mhurhangee/patent-ind-claim-en huggingface dataset:
A method for checking the fitness of value documents (A, B, C), comprising the following steps: - selecting at least two different fitness criteria (K1, K2) of the value documents which are characteristic for the state of the value documents, - checking the value documents by picking up measurement data of the value documents, wherein, from the measurement data picked up for each of the selected fitness criteria, a fitness measurement value (M1, M2) for the particular value document is determined, - determining respectively an unfit degree (G1, G2) for each of the selected fitness criteria (K1, K2) from the particular fitness measurement value of the particular value document (A, B, C) with the aid of an unfit function (F1, F2) which unambiguously assigns an unfit degree (G1, G2) to each fitness measurement value (M1, M2), wherein each unfit function is characterized by a first threshold value (X1, X2), a second threshold value (Y1, Y2), and an uncertainty range (U1, U2) being between the first and the second threshold value in which the particular unfit function either has a monotonously dropping or a monotonously rising course, and - combining the unfit degrees (G1, G2) of the different fitness criteria (K1, K2) into an unfit probability (P) which is specific for the particular value document (A, B, C), and - fitness classification of the particular value document on the basis of the unfit probability (P) which was determined for the particular value document. - selecting at least two different fitness criteria (K1, K2) of the value documents which are characteristic for the state of the value documents, - checking the value documents by picking up measurement data of the value documents, wherein, from the measurement data picked up for each of the selected fitness criteria, a fitness measurement value (M1, M2) for the particular value document is determined, - determining respectively an unfit degree (G1, G2) for each of the selected fitness criteria (K1, K2) from the particular fitness measurement value of the particular value document (A, B, C) with the aid of an unfit function (F1, F2) which unambiguously assigns an unfit degree (G1, G2) to each fitness measurement value (M1, M2), wherein each unfit function is characterized by a first threshold value (X1, X2), a second threshold value (Y1, Y2), and an uncertainty range (U1, U2) being between the first and the second threshold value in which the particular unfit function either has a monotonously dropping or a monotonously rising course, and - combining the unfit degrees (G1, G2) of the different fitness criteria (K1, K2) into an unfit probability (P) which is specific for the particular value document (A, B, C), and - fitness classification of the particular value document on the basis of the unfit probability (P) which was determined for the particular value document.
Shearing press comprising: - a filling tray for receiving scrap metal to be processed, - an outlet for processed scrap metal , and - a horizontal hydraulic tappet for releasing the scrap metal from the filling tray through the outlet , the outlet being in the form of a vertical guillotine gate with cutting blades for cutting through the scrap metal which is released from the filling tray via the hydraulic tappet , characterised in that it is self-powered and provided with a remote control configured to control movements of the shearing press . - a filling tray for receiving scrap metal to be processed, - an outlet for processed scrap metal , and - a horizontal hydraulic tappet for releasing the scrap metal from the filling tray through the outlet ,
A remotely controllable lock comprising: a locking element and an operating member intended to be able to manually control the unlocking of said locking element ; a locking finger and a remotely controllable DC current electric motor mechanically coupled to said locking finger , said electric motor being functionally adapted to drive said locking finger into a translation movement towards an active position in which said locking finger prohibits the unlocking of said locking element , said electric motor stopping its operation when said locking finger is into said active position ; an elastically deformable mechanical assembly comprising a worm mounted on said motor and at least one spring to engage said worm and said locking finger ; characterized in that said electric motor operates for a predetermined period of time expiring after said locking finger has reached said active position, while said elastically deformable mechanical assembly is deformed. a locking element and an operating member intended to be able to manually control the unlocking of said locking element ; a locking finger and a remotely controllable DC current electric motor mechanically coupled to said locking finger , said electric motor being functionally adapted to drive said locking finger into a translation movement towards an active position in which said locking finger prohibits the unlocking of said locking element , said electric motor stopping its operation when said locking finger is into said active position ; an elastically deformable mechanical assembly comprising a worm mounted on said motor and at least one spring to engage said worm and said locking finger ; characterized in that said electric motor operates for a predetermined period of time expiring after said locking finger has reached said active position, while said elastically deformable mechanical assembly is deformed.
A communication port connector for use in a computing device , the communication port connector comprising: a shell that defines a void configured to receive an electrical plug ; port-side electrical contacts positioned within the shell and configured to make electrical connections with plug-side electrical contacts of the electrical plug ; and one or more double leaf spring fingers formed in a side of the shell , wherein, each double leaf spring finger is comprised of at least a first outer spring finger and a second nested spring finger coupled to the first spring finger , characterized in that the second nested spring finger is formed inside the first outer spring finger and arranged in an opposite orientation with respect to the first outer spring finger such that a base of the second nested spring finger is inside a tip of the first outer spring finger, the first outer spring finger being configured to flex toward the void to contact the electrical plug such that contact with the plug flexes the first outer spring finger away from the void, and the second nested spring finger being configured to flex away from the void to flexibly contact a chassis of the computing device , to thereby electrically ground the electrical plug to the chassis when inserted in the communication port connector . a shell that defines a void configured to receive an electrical plug ; port-side electrical contacts positioned within the shell and configured to make electrical connections with plug-side electrical contacts of the electrical plug ; and one or more double leaf spring fingers formed in a side of the shell , wherein, each double leaf spring finger is comprised of at least a first outer spring finger and a second nested spring finger coupled to the first spring finger , characterized in that the second nested spring finger is formed inside the first outer spring finger and arranged in an opposite orientation with respect to the first outer spring finger such that a base of the second nested spring finger is inside a tip of the first outer spring finger, the first outer spring finger being configured to flex toward the void to contact the electrical plug such that contact with the plug flexes the first outer spring finger away from the void, and the second nested spring finger being configured to flex away from the void to flexibly contact a chassis of the computing device , to thereby electrically ground the electrical plug to the chassis when inserted in the communication port connector .
A burner for a turbomachine, the burner comprising: a main body comprising an outer surface and defining an interior , the main body having an upstream end axially spaced from a downstream end with respect to an axial centerline of the burner ; the outer surface comprising in sequence a forward portion , a middle portion and a burner front face at the downstream end of the main body ; an annular air plenum defined in the main body radially inwardly from the outer surface ; a cooling air passage extending from the outer surface to the annular air plenum ; and a plurality of cooling channels circumferentially spaced apart from one another along the burner , each cooling channel of the plurality of cooling channels extending from a respective inlet in fluid communication with the annular air plenum to a respective outlet defined in the outer surface upstream from the burner front face , wherein the middle portion of the main body includes a lip , which extends radially beyond the plurality of cooling channel outlets , wherein the plurality of cooling channel outlets is defined within the middle portion of the outer surface axially downstream from the lip , characterized in that the cooling channels outlets function to direct a portion of cooling flow air axially upstream towards the lip opposite the direction of the fuel/air mixture exiting the burner . a main body comprising an outer surface and defining an interior , the main body having an upstream end axially spaced from a downstream end with respect to an axial centerline of the burner ; the outer surface comprising in sequence a forward portion , a middle portion and a burner front face at the downstream end of the main body ; an annular air plenum defined in the main body radially inwardly from the outer surface ; a cooling air passage extending from the outer surface to the annular air plenum ; and a plurality of cooling channels circumferentially spaced apart from one another along the burner , each cooling channel of the plurality of cooling channels extending from a respective inlet in fluid communication with the annular air plenum to a respective outlet defined in the outer surface upstream from the burner front face , wherein the middle portion of the main body includes a lip , which extends radially beyond the plurality of cooling channel outlets , wherein the plurality of cooling channel outlets is defined within the middle portion of the outer surface axially downstream from the lip , characterized in that the cooling channels outlets function to direct a portion of cooling flow air axially upstream towards the lip opposite the direction of the fuel/air mixture exiting the burner .
Process for producing spherical polysilsesquioxane particles in which in a first step triakloxysilane of general formula (I) RSi(OR 1 ) 3 (I), in which R represents a hydrocarbon radical having 1 to 16 carbon atoms whose carbon chain may be interrupted by nonadjacent -0- groups, R 1 represents a C 1 - to C 4 -alkyl radical, is reacted with acidified water having a pH of not more than 6 with commixing to afford a hydrolyzate, in a second step the hydrolyzate is mixed with a solution of a base in water or C 1 - to C 4 -alkanol, in a third step the mixture is stored for at least 2 h and in a fourth step the polysilsesquioxane particles are spray-dried. R represents a hydrocarbon radical having 1 to 16 carbon atoms whose carbon chain may be interrupted by nonadjacent -0- groups, R 1 represents a C 1 - to C 4 -alkyl radical, is reacted with acidified water having a pH of not more than 6 with commixing to afford a hydrolyzate, in a second step the hydrolyzate is mixed with a solution of a base in water or C 1 - to C 4 -alkanol,
Chromatography column at least comprising a porous monolithic moulding as sorbent and a cladding, characterised in that the moulding and the cladding have been produced together from the same thermoplastic polymer by means of 3D printing processes, where the thermoplastic polymer is polyether ether ketone (PEEK) or polyphenylene sulfide.
A fat lump composition comprising: a granular body that contains an oil and/or fat having a melting point of 0.1°C or higher; an edible and ionically crosslinkable polymer that is crosslinked with a cation; and a surfactant, wherein an average particle diameter of the granular bodies is 50 μm or more and 500 μm or less; wherein an HSP distance between the ionically crosslinkable polymer and a hydrophilic moiety of the surfactant is 10 or less, wherein the HSP distance is acquired as a registered value or an estimated value in HSPiP 4th Edition, version 4.0.04, which is commercially available software; wherein the fat lump composition contains a gel containing the ionically crosslinkable polymer, and wherein a volume of the gel is 10% or more and 300% or less with respect to a volume of the granular body. a granular body that contains an oil and/or fat having a melting point of 0.1°C or higher; an edible and ionically crosslinkable polymer that is crosslinked with a cation; and a surfactant, wherein an average particle diameter of the granular bodies is 50 μm or more and 500 μm or less; wherein an HSP distance between the ionically crosslinkable polymer and a hydrophilic moiety of the surfactant is 10 or less, wherein the HSP distance is acquired as a registered value or an estimated value in HSPiP 4th Edition, version 4.0.04, which is commercially available software; wherein the fat lump composition contains a gel containing the ionically crosslinkable polymer, and wherein a volume of the gel is 10% or more and 300% or less with respect to a volume of the granular body.
A hybrid digital and screen printing press for printing an indicia on a substrate and comprising: an endless conveyor; a plurality of object supports connected to the conveyor and spaced from one another and moveable with the conveyor, each of the object supports defining a printing zone having a length dimension and a first width dimension; at least one digital-to-garment (DTG) printing station positioned proximate the conveyor and having a print head moveable into the printing zone to engage the substrate and having a second width dimension equal to or greater than the first width dimension, the print head array mounted for movement exclusively along a length dimension of the printing zone; a direct to screen (DTS) printing machine for preparing a silk screen for use in the DTG printing station once mounted to the print head; a raster image processor (RIP, 200) electronically coupled to the DTG printing station and the DTS printing machine, the RIP having a processor, and a memory storing computer-readable instructions when executed by the processor takes the following steps: store in the memory a digital art file containing an electronic representation of the colors and their locations to be printed on the substrate to produce the indicia; sending a first signal to the DTS printing machine representative of a base coat of the indicia; and sending a second signal to the at least one DTG printing station representative of the cyan, magenta, yellow, and black colors of the indicia. an endless conveyor; a plurality of object supports connected to the conveyor and spaced from one another and moveable with the conveyor, each of the object supports defining a printing zone having a length dimension and a first width dimension; at least one digital-to-garment (DTG) printing station positioned proximate the conveyor and having a print head moveable into the printing zone to engage the substrate and having a second width dimension equal to or greater than the first width dimension, the print head array mounted for movement exclusively along a length dimension of the printing zone; store in the memory a digital art file containing an electronic representation of the colors and their locations to be printed on the substrate to produce the indicia; sending a first signal to the DTS printing machine representative of a base coat of the indicia; and sending a second signal to the at least one DTG printing station representative of the cyan, magenta, yellow, and black colors of the indicia.
Machine tool comprising at least one workpiece support and a portal which can be moved over the workpiece support and which is or can be equipped with various tools, characterized in that a magazine is provided for various fastening units such as pneumatic nailers, staplers, impulse nailers, screwdrivers, and adhesive or glue application units, the fastening units each being stored in holders (12 - 15) in the magazine which are provided with a coupling device , and at least one receiving station having a coupling device for a holder (12 - 15) of a fastening unit is provided on the portal , and the receiving station can be moved with the aid of the portal over a selected holder (12 - 15) in the magazine and can be lowered in the z direction, as a result of which the coupling devices provided on the holder (12 - 15) for the fastening unit and on the receiving station are connected to one another.
A method comprising: selecting, by a computing device comprising a processor , the size of at least one prime mover , such as a thermal engine, associated with an aircraft to satisfy a baseline power requirement for operation of the aircraft during a steady state load condition; selecting at least one power source configuration to supplement power provided by the at least one prime mover during a transient load condition associated with the operation of the aircraft; and selecting, by the computing device , a parameter of the at least one power source configuration to provide a total power in an amount that is greater than a threshold during the transient condition, wherein the at least one power source configuration comprises an electrical power system, and wherein the electrical power system comprises a battery that provides power to a motor-generator during the transient load condition, and wherein the at least one prime mover charges the battery during the steady state condition, wherein a controller causes the battery to provide electrical power to an aircraft electrical load (220, 216 or 363), characterized in that the aircraft electrical load comprises a fault isolation mechanism to ensure that the battery is able to provide electrical power to the motor-generator should a short occur in the aircraft electrical load (220, 216 or 363). selecting, by a computing device comprising a processor , the size of at least one prime mover , such as a thermal engine, associated with an aircraft to satisfy a baseline power requirement for operation of the aircraft during a steady state load condition; selecting at least one power source configuration to supplement power provided by the at least one prime mover during a transient load condition associated with the operation of the aircraft; and selecting, by the computing device , a parameter of the at least one power source configuration to provide a total power in an amount that is greater than a threshold during the transient condition, wherein the at least one power source configuration comprises an electrical power system, and wherein the electrical power system comprises a battery that provides power to a motor-generator during the transient load condition, and wherein the at least one prime mover charges the battery during the steady state condition, wherein a controller causes the battery to provide electrical power to an aircraft electrical load (220, 216 or 363),
An apparatus comprising: - a phase modulator configured to modify a phase of light incoming into the phase modulator, to generate phase-encoded light; - a dual rail encoder configured to modify the phase-encoded light in dependence of a control signal, to thereby impart a polarization rotation compensation into the phase-encoded light, and - a polarization rotator combiner coupled to the dual rail encoder, configured to convert dual rail light from the dual rail encoder into polarization encoded light, wherein the apparatus is arranged to transmit the polarization encoded light. - a phase modulator configured to modify a phase of light incoming into the phase modulator, to generate phase-encoded light; - a dual rail encoder configured to modify the phase-encoded light in dependence of a control signal, to thereby impart a polarization rotation compensation into the phase-encoded light, and - a polarization rotator combiner coupled to the dual rail encoder, configured to convert dual rail light from the dual rail encoder into polarization encoded light, wherein the apparatus is arranged to transmit the polarization encoded light.
A bending machine with a work area image capture apparatus, wherein the bending machine has a machine frame , a longitudinally extended machine table fixed in place, and a longitudinally extended press beam , which press beam is guided in the machine frame and held by a drive means , so as to be movable relative to the latter, which drive means is controlled by a machine controller , and wherein the machine frame furthermore has two side parts , which are spaced apart from one another by a machine width in the direction of the longitudinal extension of the machine table , and wherein the longitudinal extension and the direction of movement of the press beam define a working plane , and the working plane establishes a front working and manipulation space and a rear machine space , which is delimited, in particular closed off, from the former and, and wherein an image capturing device is arranged in the machine space above the machine table , wherein a capturing region of the image capturing device is oriented in the direction of the machine space , and wherein the image capturing device is connected with a display means , which is configured for presentation of the captured image of the capturing region , characterized in that the image capturing device is connected with a display means via an image processing processor , and that the image processing processor has a coordinate transformation module which is configured for correction of the perspective of the captured image, and that the coordinate transformation module is connected with a wireless position determination system , which is configured for determining the position of a machine operator in the working and manipulation space .
A hemostatic fabric containing trypsin, characterized in that the hemostatic fabric comprises a molecular sieve/fiber composite and the trypsin; the molecular sieve/fiber composite comprises molecular sieves and a fiber; the molecular sieves are independently dispersed on a fiber surface of the fiber without agglomeration and directly contact the fiber surface; a surface of the molecular sieve contacted with the fiber is defined as an inner surface, and a surface of the molecular sieve uncontacted with the fiber is defined as an outer surface; a growth-matched coupling is formed between the molecular sieves and the fiber on the inner surface of the molecular sieves; a particle size D90 of the molecular sieve microscopic particles is 0.01 to 50 μm, a particle size D50 of the molecular sieve microscopic particles is 0.005 to 30 μm; the inner surface and the outer surface are composed of molecular sieve nanoparticles; optionally, characterized in that the adhesive content of the contact surface between the molecular sieves and the fiber is zero.