mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming a separator within an electrochemical cell , the method comprising: providing a cylindrical electrochemical cell can having an active material ring disposed proximate an interior surface of the cell can ; pressing a separator into an opening within the active material ring ; applying steam to the separator; and applying radial pressure to press the separator against interior walls of the active material ring . providing a cylindrical electrochemical cell can having an active material ring disposed proximate an interior surface of the cell can ; pressing a separator into an opening within the active material ring ; applying steam to the separator; and applying radial pressure to press the separator against interior walls of the active material ring .
A method comprising: in a computer processor, executing a first permute instruction, wherein the first permute instruction operates on a first and a second packed data source operand using indices of a first index source operand to permute values in the first packed data source operand and the second data source operand into the index source operand to generate a modified index source operand, wherein the index source operand is a destination operand ; and executing a second permute instruction, wherein the second permute instruction operates a third and a fourth packed data source operand using indices of a second index source operand to permute values in the third packed data source operand and the fourth data source operand into the second index source operand, wherein the first permute instruction includes a writemask operand to select which elements are written to the first index source operand, and wherein the second permute instruction includes a writemask operand to select which elements are written to the modified index source operand, characterized in that the second permute instruction is executed using the modified index source register as index source operand and as destination and that the first permute instruction uses a first half of the index source register to generate a first half of the destination operand and the second permute instruction uses a second half of the modified index register to generate a second half of the destination operand. in a computer processor, executing a first permute instruction, wherein the first permute instruction operates on a first and a second packed data source operand using indices of a first index source operand to permute values in the first packed data source operand and the second data source operand into the index source operand to generate a modified index source operand, wherein the index source operand is a destination operand ; and executing a second permute instruction, wherein the second permute instruction operates a third and a fourth packed data source operand using indices of a second index source operand to permute values in the third packed data source operand and the fourth data source operand into the second index source operand, wherein the first permute instruction includes a writemask operand to select which elements are written to the first index source operand, and wherein the second permute instruction includes a writemask operand to select which elements are written to the modified index source operand, characterized in that the second permute instruction is executed using the modified index source register as index source operand and as destination and that the first permute instruction uses a first half of the index source register to generate a first half of the destination operand and the second permute instruction uses a second half of the modified index register to generate a second half of the destination operand.
A vehicular battery pack (BP) comprising a parallelepiped-shaped container, defined by pairs of first (S1), second (S2) and third (S3) lateral walls that are mutually perpendicular, wherein cells (C) are arranged in layers (L) one above the other in the container, wherein said third lateral walls are parallel to said layers (L), and wherein relative monitoring and supervision devices (BMC, BMS) of the individual cells are arranged so as to define a first (S2.1) of said pair of said second lateral walls (S2), and wherein terminals and safety devices of the battery pack are arranged in a second (S2.2) wall of said pair of second lateral walls (S2.2), opposite to said first wall (S2.1) of said second lateral walls (S2), and wherein a first (S3.1) of said third lateral walls (S3) is provided with a longitudinal groove (CL), accessible from the outside of the container, for housing electric wires (W) suitable to interconnect said monitoring and supervision devices (BMC, BMS) with said safety devices of the battery pack.
A valve assembly, comprising: a valve body including a seat-retainer chamber ; a floating seat ring disposed adjacent an inner sidewall of the seat-retainer chamber , characterised in that the floating seat ring is configured to contact a first portion of a plug head at a single annular location prior to a second portion of the plug head contacting a valve primary seat during a closing stroke of the plug head ; and in that a static seal is located radially between the floating seat ring and the inner sidewall of the seat-retainer chamber . a valve body including a seat-retainer chamber ; a floating seat ring disposed adjacent an inner sidewall of the seat-retainer chamber , characterised in that the floating seat ring is configured to contact a first portion of a plug head at a single annular location prior to a second portion of the plug head contacting a valve primary seat during a closing stroke of the plug head ; and in that a static seal is located radially between the floating seat ring and the inner sidewall of the seat-retainer chamber .
A method for controlling an autonomous system, the method comprising: sensing a wear state of reducing elements on a drum of an excavation machine ; characterised by sending a wireless signal of the wear state to a remote party; and displaying the wear state of the reducing elements on a display monitor , wherein the display monitor is constructed to display a continuous scroll of the reducing elements , wherein a rotation position of the reducing elements relative to a reference location is displayed, and wherein the reference location is a change-out position. sensing a wear state of reducing elements on a drum of an excavation machine ; characterised by sending a wireless signal of the wear state to a remote party; and displaying the wear state of the reducing elements on a display monitor , wherein the display monitor is constructed to display a continuous scroll of the reducing elements , wherein a rotation position of the reducing elements relative to a reference location is displayed, and wherein the reference location is a change-out position.
Membrane pressure sensor for recording the combustion chamber pressure in internal combustion engines, in particular diesel engines and gas engines, wherein on the front side of a sensor housing (1, 1', 1") is provided a membrane disc connected in sealed manner to the sensor housing (1, 1', 1") and exposed to the combustion chamber atmosphere, the bending of which is transferrable to a sensor via one or more transfer elements, wherein to transfer the bending of the membrane disc to a measuring surface of a sensor , an in-profile approximately hat-like or sleeve-like measuring spring (10, 10', 10") is connected to the membrane disc at its lower axial end, and is connected to a mounting sleeve by its opposite axial end with formation of a radial cavity , and in that the combination of measuring spring (10, 10', 10") and mounting sleeve has a radial clearance with the inner circumference of the sensor housing (1, 1', 1"), characterised in that the axial end of the measuring spring (10, 10', 10") opposite the attachment on the membrane disc side forms an approximately plate-like annular projection to the underside of which the mounting sleeve is attached and in that the convexly bendable measuring surface of the sensor is arranged on the upper side of the plate-like annular projection , and in that contact surfaces and electrically conductive bridge elements are arranged on the measuring surface and in that the membrane disc is designed like an annular disc and on the lower end of the sensor housing (1, 1', 1") is connected on the edge side to the mounting sleeve .
A method of making a non-pneumatic tire (10; 100; 200a; 200b; 300a; 300b; 400; 500), the method comprising: forming an initial tire (200a; 300a) having: an inner ring having an inner diameter, an outer ring having a first outer diameter, and a plurality of connecting elements extending from the inner ring to the outer ring, and having a semi-crystalline and amorphous makeup; and stretching the outer ring in a radial direction beyond an elastic region and a plastic deformation region of the polymeric material, until the outer ring has a second outer diameter greater than the first outer diameter, wherein the plurality of connecting elements remain connected to the inner ring and the outer ring during the stretching of the outer ring , such that the stretching of the outer ring in a radial direction causes the plurality of connecting elements to stretch in a radial direction, and wherein the plurality of connecting elements remain connected to the inner ring and the outer ring after the stretching of the outer ring . forming an initial tire (200a; 300a) having: an inner ring having an inner diameter, an outer ring having a first outer diameter, and a plurality of connecting elements extending from the inner ring to the outer ring, and having a semi-crystalline and amorphous makeup; and an inner ring having an inner diameter, an outer ring having a first outer diameter, and a plurality of connecting elements extending from the inner ring to the outer ring, and having a semi-crystalline and amorphous makeup; and stretching the outer ring in a radial direction beyond an elastic region and a plastic deformation region of the polymeric material, until the outer ring has a second outer diameter greater than the first outer diameter, wherein the plurality of connecting elements remain connected to the inner ring and the outer ring during the stretching of the outer ring , such that the stretching of the outer ring in a radial direction causes the plurality of connecting elements to stretch in a radial direction, and wherein the plurality of connecting elements remain connected to the inner ring and the outer ring after the stretching of the outer ring . wherein the plurality of connecting elements remain connected to the inner ring and the outer ring during the stretching of the outer ring , such that the stretching of the outer ring in a radial direction causes the plurality of connecting elements to stretch in a radial direction, and wherein the plurality of connecting elements remain connected to the inner ring and the outer ring after the stretching of the outer ring .
A top for a plasma storage container comprising: a top body defining the structure of the top and configured to seal an opening of the plasma storage container ; an inlet opening extending through the top body; a valve mechanism located at least partially within the inlet opening , the valve mechanism including an aperture therethrough, the aperture configured to open upon connection of a cannula to the plasma storage container , thereby providing access to the interior of the plasma storage container ; a cannula support structure extending from a top surface of the top , the cannula support structure defining a channel configured to support the cannula when connected to the plasma storage container ; a locking mechanism configured to lock the cannula to the top ; a vent opening extending through the top body; and a vent filter configured to allow air to vent through the vent opening during filling of the plasma storage container . a top body defining the structure of the top and configured to seal an opening of the plasma storage container ; an inlet opening extending through the top body; a valve mechanism located at least partially within the inlet opening , the valve mechanism including an aperture therethrough, the aperture configured to open upon connection of a cannula to the plasma storage container , thereby providing access to the interior of the plasma storage container ; a cannula support structure extending from a top surface of the top , the cannula support structure defining a channel configured to support the cannula when connected to the plasma storage container ; a locking mechanism configured to lock the cannula to the top ; a vent opening extending through the top body; and a vent filter configured to allow air to vent through the vent opening during filling of the plasma storage container .
A power converter operable to supply power to an electronic device, comprising: first (VBUS) and second (GND) power lines; an alternating current (AC) to direct current (DC) converter circuit that applies a DC power supply voltage across the first and second power lines; first (DP) and second (DN) data lines, and control circuitry that includes a resistor (R) that is coupled across the first and second data lines, wherein the control circuitry includes detector circuitry that is configured to detect a modulated signal on at least one of the first and second data lines, characterized in that the modulated signal is produced by modulating a source signal using a modulation scheme to convey information indicative of capabilities of the electronic device, and the control circuitry is configured to determine the capabilities of the electronic device based on the detected modulated signal. first (VBUS) and second (GND) power lines; an alternating current (AC) to direct current (DC) converter circuit that applies a DC power supply voltage across the first and second power lines; first (DP) and second (DN) data lines, and control circuitry that includes a resistor (R) that is coupled across the first and second data lines, wherein the control circuitry includes detector circuitry that is configured to detect a modulated signal on at least one of the first and second data lines, characterized in that the modulated signal is produced by modulating a source signal using a modulation scheme to convey information indicative of capabilities of the electronic device, and the control circuitry is configured to determine the capabilities of the electronic device based on the detected modulated signal.
Method for calibrating an X-ray measuring facility which comprises a spectrally sensitive X-ray detector, wherein - the X-ray measuring facility is prepared for measurement for a resolution of a plurality of different energy intervals (ΔE j ) such that the energy range is divided into a plurality of energy intervals (AE j ), - a test object is positioned in the beam path of the X-ray beam , - the test object is irradiated by the X-ray beam , and in the process an intensity measurement of the test object appropriately resolved according to the energy intervals (ΔE j ) is carried out by means of the X-ray measuring facility , - an absorption function (a) of the test object is determined using the intensity measurement of the test object , characterised in that - one of the energy intervals (ΔE j ) is used as a reference interval (ΔE R1 , ΔE R2 ) in which the absorption function (a) has a negligible energy dependency over the relevant energy interval (AE j ), - a correction function of the absorption function (a) is determined for at least one further energy interval using at least one value of the absorption function (a) in the reference interval (ΔE R1 , ΔE R2 ), and - the X-ray measuring facility is calibrated using the correction function. - the X-ray measuring facility is prepared for measurement for a resolution of a plurality of different energy intervals (ΔE j ) such that the energy range is divided into a plurality of energy intervals (AE j ), - a test object is positioned in the beam path of the X-ray beam , - the test object is irradiated by the X-ray beam , and in the process an intensity measurement of the test object appropriately resolved according to the energy intervals (ΔE j ) is carried out by means of the X-ray measuring facility , - an absorption function (a) of the test object is determined using the intensity measurement of the test object , characterised in that - one of the energy intervals (ΔE j ) is used as a reference interval (ΔE R1 , ΔE R2 ) in which the absorption function (a) has a negligible energy dependency over the relevant energy interval (AE j ), - a correction function of the absorption function (a) is determined for at least one further energy interval using at least one value of the absorption function (a) in the reference interval (ΔE R1 , ΔE R2 ), and - the X-ray measuring facility is calibrated using the correction function.
A terminal authentication method in a passive optical network, PON, wherein the PON comprises an optical line terminal, OLT and at least one optical network terminal, ONT, the OLT is connected to the at least one ONT by using an optical distribution network, ODN, and an authentication parameter is preconfigured on the OLT; the method comprising: receiving, by the OLT, a registration request that carries an authentication parameter sent by the ONT, wherein the authentication parameter is used to identify a type of the ONT; wherein the type of the ONT is an ONT applied to a Gigabit-Capable Passive Optical Network, GPON or an ONT applied to an Ethernet passive optical network, EPON, and determining (S206), by the OLT, whether the authentication parameter sent by the ONT matches the authentication parameter preconfigured on the OLT, and if yes, confirming that the ONT of the same type is an authorized ONT. receiving, by the OLT, a registration request that carries an authentication parameter sent by the ONT, wherein the authentication parameter is used to identify a type of the ONT; wherein the type of the ONT is an ONT applied to a Gigabit-Capable Passive Optical Network, GPON or an ONT applied to an Ethernet passive optical network, EPON, and determining (S206), by the OLT, whether the authentication parameter sent by the ONT matches the authentication parameter preconfigured on the OLT, and if yes, confirming that the ONT of the same type is an authorized ONT.
Downhole drilling apparatus for producing a borehole in the ground, said apparatus comprising - a main frame , - a drill head , which is arranged below the main frame and is rotatably mounted, - a drill drive for driving the drill head in rotation, - removal elements arranged on the drill head for removing ground material, and - at least one widening element with removal element , which, to generate a diameter widening, is adjustable from a radially withdrawn retracted position on the drill head into a widening position protruding radially relative to the drill head and is configured for the removal of ground material, - wherein an adjustment assembly is provided for radial adjustment, characterised - in that the adjustment assembly has at least one adjustment drive mounted on the main frame , by means of which adjustment drive at least one actuation ring mounted on the main frame is adjustable between a first position and a second position, and - in that an adjustment mechanism is arranged on the drill head and co-rotates with the drill head and is operatively connected to the actuation ring , which does not co-rotate with the drill head , such that, when the actuation ring is adjusted from the first position into the second position, the at least one widening element with removal element is radially adjustable from the retracted position into the widening position. - a main frame , - a drill head , which is arranged below the main frame and is rotatably mounted, - a drill drive for driving the drill head in rotation, - removal elements arranged on the drill head for removing ground material, and - at least one widening element with removal element , which, to generate a diameter widening, is adjustable from a radially withdrawn retracted position on the drill head into a widening position protruding radially relative to the drill head and is configured for the removal of ground material, - wherein an adjustment assembly is provided for radial adjustment, characterised - in that the adjustment assembly has at least one adjustment drive mounted on the main frame , by means of which adjustment drive at least one actuation ring mounted on the main frame is adjustable between a first position and a second position, and - in that an adjustment mechanism is arranged on the drill head and co-rotates with the drill head and is operatively connected to the actuation ring , which does not co-rotate with the drill head , such that, when the actuation ring is adjusted from the first position into the second position, the at least one widening element with removal element is radially adjustable from the retracted position into the widening position.
System for the analysis of samples comprising: - a work surface which is configured to support a number of racks , said racks supporting, housed in corresponding tube seats , tubes or containers to be analyzed; - a number of racks of different widths that are configured to support tubes or containers to be analyzed; - a device for supporting pipette or tips provided with a corresponding pipette seat used for said pipettes or tips; - the work surface comprising a plurality of parallel guides , each guide having a profile which is complementary matchable with the profile of a corresponding rack seat of said rack , said rack seat forming a cavity, the system being characterized in that each of said rack seats is delimited by two opposing hollow portions configured to slide on two profiles of the parallel guides , the width of each rack seat being a multiple of the width of the section of said guide , so to allow the racks having different widths to match their respective rack seat with a couple of guides spaced apart by different values; - the pipette seats for the pipettes or tips are at least two and are spaced of a certain value (D27) multiple or sub-multiple of the value (D4, D4') of the distance between two tube seats of the same said racks . - a work surface which is configured to support a number of racks , said racks supporting, housed in corresponding tube seats , tubes or containers to be analyzed; - a number of racks of different widths that are configured to support tubes or containers to be analyzed; - a device for supporting pipette or tips provided with a corresponding pipette seat used for said pipettes or tips; - the work surface comprising a plurality of parallel guides , each guide having a profile which is complementary matchable with the profile of a corresponding rack seat of said rack , said rack seat forming a cavity, the system being characterized in that each of said rack seats is delimited by two opposing hollow portions configured to slide on two profiles of the parallel guides , the width of each rack seat being a multiple of the width of the section of said guide , so to allow the racks having different widths to match their respective rack seat with a couple of guides spaced apart by different values; the system being characterized in that each of said rack seats is delimited by two opposing hollow portions configured to slide on two profiles of the parallel guides , the width of each rack seat being a multiple of the width of the section of said guide , so to allow the racks having different widths to match their respective rack seat with a couple of guides spaced apart by different values; - the pipette seats for the pipettes or tips are at least two and are spaced of a certain value (D27) multiple or sub-multiple of the value (D4, D4') of the distance between two tube seats of the same said racks .