mhurhangee/patent-ind-claim-en huggingface dataset:
An orienting device (4100; 4101) comprising: an elongate shaft defining a central lumen , wherein the elongate shaft includes a first planetary lumen (4130; 5007) and a second planetary lumen (4130; 5007) positioned in a planetary fashion around the central lumen (3860; 5004); and an inflatable orienting element including a first balloon defining an interior in fluid communication with the first planetary lumen (4130; 5007), and a second balloon defining an interior in fluid communication with the second planetary lumen (4130; 5007); characterised by a bidirectional tip including two tension members (3850, 3851; 5003) configured to be actuated to selectively deflect the bidirectional tip and direct the central lumen (3860; 5004) toward a true lumen. an elongate shaft defining a central lumen , wherein the elongate shaft includes a first planetary lumen (4130; 5007) and a second planetary lumen (4130; 5007) positioned in a planetary fashion around the central lumen (3860; 5004); and an inflatable orienting element including a first balloon defining an interior in fluid communication with the first planetary lumen (4130; 5007), and a second balloon defining an interior in fluid communication with the second planetary lumen (4130; 5007); characterised by a bidirectional tip including two tension members (3850, 3851; 5003) configured to be actuated to selectively deflect the bidirectional tip and direct the central lumen (3860; 5004) toward a true lumen.
A continuously variable valve lift system, comprising a driving swing arm , a camshaft and a valve structure , the valve structure comprising a roller rocker arm and a valve connected to the roller rocker arm , the driving swing arm having a driving arc surface , the driving arc surface contacting with the roller rocker arm to drive the valve to move in a reciprocating manner, wherein the continuously variable valve lift system further comprises a control shaft and an adjusting swing arm , the driving swing arm is sleeved on the control shaft and is capable of swinging around the control shaft , the control shaft is provided with a mounting part , the adjusting swing arm is connected to the mounting part and is capable of swinging relative to the mounting part , the adjusting swing arm is disposed between the camshaft and the driving swing arm , characterized in that the driving swing arm is provided with a first contact surface which faces to the adjusting swing arm , the first contact surface is provided in the middle position of the driving swing arm , the adjusting swing arm is provided with a second contact surface which faces to the driving swing arm , the first contact surface contacts with the second contact surface , such that two sides of the adjusting swing arm are contacted respectively with the camshaft and the driving swing arm .
Method for manufacturing a vehicle wheel, comprising the following steps: providing a rim made of sheet metal, comprising on its axially outer side an outer flange , an outer bead seat and a retaining hump , through which the outer bead seat is connected to a rim well , providing a disc made of aluminum alloy, comprising a cover part and a connection part protruding axially from the cover part and having an end provided with an undercut , applying a structural adhesive to areas of at least one of said disc and rim intended to come in contact with corresponding areas of the other of said disc and rim, and mounting the disc to the rim by interference press-fitting the connection part of the disc within the rim , in such a way that the cover part abuts against an axially outer side of the rim and the undercut goes within the concave inner side of the retaining hump , said undercut radially extending outwardly past a radially more inward area of the outer bead seat . providing a rim made of sheet metal, comprising on its axially outer side an outer flange , an outer bead seat and a retaining hump , through which the outer bead seat is connected to a rim well , providing a disc made of aluminum alloy, comprising a cover part and a connection part protruding axially from the cover part and having an end provided with an undercut , applying a structural adhesive to areas of at least one of said disc and rim intended to come in contact with corresponding areas of the other of said disc and rim, and mounting the disc to the rim by interference press-fitting the connection part of the disc within the rim , in such a way that the cover part abuts against an axially outer side of the rim and the undercut goes within the concave inner side of the retaining hump , said undercut radially extending outwardly past a radially more inward area of the outer bead seat .
A method for storing red blood cells comprising: depleting oxygen or oxygen and carbon dioxide from red blood cells, thereby producing oxygen depleted or oxygen and carbon dioxide depleted red blood cells; and irradiating said oxygen depleted or oxygen and carbon dioxide depleted red blood cells with either gamma or X-ray irradiation, thereby producing irradiated oxygen depleted or irradiated oxygen and carbon dioxide depleted red blood cells, wherein said oxygen depleted red blood cells comprise an oxygen-saturation of hemoglobin (SO 2 ) level of less than 20% and said oxygen and carbon dioxide depleted red blood cells comprise a partial pressure of carbon dioxide (pCO 2 ) of less than 10 mmHg. depleting oxygen or oxygen and carbon dioxide from red blood cells, thereby producing oxygen depleted or oxygen and carbon dioxide depleted red blood cells; and irradiating said oxygen depleted or oxygen and carbon dioxide depleted red blood cells with either gamma or X-ray irradiation, thereby producing irradiated oxygen depleted or irradiated oxygen and carbon dioxide depleted red blood cells, wherein said oxygen depleted red blood cells comprise an oxygen-saturation of hemoglobin (SO 2 ) level of less than 20% and said oxygen and carbon dioxide depleted red blood cells comprise a partial pressure of carbon dioxide (pCO 2 ) of less than 10 mmHg.
Method for producing a battery cell , which includes at least the following steps: a) reshaping a first pouch foil into a first pouch half by means of a first molding device with a first recess ; b) reshaping a second pouch foil into a second pouch half by means of a second molding device with a second recess ; c) inserting a cell stack into the first molding device and the first pouch half located therein; d) thereafter bringing together the first molding device with the reshaped first pouch half located therein and the second molding device with the second pouch half located therein e) at least partially connecting the first and second pouch halves to form a battery cell. a) reshaping a first pouch foil into a first pouch half by means of a first molding device with a first recess ; b) reshaping a second pouch foil into a second pouch half by means of a second molding device with a second recess ; c) inserting a cell stack into the first molding device and the first pouch half located therein; d) thereafter bringing together the first molding device with the reshaped first pouch half located therein and the second molding device with the second pouch half located therein e) at least partially connecting the first and second pouch halves to form a battery cell.
Cleaning device , in particular for a wet cleaning appliance, comprising a housing , a motor-driven oscillating plate and a support plate for receiving a cleaning element , which support plate is detachably connectable to the oscillating plate , characterised in that the cleaning device has an actuating device for separating the support plate from the oscillating plate , which actuating device is movably mounted, without the involvement of the oscillating plate , on the housing , the actuating device , as a result of an actuation, being displaceable towards the support plate in order to detach said support plate from the oscillating plate .
A suitcase with a detachable portion comprising: a suitcase main body with an upper side and a lower side, characterized in that a concaved cavity is provided in at least one of the upper side and the lower side, a bottom wall of the concaved cavity is provided with at least one assembly hole , and a top end of the main body is provided with a locking means , the suitcase further comprising: a detachable portion having a shape and size adapted to the concaved cavity , and the detachable portion having a top end that is provided with a securing mechanism ; an integral bottom stopper including at least a front stop and a bottom stop that is joined with the front stop , the bottom stop has a lower surface that is provided with at least one projection , and the bottom stop is secured to the bottom wall of the concaved cavity when the at least one projection is inserted and secured into the at least one assembly hole ; wherein when the detachable portion is put in place and secured within the concaved cavity , at least a part of the detachable portion is confined within an inner space defined by the front stop and the bottom stop of the bottom stopper , and the securing mechanism at the top end of the detachable portion is releasably secured to the locking means . a detachable portion having a shape and size adapted to the concaved cavity , and the detachable portion having a top end that is provided with a securing mechanism ; an integral bottom stopper including at least a front stop and a bottom stop that is joined with the front stop , the bottom stop has a lower surface that is provided with at least one projection , and the bottom stop is secured to the bottom wall of the concaved cavity when the at least one projection is inserted and secured into the at least one assembly hole ; wherein when the detachable portion is put in place and secured within the concaved cavity , at least a part of the detachable portion is confined within an inner space defined by the front stop and the bottom stop of the bottom stopper , and the securing mechanism at the top end of the detachable portion is releasably secured to the locking means .
A money handling apparatus, comprising: a depositing unit including a feeding mechanism configured to feed money placed therein one by one; a recognition unit configured to recognize the money; a dispensing unit having an outlet to which the money is dispensed; an escrow unit configured to store the money temporarily; a transport unit configured to connect the depositing unit , the recognition unit , the dispensing unit and the escrow unit , and transport the money; and a control unit configured to control an operation of the depositing unit , the recognition unit , the dispensing unit , the escrow unit , and the transport unit , characterized in that : the control unit is configured to receive a command to start a sorting counting process and the control unit is further configured to perform control, when it receives the command, such that the recognition unit recognizes the money placed in the depositing unit and a denomination of the money which is first recognized as fit banknote by the recognition unit is selected as a target denomination, the money of the target denomination being stored in the escrow unit , other money is dispensed to the outlet , and the money stored in the escrow unit being dispensed to the outlet through a shortest path. a depositing unit including a feeding mechanism configured to feed money placed therein one by one; a recognition unit configured to recognize the money; a dispensing unit having an outlet to which the money is dispensed; an escrow unit configured to store the money temporarily; a transport unit configured to connect the depositing unit , the recognition unit , the dispensing unit and the escrow unit , and transport the money; and a control unit configured to control an operation of the depositing unit , the recognition unit , the dispensing unit , the escrow unit , and the transport unit , characterized in that : the control unit is configured to receive a command to start a sorting counting process and the control unit is further configured to perform control, when it receives the command, such that the recognition unit recognizes the money placed in the depositing unit and a denomination of the money which is first recognized as fit banknote by the recognition unit is selected as a target denomination, the money of the target denomination being stored in the escrow unit , other money is dispensed to the outlet , and the money stored in the escrow unit being dispensed to the outlet through a shortest path.
An anti-HIV antibody, wherein said antibody is PGC14 having a heavy chain comprising the amino acid sequence of SEQ ID NO: 24 and a light chain comprising the amino acid sequence of SEQ ID NO: 26.
A rider support system which includes a helmet which is worn on a head of a rider of a straddle-type vehicle and includes a behavior control device and a communication device which are incorporated in other straddle-type vehicle on which the rider is not on board, the helmet comprising: a communication unit which is configured to directly or indirectly receive information transmitted from the communication device ; and a control unit which is configured to execute a warning operation for the rider based on the information received by the communication unit , wherein the communication unit is configured to receive behavior control information, which is information on automatic deceleration or automatic acceleration caused in the other straddle-type vehicle by the behavior control device according to surrounding environment information acquired during traveling as the information, the behavior control information being transmitted from the communication device , and the control unit is configured to execute the warning operation based on the behavior control information received by the communication unit . a communication unit which is configured to directly or indirectly receive information transmitted from the communication device ; and a control unit which is configured to execute a warning operation for the rider based on the information received by the communication unit , wherein the communication unit is configured to receive behavior control information, which is information on automatic deceleration or automatic acceleration caused in the other straddle-type vehicle by the behavior control device according to surrounding environment information acquired during traveling as the information, the behavior control information being transmitted from the communication device , and the control unit is configured to execute the warning operation based on the behavior control information received by the communication unit .
An extendable cutting tool comprising: a longitudinal member having a first end and a second end ; a pair of cutting blades coupled to the longitudinal member towards the first end , the pair of cutting blades configured to move between a first position and a second position; a spring mechanism configured to bias the pair of cutting blades in the first position; a sleeve member concentrically coupled to the longitudinal member towards the second end , and coupled to the spring mechanism such that the spring mechanism biases the sleeve member towards the first end of the longitudinal member ; wherein a sliding motion of the sleeve member towards the second end of the longitudinal member effects the movement of the pair of cutting blades from the first position towards the second position; characterized in that: the sleeve member is further configured to rotate, and reversibly deform relative to the longitudinal member such that a rotational motion, and deformation of the sleeve member in a first rotation direction locks the movement of the sleeve member , and the movement of the pair of cutting blades between the first position and the second position. a longitudinal member having a first end and a second end ; a pair of cutting blades coupled to the longitudinal member towards the first end , the pair of cutting blades configured to move between a first position and a second position; a spring mechanism configured to bias the pair of cutting blades in the first position; a sleeve member concentrically coupled to the longitudinal member towards the second end , and coupled to the spring mechanism such that the spring mechanism biases the sleeve member towards the first end of the longitudinal member ; wherein a sliding motion of the sleeve member towards the second end of the longitudinal member effects the movement of the pair of cutting blades from the first position towards the second position; characterized in that: the sleeve member is further configured to rotate, and reversibly deform relative to the longitudinal member such that a rotational motion, and deformation of the sleeve member in a first rotation direction locks the movement of the sleeve member , and the movement of the pair of cutting blades between the first position and the second position.
Method for operating an assistance system , having a projector , of a motor vehicle , in which method - a notification in relation to a wrong-way driver is received, - a position of the wrong-way driver , as transmitted with the notification , is compared with a current position , - on the basis of the comparison, a recommendation to adapt a driving parameter is projected into a region located in front of the motor vehicle for the driver by way of the projector , - a response of a driver is detected, and - a warning is output when the response does not correspond to the recommendation . - a notification in relation to a wrong-way driver is received, - a position of the wrong-way driver , as transmitted with the notification , is compared with a current position , - on the basis of the comparison, a recommendation to adapt a driving parameter is projected into a region located in front of the motor vehicle for the driver by way of the projector , - a response of a driver is detected, and - a warning is output when the response does not correspond to the recommendation .
A gas turbine engine component comprising: a body having: a first face ; and a first chamfer surface extending from the first face ; and a ceramic coating along the first face and the first chamfer surface , characterised in that the body further comprises: a plurality of first recesses along the first chamfer surface extending from the first face ; and linear features perpendicular to the first chamfer surface in the form of lateral boundaries of the plurality of first recesses . a body having: a first face ; and a first chamfer surface extending from the first face ; and a first face ; and a first chamfer surface extending from the first face ; and a ceramic coating along the first face and the first chamfer surface , characterised in that the body further comprises: a plurality of first recesses along the first chamfer surface extending from the first face ; and linear features perpendicular to the first chamfer surface in the form of lateral boundaries of the plurality of first recesses . a plurality of first recesses along the first chamfer surface extending from the first face ; and linear features perpendicular to the first chamfer surface in the form of lateral boundaries of the plurality of first recesses .
A wellhead system , comprising: a wellhead comprising a landing profile ; a tubing or casing hanger to be installed in a wellhead , the tubing or casing hanger comprising an outer surface including a landing profile configured to engage the landing profile of the wellhead ; a landing sensor configured to transmit a signal indicating contact between the landing profile of the tubing or casing hanger and the landing profile of the wellhead ; and a processor configured to receive the signal transmitted by the landing sensor ; characterized in that the landing sensor includes a first cable , a second cable and a flexible switch biased into a position protruding from the landing profile of the tubing or casing hanger , wherein the flexible switch is configured to flex inwardly into contact with an electrical contact coupled to second cable in response to the landing profile of the tubing or casing hanger contacting the landing profile of the wellhead . a wellhead comprising a landing profile ; a tubing or casing hanger to be installed in a wellhead , the tubing or casing hanger comprising an outer surface including a landing profile configured to engage the landing profile of the wellhead ; a landing sensor configured to transmit a signal indicating contact between the landing profile of the tubing or casing hanger and the landing profile of the wellhead ; and a processor configured to receive the signal transmitted by the landing sensor ; characterized in that the landing sensor includes a first cable , a second cable and a flexible switch biased into a position protruding from the landing profile of the tubing or casing hanger , wherein the flexible switch is configured to flex inwardly into contact with an electrical contact coupled to second cable in response to the landing profile of the tubing or casing hanger contacting the landing profile of the wellhead .
A reverse osmosis membrane comprising: a porous support; and a polyamide active layer formed on the porous support and including zeolite, surface-treated with a silane compound characterized in that said silane compound has a glycidyl group. a porous support; and a polyamide active layer formed on the porous support and including zeolite, surface-treated with a silane compound characterized in that said silane compound has a glycidyl group.