflated, the pin acting as a plug closing said second hole , the attachment pad further having an outer face having adhesives for attachment to the table .
A gas heated hob having combustion chambers under a ceramic heating plate , said hob comprising a system to carry away fumes from the combustion chambers wherein said system comprises an inner insert and an external cap having a longitudinal outlet , characterized in that the insert has a triangular cross-section comprising a bottom wall with a row of inlets and a diagonal wall with a row of holes , preferably in the form of slots, a fan configured to press cool air through the insert thereby creating a narrow stream upwards which sucks the fumes from an exhaust duct of the combustion chamber and mixes with said fumes and flows out through the longitudinal outlet in the external cap
A method of performing a dual-connectivity operation in a wireless communication system, the method performed by a first base station and comprising: transmitting (S1820), to a second base station, a small cell addition request message to request the second base station to allocate a radio resource for a terminal; in response to the small cell addition request message, receiving (S1830), from the second base station, a small cell addition request Acknowledge, Ack, message including a radio resource configuration determined by the second base station; transmitting (S1840), to the terminal, a Radio Resource Control, RRC, connection reconfiguration message including the radio resource configuration determined by the second base station; receiving (S1850), from the terminal, a RRC connection reconfiguration complete message; and after receiving the RRC connection reconfiguration complete message, transmitting (S1860), to the second base station, a radio resource configuration complete message including information indicating the radio resource configuration is successfully applied to the terminal. transmitting (S1820), to a second base station, a small cell addition request message to request the second base station to allocate a radio resource for a terminal; in response to the small cell addition request message, receiving (S1830), from the second base station, a small cell addition request Acknowledge, Ack, message including a radio resource configuration determined by the second base station; transmitting (S1840), to the terminal, a Radio Resource Control, RRC, connection reconfiguration message including the radio resource configuration determined by the second base station; receiving (S1850), from the terminal, a RRC connection reconfiguration complete message; and after receiving the RRC connection reconfiguration complete message, transmitting (S1860), to the second base station, a radio resource configuration complete message including information indicating the radio resource configuration is successfully applied to the terminal.
Seal (100; 502; 602; 702; 800) for a wing of a door, comprising a sealing profile and a fastening profile , wherein the sealing profile can be fastened to the fastening profile , wherein - the seal (100; 502; 602; 702; 800) is designed to be set into a groove (200; 300; 400; 500; 600;) on a lower side and/or top side of the wing of the door, - the seal (100; 502; 602; 702; 800) comprises a magnetic means (103; 503; 801), characterised in that - the fastening profile can be fastened directly to the wing of the door with the magnetic means (103; 503, 801), wherein - at the direct fastening, the fastening profile is in direct contact with the magnetic means and the magnetic means is in direct contact with the wing of the door. - the seal (100; 502; 602; 702; 800) is designed to be set into a groove (200; 300; 400; 500; 600;) on a lower side and/or top side of the wing of the door, - the seal (100; 502; 602; 702; 800) comprises a magnetic means (103; 503; 801), characterised in that - the fastening profile can be fastened directly to the wing of the door with the magnetic means (103; 503, 801), wherein - at the direct fastening, the fastening profile is in direct contact with the magnetic means and the magnetic means is in direct contact with the wing of the door.
A food packaging material for enclosing food, the material comprising: a first, moisture-permeable inner layer ; a second, moisture-impermeable outer layer ; and a third, insulating moisture-tolerant layer disposed between the first and second layers and spacing the first and second layer apart, wherein the third layer has an undulating form comprising voids; wherein the first, second and third layers are arranged such that moisture emanating from food within the container passes through the first layer and the third layer and condenses on the second, moisture-impermeable outer layer; and wherein the first, second and third layers comprise paper or cardboard. a first, moisture-permeable inner layer ; a second, moisture-impermeable outer layer ; and a third, insulating moisture-tolerant layer disposed between the first and second layers and spacing the first and second layer apart, wherein the third layer has an undulating form comprising voids; wherein the first, second and third layers are arranged such that moisture emanating from food within the container passes through the first layer and the third layer and condenses on the second, moisture-impermeable outer layer; and wherein the first, second and third layers comprise paper or cardboard.
A synthesis gas plant for producing a synthesis gas, said synthesis gas plant comprising: - a reforming reactor system comprising a first catalyst bed comprising an electrically conductive material and a catalytically active material, said catalytically active material being arranged for catalyzing steam reforming of a feed gas comprising hydrocarbons to produce a first synthesis gas stream, said reforming reactor system further comprising a pressure shell housing said first catalyst bed, a heat insulation layer between said first catalyst bed and said pressure shell, and at least two conductors electrically connected to said electrically conductive material and to an electrical power supply placed outside said pressure shell, wherein said electrical power supply is dimensioned to heat at least part of said first catalyst bed to a temperature of at least 500°C by passing an electrical current through said electrically conductive material, wherein said pressure shell has a design pressure of between 15 and 200 bar, - a post converter downstream said reforming reactor system, said post converter housing a second catalyst active for catalyzing steam methane reforming, methanation and reverse water gas shift reactions, said post converter being arranged to receive at least part of said first synthesis gas stream and outletting a second synthesis gas stream; and - means for adding a heated CO 2 rich gas stream to the at least part of the first synthesis gas stream upstream said post convertor and/or into said post convertor. - a reforming reactor system comprising a first catalyst bed comprising an electrically conductive material and a catalytically active material, said catalytically active material being arranged for catalyzing steam reforming of a feed gas comprising hydrocarbons to produce a first synthesis gas stream, said reforming reactor system further comprising a pressure shell housing said first catalyst bed, a heat insulation layer between said first catalyst bed and said pressure shell, and at least two conductors electrically connected to said electrically conductive material and to an electrical power supply placed outside said pressure shell, wherein said electrical power supply is dimensioned to heat at least part of said first catalyst bed to a temperature of at least 500°C by passing an electrical current through said electrically conductive material, wherein said pressure shell has a design pressure of between 15 and 200 bar, - a post converter downstream said reforming reactor system, said post converter housing a second catalyst active for catalyzing steam methane reforming, methanation and reverse water gas shift reactions, said post converter being arranged to receive at least part of said first synthesis gas stream and outletting a second synthesis gas stream; and - means for adding a heated CO 2 rich gas stream to the at least part of the first synthesis gas stream upstream said post convertor and/or into said post convertor.