mhurhangee/patent-ind-claim-en huggingface dataset:
A system for producing a heat-hardened, sheet-like workpiece, comprising - an input store for storing a plurality of unhardened sheet metal blanks , - an annealing furnace which is downstream of the input store and has a workpiece inlet and a workpiece outlet , - a workpiece feed device situated between the input store and the workpiece inlet of the annealing furnace , - a temperature-controlled heat-hardening forming press which is downstream of the annealing furnace and can be opened and closed vertically, - a workpiece transfer device which is situated between the workpiece outlet of the annealing furnace and the heat-hardening forming press and has a loader which can be moved into and out of the open heat-hardening forming press , - a cooling station downstream of the heat-hardening forming press , and - a workpiece removal device which is situated between the heat-hardening forming press and the cooling station and has an unloader which can be moved into and out of the open heat-hardening forming press , the loader and the unloader being arranged at two different heights and being designed to be in the open heat-hardening forming press at the same time, characterised in that catches for the heat-hardened workpiece when the heat-hardening forming press is opened are arranged on the upper die of the heat-hardening forming press , wherein the catches also fix the heat-hardened workpiece on the upper die in a position lifted off from the latter, and the unloader and the loader find space in the open heat-hardening forming press below the heat-hardened workpiece held on the upper die by the catches. - an input store for storing a plurality of unhardened sheet metal blanks , - an annealing furnace which is downstream of the input store and has a workpiece inlet and a workpiece outlet , - a workpiece feed device situated between the input store and the workpiece inlet of the annealing furnace , - a temperature-controlled heat-hardening forming press which is downstream of the annealing furnace and can be opened and closed vertically, - a workpiece transfer device which is situated between the workpiece outlet of the annealing furnace and the heat-hardening forming press and has a loader which can be moved into and out of the open heat-hardening forming press , - a cooling station downstream of the heat-hardening forming press , and - a workpiece removal device which is situated between the heat-hardening forming press and the cooling station and has an unloader which can be moved into and out of the open heat-hardening forming press , the loader and the unloader being arranged at two different heights and being designed to be in the open heat-hardening forming press at the same time, characterised in that catches for the heat-hardened workpiece when the heat-hardening forming press is opened are arranged on the upper die of the heat-hardening forming press , wherein the catches also fix the heat-hardened workpiece on the upper die in a position lifted off from the latter, and the unloader and the loader find space in the open heat-hardening forming press below the heat-hardened workpiece held on the upper die by the catches.
A high-concentration tin sulfonate aqueous solution comprising 360 g/L to 420 g/L of a divalent tin ion (Sn 2+ ); 10 g/L or less of a tetravalent tin ion (Sn 4+ ); 40 g/L or less of a free methanesulfonic acid; 10 mg/L or less of chloride ions; and impurities of a plurality of kinds of metals, wherein a Hazen unit color number (APHA) is 240 or less, a turbidity is 25 FTU or less, a total content of the plurality of kinds of metals is 30 mg/L or less in terms of metal, the plurality of kinds of metals includes sodium, potassium, lead, iron, nickel, copper, zinc, arsenic, antimony, aluminum, silver, bismuth, magnesium, calcium, titanium, chromium, manganese, cobalt, indium, tungsten, thallium, and cadmium, a content of each of the plurality of kinds of metals is 10 mg/L or less in terms of metal, the Hazen unit color number (APHA) is measured in accordance with JIS K0071-1 , and the turbidity is measured using an integrating sphere photoelectric photometry method conforming to JIS K 0101-1998. 360 g/L to 420 g/L of a divalent tin ion (Sn 2+ ); 10 g/L or less of a tetravalent tin ion (Sn 4+ ); 40 g/L or less of a free methanesulfonic acid; 10 mg/L or less of chloride ions; and impurities of a plurality of kinds of metals, wherein a Hazen unit color number (APHA) is 240 or less, a turbidity is 25 FTU or less, a total content of the plurality of kinds of metals is 30 mg/L or less in terms of metal, the plurality of kinds of metals includes sodium, potassium, lead, iron, nickel, copper, zinc, arsenic, antimony, aluminum, silver, bismuth, magnesium, calcium, titanium, chromium, manganese, cobalt, indium, tungsten, thallium, and cadmium, a content of each of the plurality of kinds of metals is 10 mg/L or less in terms of metal, the Hazen unit color number (APHA) is measured in accordance with JIS K0071-1 , and the turbidity is measured using an integrating sphere photoelectric photometry method conforming to JIS K 0101-1998.
An animal feed additive effective as broad-spectrum preservative comprising 15-80% by weight of propionic acid, 10-70% by weight of glyceryl propionates and 5-40% by weight of hexanoic acid, balance to 100% by weight being water.
A tourniquet comprising: • a support capable of surrounding a first part of a limb, • an elastic sleeve capable of being held in a stretched position around the support , the support preventing a contraction of the elastic sleeve , • a grip element movable with respect to the support , • a drive element capable of driving the elastic sleeve , when the grip element is manually displaced with respect to the support , from its stretched position around the support to a constricting position in which the elastic sleeve surrounds a second part of the limb, adjacent to the first part of the limb but not surrounded by the support , so that the elastic sleeve can retract itself by elastic return, and thus compress the second part of the limb, characterized in that the drive element comprises a first portion and is capable of adopting: • a folded configuration wherein the first portion extends between the support and the elastic sleeve in its entirety maintained in the stretched position around the support , • a deployed configuration wherein the elastic sleeve , in the constricting position, extends between the first portion and the second part of the limb when the support surrounds the first part of the limb, and in that the grip element is arranged with respect to the first portion so that a displacement of the grip element with respect to the support causes the first portion of the drive element to shift from the folded configuration to the deployed configuration so as to displace, by lever action, the elastic sleeve from the stretched position to the constricting position. • a support capable of surrounding a first part of a limb, • an elastic sleeve capable of being held in a stretched position around the support , the support preventing a contraction of the elastic sleeve , • a grip element movable with respect to the support , • a drive element capable of driving the elastic sleeve , when the grip element is manually displaced with respect to the support , from its stretched position around the support to a constricting position in which the elastic sleeve surrounds a second part of the limb, adjacent to the first part of the limb but not surrounded by the support , so that the elastic sleeve can retract itself by elastic return, and thus compress the second part of the limb, • a folded configuration wherein the first portion extends between the support and the elastic sleeve in its entirety maintained in the stretched position around the support , • a deployed configuration wherein the elastic sleeve , in the constricting position, extends between the first portion and the second part of the limb when the support surrounds the first part of the limb, and in that the grip element is arranged with respect to the first portion so that a displacement of the grip element with respect to the support causes the first portion of the drive element to shift from the folded configuration to the deployed configuration so as to displace, by lever action, the elastic sleeve from the stretched position to the constricting position.
A measuring device for measuring a physical value in a unit containing a medium comprising: a housing that has a wall for housing electronic measuring equipment (ME) and a connection section for connecting the measuring device to the unit; a membrane that is provided at the wall to cover a first opening in the wall ; a plug connection that is provided adjacent to the membrane at the wall and that is configured to provide an electrical connection between the electronic measuring equipment (ME) and electric plug contacts (Sk) for a plug (S) connectable to the measuring device ; a second opening into which the plug connection is pluggable, wherein the plug connection is formed with a fastening section to fasten the plug connection to the wall of the housing and the fastening section has a flange element ; wherein the flange element is arranged on an outer side of the wall and the flange element is configured to cover the first opening and to have at least one outlet borehole that is in communication with the first opening . a housing that has a wall for housing electronic measuring equipment (ME) and a connection section for connecting the measuring device to the unit; a membrane that is provided at the wall to cover a first opening in the wall ; a plug connection that is provided adjacent to the membrane at the wall and that is configured to provide an electrical connection between the electronic measuring equipment (ME) and electric plug contacts (Sk) for a plug (S) connectable to the measuring device ; a second opening into which the plug connection is pluggable, wherein the plug connection is formed with a fastening section to fasten the plug connection to the wall of the housing and the fastening section has a flange element ; wherein the flange element is arranged on an outer side of the wall and the flange element is configured to cover the first opening and to have at least one outlet borehole that is in communication with the first opening .
A compound represented by a formula below: where R 1 represents bromo group, a diazaborinane derivative, BX 3 - , or BX 3 - M + , wherein X represents F, and M + represents an alkali metal ion, an ammonium ion, a tetraalkylammonium ion, a tetraarylammonium ion, a tetraalkylphosphonium ion, a tetraarylphosphonium ion, or an imidazolium ion.
A method for assessing whether a subject suffering from hypertension shall be subjected to an imaging based diagnostic assessment for diagnosing abnormal midwall fractional shortening, said method comprising the steps of a) determining the amount of a cardiac Troponin in a sample from the subject, and b) comparing the, thus, determined amount to a reference amount, whereby it is assessed whether the subject shall be subjected to said imaging based diagnostic assessment. a) determining the amount of a cardiac Troponin in a sample from the subject, and b) comparing the, thus, determined amount to a reference amount, whereby it is assessed whether the subject shall be subjected to said imaging based diagnostic assessment.
A manufacturing cell configured for assembling a frame of a vehicle, the manufacturing cell comprising a positioner configured to receive a fixture table that is configured to hold the frame, a robot carrier having a vertical lift attached to a base, the vertical lift comprising a vertical column and a shelf, a robot mounted on the shelf and configured to assemble the frame characterized by : the shelf being movably attached to the vertical column and movable along a vertical direction, and wherein the base has a base central axis, wherein the vertical lift and the base are configured to be rotatable around the base central axis; and by the positioner being configured to lift the fixture table up and down, and to tilt the fixture table to support the frame anywhere between a vertical position and a horizontal position during an assembling process of the frame . the shelf being movably attached to the vertical column and movable along a vertical direction, and wherein the base has a base central axis, wherein the vertical lift and the base are configured to be rotatable around the base central axis; and by the positioner being configured to lift the fixture table up and down, and to tilt the fixture table to support the frame anywhere between a vertical position and a horizontal position during an assembling process of the frame .
A synchronizer circuit having controllable metastability, the synchronizer circuit comprising: a first flip-flop circuit (202 ) comprising a first master latch (204 ) connected in series with a first slave latch (206 ); and a second flip-flop circuit (202 ) comprising a second master latch connected in series with a second slave latch (206 ), wherein the first and second flip-flops each comprise transistors connected between a positive power supply voltage (VDD) and a negative power supply voltage (VSS); wherein an output of the first flip-flop circuit is connected to an input of the second flip-flop circuit, at least a portion of the first flip-flop circuit is implemented in a first PWell isolated by an underlying a deep isolation NWell, at least a portion of the first flip-flop circuit is implemented in a first NWell that electrically contacts the deep isolation NWell, the first NWell is connected to a first bias voltage that is less than the positive power supply voltage (VDD), and the first PWell is connected to a second bias voltage that is greater than the negative power supply voltage (VSS). a first flip-flop circuit (202 ) comprising a first master latch (204 ) connected in series with a first slave latch (206 ); and a second flip-flop circuit (202 ) comprising a second master latch connected in series with a second slave latch (206 ), wherein the first and second flip-flops each comprise transistors connected between a positive power supply voltage (VDD) and a negative power supply voltage (VSS); wherein an output of the first flip-flop circuit is connected to an input of the second flip-flop circuit, at least a portion of the first flip-flop circuit is implemented in a first PWell isolated by an underlying a deep isolation NWell, at least a portion of the first flip-flop circuit is implemented in a first NWell that electrically contacts the deep isolation NWell, the first NWell is connected to a first bias voltage that is less than the positive power supply voltage (VDD), and the first PWell is connected to a second bias voltage that is greater than the negative power supply voltage (VSS). an output of the first flip-flop circuit is connected to an input of the second flip-flop circuit, at least a portion of the first flip-flop circuit is implemented in a first PWell isolated by an underlying a deep isolation NWell, at least a portion of the first flip-flop circuit is implemented in a first NWell that electrically contacts the deep isolation NWell, the first NWell is connected to a first bias voltage that is less than the positive power supply voltage (VDD), and the first PWell is connected to a second bias voltage that is greater than the negative power supply voltage (VSS).
An adjustable trip assembly for an electrical switching apparatus , said electrical switching apparatus including a housing , separable contacts and an operating mechanism for opening and closing said separable contacts , said adjustable trip assembly comprising: a load conductor ; a magnetic assembly comprising a magnetic member and an armature movably coupled to said magnetic member ; and a calibration assembly comprising a calibration bracket cooperating with said armature , and an adjustment mechanism being adjustable to move said calibration bracket and thereby adjust the position of said armature with respect to said magnetic member to calibrate said magnetic assembly , wherein said adjustment mechanism is a magnetic calibration screw comprising an enlarged head portion and a threaded body portion ; wherein said magnetic member includes a threaded aperture ; and wherein said threaded body portion of said magnetic calibration screw is adjustably secured within the threaded aperture , characterised in that said calibration bracket is a non-ferrous member including a first end , a second end , and an intermediate portion extending between the first end and the second end ; wherein the first end engages said armature ; and wherein the second end cooperates with the enlarged head portion of said calibration screw . a load conductor ; a magnetic assembly comprising a magnetic member and an armature movably coupled to said magnetic member ; and a calibration assembly comprising a calibration bracket cooperating with said armature , and an adjustment mechanism being adjustable to move said calibration bracket and thereby adjust the position of said armature with respect to said magnetic member to calibrate said magnetic assembly , wherein said adjustment mechanism is a magnetic calibration screw comprising an enlarged head portion and a threaded body portion ; wherein said magnetic member includes a threaded aperture ; and wherein said threaded body portion of said magnetic calibration screw is adjustably secured within the threaded aperture , characterised in that said calibration bracket is a non-ferrous member including a first end , a second end , and an intermediate portion extending between the first end and the second end ; wherein the first end engages said armature ; and wherein the second end cooperates with the enlarged head portion of said calibration screw .
An endoscope positioning system EPS comprising an at least four freedom degree mechanism FDFM , configured for actuating a distal portion of an endoscope by maneuvering a proximal portion of said endoscope; wherein said FDFM comprises at least a first, second, third and fourth means for providing degrees of freedom: a. said first means of first degree of freedom is a rotation sub-mechanism ; b. said second means of second degree of freedom is a tilting sub-mechanism ; c. said third means of third degree of freedom is an arch sub-mechanism ; and, d. said fourth means of fourth degree of freedom is a zoom mechanism characterized in that said arch sub-mechanism comprises a nut , connected to a first link , a plurality of coupling links coupled by hinges , that are located in semicircular guides ; a muff is connected with a hinge to a distal end of the last link in a chain, in such a manner that the endoscope passes through an inner part of said muff ; said sub-mechanism is operatable in such a manner that when a screw rotates, said nut moves along said screw and affects the first link in said chain; other links are thus forced to move along a semi-circular track and move said muff ; and being fixated in said muff , the endoscope along an arch . a. said first means of first degree of freedom is a rotation sub-mechanism ; b. said second means of second degree of freedom is a tilting sub-mechanism ; c. said third means of third degree of freedom is an arch sub-mechanism ; and, d. said fourth means of fourth degree of freedom is a zoom mechanism characterized in that said arch sub-mechanism comprises a nut , connected to a first link , a plurality of coupling links coupled by hinges , that are located in semicircular guides ; a muff is connected with a hinge to a distal end of the last link in a chain, in such a manner that the endoscope passes through an inner part of said muff ; said sub-mechanism is operatable in such a manner that when a screw rotates, said nut moves along said screw and affects the first link in said chain; other links are thus forced to move along a semi-circular track and move said muff ; and being fixated in said muff , the endoscope along an arch .
A draping system configured to maintain sterility comprising: a drape comprising: an area defined by a predetermined length and a predetermined width ; a selectively separable portion extending along a longitudinal portion ; and a first edge at a first terminus of the predetermined width and a second edge at a second terminus of the predetermined width , the first and second edges adapted to at least partially overlap one another to form a z-shaped fold ; a lock device extending along the predetermined length and configured to maintain the first and second edges in the z-shaped fold until the lock device is disengaged; and a first perforation line extending through the lock device along the predetermined length and configured to be broken to disengage the lock device . an area defined by a predetermined length and a predetermined width ; a selectively separable portion extending along a longitudinal portion ; and a first edge at a first terminus of the predetermined width and a second edge at a second terminus of the predetermined width , the first and second edges adapted to at least partially overlap one another to form a z-shaped fold ; a lock device extending along the predetermined length and configured to maintain the first and second edges in the z-shaped fold until the lock device is disengaged; and a first perforation line extending through the lock device along the predetermined length and configured to be broken to disengage the lock device .