mhurhangee/patent-ind-claim-en huggingface dataset:
Motor vehicle, comprising a regulating unit for outputting manipulated variables for controlling the motor vehicle, and a communication unit , wherein the regulating unit comprises a situation interpretation module , an assessment module and a regulating module , wherein the motor vehicle has at least one regulating system hierarchically subordinate to the regulating unit and wherein the subordinate regulating system is coupled to the regulating module in order to receive target specifications from the regulating module , wherein the at least one subordinate regulating system is coupled to the situation interpretation module to report reserves of the subordinate regulating system , wherein the communication unit is coupled to the situation interpretation module and the assessment module and is formed to receive specification data from a superordinate traffic guidance system and to transmit reserve data relating to the movement options of the motor vehicle to the superordinate traffic guidance system, wherein the situation interpretation module is designed using input parameters to create a situation model with model parameters and to determine the reserve data from the situation model, wherein the situation interpretation module also uses reported reserves of the subordinate regulating system as input parameters , wherein the superordinate traffic guidance system specifies individual second assessment criteria as specification data to the individual motor vehicles, wherein the assessment module is coupled on the input side to the situation interpretation module and is formed to determine a regulating strategy specification on the basis of at least one first assessment criterion stored in the assessment module , wherein the at least one first assessment criterion includes a specifiable individual driving style, at least one second assessment criterion specified by the specification data , and the model parameters, wherein the regulating module is coupled on the input side to the situation interpretation module and the assessment module and is designed to determine and output the manipulated variables on the basis of the regulating strategy specification and the model parameters.
A camera accessory , comprising: an accessory-side mount that is detachably mountable at a body-side mount of a camera body : and a reception unit that receives an instruction signal transmitted from the camera body , wherein: the instruction signal carries identification information assigned in the camera body to the camera accessory mounted at the body-side mount of the camera body and an instruction issued from the camera body . an accessory-side mount that is detachably mountable at a body-side mount of a camera body : and a reception unit that receives an instruction signal transmitted from the camera body , wherein: the instruction signal carries identification information assigned in the camera body to the camera accessory mounted at the body-side mount of the camera body and an instruction issued from the camera body .
An MFI zeolite comprising the following properties: (i) the MFI zeolite includes uniform mesopores having a pore distribution curve in which a peak-width thereof at half height (hw) is at most 20 nm (hw ≤ 20 nm) and a center value (μ) of a maximum peak is 10 nm or more and 20 nm or less (10 nm ≤ μ ≤20 nm), and having a pore volume (pv) of the uniform mesopores of at least 0.05 mL/g (0.05 mL/g ≤ pv); (ii) the MFI zeolite has no peak in a range of 0.1° to 3° in powder X-ray diffraction measurement with a diffraction angle represented by 2θ; (iii) the MFI zeolite has an average particle diameter (PD) of at most 100 nm (PD ≤ 100 nm), wherein the average particle diameter (PD) is determined from the outer surface area using the following formula : P D = 6 S 1 2.29 × 10 6 + 0.18 × 10 − 6 in the formula , S is the outer surface area (m 2 /g) and PD is the average particle diameter (m), wherein the outer surface area (S (m 2 /g)) in the formula is determined by a t-plot method using a general nitrogen adsorption method; (iv) an SiO 2 /Al 2 O 3 molar ratio is 20 or more and 200 or less (20 ≤ SiO 2 /Al 2 O 3 molar ratio ≤ 200) ; and (v) an aggregation diameter is 1 μ m or more and 100 μ m or less (1 μ m ≤ PS ≤ 100 μ m) as measured by a dynamic scattering method and represented by a volume average diameter. (i) the MFI zeolite includes uniform mesopores having a pore distribution curve in which a peak-width thereof at half height (hw) is at most 20 nm (hw ≤ 20 nm) and a center value (μ) of a maximum peak is 10 nm or more and 20 nm or less (10 nm ≤ μ ≤20 nm), and having a pore volume (pv) of the uniform mesopores of at least 0.05 mL/g (0.05 mL/g ≤ pv); (ii) the MFI zeolite has no peak in a range of 0.1° to 3° in powder X-ray diffraction measurement with a diffraction angle represented by 2θ; (iii) the MFI zeolite has an average particle diameter (PD) of at most 100 nm (PD ≤ 100 nm), wherein the average particle diameter (PD) is determined from the outer surface area using the following formula : P D = 6 S 1 2.29 × 10 6 + 0.18 × 10 − 6 in the formula , S is the outer surface area (m 2 /g) and PD is the average particle diameter (m), wherein the outer surface area (S (m 2 /g)) in the formula is determined by a t-plot method using a general nitrogen adsorption method; (iv) an SiO 2 /Al 2 O 3 molar ratio is 20 or more and 200 or less (20 ≤ SiO 2 /Al 2 O 3 molar ratio ≤ 200) ; and (v) an aggregation diameter is 1 μ m or more and 100 μ m or less (1 μ m ≤ PS ≤ 100 μ m) as measured by a dynamic scattering method and represented by a volume average diameter.
Implant for reconstructing an acetabulum and at least part of a pelvic structure, wherein the implant has: a frame structure , which is formed by at least one first profile element and serves to transmit joint forces, a joint portion , which forms at least part of an artificial acetabulum , at least two attachment portions for attaching the implant to bone tissue, wherein a first attachment portion is provided for attachment to a sacrum or ilium and a second attachment portion is provided for attachment to a pubis , and at least one plate element for supporting internal organs, the circumferential edge of which plate element is surrounded at least in regions by the frame structure . a frame structure , which is formed by at least one first profile element and serves to transmit joint forces, a joint portion , which forms at least part of an artificial acetabulum , at least two attachment portions for attaching the implant to bone tissue, wherein a first attachment portion is provided for attachment to a sacrum or ilium and a second attachment portion is provided for attachment to a pubis , and at least one plate element for supporting internal organs, the circumferential edge of which plate element is surrounded at least in regions by the frame structure .
A bird vaccination system operative to perform a vaccination of a bird while the bird is retained on a conveying mechanism and transported by the conveying mechanism along a first direction , the bird vaccination system comprising: a fluid discharge device (60; 62) comprising a fluid discharge opening operative to discharge at least one vaccination fluid to the bird ; at least one actuator operative to effect a displacement of at least the fluid discharge opening ; at least one control circuit operative to control the at least one actuator ; and a data acquisition device operative to capture image data of the bird retained on the conveying mechanism ; wherein the at least one control circuit is operative to control the at least one actuator to adjust a position of the fluid discharge opening relative to the bird based on the image data for performing the vaccination while the bird is being moved by the conveying mechanism , characterised in that the data acquisition device or the at least one control circuit comprises at least one integrated circuit operative to compute surface contour data of the bird , wherein the at least one control circuit is operative to control the at least one actuator based on the surface contour data , wherein the surface contour data comprises 3D surface contour data and/or a point cloud. a fluid discharge device (60; 62) comprising a fluid discharge opening operative to discharge at least one vaccination fluid to the bird ; at least one actuator operative to effect a displacement of at least the fluid discharge opening ; at least one control circuit operative to control the at least one actuator ; and a data acquisition device operative to capture image data of the bird retained on the conveying mechanism ; wherein the at least one control circuit is operative to control the at least one actuator to adjust a position of the fluid discharge opening relative to the bird based on the image data for performing the vaccination while the bird is being moved by the conveying mechanism , characterised in that the data acquisition device or the at least one control circuit comprises at least one integrated circuit operative to compute surface contour data of the bird , wherein the at least one control circuit is operative to control the at least one actuator based on the surface contour data , wherein the surface contour data comprises 3D surface contour data and/or a point cloud.
A method comprising: (i) introducing a cellular sample into a container wherein said container has an open upper end and sealed lower end and a chamber therebetween defined by chamber walls wherein said container contains a collection buffer comprising a lysis reagent at a concentration sufficient to selectively lyse the cytoplasmic membranes and a small proportion of the nuclear membranes present in the cellular sample and leave a large proportion of the cell nuclei intact; (ii) inserting a plunger into the upper end of said container wherein said plunger comprises a hollow plunger body defined by plunger walls, wherein said walls have a shape corresponding and a diameter less than said chamber , a septum cap sealing the top end of said plunger body , and a solid support spanning the diameter (d) of said plunger body ; (iii) pressing said plunger towards said lower end of said container so that said solid support passes through said cellular sample and the cell nuclei and other cellular components bind to the solid support leaving filtrate behind; and, (iv) removing said filtrate. (i) introducing a cellular sample into a container wherein said container has an open upper end and sealed lower end and a chamber therebetween defined by chamber walls wherein said container contains a collection buffer comprising a lysis reagent at a concentration sufficient to selectively lyse the cytoplasmic membranes and a small proportion of the nuclear membranes present in the cellular sample and leave a large proportion of the cell nuclei intact; (ii) inserting a plunger into the upper end of said container wherein said plunger comprises a hollow plunger body defined by plunger walls, wherein said walls have a shape corresponding and a diameter less than said chamber , a septum cap sealing the top end of said plunger body , and a solid support spanning the diameter (d) of said plunger body ; (iii) pressing said plunger towards said lower end of said container so that said solid support passes through said cellular sample and the cell nuclei and other cellular components bind to the solid support leaving filtrate behind; and, (iv) removing said filtrate.
A method of electroless deposition of a metal monolayer or sub-monolayer or a metal multilayer deposit having 2 to 10 metal monolayers or sub-monolayers onto a substrate from a plating solution, wherein the deposition process is controlled by means of a redox pair with a pH dependent potential, which is used to adjust the potential of the plating solution by adjustment of pH of said plating solution, to a value at which underpotential deposition (UPD) of a metal monolayer or sub-monolayer occurs, or to a value slightly higher than the onset potential of the overpotential deposition (OPD) at which a metal multilayer deposit is formed, onto the substrate, which is immersed into said plating solution.
A method performed by a base station , the method comprising: determining, by the base station, one or more subcarrier spacing options from a first candidate subcarrier spacing set of multiple candidate subcarrier sets, said first candidate subcarrier spacing set being associated with a carrier frequency band and a maximum channel bandwidth; and transmitting, by the base station to a user equipment , a signal indicating the one or more subcarrier spacing options from the first candidate subcarrier spacing set of the multiple candidate subcarrier spacing sets, wherein each candidate subcarrier spacing set of the multiple candidate subcarrier spacing sets is associated with a carrier frequency band and a maximum channel bandwidth, and wherein the first candidate subcarrier spacing set comprises subcarrier spacings of 15 kHz, 30 kHz, and 60 kHz, and the carrier frequency band with which the first candidate subcarrier spacing set is associated is a carrier frequency band sub 6 GHz and the maximum channel bandwidth with which the first candidate subcarrier spacing set is associated is a maximum channel bandwidth of 100 MHz. determining, by the base station, one or more subcarrier spacing options from a first candidate subcarrier spacing set of multiple candidate subcarrier sets, said first candidate subcarrier spacing set being associated with a carrier frequency band and a maximum channel bandwidth; and transmitting, by the base station to a user equipment , a signal indicating the one or more subcarrier spacing options from the first candidate subcarrier spacing set of the multiple candidate subcarrier spacing sets, wherein each candidate subcarrier spacing set of the multiple candidate subcarrier spacing sets is associated with a carrier frequency band and a maximum channel bandwidth, and wherein the first candidate subcarrier spacing set comprises subcarrier spacings of 15 kHz, 30 kHz, and 60 kHz, and the carrier frequency band with which the first candidate subcarrier spacing set is associated is a carrier frequency band sub 6 GHz and the maximum channel bandwidth with which the first candidate subcarrier spacing set is associated is a maximum channel bandwidth of 100 MHz.
A bale wrapping apparatus for a bale press , in particular a round bale press, including a wrapping table for receiving a bale and at least one wrapping arm carrying a wrapping material in web form, wherein the wrapping table and/or the at least one wrapping arm are drivable in rotation about a plane of the round bale , characterised in that the bale wrapping apparatus includes an open-loop and closed-loop control unit adapted to manipulate the drive speed, that determines the wrapping speed, of the wrapping arm and/or the wrapping table in dependence on at least a residual amount of the wrapping material wound on at least one roll , wherein the residual amount of the wrapping material is a process parameter influencing the duration of the wrapping process, wherein there is provided at least one sensor for determining a residual amount of the wrapping material wound on at least one roll at the at least one wrapping arm , wherein the measures initiated by the open-loop and closed-loop control unit lead to finishing of the bale at least approximately within the regular wrapping duration.
Method for producing a reinforced fibre composite component , having the following steps: a. providing a reinforcing profile , b. enclosing the reinforcing profile with a core element , c. creating a sheath of the core element by means of braiding around with endless fibres, d. impregnating the braided-around core element with a matrix, wherein the step of enclosing the reinforcing profile comprises an encapsulation by foaming in order to create the enclosing core element . a. providing a reinforcing profile , b. enclosing the reinforcing profile with a core element , c. creating a sheath of the core element by means of braiding around with endless fibres, d. impregnating the braided-around core element with a matrix, wherein the step of enclosing the reinforcing profile comprises an encapsulation by foaming in order to create the enclosing core element .
A method for producing a sheet-metal blank by means of laser cutting, comprising the following steps: feeding a metal sheet in a transport direction (T) to a laser cutting device , which has a laser cutting head movable back and forth in the transport direction (T) and in a y-direction extending vertically to the transport direction (T), clampingly gripping a first portion of the metal sheet upstream of the laser cutting device by means of a first clamping device and clampingly gripping a second portion of the metal sheet downstream of the laser cutting device by means of a second clamping device, stretching the metal sheet accommodated in the laser cutting device by generating a tensile stress on the metal sheet clampingly held between the first and the second clamping device, relaxing the metal sheet , and cutting the sheet-metal blank from the metal sheet by moving the laser cutting head along a predefined cutting path. feeding a metal sheet in a transport direction (T) to a laser cutting device , which has a laser cutting head movable back and forth in the transport direction (T) and in a y-direction extending vertically to the transport direction (T), clampingly gripping a first portion of the metal sheet upstream of the laser cutting device by means of a first clamping device and clampingly gripping a second portion of the metal sheet downstream of the laser cutting device by means of a second clamping device, stretching the metal sheet accommodated in the laser cutting device by generating a tensile stress on the metal sheet clampingly held between the first and the second clamping device, relaxing the metal sheet , and cutting the sheet-metal blank from the metal sheet by moving the laser cutting head along a predefined cutting path.
Device for controlling both the motorization unit of a roll-up cover installation and a plurality of lighting elements applied to at least one component of said roll-up cover installation , wherein the device comprises a casing which can be inserted into a component of said installation or its support structure and/or can be associated externally to said installation or to its support structure, or in its vicinity, inside said casing being arranged and housed: - at least one power supply unit for said motorization unit and for said lighting elements , - at least one unit for monitoring and control connectable with said motorization unit and said lighting elements of said roll-up cover installation , - a receiver or transceiver connected and/or incorporated in said control and command unit to receive from the outside control signals for controlling, based on these, said motorization unit and said lighting elements , characterized in that said control unit is configured so that, if an activation command of the motorization unit is received while the lighting elements are supplied, the power for the supply of the lighting elements is automatically reduced, thus also reducing the brightness generated by these elements, to be used to supply the motorization unit . - at least one power supply unit for said motorization unit and for said lighting elements , - at least one unit for monitoring and control connectable with said motorization unit and said lighting elements of said roll-up cover installation , - a receiver or transceiver connected and/or incorporated in said control and command unit to receive from the outside control signals for controlling, based on these, said motorization unit and said lighting elements ,
A nucleic acid molecule comprising a nucleotide sequence at least 85%, 90%, 95%, 96%, 97%, 98%, 99%, or 100% identical to SEQ ID NO:1, wherein the nucleotide sequence encodes a polypeptide with Factor VIII activity.
A crude extract of Artemia salina extracted in water or in 0,9% saline for use in increasing tear secretion and thereby treating or preventing dry eye.
- A combustion chamber for a turbine engine, comprising two coaxial rotationally symmetrical walls comprising an inner wall and an intermediate wall extending one inside the other and delimiting between them an annular space for circulating air, and an outer wall , and at least one injector passing through said inner wall , intermediate wall and outer wall via apertures, characterized in that said at least one injector has a peripheral tube connected to said walls (30 to 32) by means of three connections, wherein a connection between the peripheral tube and the outer wall is formed by a rigid sealed assembly, wherein a connection between the peripheral tube and the intermediate wall is achieved using a part having an outwardly flared conical upper portion , extended at its base by means of a disk collar which is movable in radial translation in a slot formed in the head of a tubular extension welded to the surface of the intermediate wall , at least two of the connections being sealed flexible connections.
Timepiece device comprising a frame , a driving mobile , a display disc and a holding piece , said display disc having on its upper face indications , which are intended to face a user, and being connected for conjoint rotation to said driving mobile located at least partially below its lower face , characterised in that said holding piece is arranged to be able to pivot about an axis of rotation (A1) between a first position and a second position which are fixed with respect to the frame , so that in the first of said two positions, at least a part of said holding piece , said part being located below the display disc , is at least partially facing at least a portion of said driving mobile in the direction of the axis of rotation (A2) of the display disc so as to keep the driving mobile and the display disc in the axial position in the upwards direction, and so that in the second of said two positions, no part of said holding piece is facing said driving mobile in the direction of the axis of rotation (A2) of the display disc so as to release the axial movement of the driving mobile and of the display disc in the upwards direction, said device permitting said holding piece to be fixed in said first position, said device being characterised in that it comprises at least a first and a second fixing means making it possible to fix the holding piece in said first position, said fixing means being arranged so that the smallest angle (A1A20) defined by the centre (A1) of the first fixing means , the centre of rotation (A2) of the display disc and the centre (O) of the second fixing means , and the vertex of which corresponds to the centre of rotation (A2) of the display disc , is greater than 45°.