mhurhangee/patent-ind-claim-en huggingface dataset:
Pick and place unit for a reel storage cabinet with an access opening, which pick and place unit comprises: - a manipulator for picking and placing a single reel at a time; and - a reel conveyor ; characterized in that the pick and place unit further comprises: - a housing with a reel supply opening , a reel discharge opening and a cabinet access opening ; - means for providing an airtight connection of the cabinet access opening with the access opening of the reel storage cabinet ; wherein the manipulator is arranged in the housing , which manipulator is movable between a first position extending from the housing through the cabinet access opening for picking and placing a reel from and into the reel storage cabinet and a second position within the housing for picking and placing a reel from and onto a manipulating position ; wherein the reel conveyor is arranged between the reel supply opening and the manipulation position and between the manipulation position and the reel discharge opening . - a manipulator for picking and placing a single reel at a time; and - a reel conveyor ; characterized in that the pick and place unit further comprises: - a housing with a reel supply opening , a reel discharge opening and a cabinet access opening ; - means for providing an airtight connection of the cabinet access opening with the access opening of the reel storage cabinet ; - a housing with a reel supply opening , a reel discharge opening and a cabinet access opening ; - means for providing an airtight connection of the cabinet access opening with the access opening of the reel storage cabinet ; wherein the manipulator is arranged in the housing , which manipulator is movable between a first position extending from the housing through the cabinet access opening for picking and placing a reel from and into the reel storage cabinet and a second position within the housing for picking and placing a reel from and onto a manipulating position ; wherein the reel conveyor is arranged between the reel supply opening and the manipulation position and between the manipulation position and the reel discharge opening .
A bypass valve configured for use in an aircraft-based or land-based turbofan engine comprising: a valve body ; a piston disposed in the valve body, and moveable therein; and a linearly configured actuation component , wherein the actuation component includes a shape memory alloy (SMA), the actuation component responsive to a change in at least one of a thermal condition and a pressure exerted thereon so as to move the piston, thereby opening and closing the bypass valve. a valve body ; a piston disposed in the valve body, and moveable therein; and a linearly configured actuation component , wherein the actuation component includes a shape memory alloy (SMA), the actuation component responsive to a change in at least one of a thermal condition and a pressure exerted thereon so as to move the piston, thereby opening and closing the bypass valve.
A method for producing a dental prosthesis , wherein the dental prosthesis is produced from a gum part and prosthetic teeth arranged on the gum part and connected to the gum part and wherein the surface (F) of the dental prosthesis is subjected to a surface treatment, characterized in that the surface treatment of the dental prosthesis is effected with a solvent (P), wherein the solvent (P) contains at least one chlorinated hydrocarbon and at least one nitro derivative of methane.
A method of distributed file deletion, performed by a storage system, the method comprising: receiving, at the storage system, from a source external to the storage system, a request to delete a parent directory and contents of the parent directory; adding the parent directory to a first set, listed in a memory in the storage system; operating on the first set, by examining the parent directory in the first set to identify subdirectories and files within the parent directory, adding each identified subdirectory to the first set as a directory, and adding the identified files and the examined parent directory to a second set listed in the memory; deleting records and data of files listed in the second set, and records of directories listed in the second set, without concern for order as soon as all subdirectories within the parent directory have been identified. receiving, at the storage system, from a source external to the storage system, a request to delete a parent directory and contents of the parent directory; adding the parent directory to a first set, listed in a memory in the storage system; operating on the first set, by examining the parent directory in the first set to identify subdirectories and files within the parent directory, adding each identified subdirectory to the first set as a directory, and adding the identified files and the examined parent directory to a second set listed in the memory; deleting records and data of files listed in the second set, and records of directories listed in the second set, without concern for order as soon as all subdirectories within the parent directory have been identified.
A blow-molded bottle comprising an outer layer and an inner layer , wherein the inner layer has a blackness defined by the L ∗ value in an International Commission on Illumination (CIE) L ∗ a ∗ b ∗ color system higher than that of the outer layer , characterized in that the outer layer has an L ∗ value of 20 or more and 90 or less in the International Commission on Illumination (CIE) L ∗ a ∗ b ∗ color system, and the blow-molded bottle has a two-layer configuration consisting of the outer layer and the inner layer . wherein the inner layer has a blackness defined by the L ∗ value in an International Commission on Illumination (CIE) L ∗ a ∗ b ∗ color system higher than that of the outer layer , characterized in that the outer layer has an L ∗ value of 20 or more and 90 or less in the International Commission on Illumination (CIE) L ∗ a ∗ b ∗ color system, and the blow-molded bottle has a two-layer configuration consisting of the outer layer and the inner layer .
Vehicle top suspension mount comprising an anti-vibratory block housed in a casing , the casing comprising at least one securing element movable between an assembly position and a securing position, the securing element being configured to block, in the securing position, the vehicle top suspension mount with respect to a vehicle body when the vehicle top suspension mount is joined to a vehicle body , characterized by a removable insert configured to bring the securing element from the assembly position to the securing position and to lock the securing element in the securing position.
A dual dispenser comprising: ▪ two pumps (P1, P2) associated with two fluid reservoirs, each of the two pumps (P1, P2) comprising a pump body (P10, P20) and an actuator rod (P11, P21) that is axially movable over an axial stroke ▪ a dispenser head including a dispenser orifice (O) for dispensing the fluids coming from the actuator rods (P11, P21) of both pumps (P1, P2), the dual dispenser being characterized in that the dispenser head comprises: • a cap that is mounted on the actuator rods (P11, P21) and that forms the dispenser orifice (O), • a pusher that is mounted on the cap so as to move it axially downwards and upwards, the pusher also being mounted on the cap so as to turn relative thereto, • an adjustment insert that is arranged below the cap and that is secured to the pusher in such a manner as to turn with it, the cap coming into abutment against the adjustment insert , thereby limiting the axial stroke of the actuator rods (P11, P21). ▪ two pumps (P1, P2) associated with two fluid reservoirs, each of the two pumps (P1, P2) comprising a pump body (P10, P20) and an actuator rod (P11, P21) that is axially movable over an axial stroke ▪ a dispenser head including a dispenser orifice (O) for dispensing the fluids coming from the actuator rods (P11, P21) of both pumps (P1, P2), • a cap that is mounted on the actuator rods (P11, P21) and that forms the dispenser orifice (O), • a pusher that is mounted on the cap so as to move it axially downwards and upwards, the pusher also being mounted on the cap so as to turn relative thereto, • an adjustment insert that is arranged below the cap and that is secured to the pusher in such a manner as to turn with it, the cap coming into abutment against the adjustment insert , thereby limiting the axial stroke of the actuator rods (P11, P21).
A method of depositing one or more electrically-conductive traces on an inner tube of a medical device , comprising providing the inner tube having an exterior surface , applying axial tension to the inner tube before depositing the one or more traces , applying electrically-conductive traces on the exterior surface of the inner tube , and releasing said axial tension after depositing the one or more traces . providing the inner tube having an exterior surface , applying axial tension to the inner tube before depositing the one or more traces , applying electrically-conductive traces on the exterior surface of the inner tube , and releasing said axial tension after depositing the one or more traces .
A use of a combination of a first pharmacologically active agent comprising pilocarpine and a second pharmacologically active agent comprising thymoxamine in the manufacture of a medicament adapted for topical application to a human or animal eye in order to improve visual acuity in one or more of presbyopia, myopia, hypermetropia, emmetropia and astigmatism, and/or to improve night or low-light vision.
An infill material for an artificial turf system comprising: a plurality of wood particles , each particle defining a length dimension greater than a width or a thickness dimension, each particle length dimension being oriented generally parallel to a grain structure of each particle, the length dimension in a range of about 1 mm to about 10 mm, the length and one of the width or thickness dimensions defining an aspect ratio within a range of 4:1 to 10:1, each particle maintaining a water absorptive property that permits water to be retained by the particle and released over time to disperse heat from the infill material , characterized in that the wood particles are processed by tumbling or abrading to round off edges of the wood particles such that the edges of the wood particles are smoothed in comparison to a cut surface having a sharp, angular edge form. a plurality of wood particles , each particle defining a length dimension greater than a width or a thickness dimension, each particle length dimension being oriented generally parallel to a grain structure of each particle, the length dimension in a range of about 1 mm to about 10 mm, the length and one of the width or thickness dimensions defining an aspect ratio within a range of 4:1 to 10:1, each particle maintaining a water absorptive property that permits water to be retained by the particle and released over time to disperse heat from the infill material , characterized in that the wood particles are processed by tumbling or abrading to round off edges of the wood particles such that the edges of the wood particles are smoothed in comparison to a cut surface having a sharp, angular edge form.
A stand-alone hearing aid adapter , comprising: at least one input element configured to receive analog hearing aid output signals from an acoustic hearing aid ; an adaption module configured to convert the analog hearing aid output signals into implantable hearing prosthesis input signals , wherein the adaption module comprises an analog-to-digital converter and an audio encoder ; and a wireless transmitter configured to transmit the implantable hearing prosthesis input signals to an implantable hearing prosthesis . at least one input element configured to receive analog hearing aid output signals from an acoustic hearing aid ; an adaption module configured to convert the analog hearing aid output signals into implantable hearing prosthesis input signals , wherein the adaption module comprises an analog-to-digital converter and an audio encoder ; and a wireless transmitter configured to transmit the implantable hearing prosthesis input signals to an implantable hearing prosthesis .
A Global Navigation Satellite System (GNSS) receiver comprising: at least one processor, wherein the processor is configured to: perform integrity monitoring in a solution separation based integrity monitoring module , wherein the solution separation based integrity monitoring module is characterised by being further configured to: determine a weighted false alarm probability allocation for each of more than one sub-solution in a solution separation based integrity monitoring module , wherein for each respective sub-solution of the more than one sub-solution, the weighted false alarm probability allocation is based on pre-determined values for missed detection probability and fault probability for the respective sub-solution, wherein each respective sub-solution is created by excluding a set of potentially faulty satellites from a full solution, wherein a fault mode occurs when there is a faulty satellite in the excluded set of potentially faulty satellite, wherein each respective sub-solution's missed detection probability is probability that detection of associated fault mode occurrence in a sub-solution was missed, and wherein each respective sub-solution's fault probability is probability that the fault mode occurs; compute a weighted protection level based on the weighted false alarm probability allocation for each respective sub-solution. wherein for each respective sub-solution of the more than one sub-solution, the weighted false alarm probability allocation is based on pre-determined values for missed detection probability and fault probability for the respective sub-solution, wherein each respective sub-solution is created by excluding a set of potentially faulty satellites from a full solution, wherein a fault mode occurs when there is a faulty satellite in the excluded set of potentially faulty satellite, wherein each respective sub-solution's missed detection probability is probability that detection of associated fault mode occurrence in a sub-solution was missed, and wherein each respective sub-solution's fault probability is probability that the fault mode occurs; compute a weighted protection level based on the weighted false alarm probability allocation for each respective sub-solution.
A laser array , comprising: a first laser element comprising a plurality of laser sources , wherein the plurality of laser sources are combined to form a first collimated laser element output beam; at least one additional laser element comprising a plurality of additional laser sources , wherein the plurality of additional laser sources are combined to form at least one additional collimated laser element output beam; wherein each laser element forming the laser array comprises at least one adjustable beam parameter to manipulate the respective collimated laser element output beam; a control interface configured to independently adjust each of the at least one adjustable beam parameters, characterized in that the at least one adjustable beam parameter comprises a beam focus position, and each laser element forming the laser array further comprises an electrically focusable lens configured to control the location of a waist in the respective collimated laser element output beam. a first laser element comprising a plurality of laser sources , wherein the plurality of laser sources are combined to form a first collimated laser element output beam; at least one additional laser element comprising a plurality of additional laser sources , wherein the plurality of additional laser sources are combined to form at least one additional collimated laser element output beam; wherein each laser element forming the laser array comprises at least one adjustable beam parameter to manipulate the respective collimated laser element output beam; a control interface configured to independently adjust each of the at least one adjustable beam parameters, characterized in that the at least one adjustable beam parameter comprises a beam focus position, and each laser element forming the laser array further comprises an electrically focusable lens configured to control the location of a waist in the respective collimated laser element output beam.
A seamless back buckle with concealed fittings, comprising a substrate and a plurality of rows of fittings disposed on the substrate ; wherein the substrate comprises a surface layer and a bottom layer , an interlayer is disposed between the surface layer and the bottom layer , and the plurality of rows of fittings are disposed in the interlayer ; and a through hole is formed at a position corresponding to each fitting on the surface layer , and each through hole is communicated with an interior of the interlayer , wherein the fittings are always concealed in the substrate and are invisible to consumers.
An agent for use in a method for treating cancer in an individual with a KRAS-mutated cancer, the method comprising administering to the individual a therapeutically-effective amount of the agent, wherein the agent is a compound that prevents or inhibits TRAIL from binding to TRAIL-R2 or disrupts a TRAIL/TRAIL-R2 complex resulting from such binding, wherein the agent is a compound selected from the list consisting of: (i) an antibody or fragment thereof that binds specifically to TRAIL-R2, neutralising its activity (ii) an antibody or fragment thereof that binds to and neutralises TRAIL; (iii) a fusion protein comprising an extracellular domain of a TRAIL-R2, or a portion thereof, fused to a human antibody Fc domain, or a portion thereof, with or without the antibody hinge region, or a portion thereof, that binds to and neutralises TRAIL. (i) an antibody or fragment thereof that binds specifically to TRAIL-R2, neutralising its activity (ii) an antibody or fragment thereof that binds to and neutralises TRAIL; (iii) a fusion protein comprising an extracellular domain of a TRAIL-R2, or a portion thereof, fused to a human antibody Fc domain, or a portion thereof, with or without the antibody hinge region, or a portion thereof, that binds to and neutralises TRAIL.
A management sub-system for managing a small cell network servicing a plurality of network operators, the management sub-system comprising: a controller in communication with a plurality of core networks , wherein each of the plurality of core networks is operated by a separate network operator providing telecommunication services to terminal devices; and a plurality of baseband processing units (104a-c) in communication with the controller , wherein each of the plurality of baseband processing units (104a-c) is configured to process user plane data and control plane data from at least one respective core network of the plurality of core networks for distribution via a plurality of remote antenna units (108a-c) of the small cell network ; characterized in that the controller is configured for providing a respective amount of capacity via the small cell network for each core network of the plurality of core networks based on a respective subset of the plurality of baseband processing units (104a-c) assigned to the corresponding core network ; and wherein the controller is configured to use specific intra-cell handover parameters for the small cell network and interference management parameters for each network operator. a controller in communication with a plurality of core networks , wherein each of the plurality of core networks is operated by a separate network operator providing telecommunication services to terminal devices; and a plurality of baseband processing units (104a-c) in communication with the controller , wherein each of the plurality of baseband processing units (104a-c) is configured to process user plane data and control plane data from at least one respective core network of the plurality of core networks for distribution via a plurality of remote antenna units (108a-c) of the small cell network ; characterized in that the controller is configured for providing a respective amount of capacity via the small cell network for each core network of the plurality of core networks based on a respective subset of the plurality of baseband processing units (104a-c) assigned to the corresponding core network ; and wherein the controller is configured to use specific intra-cell handover parameters for the small cell network and interference management parameters for each network operator.
A module casing of an airbag module comprising a casing wall which in the closed state of the module casing separates a casing interior from a casing environment , wherein the casing wall includes a casing projection which projects from the casing wall in the direction of the casing environment , wherein the casing projection includes at least one edge having an edge radius of less than 3.5 mm, characterized in that , adjacent to said at least one edge , a wall extension formed integrally with the casing wall is provided which includes exclusively edges having an edge radius of more than 3.2 mm and protrudes from the casing wall in the direction of the casing environment at least as far as the casing projection . a casing wall which in the closed state of the module casing separates a casing interior from a casing environment , wherein the casing wall includes a casing projection which projects from the casing wall in the direction of the casing environment , wherein the casing projection includes at least one edge having an edge radius of less than 3.5 mm, characterized in that , adjacent to said at least one edge , a wall extension formed integrally with the casing wall is provided which includes exclusively edges having an edge radius of more than 3.2 mm and protrudes from the casing wall in the direction of the casing environment at least as far as the casing projection .
An automated computer-based method of evaluating a blood vessel, the method comprising the steps of: storing intravascular measurements in an electronic memory device, the intravascular measurements comprising distance measurements; generating a set of data from intravascular measurements obtained using an intravascular imaging system of a segment of length L within the blood vessel the method characterised by the steps of: determining a vascular resistance ratio, VRR, using a processor from at least a portion of the set of data; and determining a characteristic of at least a portion of the segment disposed along the length L in response to the VRR, wherein the VRR is a ratio of a blood flow resistance of a stenotic segment to a total flow resistance of a branch of a blood vessel in which the stenotic segment is located. storing intravascular measurements in an electronic memory device, the intravascular measurements comprising distance measurements; generating a set of data from intravascular measurements obtained using an intravascular imaging system of a segment of length L within the blood vessel the method characterised by the steps of: determining a vascular resistance ratio, VRR, using a processor from at least a portion of the set of data; and determining a characteristic of at least a portion of the segment disposed along the length L in response to the VRR, wherein the VRR is a ratio of a blood flow resistance of a stenotic segment to a total flow resistance of a branch of a blood vessel in which the stenotic segment is located. determining a vascular resistance ratio, VRR, using a processor from at least a portion of the set of data; and determining a characteristic of at least a portion of the segment disposed along the length L in response to the VRR, wherein the VRR is a ratio of a blood flow resistance of a stenotic segment to a total flow resistance of a branch of a blood vessel in which the stenotic segment is located.