mhurhangee/patent-ind-claim-en huggingface dataset:
A charge port door assembly for a vehicle , comprising: - a charge port door ; - an actuation system ,configured to move the charge port door between a closed position, in which the door is intended to cover a charge port of a vehicle and to remain flush with an outer surface of the vehicle , and an open position, in which the door is intended to permit access to the charge port, the actuation system comprising a linkage connecting the door to a support intended to be fixed relative to the vehicle , and an actuator configured to actuate the linkage to move the door , the actuation system further comprising an extendable lever , the extendable lever being directly or indirectly connected at a first end to an output member of the actuator, and directly or indirectly connected at an opposite, second end to the door , the charge port assembly being characterized in that the extendable lever comprises a first member fixedly connected to the first end or to the second end of the extendable lever , and a second member fixedly connected to the opposite end of the extendable lever , the first member and the second member being configured to move away from each other when a force is exerted on the extendable lever , the force exerted tending to separate both ends of the extendable lever and having an intensity higher than a specified intensity, the specified intensity being lower than the intensity of a force likely to damage the actuation system . - a charge port door ; - an actuation system ,configured to move the charge port door between a closed position, in which the door is intended to cover a charge port of a vehicle and to remain flush with an outer surface of the vehicle , and an open position, in which the door is intended to permit access to the charge port, the actuation system comprising a linkage connecting the door to a support intended to be fixed relative to the vehicle , and an actuator configured to actuate the linkage to move the door , the actuation system further comprising an extendable lever , the extendable lever being directly or indirectly connected at a first end to an output member of the actuator, and directly or indirectly connected at an opposite, second end to the door , the charge port assembly being characterized in that the extendable lever comprises a first member fixedly connected to the first end or to the second end of the extendable lever , and a second member fixedly connected to the opposite end of the extendable lever , the first member and the second member being configured to move away from each other when a force is exerted on the extendable lever , the force exerted tending to separate both ends of the extendable lever and having an intensity higher than a specified intensity, the specified intensity being lower than the intensity of a force likely to damage the actuation system .
Method for determining the maximum possible number of constant tables (KT1-KT4) at table locations in one or more pick-and-place lines (BL) for the placement of components on assemblies with the aid of pick-and-place machines (BA1, BA2), wherein the fittings on the constant tables (KT1-KT4) are used in all the fitting families of a pick-and-place line, wherein a fitting family comprises a set of assemblies which can be produced on a pick-and-place line with a common component fitting, and wherein the entire set of component types required for this purpose can be accommodated on the table locations available to the pick-and-place line, characterized in that the maximum possible number of constant tables (KT1-KT4) is determined by means of calculation with the aid of mixed integer linear optimization on the basis of input data describing the pick-and-place infrastructure (BL, BA1, BA2, TS, KT1-KT4, VT1-VT4, BK1-BK8), wherein the pick-and-place infrastructure can comprise in particular the pick-and-place lines (BL) having the pick-and-place machines (BA1, BA2), each having pick-and-place heads (KT1-KT4), at least one transport system (TS) for the assemblies, said constant tables and further tables which can be variably fitted, wherein the following data are used as input data: - set of component types, - set of assembly types, - set of component types per assembly type, - track occupation per component type, - maximum track capacity per table, - set of tables of a pick-and-place line, - set of permissible component types per table, and wherein the tables with maximum total track capacity, i.e. with the maximum sum of the track capacities, are selected as constant tables. - set of component types, - set of assembly types, - set of component types per assembly type, - track occupation per component type, - maximum track capacity per table, - set of tables of a pick-and-place line, - set of permissible component types per table,
A system for remotely monitoring cryogenic processing of a sample, the system comprising: a plurality of thawing machines for thawing a respective sample; a remote server located remote from the thawing machines , the remote server configured to transmit the same predetermined sample thawing profile data to each of said thawing machines ; wherein the thawing machines comprise at least one respective sensor (366, 367, 368, ...36n), the at least one respective sensor configured to detect thawing sensor data relating to the thawing of the sample in accordance with the transmitted predetermined sample thawing profile data; and wherein the remote server is further configured to receive the detected thawing sensor data from the thawing machines , and wherein the thawing machines further comprise a respective control module , the respective control module being configured to detect at least one of thawing machine data, sample thawing data and user data, relating to the thawing of the sample in accordance with the transmitted predetermined sample thawing profile data; and wherein the remote server is further configured to receive from the thawing machines the detected thawing machine data, sample thawing data, and/or user data. a plurality of thawing machines for thawing a respective sample; a remote server located remote from the thawing machines , the remote server configured to transmit the same predetermined sample thawing profile data to each of said thawing machines ; wherein the thawing machines comprise at least one respective sensor (366, 367, 368, ...36n), the at least one respective sensor configured to detect thawing sensor data relating to the thawing of the sample in accordance with the transmitted predetermined sample thawing profile data; and wherein the remote server is further configured to receive the detected thawing sensor data from the thawing machines , and wherein the thawing machines further comprise a respective control module , the respective control module being configured to detect at least one of thawing machine data, sample thawing data and user data, relating to the thawing of the sample in accordance with the transmitted predetermined sample thawing profile data; and wherein the remote server is further configured to receive from the thawing machines the detected thawing machine data, sample thawing data, and/or user data.
A frictional power transmission belt having a frictional power transmission surface wherein the frictional power transmission surface is covered with a fibrous member at least containing water absorptive fibers, and wherein the fibrous member comprises water absorptive fibers in a ratio of from 50 to 90% by mass relative to all the fibers therein; characterized in that an inorganic powder exists in at least a surface of the fibrous member ; and in that the inorganic powder also exists between the fibers inside the texture of the fibrous member .
Coronary diagnostic assembly, comprising: - an accessory catheter , intended to be introduced into a peripheral artery or vein of the human body; - a sleeve adapted to be engaged around the accessory catheter, the sleeve being made of electrically conductive material over at least part of its outer periphery, such that, when the accessory catheter is introduced into the peripheral artery or vein of the human body, the conductive periphery of the sleeve is in contact with the subcutaneous tissue of the body or with the wall of the artery or of the vein, the sleeve being additionally connected to an electrical connection, itself connected to an electrode of a cardiac stimulator outside the body; - a guidewire intended to be introduced into an insertion sheath of the accessory catheter, the guidewire comprising, in its distal portion, a pressure sensor for measuring coronary reserve and, in its proximal portion, a metal part further serving as a connection to the other electrode of the external cardiac stimulator and also as a connection to the receiver of the pressure measured by the sensor. - an accessory catheter , intended to be introduced into a peripheral artery or vein of the human body; - a sleeve adapted to be engaged around the accessory catheter, the sleeve being made of electrically conductive material over at least part of its outer periphery, such that, when the accessory catheter is introduced into the peripheral artery or vein of the human body, the conductive periphery of the sleeve is in contact with the subcutaneous tissue of the body or with the wall of the artery or of the vein, the sleeve being additionally connected to an electrical connection, itself connected to an electrode of a cardiac stimulator outside the body; - a guidewire intended to be introduced into an insertion sheath of the accessory catheter, the guidewire comprising, in its distal portion, a pressure sensor for measuring coronary reserve and, in its proximal portion, a metal part further serving as a connection to the other electrode of the external cardiac stimulator and also as a connection to the receiver of the pressure measured by the sensor.
Mixing device for a burner with reduced production of NOx, the device comprising: a centrally arranged first mixing device for producing a first fuel-air mixture for a primary flame zone , the first mixing device at least comprising a first fuel nozzle and a baffle plate , a second mixing device for producing a second fuel-air mixture for a secondary flame zone which surrounds said primary flame zone , the second mixing device having several second fuel nozzles , characterized by a sealing air production device for producing a sealing air flow in a sealing air zone which surrounds the primary flame zone of the first mixing device arranged downstream of the baffle plate , wherein the second mixing device is designed for delivery of the second fuel-air mixture to the secondary flame zone which surrounds the sealing air zone , and a third mixing device for pre-mixing and swirling a third fuel-air mixture and for delivery of the pre-mixed and swirled third fuel-air mixture to a swirling flame zone arranged between the sealing air zone and the secondary flame zone . a centrally arranged first mixing device for producing a first fuel-air mixture for a primary flame zone , the first mixing device at least comprising a first fuel nozzle and a baffle plate , a second mixing device for producing a second fuel-air mixture for a secondary flame zone which surrounds said primary flame zone , the second mixing device having several second fuel nozzles , characterized by a sealing air production device for producing a sealing air flow in a sealing air zone which surrounds the primary flame zone of the first mixing device arranged downstream of the baffle plate , wherein the second mixing device is designed for delivery of the second fuel-air mixture to the secondary flame zone which surrounds the sealing air zone , and a third mixing device for pre-mixing and swirling a third fuel-air mixture and for delivery of the pre-mixed and swirled third fuel-air mixture to a swirling flame zone arranged between the sealing air zone and the secondary flame zone .
A catalyst comprising a carrier as well as an active component, a first co-agent component and a second co-agent component loaded on the carrier, wherein the active component is one or more selected from the group consisting of oxides of Pt, Pd, Ru, Rh, Ag and Ir; the first co-agent component comprises one or more selected from the group consisting of a rare earth metal element, a group IVB metal element and a group VIII metal element selected from iron, cobalt and nickel; and the second co-agent component comprises one or more selected from the group consisting of an alkali metal element and an alkaline earth metal element; along a radial direction from a core of the carrier to the outer surface of the carrier, the content of said active component is gradually increased and then gradually decreased to form a peak shape distribution, the content of said first co-agent component is gradually increased and then gradually decreased to form a peak shape distribution, the content of said second co-agent component is gradually increased, and the peak value of the content of said active component is 0.2 wt% or more; said active component is contained in an amount of 0.05-2 wt% in terms of the metallic element, said first co-agent component is contained in an amount of 0.1-3 wt% in terms of the oxide, and said second co-agent component is contained in an amount of 1-7 wt% in terms of the oxide, based on the dry weight of the catalyst. the first co-agent component comprises one or more selected from the group consisting of a rare earth metal element, a group IVB metal element and a group VIII metal element selected from iron, cobalt and nickel; and the second co-agent component comprises one or more selected from the group consisting of an alkali metal element and an alkaline earth metal element; along a radial direction from a core of the carrier to the outer surface of the carrier, the content of said active component is gradually increased and then gradually decreased to form a peak shape distribution, the content of said first co-agent component is gradually increased and then gradually decreased to form a peak shape distribution, the content of said second co-agent component is gradually increased, and the peak value of the content of said active component is 0.2 wt% or more; said active component is contained in an amount of 0.05-2 wt% in terms of the metallic element, said first co-agent component is contained in an amount of 0.1-3 wt% in terms of the oxide, and said second co-agent component is contained in an amount of 1-7 wt% in terms of the oxide, based on the dry weight of the catalyst.
A mobile device for inspecting a production line intended to be partially submerged in a body of water , including: - an inspection support bearing at least one sensor capable of being positioned facing the production line ; - a catching and traveling assembly for catching onto and traveling along the production line , connected to the inspection support , the catching and traveling assembly including at least one clamp able to be selectively actuated to grip onto the production line , the or each clamp delimiting a central passage of longitudinal axis (B-B'), capable of receiving the production line , the catching and traveling assembly comprising an active mechanism for moving the clamp longitudinally; characterized in that the or each clamp is capable of applying a nominal clamping pressure comprised between 2 bar and 90 bar on the production line , the or each clamp being capable of applying said clamping pressure on a surface greater than 0.2 m 2 . - an inspection support bearing at least one sensor capable of being positioned facing the production line ; - a catching and traveling assembly for catching onto and traveling along the production line , connected to the inspection support ,
A method of selecting ions, the method comprising selecting ions corresponding to a target ion of interest by: separating analyte ions according to their ion mobility in a closed loop ion mobility separator ; isolating first ions of the analyte ions within a first ion mobility drift time range that corresponds to the target ion of interest; storing the first ions in an ion trap arranged upstream of the closed-loop ion mobility separator ; separating the first ions according to their ion mobility in the closed-loop ion mobility separator ; isolating second ions of the first ions within a second ion mobility drift time range that corresponds to the target ion of interest; and storing the second ions in the ion trap . separating analyte ions according to their ion mobility in a closed loop ion mobility separator ; isolating first ions of the analyte ions within a first ion mobility drift time range that corresponds to the target ion of interest; storing the first ions in an ion trap arranged upstream of the closed-loop ion mobility separator ; separating the first ions according to their ion mobility in the closed-loop ion mobility separator ; isolating second ions of the first ions within a second ion mobility drift time range that corresponds to the target ion of interest; and storing the second ions in the ion trap .
A haptic feedback device comprising: a first electroactive layer comprising a ferroelectric polymer; a plurality of electrodes on at least one surface of the first electroactive layer ; and characterized by two second electroactive layers in contact with the plurality of electrodes and the first electroactive layer and each comprising an electroactive polymer, and wherein at least one second electroactive layer has a lower refractive index than the plurality of electrodes . a first electroactive layer comprising a ferroelectric polymer; a plurality of electrodes on at least one surface of the first electroactive layer ; and characterized by two second electroactive layers in contact with the plurality of electrodes and the first electroactive layer and each comprising an electroactive polymer, and wherein at least one second electroactive layer has a lower refractive index than the plurality of electrodes .
A vacuum cleaner comprising: a suction source ; an air inlet ; an airflow path extending from the air inlet to the suction source ; a valve movable between an open position in which the suction source and the air inlet are in fluid communication and a closed position in which the valve substantially blocks the airflow path to inhibit fluid communication between the air inlet and the suction source ; and; a link coupled to the valve such that movement of the link in a first direction when the valve is in the closed position opens the valve , and movement of the link in a second direction when the valve is in the open position closes the valve , wherein the air inlet is a first air inlet, the vacuum cleaner further comprising a second air inlet in fluid communication with the suction source , the link has a deformable portion resiliently deformable to permit additional movement of the link in the second direction when the valve is in the closed position, characterized in that the vacuum cleaner further comprises a seal configured to selectively inhibit airflow through the second air inlet , and a bypass valve in fluid communication with the suction source , the bypass valve being configured to open to provide a third air inlet when the valve is in the closed position and airflow through the second air inlet is inhibited by the seal . a suction source ; an air inlet ; an airflow path extending from the air inlet to the suction source ; a valve movable between an open position in which the suction source and the air inlet are in fluid communication and a closed position in which the valve substantially blocks the airflow path to inhibit fluid communication between the air inlet and the suction source ; and; a link coupled to the valve such that movement of the link in a first direction when the valve is in the closed position opens the valve , and movement of the link in a second direction when the valve is in the open position closes the valve , wherein the air inlet is a first air inlet, the vacuum cleaner further comprising a second air inlet in fluid communication with the suction source , the link has a deformable portion resiliently deformable to permit additional movement of the link in the second direction when the valve is in the closed position, characterized in that the vacuum cleaner further comprises a seal configured to selectively inhibit airflow through the second air inlet , and a bypass valve in fluid communication with the suction source , the bypass valve being configured to open to provide a third air inlet when the valve is in the closed position and airflow through the second air inlet is inhibited by the seal .
A locking retainer system configured to secure an automotive component within a motor vehicle, comprising: the automotive component ; a panel defining a T-shaped aperture having a vertical aperture portion and a longitudinal aperture portion, wherein the vertical aperture portion is defined by a first planar portion of the panel and the longitudinal aperture portion is defined by a second planar portion of the panel , and wherein the first planar portion is laterally offset from the second planar portion ; and a retainer having a vertical retainer portion and a longitudinal retainer portion and attached to said automotive component by an elongated strut intermediate the vertical retainer portion and the automotive component , wherein the retainer defines a longitudinal ridge protruding from the longitudinal retainer portion , wherein the panel is configured to receive the retainer within the aperture, wherein the longitudinal ridge engages an edge of the longitudinal aperture portion when the retainer is received within the aperture, thereby securing the automotive component to the panel and limiting motion of the automotive component relative to the panel along lateral (Y), longitudinal (X), and vertical (Z) axes, characterized in that the automotive component defines a pair of vertical ribs , with one vertical rib of the pair of vertical ribs on each side of the strut and wherein the pair of vertical ribs are in contact with an outer surface of the second planar portion of the panel when the retainer is assembled to the panel .
A method for the reduction of aluminosilicate containing scale in a Bayer process comprising the steps of: adding to the Bayer process stream an aluminosilicate scale inhibiting amount of a composition comprising at least one small molecule, wherein the small molecule is selected from the group consisting of: (XLIV), (XLV), (XLVI), (XLVII), (XLVIII), (XLIX), (L), (LII), and any combination thereof:
Security device for closing two hinged elements, the device comprising an interposition means intended to block access to the latch through a channel between the hinged elements to be closed, wherein the interposition means has at least an inactive position in which said means is retracted and an active position, and in that the device also comprises an actuation mechanism for moving the interposition means from the passive position to the active position when the hinged elements are closed characterised in that the interposition means has a plurality of grooves on its outer face, which preferably are oblique relative to the plane of said outer face and which are cut into the face in a direction moving away from an axis of rotation of the interposition means .