mhurhangee/patent-ind-claim-en huggingface dataset:
A target analysis chip , comprising a substrate , the substrate comprising a reaction section at which a sample containing a target is made to react with a reagent, a detection section at which label detection is performed, and a flow channel that communicates the reaction section with the detection section , wherein: the reagent comprises a carrier; the carrier comprises a labeled probe immobilized thereon, the labeled probe being configured to bind to the target, and the carrier having a specific gravity of greater than 1 and being configured to form a conjugate with the target; and the flow channel comprises a hydrophobic inner wall as a movement controller configured to control movement of the carrier from the reaction section to the detection section ; wherein the movement controller has the effect that, while a centrifugal force (C2) that is larger than a resistance force (R) caused by the hydrophobic inner wall is not applied, spontaneous capillary action in the direction from the reaction section to the detection section is not generated, and the conjugate is made to move by capillary action to the detection section through the flow channel when the centrifugal force (C2), that is larger than the resistance force (R), is applied. the reagent comprises a carrier; the carrier comprises a labeled probe immobilized thereon, the labeled probe being configured to bind to the target, and the carrier having a specific gravity of greater than 1 and being configured to form a conjugate with the target; and the flow channel comprises a hydrophobic inner wall as a movement controller configured to control movement of the carrier from the reaction section to the detection section ; wherein the movement controller has the effect that, while a centrifugal force (C2) that is larger than a resistance force (R) caused by the hydrophobic inner wall is not applied, spontaneous capillary action in the direction from the reaction section to the detection section is not generated, and the conjugate is made to move by capillary action to the detection section through the flow channel when the centrifugal force (C2), that is larger than the resistance force (R), is applied.
A device for retrieving an obstruction in a blood vessel comprising: an outer sheath comprising a distal end , a proximal end , a proximal luer encompassing the proximal end, and an internal lumen extending proximal of the distal end and terminating within the proximal luer; and an inner funnel catheter within the outer sheath comprising an expanding distal tip , a proximal end , a distal end located at the distal tip, a proximal luer encompassing the proximal end, and an internal lumen extending proximal of the distal end and terminating at the luer; the expanding distal tip configured to radially self-expand when unconstrained distal of the distal end of the outer sheath; and characterised in that the device further comprises a removable locking tab located in between the proximal luer of the inner funnel catheter and the proximal luer of the outer sheath. an outer sheath comprising a distal end , a proximal end , a proximal luer encompassing the proximal end, and an internal lumen extending proximal of the distal end and terminating within the proximal luer; and an inner funnel catheter within the outer sheath comprising an expanding distal tip , a proximal end , a distal end located at the distal tip, a proximal luer encompassing the proximal end, and an internal lumen extending proximal of the distal end and terminating at the luer; the expanding distal tip configured to radially self-expand when unconstrained distal of the distal end of the outer sheath; and characterised in that the device further comprises a removable locking tab located in between the proximal luer of the inner funnel catheter and the proximal luer of the outer sheath.
A dottering tool for use in implanting a subcutaneous lead comprising: a catheter (110; 354) having a proximal end and a distal end ; a handle at the proximal end of the catheter (110; 354); a plurality of stylets (114; 356) extending in the catheter (110; 354), and having dottering tips thereon configured for tunneling through subcutaneous tissue; and an actuator (130; 352) coupled to the plurality of stylets (114; 356) configured to drive the stylets in reciprocating motion past the distal end of the catheter. a catheter (110; 354) having a proximal end and a distal end ; a handle at the proximal end of the catheter (110; 354); a plurality of stylets (114; 356) extending in the catheter (110; 354), and having dottering tips thereon configured for tunneling through subcutaneous tissue; and an actuator (130; 352) coupled to the plurality of stylets (114; 356) configured to drive the stylets in reciprocating motion past the distal end of the catheter.
A pressure regulator comprising: a movable shuttle disposed between a high pressure diaphragm and a low pressure diaphragm ; a shuttle housing to house the shuttle ; and a conduit ; wherein the conduit connects an inlet to an outlet , the high pressure diaphragm is located proximate to the inlet , and the low pressure diaphragm is located proximate to the outlet ; the pressure regulator further comprising a movable member connected to the shuttle housing , characterized in that : said movable member is movable to contact the low pressure diaphragm to determine an area of said contacted diaphragm that can flex; or, said movable member is movable to contact the high pressure diaphragm , to determine an area of said contacted diaphragm that can flex; and the movable member has a shape of a circular ring and is adjustable to change an outlet pressure of the pressure regulator . a movable shuttle disposed between a high pressure diaphragm and a low pressure diaphragm ; a shuttle housing to house the shuttle ; and a conduit ; wherein the conduit connects an inlet to an outlet , the high pressure diaphragm is located proximate to the inlet , and the low pressure diaphragm is located proximate to the outlet ; the pressure regulator further comprising a movable member connected to the shuttle housing , characterized in that : said movable member is movable to contact the low pressure diaphragm to determine an area of said contacted diaphragm that can flex; or, said movable member is movable to contact the high pressure diaphragm , to determine an area of said contacted diaphragm that can flex; and said movable member is movable to contact the low pressure diaphragm to determine an area of said contacted diaphragm that can flex; or, said movable member is movable to contact the high pressure diaphragm , to determine an area of said contacted diaphragm that can flex; and the movable member has a shape of a circular ring and is adjustable to change an outlet pressure of the pressure regulator .
A centrifugal refrigerant compressor system , comprising: a condenser ; an evaporator ; an economizer between the condenser and the evaporator ; a centrifugal compressor including a first impeller and a second impeller downstream of the first impeller ; a return channel between the first and second impellers ; and an economizer flow path (E) between the economizer and the compressor ; the compressor including at least one port configured such that fluid from a recirculation flow path (R) and the economizer flow path (E) is introduced into a main flow path (F 1 ) of the compressor by way of the at least one port , wherein the recirculation flow path (R) is provided between an outlet of the compressor and the at least one port , wherein the at least one port is a single port provided downstream of the first impeller and upstream of the second impeller , and wherein the port is provided adjacent the return channel . a condenser ; an evaporator ; an economizer between the condenser and the evaporator ; a centrifugal compressor including a first impeller and a second impeller downstream of the first impeller ; a return channel between the first and second impellers ; and an economizer flow path (E) between the economizer and the compressor ; the compressor including at least one port configured such that fluid from a recirculation flow path (R) and the economizer flow path (E) is introduced into a main flow path (F 1 ) of the compressor by way of the at least one port , wherein the recirculation flow path (R) is provided between an outlet of the compressor and the at least one port , wherein the at least one port is a single port provided downstream of the first impeller and upstream of the second impeller , and wherein the port is provided adjacent the return channel .
Manual or automatic spray gun for spraying a coating product, comprising a nozzle and a device for setting the product in rotation inside the nozzle , the device comprising a body delimiting at least one helical groove for the passage of all or some of the product, the device delimiting a central through-bore for the passage of a needle for closing the nozzle , characterised in that the body comprises an upstream cylindrical portion and a downstream frustoconical portion, and in that each helical groove extends continuously at the surface of the upstream cylindrical portion and at the surface of the downstream frustoconical portion.
A medical suction tool, comprising: a hollow first tube , which is coupled to a suction apparatus and is configured to remove material away from a Eustachian tube of a patient; a hollow second tube , disposed around the first tube, and configured to seal the Eustachian tube by coupling an outer surface of the second tube to an inner surface of the Eustachian tube; and a strengthening element , which extends along at least part of the second tube and is coupled to the at least part of the second tube, and configured to mechanically strengthen the at least part of the second tube. a hollow first tube , which is coupled to a suction apparatus and is configured to remove material away from a Eustachian tube of a patient; a hollow second tube , disposed around the first tube, and configured to seal the Eustachian tube by coupling an outer surface of the second tube to an inner surface of the Eustachian tube; and a strengthening element , which extends along at least part of the second tube and is coupled to the at least part of the second tube, and configured to mechanically strengthen the at least part of the second tube.
Work machine, in particular a construction machine, comprising - a mast having a mast head , - a support cable which is guided along the mast , over the mast head , - a cable winch comprising a rotatably mounted winding drum to which the support cable is attached for winding up and unwinding, - a work element which is arranged on the support cable for vertical movement, and - a control unit, by means of which the cable winch can be operated in an unwinding mode, for unwinding the support cable from the winding drum , in which the work element is lowered, on the support cable , as far as a base surface, - wherein a cable contact pressure means with at least one contact pressure element is provided, characterized in that the contact pressure element can be adjusted into a contact pressure position by the control unit, by means of an actuating member , in order to counteract a cable oscillation of the support cable when the base surface is struck, in which contact pressure position the contact pressure element rests on the support cable at a contact pressure force. - a mast having a mast head , - a support cable which is guided along the mast , over the mast head , - a cable winch comprising a rotatably mounted winding drum to which the support cable is attached for winding up and unwinding, - a work element which is arranged on the support cable for vertical movement, and - a control unit, by means of which the cable winch can be operated in an unwinding mode, for unwinding the support cable from the winding drum , in which the work element is lowered, on the support cable , as far as a base surface, - wherein a cable contact pressure means with at least one contact pressure element is provided,
A reload assembly for a surgical stapling device , the reload assembly including a chip and printed circuit board assembly comprising: a housing including a body defining a cavity and having open proximal and distal ends communicating with the cavity, the body including a transverse wall , the transverse wall extending across the cavity and having a proximal side and a distal side, the transverse wall defining spaced openings that extend through the transverse wall and are configured to receive conductive prongs of a plug ; a printed circuit board supported within the cavity of the housing on the distal side of the transverse wall; an authentication chip supported on and electrically coupled to the printed circuit board; electrical contacts supported on and electrically coupled to the printed circuit board, each of the electrical contacts defining a slot , the slots being aligned with the openings in the transverse wall and dimensioned to receive the conductive prongs of the plug; and a closure member received within the distal end of the body, the closure member engaging the printed circuit board to retain the printed circuit board, the authentication chip, and the electrical contacts within the cavity. a housing including a body defining a cavity and having open proximal and distal ends communicating with the cavity, the body including a transverse wall , the transverse wall extending across the cavity and having a proximal side and a distal side, the transverse wall defining spaced openings that extend through the transverse wall and are configured to receive conductive prongs of a plug ; a printed circuit board supported within the cavity of the housing on the distal side of the transverse wall; an authentication chip supported on and electrically coupled to the printed circuit board; electrical contacts supported on and electrically coupled to the printed circuit board, each of the electrical contacts defining a slot , the slots being aligned with the openings in the transverse wall and dimensioned to receive the conductive prongs of the plug; and a closure member received within the distal end of the body, the closure member engaging the printed circuit board to retain the printed circuit board, the authentication chip, and the electrical contacts within the cavity.
A pharmaceutical composition comprising sodium glycerophosphate (SGP) in a concentration of from about 0.5 mmol/mL to about 3.0 mmol/mL, wherein (a) the amount of free phosphate is below about 10% (w/w) of the total phosphate; (b) the amount of SGP related substances is below 15% (w/w) of the total phosphate, and the SGP related substances in the pharmaceutical composition are selected from the group consisting of SGP related substances consisting of glycerodiphosphate (GDP), diglycerophosphate (DGP), triglycerophosphate (TGP), diglycerodiphosphate (DGDP), triglycerodiphosphate (TGDP), cyclic glycerodiphosphate (CGDP), and diglycerotriphosphate (DGTP); and (c) the amount of aluminum is below 500 ppb; wherein the term 'about' indicates ±10% of the stated value. (a) the amount of free phosphate is below about 10% (w/w) of the total phosphate; (b) the amount of SGP related substances is below 15% (w/w) of the total phosphate, and the SGP related substances in the pharmaceutical composition are selected from the group consisting of SGP related substances consisting of glycerodiphosphate (GDP), diglycerophosphate (DGP), triglycerophosphate (TGP), diglycerodiphosphate (DGDP), triglycerodiphosphate (TGDP), cyclic glycerodiphosphate (CGDP), and diglycerotriphosphate (DGTP); and (c) the amount of aluminum is below 500 ppb;
Transmission/reception device (12; 13) for a CAN bus system , having a transmitter for transmitting a transmission signal (TxD) to a first bus wire of a bus of the bus system , which bus system exhibits at least temporarily ensured exclusive collision-free access by a subscriber station to the bus of the bus system , and for transmitting the transmission signal (TxD) to a second bus wire of the bus , a receiver for receiving the bus signal (CAN_H, CAN_L) transmitted on the bus wires , and a diagnosis unit (15; 16) for identifying a short circuit in the bus system , wherein the diagnosis unit (15; 16) is configured to perform a diagnosis only in a predetermined communication phase of the bus signal (CAN_H, CAN_L), characterized in that the diagnosis unit (15; 16) is configured to perform the diagnosis in a communication phase of the bus signal (CAN_H, CAN_L) in which the transmission rate of the bus signal (CAN_H, CAN_L) is lower than in another communication phase of the bus signal (CAN_H, CAN_L). a transmitter for transmitting a transmission signal (TxD) to a first bus wire of a bus of the bus system , which bus system exhibits at least temporarily ensured exclusive collision-free access by a subscriber station to the bus of the bus system , and for transmitting the transmission signal (TxD) to a second bus wire of the bus , a receiver for receiving the bus signal (CAN_H, CAN_L) transmitted on the bus wires , and a diagnosis unit (15; 16) for identifying a short circuit in the bus system , wherein the diagnosis unit (15; 16) is configured to perform a diagnosis only in a predetermined communication phase of the bus signal (CAN_H, CAN_L), characterized in that the diagnosis unit (15; 16) is configured to perform the diagnosis in a communication phase of the bus signal (CAN_H, CAN_L) in which the transmission rate of the bus signal (CAN_H, CAN_L) is lower than in another communication phase of the bus signal (CAN_H, CAN_L).
A battery insulator (A) suitable for using around engines, vehicle inner trims, and insulation parts, comprising: a foam layer , and characterized in that the battery insulator (A) comprises • at least two felt layers which are made of synthetic/natural felts or minerals, and consisting of an outer felt layer and an inner felt layer, which contain said foam layer in between. • at least two felt layers which are made of synthetic/natural felts or minerals, and consisting of an outer felt layer and an inner felt layer, which contain said foam layer in between.
A quilting machine (10; 10a) for joining multiple pieces of lofted material of an input web into a quilted panel , the quilting machine (10; 10a) comprising: a frame ; a sewing assembly comprising a first servo motor supported by the frame and a first drive pulley rotated by the first servo motor ; a feed assembly comprising a second servo motor supported by the frame and a second drive pulley powered by the second servo motor for moving the input web through the quilting machine (10; 10a) between a platen and a needle plate ; and a programmable controller for operating the first and second servo motors , characterized in that the quilting machine is capable of sewing multiple pieces of lofted material of an input web into a quilted panel without compressing the lofted pieces, wherein the feed assembly is configured to move the input web through the quilting machine (10; 10a) between the platen and the needle plate without compressing the input web . of an input web into a quilted panel , the quilting machine (10; 10a) comprising: a frame ; a sewing assembly comprising a first servo motor supported by the frame and a first drive pulley rotated by the first servo motor ; a feed assembly comprising a second servo motor supported by the frame and a second drive pulley powered by the second servo motor for moving the input web through the quilting machine (10; 10a) between a platen and a needle plate ; and a programmable controller for operating the first and second servo motors , characterized in that the quilting machine is capable of sewing multiple pieces of lofted material of an input web into a quilted panel without compressing the lofted pieces, wherein the feed assembly is configured to move the input web through the quilting machine (10; 10a) between the platen and the needle plate without compressing the input web . a frame ; a sewing assembly comprising a first servo motor supported by the frame and a first drive pulley rotated by the first servo motor ; a feed assembly comprising a second servo motor supported by the frame and a second drive pulley powered by the second servo motor for moving the input web through the quilting machine (10; 10a) between a platen and a needle plate ; and a programmable controller for operating the first and second servo motors , characterized in that the quilting machine is capable of sewing multiple pieces of lofted material of an input web into a quilted panel without compressing the lofted pieces, wherein the feed assembly is configured to move the input web through the quilting machine (10; 10a) between the platen and the needle plate without compressing the input web .
An air composition adjustment device comprising: a conveying unit configured to convey air; an adjuster configured to adjust composition of the air; an air circuit configured to introduce the air into the adjuster by the conveying unit and supply the air having adjusted composition to a target space; and a sensor disposed in the target space and configured to measure the composition of the air, characterized in that the air circuit comprises a first passage for introducing outside air into the adjuster by the conveying unit and a second passage for introducing the outside air into the sensor , the second passage being branched from the first passage between the conveying unit and the adjuster , and the second passage is provided with a moisture removal portion configured to remove moisture in air introduced into the sensor . a conveying unit configured to convey air; an adjuster configured to adjust composition of the air; an air circuit configured to introduce the air into the adjuster by the conveying unit and supply the air having adjusted composition to a target space; and a sensor disposed in the target space and configured to measure the composition of the air, characterized in that the air circuit comprises a first passage for introducing outside air into the adjuster by the conveying unit and a second passage for introducing the outside air into the sensor , the second passage being branched from the first passage between the conveying unit and the adjuster , and the second passage is provided with a moisture removal portion configured to remove moisture in air introduced into the sensor .