mhurhangee/ep-ind-claims huggingface dataset:
A single plunger fuel pump comprising: a pump housing having an internal pumping chamber and a pressurized inlet line to an inlet valve that feeds the pumping chamber; a plunger assembly mounting bore in the housing defining a bore wall and an end wall having an opening in fluid communication with the pumping chamber; a plunger sleeve in the plunger assembly mounting bore adjacent the pumping chamber; a pumping plunger reciprocable in the plunger sleeve inwardly toward and outwardly away from the pumping chamber; a plunger sleeve retainer secured against the mounting bore wall and axially supporting the sleeve; a plunger return spring captured between a spring seat at the outer end of the plunger and a shoulder on the sleeve retainer; characterized by a load ring situated between the sleeve retainer and the sleeve, urging the sleeve inwardly with a substantially constant force sufficient to sealingly press the sealing face of the sleeve against the sealing surface at the end of the wall of the bore, wherein said plunger sleeve has a seal face at one end which bears on and seals against a seal surface at the end wall of the mounting bore. a pump housing having an internal pumping chamber and a pressurized inlet line to an inlet valve that feeds the pumping chamber; a plunger assembly mounting bore in the housing defining a bore wall and an end wall having an opening in fluid communication with the pumping chamber; a plunger sleeve in the plunger assembly mounting bore adjacent the pumping chamber; a pumping plunger reciprocable in the plunger sleeve inwardly toward and outwardly away from the pumping chamber; a plunger sleeve retainer secured against the mounting bore wall and axially supporting the sleeve; a plunger return spring captured between a spring seat at the outer end of the plunger and a shoulder on the sleeve retainer; characterized by a load ring situated between the sleeve retainer and the sleeve, urging the sleeve inwardly with a substantially constant force sufficient to sealingly press the sealing face of the sleeve against the sealing surface at the end of the wall of the bore, wherein said plunger sleeve has a seal face at one end which bears on and seals against a seal surface at the end wall of the mounting bore.
A process for preparing lapatinib or its pharmaceutically acceptable salt, comprising converting a compound of formula: to lapatinib or its pharmaceutically acceptable salt; wherein the step of converting the compound of formula to lapatinib or its pharmaceutically acceptable salt is realized by method A or method B described below: method A, which comprises: i) activating the compound of formula with a halogenating, sulfonating, phosphonylating or amide bond-forming reagent; ii) reacting the activated compound of formula with 3-chloro-4-(3-fluorobenzyloxy)aniline to produce the compound of formula or its salt; and iii) converting the compound of formula or its salt to lapatinib or its pharmaceutically acceptable salt; method B, which comprises: i') reacting the compound of formula with 2-(methylsulfonyl)ethanamine (VIII) or its salt to produce the compound of formula: ii') activating the compound of formula with an activating agent to produce the compound of formula: wherein X' is a leaving group; and iii') converting the compound of formula into lapatinib by reaction of the compound of formula with the compound of formula. method A, which comprises: i) activating the compound of formula with a halogenating, sulfonating, phosphonylating or amide bond-forming reagent; ii) reacting the activated compound of formula with 3-chloro-4-(3-fluorobenzyloxy)aniline to produce the compound of formula or its salt; and iii) converting the compound of formula or its salt to lapatinib or its pharmaceutically acceptable salt; i) activating the compound of formula with a halogenating, sulfonating, phosphonylating or amide bond-forming reagent; ii) reacting the activated compound of formula with 3-chloro-4-(3-fluorobenzyloxy)aniline to produce the compound of formula or its salt; and iii) converting the compound of formula or its salt to lapatinib or its pharmaceutically acceptable salt; method B, which comprises: i') reacting the compound of formula with 2-(methylsulfonyl)ethanamine (VIII) or its salt to produce the compound of formula: ii') activating the compound of formula with an activating agent to produce the compound of formula: wherein X' is a leaving group; and iii') converting the compound of formula into lapatinib by reaction of the compound of formula with the compound of formula. i') reacting the compound of formula with 2-(methylsulfonyl)ethanamine (VIII) or its salt to produce the compound of formula: ii') activating the compound of formula with an activating agent to produce the compound of formula: wherein X' is a leaving group; and iii') converting the compound of formula into lapatinib by reaction of the compound of formula with the compound of formula.
An aviation fuel comprising aviation alkylate; a cyclopentadienyl manganese tricarbonyl compound; and a manganese scavenger compound selected from triphenyl phosphine oxide, triphenyl phosphine, glycerol triacetate and triethyl 1,1,2-ethane tricarboxylate; and wherein the aviation fuel contains 13 mg of lead or less per liter.
An artificial respiration device comprising at least one artificial respirator having at least one controllable breathing gas source and a programmable control apparatus and at least one sensor apparatus for determining the pressure and/or flow of the breathing gas, wherein the control apparatus activates the breathing gas source for predetermining a first artificial respiration pattern (relative to pressure, flow, volume, frequency), wherein the artificial respiration device has at least two further sensor apparatuses (3, 30, 40), wherein a sensor apparatus has a plurality of individual sensors (3, 3', 3",...) which are configured for generating and/or measuring electrical potentials and which are configured for the non-invasive determination of the electrical impedance of the lungs of a patient, wherein the second sensor apparatus is configured for the non-invasive determination of the carbon dioxide supply, wherein the third sensor apparatus is configured for the non-invasive determination of the oxygen supply of the patient, wherein the control apparatus evaluates the sensor measured values of the EI sensor apparatus for determining the instantaneous ventilation of the lungs during artificial respiration with the first artificial respiration pattern, wherein the control apparatus evaluates the sensor measured values of the second sensor apparatus for determining the instantaneous carbon dioxide supply and wherein the control apparatus evaluates the sensor measured values of the third sensor apparatus 40 for determining the instantaneous oxygen supply, characterized in that the control apparatus evaluates the sensor measured values of the EI sensor apparatus for determining the resulting ventilation of the lungs during artificial respiration with the second artificial respiration pattern, wherein the control apparatus evaluates the sensor measured values of the second sensor apparatus for determining the resulting carbon dioxide supply during artificial respiration with the second artificial respiration pattern, wherein the control apparatus evaluates the sensor measured values of the third sensor apparatus for determining the resulting oxygen supply during artificial respiration with the second artificial respiration pattern and wherein the control apparatus compares the instantaneous ventilation with the resulting ventilation, wherein the control apparatus uses the information about the ventilation of the lungs and about the oxygen supply and about the carbon dioxide supply, which is determined using the sensor measured values, for controlling or regulating the artificial respiration.
A piston and cylinder type damper having a cylinder with a piston assembly which is mounted for reciprocal linear movement therein and which divides the cylinder into separate chambers with a restricted flow path therebetween for passage of damping fluid contained within the cylinder, and a piston rod which is mounted for linear reciprocal movement with respect to the cylinder, with the piston rod being arranged to engage the piston assembly with abutting contact, with said contact between the piston rod and piston assembly being arranged to be separate from said restricted flow path, characterised in that the piston assembly contains a valve body and an actuator, with the restricted flow path being defined therebetween, in that said abutting contact of the piston rod is with the actuator, in that one of the piston rod or actuator comprises a flange at its point of abutting engagement with the other, and in that the end of the other of the piston rod or actuator has a rounded contact surface.
The compound -1-(3-(4-amino-3-(4-phenoxyphenyl)-1H-pyrazolo[3,4-d]pyrimidin-1-yl)piperidin-1-yl)prop-2-en-1-one Ibrutinib or a pharmaceutical composition comprising Ibrutinib for use in the treatment of a HER2 amplified cancer.
A battery pack configured to have a structure comprising a plate-shaped battery cell having electrode terminals (110 and 120) formed at one side thereof comprising a sealed surplus part and a protection circuit module mounted at the sealed surplus part, wherein each of the electrode terminals (110 and 120) of the battery cell is made of a plate-shaped conductive member, the PCM comprises a protection circuit board, a safety element electrically connected between one of the electrode terminals (110 and 120) of the battery cell and the PCB or loaded on the PCB, an external input and output terminal electrically connected to a protection circuit of the PCB, and an electrically insulative module case in which the PCB and the safety element are mounted in a state in which the external input and output terminal extends outside, the PCM is loaded on the sealed surplus part of the battery cell in a state in which the PCM is received in the module case such that the PCM is electrically connected to the electrode terminals (110 and 120) of the battery cell, and the module case comprises a PCB receiving part open outward at one side thereof, and an adhesive fixing tape is attached to an outer surface of the module case contacting the sealed surplus part, the module case is configured to have a rectangular parallelepiped box structure, the module case is provided at an inside thereof with at least one PCB fixing protrusion part, and the fixing tape comprises a base film selected from a group consisting of a polycarbonate tape, a polypropylene tape, a polyethylene tape, and a polyethylene terephthalate tape, and wherein an adhesive material is applied to opposite sides of the fixing tape.
Induction cooktop comprising a cooktop hotplate and an inductive heating arranged underneath in a plane, wherein the inductive heating includes at least one induction heating coil, wherein: - a magnetic lens is provided in a plane between the plane of the inductive heating and the bottom side of the cooktop hotplate, - the magnetic lens is configured to influence or possibly even to some extent to deflect or to redirect or to shape the magnetic field generated by the inductive heating or the induction heating coil, characterized in that - the magnetic lens is provided between the inductive heating or the induction heating coils and the bottom side of the cooktop hotplate, - the magnetic lens covers a surface area that corresponds essentially to the surface covering or the surface area of the induction heating coil, - the magnetic lens is composed of metamaterials or includes metamaterials. - a magnetic lens is provided in a plane between the plane of the inductive heating and the bottom side of the cooktop hotplate, - the magnetic lens is configured to influence or possibly even to some extent to deflect or to redirect or to shape the magnetic field generated by the inductive heating or the induction heating coil, - the magnetic lens is provided between the inductive heating or the induction heating coils and the bottom side of the cooktop hotplate, - the magnetic lens covers a surface area that corresponds essentially to the surface covering or the surface area of the induction heating coil, - the magnetic lens is composed of metamaterials or includes metamaterials.
A magnetic domain wall based memory device comprising: a spin orbit torque, SOT, track comprising a first strip of a patterned SOT generating layer, wherein the first strip extends into a first direction and is configured to pass a first current along the first direction; a first magnetic domain wall track comprising a second strip of the patterned SOT generating layer and a first magnetic strip of a patterned magnetic free layer, wherein the second strip extends along a second direction and intersects with the first strip in a first crossing region, and the first magnetic strip is provided on the second strip including the first crossing region and is configured to pass a second current along the second direction; a first and a second magnetic tunnel junction, MTJ, structure (26a, 26b) provided on the first magnetic strip and separated in the second direction, wherein the first MTJ structure is provided above the first crossing region and is provided with a first voltage gate. a spin orbit torque, SOT, track comprising a first strip of a patterned SOT generating layer, wherein the first strip extends into a first direction and is configured to pass a first current along the first direction; a first magnetic domain wall track comprising a second strip of the patterned SOT generating layer and a first magnetic strip of a patterned magnetic free layer, wherein the second strip extends along a second direction and intersects with the first strip in a first crossing region, and the first magnetic strip is provided on the second strip including the first crossing region and is configured to pass a second current along the second direction; a first and a second magnetic tunnel junction, MTJ, structure (26a, 26b) provided on the first magnetic strip and separated in the second direction, wherein the first MTJ structure is provided above the first crossing region and is provided with a first voltage gate.
An apparatus comprising: an input connector configured for sterile connection to a fluid source; a first tube extending from a proximal end to a distal end comprising an input connector configured for sterile attachment to a fluid source to provide fluid communication between the first tube and the source; a second and a third tube, each in fluid communication with the first tube and each extending from a proximal end to a distal end comprising an output connector configured for sterile connection to a fluid input port of a catheter based device; and a single catheter based device; wherein both output connectors are configured for attachment to the single catheter based device. an input connector configured for sterile connection to a fluid source; a first tube extending from a proximal end to a distal end comprising an input connector configured for sterile attachment to a fluid source to provide fluid communication between the first tube and the source; a second and a third tube, each in fluid communication with the first tube and each extending from a proximal end to a distal end comprising an output connector configured for sterile connection to a fluid input port of a catheter based device; and a single catheter based device; wherein both output connectors are configured for attachment to the single catheter based device.
A radar system comprising: a first IC, arranged to receive a reference clock signal and configurable to generate a common local oscillator signal based on said reference clock signal; a second IC, arranged to receive the common local oscillator signal from the first IC; characterised by further comprising: a controller, adapted to detect a fault in said first IC, and configured, upon detection of said fault in said first IC, to send at least one signal to said second IC for reconfiguring said second IC from a slave mode to a master mode; wherein, when operating in said slave mode, said second IC is configured to use the common local oscillator signal generated by the first IC, and, when operating in said master mode, said second IC is configured to use an internally-generated local oscillator signal. a first IC, arranged to receive a reference clock signal and configurable to generate a common local oscillator signal based on said reference clock signal; a second IC, arranged to receive the common local oscillator signal from the first IC; a controller, adapted to detect a fault in said first IC, and configured, upon detection of said fault in said first IC, to send at least one signal to said second IC for reconfiguring said second IC from a slave mode to a master mode; wherein, when operating in said slave mode, said second IC is configured to use the common local oscillator signal generated by the first IC, and, when operating in said master mode, said second IC is configured to use an internally-generated local oscillator signal.
An inner cannula for use with a tracheostomy tube, comprising: a first tube having a first diameter for insertion in the tracheostomy tube, a distal end and a proximal end, said first tube further comprising a plurality of holes (125, 127) between an intraluminal space of the first tube and an outer surface of the first tube; and a second tube fused to the distal end of the first tube and having a second diameter larger than the first diameter; characterized in that the first tube further comprises a continuous elevated ridge on the outer surface of the first tube, the continuous elevated ridge having a height that abuts an inner lumen of the tracheostomy tube, wherein the continuous elevated ridge starts at the second tube, extends at least along a first length of the first tube in a proximal direction, around a circumference of the first tube, and along a second length of the first tube in the distal direction, and terminates at the second tube, the continuous elevated ridge dividing an airspace surrounding the outer surface into a plurality of separate regions including at least a first region and a second region; and the second tube further comprises a first passage between an outer surface of the second tube and the first region and a second passage between an outer surface of the second tube and the second region. a first tube having a first diameter for insertion in the tracheostomy tube, a distal end and a proximal end, said first tube further comprising a plurality of holes (125, 127) between an intraluminal space of the first tube and an outer surface of the first tube; and a second tube fused to the distal end of the first tube and having a second diameter larger than the first diameter; characterized in that the first tube further comprises a continuous elevated ridge on the outer surface of the first tube, the continuous elevated ridge having a height that abuts an inner lumen of the tracheostomy tube, wherein the continuous elevated ridge starts at the second tube, extends at least along a first length of the first tube in a proximal direction, around a circumference of the first tube, and along a second length of the first tube in the distal direction, and terminates at the second tube, the continuous elevated ridge dividing an airspace surrounding the outer surface into a plurality of separate regions including at least a first region and a second region; and the second tube further comprises a first passage between an outer surface of the second tube and the first region and a second passage between an outer surface of the second tube and the second region.
A method performed by user equipment for handover initiation, the method comprising: selecting each of an A3offset value and a time-to-trigger, TTT, of an A3offset-TTT pair based on a velocity of the UE; determining a reference signal received quality, RSRQ, of a serving cell and an RSRQ of a target cell; and transmitting a measurement report to an enhanced Node B of the serving cell for handover to the target cell when the RSRQ of the target cell exceeds RSRQ of the serving cell by at least the A3offset value for the TTT. selecting each of an A3offset value and a time-to-trigger, TTT, of an A3offset-TTT pair based on a velocity of the UE; determining a reference signal received quality, RSRQ, of a serving cell and an RSRQ of a target cell; and transmitting a measurement report to an enhanced Node B of the serving cell for handover to the target cell when the RSRQ of the target cell exceeds RSRQ of the serving cell by at least the A3offset value for the TTT.
A method for checking the patency of an endoscope channel in an endoscope washing machine, wherein the inlet of the channel is put under pressure and then closed, whereupon the change in pressure is measured at the inlet, characterised in that - a series of pressure pulses (21, 31, 41) is applied to the channel and the maximum and minimum values (23, 22) thereof are determined. - a series of pressure pulses (21, 31, 41) is applied to the channel and the maximum and minimum values (23, 22) thereof are determined.
A system for automatically launching and retrieving a marine or submarine craft from a moving carrier vessel, even in rough seas, said system being of the type comprising an inclinable hinged ramp in the form of a trough, comprising a bottom and edges (114, 115), first drive means (18, 181, 182) for lowering and raising said ramp and traction means (14, 16) for controlling the slippage of said craft along said ramp when launching said craft and for hoisting said craft along said ramp when retrieving said craft, said ramp having a free end and an emerged end connected to said vessel, whilst at least leaving a degree of rotation free about a horizontal axis perpendicular to the main axis of said ramp so that said free end can be raised and lowered in the same way as a drawbridge, said first drive means being designed to lower and raise said ramp so that the position of said free end varies between a submerged position where it enters the water and an emerged position at which said ramp is found in the horizontal position, said ramp further comprising buoyancy means configured and arranged on said ramp so that said free end of said ramp floats on the surface or near the surface of the water when said ramp is lowered, characterised in that said bottom of said hinged ramp has an outer face forming a fairing, the section profile of which is in the shape of a V or in the shape of a W, said system comprising reception and guidance means comprising a reception device configured to receive the end of said craft and to remain in contact with said craft during the launch and recovery operations, said reception device being driven with said craft by traction means when launching and retrieving said craft, said system further comprising vertical protection elements designed to provide a support for the wings of said craft when its end is engaged in said reception device, with the frontal support that is thus realised helping to retain said craft in the axis of said ramp.
A wire bow monitoring system for a semiconductor wire saw device, comprising: a sensor arrangement configured to be positioned adjacent to a wire of the wire saw device, wherein the sensor arrangement is adapted to detect a bow of the wire, wherein the sensor arrangement comprises a plurality of sensors comprising at least one of an inductive sensor, a capacitive sensor and a contact sensor, wherein the sensor arrangement further comprises at least one movable rod, wherein the plurality of sensors are mounted to the rod in a row. a sensor arrangement configured to be positioned adjacent to a wire of the wire saw device, wherein the sensor arrangement is adapted to detect a bow of the wire, wherein the sensor arrangement comprises a plurality of sensors comprising at least one of an inductive sensor, a capacitive sensor and a contact sensor, wherein the sensor arrangement further comprises at least one movable rod, wherein the plurality of sensors are mounted to the rod in a row.