mhurhangee/ep-ind-claims huggingface dataset:
A mobile X-ray apparatus comprising: a battery configured to supply power to an X-ray radiator; characterised in that the apparatus comprises a charger configured to charge the battery; a battery management system, hereinafter called BMS, configured to determine a state of the battery by detecting at least one of a voltage and a temperature of the battery; a direct current to direct current converter, hereinafter called DC to DC converter, configured to convert the power supplied by the battery into a driving power for driving the BMS; and a first switch, configured to prevent power from being supplied to the DC-DC converter, when turned off, based on a control of the BMS, depending on the determined state of the battery, wherein the BMS is further configured to be shut down when the first switch is turned off, and the first switch is further configured to be turned on by power supplied from the charger when the BMS is shut down. a battery configured to supply power to an X-ray radiator; characterised in that the apparatus comprises a charger configured to charge the battery; a battery management system, hereinafter called BMS, configured to determine a state of the battery by detecting at least one of a voltage and a temperature of the battery; a direct current to direct current converter, hereinafter called DC to DC converter, configured to convert the power supplied by the battery into a driving power for driving the BMS; and a first switch, configured to prevent power from being supplied to the DC-DC converter, when turned off, based on a control of the BMS, depending on the determined state of the battery, wherein the BMS is further configured to be shut down when the first switch is turned off, and the first switch is further configured to be turned on by power supplied from the charger when the BMS is shut down.
Method for depositing a fiber material layer on a carrier, the method comprising feeding the carrier in a transport direction with a predetermined speed, forming the fiber material layer on the carrier in a continuous manner, the carrier moving in the transport direction, wherein the carrier comprises a plurality of carrier plates, and the method further comprises cutting the deposited fiber material layer in between two adjacent ones of the plurality of carrier plates to enable the separation of the carrier plates with the fiber material layer. feeding the carrier in a transport direction with a predetermined speed, forming the fiber material layer on the carrier in a continuous manner, the carrier moving in the transport direction, wherein the carrier comprises a plurality of carrier plates, and the method further comprises cutting the deposited fiber material layer in between two adjacent ones of the plurality of carrier plates to enable the separation of the carrier plates with the fiber material layer.
System for at least supporting a treatment of a person, comprising a base platform for receiving a foot or feet of said person, wherein said base platform comprises at least one upper surface which defines a substantially flat reference plane, and at least one fill element, characterized in that said at least one fill element is displaceable between a first position and a second position, in which second position an upper surface of said at least one fill element extends above said reference plane with an adjustable distance, such that said at least one fill element fills a space between said reference plane and a lower side of a or each foot of said person.
Aerodynamic aid for a rail vehicle, comprising at least one flow flap (3, 3a) which is arranged such that it can be pivoted about a rotational axis, and is arranged such that it can be pivoted between two end positions in a manner which is dependent on the driving direction of the rail vehicle, and - the flow flap (3, 3a) forming a flow breakaway edge in a first end position, and - the flow flap (3, 3a) leaving the incident air substantially uninfluenced in a second end position, characterized in that the movement between the end positions can be brought about exclusively by way of the action of force of the incident air. - the flow flap (3, 3a) forming a flow breakaway edge in a first end position, and - the flow flap (3, 3a) leaving the incident air substantially uninfluenced in a second end position, characterized in that the movement between the end positions can be brought about exclusively by way of the action of force of the incident air.
An image acquisition device comprising: a body; one or more seat parts provided on a lower part of the body; a substrate disposed on the one or more seat parts inside the body and having a plurality of light sources; and a light source angle forming part disposed on the substrate inside the body, wherein the one or more seat parts is formed at a position corresponding to each of the plurality of light sources, and has a triangular cross-section, i. e. the one or more seat parts have a shape that increases in height from the center of the substrate to an outer peripheral portion of the substrate, wherein the plurality of light sources are disposed on the outer peripheral portion of the substrate, wherein the light source angle forming part has an inclined surface corresponding to each of the one or more seat parts, and a through-hole allowing each of the plurality of light sources to pass therethrough, wherein the substrate is provided on the one or more seat parts in the form of a planar plate, and the outer peripheral portion of the substrate positioned between the one or more seat parts and the light source angle forming part is bent according to the inclination of the one or more seat parts as the light source angle forming part presses the substrate, so that the light sources are directed toward one focal point by the one or more seat parts and the light source angle forming part, wherein the outer peripheral portion of the substrate is bent so that light paths of the light sources intersect with each other by the one or more seat parts or the light source angle forming part. a body; one or more seat parts provided on a lower part of the body; a substrate disposed on the one or more seat parts inside the body and having a plurality of light sources; and a light source angle forming part disposed on the substrate inside the body, wherein the one or more seat parts is formed at a position corresponding to each of the plurality of light sources, and has a triangular cross-section, i. e. the one or more seat parts have a shape that increases in height from the center of the substrate to an outer peripheral portion of the substrate, wherein the plurality of light sources are disposed on the outer peripheral portion of the substrate, wherein the light source angle forming part has an inclined surface corresponding to each of the one or more seat parts, and a through-hole allowing each of the plurality of light sources to pass therethrough, wherein the substrate is provided on the one or more seat parts in the form of a planar plate, and the outer peripheral portion of the substrate positioned between the one or more seat parts and the light source angle forming part is bent according to the inclination of the one or more seat parts as the light source angle forming part presses the substrate, so that the light sources are directed toward one focal point by the one or more seat parts and the light source angle forming part, wherein the outer peripheral portion of the substrate is bent so that light paths of the light sources intersect with each other by the one or more seat parts or the light source angle forming part.
Pneumatic hammer for de-coring of foundry castings; the hammer comprising: - a jacket comprising: o an inner chamber; o an inlet circuit for the entry of compressed air; and o an outlet circuit for the exit of compressed air; - a motion mechanism, for generating a vibratory motion under the action of compressed air; - a punch or beater, connected to said motion mechanism, for coming into contact with the casting to be subjected to de-coring, forming a first end of the hammer; - a measurement circuit for measuring the oscillation frequency of the motion mechanism; said measurement circuit comprising: - at least one sensor for measuring the oscillation frequency of the motion mechanism; - a processing circuit, for receiving electric signals transmitted by said at least one sensor; and - a communication line for conducting electric signals from and/or to said measurement circuit; characterized in that: the processing circuit is enclosed in a protection casing; and said jacket comprises a housing formed in the outer surface of the jacket, such that it incorporates within its own outer profile the protection casing of the measurement circuit. - a jacket comprising: o an inner chamber; o an inlet circuit for the entry of compressed air; and o an outlet circuit for the exit of compressed air; o an inner chamber; o an inlet circuit for the entry of compressed air; and o an outlet circuit for the exit of compressed air; - a motion mechanism, for generating a vibratory motion under the action of compressed air; - a punch or beater, connected to said motion mechanism, for coming into contact with the casting to be subjected to de-coring, forming a first end of the hammer; - a measurement circuit for measuring the oscillation frequency of the motion mechanism; - at least one sensor for measuring the oscillation frequency of the motion mechanism; - a processing circuit, for receiving electric signals transmitted by said at least one sensor; and - a communication line for conducting electric signals from and/or to said measurement circuit; the processing circuit is enclosed in a protection casing; and said jacket comprises a housing formed in the outer surface of the jacket, such that it incorporates within its own outer profile the protection casing of the measurement circuit.
An apparatus configured to perform telemetry monitoring, the apparatus comprising: a telemetry collector configured to: collect a first set of telemetry data to form a telemetry data timeline associated with a computing device, the first set of telemetry data collected based on a policy file; generate a first trigger indicative of a first operational condition specified in the policy file; and generate a second trigger indicative of a second operational condition that coincides with the first operational condition; an actuator configured to: collect a second set of telemetry data associated with the computing device in response to the first trigger; and collect a third set of telemetry data associated with the computing device in response to the second trigger, wherein the second and third sets of telemetry data are collected based on an order specified in the policy file; and a data reporter configured to report the telemetry data timeline, the second set of telemetry data, and the third set of telemetry data to a server, in response to a request, wherein the second set of telemetry data includes at least one of: graphics processing unit, GPU, hot-spot analysis data, or micro-architectural analysis data. a telemetry collector configured to: collect a first set of telemetry data to form a telemetry data timeline associated with a computing device, the first set of telemetry data collected based on a policy file; generate a first trigger indicative of a first operational condition specified in the policy file; and generate a second trigger indicative of a second operational condition that coincides with the first operational condition; collect a first set of telemetry data to form a telemetry data timeline associated with a computing device, the first set of telemetry data collected based on a policy file; generate a first trigger indicative of a first operational condition specified in the policy file; and generate a second trigger indicative of a second operational condition that coincides with the first operational condition; an actuator configured to: collect a second set of telemetry data associated with the computing device in response to the first trigger; and collect a third set of telemetry data associated with the computing device in response to the second trigger, wherein the second and third sets of telemetry data are collected based on an order specified in the policy file; and collect a second set of telemetry data associated with the computing device in response to the first trigger; and collect a third set of telemetry data associated with the computing device in response to the second trigger, wherein the second and third sets of telemetry data are collected based on an order specified in the policy file; and a data reporter configured to report the telemetry data timeline, the second set of telemetry data, and the third set of telemetry data to a server, in response to a request, wherein the second set of telemetry data includes at least one of: graphics processing unit, GPU, hot-spot analysis data, or micro-architectural analysis data.
A method for notifying a Network Function, NF, service consumer from a Unified Data Repository, UDR, of a policy data modification, wherein the method is carried out by the UDR and comprises: receiving (S-100, S-300, S-310), from the NF service consumer hosted on a network node, a subscription request to notification of policy data modification for at least one of: operator specific data; and Public Land Mobile Network, PLMN, user equipment, UE, Policy Set; and transmitting (S-200, S-400, S-410, S-500, S-600, S-610), towards the NF service consumer hosted on the network node, a notification notifying of a policy data modification for the at least one of: the operator specific data; and the PLMN UE Policy Set, along with a PLMN identifier. receiving (S-100, S-300, S-310), from the NF service consumer hosted on a network node, a subscription request to notification of policy data modification for at least one of: operator specific data; and Public Land Mobile Network, PLMN, user equipment, UE, Policy Set; and operator specific data; and Public Land Mobile Network, PLMN, user equipment, UE, Policy Set; and transmitting (S-200, S-400, S-410, S-500, S-600, S-610), towards the NF service consumer hosted on the network node, a notification notifying of a policy data modification for the at least one of: the operator specific data; and the PLMN UE Policy Set, along with a PLMN identifier. the operator specific data; and the PLMN UE Policy Set, along with a PLMN identifier.
A pogo stick comprising: a frame; an elongate member in sprung connection with the frame, for reciprocating motion between the elongate member and the frame; a liquid container arranged, in use, to contain a liquid; and firing apparatus (108, 430) arranged to utilise the reciprocating motion between the elongate member and the frame to expel the liquid in the liquid container from the pogo stick. a frame; an elongate member in sprung connection with the frame, for reciprocating motion between the elongate member and the frame; a liquid container arranged, in use, to contain a liquid; and firing apparatus (108, 430) arranged to utilise the reciprocating motion between the elongate member and the frame to expel the liquid in the liquid container from the pogo stick.
A wear detection device for a conveyor belt, comprising: a magnet member (12a, 12b) buried in a conveyor belt having an endless belt shape; a magnetic sensor (13a to 13j) arranged opposite to an outer circumferential surface of the conveyor belt and configured to detect a magnetic field from the magnet member (12a, 12b) to generate an output signal; a calculation unit configured to calculate a thickness of the conveyor belt according to the output signal generated by the magnetic sensor (13a to 13j); and a storage unit configured to store the thickness calculated by the calculation unit, characterized in that the wear detection device comprises: a processing unit configured to calculate a decrease amount of the thickness per a predetermined moving load amount of the conveyor belt according to the thickness stored in the storage unit and determine whether or not the value exceeds a threshold value set in advance. a magnet member (12a, 12b) buried in a conveyor belt having an endless belt shape; a magnetic sensor (13a to 13j) arranged opposite to an outer circumferential surface of the conveyor belt and configured to detect a magnetic field from the magnet member (12a, 12b) to generate an output signal; a calculation unit configured to calculate a thickness of the conveyor belt according to the output signal generated by the magnetic sensor (13a to 13j); and a storage unit configured to store the thickness calculated by the calculation unit, characterized in that the wear detection device comprises: a processing unit configured to calculate a decrease amount of the thickness per a predetermined moving load amount of the conveyor belt according to the thickness stored in the storage unit and determine whether or not the value exceeds a threshold value set in advance.
A flux for soldering, comprising a base resin and an activating agent, wherein the base resin comprises a thermoplastic acrylic resin having a linear polymerization arrangement and including a monomer component containing a long chain alkyl (meth)acrylate, the long chain alkyl moiety of the long chain alkyl (meth) acrylate has a branched structure having 12 to 23 carbon atoms, and the thermoplastic acrylic resin has a weight average molecular weight of 30000 or less.
Uncoated opaque paper which can withstand immersion for the production of a label which is intended mainly for bottles of wines or spirits, characterised in that it is constituted by a basic paper substrate which is constituted by about 80% cellulose fibres and opacifying mineral fillers, chosen from the group comprising titanium dioxide, kaolin, talc, carbonate or titanium substituents, said basic paper substrate being subjected on the front and rear faces to a single surface treatment which is constituted by mineral pigments or other pigments, chosen from the group comprising titanium dioxide, kaolin, talc, ATH, carbonate or titanium substituents, which are associated with hydrosoluble and synthetic binders, chosen from the group comprising native and chemically modified starches, PVAs, latexes or biolatexes.
A dispenser, comprising: a base adapted to receive a volatile material containing reservoir therein; a cover attached to the base having: a plurality of apertures; at least one series of circumferentially disposed ports; and an arc-shaped opening disposed in-line with the circumferentially disposed ports and a regulating plate operatively attached to the cover and having: a plurality of windows; and at least one series (362, 364, 366) of bores, wherein the dispenser is configured such that manipulation of the regulating plate allows for: the registration of the bores and the ports; the registration of the bores and the arc-shaped opening; the plurality of apertures and the at least one window to control release of the volatile material. a base adapted to receive a volatile material containing reservoir therein; a cover attached to the base having: a plurality of apertures; at least one series of circumferentially disposed ports; and an arc-shaped opening disposed in-line with the circumferentially disposed ports and a plurality of apertures; at least one series of circumferentially disposed ports; and an arc-shaped opening disposed in-line with the circumferentially disposed ports and a regulating plate operatively attached to the cover and having: a plurality of windows; and at least one series (362, 364, 366) of bores, wherein the dispenser is configured such that manipulation of the regulating plate allows for: the registration of the bores and the ports; the registration of the bores and the arc-shaped opening; the plurality of apertures and the at least one window to control release of the volatile material. the registration of the bores and the ports; the registration of the bores and the arc-shaped opening; the plurality of apertures and the at least one window to control release of the volatile material.
A nacelle apparatus for use with an aircraft engine comprising: a fan cowl; and an inlet cowl movably coupled to the fan cowl, the inlet cowl defining a primary flow path and an auxiliary flow path of an intake of the aircraft engine extending along a longitudinal axis, the inlet cowl to move relative to the fan cowl between an open position to allow airflow via an auxiliary flow path and a closed position to prevent airflow through the auxiliary flow path, characterized in that said auxiliary flow path provides airflow through an opening that is non-parallel relative to said longitudinal axis. a fan cowl; and an inlet cowl movably coupled to the fan cowl, the inlet cowl defining a primary flow path and an auxiliary flow path of an intake of the aircraft engine extending along a longitudinal axis, the inlet cowl to move relative to the fan cowl between an open position to allow airflow via an auxiliary flow path and a closed position to prevent airflow through the auxiliary flow path, characterized in that said auxiliary flow path provides airflow through an opening that is non-parallel relative to said longitudinal axis.
Crystalline Nelfinavir mesylate Form-A obtainable by - Suspending Nelfinavir base in an organic solvent; - Adding methanesulfonic acid at a temperature below 45°C for 10 min to 4 hrs; - Mixing to form a solution; - Cooling the solution to 10°C to 3°C; - Adding acetone as antisolvent slowly at 10°C to 35°C over 15 min to 4 hrs; - Mixing the reaction mass for about 30 min to 6 hrs; - Separating and drying the crystalline Nelfinavir mesylate. - Suspending Nelfinavir base in an organic solvent; - Adding methanesulfonic acid at a temperature below 45°C for 10 min to 4 hrs; - Mixing to form a solution; - Cooling the solution to 10°C to 3°C; - Adding acetone as antisolvent slowly at 10°C to 35°C over 15 min to 4 hrs; - Mixing the reaction mass for about 30 min to 6 hrs; - Separating and drying the crystalline Nelfinavir mesylate.
A method of forming aggregate abrasive grains for use in the production of abrading or cutting tools, each of said aggregate abrasive grains comprising an abrasive core particle and a plurality of abrasive peripheral particles disposed around the core particle, said method comprising: providing said core particles with a coating comprising a binder to form binder-coated core particles; surrounding said binder-coated core particles with said peripheral particles; said method being characterized in that said binder is softened to cause peripheral particles to attach to said core particles by heating said binder-coated core particles surrounded with said peripheral particles. providing said core particles with a coating comprising a binder to form binder-coated core particles; surrounding said binder-coated core particles with said peripheral particles;