mhurhangee/ep-ind-claims huggingface dataset:
Transmitter-receiver comprising an electronic chip, the electronic chip including a radio frequency input and output terminal intended to receive and to transmit a radio frequency signal via an antenna of the transmitter-receiver, an auxiliary input terminal intended to receive a signal originating from an optoelectronic or piezoelectric transducer, and an auxiliary output terminal intended to supply a modulated low-frequency signal to a pressure, sound or optical wave emitting component, the electronic chip further including a mixer for mixing the frequency of a received radio frequency signal with that of an oscillating signal supplied by a first frequency synthesiser in order to supply an intermediate periodic signal at an intermediate frequency, a switch having two inputs connected on the one hand to an output of the mixer and on the other hand to the auxiliary input terminal, a filter and gain stage connected to the output of the switch, and a modulator-demodulator connected to the output of the filter and gain stage, the first frequency synthesiser being connected between the output of the modulator-demodulator and the radio frequency input and output terminal, the first frequency synthesiser being configured such that it supplies a frequency-modulated signal to the radio frequency input and output terminal, characterised in that the electronic chip further includes a second frequency synthesiser connected between the output of the modulator-demodulator and the auxiliary output terminal, the second frequency synthesiser being configured such that it synthesises a modulated low-frequency signal supplied by the auxiliary output terminal, the centre value of said low frequency being equal to the value of the intermediate frequency.
Current sensor for detecting an alternating current, comprising: - a coupler designed to couple out a proportional part of the alternating current as a measurement current, - a switching terminal designed to feed in a switching signal, and - a switchable rectifier designed to rectify the measurement current in a manner controlled by the switching signal and to output it as a rectified measurement current (Vsense), wherein the switchable rectifier contains a switching device (40, 41), characterized in that the switching device (40, 41) is designed to switch on and switch off the rectification by the switchable rectifier in a manner controlled by the switching signal. - a coupler designed to couple out a proportional part of the alternating current as a measurement current, - a switching terminal designed to feed in a switching signal, and - a switchable rectifier designed to rectify the measurement current in a manner controlled by the switching signal and to output it as a rectified measurement current (Vsense), wherein the switchable rectifier contains a switching device (40, 41),
A method for ordering memory requests requiring ordered memory accesses, the method characterized by: interleaving a stream of memory requests from a single source (206 or 244) according to an address attribute into two or more streams of memory requests (216 and 217); identifying a memory request according to a first address attribute and that requires ordered memory accesses in one of the two or more streams of memory requests; and stalling the memory request that requires ordered memory accesses upon determining a previous memory request from a different one of the two or more streams of memory requests is pending and has a second address attribute. interleaving a stream of memory requests from a single source (206 or 244) according to an address attribute into two or more streams of memory requests (216 and 217); identifying a memory request according to a first address attribute and that requires ordered memory accesses in one of the two or more streams of memory requests; and stalling the memory request that requires ordered memory accesses upon determining a previous memory request from a different one of the two or more streams of memory requests is pending and has a second address attribute.
Beverage or foodstuff preparation system comprising: - a base unit; - a removable component having a beverage or foodstuff component processing system; - a power coupling adapted for inductive power transfer of electrical energy between the base unit and the removable component when the removable component is coupled with the base unit; and - an electrical circuitry being configured to determine coupling of the base unit and the removable component and an emitter arranged on the removable component, the emitter communicatively coupled to a receiver arranged on the base unit when the removable component is coupled with the base unit, the system being characterized in that the electrical circuitry, upon determination of said coupling, is configured to effect electrical energy transfer through the power coupling in a start-up mode, wherein electrical energy transferred by the power coupling drives the emitter for establishing communication between the emitter and the receiver, the electrical circuitry upon receiving a corresponding signal from the receiver being configured to transition from the start-up mode to a regulated mode, wherein electrical energy transfer is regulated by communication between the emitter and the receiver and the component processing system is operative. - a base unit; - a removable component having a beverage or foodstuff component processing system; - a power coupling adapted for inductive power transfer of electrical energy between the base unit and the removable component when the removable component is coupled with the base unit; and - an electrical circuitry being configured to determine coupling of the base unit and the removable component and an emitter arranged on the removable component, the emitter communicatively coupled to a receiver arranged on the base unit when the removable component is coupled with the base unit, the system being characterized in that the electrical circuitry, upon determination of said coupling, is configured to effect electrical energy transfer through the power coupling in a start-up mode, wherein electrical energy transferred by the power coupling drives the emitter for establishing communication between the emitter and the receiver, the electrical circuitry upon receiving a corresponding signal from the receiver being configured to transition from the start-up mode to a regulated mode, wherein electrical energy transfer is regulated by communication between the emitter and the receiver and the component processing system is operative.
Purified collagenase for use in treating cellulite in a human patient by administration to the collagenous septa network, wherein the collagenase is substantially free of other enzymes, wherein the purified collagenase is injected in a dose comprising at least 10000 ABC units, applied in one or more injections, and wherein the collagenase is purified from the bacterium Clostridium histolyticum.
Timepiece barrel assembly, including a ratchet and at least one barrel mainspring mounted between, at a first end, a barrel drum, and at a second end, a receiving surface comprised in a barrel core coaxial to said drum about a pivot axis, wherein the maximum radius of said core relative to said pivot axis is less than ten times the maximum thickness of said spring, and wherein said core includes in series, from a first end towards a second end: - a first pivot shoulder in a plate or a bridge of a timepiece mechanism, - means for attaching said ratchet, - then a pivot shoulder relative to a bore of said drum, - then a collar projecting radially relative to said shoulder and cooperating in abutment with an inner face of said drum on the side of said at least one spring, - then, flush with or set back radially relative to said collar, said receiving surface for said at least one spring, - then, set back radially relative to said receiving surface, a pivot shoulder relative to a bore in a cover arranged to form, with said drum, a chamber containing said at least one mainspring, - then a second pivot shoulder in a plate or a bridge of said timepiece mechanism, wherein said core is made in at least two parts, a first part comprising a cylindrical or tubular barrel arbor and comprising at the two opposite axial ends thereof said first pivot shoulder and said second pivot shoulder, which are either in one piece with said barrel arbor or secured thereto by means of screwing and/or hooping and/or welding, and the other second part which carries said pivot shoulder relative to said bore of said drum and said collar includes said receiving surface for said mainspring or forms the inner end of said mainspring, and also carries said pivot shoulder relative to said bore of the cover, said second part including a bore driven onto said first part, characterized in that said second part includes drive means for pivoting said ratchet arranged to cooperate with complementary drive means comprised in said ratchet, and to ensure both a pivoting contact and a contact in the axial direction of said pivot axis, and in that said complementary drive means are formed by a recess in said ratchet arranged to cooperate with said drive means formed by a profile including two flat portions at the end of said core. - a first pivot shoulder in a plate or a bridge of a timepiece mechanism, - means for attaching said ratchet, - then a pivot shoulder relative to a bore of said drum, - then a collar projecting radially relative to said shoulder and cooperating in abutment with an inner face of said drum on the side of said at least one spring, - then, flush with or set back radially relative to said collar, said receiving surface for said at least one spring, - then, set back radially relative to said receiving surface, a pivot shoulder relative to a bore in a cover arranged to form, with said drum, a chamber containing said at least one mainspring, - then a second pivot shoulder in a plate or a bridge of said timepiece mechanism,
A supertorrefaction system which includes discrete units that are closely arranged and can be easily connected and disconnected to form a compact supertorrefaction system, said system comprising: at least one supertorrefying unit for torrefying biomass into charcoal, which unit includes a container defining a receiving space, and a holding member for holding biomass therein, the holding member being movably received in the receiving space; a liquid tank, which contains a first heat transfer liquid, being molten salt, and supplies the first heat transfer liquid to the supertorrefying unit 14; a wash unit having a plurality of basins for containing salty water having different temperatures and salinity to gradually rinse and cool the charcoal, which supplies water sequentially from the or salty water, to the supertorrefying unit for cooling and cleaning the charcoal that has been converted from the biomass; a first filtration apparatus disposed between the supertorrefying unit and the liquid tank; a second filtration apparatus disposed between the wash unit and the supertorrefying unit; and a charcoal fines/tar oxidizer ("CF/tar oxidizer") being in fluid communication with liquid tank 16 containing the first heat transfer liquid, the CF/tar oxidizer including a canister defining a chamber, a sparging pipe for supplying a mixture of flue gas and air disposed in the chamber of the canister, a porous sparging body disposed at a lower end of the sparging pipe, a first coiled pipe and a second coiled pipe disposed in the chamber. at least one supertorrefying unit for torrefying biomass into charcoal, which unit includes a container defining a receiving space, and a holding member for holding biomass therein, the holding member being movably received in the receiving space; a liquid tank, which contains a first heat transfer liquid, being molten salt, and supplies the first heat transfer liquid to the supertorrefying unit 14; a wash unit having a plurality of basins for containing salty water having different temperatures and salinity to gradually rinse and cool the charcoal, which supplies water sequentially from the or salty water, to the supertorrefying unit for cooling and cleaning the charcoal that has been converted from the biomass; a first filtration apparatus disposed between the supertorrefying unit and the liquid tank; a second filtration apparatus disposed between the wash unit and the supertorrefying unit; and a charcoal fines/tar oxidizer ("CF/tar oxidizer") being in fluid communication with liquid tank 16 containing the first heat transfer liquid, the CF/tar oxidizer including a canister defining a chamber, a sparging pipe for supplying a mixture of flue gas and air disposed in the chamber of the canister, a porous sparging body disposed at a lower end of the sparging pipe, a first coiled pipe and a second coiled pipe disposed in the chamber.
An energy saving controlling method of an inverter air-conditioner, comprising: a main controlling unit of the inverter air-conditioner receiving settings of an energy consumption and an operating time; according to the set energy consumption and the set operating time, calculating or retrieving operational parameters of the inverter air-conditioner; and controlling the inverter air-conditioner to operate according to the calculated or retrieved operational parameters, characterized in that, the operational parameters are based on that the inverter air-conditioner consumes the set energy consumption within the set operating time, wherein the operational parameters correspond to a constant power of the inverter air-conditioner, the energy consumption is X, the operating time is T, and an operating power of the inverter air-conditioner is X/T. a main controlling unit of the inverter air-conditioner receiving settings of an energy consumption and an operating time; according to the set energy consumption and the set operating time, calculating or retrieving operational parameters of the inverter air-conditioner; and controlling the inverter air-conditioner to operate according to the calculated or retrieved operational parameters, characterized in that, the operational parameters are based on that the inverter air-conditioner consumes the set energy consumption within the set operating time, wherein the operational parameters correspond to a constant power of the inverter air-conditioner, the energy consumption is X, the operating time is T, and an operating power of the inverter air-conditioner is X/T.
A removable shoulder stop assembly for use on an exercise apparatus having a frame and a carriage mounted on the frame for supporting a user's body during carriage movement between ends of the frame, the shoulder stop assembly comprising: a flat rectangular lock plate fastenable to a planar surface of the carriage, the lock plate having a first locating member and a keyway spaced from the first locating member; an L-shaped shoulder stop bracket having a pad support flange and a mounting flange generally perpendicular to the pad support flange, the mounting flange having a second locating member configured to mate with the first locating member; and characterised by the shoulder stop assembly further comprising: a locking handle assembly mounted on the mounting flange of the shoulder stop bracket and spaced apart from the second locating member so as to align with the keyway when the first locating member is mated with the second locating member and the handle assembly is operable to clamp the shoulder stop bracket to the lock plate when the locating members (30, 35) are mated and the locking handle assembly is hand tightened by rotation against the shoulder stop bracket. a flat rectangular lock plate fastenable to a planar surface of the carriage, the lock plate having a first locating member and a keyway spaced from the first locating member; an L-shaped shoulder stop bracket having a pad support flange and a mounting flange generally perpendicular to the pad support flange, the mounting flange having a second locating member configured to mate with the first locating member; and characterised by the shoulder stop assembly further comprising: a locking handle assembly mounted on the mounting flange of the shoulder stop bracket and spaced apart from the second locating member so as to align with the keyway when the first locating member is mated with the second locating member and the handle assembly is operable to clamp the shoulder stop bracket to the lock plate when the locating members (30, 35) are mated and the locking handle assembly is hand tightened by rotation against the shoulder stop bracket.
A method for transmitting uplink control information in a Single-Carrier Frequency Division Multiple Access, SC-FDMA communication system, the method comprising: determining a channel quality indication, CQI, and two acknowledgement bits in response to downlink data reception; applying complex scaling coefficients (960, 970) to a reference signal based on a value of the two acknowledgement bits; and transmitting the reference signal on first SC-FDMA symbols in a slot and the CQI on second SC-FDMA symbols in the slot, wherein the number of said first SC-FDMA symbols is equal to two, and wherein the applying of the complex scaling coefficients is such that QPSK modulation is applied on the reference signal depending on the value of the two acknowledgement bits. determining a channel quality indication, CQI, and two acknowledgement bits in response to downlink data reception; applying complex scaling coefficients (960, 970) to a reference signal based on a value of the two acknowledgement bits; and transmitting the reference signal on first SC-FDMA symbols in a slot and the CQI on second SC-FDMA symbols in the slot, wherein the number of said first SC-FDMA symbols is equal to two, and wherein the applying of the complex scaling coefficients is such that QPSK modulation is applied on the reference signal depending on the value of the two acknowledgement bits.
Apparatus for the provision of topical negative pressure therapy to a user, the apparatus comprising a device and a waste canister connected thereto, the waste canister being operably connected for receiving wound exudate to a wound dressing by an aspiration conduit which is releasably connected to the dressing, wherein the waste canister has a blank connector portion thereon for sealably receiving a disconnected dressing end of the aspiration conduit.
An apparatus for transporting and treating a patient comprising: a gurney comprising: a generally planar rigid patient supporting platform; and a gurney frame supporting the generally planar rigid patient support platform, and a piston driven chest compression device for repetitively compressing the chest of a patient, the piston driven chest compression device comprising: a piston; and a chest compression unit configured to drive the piston, the chest compression unit and the piston being supported by two legs wherein: the generally planar rigid patient support platform has at least two access ports through the generally planar rigid patient support platform; and each of the two legs extends through a respective one of the at least two access ports to engage the gurney frame with the piston, in use, apposing the patient's chest. a gurney comprising: a generally planar rigid patient supporting platform; and a gurney frame supporting the generally planar rigid patient support platform, and a generally planar rigid patient supporting platform; and a gurney frame supporting the generally planar rigid patient support platform, and a piston driven chest compression device for repetitively compressing the chest of a patient, the piston driven chest compression device comprising: a piston; and a chest compression unit configured to drive the piston, the chest compression unit and the piston being supported by two legs a piston; and a chest compression unit configured to drive the piston, the chest compression unit and the piston being supported by two legs wherein: the generally planar rigid patient support platform has at least two access ports through the generally planar rigid patient support platform; and each of the two legs extends through a respective one of the at least two access ports to engage the gurney frame with the piston, in use, apposing the patient's chest.
Hinge arrangement for a switch cabinet comprising a housing side hinge half and a door-side hinge half which are swivably connected to each other, wherein the housing-side hinge half has a mounting flange for securing to a vertical profile of a switch cabinet housing as well as two hinge bolts extending in the vertical direction (x), arranged at a distance (d) to each other in the vertical direction (x) and facing each other with their free ends, wherein the hinge bolts are accommodated in a respective bolt seat of the housing-side hinge half and protrude from the respective bolt seat via their free ends, characterized in that the hinge bolts are accommodated in their respective bolt seat at a distance (d) from each other in a non-movable manner at least in the vertical direction (x) towards each other, wherein the door-side hinge half has a bolt-receiving means with a vertical dimension (z) that is less than or equal to the distance (d) of the free ends of the hinge bolts.
Suction device for the separation of particles from a suction flow, with a suction motor to generate the suction flow and with a suction device housing in which the suction motor and a dust collection chamber for collecting particles separated from the suction flow are mounted, wherein the suction device is provided to suck away particles arising in operation of a hand-operated power tool with a drive motor for driving a tool, wherein it has a suction device communication facility (40; 140) for communication with an external communication device (50; 150; 250), to be operated in conjunction with the hand-operated power tool at a distance from the suction device housing, in particular forming a part of the hand-operated power tool, and wherein the suction device communication facility (40; 140) has a suction device transmitter (41s, 141s) for sending at least one control signal and/or status signal to the external communication device (50; 150; 250), characterised in that the suction device communication facility (40; 140) is designed for sending a control signal changing the operating status of the hand-operated power tool.
A valve system comprising: a valve configured to open and close a control device in response to a working fluid; a valve controller configured to control the flow of the working fluid to and from the valve; a heat exchanger mounted between the valve and the valve controller, wherein the heat exchanger is configured to receive the working fluid from the valve, is configured to cool the working fluid using a cooling stream, and is configured to deliver cooled working fluid to the valve controller; and characterised in that the heat exchanger further comprises multiple working inlets configured to receive the working fluid, and multiple cooling inlets configured to receive the cooling stream. a valve configured to open and close a control device in response to a working fluid; a valve controller configured to control the flow of the working fluid to and from the valve; a heat exchanger mounted between the valve and the valve controller, wherein the heat exchanger is configured to receive the working fluid from the valve, is configured to cool the working fluid using a cooling stream, and is configured to deliver cooled working fluid to the valve controller; and characterised in that the heat exchanger further comprises multiple working inlets configured to receive the working fluid, and multiple cooling inlets configured to receive the cooling stream.