mhurhangee/patent-ind-claim-en huggingface dataset:
Overflow valve for a high-pressure pump , in particular plug-in pump, in a fuel injection system of an internal combustion engine, comprising a valve piston which is received in a central bore of a valve housing so as to be axially displaceable counter to the spring force of a valve spring for the connection of an inflow to a return , wherein the valve housing has at least two radial bores , which are arranged with an axial spacing to one another and open into the central bore , wherein the first radial bore is part of the inflow and the second radial bore is part of the return , characterized in that the valve housing is surrounded at least regionally by a connection body which has at least two connection pieces for the connection of an inflow line and a return line, wherein the connection pieces are able to be brought into overlap with annular grooves which are formed in the valve housing on the outer circumferential side and into which the radial bores open.
Method for operating a vehicle , in which as a function of a geographical position of the vehicle a control centre transmits at least one piece of information to a receiving device of the vehicle , wherein the control centre discloses the at least one piece of information associated with a predefined region in the form of a fixed tile and the at least one piece of information associated with the predefined region , wherein the control centre makes the pieces of information available for retrieval by the use of publish/subscribe middleware, wherein the vehicle receives the at least one piece of information when a control device of the vehicle has subscribed to receiving pieces of information from the predefined region subscribed to by the control device of the vehicle , wherein the control device of the vehicle subscribes to receiving pieces of information, which are assigned to those predefined regions through which a route determined by means of a navigation system of the vehicle runs, wherein the receiving device of the vehicle receives the at least one piece of information, as soon as the geographical position of the vehicle comes to lie in the predefined region , and wherein the receiving device of the vehicle receives pieces of information which are assigned to at least one other predefined region than the one in which the geographical position of the vehicle comes to lie, when receiving the pieces of information at the geographical position of the vehicle is made easier than receiving it in the at least one other predefined region , because at the geographical position of the vehicle there are more powerful radio connections for receiving the pieces of information by means of the receiving device of the vehicle than in the at least one other predefined region .
A slide bearing for supporting a load applied to a shaft member while allowing movement of the shaft member, comprising: a tubular bearing main body into which the shaft member is able to be inserted; and an elastic body which is mounted on the bearing main body and biases the bearing main body radially inward, wherein: the bearing main body comprises: slits which are formed along an axial direction from one end surface toward the other end surface; first elastic body locking parts which are formed on a side of one end of an outer peripheral surface and protrude radially outward; and second elastic body locking parts which are formed on a side of the other end of the outer peripheral surface and protrude radially outward, and the first elastic body locking parts and the second elastic body locking parts are located at positions which do not overlap each other as seen in an imaginary plane perpendicular to an axis of the bearing main body. a tubular bearing main body into which the shaft member is able to be inserted; and an elastic body which is mounted on the bearing main body and biases the bearing main body radially inward, wherein: the bearing main body comprises: slits which are formed along an axial direction from one end surface toward the other end surface; first elastic body locking parts which are formed on a side of one end of an outer peripheral surface and protrude radially outward; and second elastic body locking parts which are formed on a side of the other end of the outer peripheral surface and protrude radially outward, and the first elastic body locking parts and the second elastic body locking parts are located at positions which do not overlap each other as seen in an imaginary plane perpendicular to an axis of the bearing main body. the bearing main body comprises: slits which are formed along an axial direction from one end surface toward the other end surface; first elastic body locking parts which are formed on a side of one end of an outer peripheral surface and protrude radially outward; and second elastic body locking parts which are formed on a side of the other end of the outer peripheral surface and protrude radially outward, and slits which are formed along an axial direction from one end surface toward the other end surface; first elastic body locking parts which are formed on a side of one end of an outer peripheral surface and protrude radially outward; and second elastic body locking parts which are formed on a side of the other end of the outer peripheral surface and protrude radially outward, and the first elastic body locking parts and the second elastic body locking parts are located at positions which do not overlap each other as seen in an imaginary plane perpendicular to an axis of the bearing main body.
An agricultural working machine for the execution of an agricultural working process which is operated at an operating point defined by operating parameters, with a driver assistance system which comprises a memory with data stored in the memory , a computing device for processing the data stored in the memory , and a graphical user interface , wherein the computing device determines the respective current operating point during the execution of the working process, wherein the computing device graphically depicts an operating data field via the user interface which represents a range of display values for a first operating parameter (B 1 ), and the current value for the first operating parameter (B 1 ) is graphically depicted in the operating data field , wherein the computing device evaluates the first operating parameter (B 1 ) over at least a portion of the range of display values in accordance with an evaluation criterion which relates to a second operating parameter (B 2 ), wherein a characteristic diagram system is stored in the memory and contains relationships between at least a portion of the operating parameters, and wherein the computing device carries out the evaluation of the first operating parameter (B 1 ) based on a relationship between the first operating parameter (B 1 ) and the second operating parameter (B 2 ) contained in the characteristic diagram system and graphically depicts the evaluation data determined thereby in the operating data field , wherein the working machine has a propulsion unit and at least two drive running elements , in particular drive wheels or drive tracks, which are driven by the propulsion unit in order to produce a traction on the ground, characterized in that the first operating parameter (B 1 ) relates to the traction between the drive running elements and the ground and the computing device shows in the operating data field that a change in a third operating parameter (B 3 ) can lead to a change in the first operating parameter (B 1 ), preferably that, based on the characteristic diagram system , the computing device determines which qualitative change in the third operating parameter (B 3 ) leads to which qualitative change in the first operating parameter (B 1 ) and depicts this in the operating data field , wherein the third operating parameter (B 3 ) relates to the ballasting of the working machine .
A medical liquid collection injector (1; 2; 3) comprising: a tube-shaped barrel (12; 212) that includes an opening at one end and a tube end at another end; a plunger inserted into the opening of the barrel; and a tube-shaped liquid collection needle (20; 220; 320), characterised in that the tube end includes a cylindrically-shaped tubular portion and a spiral projection that is formed on an outer circumferential surface of the tubular portion, an inner circumferential surface of the tubular portion is a female tapered surface with an inner diameter that becomes larger as a leading end is approached, the barrel includes a small-diameter portion (16; 216) with an inner diameter that is relatively small between a liquid storing portion in which the plunger is inserted and the tubular portion , and a base end (21; 221) of the liquid collection needle (20; 220; 320) is fluid-tightly connected to the small-diameter portion (16; 216), and a leading end of the liquid collection needle protrudes from the tube end. a tube-shaped barrel (12; 212) that includes an opening at one end and a tube end at another end; a plunger inserted into the opening of the barrel; and a tube-shaped liquid collection needle (20; 220; 320), characterised in that the tube end includes a cylindrically-shaped tubular portion and a spiral projection that is formed on an outer circumferential surface of the tubular portion, an inner circumferential surface of the tubular portion is a female tapered surface with an inner diameter that becomes larger as a leading end is approached, the barrel includes a small-diameter portion (16; 216) with an inner diameter that is relatively small between a liquid storing portion in which the plunger is inserted and the tubular portion , and a base end (21; 221) of the liquid collection needle (20; 220; 320) is fluid-tightly connected to the small-diameter portion (16; 216), and a leading end of the liquid collection needle protrudes from the tube end.
Corynebacterium glutamicum having improved ability to form a biofilm, wherein the Corynebacterium glutamicum comprises an inactivated gene with a nucleotide sequence represented by SEQ ID NO: 2; wherein the gene is inactivated by deletion of part of a nucleotide sequence represented by SEQ ID NO: 2, substitution of a part of a nucleotide sequence represented by SEQ ID NO: 2, or insertion of one or more base pairs into the nucleotide sequence represented by SEQ ID NO: 2, and wherein the ability to form a biofilm is improved compared to a parent strain comprising a gene with a nucleotide sequence represented by SEQ ID NO: 2, wherein L-lysine productivity of the Corynebacterium glutamicum is improved by enhancing one or more genes selected from the group consisting of lysA, lysC, lysE, dapA, dapB, pyc, asd and aspB, wherein said one or more genes are enhanced by increasing copy number of said one or more genes, and/or replacement or modification of the expression control sequence to increase expression of said one or more genes, and/or by mutation of the ORF of said one or more genes.
A spectral near infrared calibration standard for calibrating an optical measuring device, selected from a fluorescence microscope, a laser scanning microscope, a flow cytometer, an integrating sphere measuring system and a microplate reader, with respect to a spectral sensitivity and/or a fluorescence quantum yield in a spectral region including near infrared from 800 to 1300 nm, the spectral near infrared calibration standard comprising a compound according to general formula MCuSi 4 O 10 (I) M, in formula I, denoting Be, Mg, Ca, Sr or Ba; and the spectral near infrared calibration standard comprising a spherically shaped solid nanoparticle or a spherically shaped solid microparticle, each formed by the compound according to general formula I and a matrix , and the compound according to formula I either being present in concentrated form inside the matrix , forming a closed layer on a spherical surface of the matrix , or forming a closed layer located beneath the spherical surface of the particle, and the matrix being selected from: a polydimethylsiloxane, a polystyrene, a polymethyl methacrylate, a polyacrylamide, a polylactide, a polyisoprene, a polyacrylonitrile, a polyester, silica, a silicone, and a sol-gel network.
Non-therapeutic use of a disinfectant composition for skin disinfection, in the form of a gel comprising at least one alcohol, water and at least one thickening agent, characterized in that it further comprises water-insoluble particles which fall off at the end of an application time, selected from a group comprising waxes, polymers and/or inorganic substances, wherein the particles serve as an indicator for the predetermined application time, wherein a size of the particles is in a range of about 100 μm and about 1 mm and wherein the water-insoluble particles are present in an amount in a range of about 0.15 wt.-% to about 1.00 wt.-%, based on the total amount of the composition.
A vibration attenuator , comprising: a first spinner configured for rotation about a first axis; a first mass coupled to the first spinner for rotation therewith, the first mass being movable radially relative to the first axis between an inner position and an outer position, wherein the first mass is carried on a shaft ; a first actuator coupled to the first mass and capable of acting on the shaft for selectively controlling a radial location of the first mass relative to the axis; and a first motor for driving the first spinner in rotation about the first axis. a first spinner configured for rotation about a first axis; a first mass coupled to the first spinner for rotation therewith, the first mass being movable radially relative to the first axis between an inner position and an outer position, wherein the first mass is carried on a shaft ; a first actuator coupled to the first mass and capable of acting on the shaft for selectively controlling a radial location of the first mass relative to the axis; and a first motor for driving the first spinner in rotation about the first axis.
A transmission-type optical element that has transmissivity in a first direction and that enables an observer to simultaneously see an external object positioned apart from and visible through the optical element and information provided by the optical element, the optical element comprising: a plurality of first members each having a first surface that forms an element of first information; and the first surface facing a second direction orthogonal to the first direction, wherein the first information is formed by a) a diffraction grating provided on the first surface, or b) a structure for diffusing light provided on the first surface. a plurality of first members each having a first surface that forms an element of first information; and the first surface facing a second direction orthogonal to the first direction, wherein the first information is formed by a) a diffraction grating provided on the first surface, or b) a structure for diffusing light provided on the first surface. a) a diffraction grating provided on the first surface, or b) a structure for diffusing light provided on the first surface.
A pressure measurement device comprising a pressure sensor of a first type and a pressure sensor of a second type different from the first, which sensors are mounted on a common support in order to be subjected to the same pressure to be measured, in which the pressure sensor of the first type is of the capacitive type, the device being characterized in that the pressure sensor of the first type comprises a base secured to the common support and in projection from which protrudes a foot that links to a first face of a substrate , the pressure sensor of the first type also comprising at least one membrane and a first internal channel passing through the common support , the base , the foot and the substrate a first sealed enclosure being jointly delimited by a second face of the substrate opposite to the first face , by a first face of the membrane and a peripheral bulge of the membrane , a second enclosure being delimited by the peripheral bulge , a cover that is based on the peripheral bulge and a second face of the membrane opposed to the first face of the membrane the pressure sensor of the first type comprising a second internal channel bringing a fluid from first enclosure to second enclosure which is in fluid flow connection with the first internal channel and leading into the second sealed enclosure , the second internal channel extending through the peripheral bulge , and the pressure sensor of the first type comprising a first electrode secured to the second face of the membrane and a second electrode carried by the cover and that extends opposite to first electrode a second enclosure being delimited by the peripheral bulge , a cover that is based on the peripheral bulge and a second face of the membrane opposed to the first face of the membrane the pressure sensor of the first type comprising a second internal channel bringing a fluid from first enclosure to second enclosure which is in fluid flow connection with the first internal channel and leading into the second sealed enclosure , the second internal channel extending through the peripheral bulge , and the pressure sensor of the first type comprising a first electrode secured to the second face of the membrane and a second electrode carried by the cover and that extends opposite to first electrode
A composition comprising a mixture comprising: (i) at least one p-type material, (ii) at least one n-type material, wherein the n-type material comprises a fullerene derivative represented by: F*-(R) n and solvates, salts, and mixtures thereof, wherein n is at least one, F* comprises a fullerene having a surface which comprises six-membered and five-membered rings; and R comprises one optionally substituted, unsaturated or saturated, carbocyclic or heterocyclic first ring, wherein the ring directly bonds to the fullerene, characterized in that R is covalently bonded to the fullerene by [4+2] cycloaddition. (i) at least one p-type material, (ii) at least one n-type material, wherein the n-type material comprises a fullerene derivative represented by: F*-(R) n and solvates, salts, and mixtures thereof, wherein n is at least one, F* comprises a fullerene having a surface which comprises six-membered and five-membered rings; and R comprises one optionally substituted, unsaturated or saturated, carbocyclic or heterocyclic first ring, wherein the ring directly bonds to the fullerene, F* comprises a fullerene having a surface which comprises six-membered and five-membered rings; and R comprises one optionally substituted, unsaturated or saturated, carbocyclic or heterocyclic first ring, wherein the ring directly bonds to the fullerene,
A lighting apparatus, comprising: a light source which generates laser light; a light conversion unit which is disposed in a direction that the laser light is emitted, and includes a phosphor layer that generates a converted light which is excited by the laser light; and a housing which covers a side surface of the phosphor layer , and is disposed on a light emitting surface of the light conversion unit , wherein the housing includes an opening which exposes a first surface (24-1) of the phosphor layer , and a plurality of slits , wherein the opening of the housing is increasingly widened as a distance from the light emitting surface increases, wherein the light emitting surface corresponds to the first surface (24-1) of the phosphor layer , and wherein the housing is disposed to cover a part of the first surface (24-1) of the phosphor layer , the lighting apparatus being characterised in that the plurality of slits are extended from a part of the first surface (24-1) and a side surface of the phosphor layer in a direction which extends away from the phosphor layer , the slits are disposed to surround the opening of the housing , and the opening and the plurality of slits of the housing 30 are inclined so as to have a tilting angle of less than 90° with respect to the first surface (24-1). a light source which generates laser light; a light conversion unit which is disposed in a direction that the laser light is emitted, and includes a phosphor layer that generates a converted light which is excited by the laser light; and a housing which covers a side surface of the phosphor layer , and is disposed on a light emitting surface of the light conversion unit , wherein the housing includes an opening which exposes a first surface (24-1) of the phosphor layer , and a plurality of slits , wherein the opening of the housing is increasingly widened as a distance from the light emitting surface increases, wherein the light emitting surface corresponds to the first surface (24-1) of the phosphor layer , and wherein the housing is disposed to cover a part of the first surface (24-1) of the phosphor layer , the lighting apparatus being characterised in that the plurality of slits are extended from a part of the first surface (24-1) and a side surface of the phosphor layer in a direction which extends away from the phosphor layer , the slits are disposed to surround the opening of the housing , and the opening and the plurality of slits of the housing 30 are inclined so as to have a tilting angle of less than 90° with respect to the first surface (24-1).
A method for recording multimedia data, comprising: receiving, by a distribution device, converged mirror data from a mirror switch, wherein the converged mirror data comprises a signaling and multimedia data; generating , by the distribution device, a recording instruction including_multimedia data identification information according to the signaling included in the converged mirror data, and the multimedia data identification information is used for identifying multimedia data that needs to be recorded of the multimedia data included in the converged mirror data; and sending , by the distribution device, the recording instruction including the multimedia data identification information to a recording device that is configured to receive the converged mirror data from the mirror switch without sending the multimedia data that needs to be recorded to the recording device, wherein the recording device is configured to identify the multimedia data that needs to be recorded from the received converged mirror data according to the multimedia data identification information and record the multimedia data that needs to be recorded. receiving, by a distribution device, converged mirror data from a mirror switch, wherein the converged mirror data comprises a signaling and multimedia data; generating , by the distribution device, a recording instruction including_multimedia data identification information according to the signaling included in the converged mirror data, and the multimedia data identification information is used for identifying multimedia data that needs to be recorded of the multimedia data included in the converged mirror data; and sending , by the distribution device, the recording instruction including the multimedia data identification information to a recording device that is configured to receive the converged mirror data from the mirror switch without sending the multimedia data that needs to be recorded to the recording device, wherein the recording device is configured to identify the multimedia data that needs to be recorded from the received converged mirror data according to the multimedia data identification information and record the multimedia data that needs to be recorded.