mhurhangee/ep-ind-claims huggingface dataset:
A heat-insulating material, in particular in the form of a solid foam, formed from silica particles, other than aerogel particles, with a submicron porosity, this material incorporating two different ranges of porosities, including a first range consisting of macropores with diameters of between 10 microns and 3 mm, and a second range consisting of submicron pores with diameters greater than 4 nm and less than 300 nm, the pore volume of said submicron pores being at least 1 cm 3 /g and the mass per unit volume of said insulating material being less than 300 kg/m 3.
A method for an electronic device, comprising: receiving a voice signal (700, 710, 720) comprising a wake-up command followed by a voice command and recognizing speech thereof while a touch screen of the electronic device is locked; when the speech is recognized to contain the wakeup command, unlocking the touch screen and activating a voice command mode and transmitting a signal containing the voice command of the detected voice signal to a server; and receiving and processing a control signal generated and transmitted by the server in response to the voice command within the signal recognized by the server. receiving a voice signal (700, 710, 720) comprising a wake-up command followed by a voice command and recognizing speech thereof while a touch screen of the electronic device is locked; when the speech is recognized to contain the wakeup command, unlocking the touch screen and activating a voice command mode and transmitting a signal containing the voice command of the detected voice signal to a server; and receiving and processing a control signal generated and transmitted by the server in response to the voice command within the signal recognized by the server.
Support formed as a truss girder, comprising one row of at least two successively arranged segments, wherein the segments of the row are braced with respect to each other by means of a tensioning element extending inside the support, wherein the tensioning element is anchored to opposite ends (25a, 25b) of the row of segments in order to brace the segments of the row with respect to each other and wherein the tensioning element extends through the row, wherein the tensioning element is constructed of at least two tensioning element segments, wherein the support comprises at least one row of segments in the lower chord of the support and/or at least one row of segments in the upper chord of the support, wherein, between the lower chord and the upper chord, there are arranged vertical truss elements extending in an inclined manner relative to the vertical, wherein, on the adjacent ends (28a, 28b) of adjacent segments of a row and/or on the ends (25a, 25b) of the row, there can be provided positioning aid elements for positioning the segments and/or for positioning the truss elements, wherein, for positioning, the positioning aid element is plugged into adjacent segments and through the end sections that are to be clamped between the segments, characterized in that at least one end section of a truss element that extends in an inclined manner is held between adjacent segments wherein the segments of the row are braced with respect to each other by means of a tensioning element extending inside the support, wherein the tensioning element is anchored to opposite ends (25a, 25b) of the row of segments in order to brace the segments of the row with respect to each other and wherein the tensioning element extends through the row, wherein the tensioning element is constructed of at least two tensioning element segments, wherein the support comprises at least one row of segments in the lower chord of the support and/or at least one row of segments in the upper chord of the support, wherein, between the lower chord and the upper chord, there are arranged vertical truss elements extending in an inclined manner relative to the vertical, wherein, on the adjacent ends (28a, 28b) of adjacent segments of a row and/or on the ends (25a, 25b) of the row, there can be provided positioning aid elements for positioning the segments and/or for positioning the truss elements, wherein, for positioning, the positioning aid element is plugged into adjacent segments and through the end sections that are to be clamped between the segments, characterized in that at least one end section of a truss element that extends in an inclined manner is held between adjacent segments
A method for producing nanocarbon, comprising: forming a fluidized bed by supplying a low hydrocarbon and oxygen to a fluid catalyst or a fluid catalyst used in combination with a fluid medium; and producing nanocarbon and hydrogen by a decomposition reaction of the low hydrocarbon accompanied by a self-combustion of the low hydrocarbon and the oxygen; wherein the low hydrocarbon is selected from methane, ethane, propane, butane or mixtures thereof; wherein the fluid catalyst comprises metal particles or metal particles supported on the surface of a silica or an alumina carrier, the size of metal particles being 1 to 500 nm; wherein the fluid medium is selected from the group of sand particles, silica particles, alumina particles or mixtures thereof; and wherein the oxygen is supplied in a ratio of 25% by volume or less, based on the total volume of the low hydrocarbon and the oxygen. forming a fluidized bed by supplying a low hydrocarbon and oxygen to a fluid catalyst or a fluid catalyst used in combination with a fluid medium; and producing nanocarbon and hydrogen by a decomposition reaction of the low hydrocarbon accompanied by a self-combustion of the low hydrocarbon and the oxygen; wherein the low hydrocarbon is selected from methane, ethane, propane, butane or mixtures thereof; wherein the fluid catalyst comprises metal particles or metal particles supported on the surface of a silica or an alumina carrier, the size of metal particles being 1 to 500 nm; wherein the fluid medium is selected from the group of sand particles, silica particles, alumina particles or mixtures thereof; and wherein the oxygen is supplied in a ratio of 25% by volume or less, based on the total volume of the low hydrocarbon and the oxygen.
A piston of an axial piston pump motor comprising: a cylindrical part having an outer circumferential surface which is slide-fitted to an inner circumferential surface of a piston chamber of a cylinder block so as to be capable of advancing and retreating with a clearance between the outer circumferential surface and the inner circumferential surface, characterized in that at least one of crowning processing performed on a protrusion end part situated on a side protruding from the piston chamber in an axial direction of the outer circumferential surface so as to form, in a cross section in the axial direction of the outer circumferential surface, a 1.2-order to 2.5-order curve within a range in which a length is 10% or more and 80% or less of a length of the cylindrical part and a height is 10% or more and 160% or less of the clearance in case of using a front edge of the protrusion end part as a standard, and crowning processing performed on an insertion end part situated on a side inserted into the piston chamber in the axial direction of the outer circumferential surface so as to form, in the cross section, a 1.2-order to 2.5-order curve within a range in which a length is 10% or more and 60% or less of the length of the cylindrical part and a height is 10% or more and 160% or less of the clearance in case of using a rear edge of the insertion end part as a standard, is performed, and a tilt angle of the end part subjected to the crowning processing is within a range of 0° or more and less than 1°. a cylindrical part having an outer circumferential surface which is slide-fitted to an inner circumferential surface of a piston chamber of a cylinder block so as to be capable of advancing and retreating with a clearance between the outer circumferential surface and the inner circumferential surface, characterized in that at least one of crowning processing performed on a protrusion end part situated on a side protruding from the piston chamber in an axial direction of the outer circumferential surface so as to form, in a cross section in the axial direction of the outer circumferential surface, a 1.2-order to 2.5-order curve within a range in which a length is 10% or more and 80% or less of a length of the cylindrical part and a height is 10% or more and 160% or less of the clearance in case of using a front edge of the protrusion end part as a standard, and crowning processing performed on an insertion end part situated on a side inserted into the piston chamber in the axial direction of the outer circumferential surface so as to form, in the cross section, a 1.2-order to 2.5-order curve within a range in which a length is 10% or more and 60% or less of the length of the cylindrical part and a height is 10% or more and 160% or less of the clearance in case of using a rear edge of the insertion end part as a standard, is performed, and a tilt angle of the end part subjected to the crowning processing is within a range of 0° or more and less than 1°.
A head mounted display device comprising: a camera unit configured to sense an image of surroundings located in front of the HMD device; an image processing unit configured to detect a reference object from the sensed image of the surroundings; an eye gaze detection unit configured to detect an eye gaze direction in which a user gazes at the detected reference object; and a controller configured to perform eye gaze calibration based on the detected reference object and the detected eye gaze direction, wherein the image processing unit is configured to detect at least one object contained in the sensed image of the surroundings as a first object, the at least one object being a real object (11-1, 11-2) contained in the surroundings, detect a hand of the user contained in the sensed image of the surroundings as a second object, detect an event of the second object with respect to the first object, and decide the first object, on which the event has been detected, as the reference object, and wherein the controller is configured to; set a virtual line linking a pupil of the user to the reference object and calculate an intersection point (24- 2) between the virtual line and the HMD, and decide a position of digital information to be displayed on the HMD based on the calculated position of the intersection point. a camera unit configured to sense an image of surroundings located in front of the HMD device; an image processing unit configured to detect a reference object from the sensed image of the surroundings; an eye gaze detection unit configured to detect an eye gaze direction in which a user gazes at the detected reference object; and a controller configured to perform eye gaze calibration based on the detected reference object and the detected eye gaze direction, wherein the image processing unit is configured to detect at least one object contained in the sensed image of the surroundings as a first object, the at least one object being a real object (11-1, 11-2) contained in the surroundings, detect a hand of the user contained in the sensed image of the surroundings as a second object, detect an event of the second object with respect to the first object, and decide the first object, on which the event has been detected, as the reference object, and wherein the controller is configured to; set a virtual line linking a pupil of the user to the reference object and calculate an intersection point (24- 2) between the virtual line and the HMD, and decide a position of digital information to be displayed on the HMD based on the calculated position of the intersection point.
A terminal device that communicates with a base station device by using a serving cell of Long Term Evolution, LTE, Time Division Duplex, TDD, comprising: a reception unit that receives a downlink control information format 3, DCI Format 3, which includes a physical downlink control channel, PDCCH, or enhanced physical downlink control channel, EPDCCH; and a transmission power control unit that controls transmission power using a transmission power control command that is included in DCI Format 3, wherein, at least two types of uplink-downlink configurations are defined to determine subframe allocation for uplink and downlink, and in a case where cyclic redundancy check parity bits that are attached to DCI Format 3 are scrambled with a first radio network temporary identifier, RNTI, the timing to execute the transmission power control command is based on the first uplink-downlink configuration, and wherein, in a case where the cyclic redundancy check parity bits that are attached to DCI Format 3 are scrambled with a second RNTI, the timing to execute the transmission power control command is based on the second uplink-downlink configuration. a reception unit that receives a downlink control information format 3, DCI Format 3, which includes a physical downlink control channel, PDCCH, or enhanced physical downlink control channel, EPDCCH; and a transmission power control unit that controls transmission power using a transmission power control command that is included in DCI Format 3, wherein, at least two types of uplink-downlink configurations are defined to determine subframe allocation for uplink and downlink, and in a case where cyclic redundancy check parity bits that are attached to DCI Format 3 are scrambled with a first radio network temporary identifier, RNTI, the timing to execute the transmission power control command is based on the first uplink-downlink configuration, and wherein, in a case where the cyclic redundancy check parity bits that are attached to DCI Format 3 are scrambled with a second RNTI, the timing to execute the transmission power control command is based on the second uplink-downlink configuration.
Disassembly equipment suitable for changing cylinders and clusters of a roll stand intended for rolling a metal strip, said cluster comprising a lateral supporting cylinder and rows of support rollers assembled on a beam transverse to the roll stand, said cluster being assembled on a supporting arm, and comprising: - a handling frame including positioning and moving means for moving and positioning same along at least one first direction which can be defined in relation to said roll stand; - a mobile shuttle capable of moving over said frame along a second direction perpendicular to said first direction; characterised in that said shuttle includes an extraction device capable of disassembling said cluster from the roll stand or of assembling said cluster on it, said extraction device including: - an upper crossbeam rigidly connected, via a movable strut, to a lower crossbeam arranged below said upper crossbeam, each of said crossbeams including, at each of the ends thereof, a gripping plate including at least one locking bolt, said gripping plates of a single crossbeam being intended to grip said cluster by actuating said locking bolt; - said locking bolt being capable of actuating a clamping system of said cluster capable of rigidly connecting said cluster to its supporting arm or of disconnecting it, - a moving member of said extraction device capable of moving said extraction device along said first direction by acting on said rigidly connected strut of said upper and lower crossbeams. - a handling frame including positioning and moving means for moving and positioning same along at least one first direction which can be defined in relation to said roll stand; - a mobile shuttle capable of moving over said frame along a second direction perpendicular to said first direction; - an upper crossbeam rigidly connected, via a movable strut, to a lower crossbeam arranged below said upper crossbeam, each of said crossbeams including, at each of the ends thereof, a gripping plate including at least one locking bolt, said gripping plates of a single crossbeam being intended to grip said cluster by actuating said locking bolt; - said locking bolt being capable of actuating a clamping system of said cluster capable of rigidly connecting said cluster to its supporting arm or of disconnecting it, - a moving member of said extraction device capable of moving said extraction device along said first direction by acting on said rigidly connected strut of said upper and lower crossbeams.
A vacuum cleaner comprising a cleaner main body and an electric blower, the cleaner main body including: a handle; a dust collecting unit which communicates with a suction side of the electric blower and collects suctioned dust; a main body connection port which is provided at a front portion of the cleaner main body and communicates with the dust collecting unit; and a power supply unit which supplies electric power to the electric blower, characterized in that: the secondary battery is positioned behind the electric blower and behind and below a gravity center position of the cleaner main body, the dust collecting unit and the power supply unit are disposed on both sides which sandwich the gravity center position of the cleaner main body and are positioned above and below across an axis of the main body connection port, and wherein the handle is formed in a shape extending approximately along an arc which is centered at the gravity center position of the cleaner main body substantially such that the gravity center position of the cleaner main body under use remains substantially unchanged in a state in which any one region is gripped. a handle; a dust collecting unit which communicates with a suction side of the electric blower and collects suctioned dust; a main body connection port which is provided at a front portion of the cleaner main body and communicates with the dust collecting unit; and a power supply unit which supplies electric power to the electric blower, characterized in that: the secondary battery is positioned behind the electric blower and behind and below a gravity center position of the cleaner main body, the dust collecting unit and the power supply unit are disposed on both sides which sandwich the gravity center position of the cleaner main body and are positioned above and below across an axis of the main body connection port, and wherein the handle is formed in a shape extending approximately along an arc which is centered at the gravity center position of the cleaner main body substantially such that the gravity center position of the cleaner main body under use remains substantially unchanged in a state in which any one region is gripped. the secondary battery is positioned behind the electric blower and behind and below a gravity center position of the cleaner main body, the dust collecting unit and the power supply unit are disposed on both sides which sandwich the gravity center position of the cleaner main body and are positioned above and below across an axis of the main body connection port, and wherein the handle is formed in a shape extending approximately along an arc which is centered at the gravity center position of the cleaner main body substantially such that the gravity center position of the cleaner main body under use remains substantially unchanged in a state in which any one region is gripped.
A brewing device, comprising: a base; a capsule holder, the capsule holder being provided on the base; an injection module, the injection module being movably connected with the base and able to get close to or away from the capsule holder along a preset direction; a sliding rail, the sliding rail having one end thereof carried on the capsule holder and the other end thereof rotatably mounted on the capsule holder; and a driving module, the driving module being configured to drive the sliding rail to rotate when the injection module is getting away from the capsule holder along the preset direction, so that one end of the sliding rail carried on the capsule holder gets away from the capsule holder; characterized in that the driving module comprises: a first magnetic piece, provided on the injection module; and a second magnetic piece, provided on the sliding rail and corresponds to the first magnetic piece; wherein the first magnetic piece and the second magnetic piece are attracted to each other when the injection module is getting away from the capsule holder along the preset direction for driving the sliding rail to rotate. a base; a capsule holder, the capsule holder being provided on the base; an injection module, the injection module being movably connected with the base and able to get close to or away from the capsule holder along a preset direction; a sliding rail, the sliding rail having one end thereof carried on the capsule holder and the other end thereof rotatably mounted on the capsule holder; and a driving module, the driving module being configured to drive the sliding rail to rotate when the injection module is getting away from the capsule holder along the preset direction, so that one end of the sliding rail carried on the capsule holder gets away from the capsule holder; characterized in that the driving module comprises: a first magnetic piece, provided on the injection module; and a second magnetic piece, provided on the sliding rail and corresponds to the first magnetic piece; wherein the first magnetic piece and the second magnetic piece are attracted to each other when the injection module is getting away from the capsule holder along the preset direction for driving the sliding rail to rotate. a first magnetic piece, provided on the injection module; and a second magnetic piece, provided on the sliding rail and corresponds to the first magnetic piece; wherein the first magnetic piece and the second magnetic piece are attracted to each other when the injection module is getting away from the capsule holder along the preset direction for driving the sliding rail to rotate.
An apparatus arranged to process waste having an organic content, the apparatus comprising: a first processing chamber 10 arranged to receive and heat said waste in a reduced or substantially zero oxygen atmosphere to produce syngas and carbonaceous material; a second processing chamber 26 arranged to receive and heat the carbonaceous material in a reduced oxygen atmosphere to gasify it to produce carbon monoxide; a thermal treatment chamber 20 having a syngas inlet configured to receive syngas from the first chamber 10 and the carbon monoxide from the second chamber 26, said thermal treatment chamber 20 configured to heat the gas therein to break down any volatile organic compounds or long chain hydrocarbons therein; and characterised in that the apparatus comprises means for controlling the oxygen content within the second processing chamber 26 comprising a control system 16 configured to monitor a property of the gas produced in the first processing chamber 10 and to control a flow of oxygen containing gas into the second processing chamber 26 in response to said property. a first processing chamber 10 arranged to receive and heat said waste in a reduced or substantially zero oxygen atmosphere to produce syngas and carbonaceous material; a second processing chamber 26 arranged to receive and heat the carbonaceous material in a reduced oxygen atmosphere to gasify it to produce carbon monoxide; a thermal treatment chamber 20 having a syngas inlet configured to receive syngas from the first chamber 10 and the carbon monoxide from the second chamber 26, said thermal treatment chamber 20 configured to heat the gas therein to break down any volatile organic compounds or long chain hydrocarbons therein; and characterised in that the apparatus comprises means for controlling the oxygen content within the second processing chamber 26 comprising a control system 16 configured to monitor a property of the gas produced in the first processing chamber 10 and to control a flow of oxygen containing gas into the second processing chamber 26 in response to said property.