mhurhangee/ep-ind-claims huggingface dataset:
Lighting fixture for mounting in a support, in particular in a rail support, with an adapter for engaging in the support, wherein the adapter can be introduced into the support in a first rotational position about a vertical axis and, in a second rotational position about the vertical axis, can be held in the support in a direction of the vertical axis, and at least one mounting means for engaging in the support, wherein, in the second rotational position of the adapter, the mounting means can be introduced into the support in such a manner that the adapter is secured in the second rotational position, furthermore with at least one spring element which is arranged and designed in such a manner that the engagement of the mounting means in the support can be secured by the spring force of the spring element, characterized in that the mounting means can be moved by the rotational movement of the adapter about the vertical axis from the first rotational position of the adapter into the second rotational position of the adapter by contact with the support counter to the spring force of the spring element such that the mounting means does not block the rotational movement of the adapter.
A power heat power storage device comprising a charging circuit and a discharging circuit for conveying a working gas, wherein the charging circuit and the discharging circuit comprise a common regenerator which is switchably fluid conductively connected to either the charging circuit or the discharging circuit to form a closed circuit for supplying the working gas to the regenerator, wherein the charging circuit comprises a first turbo compressor and a first turbo expander, wherein the first turbo compressor is driven by the first turbo expander and an electric motor, wherein the discharge circuit comprising a second turbo expander and a second turbo compressor, the second turbo expander driving the second turbo compressor and a generator, characterized in that a control device and a density changing device are arranged and configured in such a way that they allow the pressure of the working gas in the charging circuit and/or in the discharging circuit to be changed in a controllable manner in order to control the power which can be absorbed by the first turbo compressor and the power which can be delivered by the second turbo expander, respectively.
An image forming method comprising: forming an electrostatic latent image on an electrostatic latent image-bearing member; developing the electrostatic latent image to form a toner image; transferring the toner image to a recording medium; and fixing the toner image transferred on the recording medium, wherein the toner image includes an invisible toner image and a color toner image, the invisible toner image is formed with an invisible toner including a binder resin and a near infrared light-absorbing material, the color toner image is formed with a color toner including a binder resin and a colorant, when the invisible toner image is a solid image, 60-degree glossiness of the solid image measured according to the description is 30 or greater, the 60-degree glossiness of the solid image when the invisible toner image is the solid image is higher by 10 or higher than 60-degree glossiness of a solid image when the color toner image is the solid image, and the invisible toner image is formed closer to the recording medium than the color toner image. forming an electrostatic latent image on an electrostatic latent image-bearing member; developing the electrostatic latent image to form a toner image; transferring the toner image to a recording medium; and fixing the toner image transferred on the recording medium, wherein the toner image includes an invisible toner image and a color toner image, the invisible toner image is formed with an invisible toner including a binder resin and a near infrared light-absorbing material, the color toner image is formed with a color toner including a binder resin and a colorant, when the invisible toner image is a solid image, 60-degree glossiness of the solid image measured according to the description is 30 or greater, the 60-degree glossiness of the solid image when the invisible toner image is the solid image is higher by 10 or higher than 60-degree glossiness of a solid image when the color toner image is the solid image, and the invisible toner image is formed closer to the recording medium than the color toner image.
A mortar shell extraction system comprising: - gripping means adapted for being inserted into the mortar and holding the shell by the fuse, - at least one connecting shaft comprising a transmission rod arranged inside a sleeve, the transmission rod being movable inside the sleeve in the longitudinal direction of the transmission rod, wherein the at least one connecting shaft is connected to the gripping means, - driving means connected to the at least one connecting shaft, wherein the driving means are configured for transmitting a driving force to the gripping means through the at least one connecting shaft, the system further comprising actuating means configured for transmitting movement to the driving means, wherein the actuating means are arranged with the ability to perform rotational movement and the driving means are configured for being driven by the rotational movement of the actuating means and for converting said rotational movement into linear movement which is transmitted to the at least one connecting shaft, and wherein the at least one connecting shaft is adapted for converting the linear movement it receives from the driving means into radial clamping movement and for transmitting it to the gripping means. - gripping means adapted for being inserted into the mortar and holding the shell by the fuse, - at least one connecting shaft comprising a transmission rod arranged inside a sleeve, the transmission rod being movable inside the sleeve in the longitudinal direction of the transmission rod, wherein the at least one connecting shaft is connected to the gripping means, - driving means connected to the at least one connecting shaft,
An axle/suspension system comprising a suspension assembly (414,514,614), with an axle-beam connection, comprising: a) an axle (432,532,632) formed with at least one depression (408,508,608), b) a sleeve (431',531',631) formed with at least one depression (406,506,606), said sleeve being disposed at least partially about said axle and extending inboard of the axle-beam connection, said at least one said sleeve depression matingly engaging in said at least one said axle depression to form at least one mated pair of depressions attaching the axle to the sleeve, said sleeve being immovably mounted to the suspension assembly, and including c) a brake system (428,528,628) attached to said sleeve. a) an axle (432,532,632) formed with at least one depression (408,508,608), b) a sleeve (431',531',631) formed with at least one depression (406,506,606), said sleeve being disposed at least partially about said axle and extending inboard of the axle-beam connection, said at least one said sleeve depression matingly engaging in said at least one said axle depression to form at least one mated pair of depressions attaching the axle to the sleeve, said sleeve being immovably mounted to the suspension assembly, and including c) a brake system (428,528,628) attached to said sleeve.
A multimedia data playing method, comprising: obtaining, by a terminal device, a first sound effect plug-in, wherein the first sound effect plug-in corresponds to a first sound effect, and the terminal device comprises a first application and a second application that are used to play multimedia data; providing, by the terminal device, a first sound effect option corresponding to the first sound effect, for selection by a user; receiving, by the terminal device, a first instruction used to indicate that the user selects the first sound effect option; when first multimedia data is to be played by the first application, processing, by the terminal device, the first multimedia data by using the first sound effect plug-in according to the first instruction, to play the first multimedia data with the first sound effect; and when second multimedia data is to be played by the second application, processing, by the terminal device, the second multimedia data by using the first sound effect plug-in according to the first instruction, to play the second multimedia data with the first sound effect, wherein the method further comprises: detecting, by the terminal device, that a headset is inserted and that the headset is a current sound device; and adjusting a sound effect parameter value in the first sound effect plug-in to make a sound effect adapted to the headset. obtaining, by a terminal device, a first sound effect plug-in, wherein the first sound effect plug-in corresponds to a first sound effect, and the terminal device comprises a first application and a second application that are used to play multimedia data; providing, by the terminal device, a first sound effect option corresponding to the first sound effect, for selection by a user; receiving, by the terminal device, a first instruction used to indicate that the user selects the first sound effect option; when first multimedia data is to be played by the first application, processing, by the terminal device, the first multimedia data by using the first sound effect plug-in according to the first instruction, to play the first multimedia data with the first sound effect; and when second multimedia data is to be played by the second application, processing, by the terminal device, the second multimedia data by using the first sound effect plug-in according to the first instruction, to play the second multimedia data with the first sound effect, wherein the method further comprises: detecting, by the terminal device, that a headset is inserted and that the headset is a current sound device; and adjusting a sound effect parameter value in the first sound effect plug-in to make a sound effect adapted to the headset. detecting, by the terminal device, that a headset is inserted and that the headset is a current sound device; and adjusting a sound effect parameter value in the first sound effect plug-in to make a sound effect adapted to the headset.
A bushing assembly intended to be mounted through an orifice of a wall of an electric transformer, said assembly comprising a conductive longitudinal bar capable of being engaged through said orifice and an electrically isolating device capable of being placed inside said orifice between said bar and said wall, said bar being capable of being electrically connected to a low voltage output of said transformer through an inner end disposed on an inner side of said wall and being capable of being electrically connected to one or more electrical conductors through an outer end longitudinally projecting relative to said electrically isolating device from an outer side of said wall, a protective sheath disposed about said outer end of said bar and provided with at least one through hole for the one or more electrical conductors, said sheath being capable of adopting at least one first configuration, in which the one or each through hole is able to allow through conductors that extend from said bar in a first direction, and a second configuration, in which the one or each through hole is able to allow through conductors that extend from said bar in a second direction that is different to said first direction, said bushing assembly comprising a component (66, 114) for attaching said sheath that is passed over said outer end of said bar and is longitudinally disposed towards the outside of said wall beyond said electrically isolating device, characterised in that said bushing assembly further comprises means (68, 117) for clamping said sheath between said attachment component (66, 114) and said clamping means (68, 117).
An ultrasound processing method, comprising: generating an acoustic signal on an ultrasound transducer; receiving at least one echo of the acoustic signal returning from an image field at a plurality of receiving elements of the transducer and obtaining an echo signal from each element therefrom, wherein each element has a region of sensitivity that determines how it will respond to the echo returning from a particular point in the image field; organizing and storing the acoustic echo signals received from the plurality of receiving elements to form a data array of data samples in which each column of the data array represents the echo signal received by the corresponding transducer element; mapping one of a given pixel or voxel of an ultrasound image into a mapped data region of data samples for each of the stored echo signals, such that only data samples from elements that have sensitivities above a predetermined threshold are included in the region; organizing the mapped data region of the stored echo signals into an array for the given pixel or voxel; performing matrix operations on the array for the given pixel or voxel to generate a signal response for the given pixel or voxel; and using the signal response to obtain acoustic information for the given pixel or voxel. generating an acoustic signal on an ultrasound transducer; receiving at least one echo of the acoustic signal returning from an image field at a plurality of receiving elements of the transducer and obtaining an echo signal from each element therefrom, wherein each element has a region of sensitivity that determines how it will respond to the echo returning from a particular point in the image field; organizing and storing the acoustic echo signals received from the plurality of receiving elements to form a data array of data samples in which each column of the data array represents the echo signal received by the corresponding transducer element; mapping one of a given pixel or voxel of an ultrasound image into a mapped data region of data samples for each of the stored echo signals, such that only data samples from elements that have sensitivities above a predetermined threshold are included in the region; organizing the mapped data region of the stored echo signals into an array for the given pixel or voxel; performing matrix operations on the array for the given pixel or voxel to generate a signal response for the given pixel or voxel; and using the signal response to obtain acoustic information for the given pixel or voxel.
Device for the metered filling of a drinking straw with a filling material - comprising a material store as a storage container for the filling material, - comprising an opening in the base of the material store, said opening discharging from above into a compressed air channel, - comprising a closure device for sealing the compressed air channel relative to the material store, - wherein at least one receiving unit for receiving at least one drinking straw is present, so that the at least one drinking straw is able to be positioned with its upper edge region on the end of the compressed air channel on the air outlet side, - characterized in that - the at least one receiving unit for receiving the at least one drinking straw is able to be releasably fastened on the device. - comprising a material store as a storage container for the filling material, - comprising an opening in the base of the material store, said opening discharging from above into a compressed air channel, - comprising a closure device for sealing the compressed air channel relative to the material store, - wherein at least one receiving unit for receiving at least one drinking straw is present, so that the at least one drinking straw is able to be positioned with its upper edge region on the end of the compressed air channel on the air outlet side, - characterized in that - the at least one receiving unit for receiving the at least one drinking straw is able to be releasably fastened on the device.
A portable aerosol sampling device, comprising: a housing at least partially enclosing an inner chamber, the housing comprising an upper housing portion and a lower housing portion, the upper housing portion comprising an inlet; an airflow assembly disposed within the inner chamber and configured to receive an airflow from the inlet, the airflow assembly defining a portion of an airflow path for the airflow through the housing to an airflow outlet of the housing and comprising: a portion of a printed circuit board, PCB; and a manifold configured to be sealably coupled to the portion of the PCB to define, as part of the airflow path, at least one airflow channel disposed between an inner surface of the manifold and an outer surface of the PCB; and one or more pumping elements positioned on the PCB and configured to move the airflow through the airflow path toward the airflow outlet of the housing, each having an inlet exposed to a first environment and an outlet exposed to a second environment, wherein each outlet is sealed from the first environment at an interface with at least one of the inner surface of the manifold and the outer surface of the PCB. a housing at least partially enclosing an inner chamber, the housing comprising an upper housing portion and a lower housing portion, the upper housing portion comprising an inlet; an airflow assembly disposed within the inner chamber and configured to receive an airflow from the inlet, the airflow assembly defining a portion of an airflow path for the airflow through the housing to an airflow outlet of the housing and comprising: a portion of a printed circuit board, PCB; and a manifold configured to be sealably coupled to the portion of the PCB to define, as part of the airflow path, at least one airflow channel disposed between an inner surface of the manifold and an outer surface of the PCB; and a portion of a printed circuit board, PCB; and a manifold configured to be sealably coupled to the portion of the PCB to define, as part of the airflow path, at least one airflow channel disposed between an inner surface of the manifold and an outer surface of the PCB; and one or more pumping elements positioned on the PCB and configured to move the airflow through the airflow path toward the airflow outlet of the housing, each having an inlet exposed to a first environment and an outlet exposed to a second environment, wherein each outlet is sealed from the first environment at an interface with at least one of the inner surface of the manifold and the outer surface of the PCB.
A method performed in a wireless transmit/receive unit, WTRU, (102, 202, 402, 601) operating in communication with a base station (401, 602) on a frequency band, the method comprising: receiving, from the base station, configuration information indicating a plurality of sets of resource elements, REs, wherein each of the plurality of sets of REs includes REs used for one or more Channel-State-Information Reference Signals, CSI-RSs; receiving, from the base station, a measurement request in Downlink Control Information, DCI, in a first time unit, to receive at least one CSI-RS, in at least one set of the plurality of sets of REs, in the first time unit, to perform a measurement and to report the measurement, wherein the measurement request indicates the at least one set of the plurality of sets of REs; receiving, from the base station, the at least one CSI-RS, in the at least one set of the plurality of sets of REs, in the first time unit, according to the measurement request; performing the measurement of the at least one CSI-RS according to the measurement request; and transmitting, to the base station, in at least one of the first time unit or a second time unit, a measurement report based on the performed measurement. receiving, from the base station, configuration information indicating a plurality of sets of resource elements, REs, wherein each of the plurality of sets of REs includes REs used for one or more Channel-State-Information Reference Signals, CSI-RSs; receiving, from the base station, a measurement request in Downlink Control Information, DCI, in a first time unit, to receive at least one CSI-RS, in at least one set of the plurality of sets of REs, in the first time unit, to perform a measurement and to report the measurement, wherein the measurement request indicates the at least one set of the plurality of sets of REs; receiving, from the base station, the at least one CSI-RS, in the at least one set of the plurality of sets of REs, in the first time unit, according to the measurement request; performing the measurement of the at least one CSI-RS according to the measurement request; and transmitting, to the base station, in at least one of the first time unit or a second time unit, a measurement report based on the performed measurement.
A mixture suitable as artificial soil, characterized in that it comprises: a) 30-90% w/w of sludge resulting from agglomerated artificial stone processing; b) 5-45% w/w of gravel of particles with an average particle size between 1 and 70 mm; c) 2-45% w/w of organic matter; and d) 0.5-10% w/w of a cation exchanger, wherein w/w refers to the dry weight of each component with respect to the total dry weight sum of a), b), c) and d). a) 30-90% w/w of sludge resulting from agglomerated artificial stone processing; b) 5-45% w/w of gravel of particles with an average particle size between 1 and 70 mm; c) 2-45% w/w of organic matter; and d) 0.5-10% w/w of a cation exchanger,
A device for automatically cleaning a surface of a grill including a plurality of grill rods having top and side surfaces, the device comprising: an enclosure made from a heat-resistant material capable of withstanding heat of a grill that has just been used; a plurality of motors within the enclosure, each said motor having a rotational shaft fixed with a rotatable brush each rotatable brush having a plurality of bristles radially projecting from a rotational axis thereof, the bristles adapted for cleaning the top surfaces and at least a portion of the side surfaces of the grill rods; a circuit adapted for connecting power from a power source to each of the motors for a preset period of time upon actuation of an electrical switch connected thereto, the circuit adapted to run each motor of the plurality of motors in a first direction and then an opposing direction, respectively; whereby with the enclosure placed upon the surface of the grill and the switch actuated, the circuit runs each motor in the first direction and then alternately in the opposing direction, such that the brushes simultaneously support and move the device along the surface of the grill and clean the surface of the grill, the enclosure if becoming stuck at an obstruction eventually turning around due to the alternating directions of the motors. an enclosure made from a heat-resistant material capable of withstanding heat of a grill that has just been used; a plurality of motors within the enclosure, each said motor having a rotational shaft fixed with a rotatable brush each rotatable brush having a plurality of bristles radially projecting from a rotational axis thereof, the bristles adapted for cleaning the top surfaces and at least a portion of the side surfaces of the grill rods; a circuit adapted for connecting power from a power source to each of the motors for a preset period of time upon actuation of an electrical switch connected thereto, the circuit adapted to run each motor of the plurality of motors in a first direction and then an opposing direction, respectively; whereby with the enclosure placed upon the surface of the grill and the switch actuated, the circuit runs each motor in the first direction and then alternately in the opposing direction, such that the brushes simultaneously support and move the device along the surface of the grill and clean the surface of the grill, the enclosure if becoming stuck at an obstruction eventually turning around due to the alternating directions of the motors.