mhurhangee/ep-ind-claims huggingface dataset:
A bonding material of a silver paste comprising: fine silver particles having an average primary particle diameter of 1 to 50 nanometers, the average primary particle diameter of the fine silver particles being an average value of primary particle diameters of fine silver particles based on a transmission electron microphotograph; silver particles having an average primary particle diameter of 0.5 to 4 micrometers, the average primary particle diameter of the silver particles being the diameter of cumulative 50% by weight of silver particles measured by the laser diffractometry; a solvent; and a dispersant, which comprises an acid dispersant and a phosphate ester dispersant, wherein the content of the fine silver particles is in the range of from 5 % by weight to 30 % by weight, and the content of the silver particles is in the range of from 60 % by weight to 90 % by weight, the content of the total of the fine silver particles and the silver particles being not less than 90 % by weight. fine silver particles having an average primary particle diameter of 1 to 50 nanometers, the average primary particle diameter of the fine silver particles being an average value of primary particle diameters of fine silver particles based on a transmission electron microphotograph; silver particles having an average primary particle diameter of 0.5 to 4 micrometers, the average primary particle diameter of the silver particles being the diameter of cumulative 50% by weight of silver particles measured by the laser diffractometry; a solvent; and a dispersant, which comprises an acid dispersant and a phosphate ester dispersant, wherein the content of the fine silver particles is in the range of from 5 % by weight to 30 % by weight, and the content of the silver particles is in the range of from 60 % by weight to 90 % by weight, the content of the total of the fine silver particles and the silver particles being not less than 90 % by weight.
A knife (2; 102), comprising: a blade carrier (14; 114) having a first blade carrier portion (14'; 114') that is spaced from a second blade carrier portion (14"; 114"), said blade carrier (14; 114) being connected to a handle (6; 106); a first blade liner portion (54'; 154') associated with said first blade carrier portion (14'; 114'); a second blade liner portion (54"; 154") associated with said second blade carrier portion (14"; 114"); a replaceable blade (18; 118) positioned between said first blade carrier portion (14'; 114') and said second blade carrier portion (14"; 114"); a blade lock release button (30; 130) associated with a biasing member (66; 166) of said first blade liner portion (54'; 154'); and a pin (46; 146) interconnected to said second blade carrier portion (14"; 114") that is deflected to release said replaceable blade (18; 118) when said blade lock release button (30; 130) is depressed; characterised in that said first blade carrier portion (14'; 114') is at least one of longer and wider than said second blade carrier portion (14"; 114"). a blade carrier (14; 114) having a first blade carrier portion (14'; 114') that is spaced from a second blade carrier portion (14"; 114"), said blade carrier (14; 114) being connected to a handle (6; 106); a first blade liner portion (54'; 154') associated with said first blade carrier portion (14'; 114'); a second blade liner portion (54"; 154") associated with said second blade carrier portion (14"; 114"); a replaceable blade (18; 118) positioned between said first blade carrier portion (14'; 114') and said second blade carrier portion (14"; 114"); a blade lock release button (30; 130) associated with a biasing member (66; 166) of said first blade liner portion (54'; 154'); and a pin (46; 146) interconnected to said second blade carrier portion (14"; 114") that is deflected to release said replaceable blade (18; 118) when said blade lock release button (30; 130) is depressed; characterised in that said first blade carrier portion (14'; 114') is at least one of longer and wider than said second blade carrier portion (14"; 114").
Control device for an induction cooker (2, 20), the control device comprising: a driving circuit (4, 26) configured to controllably drive an induction coil of the induction cooker (2, 20) with a power signal, a controller (7, 27) coupled to the driving circuit (4, 26) and configured to control the driving circuit (4, 26) with a control signal (8, 28) to drive the induction coil, characterised in that the control signal (8, 28) drives the induction coil with the power signal of a configurable operating frequency, which is higher than a first initial threshold value and lower than a second initial threshold value, in that a first measurement device (9, 29) is configured to measure a feedback signal (10, 30, 56) at the induction coil and provide the measured feedback signal (10, 30, 56) to the controller (7, 27), and in that the controller (7, 27) is configured to adapt the first threshold value (40, 41) and the second threshold value (42, 43) based on the feedback signal (10, 30, 56), which is measured in a predetermined time period after application of the power signal. a driving circuit (4, 26) configured to controllably drive an induction coil of the induction cooker (2, 20) with a power signal, a controller (7, 27) coupled to the driving circuit (4, 26) and configured to control the driving circuit (4, 26) with a control signal (8, 28) to drive the induction coil, characterised in that the control signal (8, 28) drives the induction coil with the power signal of a configurable operating frequency, which is higher than a first initial threshold value and lower than a second initial threshold value, in that a first measurement device (9, 29) is configured to measure a feedback signal (10, 30, 56) at the induction coil and provide the measured feedback signal (10, 30, 56) to the controller (7, 27), and in that the controller (7, 27) is configured to adapt the first threshold value (40, 41) and the second threshold value (42, 43) based on the feedback signal (10, 30, 56), which is measured in a predetermined time period after application of the power signal.
A composition comprising a first antigen corresponding to a target antigen, or a polynucleotide from which the first antigen is expressible, together with a second antigen which corresponds to a modified form of the target antigen, and which is a derivative of the first antigen, wherein the rate of intracellular proteolytic degradation of the second antigen is increased, enhanced or otherwise elevated relative to the first antigen, or a polynucleotide from which the second antigen is expressible, wherein the second antigen comprises an intracellular degradation signal comprising a ubiquitin or biologically active fragment thereof, wherein the first antigen is suitable for eliciting a humoral immune response to the target antigen, wherein the second antigen is suitable for eliciting a cellular immune response to the target antigen, and wherein said composition is suitable for eliciting a humoral and a cellular immune response against the target antigen.
An on-demand compute environment comprising: a plurality of compute nodes (124, 126) within the on-demand compute environment available for allocation for processing workload; and a slave management module operating on a compute node within the on-demand compute environment, wherein upon instructions from a master management module at a local compute environment configured to process end user submitted workload according to a service level agreement and separate from the on-demand compute environment according to policy controls associated with how the local compute environment processes workload, the slave management module creates a new management module (120, 122) on a first of the plurality of compute nodes, and the slave management module allocates at least one other compute node in the on-demand compute environment and customizes flexible attributes of the at least one other compute node to be managed by the new management module according to the policy controls for the local compute environment to yield customized compute resources, wherein the slave management module customizes the flexible attributes of the at least one other compute node by dynamically provisioning an operating system, wherein at least part of the workload submitted to the local compute environment is received by the on-demand compute environment and consumes the customized compute resources and wherein the new management module operates in addition to the slave management module and only for a duration of workload that consumes the customized compute resources. a plurality of compute nodes (124, 126) within the on-demand compute environment available for allocation for processing workload; and a slave management module operating on a compute node within the on-demand compute environment, wherein upon instructions from a master management module at a local compute environment configured to process end user submitted workload according to a service level agreement and separate from the on-demand compute environment according to policy controls associated with how the local compute environment processes workload, the slave management module creates a new management module (120, 122) on a first of the plurality of compute nodes, and the slave management module allocates at least one other compute node in the on-demand compute environment and customizes flexible attributes of the at least one other compute node to be managed by the new management module according to the policy controls for the local compute environment to yield customized compute resources, wherein the slave management module customizes the flexible attributes of the at least one other compute node by dynamically provisioning an operating system, wherein at least part of the workload submitted to the local compute environment is received by the on-demand compute environment and consumes the customized compute resources and wherein the new management module operates in addition to the slave management module and only for a duration of workload that consumes the customized compute resources.
A gas spring assembly for permanent installation in a vehicle in advance of a painting process to which the vehicle is subjected, comprising: a gas spring comprising a cylinder having a closed end and an open end, a piston rod telescopingly received at one end within the open end of the cylinder and having a free end outside the cylinder, and an end fitting (16, 18) mounted on each of the closed end of the cylinder and the free end of the piston rod; and a removable protective sleeve, said protective sleeve being made of a flexible, liquid spray-impermeable material and capable of extending and contracting with telescopic movement of the piston rod relative to the cylinder, said protective sleeve remaining functional during the paint-drying stage and capable of being substantially stripped from the gas spring following the completion of the painting process, leaving the gas spring as a permanent component of the vehicle, characterised in that the sleeve encloses the gas spring in its entirety, including the end fittings, being closed at both ends thereof prior to installation on the vehicle before painting, the material of said protective sleeve being capable of being penetrated by a ball stud of the vehicle associated with each end fitting during installation on the vehicle prior to painting. a gas spring comprising a cylinder having a closed end and an open end, a piston rod telescopingly received at one end within the open end of the cylinder and having a free end outside the cylinder, and an end fitting (16, 18) mounted on each of the closed end of the cylinder and the free end of the piston rod; and a removable protective sleeve, said protective sleeve being made of a flexible, liquid spray-impermeable material and capable of extending and contracting with telescopic movement of the piston rod relative to the cylinder, said protective sleeve remaining functional during the paint-drying stage and capable of being substantially stripped from the gas spring following the completion of the painting process, leaving the gas spring as a permanent component of the vehicle, characterised in that the sleeve encloses the gas spring in its entirety, including the end fittings, being closed at both ends thereof prior to installation on the vehicle before painting, the material of said protective sleeve being capable of being penetrated by a ball stud of the vehicle associated with each end fitting during installation on the vehicle prior to painting.
A surface sensing device for use in position determining apparatus, the surface sensing device comprising first and second elongate members mountable to the position determining apparatus, and a surface sensing element mountable to the position determining apparatus via the first and second elongate members, wherein a pivotable joint connects the first and second elongate members whereby the second elongate member can be set at a desired angle relative to the first elongate member, the first elongate member being connectable to the position determining apparatus, and the surface sensing element being carried by the second elongate member, wherein the surface sensing device is one which senses unidirectionally.
A cervical collar for a patient, the cervical collar comprising: a first opening located over a trachea of the patient; the first opening being sized to permit a medical professional to have an unobstructed access to the trachea and surrounding area of a front of the throat to perform a tracheotomy, characterized in that a second opening located over a carotid artery of the patient is provided. a first opening located over a trachea of the patient; the first opening being sized to permit a medical professional to have an unobstructed access to the trachea and surrounding area of a front of the throat to perform a tracheotomy, characterized in that a second opening located over a carotid artery of the patient is provided.
An ink fountain divider for a printing press, in particular sheet-fed offset printing press, consisting of a plate that can be inserted in the ink fountain, which comprises a contour that seals relative to the ink fountain base and which engages behind a part of the ink fountain with an engagement element for fixing the position, characterized in that the plate at its rear end facing away from the ink duct roller can be coupled to an engagement device in an articulated manner, wherein on the engagement device an engagement element engaging behind a part of the ink fountain is arranged.
A method of diagnosing cancer comprising contacting putative cancer cells obtained from a human subject with an isolated antibody that specifically binds ROR1 protein and is comprised of a heavy chain region having at least 90% sequence identity with SEQ ID NO: 14, and a corresponding light chain region having at least 90% sequence identity with SEQ ID NO: 16, and detecting binding with ROR-1 expressed on said cells, wherein the antibody requires a glutamic acid residue corresponding to the one found in the extracellular domain of human ROR-1 protein at position 138 for binding.
Underfloor equipment carrier for a rail vehicle, comprising a forced-ventilation system with at least one supply-air intake point and at least one discharge-air outlet opening, and an air-guiding device which is switchable between at least two positions, wherein, in a first position of the air-guiding device, the discharge air flows out in a first outflow direction and, in a second position of the air-guiding device, the discharge air flows out in a second outflow direction, wherein the first outflow direction and the second outflow direction are oriented oppositely in relation to one another, wherein, in the installation position of the underfloor equipment carrier, the first outflow direction and the second outflow direction are in each case oriented transversely to the longitudinal direction of a rail vehicle, wherein provision is made of an electric drive for actuating the air-guiding device, or the actuation of the air-guiding device is realized by a means for transmission of force guided into the underfloor equipment carrier from the outside.
A system for managing evacuation of a building, the system comprising: fire detection devices configured to monitor the building for fire; a positioning and evacuation system configured to track locations of occupants of the building and to direct the evacuation based on information from the fire detection devices; and mobile computing devices of the occupants configured to display individualized evacuation paths from the positioning and evacuation system, wherein the positioning and evacuation system is configured to generate the individualized evacuation paths (/402) based on information from the fire detection devices and to forward the individualized evacuation paths to the occupants, characterised in that the positioning and evacuation system is further configured to prioritize the order in which occupants are evacuated based on an availability of evacuation paths and the occupant's proximity to danger, including routing occupants that are not located in close proximity to the fire on longer evacuation paths than their respective shortest evacuation paths. fire detection devices configured to monitor the building for fire; a positioning and evacuation system configured to track locations of occupants of the building and to direct the evacuation based on information from the fire detection devices; and mobile computing devices of the occupants configured to display individualized evacuation paths from the positioning and evacuation system, wherein the positioning and evacuation system is configured to generate the individualized evacuation paths (/402) based on information from the fire detection devices and to forward the individualized evacuation paths to the occupants, characterised in that the positioning and evacuation system is further configured to prioritize the order in which occupants are evacuated based on an availability of evacuation paths and the occupant's proximity to danger, including routing occupants that are not located in close proximity to the fire on longer evacuation paths than their respective shortest evacuation paths.
A fire suppression device comprising: a nozzle body disposed about a central axis; a bulb cage operatively coupled to the nozzle body; and an antenna integrally formed with at least one structural component of the fire suppression device; characterized in that the antenna is formed in the bulb cage, the antenna being formed in a helical spiral shape. a nozzle body disposed about a central axis; a bulb cage operatively coupled to the nozzle body; and an antenna integrally formed with at least one structural component of the fire suppression device; characterized in that the antenna is formed in the bulb cage, the antenna being formed in a helical spiral shape.
A method of quenching a material, the method comprising: injecting a cryogenic fluid into a first stream of a cooling system that is adapted to circulate the cryogenic fluid through a heat exchanger and a chamber containing the material, the first stream being located upstream from the chamber and downstream from the heat exchanger, the amount of cryogenic fluid injected into the first stream being sufficient to cause the chamber to exceed a target pressure if no cryogenic fluid is vented from the cooling system; circulating the cryogenic fluid through the heat exchanger and the chamber containing the material; and venting a sufficient amount of the cryogenic fluid from a second stream of the cooling system in order to maintain a pressure in the chamber that is no greater than a target pressure. injecting a cryogenic fluid into a first stream of a cooling system that is adapted to circulate the cryogenic fluid through a heat exchanger and a chamber containing the material, the first stream being located upstream from the chamber and downstream from the heat exchanger, the amount of cryogenic fluid injected into the first stream being sufficient to cause the chamber to exceed a target pressure if no cryogenic fluid is vented from the cooling system; circulating the cryogenic fluid through the heat exchanger and the chamber containing the material; and venting a sufficient amount of the cryogenic fluid from a second stream of the cooling system in order to maintain a pressure in the chamber that is no greater than a target pressure.
A method of stabilizing a microbial-derived olefin comprising: a) separating immiscible olefin from a mixture comprising an aqueous solution, microbial cells and immiscible olefin thereby forming a crude olefin composition b) purifying the crude olefin composition thereby forming a purified olefin composition; and c) adding a phenolic antioxidant to the purified olefin composition to form a stabilized purified microbial-derived olefin composition, wherein the phenolic antioxidant is a phenol derivative containing an unfused phenyl ring with one or more hydroxyl substitutents, and is present in an amount that is at least 0.01 % by weight of the stabilized purified microbial-derived olefin composition. a) separating immiscible olefin from a mixture comprising an aqueous solution, microbial cells and immiscible olefin thereby forming a crude olefin composition b) purifying the crude olefin composition thereby forming a purified olefin composition; and c) adding a phenolic antioxidant to the purified olefin composition to form a stabilized purified microbial-derived olefin composition, wherein the phenolic antioxidant is a phenol derivative containing an unfused phenyl ring with one or more hydroxyl substitutents, and is present in an amount that is at least 0.01 % by weight of the stabilized purified microbial-derived olefin composition.
A device for machining an endless belt which comprises a belt body made of metal, wherein the device comprises a tensioning station with a tensioning roller for the endless belt and a drive station with a drive roller for the endless belt or a drive/tensioning station which is used for the tensioning and driving, wherein the device comprises guides which run parallel to one another, the drive station and/or the tensioning station or the drive/tensioning station and/or a deflection roller opposing the drive/tensioning station in the longitudinal direction of the endless belt being able to be moved on said guides in order to alter a distance between the tensioning station and the drive station or between the drive/tensioning station and the deflection roller, wherein the guides are configured as rails and each of the rails (7, 8) comprises two support surfaces (9, 10, 11, 12), a guide slot (13, 14) being arranged therebetween, the longitudinal extent of said guide slot extending parallel to the direction of the longitudinal extent of the support surfaces (9, 10, 11, 12), characterised in that the tensioning station and/or the drive station comprise rail wheels, wherein each rail wheel comprises running surfaces (17, 18) at least partially bearing against the support surfaces (9, 10, 11, 12) of the rails (7, 8) and a wheel flange engaging in the guide slot (13, 14).