mhurhangee/ep-ind-claims huggingface dataset:
A trigger comprising - a first lever which provides the firing by means of the propulsion transmitted to said first lever upon activation of a trigger lever, - a second lever having a first recess for interaction with the first lever, the second lever being connected to the first lever by means of a spring which enables the first lever to rotate in a first direction and - a third lever, which prevents the second lever from rotating when said trigger lever is not operated and which enables the second lever to rotate in a second direction opposite the first rotary direction by means of said spring when said trigger lever is actuated; - a trigger lock comprising a second recess for interaction with a bulge of the third lever and - a security spring which is connected to the lock and the trigger lever urging said trigger lock in its non-operative position, - said trigger lock being capable to prevent said third lever from rotating by overcoming said security spring with the energy that the lock gains when the rifle falls to the ground or hits any place. - a first lever which provides the firing by means of the propulsion transmitted to said first lever upon activation of a trigger lever, - a second lever having a first recess for interaction with the first lever, the second lever being connected to the first lever by means of a spring which enables the first lever to rotate in a first direction and - a third lever, which prevents the second lever from rotating when said trigger lever is not operated and which enables the second lever to rotate in a second direction opposite the first rotary direction by means of said spring when said trigger lever is actuated; - a trigger lock comprising a second recess for interaction with a bulge of the third lever and - a security spring which is connected to the lock and the trigger lever urging said trigger lock in its non-operative position, - said trigger lock being capable to prevent said third lever from rotating by overcoming said security spring with the energy that the lock gains when the rifle falls to the ground or hits any place.
A process for modifying a plastic surface comprised in a product part, the process comprising the steps of: a) mounting a die into a heating printing machine, b) heating the die, c) bringing the die in contact with the plastic surface of the product part to modify said surface, the die being made of a silicon rubber material, characterized in that the die has a surface structure comprising embossed areas, wherein the mean roughness depth (Rz) value of the surface of the die is of less than about 250 μm, preferably of less than about 150 μm, more preferably of less than about 75 μm, as measured according to DIN EN ISO 4287. a) mounting a die into a heating printing machine, b) heating the die, c) bringing the die in contact with the plastic surface of the product part to modify said surface, the die being made of a silicon rubber material, characterized in that the die has a surface structure comprising embossed areas, wherein the mean roughness depth (Rz) value of the surface of the die is of less than about 250 μm, preferably of less than about 150 μm, more preferably of less than about 75 μm, as measured according to DIN EN ISO 4287.
Use in animal feed of a xylanase having a percentage of identity to amino acids 1-182 of SEQ ID NO: 2 of at least 90%, the percentage of identity being determined by i) aligning the two amino acid sequences using the Needle program, with the BLOSUM62 substitution matrix, a gap opening penalty of 10, and a gap extension penalty of 0.5; ii) counting the number of exact matches in the alignment; iii) dividing the number of exact matches by the length of the shortest of the two amino acid sequences, and iv) converting the result of the division of iii) into percentage.
A composition comprising: from 40 wt% to 95 wt% of a thermoplastic polyolefin elastomer; wherein the thermoplastic polyolefin elastomer is a propylene-ethylene copolymer; and from 5 wt% to 60 wt% of a carbon fiber component, wherein the carbon fiber component comprises chopped carbon fibers sized with an epoxy- and phenoxy-based emulsion. from 40 wt% to 95 wt% of a thermoplastic polyolefin elastomer; wherein the thermoplastic polyolefin elastomer is a propylene-ethylene copolymer; and from 5 wt% to 60 wt% of a carbon fiber component,
A train operation support system comprising: a storage unit that stores a schedule train diagram of trains scheduled in advance, minimum headway as a time interval needed between a preceding train and a subsequent train, and a train performance curve showing a relationship between a limited speed at which each train can run and a train position; and an operation processing unit that performs, when a delay of the preceding train arises in an operation of the trains, a process of determining a predicted departure time at which the subsequent train departs from a predetermined station and a predicted arrival time (702-01,...,702-33) at which the subsequent train arrives at a next station after the predetermined station based on the schedule train diagram and the minimum headway, characterised in that said unit further performs a process of determining a differential time between the predicted arrival time (702-01,...,702-33) and the predicted departure time and correcting the train performance curve such that a running time becomes the differential time when the subsequent train runs following the corrected train performance curve, wherein a minimum speed between stations as a minimum value of a speed permissible for running between stations is stored in the storage unit, and the operation processing unit changes the predicted departure time when, as a result of an operation prediction of the subsequent train, a calculated average speed falls below the minimal speed between stations. a storage unit that stores a schedule train diagram of trains scheduled in advance, minimum headway as a time interval needed between a preceding train and a subsequent train, and a train performance curve showing a relationship between a limited speed at which each train can run and a train position; and an operation processing unit that performs, when a delay of the preceding train arises in an operation of the trains, a process of determining a predicted departure time at which the subsequent train departs from a predetermined station and a predicted arrival time (702-01,...,702-33) at which the subsequent train arrives at a next station after the predetermined station based on the schedule train diagram and the minimum headway, characterised in that said unit further performs a process of determining a differential time between the predicted arrival time (702-01,...,702-33) and the predicted departure time and correcting the train performance curve such that a running time becomes the differential time when the subsequent train runs following the corrected train performance curve,
Exhaust system for combustion engines, having an exhaust line, in which at least one exhaust gas purification device is arranged, and having at least one branch duct, which is arranged in parallel with the at least one exhaust gas purification device and is shut off by a bursting disc device, wherein the bursting disc device is designed in such a way that it bursts at a defined bursting pressure and allows the exhaust gas flow through the branch duct, wherein the bursting disc device is formed by at least two bursting discs (10, 11), which are arranged in series in the flow direction, characterized in that each of the bursting discs (10, 11) has at least one predetermined breaking point, in that the at least one predetermined breaking point is formed by a perforation which penetrates the bursting disc wall, in that the at least one predetermined breaking point on each bursting disc (10, 11) is formed by a perforation, in that the bursting discs (10, 11) rest on one another in a contact joint, and in that the perforations of two bursting discs (10, 11) resting on one another are offset relative to one another in such a way that the perforations in one bursting disc are each covered by a wall region of the other bursting disc.
Method for the redundant determination of the mass flow rate of a fluid medium in a controlled system (3, 4) for feeding oxidizing agent and/or fuel to a burner arrangement which has a feedline (5, 13) which is equipped with a through-flow-measuring device (6, 11) for determining a first value for the mass flow rate and a control valve (7, 12), in which a first value for the mass flow rate is detected continuously or at predefined time intervals on the through-flow-measuring device (6, 11) and is fed to a control unit, wherein the determination of the first value operates according to a principle other than the measuring orifice principle, wherein the system pressure and the back pressure at the control valve (7, 12) and the stroke of the control valve (7, 12) are detected and the detected values are fed to the control unit, and in the control unit a second value for the mass flow rate of the fluid medium at the control valve (7, 12) is calculated from the detected values of the system pressure, the back pressure, the stroke and input or fed-in values for fluid-flow coefficients of the control valve (7, 12), wherein the two determined values for the mass flow rate are compared with one another in the control unit, and where a predefined difference between the two values is exceeded a warning signal is output.
A method, comprising: operating an industrial gas turbine engine comprising a plurality of combustor cans arranged in an annular array, each can comprising burner stages and a pilot burner arrangement; operating in asymmetric combustion, wherein at least one can is a warm can where respective burners stages (122, 124, 132) are off and remaining cans operate as hot where respective burner stages (122, 124, 132) are on; characterised in that said pilot burner arrangement comprises a premix pilot burner and a diffusion pilot burner; and while maintaining a constant rate of fuel flow to the pilot burner arrangement of the warm can, changing fuel fractions within the pilot burner arrangement of the warm can. operating an industrial gas turbine engine comprising a plurality of combustor cans arranged in an annular array, each can comprising burner stages and a pilot burner arrangement; operating in asymmetric combustion, wherein at least one can is a warm can where respective burners stages (122, 124, 132) are off and remaining cans operate as hot where respective burner stages (122, 124, 132) are on; characterised in that said pilot burner arrangement comprises a premix pilot burner and a diffusion pilot burner; and while maintaining a constant rate of fuel flow to the pilot burner arrangement of the warm can, changing fuel fractions within the pilot burner arrangement of the warm can.
A porous polishing pad useful for polishing semiconductor substrates, the porous polishing pad having a porous matrix formed from a coagulated polyurethane and a non-fibrous polishing layer, the non-fibrous polishing layer having a polishing surface with a pore count of at least 500 pores per mm 2, the pore count decreasing with removal of the polishing layer and the polishing surface having a surface roughness Ra between 0.01 and 3 μm.
An anal irrigation kit, comprising: an irrigation liquid reservoir; a pump in fluid communication with the irrigation liquid reservoir; and a flow manifold in fluid communication with the pump, the flow manifold including multiple openings, wherein the flow manifold is made of a soft, resilient polymeric material, such that the flow manifold is sufficiently stiff to be pushed through an anal canal and self-deployable once in the rectum, but soft enough to be manually foldable for insertion into the rectum; characterized in that the irrigation liquid reservoir has an inlet, an inner wall and an outer wall, the inner wall and the outer wall being sealed together along peripheral edges to define a cavity, the pump is a hand pump including a rigid outer wall, a top inlet and a bottom outlet, and the flow manifold has an entry end proximate the hand pump, the flow manifold further includes an exit end having a distalmost flared-end portion including a flared wall with an outer surface area configured to sealingly engage the rectum as fluid flows through the flow manifold and a cover portion attached to a distalmost flared edge of the flared wall, wherein a flow lumen is defined by an enclosed inner surface area of the flared-end portion between the flared wall and the cover portion and wherein the cover portion includes a plurality of the multiple openings arranged about the distalmost flared edge of the flared wall in fluid communication with the flow lumen. an irrigation liquid reservoir; a pump in fluid communication with the irrigation liquid reservoir; and a flow manifold in fluid communication with the pump, the flow manifold including multiple openings, wherein the flow manifold is made of a soft, resilient polymeric material, such that the flow manifold is sufficiently stiff to be pushed through an anal canal and self-deployable once in the rectum, but soft enough to be manually foldable for insertion into the rectum; characterized in that the irrigation liquid reservoir has an inlet, an inner wall and an outer wall, the inner wall and the outer wall being sealed together along peripheral edges to define a cavity, the pump is a hand pump including a rigid outer wall, a top inlet and a bottom outlet, and the flow manifold has an entry end proximate the hand pump, the flow manifold further includes an exit end having a distalmost flared-end portion including a flared wall with an outer surface area configured to sealingly engage the rectum as fluid flows through the flow manifold and a cover portion attached to a distalmost flared edge of the flared wall, wherein a flow lumen is defined by an enclosed inner surface area of the flared-end portion between the flared wall and the cover portion and wherein the cover portion includes a plurality of the multiple openings arranged about the distalmost flared edge of the flared wall in fluid communication with the flow lumen.
A user equipment, UE, comprising: means for scrambling data including a Physical Uplink Shared Channel, PUSCH, and Cyclic Redundancy Check, CRC, for the PUSCH, using a parameter specific for Grant Free transmission; means for determining a Hybrid Automatic Repeat Request, HARQ, process number corresponding to a Grant Free transmission based on a resource in a predetermined radio frame and a parameter included in a Radio Resource Control, RRC, message; and means for transmitting the data to a base station, via the Grant Free transmission. means for scrambling data including a Physical Uplink Shared Channel, PUSCH, and Cyclic Redundancy Check, CRC, for the PUSCH, using a parameter specific for Grant Free transmission; means for determining a Hybrid Automatic Repeat Request, HARQ, process number corresponding to a Grant Free transmission based on a resource in a predetermined radio frame and a parameter included in a Radio Resource Control, RRC, message; and means for transmitting the data to a base station, via the Grant Free transmission.
A system for providing secure views in a multi-tenant database, the system comprising: means for generating a share object in a first account; means for associating a view privilege of a view with an underlying detail of the share object in the first account, wherein the view privilege indicates a secure user-defined function definition; means for granting, to a second account, cross-account access rights to utilize the share object in the first account; and means for, in response to receiving a request from the second account to access data of the share object, rewriting a query plan tree of the request to prevent expressions that do not originate from the view from being pushed down below a boundary of the view, wherein the secure user-defined function definition indicates that the second account has access to data of the first account but does not have access to the underlying detail of the share object so that the underlying detail of the share object is hidden from the second account and visible to the first account. means for generating a share object in a first account; means for associating a view privilege of a view with an underlying detail of the share object in the first account, wherein the view privilege indicates a secure user-defined function definition; means for granting, to a second account, cross-account access rights to utilize the share object in the first account; and means for, in response to receiving a request from the second account to access data of the share object, rewriting a query plan tree of the request to prevent expressions that do not originate from the view from being pushed down below a boundary of the view, wherein the secure user-defined function definition indicates that the second account has access to data of the first account but does not have access to the underlying detail of the share object so that the underlying detail of the share object is hidden from the second account and visible to the first account.
Fuel pump, in particular a high-pressure fuel pump having at least one piston on which a sealing device is arranged radially surrounding the piston, wherein the sealing device comprises a seal carrier and wherein the seal carrier is connected, at least in portions, to a housing of the fuel pump, wherein the seal carrier has at least one radially peripheral portion (92, 94) at which the seal carrier is substance-bonded to the housing; wherein the seal carrier comprises: - a first portion extending substantially axially and surrounding the sealing device radially, - a second portion adjacent to the first portion and extending substantially radially outward, - and a radially outer edge region adjacent to the second portion and substance-bonded to the housing of the fuel pump; wherein the edge region of the seal carrier has a connecting portion, and the connecting portion has an angle of approximately 30° to 60°, preferably approximately 40° to 50° relative to the axis of the piston, and a radial extension of approximately 2 millimetres to 4 millimetres, and wherein the connecting portion is substance-bonded to the housing of the fuel pump by means of capacitor discharge welding. - a first portion extending substantially axially and surrounding the sealing device radially, - a second portion adjacent to the first portion and extending substantially radially outward, - and a radially outer edge region adjacent to the second portion and substance-bonded to the housing of the fuel pump;
A human induced pluripotent stem (iPS) cell produced from T cells comprised in a cell population, wherein the source of the cell population comprising the T cells is peripheral blood obtained from a subject whose cells have not been mobilized with extrinsically applied G-CSF, and wherein the human iPS cell is produced from the T cells of the population by introducing reprogramming factors into the T cells, wherein the reprogramming factors are reprogramming proteins comprising a Sox family protein and an Oct family protein, wherein the human iPS cell comprises a genome comprising an incomplete set of V, D and J segments of T cell receptor genes as compared with an embryonic stem cell.
A method for producing a kit of parts comprising part A and part B, part A comprising • polymerizable component(s) with an acid group, • an initiator or an initiator system, part B comprising • activator(s), and • a film former(s) with a molecular weight from 1,000 to 1,200,000, the film former being selected from natural film formers, semi-synthetic film formers, cellulose derivatives, poly(meth)acrylates, vinyl polymers, polyurethanes, mixtures and combinations thereof, the method comprising the step of - bringing the components contained in part B of the kit of parts in contact with the surface of an applicator or packaging device, - drying the surface to form a film. • polymerizable component(s) with an acid group, • an initiator or an initiator system, • activator(s), and • a film former(s) with a molecular weight from 1,000 to 1,200,000, the film former being selected from natural film formers, semi-synthetic film formers, cellulose derivatives, poly(meth)acrylates, vinyl polymers, polyurethanes, mixtures and combinations thereof, - bringing the components contained in part B of the kit of parts in contact with the surface of an applicator or packaging device, - drying the surface to form a film.
Air conditioning system for a pressurised cabin of an aircraft, said system comprising an air withdrawal module configured for withdrawing ambient air from outside the aircraft, an air compression module configured for compressing the withdrawn air flow and an air cooling module, characterized in that the air cooling module is configured for cooling the compressed air flow (F2, F3) by means of a cryogenic fluid, the cooling module comprising a condenser for condensing water from the air flow, a water extractor for extracting said water, a cooler for cooling the dry air flow emitted by the water extractor and a tank for a cryogenic fluid, by means of which fluid the water from the air flow is condensed in the condenser and the dry air emitted by the extractor is cooled in the cooler.
A method for loop path search in a mesh network, the method comprises: searching for all nodes adjacent to a node v1 in the mesh network, and deleting all edges formed by the node v1 and nodes directly connected to the node v1 in the mesh network; performing calculation for all the obtained nodes adjacent to the node v1 through a path algorithm to obtain all paths between all the nodes adjacent to the node v1; and traversing all the paths, obtained through the calculation, between all the nodes adjacent to the node v1, and adding the node v1 at a start and a termination of each path to finish a search for all loop paths of the node v1 in the mesh network. searching for all nodes adjacent to a node v1 in the mesh network, and deleting all edges formed by the node v1 and nodes directly connected to the node v1 in the mesh network; performing calculation for all the obtained nodes adjacent to the node v1 through a path algorithm to obtain all paths between all the nodes adjacent to the node v1; and traversing all the paths, obtained through the calculation, between all the nodes adjacent to the node v1, and adding the node v1 at a start and a termination of each path to finish a search for all loop paths of the node v1 in the mesh network.