mhurhangee/ep-ind-claims huggingface dataset:
A battery, wherein the battery comprises a battery charging port, a battery discharging port, a battery negative port, an overcurrent protection element, a protection integrated circuit, a control switch, and an electrochemical cell, characterized in that the battery charging port and the battery discharging port are ports independent of each other; the battery charging port is connected to a positive electrode of the electrochemical cell, a negative electrode of the electrochemical cell is connected to a first end of the control switch, and a second end of the control switch is connected to the battery negative port; the protection integrated circuit is connected in parallel to the positive electrode and the negative electrode of the electrochemical cell, and the protection integrated circuit is further connected to a third end of the control switch; and the battery discharging port is connected to a first end of the overcurrent protection element, and a second end of the overcurrent protection element is connected to the positive electrode of the electrochemical cell; characterised in that the battery charging port is connected by using a charging connection cable and the battery discharging port is connected by using a discharging connection cable, the charging connection cable is of a higher specification than that of the discharging cable, the charging connection cable of the charging path is comparatively wider and thicker to provide reduced cable impedance. the battery charging port and the battery discharging port are ports independent of each other; the battery charging port is connected to a positive electrode of the electrochemical cell, a negative electrode of the electrochemical cell is connected to a first end of the control switch, and a second end of the control switch is connected to the battery negative port; the protection integrated circuit is connected in parallel to the positive electrode and the negative electrode of the electrochemical cell, and the protection integrated circuit is further connected to a third end of the control switch; and the battery discharging port is connected to a first end of the overcurrent protection element, and a second end of the overcurrent protection element is connected to the positive electrode of the electrochemical cell; characterised in that the battery charging port is connected by using a charging connection cable and the battery discharging port is connected by using a discharging connection cable, the charging connection cable is of a higher specification than that of the discharging cable, the charging connection cable of the charging path is comparatively wider and thicker to provide reduced cable impedance.
An electropneumatic parking brake module, comprising: a supply port configured to connect a compressed air supply, at least one spring brake actuator port configured to connect at least one spring brake cylinder, a trailer control port configured to connect a trailer control valve, wherein a trailer control pressure (pA) is configured to be controlled at the trailer control port, an inlet-outlet valve unit configured to control a spring brake pressure (pF) at the at least one spring brake actuator port, and an electropneumatic pilot control unit configured to control at least one control pressure at the inlet-outlet valve unit and configured to perform a trailer control position function, wherein the pilot control unit has a 3/3-way valve that has a first switching position, a second switching position, and a third switching position (T1, T2, T3), wherein in the second switching position, the trailer control position function is configured to be carried out, characterized in that - in the first switching position, the control pressure is configured to be controlled at the inlet-outlet valve unit via the 3/3-way valve, and - in the third switching position, the inlet-outlet valve unit and the trailer control port are connected to a vent. a supply port configured to connect a compressed air supply, at least one spring brake actuator port configured to connect at least one spring brake cylinder, a trailer control port configured to connect a trailer control valve, wherein a trailer control pressure (pA) is configured to be controlled at the trailer control port, an inlet-outlet valve unit configured to control a spring brake pressure (pF) at the at least one spring brake actuator port, and an electropneumatic pilot control unit configured to control at least one control pressure at the inlet-outlet valve unit and configured to perform a trailer control position function, wherein the pilot control unit has a 3/3-way valve that has a first switching position, a second switching position, and a third switching position (T1, T2, T3), wherein in the second switching position, the trailer control position function is configured to be carried out, characterized in that - in the first switching position, the control pressure is configured to be controlled at the inlet-outlet valve unit via the 3/3-way valve, and - in the third switching position, the inlet-outlet valve unit and the trailer control port are connected to a vent. - in the first switching position, the control pressure is configured to be controlled at the inlet-outlet valve unit via the 3/3-way valve, and - in the third switching position, the inlet-outlet valve unit and the trailer control port are connected to a vent.
Device for the retrograde intubation, comprising a guide wire and a flexible tube having a longitudinal extension less than the one of the guide wire, wherein the flexible tube longitudinally extends parallel to the guide wire and is shaped for inflecting by following the inflections of the guide wire and for radially deforming upon inserting it in a hole made in the cricothyroid or cricotracheal membrane of a patient having a radial extension less than the radial extension of the flexible tube, characterized in that the flexible tube is fixedly connected to the guide wire and has a size so that an endotracheal tube can be longitudinally inserted and slid in the interior thereof.
A modular electrical fieldbus system comprising a main communication module operably connected to a valve manifold having operable valves; a first module and a second module juxtaposed against each other; wherein the first and second modules are modular I/O units each having a plurality of I/O fittings and being both electrically and mechanically connectable together via a bridge member connecting the adjacent modular I/O units together; said first module having at least one side with an interlocking extension; said second module having a juxtaposed side with a complementary interlocking cavity; characterized in that the first and second modules incorporate a separate continuous grounding circuit (48, 100, 118) that extends through the first and second modules and said bridge member. a main communication module operably connected to a valve manifold having operable valves; a first module and a second module juxtaposed against each other; wherein the first and second modules are modular I/O units each having a plurality of I/O fittings and being both electrically and mechanically connectable together via a bridge member connecting the adjacent modular I/O units together; said first module having at least one side with an interlocking extension; said second module having a juxtaposed side with a complementary interlocking cavity; characterized in that the first and second modules incorporate a separate continuous grounding circuit (48, 100, 118) that extends through the first and second modules and said bridge member.
Composition having oxygen-scavenging properties and comprising a polyamide, a polyester, and transition metal catalyst, wherein the amount of polyamide is at least 3wt%, and the polyester comprises a x%PETI copolymer and a y%PETG copolymer, with x and y being at least equal to 5.
A pheromone composition for use in a method of modifying behavior in an animal comprising: administering the composition to the animal for a period of time, the composition comprising between 0.001% and 1% (w/w) of Androstenone and between 0.5% and 99.99% (w/w) of at least one carrier solvent, wherein the amount of Androstenone administered to the animal is between 1.0 pg/mL to about 1.0 g/mL, wherein the animal is selected from the group consisting of a dog, a cat, and a horse and wherein anxiety, stress, and aggressiveness in the animal is reduced.
A process for fabricating a laminate polymer composite material that comprises a polymer matrix containing multiple reinforcement fabrics and particles of a filler material, the process characterized by: spraying dry particles of the filler material on at least two articles (54,74) that each comprise at least one of the reinforcement fabrics to form particle-laden articles (56,76); stacking the particle-laden articles (56,76) to form a stacked structure (58,78); and curing a resin present within the stacked structure (58,78) to form the laminate polymer composite material comprising the reinforcement fabric and the polymer matrix formed by curing the resin. spraying dry particles of the filler material on at least two articles (54,74) that each comprise at least one of the reinforcement fabrics to form particle-laden articles (56,76); stacking the particle-laden articles (56,76) to form a stacked structure (58,78); and curing a resin present within the stacked structure (58,78) to form the laminate polymer composite material comprising the reinforcement fabric and the polymer matrix formed by curing the resin.
A grill attachment for cooking grillable food in the form of poultry positioned upright on a grill, which grill attachment comprises, on the one hand, a chicken roaster composed of a poultry holder and a bottom pan and, on the other hand, a roasting cover extending over the chicken roaster and at least partially enclosing the latter, characterized in that in the ready for use state, there is a gap between the roasting cover and the bottom pan of the chicken roaster, through which gap hot gases ascending from a bed of coals in said grill are able to pass into said roasting cover.
A device for making a smoking article, the device comprising: a casing having an elongate structure and defining a cavity for receiving smokable material in use, the casing having an aperture for receiving a smoking article tube at an insertion end thereof, the aperture being connected to the cavity, such that, in use smokable material within the cavity is driven into the tube so that a smoking article is created, characterised in that the cavity is arranged such that it has a region of increased cross-sectional area in a direction perpendicular to the direction of tube insertion at an end opposite to the insertion aperture. a casing having an elongate structure and defining a cavity for receiving smokable material in use, the casing having an aperture for receiving a smoking article tube at an insertion end thereof, the aperture being connected to the cavity, such that, in use smokable material within the cavity is driven into the tube so that a smoking article is created, characterised in that the cavity is arranged such that it has a region of increased cross-sectional area in a direction perpendicular to the direction of tube insertion at an end opposite to the insertion aperture.
A method of detecting a signal in an optical receiver, the method comprising: converting a received optical signal to a digital electrical signal comprising a plurality of samples; applying a predetermined phase rotation to said samples to obtain amplitude and phase components of phase range adjusted sample values; and performing a first detection process based on the amplitude and phase components of the phase range adjusted sample values, wherein the step of converting the received optical signal to a digital electrical signal comprises converting the received optical signal to a digital electrical signal having in-phase and quadrature components; the method further comprising the step of: converting said in-phase and quadrature components to amplitude and phase components before performing the first detection process, and applying said predetermined phase rotation to said samples before converting said in-phase and quadrature components to amplitude and phase components; and applying an inverse of said predetermined phase rotation to said phase components such that the phase range adjusted sample values have phases within ranges suitable for said conversion. converting a received optical signal to a digital electrical signal comprising a plurality of samples; applying a predetermined phase rotation to said samples to obtain amplitude and phase components of phase range adjusted sample values; and performing a first detection process based on the amplitude and phase components of the phase range adjusted sample values, wherein the step of converting the received optical signal to a digital electrical signal comprises converting the received optical signal to a digital electrical signal having in-phase and quadrature components; the method further comprising the step of: converting said in-phase and quadrature components to amplitude and phase components before performing the first detection process, and applying said predetermined phase rotation to said samples before converting said in-phase and quadrature components to amplitude and phase components; and applying an inverse of said predetermined phase rotation to said phase components such that the phase range adjusted sample values have phases within ranges suitable for said conversion. converting said in-phase and quadrature components to amplitude and phase components before performing the first detection process, and applying said predetermined phase rotation to said samples before converting said in-phase and quadrature components to amplitude and phase components; and applying an inverse of said predetermined phase rotation to said phase components such that the phase range adjusted sample values have phases within ranges suitable for said conversion.
Module for fixing links for a bundling machine comprising: - a link retaining assembly, and - a link tying assembly, - a transmission box having an input capable of receiving a motor shaft and outputs formed by a plurality of driven shafts (23, 31, 33, 35, 37), the transmission box being configured so as to sequentially rotate each of the driven shafts (23, 31, 33, 35, 37) under the effect of a rotation of the motor shaft, the retaining assembly and the tying assembly comprising elements configured so as to be actuated under the effect of the rotation of one of the driven shafts (23, 31, 33, 35, 37), and - an enclosure (13; 15) arranged so as to be passed through by the motor shaft and the driven shafts (23, 31, 33, 35, 37), said enclosure (13; 15) being configured in such a way that the inside and the outside of the transmission box are isolated from one another in a substantially seal-tight manner in operation. - a link retaining assembly, and - a link tying assembly, - a transmission box having an input capable of receiving a motor shaft and outputs formed by a plurality of driven shafts (23, 31, 33, 35, 37), the transmission box being configured so as to sequentially rotate each of the driven shafts (23, 31, 33, 35, 37) under the effect of a rotation of the motor shaft, the retaining assembly and the tying assembly comprising elements configured so as to be actuated under the effect of the rotation of one of the driven shafts (23, 31, 33, 35, 37), and - an enclosure (13; 15) arranged so as to be passed through by the motor shaft and the driven shafts (23, 31, 33, 35, 37), said enclosure (13; 15) being configured in such a way that the inside and the outside of the transmission box are isolated from one another in a substantially seal-tight manner in operation.
A shipping fixture for transporting a plurality of rotor blades, the shipping fixture configured for stacking thereon of an adjacent shipping fixture, the shipping fixture comprising: a first frame comprising a plurality of first support members and a plurality of first nesting features, the first frame further configured for stacking thereon of the adjacent shipping fixture; and a second frame comprising a plurality of second support members, a plurality of second nesting features, and a plurality of mounting features, at least one of the second nesting features mating with at least one of the first nesting features to removably nest the second frame to the first frame at least partially within the first frame,, wherein at least one of the plurality of mounting features is configured for mounting of an inboard portion of one of the plurality of rotor blades thereon, and wherein at least one of the plurality of mounting features is configured for mounting of an outboard portion of one of the plurality of rotor blades thereon. a first frame comprising a plurality of first support members and a plurality of first nesting features, the first frame further configured for stacking thereon of the adjacent shipping fixture; and a second frame comprising a plurality of second support members, a plurality of second nesting features, and a plurality of mounting features, at least one of the second nesting features mating with at least one of the first nesting features to removably nest the second frame to the first frame at least partially within the first frame,, wherein at least one of the plurality of mounting features is configured for mounting of an inboard portion of one of the plurality of rotor blades thereon, and wherein at least one of the plurality of mounting features is configured for mounting of an outboard portion of one of the plurality of rotor blades thereon.
Vaginal drug delivery and diagnostic system, comprising an electronic capsule, which is incorporated in the structure of the positioning member and is an integral part thereof, configured for placement within a vagina, wherein the system comprises a drug reservoir, a diagnostic sensor and at least one dispenser for dispensing the drug from the reservoir into the vagina and wherein, when the system is placed in the vagina, the release pattern of a substance contained in the drug reservoir is one of the following: i) adapted to the data measured by the sensor by a receiver system that records data measured by the sensor; ii) directly controlled by the dispenser based on measurements made by the sensor and communicated by the sensor to the dispenser, optionally after comparing the measured value of a parameter with a desired value for the parameter; iii) adapted based on parameters measured by the sensor and transmitted to a doctor. i) adapted to the data measured by the sensor by a receiver system that records data measured by the sensor; ii) directly controlled by the dispenser based on measurements made by the sensor and communicated by the sensor to the dispenser, optionally after comparing the measured value of a parameter with a desired value for the parameter; iii) adapted based on parameters measured by the sensor and transmitted to a doctor.
A method of generating a video file based on the ISO based media file format, ISOBMFF, including High Efficiency Video Coding, HEVC, coded video content, the method comprising: obtaining a plurality of slices of coded video content; encapsulating the plurality of slices of coded video content within a plurality of access units of a video stream; obtaining a plurality of stream properties associated with the video stream; and encapsulating one or more of the plurality of stream properties within a sample description of a file track; characterized in that encapsulating one or more of the plurality of stream properties within the sample description of the file track comprises encapsulating at least one of a pictureWidthInLumaPixels syntax element, a pictureHeightInLumaPixels syntax element, an avgFrameRate syntax element and a constantFrameRate syntax element within a decoder configuration record and not within any of a sequence parameter set, picture parameter set and adaptation parameter set, wherein, for the stream to which the decoder configuration record applies, pictureWidthInLumaPixels indicates the decoded picture width, pictureHeightInLumaPixels indicates the decoded picture height, avgFrameRate indicates the average frame rate, constantFrameRate indicates whether the stream is of constant frame rate or not, or indicates whether the representation of each temporal layer in the stream is of constant frame rate or not. obtaining a plurality of slices of coded video content; encapsulating the plurality of slices of coded video content within a plurality of access units of a video stream; obtaining a plurality of stream properties associated with the video stream; and encapsulating one or more of the plurality of stream properties within a sample description of a file track; characterized in that encapsulating one or more of the plurality of stream properties within the sample description of the file track comprises encapsulating at least one of a pictureWidthInLumaPixels syntax element, a pictureHeightInLumaPixels syntax element, an avgFrameRate syntax element and a constantFrameRate syntax element within a decoder configuration record and not within any of a sequence parameter set, picture parameter set and adaptation parameter set, wherein, for the stream to which the decoder configuration record applies, pictureWidthInLumaPixels indicates the decoded picture width, pictureHeightInLumaPixels indicates the decoded picture height, avgFrameRate indicates the average frame rate, constantFrameRate indicates whether the stream is of constant frame rate or not, or indicates whether the representation of each temporal layer in the stream is of constant frame rate or not.
An aerosol generation system, comprising: - an aerosol generating device for generating an aerosol output; - a controller for controlling the aerosol generating device using a generator drive signal; - an aerosol density detector (6,9); - time delay measurement means, which is adapted to derive a timing measurement based on the generator drive signal and the aerosol density detector output, wherein the controller is arranged to combine the timing measurement and the aerosol density to derive an aerosol output rate. - an aerosol generating device for generating an aerosol output; - a controller for controlling the aerosol generating device using a generator drive signal; - an aerosol density detector (6,9); - time delay measurement means, which is adapted to derive a timing measurement based on the generator drive signal and the aerosol density detector output,