mhurhangee/ep-ind-claims huggingface dataset:
An aerosol generating device for generating a condensation aerosol from a liquid formulation comprising a pharmaceutically active agent, the device comprising: a. a reservoir comprising the liquid formulation comprising a pharmaceutically active agent; b. a pump, wherein the pump is located within the reservoir, and wherein the pump is in fluid communication with the liquid formulation comprising a pharmaceutically active agent; and c. a heater element, wherein the heater element is in fluid communication with the pump, and wherein the pump is configured to deliver the liquid formulation comprising a pharmaceutically active agent to the heater element, wherein the heater element is configured to vaporize the liquid formulation upon activation to generate the condensation aerosol, characterized in that the pump is configured to operate at a first rate and a second rate; and in that the heater element is in fluid communication with the pump, wherein the first rate of the pump delivers a first amount of the liquid formulation comprising a pharmaceutically active agent to the heater element, wherein upon activation the heater element vaporizes the first amount that condenses to form a first condensation aerosol comprising a first diameter, and wherein the second rate of the pump delivers a second amount of the liquid formulation comprising a pharmaceutically active agent to the heater element, wherein upon activation the heater element vaporizes the second amount that condenses to form a second condensation aerosol comprising a second diameter, wherein the first amount is different than the second amount. a. a reservoir comprising the liquid formulation comprising a pharmaceutically active agent; b. a pump, wherein the pump is located within the reservoir, and wherein the pump is in fluid communication with the liquid formulation comprising a pharmaceutically active agent; and c. a heater element, wherein the heater element is in fluid communication with the pump, and wherein the pump is configured to deliver the liquid formulation comprising a pharmaceutically active agent to the heater element, wherein the heater element is configured to vaporize the liquid formulation upon activation to generate the condensation aerosol,
A passenger seat comprising a multi-latch assembly wherein said multi-latch assembly comprises: a first latch member comprising: a first arm; and a first shaft that extends from the first arm and that is at least partially hollow; and a second latch member comprising: a second arm; and a second shaft that extends from the second arm and that is received within the first shaft of the first latch member so that the first arm and the second arm are rotatable independently of one another. a first latch member comprising: a first arm; and a first shaft that extends from the first arm and that is at least partially hollow; and a first arm; and a first shaft that extends from the first arm and that is at least partially hollow; and a second latch member comprising: a second arm; and a second shaft that extends from the second arm and that is received within the first shaft of the first latch member so that the first arm and the second arm are rotatable independently of one another. a second arm; and a second shaft that extends from the second arm and that is received within the first shaft of the first latch member so that the first arm and the second arm are rotatable independently of one another.
An absolute steering angle sensor assembly comprising: a single main gear, wherein the main gear has first gear teeth with a first pitch, second gear teeth with a second pitch, and the first and second gear pitches are different; a first magnet gear driven by the first gear teeth, wherein the first magnet gear has a first gear profile and a first diameter; a second magnet gear driven by the second gear teeth, wherein the second magnet gear has a second gear profile and a second diameter, the first and second gear profiles are different, and the first and second diameters are different; a first magnet rotating with the first magnet gear and emitting a first magnetic field; a second magnet rotating with the second magnet gear and emitting a second magnetic field; and a sensor assembly measuring strengths of the first and second magnetic fields and calculating an absolute steering angle. a single main gear, wherein the main gear has first gear teeth with a first pitch, second gear teeth with a second pitch, and the first and second gear pitches are different; a first magnet gear driven by the first gear teeth, wherein the first magnet gear has a first gear profile and a first diameter; a second magnet gear driven by the second gear teeth, wherein the second magnet gear has a second gear profile and a second diameter, the first and second gear profiles are different, and the first and second diameters are different; a first magnet rotating with the first magnet gear and emitting a first magnetic field; a second magnet rotating with the second magnet gear and emitting a second magnetic field; and a sensor assembly measuring strengths of the first and second magnetic fields and calculating an absolute steering angle.
An integrated circuit, comprising: a first die that includes configuration memory cells; a second die, wherein the first die is stacked on the second die; a plurality of inter-die connections, wherein each inter-die connection comprises a bump disposed between the first die and the second die coupling the first die to the second die; a first probe pad disposed on the second die, wherein the first probe pad is coupled to a first bump; and a second probe pad (120B, 120E) disposed on the second die, wherein the second probe pad is coupled to a second bump, wherein the configuration memory cells of the first die are configured with configuration data to establish an internal connection (315, 515) in the first die coupling the first bump to the second bump; and wherein the coupling of the first probe pad to the first bump, the coupling of the second probe pad to the second bump, and the internal connection in the first die are configured to propagate a test signal from the first probe pad to the second probe pad. a first die that includes configuration memory cells; a second die, wherein the first die is stacked on the second die; a plurality of inter-die connections, wherein each inter-die connection comprises a bump disposed between the first die and the second die coupling the first die to the second die; a first probe pad disposed on the second die, wherein the first probe pad is coupled to a first bump; and a second probe pad (120B, 120E) disposed on the second die, wherein the second probe pad is coupled to a second bump, wherein the configuration memory cells of the first die are configured with configuration data to establish an internal connection (315, 515) in the first die coupling the first bump to the second bump; and wherein the coupling of the first probe pad to the first bump, the coupling of the second probe pad to the second bump, and the internal connection in the first die are configured to propagate a test signal from the first probe pad to the second probe pad.
A bag for filling and delivering a liquid additive, having means for suspending the bag (10; 10.1, 10.2) in a suspended position at the upper end of the bag, having at least one first port arranged on the bag (10; 10.1, 10.2) and a second port arranged at the lower end of the bag in the suspended position for fluid connection with a removal arrangement, said second port having a kink valve with a predetermined breaking point arranged in the second port, the upper part of the kink valve consists of a smaller-diameter part which is sealed at its end side and the lower part of the kink valve consists of a larger-diameter second part, which are both adhesively connected to one another by means of a short transition region, wherein an inner passage engages into the second part from below, said inner passage extending up into the first part and ending there and undergoing a discontinuous reduction of its diameter in the region of the transition region, the diameter reduction of the inner passage is adapted to the outside diameters of the first and second part (18a, 18b) so that both have a sufficient wall thickness in the transition region in the axial extension region of the inner passage, the region of the discontinuously reduced diameter of the inner passage is positioned in such a manner with respect to the transition region of the outside diameters that at the end of the transition region facing the first part a locally delimited, circumferential, significant constriction of the wall thickness of the kink valve is produced, which operates as a predetermined breaking point B, the kink valve is first inserted with the free end of the first part into the second port and the second part is formed in the region of its free end in the form of a fastening part which is configured in the second port in the form of a nozzle-shaped screw access and is non-positively fastened, wherein following introduction of the kink valve into the hose access a hermetic seal is established between the outside of the fastening part and the inside of the hose access at this point, characterized in that the kink valve is inserted so far into the second port, and is axially displaced, that following the breaking of the kink valve at the predetermined breaking point, the isolated smaller-diameter first part passes into the bag (10.1, 10.2) so that an unhindered access from the interior of the bag (10.1, 10.2) is ensured via the inner passage to the removal arrangement.
A disconnector comprising: conductive arms pivotally coupled with each other; and finger contacts having two opposite ends (115, 116) and an elastic portion between the two opposite ends (115, 116), each of the finger contacts being fixed to the respective conductive arm by fasteners at the two opposite ends (115, 116) such that the elastic portion presses against the conductive arm, wherein in response to the conductive arms being pivoted toward each other and clamping an electrical contact hanged at a bus-bar above the disconnector, the conductive arms are electrically coupled with the electrical contact via the respective finger contacts, characterized in that the elastic portion is larger in thickness than the two opposite ends (115, 116), and in that the thickness gradually decreases towards the two opposite ends (115, 116). conductive arms pivotally coupled with each other; and finger contacts having two opposite ends (115, 116) and an elastic portion between the two opposite ends (115, 116), each of the finger contacts being fixed to the respective conductive arm by fasteners at the two opposite ends (115, 116) such that the elastic portion presses against the conductive arm, wherein in response to the conductive arms being pivoted toward each other and clamping an electrical contact hanged at a bus-bar above the disconnector, the conductive arms are electrically coupled with the electrical contact via the respective finger contacts, characterized in that the elastic portion is larger in thickness than the two opposite ends (115, 116), and in that the thickness gradually decreases towards the two opposite ends (115, 116).
A combustion catalyst for treating a suspended particulate matter in a diesel exhaust gas, said combustion catalyst comprises: a carrier comprised of oxide ceramic particles consisting of a ceria-praseodymium oxide-lanthanum oxide; and a at least one precious metal selected from ruthenium, iridium, platinum or silver or an oxide thereof as a catalytic component loaded on the carrier by 0.1 to 10 wt% based on the carrier weight.
An aircraft tire comprising: a tread provided at intervals along a tire width direction with a plurality of tire circumferential direction grooves (14, 18) that each extend along a tire circumferential direction with a plurality of recessed portions (30, 32) provided in a groove bottom (14B, 18B) at intervals around the tire circumferential direction, wherein, from among a plurality of land portions (16, 20, 22) formed by the plurality of circumferential direction grooves (14, 18), more of the recessed portions are disposed in circumferential direction grooves that form a land portion with a longest tire width direction length than in other of the circumferential direction grooves; characterised in that recessed portions (30, 32) extend from the groove bottom (14B, 18B) of the circumferential direction grooves (14, 18) to a height direction intermediate portion of at least one groove wall (14A, 18A) of the circumferential direction grooves (14, 18). a tread provided at intervals along a tire width direction with a plurality of tire circumferential direction grooves (14, 18) that each extend along a tire circumferential direction with a plurality of recessed portions (30, 32) provided in a groove bottom (14B, 18B) at intervals around the tire circumferential direction, wherein, from among a plurality of land portions (16, 20, 22) formed by the plurality of circumferential direction grooves (14, 18), more of the recessed portions are disposed in circumferential direction grooves that form a land portion with a longest tire width direction length than in other of the circumferential direction grooves; characterised in that recessed portions (30, 32) extend from the groove bottom (14B, 18B) of the circumferential direction grooves (14, 18) to a height direction intermediate portion of at least one groove wall (14A, 18A) of the circumferential direction grooves (14, 18).
Operator control for a domestic appliance, the operator control comprising: an actuating shaft penetrating through a cover plate for the purpose of actuating an actuation mechanism arranged beneath or behind the cover plate; a control knob inserted onto the actuating shaft and including at least one display unit for displaying an operating state of a domestic appliance including the operator control for a domestic appliance, characterised by an induction coil arrangement for inductively transferring energy for operating the display unit onto the control knob from a space beneath or behind the cover plate, wherein the induction coil arrangement is configured to transmit complex information about the operating state of the domestic appliance to the display unit. an actuating shaft penetrating through a cover plate for the purpose of actuating an actuation mechanism arranged beneath or behind the cover plate; a control knob inserted onto the actuating shaft and including at least one display unit for displaying an operating state of a domestic appliance including the operator control for a domestic appliance,
A method for the prediction of a probability of renal recovery of a patient exhibiting at least one symptom of an acute renal injury, comprising a) measuring in vitro, in a sample of human urine from the patient, a value of ferritin, alpha and beta globulin, catalase, complement factor H, complement component 4 BP, olfactomedin-4, leucine rich alpha-2 glycoprotein, ring finger protein 167, inter-alpha globulin inhibitor H4, heparan sulphate proteoglycan 2, and N-acylsphingosine aminohydrolase; b) comparing said value to a predetermined threshold value of ferritin, alpha and beta globulin, catalase, complement factor H, complement component 4 BP, olfactomedin-4, leucine rich alpha-2 glycoprotein, ring finger protein 167, inter-alpha globulin inhibitor H4, heparan sulphate proteoglycan 2, and N-acylsphingosine aminohydrolase, from a renal recovery group that survived an acute renal injury, recovered renal function and is dialysis independent at day 60 post acute renal injury; and c) predicting a probability of renal recovery of said patient based upon said comparison. a) measuring in vitro, in a sample of human urine from the patient, a value of ferritin, alpha and beta globulin, catalase, complement factor H, complement component 4 BP, olfactomedin-4, leucine rich alpha-2 glycoprotein, ring finger protein 167, inter-alpha globulin inhibitor H4, heparan sulphate proteoglycan 2, and N-acylsphingosine aminohydrolase; b) comparing said value to a predetermined threshold value of ferritin, alpha and beta globulin, catalase, complement factor H, complement component 4 BP, olfactomedin-4, leucine rich alpha-2 glycoprotein, ring finger protein 167, inter-alpha globulin inhibitor H4, heparan sulphate proteoglycan 2, and N-acylsphingosine aminohydrolase, from a renal recovery group that survived an acute renal injury, recovered renal function and is dialysis independent at day 60 post acute renal injury; and c) predicting a probability of renal recovery of said patient based upon said comparison.
A plasticization process for lactic acid polymers characterised in that it includes: a) grinding of the lactic acid polymers, b) mixing of said lactic acid polymers, in ground and solid state, with mixtures of lactic acid oligomers having their hydroxyl and carboxyl terminal functional groups blocked by esterification, and c) subjecting of the mixture to a temperature of from 150° C to 200°C and a pressure of between 140000 Pa and 400000 Pa for a period of time of less than 30 minutes from the entry into contact of the lactic acid oligomers and the lactic acid polymers. a) grinding of the lactic acid polymers, b) mixing of said lactic acid polymers, in ground and solid state, with mixtures of lactic acid oligomers having their hydroxyl and carboxyl terminal functional groups blocked by esterification, and c) subjecting of the mixture to a temperature of from 150° C to 200°C and a pressure of between 140000 Pa and 400000 Pa for a period of time of less than 30 minutes from the entry into contact of the lactic acid oligomers and the lactic acid polymers.
A system configured to detect changes in Surface Plasmon Resonance indicative of the presence of an analyte in a sample on a substrate, the substrate having a detection portion for receiving incident optical radiation for interaction with a detection surface of the detection portion when the sample is present in the detection portion, the system comprising: source means for illuminating a portion of the substrate with optical radiation, the source means being arranged to cause surface plasmon resonance at the detection surface when the sample is present in the detection portion; detector means for detecting optical radiation received from the illuminated portion of the substrate; means for moving one of the source means and the substrate relative to the other, such that the illuminated portion moves over the substrate to the detection portion; characterized in that the system further comprises: trigger means coupled to the detector means to generate a trigger signal indicative of Surface Plasmon Resonance occurring in the illuminated portion; and means arranged to trigger data acquisition from the detector means in response to the trigger signal of data from which a change in local refractive index at the detection surface is determinable. source means for illuminating a portion of the substrate with optical radiation, the source means being arranged to cause surface plasmon resonance at the detection surface when the sample is present in the detection portion; detector means for detecting optical radiation received from the illuminated portion of the substrate; means for moving one of the source means and the substrate relative to the other, such that the illuminated portion moves over the substrate to the detection portion; characterized in that the system further comprises: trigger means coupled to the detector means to generate a trigger signal indicative of Surface Plasmon Resonance occurring in the illuminated portion; and means arranged to trigger data acquisition from the detector means in response to the trigger signal of data from which a change in local refractive index at the detection surface is determinable. trigger means coupled to the detector means to generate a trigger signal indicative of Surface Plasmon Resonance occurring in the illuminated portion; and means arranged to trigger data acquisition from the detector means in response to the trigger signal of data from which a change in local refractive index at the detection surface is determinable.
A cigarette case for receiving electronic cigarettes, comprising: a housing, the housing defining a chamber for receiving the electronic cigarettes, the housing comprising an end surface; and a cover assembly pivotedly coupled to the housing, the cover assembly being rotatable around an axis perpendicular to the end surface between a first position where the chamber is covered by the cover assembly and a second position where the chamber is exposed; characterized in that the cigarette case further comprises a shaft, wherein the housing comprises a main body and a holder arranged at one end of the main body, the holder defines at least one through hole communicating with the chamber, the cover assembly is rotatably coupled to the holder via the shaft, and the shaft is oriented along the axis. a housing, the housing defining a chamber for receiving the electronic cigarettes, the housing comprising an end surface; and a cover assembly pivotedly coupled to the housing, the cover assembly being rotatable around an axis perpendicular to the end surface between a first position where the chamber is covered by the cover assembly and a second position where the chamber is exposed; characterized in that the cigarette case further comprises a shaft, wherein the housing comprises a main body and a holder arranged at one end of the main body, the holder defines at least one through hole communicating with the chamber, the cover assembly is rotatably coupled to the holder via the shaft, and the shaft is oriented along the axis.