mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle, in particular military vehicle, having an armored vehicle wall and a secondary splinter protection for protecting a vehicle interior from secondary splinters arranged on the inside of the vehicle wall , the secondary splinter protection having a metal plate and a plastic plate which bears flat against the metal plate , the thickness (Dk) of the plastic plate being greater than the thickness (Dm) of the metal plate , characterized by a technical compartment (R) arranged between the secondary splinter protection and the vehicle wall , in which technical compartment (R) vehicle components , in particular fluid lines and/or electrical lines, are arranged.
Tennis training device , wherein the tennis training device has a rod and a ball arranged rotatably about the rod , wherein the ball is arranged linearly movably along the rod within a defined section, and wherein the section is bounded by two stop elements for limiting the linear mobility of the ball , characterized in that the distance between the stop surfaces of the two stop elements is 112-135% relative to the diameter of the ball , and in that the ball is designed as a tennis ball.
Interstitial free low carbon steel strip, sheet or blank, characterized in that the steel has in weight% a composition of the following elements: C: 0.0010 - 0.0022 Mn: 0.04-0.13 Si: 0.002 - 0.013 Al: 0.03-0.07 Ti: 0.05 - 0.09 Nb: max 0.002 V: max 0.004 P: 0.002 - 0.013 S: 0.003 - 0.013 N: 0.001 - 0.004 wherein Ti+Nb+V together max 0.10 and optionally: Cr: max 0.04 Ni: max 0.04 B: max 0.0002 Ca: max 0.001 Cu: max 0.04 Mo: max 0.02 Sn : max 0.01 the remainder being Fe and unavoidable impurities, the steel having a yield strength in transverse direction between 110 and 170 MPa, a tensile strength in transverse direction between 250 and 330 MPa, an elongation A80 in transverse direction of at least 42%, an average plastic strain ratio r of at least 2.00, and a strain hardening exponent n90 in transverse direction of at least 0.22; and a plastic strain ratio in diagonal direction r45 of at least 1.8, wherein the values of A80, r and n90 are the mean values of at least three measurements performed on at least three different strips of one cast, wherein the steel is coated with a zinc alloy coating the remainder being Fe and unavoidable impurities, the steel having a yield strength in transverse direction between 110 and 170 MPa, a tensile strength in transverse direction between 250 and 330 MPa, an elongation A80 in transverse direction of at least 42%, an average plastic strain ratio r of at least 2.00, and a strain hardening exponent n90 in transverse direction of at least 0.22; and a plastic strain ratio in diagonal direction r45 of at least 1.8, wherein the values of A80, r and n90 are the mean values of at least three measurements performed on at least three different strips of one cast, wherein the steel is coated with a zinc alloy coating
Water-carrying household appliance, in particular a dishwashing machine or a washing machine, at least comprising a pump connected to a conduit system of the water-carrying household appliance, said pump being connected to a motor and comprising a valve with an axially movable valve body arranged on the impeller of the pump , wherein the motor can be driven in two directions and the valve opens or closes depending on the direction of rotation of the motor , characterised in that the impeller of the pump is arranged axially movably together with the valve body of the valve .
An ink composition for writing instruments containing a coloring material obtainable by, in a condensation step of the sulfonic acid resin represented by Formula (I), which is obtained by mixing formaldehyde with p-toluenesulfonamide and heating them to subject them to condensation reaction, adding at least one selected from a leuco dye, a halochromic dye and a photochromic compound to finish the dehydration condensation and then cooling and solidifying the reaction product:
A thermoelectric conversion module , comprising a plurality of thermoelectric conversion elements arranged adjacent to each other, first electrodes joined to first ends of the thermoelectric conversion elements to electrically connect the first ends of adjacent thermoelectric conversion elements , and second electrodes joined to opposite, second ends of the thermoelectric conversion elements to electrically connect the second ends of adjacent thermoelectric conversion elements , wherein the thermoelectric conversion elements electrically connected by the first and second electrodes form at least one series circuit element, and third electrodes having flexibility are provided at ends of the series circuit element , further comprising: a first covering layer provided to cover the first electrodes in a manner that the first electrodes are buried therein, and a second covering layer provided to cover the third electrodes , the thermoelectric conversion elements , and the second electrodes in a manner that they are buried therein, wherein the first covering layer and the second covering layer contain a material functioning as a thermally-conductive material, and wherein the second covering layer is lower in thermal conductivity than the first covering layer . a first covering layer provided to cover the first electrodes in a manner that the first electrodes are buried therein, and a second covering layer provided to cover the third electrodes , the thermoelectric conversion elements , and the second electrodes in a manner that they are buried therein, wherein the first covering layer and the second covering layer contain a material functioning as a thermally-conductive material, and wherein the second covering layer is lower in thermal conductivity than the first covering layer .
Method for determining and displaying at least one operating state of a hybrid vehicle, in which at least two operating states are determined over at least one time period and, for the at least one time period, are related to each other with regard to their proportions in the time period, wherein the respective proportions of the operating states are standardized to 100% in total and are displayed on a display of the vehicle, characterized in that possibilities for the storage and/or for the comparison of predefined routes on the basis of utilization of the hybrid vehicle are offered via the display of the vehicle.
Headlamp for vehicles, having a plurality of light sources and an optic (3, 9; 11) associated with the light sources wherein a first lighting unit with at least one light source for generating a first, dynamically variable illuminated image and a second, laser lighting unit with at least one laser light source , at least one beam deflection unit and at least one light conversion unit are provided, and the optics (3, 9; 11) are provided for combining the two light images, which is set up by the first light unit and on the light conversion unit of the second, laser light unit to form a total light distribution on a roadway, the at least one beam deflection unit being designed as a micro-mirror which can be pivoted about at least one axis, the first light unit having a plurality of light sources and individual optics each assigned to the light sources, characterised in that the light sources of the first lighting unit are LEDs, and the at least one light conversion unit of the laser lighting unit is provided on the first lighting unit in the region of its light exit surface from the individual optics .
An aerosol-generating article , the aerosol-generating article comprising: an aerosol-generating substrate ; a downstream section extending from a downstream end of the aerosol-generating substrate to a downstream end of the aerosol-generating article ; wherein a resistance to draw of the downstream section is less than 10 mm H 2 O, and wherein the downstream section comprises a first ventilation zone for providing ventilation into the downstream section , the first ventilation zone comprising a first line of perforation holes circumscribing the downstream section , wherein the aerosol-generating substrate has an aerosol former content of at least 10 percent on a dry weight basis, and wherein the downstream end of the first ventilation zone is located between 8 millimetres and 20 millimetres from the downstream end of the aerosol-generating article . an aerosol-generating substrate ; a downstream section extending from a downstream end of the aerosol-generating substrate to a downstream end of the aerosol-generating article ; wherein a resistance to draw of the downstream section is less than 10 mm H 2 O, and wherein the downstream section comprises a first ventilation zone for providing ventilation into the downstream section , the first ventilation zone comprising a first line of perforation holes circumscribing the downstream section , wherein the aerosol-generating substrate has an aerosol former content of at least 10 percent on a dry weight basis, and wherein the downstream end of the first ventilation zone is located between 8 millimetres and 20 millimetres from the downstream end of the aerosol-generating article .
An electronic chip, comprising: a doped semiconductor substrate of a first conductivity type; a doped buried layer of a second conductivity type covering the substrate; a first doped well of the first conductivity type covering the buried layer; circuits separated from the buried layer formed inside and on top of the first well and/or inside and on top of the second wells formed in the first well; and a detector of the current (I) for biasing the buried layer, adapted to generating an alert signal (A) when the bias current (I) is greater than a threshold, the buried layer being biased in order to block the junction between the buried layer and the first well. a doped semiconductor substrate of a first conductivity type; a doped buried layer of a second conductivity type covering the substrate; a first doped well of the first conductivity type covering the buried layer; circuits separated from the buried layer formed inside and on top of the first well and/or inside and on top of the second wells formed in the first well; and a detector of the current (I) for biasing the buried layer, adapted to generating an alert signal (A) when the bias current (I) is greater than a threshold, the buried layer being biased in order to block the junction between the buried layer and the first well.
An image processing apparatus comprising: an input for receiving an input image (IM) and metadata specifying a luminance mapping function (F_Lt), which luminance mapping function specifies the relationship between luminances in the input image and a second image with an at least 6 times higher or lower maximum luminance and which luminance mapping function is for mapping luminances in the input image by a display; an output image connection for connection to a display and communicating an output image (IMC) to the display, and a metadata output for outputting output metadata specifying a luminance mapping function to the display, wherein the luminance mapping function is to be used for mapping all pixels of the output image; a graphics generation unit arranged to generate a secondary image (IMG); an image composition unit arranged to compose an output image (IMC) on the basis of the pixel colors of the input image and of the secondary image; and a luminance function selection unit , which is arranged to output to the metadata output the output metadata which specifies: either a copy of the at least one luminance mapping function (F_Lt) in case no secondary image colors are mixed with the input image, or a predetermined luminance mapping function (F3), which is fixed over a number of consecutive images as long as the secondary image (IMG) is mixed, in case the output image is not identical to the input image because some pixel colors of the secondary image have been used to change the input image colors. an input for receiving an input image (IM) and metadata specifying a luminance mapping function (F_Lt), which luminance mapping function specifies the relationship between luminances in the input image and a second image with an at least 6 times higher or lower maximum luminance and which luminance mapping function is for mapping luminances in the input image by a display; an output image connection for connection to a display and communicating an output image (IMC) to the display, and a metadata output for outputting output metadata specifying a luminance mapping function to the display, wherein the luminance mapping function is to be used for mapping all pixels of the output image; a graphics generation unit arranged to generate a secondary image (IMG); an image composition unit arranged to compose an output image (IMC) on the basis of the pixel colors of the input image and of the secondary image; and a luminance function selection unit , which is arranged to output to the metadata output the output metadata which specifies: either a copy of the at least one luminance mapping function (F_Lt) in case no secondary image colors are mixed with the input image, or a predetermined luminance mapping function (F3), which is fixed over a number of consecutive images as long as the secondary image (IMG) is mixed, in case the output image is not identical to the input image because some pixel colors of the secondary image have been used to change the input image colors.
A computer-based device for extracting information from a human-to-human dialog between at least a first speaker and a second speaker, the device comprising: at least one microphone; a screen display; at least one data storage unit for storing digital data; a first automatic speech recognition module for automatically recognizing speech by the first speaker received by the at least one microphone; a second automatic speech recognition module for automatically recognizing speech by the second speaker received by the at least one microphone; and an information extraction module in communication with the first and second automatic speech recognition modules, the at least one microphone and the screen display, wherein the information extraction module is for: extracting at least information from the recognized speech by the second speaker; and entering the extracted information from recognized speech by the second speaker into an electronic form that is stored in the at least one data storage unit and displayed on a graphical user interface on the screen display. at least one microphone; a screen display; at least one data storage unit for storing digital data; a first automatic speech recognition module for automatically recognizing speech by the first speaker received by the at least one microphone; a second automatic speech recognition module for automatically recognizing speech by the second speaker received by the at least one microphone; and an information extraction module in communication with the first and second automatic speech recognition modules, the at least one microphone and the screen display, wherein the information extraction module is for: extracting at least information from the recognized speech by the second speaker; and entering the extracted information from recognized speech by the second speaker into an electronic form that is stored in the at least one data storage unit and displayed on a graphical user interface on the screen display. extracting at least information from the recognized speech by the second speaker; and entering the extracted information from recognized speech by the second speaker into an electronic form that is stored in the at least one data storage unit and displayed on a graphical user interface on the screen display.
At least the following is claimed: 1. A system, comprising: a frame member (20;54) having wheels coupled thereto; a toolbar (38;56) coupled to the frame member (20;54) via a hinged joint, the toolbar (38;56) oriented parallel to, and rearward of, the frame member (20;54); a row unit (33;64) coupled to the toolbar (38;56); and an actuator (32;62) coupled between the frame member (20;54) and the toolbar (38;56), the actuator (32;62) configured to rotate the toolbar (38;56) relative to the frame member (20;54), characterized in that the system further comprises a first sensor (50;70) coupled to the toolbar (38;56), the first sensor (50;70) configured to sense a position of the toolbar (38;56) relative to ground, wherein the toolbar (38;56) is rotated based on the sensed position of the toolbar (38;56). a frame member (20;54) having wheels coupled thereto; a toolbar (38;56) coupled to the frame member (20;54) via a hinged joint, the toolbar (38;56) oriented parallel to, and rearward of, the frame member (20;54); a row unit (33;64) coupled to the toolbar (38;56); and an actuator (32;62) coupled between the frame member (20;54) and the toolbar (38;56), the actuator (32;62) configured to rotate the toolbar (38;56) relative to the frame member (20;54), characterized in that the system further comprises a first sensor (50;70) coupled to the toolbar (38;56), the first sensor (50;70) configured to sense a position of the toolbar (38;56) relative to ground, wherein the toolbar (38;56) is rotated based on the sensed position of the toolbar (38;56).
A synthetic yarn splicer that splices one yarn (Y1) and the other yarn (Y2) formed of synthetic fibers, comprising: a yarn splicing portion that includes a passage which forms a space through which the one yarn (Y1) and the other yarn (Y2) are insertable and an injection hole which opens to the passage and injects a fluid; and a pair of clamping mechanisms that is provided at a position interposing the passage of the yarn splicing portion , the pair of clamping mechanisms including a first clamping mechanism and a second clamping mechanism , each of one yarn (Y1) and the other yarn (Y2) inserted through the space are clamped by a first clamping member and a second clamping member of the first clamping mechanism and are clamped by a first clamping member and a second clamping member of the second clamping mechanism , wherein the passage has a circular shape when viewed from a penetration direction of the passage , wherein the injection hole has a circular shape, characterized in that a diameter (R1) of the passage is equal to or larger than φ3.0 mm and equal to or smaller than φ4.0 mm, and a diameter (R2) of the injection hole is equal to or larger than φ0.8 mm and equal to or smaller than φ1.3 mm. a yarn splicing portion that includes a passage which forms a space through which the one yarn (Y1) and the other yarn (Y2) are insertable and an injection hole which opens to the passage and injects a fluid; and a pair of clamping mechanisms that is provided at a position interposing the passage of the yarn splicing portion , the pair of clamping mechanisms including a first clamping mechanism and a second clamping mechanism , each of one yarn (Y1) and the other yarn (Y2) inserted through the space are clamped by a first clamping member and a second clamping member of the first clamping mechanism and are clamped by a first clamping member and a second clamping member of the second clamping mechanism , wherein the passage has a circular shape when viewed from a penetration direction of the passage , wherein the injection hole has a circular shape, characterized in that a diameter (R1) of the passage is equal to or larger than φ3.0 mm and equal to or smaller than φ4.0 mm, and a diameter (R2) of the injection hole is equal to or larger than φ0.8 mm and equal to or smaller than φ1.3 mm.
A filter to be placed in a flow of blood through a vessel, comprising: a hub disposed along a longitudinal axis; a plurality of anchor members extending from the hub, at least one anchor member distal end spaced from the hub at each of a first (L 10A ), second (L 10B ), and third distance (L 10C ) along the longitudinal axis; and a plurality of locator members , each locator member extending from the hub between an adjacent pair of anchor members; each anchor member includes either a cranial extension or a caudal extension at a distal end thereof, and characterized in that : the cranial extensions include a cranial hook and a cranial limiter extending separately from a cranial base having a width greater than a width of the anchor member, and the caudal extensions include a caudal anchor and a caudal limiter extending separately from a caudal base having a width greater than a width of the anchor member . a hub disposed along a longitudinal axis; a plurality of anchor members extending from the hub, at least one anchor member distal end spaced from the hub at each of a first (L 10A ), second (L 10B ), and third distance (L 10C ) along the longitudinal axis; and a plurality of locator members , each locator member extending from the hub between an adjacent pair of anchor members; each anchor member includes either a cranial extension or a caudal extension at a distal end thereof, and characterized in that : the cranial extensions include a cranial hook and a cranial limiter extending separately from a cranial base having a width greater than a width of the anchor member, and the caudal extensions include a caudal anchor and a caudal limiter extending separately from a caudal base having a width greater than a width of the anchor member . the cranial extensions include a cranial hook and a cranial limiter extending separately from a cranial base having a width greater than a width of the anchor member, and the caudal extensions include a caudal anchor and a caudal limiter extending separately from a caudal base having a width greater than a width of the anchor member .
An apparatus , comprising: a body having a central axis ; a fluid inlet coupled to said body , said fluid inlet being adapted to receive a flow of a fluid; a fluid outlet coupled to said body , said fluid outlet being adapted to receive at least a portion of said flow of said fluid from said fluid inlet , wherein said fluid inlet and said fluid outlet are substantially coaxially aligned so as to define a flow axis through said apparatus , said flow axis being laterally offset from and substantially perpendicular to said central axis of said body ; and a rotating blade assembly disposed within said body and comprising a plurality of blades , and characterized in that said rotating blade assembly is adapted to be continuously and controllably rotated about said central axis to thereby control a fluid level of said flow of said fluid entering said fluid inlet during said controlled rotation. a body having a central axis ; a fluid inlet coupled to said body , said fluid inlet being adapted to receive a flow of a fluid; a fluid outlet coupled to said body , said fluid outlet being adapted to receive at least a portion of said flow of said fluid from said fluid inlet , wherein said fluid inlet and said fluid outlet are substantially coaxially aligned so as to define a flow axis through said apparatus , said flow axis being laterally offset from and substantially perpendicular to said central axis of said body ; and a rotating blade assembly disposed within said body and comprising a plurality of blades , and characterized in that said rotating blade assembly is adapted to be continuously and controllably rotated about said central axis to thereby control a fluid level of said flow of said fluid entering said fluid inlet during said controlled rotation.