mhurhangee/patent-ind-claim-en huggingface dataset:
A tyre comprising: a tread portion having a designated mounting direction to a vehicle, the tread portion being provided with circumferentially extending main grooves and land portions divided by the main grooves ; the main grooves comprising an outboard crown main groove , and an inboard crown main groove that is located toward a vehicle inner side with respect to the outboard crown main groove when the tyre is mounted to a vehicle; the land portions comprising a crown land portion defined between the outboard crown main groove and the inboard crown main groove ; and the crown land portion being provided with first crown sipes having first ends connected to the outboard crown main groove and second ends terminating within the crown land portion , and second crown sipes having first ends connected to the inboard crown main groove and second ends terminating within the crown land portion , wherein the first crown sipes are inclined with respect to a tyre axial direction in a same direction as the second crown sipes , the first crown sipes and the second crown sipes are different in angle with respect to the tyre axial direction, and lengths (L2) in the tyre axial direction of the second crown sipes are smaller than lengths (L1) in the tyre axial direction of the first crown sipes , characterized in that the crown land portion is further provided with shallow grooves having groove depths of less than 2 mm, and the first crown sipes are provided on bottom portions of the shallow grooves . a tread portion having a designated mounting direction to a vehicle, the tread portion being provided with circumferentially extending main grooves and land portions divided by the main grooves ; the main grooves comprising an outboard crown main groove , and an inboard crown main groove that is located toward a vehicle inner side with respect to the outboard crown main groove when the tyre is mounted to a vehicle; the land portions comprising a crown land portion defined between the outboard crown main groove and the inboard crown main groove ; and the crown land portion being provided with first crown sipes having first ends connected to the outboard crown main groove and second ends terminating within the crown land portion , and second crown sipes having first ends connected to the inboard crown main groove and second ends terminating within the crown land portion , wherein the first crown sipes are inclined with respect to a tyre axial direction in a same direction as the second crown sipes , the first crown sipes and the second crown sipes are different in angle with respect to the tyre axial direction, and lengths (L2) in the tyre axial direction of the second crown sipes are smaller than lengths (L1) in the tyre axial direction of the first crown sipes , the crown land portion is further provided with shallow grooves having groove depths of less than 2 mm, and the first crown sipes are provided on bottom portions of the shallow grooves .
An apparatus comprising: one or more processors ; and a reconfigurable circuit device , wherein the reconfigurable circuit device is one of an Field Programmable Gate Array, FPGA, or Complex Programmable Logic Device, CPLD, and includes: a plurality of digital signal processing, DSP, blocks , each of the DSP blocks including a 9×9 bit multiplier circuit, and a plurality of logic elements, LEs; wherein the one or more processors are to configure the reconfigurable circuit device to operate as an Elliptic Curve Digital Signature Algorithm, ECDSA, engine for a bit stream , the ECDSA engine including: a hybrid 393 × 9 bit combinatorial multiplication unit , the hybrid 393 × 9 bit combinatorial multiplication unit combining 395 LEs and 43 DSP blocks and arranged to iteratively perform a multiplication of operands for signature verification to generate a product of a 384 × 384 bit multiplication operation. one or more processors ; and a reconfigurable circuit device , wherein the reconfigurable circuit device is one of an Field Programmable Gate Array, FPGA, or Complex Programmable Logic Device, CPLD, and includes: a plurality of digital signal processing, DSP, blocks , each of the DSP blocks including a 9×9 bit multiplier circuit, and a plurality of logic elements, LEs; a plurality of digital signal processing, DSP, blocks , each of the DSP blocks including a 9×9 bit multiplier circuit, and a plurality of logic elements, LEs; wherein the one or more processors are to configure the reconfigurable circuit device to operate as an Elliptic Curve Digital Signature Algorithm, ECDSA, engine for a bit stream , the ECDSA engine including: a hybrid 393 × 9 bit combinatorial multiplication unit , the hybrid 393 × 9 bit combinatorial multiplication unit combining 395 LEs and 43 DSP blocks and arranged to iteratively perform a multiplication of operands for signature verification to generate a product of a 384 × 384 bit multiplication operation.
Collapsible hand-propelled wheeled support or carrier, such as a rollator, walker, pushchair or stroller, comprising: a) left and right side frames each supporting at least individual front and rear wheels , b) each of said front wheels being mounted in its side frame on a vertical post and being swivelable in its side frame about a vertical axis, c) folding struts (31, 32, 36, 37; 70, 71, 72, 73) extending between said left and right side frames , permitting moving said left and right frames laterally towards each other to a collapsed or folded storage position and away from each other to an expanded or folded-out stable position for use of the wheeled support or carrier, d) journal bearing housings fixedly mounted on each of said left and right side frames and each swivelably holding one of said vertical posts , characterized by e) the vertical post being a vertical steering post, a toothed pulley or sprocket fixedly mounted one on each vertical steering post f) a flexible toothed synchronous belt or chain engaging each toothed pulley or sprocket and extending between them, g) each of said journal bearing housings surrounding said toothed synchronous belt or synchronous chain in such close proximity and circumferential extent as to prevent any disengagement or slippage between said synchronous belt or synchronous chain and the toothed pulleys or sprockets . a) left and right side frames each supporting at least individual front and rear wheels , b) each of said front wheels being mounted in its side frame on a vertical post and being swivelable in its side frame about a vertical axis, c) folding struts (31, 32, 36, 37; 70, 71, 72, 73) extending between said left and right side frames , permitting moving said left and right frames laterally towards each other to a collapsed or folded storage position and away from each other to an expanded or folded-out stable position for use of the wheeled support or carrier, d) journal bearing housings fixedly mounted on each of said left and right side frames and each swivelably holding one of said vertical posts , characterized by e) the vertical post being a vertical steering post, a toothed pulley or sprocket fixedly mounted one on each vertical steering post f) a flexible toothed synchronous belt or chain engaging each toothed pulley or sprocket and extending between them, g) each of said journal bearing housings surrounding said toothed synchronous belt or synchronous chain in such close proximity and circumferential extent as to prevent any disengagement or slippage between said synchronous belt or synchronous chain and the toothed pulleys or sprockets .
A bus connector system comprising a bus circuit board for producing an electrical connection between electrical equipment, one of the bus circuit boards being attached in a removable manner to an exterior of a housing of the corresponding electrical equipment in the case of each piece of electrical equipment and by plugging the bus circuit boards together, an elongated arrangement of buses is produced in the shape of a mechanical cross-connection for the housings of the electrical equipment, which are arranged side by side, the corresponding bus circuit board having spring contacts for electrically contacting terminal contacts of the electrical equipment, the spring contacts being inserted into a housing opening of a housing wall of the housing which causes an electrical contacting of the electrical equipment, characterized in that the bus circuit board is attached to a housing wall of the housing using a holding bracket that is realized as a separate component and has hooks that engage into openings of the housing wall and are secured against release by being laterally displaced and locked in place as well as having two circular protrusions that engage in corresponding locking bores of the bus circuit board .
A binder composition for a non-aqueous secondary battery positive electrode, comprising: a first binder; iron; and at least one of ruthenium and rhodium, wherein total iron, ruthenium, and rhodium content is no greater than 5×10 -3 parts by mass per 100 parts by mass of the first binder, iron content is at least 4×10 -5 parts by mass and no greater than 4×10 -3 parts by mass per 100 parts by mass of the first binder; total ruthenium and rhodium content is at least 4×10 -5 parts by mass and no greater than 4×10 -3 parts by mass per 100 parts by mass of the first binder; the total ruthenium and rhodium content as a proportion relative to the total iron, ruthenium, and rhodium content is at least 3 mass %, and no greater than 20 mass %; the iron is present in the binder composition as a compound or as ions; the first binder includes a polymer including an alkylene structural unit and a nitrile group-containing monomer unit; wherein the polymer does not include a repeating unit derived from a polymerizable monomer containing a hydrophilic group. a first binder; iron; and at least one of ruthenium and rhodium, wherein total iron, ruthenium, and rhodium content is no greater than 5×10 -3 parts by mass per 100 parts by mass of the first binder, iron content is at least 4×10 -5 parts by mass and no greater than 4×10 -3 parts by mass per 100 parts by mass of the first binder; total ruthenium and rhodium content is at least 4×10 -5 parts by mass and no greater than 4×10 -3 parts by mass per 100 parts by mass of the first binder; the total ruthenium and rhodium content as a proportion relative to the total iron, ruthenium, and rhodium content is at least 3 mass %, and no greater than 20 mass %; the iron is present in the binder composition as a compound or as ions; the first binder includes a polymer including an alkylene structural unit and a nitrile group-containing monomer unit; wherein the polymer does not include a repeating unit derived from a polymerizable monomer containing a hydrophilic group.
A method for producing a latent hydraulic and/or pozzolanic supplementary cementitious material, including the specific adjustment of the colour thereof, comprising the steps: - Provision of a starting material containing an aluminium silicate constituent and a dolomite constituent and having a ratio (SiO 2 +Al 2 O 3 )/(CaO+MgO) from 0.7 to 6, - Conversion of the starting material to the supplementary cementitious material by burning the starting material under reducing conditions in the temperature range of >700 °C to 1100 °C if no mineralisers are contained, and in the temperature range of 625 °C to 950°C if mineralisers are contained. - Provision of a starting material containing an aluminium silicate constituent and a dolomite constituent and having a ratio (SiO 2 +Al 2 O 3 )/(CaO+MgO) from 0.7 to 6, - Conversion of the starting material to the supplementary cementitious material by burning the starting material under reducing conditions in the temperature range of >700 °C to 1100 °C if no mineralisers are contained, and in the temperature range of 625 °C to 950°C if mineralisers are contained.
Drive for transporting a breech of a weapon , comprising an emergency stop device having a kinematics system , which is formed by at least one guide (23.1) having a control cam (23.1.1), at least one connecting rod (23.2) guided therein and at least one lever (23.3), the kinematics system being ineffective when the shot is not fired and there is no recoil and the at least one connecting rod (23.2) being guided along the control cam (23.1.1) when the shot is fired so that the lever (23.3) exerts a lever movement, characterized in that the drive comprises a total control slide for transporting the breech of the weapon , the control slide having a stationary nose (12.1) and a movable cross slide on its lower side, a pin being laterally integrated in the cross slide being movably integrated in the drive below the total control slide of the drive , and the lever (23.3) acting on the pin in the cross slide .
A method of fabricating an electrochromic stack, the method comprising: forming a cathodically coloring layer comprising a cathodically coloring material; and forming an anodically coloring layer comprising nickel tungsten tantalum oxide; wherein the nickel tungsten tantalum oxide has an atomic ratio of Ni:(W+Ta) that is between 1.8:1 and 3:1, and characterized in that the nickel tungsten tantalum oxide has an atomic ratio of W:Ta that is between 1: 1 and 2:1. forming a cathodically coloring layer comprising a cathodically coloring material; and forming an anodically coloring layer comprising nickel tungsten tantalum oxide; wherein the nickel tungsten tantalum oxide has an atomic ratio of Ni:(W+Ta) that is between 1.8:1 and 3:1, and characterized in that the nickel tungsten tantalum oxide has an atomic ratio of W:Ta that is between 1: 1 and 2:1.
A self-propelled implement for use on planted agriculturally productive land, having: - a supporting frame ; - exactly three frame arms , which extend in different angular directions starting from the supporting frame , at least one first frame arm being pivotable with respect to the two other frame arms; - three wheels , which are rotatable about wheel axles and are in each case arranged on one of the frame arms and in each case driven by their own wheel drive; - at least two control axes , by means of which in each case one of the wheels is linked to the associated articulated arm ; - at least two control axle drives for pivoting the respective wheel about its control axle ; - a control unit, which activates the three wheel drives, the arm drive and the control axle drives; - at least one arm drive , for pivoting the at least one frame arm with respect to the other frame arms; characterized in that - all three frame arms are pivotable in a predetermined angular range about a central pivot ; - the supporting frame is constructed as a central joint , which couples the three frame arms and allows the pivoting of two frame arms with respect to the third frame arm by more than 90° in each case; - the wheels are pivotable by the control axle drives in such a manner that two of the wheels are aligned in a common first track and the third wheel is aligned in a second track parallel to the first track. - a supporting frame ; - exactly three frame arms , which extend in different angular directions starting from the supporting frame , at least one first frame arm being pivotable with respect to the two other frame arms; - three wheels , which are rotatable about wheel axles and are in each case arranged on one of the frame arms and in each case driven by their own wheel drive; - at least two control axes , by means of which in each case one of the wheels is linked to the associated articulated arm ; - at least two control axle drives for pivoting the respective wheel about its control axle ; - a control unit, which activates the three wheel drives, the arm drive and the control axle drives; - at least one arm drive , for pivoting the at least one frame arm with respect to the other frame arms; - all three frame arms are pivotable in a predetermined angular range about a central pivot ; - the supporting frame is constructed as a central joint , which couples the three frame arms and allows the pivoting of two frame arms with respect to the third frame arm by more than 90° in each case; - the wheels are pivotable by the control axle drives in such a manner that two of the wheels are aligned in a common first track and the third wheel is aligned in a second track parallel to the first track.
Method for the production of an edible object, comprising providing an edible powder composition and at least one edible liquid, wherein the edible powder composition comprises a water soluble protein, a hydrocolloid and a plasticizer, and subjecting said composition to powder bed printing by depositing the edible liquid onto the powder in layer-wise manner and thereby obtaining the edible object, wherein the plasticizer comprises polydextrose or maltodextrin.
An automated aerial vehicle , comprising: a frame ; a motor coupled to the frame; a propeller coupled to and rotated by the motor; a stopping member; one or more object detection components ; and a control system configured to at least: select a safety profile from a plurality of safety profiles, each safety profile being associated with a respective safety perimeter of the propeller, the safety perimeter defining a distance or perimeter around the propeller; and detect an object within a selected respective safety perimeter associated with the selected safety profile of the propeller based on information received from the one or more object detection components; wherein the control system is configured to control the stopping member, and the stopping member is configured to stop the propeller in response to the control system detecting the object within the selected respective safety perimeter of the propeller. a frame ; a motor coupled to the frame; a propeller coupled to and rotated by the motor; a stopping member; one or more object detection components ; and a control system configured to at least: select a safety profile from a plurality of safety profiles, each safety profile being associated with a respective safety perimeter of the propeller, the safety perimeter defining a distance or perimeter around the propeller; and detect an object within a selected respective safety perimeter associated with the selected safety profile of the propeller based on information received from the one or more object detection components; select a safety profile from a plurality of safety profiles, each safety profile being associated with a respective safety perimeter of the propeller, the safety perimeter defining a distance or perimeter around the propeller; and detect an object within a selected respective safety perimeter associated with the selected safety profile of the propeller based on information received from the one or more object detection components; wherein the control system is configured to control the stopping member, and the stopping member is configured to stop the propeller in response to the control system detecting the object within the selected respective safety perimeter of the propeller.
An arc welding control method in which arc welding is performed by repeating a short circuit period and an arc period, the method comprising: changing an inductance value associated with a welding output so as to correspond to a current region of a welding current during the arc period, performing voltage control using a first inductance value during a predetermined time from a start of the arc period, and voltage control is performed by changing the first inductance value to a second inductance value less than the first inductance value after lapse of the predetermined time, and wherein the inductance value is changed a plurality of times during the arc period. changing an inductance value associated with a welding output so as to correspond to a current region of a welding current during the arc period, performing voltage control using a first inductance value during a predetermined time from a start of the arc period, and voltage control is performed by changing the first inductance value to a second inductance value less than the first inductance value after lapse of the predetermined time, and wherein the inductance value is changed a plurality of times during the arc period.
Method for preparing an aqueous dispersion comprising colloidal protein particles dispersed in an aqueous fluid, which colloidal protein particles comprise caseinate and one or more plant proteins of a seed of a plant from the family of Poaceae, the method comprising a) providing an intermediate dispersion of caseinate and particles comprising said one or more plant proteins in an aqueous fluid; and b) subjecting the intermediate dispersion to a disruptive pressurization step comprising treatment in a homogenizer at a pressure of at least 40 MPa, wherein the particles comprising the one or more plant proteins are disrupted and the aqueous dispersion comprising the colloidal protein particles is formed. a) providing an intermediate dispersion of caseinate and particles comprising said one or more plant proteins in an aqueous fluid; and b) subjecting the intermediate dispersion to a disruptive pressurization step comprising treatment in a homogenizer at a pressure of at least 40 MPa, wherein the particles comprising the one or more plant proteins are disrupted and the aqueous dispersion comprising the colloidal protein particles is formed.
Use of a rotary clamping device , consisting of at least one tensioning unit and the associated holding element which mechanically connects the tensioning unit to a table , the tensioning unit comprising an expansion vessel which can be filled via a pressure medium, for coating circularly rolled sheet metal strips , characterized in that • at least one circularly rolled sheet metal strip is fixed to the tensioning unit by means of a clamping device arranged longitudinally on the circumference of the expansion vessel , • the expansion vessel is filled with compressed air, • the circularly rolled sheet metal strips are coated, • the compressed air is released from the expansion vessel , • the circularly rolled sheet metal strips are released from the tensioning unit . • at least one circularly rolled sheet metal strip is fixed to the tensioning unit by means of a clamping device arranged longitudinally on the circumference of the expansion vessel , • the expansion vessel is filled with compressed air, • the circularly rolled sheet metal strips are coated, • the compressed air is released from the expansion vessel , • the circularly rolled sheet metal strips are released from the tensioning unit .