mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a steel component assembly , in which method - a steel component is provided with a predetermined breaking point ; - the predetermined breaking point of the steel component by means of a press-fit element is punched so as to form an opening ; - the press-fit element is pressed into the opening of the steel component ; - a component that overlaps at least the press-fit element is adhesively bonded to the steel component by means of an adhesive that is applied in a planar manner; and - a friction-drilling hole is melted through the press-fit element , the steel component , and the component , by means of a friction-drilling element . - a steel component is provided with a predetermined breaking point ; - the predetermined breaking point of the steel component by means of a press-fit element is punched so as to form an opening ; - the press-fit element is pressed into the opening of the steel component ; - a component that overlaps at least the press-fit element is adhesively bonded to the steel component by means of an adhesive that is applied in a planar manner; and - a friction-drilling hole is melted through the press-fit element , the steel component , and the component , by means of a friction-drilling element .
A senescent cell biospecific drug conjugate for killing a senescent cell, the conjugate comprising: (i) a senescent cell targeting agent configured, in use, to specifically target and bind to a DEP-1 senescent cell biomarker, or a variant or fragment thereof having greater than 65% sequence identity with SEQ ID No. 2, and (ii) a cytotoxic agent, which kills the bound senescent cell, wherein the targeting agent is a molecularly imprinted polymer nanoparticle.
A method of identifying the differences in shape and the physical contact characteristics between an object and a body part which is engageable with the object , said method comprising the steps of: scanning the object with radiation in order to produce a surface map of the object , attaching a plurality of bio-sensors to at least one of a surface of the object or to a surface of the body part at locations which are known relative to a reference point, engaging the body part with the object , collecting bio-sensor data from the bio-sensors to record information on the engagement between the body part and the object over the surface of the object, and superimposing the data from the bio-sensors over the surface map of the object in order to identify areas of the object which need to be adjusted in order to improve the fit of the body part with the object . scanning the object with radiation in order to produce a surface map of the object , attaching a plurality of bio-sensors to at least one of a surface of the object or to a surface of the body part at locations which are known relative to a reference point, engaging the body part with the object , collecting bio-sensor data from the bio-sensors to record information on the engagement between the body part and the object over the surface of the object, and superimposing the data from the bio-sensors over the surface map of the object in order to identify areas of the object which need to be adjusted in order to improve the fit of the body part with the object .
A panel for the formation of and/or integration in wet rooms, having a first and a second transparent surface element and having at least one natural stone slab , wherein an interspace is arranged between the first surface element and the at least one natural stone slab , characterized in that the panel has a frame device , which clampingly encloses the surface elements and the at least one natural stone slab , wherein the interspace is sealed in a gas- and moisture-tight manner by the frame device , wherein the frame device comprises an edge seal and an edge extension , wherein the edge seal is configured as a u-shaped or c-shaped hollow profile, wherein a plurality of mounting slots , in which the surface elements and the at least one natural stone slab are arranged, are arranged in an opening of the hollow profile, wherein the panel comprises a back wall arranged in at least one further mounting slot of the edge extension for stabilizing the panel .
A method of producing a population of immune cells depleted of immune cells expressing an endogenous TCR, wherein the immune cells are genetically modified to be deficient for the endogenous TCRα or TCRβ gene in order to reduce or eliminate expression of the endogenous TCR, the method comprising: (a) labeling a population of immune cells with an anti-TCR antibody and an anti-CD3 antibody; and (b) separating anti-TCR antibody labeled immune cells and anti-CD3 antibody labeled immune cells from the population of immune cells. (a) labeling a population of immune cells with an anti-TCR antibody and an anti-CD3 antibody; and (b) separating anti-TCR antibody labeled immune cells and anti-CD3 antibody labeled immune cells from the population of immune cells.
A computing device, wherein the computing device comprises a hardware layer and a host machine running on the hardware layer , wherein the host machine is configured to obtain a virtual interrupt; and the computing device is characterized in that the host machine is configured to obtain a corresponding physical interrupt identifier based on the virtual interrupt, and transfer the physical interrupt identifier to the hardware layer ; and the hardware layer is configured to obtain, based on the physical interrupt identifier, a corresponding virtual interrupt identifier and a corresponding virtual processor identifier, wherein the virtual interrupt is configured to interrupt a target virtual processor, the virtual interrupt identifier and the physical interrupt identifier uniquely correspond to the virtual processor identifier, and the virtual processor identifier indicates the target virtual processor; and transfer the virtual interrupt identifier to the target virtual processor. the host machine is configured to obtain a virtual interrupt; and the computing device is characterized in that the host machine is configured to obtain a corresponding physical interrupt identifier based on the virtual interrupt, and transfer the physical interrupt identifier to the hardware layer ; and the hardware layer is configured to obtain, based on the physical interrupt identifier, a corresponding virtual interrupt identifier and a corresponding virtual processor identifier, wherein the virtual interrupt is configured to interrupt a target virtual processor, the virtual interrupt identifier and the physical interrupt identifier uniquely correspond to the virtual processor identifier, and the virtual processor identifier indicates the target virtual processor; and transfer the virtual interrupt identifier to the target virtual processor.
Method for optimizing performance of a multi-span optical fiber network, wherein each span has an associated optical transmission fiber connected to an associated optical amplifier, wherein gain and output power of the associated optical amplifier are respectively controlled independently, and wherein an amplifier noise figure respectively depends on the gain of the associated optical amplifier, wherein each associated optical amplifier is further connected to launch optical signals into a remainder of a corresponding optical transmission line, characterized in that the method comprises the steps of: - for each span, computing the amplifier noise figure and a non-linear noise generated in the span based on information about the span and using the computed amplifier noise figure and the computed non-linear noise to compute an optimum launch power to be launched into the span ; and - optimizing performance of the multi-span optical fiber network based on the computed optimum launch powers of all spans , wherein the step of optimizing performance of the multi-span optical fiber network based on the computed optimum launch powers of all spans further comprises the step of: - separately optimizing performance of each span by setting the gain of an amplifier associated with a particular span and the output power of an amplifier associated with a span that is immediately preceding the particular span based on the computed optimum launch power of the particular span, wherein the gain of the amplifier associated with the particular span is set based on an optimum gain that is derived from the computed optimum launch power of the particular span. - for each span, computing the amplifier noise figure and a non-linear noise generated in the span based on information about the span and using the computed amplifier noise figure and the computed non-linear noise to compute an optimum launch power to be launched into the span ; and - optimizing performance of the multi-span optical fiber network based on the computed optimum launch powers of all spans , - separately optimizing performance of each span by setting the gain of an amplifier associated with a particular span and the output power of an amplifier associated with a span that is immediately preceding the particular span based on the computed optimum launch power of the particular span, wherein the gain of the amplifier associated with the particular span is set based on an optimum gain that is derived from the computed optimum launch power of the particular span.
A method carried out by a computing device implementing a virtual terminal function being a part of a web domain , the method comprising: receiving user interface relevant information from a web-telco convergence function of a telecommunication domain wherein said user interface relevant information relates to a session oriented service for a user; determining an address of a location for a user interface description that is to be generated; transmitting a request message to said web-telco convergence function wherein said request message includes said address and requests that said address is transmitted to a user device of said user via said telecommunication domain so as to enable said user device to obtain said user interface description from the location identified by said address; and after said transmitting: obtaining web assets from the web domain relating to said session oriented service based on said received user interface relevant information; generating said user interface description based on one or both of said received user interface relevant information and said obtained web assets . receiving user interface relevant information from a web-telco convergence function of a telecommunication domain wherein said user interface relevant information relates to a session oriented service for a user; determining an address of a location for a user interface description that is to be generated; transmitting a request message to said web-telco convergence function wherein said request message includes said address and requests that said address is transmitted to a user device of said user via said telecommunication domain so as to enable said user device to obtain said user interface description from the location identified by said address; and after said transmitting: obtaining web assets from the web domain relating to said session oriented service based on said received user interface relevant information; generating said user interface description based on one or both of said received user interface relevant information and said obtained web assets . obtaining web assets from the web domain relating to said session oriented service based on said received user interface relevant information; generating said user interface description based on one or both of said received user interface relevant information and said obtained web assets .
A system comprising a touch sensing apparatus and a stylus configured to interact with the touch sensing apparatus, said stylus comprising: a distal end configured to touch a touch surface of the touch sensing apparatus, wherein the touch surface is surrounded by a plurality of emitters along a periphery of the touch surface , said plurality of emitters are configured to emit beams of light above the touch surface forming a light field such that a contact of the distal end with the touch surface causes an attenuation of the emitted light that can be detected by a plurality of detectors arranged around the periphery of the touch surface ; and a proximal end opposite the distal end ; characterised in that the distal end comprises a distal tip including a drop-shape comprising a spherically-shaped portion, wherein the drop-shape tapers towards the proximal end along a longitudinal axis between the distal end and the proximal end , and wherein the tapered drop-shape is configured to increase attenuation of the emitted light that can be detected by the plurality of detectors, and wherein a height of the light field from the touch surface is higher than the spherically-shaped portion . a distal end configured to touch a touch surface of the touch sensing apparatus, wherein the touch surface is surrounded by a plurality of emitters along a periphery of the touch surface , said plurality of emitters are configured to emit beams of light above the touch surface forming a light field such that a contact of the distal end with the touch surface causes an attenuation of the emitted light that can be detected by a plurality of detectors arranged around the periphery of the touch surface ; and a proximal end opposite the distal end ; characterised in that the distal end comprises a distal tip including a drop-shape comprising a spherically-shaped portion, wherein the drop-shape tapers towards the proximal end along a longitudinal axis between the distal end and the proximal end , and wherein the tapered drop-shape is configured to increase attenuation of the emitted light that can be detected by the plurality of detectors, and wherein a height of the light field from the touch surface is higher than the spherically-shaped portion .
A dripper configured to form a channel by bonding to an inner wall of a tube at a position where the dripper covers a through hole formed on a wall of the tube , the channel allowing a space in the tube and the through hole to communicate with each other and including a pressure reduction channel that allows liquid flowing into the dripper from the space to flow toward the through hole while depressurizing the liquid, the dripper comprising: a dripper body configured to form the channel by bonding to the inner wall of the tube , the channel including an open part which opens to the space; and a movable part for changing a cross-sectional area of the channel at the opening in accordance with a pressure of the liquid in the space, the movable part disposed to cover the open part from a space side such that the movable part is movable forward or backward in the open part in accordance with the pressure of the liquid in the space; wherein the dripper is composed with only two members, the two members being the dripper body and the movable part . a dripper body configured to form the channel by bonding to the inner wall of the tube , the channel including an open part which opens to the space; and a movable part for changing a cross-sectional area of the channel at the opening in accordance with a pressure of the liquid in the space, the movable part disposed to cover the open part from a space side such that the movable part is movable forward or backward in the open part in accordance with the pressure of the liquid in the space; wherein the dripper is composed with only two members, the two members being the dripper body and the movable part .
Slurry wall cutter for producing vertical trenches in the ground, which is connectable to a carrier apparatus , comprising a frame , a motor unit and a drive unit , wherein the drive unit comprises a carrier structure , at least one gear mechanism arranged on the carrier structure as well as at least one cutting tool for crushing ground material which is connected to the gear mechanism and drivable by the motor unit , and wherein the frame and the drive unit comprise connecting means by means of which the frame and the drive unit can be releasably connected, wherein the motor unit is releasably connectable with the drive unit , in particular with a motor receptacle arranged on the drive unit , wherein the connecting means are accessible on the outer contour of the frame so that the connection between drive unit and frame can be established or released from outside, characterized in that the frame comprises indentations which allow access to the connecting means on the outer controur of the frame , wherein the frame is preferably configured in such a way that the parts of the connecting means accessible from the outside are arranged within the indentations and within the outer contour of the frame extending beyond the indentations .
A locking device , comprising a locking cylinder , a key , and a manipulation protection device, wherein the locking cylinder has a cylinder core mounted in a housing , wherein between the housing and the cylinder core , a parting line is formed, wherein the manipulation protection device is a boring protection and/or a pulling protection and has at least two protection pins each being mounted to be translatable in a protection pin channel , wherein the protection pin channels have a housing section and a cylinder core section , wherein in a blocking position of the locking device , the protection pins are at least in portions disposed within the housing sections in such a manner that the parting line is blocked, and, for reaching an opening position of the locking device , the protection pins are completely translatable into the cylinder core sections due to a reversible key insertable into the cylinder core and at least two magnetic elements formed on or within the key shank of the key , and the parting line is releasable, - wherein the blocking position relates to the completely closed state of the locking device and the state as long as the key has not yet been inserted completely into the key channel , - wherein the at least two magnetic elements are formed at an end of the key shank facing a key head , - wherein the protection pins can be translated only after the key shank has been inserted into the key channel almost completely, - wherein the protection pins are no coding elements, - wherein a first protection pin is biased by means of a spring , is introduced into the cylinder core section of the first protection pin channel , and the bias is active towards the housing section of the first protection pin channel , - wherein no spring is introduced into the further protection pin channel . - wherein the blocking position relates to the completely closed state of the locking device and the state as long as the key has not yet been inserted completely into the key channel , - wherein the at least two magnetic elements are formed at an end of the key shank facing a key head , - wherein the protection pins can be translated only after the key shank has been inserted into the key channel almost completely, - wherein the protection pins are no coding elements, - wherein a first protection pin is biased by means of a spring , is introduced into the cylinder core section of the first protection pin channel , and the bias is active towards the housing section of the first protection pin channel , - wherein no spring is introduced into the further protection pin channel .
A guide for bone alignment under fluoroscopic imaging, comprising: a radiopaque rod ; a radiolucent carrier having a first side and a second side opposite one another ; and a radiopaque indicator held by the carrier; wherein the rod and the indicator are parallel to the same plane and wherein an axis defined by the rod and an axis defined by the indicator form an angle (θ) between one another of less than 90 degrees when projected orthogonally onto the plane, wherein the rod is configured to be aligned with an axis defined by one or more bones of a leg, and the indicator aligned with a joint of the leg, in an anterior-posterior, fluoroscopic view of the leg, and wherein the guide is configured to be used alternatively for a left leg with the first side of the carrier facing the joint, and for a right leg with the second side of the carrier facing the joint. a radiopaque rod ; a radiolucent carrier having a first side and a second side opposite one another ; and a radiopaque indicator held by the carrier; wherein the rod and the indicator are parallel to the same plane and wherein an axis defined by the rod and an axis defined by the indicator form an angle (θ) between one another of less than 90 degrees when projected orthogonally onto the plane, wherein the rod is configured to be aligned with an axis defined by one or more bones of a leg, and the indicator aligned with a joint of the leg, in an anterior-posterior, fluoroscopic view of the leg, and wherein the guide is configured to be used alternatively for a left leg with the first side of the carrier facing the joint, and for a right leg with the second side of the carrier facing the joint.
System for the aftertreatment of exhaust gases from an exhaust line of a spark-ignition internal combustion engine comprising at least one cylinder , a fresh air intake manifold , and an exhaust manifold , and which can further comprise a turbo-compression system comprising a turbine driven by the exhaust gases and a compressor mounted on the same axis as the turbine and providing air compression, the system comprising: a three-way oxidation-reduction catalytic converter located directly downstream of the exhaust manifold or the turbine ; a first particulate filter mounted directly downstream of the catalytic converter ; and a second particulate filter located downstream of the first particulate filter , characterized in that it comprises an exhaust gas energy recovery device for cooling the exhaust gases upstream of the second particulate filter , the exhaust gas energy recovery device having a so-called cooling fluid flowing through it. a three-way oxidation-reduction catalytic converter located directly downstream of the exhaust manifold or the turbine ; a first particulate filter mounted directly downstream of the catalytic converter ; and a second particulate filter located downstream of the first particulate filter , characterized in that it comprises an exhaust gas energy recovery device for cooling the exhaust gases upstream of the second particulate filter , the exhaust gas energy recovery device having a so-called cooling fluid flowing through it.