mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft comprising a winglet system and a wing , the winglet system comprising: an upper winglet and a lower winglet mounted to the wing ; the lower winglet having a static position when the wing is subject to a ground static loading; and the lower winglet being configured such that upward deflection of the wing under an approximate 1-g flight loading causes the lower winglet to move from the static position to an in-flight position and resulting in a relative span increase of the wing, characterized in that the lower winglet is oriented at an anhedral angle of from 15 degrees to 30 degrees during upward deflection of the wing under the approximate 1-g flight loading; the upper winglet is oriented at a dihedral angle of at least 60 degrees during upward deflection of the wing under the approximate 1-g flight loading; and the lower winglet has a length extending from a lower winglet root to a lower winglet tip , of from 50 to 80 percent of a length of the upper winglet extending from an upper winglet root to an upper winglet tip . an upper winglet and a lower winglet mounted to the wing ; the lower winglet having a static position when the wing is subject to a ground static loading; and the lower winglet being configured such that upward deflection of the wing under an approximate 1-g flight loading causes the lower winglet to move from the static position to an in-flight position and resulting in a relative span increase of the wing, characterized in that the lower winglet is oriented at an anhedral angle of from 15 degrees to 30 degrees during upward deflection of the wing under the approximate 1-g flight loading; the upper winglet is oriented at a dihedral angle of at least 60 degrees during upward deflection of the wing under the approximate 1-g flight loading; and the lower winglet has a length extending from a lower winglet root to a lower winglet tip , of from 50 to 80 percent of a length of the upper winglet extending from an upper winglet root to an upper winglet tip .
A method for producing a tray for storing aneurism clips, in which first a metal plate is provided, which is subsequently provided with perforations , the perforations are generated by laser cutting, and the plate provided with the perforations is formed via bending into a corrugated or trapezoidal sheet which has at least one channel-shaped indentation for storing aneurism clips, characterized in that the perforations are generated by first subdividing border surfaces , which define the individual perforations , into partial surfaces, then dividing all partial surfaces of all border surfaces into at least two groups according to their orientation, and finally generating the at least two groups of partial surfaces en bloc in each case by laser cutting. the perforations are generated by laser cutting, and the plate provided with the perforations is formed via bending into a corrugated or trapezoidal sheet which has at least one channel-shaped indentation for storing aneurism clips, characterized in that the perforations are generated by first subdividing border surfaces , which define the individual perforations , into partial surfaces, then dividing all partial surfaces of all border surfaces into at least two groups according to their orientation, and finally generating the at least two groups of partial surfaces en bloc in each case by laser cutting.
An IC module comprising: a storage unit which stores reference data for user authentication; a communication unit which receives check data; and a processing unit which detects a degree of similarity between the reference data and the check data; wherein the processing unit determines a verification success when the degree of similarity is equal to or larger than a first threshold value, and wherein the processing unit determines a verification failure when the degree of similarity is smaller than the first threshold value, and updates a cumulative number of times of failure by an increment that is according to the degree of similarity. a storage unit which stores reference data for user authentication; a communication unit which receives check data; and a processing unit which detects a degree of similarity between the reference data and the check data; wherein the processing unit determines a verification success when the degree of similarity is equal to or larger than a first threshold value, and wherein the processing unit determines a verification failure when the degree of similarity is smaller than the first threshold value, and updates a cumulative number of times of failure by an increment that is according to the degree of similarity.
Conveyor for a liquid manure distributor , comprising - a container for receiving liquid manure, which has a plurality of outlet openings , in particular arranged one behind the other in the axial direction (x), through which the liquid manure can pass out from the container ; - a worm conveyor arranged within the container and with a worm thread for conveying the liquid manure arranged in the container to the outlet openings ; - characterised in that the worm conveyor has a cover helix which during rotation of the worm conveyor moves in certain areas past the outlet openings in the circumferential direction (φ) and in the axial direction (x) and thereby covers the latter and uncovers them again. - a container for receiving liquid manure, which has a plurality of outlet openings , in particular arranged one behind the other in the axial direction (x), through which the liquid manure can pass out from the container ; - a worm conveyor arranged within the container and with a worm thread for conveying the liquid manure arranged in the container to the outlet openings ; - characterised in that the worm conveyor has a cover helix which during rotation of the worm conveyor moves in certain areas past the outlet openings in the circumferential direction (φ) and in the axial direction (x) and thereby covers the latter and uncovers them again.
Procedure for determining and/or monitoring at least one process variable of a medium with at least one unit capable of vibrating , wherein the unit capable of vibrating is excited to produce mechanical vibrations using an electrical excitation signal (U A ) of a configurable frequency, wherein the mechanical vibrations are converted to an electrical reception signal (U E ), wherein said reception signal (U E ) is characterized at least by a frequency and/or a phase and/or an amplitude, wherein the excitation signal (U A ) is generated from the reception signal (U E ), wherein the voltage values of the reception signal (U E ) are scanned at certain predefined times on the basis of the excitation signal (U A ), wherein the real part and the imaginary part of the reception signal (U E ) are determined from the scanned voltage values of the reception signal (U E ) using a Goertzel algorithm, wherein at least a Goertzel coefficient, particularly the number of scan values (N) and/or a working frequency (f k ) and/or a scan frequency (fs) are predefined for the execution of the Goertzel algorithm, wherein at least the actual phase and/or the actual amplitude of the reception signal (U E ) are calculated from the real part and the imaginary part of the reception signal (U E ), wherein the frequency of the excitation signal (U A ) is regulated in such a way that a predefinable phase shift (Δφ) is present between the excitation signal and the reception signal (U E ), and wherein the at least one process variable is determined. wherein the unit capable of vibrating is excited to produce mechanical vibrations using an electrical excitation signal (U A ) of a configurable frequency, wherein the mechanical vibrations are converted to an electrical reception signal (U E ), wherein said reception signal (U E ) is characterized at least by a frequency and/or a phase and/or an amplitude, wherein the excitation signal (U A ) is generated from the reception signal (U E ), wherein the voltage values of the reception signal (U E ) are scanned at certain predefined times on the basis of the excitation signal (U A ), wherein the real part and the imaginary part of the reception signal (U E ) are determined from the scanned voltage values of the reception signal (U E ) using a Goertzel algorithm, wherein at least a Goertzel coefficient, particularly the number of scan values (N) and/or a working frequency (f k ) and/or a scan frequency (fs) are predefined for the execution of the Goertzel algorithm, wherein at least the actual phase and/or the actual amplitude of the reception signal (U E ) are calculated from the real part and the imaginary part of the reception signal (U E ), wherein the frequency of the excitation signal (U A ) is regulated in such a way that a predefinable phase shift (Δφ) is present between the excitation signal and the reception signal (U E ), and wherein the at least one process variable is determined.
A cell culture system for fermentation or cultivation of at least one of cells, tissues or tissue-like cell cultures, organs or organ-like cell cultures and multicellular organisms, comprising: a) a system vessel in which at least one cavity is formed, the cavity having at least three ports ; b) at least one porous substrate installed within the cavity so as to allow fluid flowing from any one to any other of said three ports to pass through said porous substrate ; and, c) at least one channel formed as a recess in said porous substrate , the recess extending from a first one of said ports towards an inner region of said porous substrate . a) a system vessel in which at least one cavity is formed, the cavity having at least three ports ; b) at least one porous substrate installed within the cavity so as to allow fluid flowing from any one to any other of said three ports to pass through said porous substrate ; and, c) at least one channel formed as a recess in said porous substrate , the recess extending from a first one of said ports towards an inner region of said porous substrate .
A method for providing marks on extruded films , in particular on stretched films, which are exiting an extrusion lip of a film extruder , comprising the step of: directing at least one gas stream, preferably an air stream, to a surface of the film exiting the extrusion lip of the film extruder using at least one nozzle means , in such a manner that the gas stream creates a local mark, and controlling the delivery of gas to the at least one nozzle means by using control means, characterised in that the control means is configured to deliver gas continuously for a predetermined time to one of the at least one nozzle means to create an array of linear marks. directing at least one gas stream, preferably an air stream, to a surface of the film exiting the extrusion lip of the film extruder using at least one nozzle means , in such a manner that the gas stream creates a local mark, and controlling the delivery of gas to the at least one nozzle means by using control means, characterised in that the control means is configured to deliver gas continuously for a predetermined time to one of the at least one nozzle means to create an array of linear marks.
Method for manufacturing an electrically operable, in particular planar heating body for an inhaler, in particular for an electronic cigarette product, preferably for evaporating liquid, wherein a preferably metal-free semiconductor material is provided so as to be substantially planar, and a plurality of channels are incorporated into the semiconductor material substantially in the direction of the surface normal of the planar semiconductor material, such that a fluid can pass through the semiconductor material in the channels, wherein, at least in regions, at least one coating is applied to the semiconductor material on at least one face of the semiconductor material, wherein the coating is annular and metal in order to form of heating elements, characterised in that the annular coating in in portions of the channel, or in walls of the channel.
Apparatus comprising means for performing: receiving, a service request from a user device , the service request requesting a selected service ; in response to the service request, generating a metadata request for requesting access to selected metadata stored in the user device, the metadata request having at least one rule set parameter, the at least one rule set parameter being indicative of a predetermined right of a service provider, and wherein the selected metadata enables the selected service to be provided to the user device; sending the metadata request to an authorization party for signing; in response to sending the metadata request to the authorization party for signing, receiving a signed metadata request with an electronic signature of the authorizing party; sending the signed metadata request to the user device, the signed metadata request requesting selected metadata stored at the user device; receiving the selected metadata directly from the user device upon verification of the signed metadata request by the user device; and sending the selected service to the user device based on the received selected metadata. receiving, a service request from a user device , the service request requesting a selected service ; in response to the service request, generating a metadata request for requesting access to selected metadata stored in the user device, the metadata request having at least one rule set parameter, the at least one rule set parameter being indicative of a predetermined right of a service provider, and wherein the selected metadata enables the selected service to be provided to the user device; sending the metadata request to an authorization party for signing; in response to sending the metadata request to the authorization party for signing, receiving a signed metadata request with an electronic signature of the authorizing party; sending the signed metadata request to the user device, the signed metadata request requesting selected metadata stored at the user device; receiving the selected metadata directly from the user device upon verification of the signed metadata request by the user device; and sending the selected service to the user device based on the received selected metadata.
A multimer comprising a first fusion polypeptide comprising an antibody heavy chain CH2 region, an antibody heavy chain CH3 region, and a catalytic domain of sialyltransferase, wherein the catalytic domain of sialyltransferase catalyzes sialylation of a glycoprotein; and a second fusion polypeptide comprising an antibody heavy chain CH2 region, an antibody heavy chain CH3 region, and a catalytic domain of galactosyltransferase, wherein the catalytic domain of galactosyltransferase catalyzes galactosylation of a glycoprotein. a first fusion polypeptide comprising an antibody heavy chain CH2 region, an antibody heavy chain CH3 region, and a catalytic domain of sialyltransferase, wherein the catalytic domain of sialyltransferase catalyzes sialylation of a glycoprotein; and a second fusion polypeptide comprising an antibody heavy chain CH2 region, an antibody heavy chain CH3 region, and a catalytic domain of galactosyltransferase, wherein the catalytic domain of galactosyltransferase catalyzes galactosylation of a glycoprotein.
A process to identify an electrode lead by means of an implant , the electrode lead comprising a plug , at least one electrical conductor , and an insulating tube that insulates the at least one electrical conductor , a hermetically sealed passive RFID label being embedded in the insulating tube and/or in the plug or in an insulating body of a separate accessory that is connectable with the insulating tube or the plug , the RFID label having an RFID chip and an inlay antenna that has an electrically conductive connection with the RFID chip , the inlay antenna being electromagnetically coupled with the at least one electrical conductor and the communication antenna , the implant having a controller and a communication antenna that is connected with the controller, the implant being connected with the electrode lead , comprising the following steps: - The electrical conductor to be read out and the communication antenna transmitting an electromagnetic interrogation signal, the communication antenna and the electrical conductor being operated together as a bipolar antenna, the interrogation signal being produced by the controller , which is connected with the electrical conductor to be read out and the communication antenna ; - Activating the RFID label as a result of the interrogation signal being received by the inlay antenna of the RFID label , and forwarding the received interrogation signal to the RFID chip ; - The RFID chip processing the received interrogation signal, producing a corresponding electromagnetic response signal, and transmitting this response signal by means of the inlay antenna of the RFID label ; - The bipolar antenna receiving the response signal, this bipolar antenna consisting of the communication antenna and that electrical conductor of the electrode lead that is to be read out; and - Processing, in the controller , the received response signal that has been forwarded to the controller . - The electrical conductor to be read out and the communication antenna transmitting an electromagnetic interrogation signal, the communication antenna and the electrical conductor being operated together as a bipolar antenna, the interrogation signal being produced by the controller , which is connected with the electrical conductor to be read out and the communication antenna ; - Activating the RFID label as a result of the interrogation signal being received by the inlay antenna of the RFID label , and forwarding the received interrogation signal to the RFID chip ; - The RFID chip processing the received interrogation signal, producing a corresponding electromagnetic response signal, and transmitting this response signal by means of the inlay antenna of the RFID label ; - The bipolar antenna receiving the response signal, this bipolar antenna consisting of the communication antenna and that electrical conductor of the electrode lead that is to be read out; and - Processing, in the controller , the received response signal that has been forwarded to the controller .
A positioning device for a robot comprising an end effector , in particular a surgical end effector , which positioning device has a base and a flange to which the robot can be secured, wherein the flange is connected to the base by a kinematic system which comprises at least two joints , by means of which kinematic system the flange can be adjusted from a first position relative to the base, in particular at least substantially on a circular path or on a straight line, to a second position relative to the base, the second position being spaced apart from the first position, characterised by an orientation means (100, 101; 102) for reorienting the flange, as a consequence of an adjustment from the first position into the second position, from a first orientation in the first position into a second orientation in the second position, the second orientation in particular being rotated about a reference axis by at least 75° with respect to the first orientation.
A method for making loss circulation material from scrap tires, the method comprising: obtaining an automobile tire, wherein the automobile tires are used; forming a plurality of tire chips from the obtained automobile tire; mixing the plurality of tire chips with a quantity of wellbore carrier fluid to form a mixture; and using the mixture as loss circulation material during a wellbore drilling operation, wherein the mixture comprises between 0.005 mg/l to 0.05 mg/l of loss circulation material. obtaining an automobile tire, wherein the automobile tires are used; forming a plurality of tire chips from the obtained automobile tire; mixing the plurality of tire chips with a quantity of wellbore carrier fluid to form a mixture; and using the mixture as loss circulation material during a wellbore drilling operation, wherein the mixture comprises between 0.005 mg/l to 0.05 mg/l of loss circulation material.
An electronic controller, comprising: a printed wiring board, PWB, on which electronics are operably disposed; a power supply configured to supply power to the electronics; a heat sink ; and bimetal coils anchored to the PWB to contract and extend in relatively cold and relatively hot conditions, respectively, whereby when in a contracted state, the bimetal coils are thermally attached to the PWB and the power supply and thermally disconnected from the heat sink, and when in an extended state, the bimetal coils are thermally attached to the PWB and the power supply and to the heat sink. a printed wiring board, PWB, on which electronics are operably disposed; a power supply configured to supply power to the electronics; a heat sink ; and bimetal coils anchored to the PWB to contract and extend in relatively cold and relatively hot conditions, respectively, whereby when in a contracted state, the bimetal coils are thermally attached to the PWB and the power supply and thermally disconnected from the heat sink, and when in an extended state, the bimetal coils are thermally attached to the PWB and the power supply and to the heat sink.
A device for adaptive color transformation to aid computer vision, the device comprising: a memory including instructions ; and processing circuitry that is configured by the instructions to: obtain a color image; map colors of the image into a multi-dimensional space to create a distribution of colors in the image, a dimension of the multi-dimensional space corresponding to a component of a color; fit a line to the distribution, the line including an angle relative to a coordinate system of the multi-dimensional space; apply a transformation to colors in the image based on the angle to produce a reduced image, the transformation reducing the number of color components, the transformation being a cross product of a two-dimensional representation of the color and (cos α,sin α), where α is the angle; and communicate the reduced image to a receiver. a memory including instructions ; and processing circuitry that is configured by the instructions to: obtain a color image; map colors of the image into a multi-dimensional space to create a distribution of colors in the image, a dimension of the multi-dimensional space corresponding to a component of a color; fit a line to the distribution, the line including an angle relative to a coordinate system of the multi-dimensional space; apply a transformation to colors in the image based on the angle to produce a reduced image, the transformation reducing the number of color components, the transformation being a cross product of a two-dimensional representation of the color and (cos α,sin α), where α is the angle; and communicate the reduced image to a receiver. obtain a color image; map colors of the image into a multi-dimensional space to create a distribution of colors in the image, a dimension of the multi-dimensional space corresponding to a component of a color; fit a line to the distribution, the line including an angle relative to a coordinate system of the multi-dimensional space; apply a transformation to colors in the image based on the angle to produce a reduced image, the transformation reducing the number of color components, the transformation being a cross product of a two-dimensional representation of the color and (cos α,sin α), where α is the angle; and communicate the reduced image to a receiver.