mhurhangee/patent-ind-claim-en huggingface dataset:
A method for authenticating a user, operating a web application on a host computer, to a web-based service of a service provider , wherein the method comprises: - redirecting a request to generate a credential from the service provider to an identity provider via a separator executed on a separator server computer (117-C) and operated by a trusted third party, by: transmitting a first request for a credential to the separator ; operating the separator to return a second request for the credential to the web application, this second request redirecting the web application to an identity provider so that from the perspective of the identity provider , the second request is originated from the separator ; - operating the identity provider and a security device associated with the user and connected to the host computer: to engage in a privacy-preserving credential creation exchange via the web application and in cooperation with the identity provider ; - operating the security device to generate a presentation token from the privacy-preserving credential; and to present via the web application the presentation token to the service provider as proof of an attribute. - redirecting a request to generate a credential from the service provider to an identity provider via a separator executed on a separator server computer (117-C) and operated by a trusted third party, by: transmitting a first request for a credential to the separator ; operating the separator to return a second request for the credential to the web application, this second request redirecting the web application to an identity provider so that from the perspective of the identity provider , the second request is originated from the separator ; transmitting a first request for a credential to the separator ; operating the separator to return a second request for the credential to the web application, this second request redirecting the web application to an identity provider so that from the perspective of the identity provider , the second request is originated from the separator ; - operating the identity provider and a security device associated with the user and connected to the host computer: to engage in a privacy-preserving credential creation exchange via the web application and in cooperation with the identity provider ; - operating the security device to generate a presentation token from the privacy-preserving credential; and to present via the web application the presentation token to the service provider as proof of an attribute.
A facility for cold rolling a metal strip , the facility comprising a circulating oil-feeding system for jetting a low concentration coolant in a neighborhood of an inlet side of a work roll and jetting a high concentration coolant at an upstream side of a jetting position for the low concentration coolant to conduct rolling, characterized in that the facility is provided with a control equipment for varying a jetting amount of the low concentration coolant in accordance with a rolling rate so that a tip of a liquid pool of the low concentration coolant formed on a surface of the metal strip at an inlet side of the work roll does not reach a jetting position of the high concentration coolant, and wherein a concentration of a rolling oil in the low concentration coolant is 2-4 mass% and a concentration of a rolling oil in the high concentration coolant is 10-15 mass%.
A method for in-application search, comprising: receiving indication of a context menu invocation along with associated context, the associated context comprising an item selected in a display area of an application; determining a set of local context menu item providers each having an associated rank indicating relevance of the local context menu item provider to the associated context comprising the selected item; determining a set of remote context menu item providers each having an associated rank indicating relevance of the remote context menu item provider to the associated context comprising the selected item; selecting by a local ranker a subset of context menu item providers for the item from the set of local context menu item providers and the set of remote context menu item providers based on their associated ranks; and presenting in the display area of the application a context menu comprising menu items from the subset of context menu item providers to a user. receiving indication of a context menu invocation along with associated context, the associated context comprising an item selected in a display area of an application; determining a set of local context menu item providers each having an associated rank indicating relevance of the local context menu item provider to the associated context comprising the selected item; determining a set of remote context menu item providers each having an associated rank indicating relevance of the remote context menu item provider to the associated context comprising the selected item; selecting by a local ranker a subset of context menu item providers for the item from the set of local context menu item providers and the set of remote context menu item providers based on their associated ranks; and presenting in the display area of the application a context menu comprising menu items from the subset of context menu item providers to a user.
A pharmaceutical composition comprising a DBait nucleic acid molecule and a PARP inhibitor for use in the treatment of a cancer which is not deficient or impaired for the homologous recombination repair, wherein the DBait nucleic acid molecule is a hairpin nucleic acid with a double-stranded DNA stem and a loop and has one of the following formulae: wherein N is a deoxynucleotide, n is an integer from 23 to 195, the underlined N refers to a nucleotide having or not a modified phosphodiester backbone, L' is a linker, C is the molecule facilitating endocytosis selected from a lipophilic molecule or a ligand which targets cell receptor enabling receptor mediated endocytosis, L is a linker, m and p, independently, are an integer being 0 or 1, and wherein the DBait nucleic acid molecule has less than 70% sequence identity to any gene in a human genome.
An actuator assembly comprising: a screw shaft having a shaft axis (A); a nut mounted on the screw shaft; a drive arrangement comprising a motor and a gearbox in a housing , the assembly being characterised by the housing being pivotally mounted to a frame , the drive arrangement being pivotally supported around the screw shaft axis for driving the screw shaft; and a rod mounted at a first end to the housing of the drive arrangement at a location off the shaft axis (A) and at a second end to the frame, the rod for providing a primary function of reacting torque around the shaft axis on the drive arrangement, the rod having a rod axis and being arranged to provide a load path that experiences load in a direction along the rod axis in reaction to torque on the drive arrangement, wherein the rod comprises a device which provides a secondary function for the actuator assembly, wherein, to provide the secondary function, the device comprises a load sensor for detecting a direction of the load along the load path. a screw shaft having a shaft axis (A); a nut mounted on the screw shaft; a drive arrangement comprising a motor and a gearbox in a housing , the assembly being characterised by the housing being pivotally mounted to a frame , the drive arrangement being pivotally supported around the screw shaft axis for driving the screw shaft; and a rod mounted at a first end to the housing of the drive arrangement at a location off the shaft axis (A) and at a second end to the frame, the rod for providing a primary function of reacting torque around the shaft axis on the drive arrangement, the rod having a rod axis and being arranged to provide a load path that experiences load in a direction along the rod axis in reaction to torque on the drive arrangement, wherein the rod comprises a device which provides a secondary function for the actuator assembly, wherein, to provide the secondary function, the device comprises a load sensor for detecting a direction of the load along the load path.
Piston of an internal combustion engine, which comprises a piston crown with a ring field and a skirt part arranged on the piston crown , wherein the skirt part comprises at least two supporting skirt wall sections and the supporting skirt wall sections are connected to one another via at least two box walls which are set back obliquely relative to the piston outer diameter, wherein a respective pin hub for receiving a piston pin is arranged in the box wall and the one skirt wall section forms the pressure side and the other skirt wall section forms the counterpressure side, characterized in that the inner surface of the pin hub , in relation to the piston center, runs flush with the surface of the associated box wall and the box wall has a concave course in the course transverse to the direction of the pin hub , wherein the dimensions of the skirt wall sections of the piston are different, so that an asymmetrical piston is produced, or wherein the thickness (d) of the skirt wall sections of the piston is different between the pressure side and the counterpressure side, so that an asymmetrical piston is produced, or wherein the width (b) of the box walls is different between the pressure side and the counterpressure side, so that an asymmetrical piston is produced, or wherein the dimensions of a shoulder , which the surface of the box wall comprises in the direction of the outside of the piston on the box wall on the opposite side of the piston crown , are different transversely to the direction of the course of the pin hub and parallel to the course of the box walls , so that an asymmetrical piston is produced.
A fiber-reinforced resin intermediate material formed by attaching a resin powder to an outer surface part of a reinforcing fiber substrate , which is formed of reinforcing fibers subjected to opening, and heating the resin to a temperature equal to or higher than the melting point of the resin to impregnate the reinforcing fiber substrate with the resin, wherein the reinforcing fiber substrate has void space that is opened on an outer surface thereof and the resin is in a semi-impregnated state, wherein the resin in the semi-impregnated state comprises a state in which a portion of the outer surface of the reinforcing fiber substrate is impregnated with a melted resin and another portion of the outer surface of the reinforcing fiber substrate is not impregnated with the melted resin, wherein the reinforcing fiber is a carbon fiber and the basis weight of the reinforcing fiber substrate is 40 to 250 g/m 2 , wherein the apparent density p is 1/2 to 1/50 of the target apparent density pc, the target apparent density pc being pc=Vr×ρr+Vf×ρf when the fiber volume content of the reinforcing fiber is Vf and the density thereof is pf and the resin volume content of the resin is Vr and density thereof is pr, wherein the opening of the reinforcing fibers comprises that a bundle of fibers to be impregnated is made flat so as to have a predetermined thickness; wherein the outer surface of the reinforcing fiber substrate includes the surface of the reinforcing fiber substrate and a part under the surface. wherein the reinforcing fiber is a carbon fiber and the basis weight of the reinforcing fiber substrate is 40 to 250 g/m 2 , wherein the apparent density p is 1/2 to 1/50 of the target apparent density pc, the target apparent density pc being pc=Vr×ρr+Vf×ρf when the fiber volume content of the reinforcing fiber is Vf and the density thereof is pf and the resin volume content of the resin is Vr and density thereof is pr, wherein the opening of the reinforcing fibers comprises that a bundle of fibers to be impregnated is made flat so as to have a predetermined thickness; wherein the outer surface of the reinforcing fiber substrate includes the surface of the reinforcing fiber substrate and a part under the surface.
A rail for a lift and slide element which comprises a leaf and a roller arrangement , wherein the rail defines a track on which the leaf is travelable by means of the roller arrangement , wherein the track has at least one recess into which a roller of the roller arrangement can be retracted while lowering the leaf , and wherein the track has at least one ramp section via which a roller of the roller arrangement can be extended from the recess while raising the leaf and/or can be retracted into the recess while lowering the leaf , characterized by at least one flap which projects into the recess and which is pivotable between a horizontal position, in which the flap covers the recess , and an inclined position and which forms the at least one ramp section in the inclined position. the track has at least one recess into which a roller of the roller arrangement can be retracted while lowering the leaf , and wherein the track has at least one ramp section via which a roller of the roller arrangement can be extended from the recess while raising the leaf and/or can be retracted into the recess while lowering the leaf , characterized by at least one flap which projects into the recess and which is pivotable between a horizontal position, in which the flap covers the recess , and an inclined position and which forms the at least one ramp section in the inclined position.
Vehicle electrical system (FBN) having - an inverter (WR), - an electrical energy store (ES), - an electrical machine (EM) and - an AC transmission terminal (AC), wherein the inverter (WR) has a first side (S1) and a second side (S2) and is configured to transmit power between these sides (S1, S2), wherein two output terminals (EA1, EA2) of the inverter (WR) are connected or connectable to the energy store (ES) on the first side (S1) of the inverter (WR), wherein at least two phase current terminals (PS1, PS2, PS3) of the inverter (WR) are connected or connectable to the electrical machine (EM) on the second side (S2) of the inverter (WR), wherein at least one of the charging inputs (N; AC1, AC2, AC3; DC+, DC-) of the vehicle electrical system (FBN) is connectable to a respective winding (U2, V2, W2) of the electrical machine (EM) by a switching device (SW1, SW2, SW3, SW4; SP1, SP2; SW-Box) of the vehicle electrical system controlled by a controller (Ctrl), and wherein the vehicle electrical system (FBN) is designed (Ctrl; SW-Box) to initially charge (AC; DC) the electrical energy store (ES) with a first voltage (U1) to at least one voltage (U_Akku) sufficient for charging with a second voltage (U2), and then to charge (AC; DC) the electrical energy store (ES) with the second voltage (U2), which second voltage (U2) is higher than the first voltage (U1) characterized in that for this purpose only one phase terminal (AC2, AC3) of the AC transmission terminal (AC) of the vehicle electrical system (FBN) is connected to the electrical energy store (ES) via only one of the phases (V2; W2) of the electrical machine (EM) and via the inverter (WR) by a controlled (Ctrl) switching device (SW1, SW2, SW3, SW4; SP1, SP2; SW-Box), and the vehicle electrical system furthermore (FBN) is designed to thereafter connect (SW1, SW2, SW3) by means of the terminals (AC1, AC2, AC3) of the AC transmission terminal (AC) of the vehicle electrical system (FBN) to the electrical energy store (ES) via three windings or inner motor phases (U2, V2, W2) of the electrical machine (EM) and via the inverter (WR), charge the electrical energy store (ES) with the second voltage (U2), wherein the controller (Ctrl) is designed to automatically take the energy store state of charge (U Akku) as a basis for deciding whether single-phase or three-phase charging is required. - an inverter (WR), - an electrical energy store (ES), - an electrical machine (EM) and - an AC transmission terminal (AC),
An endoscope comprising: a multicore imaging fiber comprising at least 10,000 cores with a common cladding and configured to deliver image radiation at a distal end of the fiber, wherein the image radiation is confined to the cores and the cores are interspaced within a fiber cross-sectional area to prevent cross-talk therebetween; a sensor adjacent to a proximal tip of the multicore imaging fiber; and a proximal re-orienting element for re-orienting the delivered image radiation from the cores to fill an area on the adjacent sensor that is smaller than a cross-section area of the multicore imaging fiber. a multicore imaging fiber comprising at least 10,000 cores with a common cladding and configured to deliver image radiation at a distal end of the fiber, wherein the image radiation is confined to the cores and the cores are interspaced within a fiber cross-sectional area to prevent cross-talk therebetween; a sensor adjacent to a proximal tip of the multicore imaging fiber; and a proximal re-orienting element for re-orienting the delivered image radiation from the cores to fill an area on the adjacent sensor that is smaller than a cross-section area of the multicore imaging fiber.
A progressive die machine including an upper die assembly provided with a plurality of punches for blanking lamination sheets into a prescribed shape from a strip of sheet material (W) that is conveyed in an intermittent manner and a lower die assembly provided with dies for cooperating with the punches, the progressive die machine comprising: a pilot hole punch for punching a pilot hole (P) in the strip for a positioning of the strip; a provisional blanking punch for provisionally blanking each lamination sheet from the strip formed with the pilot hole without completely separating the lamination sheet from the strip; a counter punch provided in the lower die assembly and configured to press the lamination sheet against the provisional blanking punch when provisionally blanking the lamination sheet; a stripper plate for separating the strip from the provisional blanking punch after provisionally blanking the lamination sheet; and a full blanking punch for completely separating the lamination sheet that has been provisionally blanked from the strip; characterized in that at least a part of the stripper plate associated with the provisional blanking is not in contact with the strip, wherein the stripper plate is provided with a through hole receiving the provisional blanking punch for reciprocating movement therein, and a part of a surface of the stripper plate facing the die surrounding the through hole is formed with a recess , and the provisional blanking punch and the corresponding die are formed such that at least a part of an outer peripheral part of the provisionally blanked lamination sheet is formed with a connecting portion connected to the strip. a pilot hole punch for punching a pilot hole (P) in the strip for a positioning of the strip; a provisional blanking punch for provisionally blanking each lamination sheet from the strip formed with the pilot hole without completely separating the lamination sheet from the strip; a counter punch provided in the lower die assembly and configured to press the lamination sheet against the provisional blanking punch when provisionally blanking the lamination sheet; a stripper plate for separating the strip from the provisional blanking punch after provisionally blanking the lamination sheet; and a full blanking punch for completely separating the lamination sheet that has been provisionally blanked from the strip; characterized in that at least a part of the stripper plate associated with the provisional blanking is not in contact with the strip, wherein the stripper plate is provided with a through hole receiving the provisional blanking punch for reciprocating movement therein, and a part of a surface of the stripper plate facing the die surrounding the through hole is formed with a recess , and the provisional blanking punch and the corresponding die are formed such that at least a part of an outer peripheral part of the provisionally blanked lamination sheet is formed with a connecting portion connected to the strip.
A cigarette comprising: a tobacco rod; and a filter connected to one end of the tobacco rod, wherein the filter includes a capsule in which contents is held inside a film, and a filter plug in which the capsule is embedded or which forms a hollow space in which the capsule is provided, the capsule is a tooth-breaking capsule to be broken by teeth, the center position of the tooth-break capsule is arranged in a position apart from a holder end of the filter by 9 to 20 mm, the breaking volume of the capsule which is the volume of the sound generated by the break of the capsule, is 0.7 to 1.0 Vrms, the breaking hardness of the capsule which is the power needed to break the capsule, is 25 to 40 N, and the deformation rate of the capsule is 3/4 or less, and the deformation rate is defined by (C - D)/C wherein the distance between spots (e) of the filter plug before the filter plug is not subject to an external pressure is C and the distance between spots (e') of the filter plug in a state that the spots of the filter plug is subject to external pressure is D. a tobacco rod; and a filter connected to one end of the tobacco rod, wherein the filter includes a capsule in which the breaking volume of the capsule which is the volume of the sound generated by the break of the capsule, is 0.7 to 1.0 Vrms, the breaking hardness of the capsule which is the power needed to break the capsule, is 25 to 40 N, and the deformation rate of the capsule is 3/4 or less, and the deformation rate is defined by (C - D)/C wherein the distance between spots (e) of the filter plug before the filter plug is not subject to an external pressure is C and the distance between spots (e') of the filter plug in a state that the spots of the filter plug is subject to external pressure is D.
The system for fire-polishing glass containers includes: at least a fixed support structure positioned on each side of a conveyor belt in the direction of the glass containers' advance; a movable structure for each fixed support structure, which moves with a forward movement relative to the forward line of the conveyor belt and with a backward movement in the opposite direction to the forward line of said conveyor belt; a plurality of burners coupled to each of the movable structures, which travel together with each of the movable structures at the same forward speed of the conveyor belt, to provide a flame or heat flow to the surface of the container; sensing means positioned in proximity to the conveyor belt to determine the conveyor belt speed and distance between containers; and control means connected to the sensing means, movable structure and burners, to adjust and synchronize the speed and distance of the containers, with respect to the burners and to absorb any dephasing of the conveyor belt.
Volatile substance evaporator comprising a substance end-of-life detector , a container containing a liquid volatile substance including an infrared light-absorbing additive, and a wick having a lower end housed within said container and an upper end emerging from the container , the evaporator further comprising an infrared emitter and receptor to detect end-of-life of the volatile substance, characterized in that the infrared light emitter is arranged so as to emit a beam of light on the upper end of the wick , and the receptor is arranged so as to capture said beam of infrared light reflected by the upper end of the wick , the evaporator further comprising electronic means associated to said infrared receptor configured to determine the presence of a volatile substance based on the infrared light or absence of infrared light in the receptor .