mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaner comprising: a suction unit introducing air with dust; a suction motor that generates suction force to introduce air through the suction unit ; a motor housing arranged to surround the suction motor ; a dust separation unit to separate dust from air sucked through the suction unit , the dust separation unit including a first cyclone unit and a second cyclone unit , the second cyclone unit being configured to separate dust from air received from the first cyclone unit , wherein the suction motor is positioned above an outlet of the second cyclone unit in a state in which an axis of the suction motor is disposed along an extension line of an axis of a cyclone flow of the first cyclone unit ; air exits disposed above the suction motor and arranged in a circumferential direction with respect to the axis of the suction motor ; and a first air passage that guides air separated in the dust separation unit upward from the second cyclone unit , wherein the air exits are on a second air passage for discharging the air passing through the suction motor to an outside, characterized in that the cleaner further comprises an impeller positioned at an upper portion of the suction motor , and the first air passage surrounds an outer side of the motor housing . a suction unit introducing air with dust; a suction motor that generates suction force to introduce air through the suction unit ; a motor housing arranged to surround the suction motor ; a dust separation unit to separate dust from air sucked through the suction unit , the dust separation unit including a first cyclone unit and a second cyclone unit , the second cyclone unit being configured to separate dust from air received from the first cyclone unit , wherein the suction motor is positioned above an outlet of the second cyclone unit in a state in which an axis of the suction motor is disposed along an extension line of an axis of a cyclone flow of the first cyclone unit ; air exits disposed above the suction motor and arranged in a circumferential direction with respect to the axis of the suction motor ; and a first air passage that guides air separated in the dust separation unit upward from the second cyclone unit , wherein the air exits are on a second air passage for discharging the air passing through the suction motor to an outside, characterized in that the cleaner further comprises an impeller positioned at an upper portion of the suction motor , and the first air passage surrounds an outer side of the motor housing .
A method for scalable video decoding supporting a plurality of layers, the method comprising: receiving a video parameter set in a bitstream including the plurality of layers; acquiring, from the video parameter set, a syntax element `vps_max_sub_layers_minus1', a value of the 'vps_max_sub_layers_minus1' plus 1 specifying a maximum number of sub-layers for all the layers in the bitstream; acquiring, from the video parameter set, a flag indicating whether a maximum number of sub-layers of a i-th layer is determined by the 'vps_max_sub_layers_minus1' or i-th layer information, the i-th layer being one of the plurality of layers of the bitstream; acquiring, from the video parameter set, the i-th layer information according to the flag, a value of the i-th layer information plus 1 specifying the maximum number of the sub-layers of the i-th layer; and determining the maximum number of the sub-layers of the i-th layer according to the flag, wherein the 'vps_max_sub_layers_minus1' for all the layers is obtained in a unit of the bitstream, and the i-th layer information is obtained in a unit of a layer, wherein, in response to a value of the flag being a first value, the i-th layer information is not acquired, and the maximum number of the sub-layers of the i-th layer is determined by adding the value of the 'vps_max_sub_layers_minus1' to 1, and wherein, in response to a value of the flag being a second value, the i-th layer information is acquired, and the maximum number of the sub-layers of the i-th layer is determined by adding the value of the i-th layer information to 1. receiving a video parameter set in a bitstream including the plurality of layers; acquiring, from the video parameter set, a syntax element `vps_max_sub_layers_minus1', a value of the 'vps_max_sub_layers_minus1' plus 1 specifying a maximum number of sub-layers for all the layers in the bitstream; acquiring, from the video parameter set, a flag indicating whether a maximum number of sub-layers of a i-th layer is determined by the 'vps_max_sub_layers_minus1' or i-th layer information, the i-th layer being one of the plurality of layers of the bitstream; acquiring, from the video parameter set, the i-th layer information according to the flag, a value of the i-th layer information plus 1 specifying the maximum number of the sub-layers of the i-th layer; and determining the maximum number of the sub-layers of the i-th layer according to the flag, wherein the 'vps_max_sub_layers_minus1' for all the layers is obtained in a unit of the bitstream, and the i-th layer information is obtained in a unit of a layer, wherein, in response to a value of the flag being a first value, the i-th layer information is not acquired, and the maximum number of the sub-layers of the i-th layer is determined by adding the value of the 'vps_max_sub_layers_minus1' to 1, and wherein, in response to a value of the flag being a second value, the i-th layer information is acquired, and the maximum number of the sub-layers of the i-th layer is determined by adding the value of the i-th layer information to 1.
A process for the preparation of a fermented milk product comprising the following steps: i) providing a mixture comprising: a) milk b) at least one bacteria species, comprising at least one Bifidobacteria selected from the group consisting of Bifidobacterium animalis subsp. animalis and Bifidobacterium breve, c) a manganese compound ii) fermentation of said mixture to provide a fermented milk product, wherein the amount of manganese compound in said mixture i) is at least 5 mg/l. i) providing a mixture comprising: a) milk b) at least one bacteria species, comprising at least one Bifidobacteria selected from the group consisting of Bifidobacterium animalis subsp. animalis and Bifidobacterium breve, c) a manganese compound a) milk b) at least one bacteria species, comprising at least one Bifidobacteria selected from the group consisting of Bifidobacterium animalis subsp. animalis and Bifidobacterium breve, c) a manganese compound ii) fermentation of said mixture to provide a fermented milk product,
A unit cell for a wireless power transmitter, characterised in that the unit cell comprises: a top substrate layer ; a metal portion defining an aperture , wherein the top substrate layer includes the metal portion; and a patch antenna , positioned within the aperture defined by the metal portion, configured to radiate one or more RF power transmission waves for wirelessly charging an electronic device , such that: the one or more RF power transmission waves are leaked from the unit cell through the aperture and received by an antenna of the electronic device when the antenna of the electronic device is positioned in a near-field distance from the unit cell; and the electronic device uses energy from the one or more RF power transmission waves received by the antenna to power or charge the electronic device. a top substrate layer ; a metal portion defining an aperture , wherein the top substrate layer includes the metal portion; and a patch antenna , positioned within the aperture defined by the metal portion, configured to radiate one or more RF power transmission waves for wirelessly charging an electronic device , such that: the one or more RF power transmission waves are leaked from the unit cell through the aperture and received by an antenna of the electronic device when the antenna of the electronic device is positioned in a near-field distance from the unit cell; and the electronic device uses energy from the one or more RF power transmission waves received by the antenna to power or charge the electronic device. the one or more RF power transmission waves are leaked from the unit cell through the aperture and received by an antenna of the electronic device when the antenna of the electronic device is positioned in a near-field distance from the unit cell; and the electronic device uses energy from the one or more RF power transmission waves received by the antenna to power or charge the electronic device.
A reinforced concrete material comprising a cementitious material in which graphene is substantially uniformly distributed, characterised in that the graphene is dispersed or suspended within water prior to the formation of the concrete material, the concentration of graphene within the water being in the range of 0.2 - 2.5g/L, and wherein the graphene is in the form of flakes of lateral dimensions in the range of 1 - 3μm.
A method for producing a pressure vessel from a metal liner which is reinforced on its outer casing by being wound with fibre composite material with a resin matrix, wherein the liner , to be wound with the fibre composite material , rotates about an axis of the pressure vessel and wherein in at least one manufacturing step the resin matrix of the fibre composite material is subjected to an ultrasound treatment with ultrasonic waves, wherein the characteristic of the ultrasonic waves during the ultrasound treatment is selected such that an increased degassing rate of the air or air bubbles contained from the resin matrix is achieved and the ultrasonic waves are introduced such that the increase in the degassing rate due to ultrasonic excitation takes place only in the region of the upper half-shell which is located at the top upon the rotation of the liner in each case.
A method of detecting a transition of a mobile device across an indoor threshold, the mobile device comprising a magnetic sensor device and inertial sensors, the method being executed in one or more processors and comprising: obtaining sensor data from the magnetic sensor device to detect a spatial pattern of magnetic anomaly characteristics associated with a sequence of position changes along a trajectory of motion of the mobile device , the sensor data including absolute values of magnetic measurements associated with the sequence of position changes, and the magnetic measurements including a measurement of the magnetic field strength and a measurement of the magnetic dip angle; upon detecting the spatial pattern of magnetic anomaly characteristics associated with the sequence of position changes of the mobile device , extracting the spatial pattern, the spatial pattern indicative of a variation of the absolute values of the magnetic measurements in the sequence of position changes; comparing the extracted spatial pattern with a stored magnetic signature associated with the indoor threshold; and based on the comparing, inferring that the mobile device is one of transitioning in position and has transitioned in position across the indoor threshold; wherein the indoor threshold is located at an entranceway to a local venue within a building, and the spatial pattern of magnetic anomaly characteristics is at least partly caused by at least one radio frequency identification device deployed at the indoor threshold. obtaining sensor data from the magnetic sensor device to detect a spatial pattern of magnetic anomaly characteristics associated with a sequence of position changes along a trajectory of motion of the mobile device , the sensor data including absolute values of magnetic measurements associated with the sequence of position changes, and the magnetic measurements including a measurement of the magnetic field strength and a measurement of the magnetic dip angle; upon detecting the spatial pattern of magnetic anomaly characteristics associated with the sequence of position changes of the mobile device , extracting the spatial pattern, the spatial pattern indicative of a variation of the absolute values of the magnetic measurements in the sequence of position changes; comparing the extracted spatial pattern with a stored magnetic signature associated with the indoor threshold; and based on the comparing, inferring that the mobile device is one of transitioning in position and has transitioned in position across the indoor threshold;
Method of producing a curved substrate pane having a hologram, having the steps of: - producing (S1) a curved substrate pane from plastic by primary forming, injection moulding or injection compression moulding between a first mould half that defines a predetermined target geometry of a substrate surface and a second mould half separably fixed to the first mould half ; - removing the first mould half from the second mould half in which the substrate pane produced remains, and applying a holography master in the form of a thin layer to a surface (5; 8) defining the target geometry in the first or a further mould half (2; 4); - fixing (S2) the first or further mould half having the holography master on the second mould half in such a way as to leave an empty gap of a predetermined constant thickness between the holography master and the substrate surface , and filling (S3) this gap with a hologram recording material; - exposing (S5) the hologram recording layer formed thereby between the substrate surface and the holography master with a coherent light to form a hologram defined by the holography master . - producing (S1) a curved substrate pane from plastic by primary forming, injection moulding or injection compression moulding between a first mould half that defines a predetermined target geometry of a substrate surface and a second mould half separably fixed to the first mould half ; - removing the first mould half from the second mould half in which the substrate pane produced remains, and applying a holography master in the form of a thin layer to a surface (5; 8) defining the target geometry in the first or a further mould half (2; 4); - fixing (S2) the first or further mould half having the holography master on the second mould half in such a way as to leave an empty gap of a predetermined constant thickness between the holography master and the substrate surface , and filling (S3) this gap with a hologram recording material; - exposing (S5) the hologram recording layer formed thereby between the substrate surface and the holography master with a coherent light to form a hologram defined by the holography master .
Absorption monitor system comprising: a light source comprising a UV-LED being a Light Emitting Diode capable of emitting light in the UV range; a light detector arranged so as to define an absorption detection light path there between, the monitor system further comprising a flow cell with a fluid flow channel and two opposing windows providing the absorption detection light path there between, one window arranged to receive light from the UV-LED and the other window arranged to output resulting light from the measurement light-path to the light detector ; and further comprising a controller arranged to control the operation of the light source and a temperature sensor for registering the temperature of the UV-LED, wherein the absorption monitor system does not comprise a reference light-detector, wherein the controller is arranged to control the light output intensity from the UV-LED in response to the registered temperature to compensate for fluctuations in light output intensity from the UV-LED due to temperature changes; and in that the controller is additionally arranged to register the UV-age being the total time when the UV-LED is in operation and to control the light output intensity from the UV-LED additionally in response to the registered UV-age to compensate for fluctuations in light output intensity from the UV-LED due to age.
A crane rail measuring device for detecting the irregular heights and lateral shifts in the rails by being moved on the crane rail with energy provided by a power source and drive from an electric motor , characterized by comprising; at least one angle sensor that detects the angle change of the rail, an encoder to measure how far the rail measuring device has traveled on the rail and to receive the displacement data, and a microprocessor that controls the data from the sensors by controlling the rail measuring device .
An information processing apparatus including a plurality of functions, the information processing apparatus comprising: a first display control means for displaying, on a screen, a plurality of software keys each corresponding to a different function of the plurality of functions; and a rearrangement means for performing rearrangement processing for rearranging the plurality of software keys so that, based on a state of the information processing apparatus, a software key related to the state of the information processing apparatus is preferentially displayed among the plurality of software keys, characterized in that even in a case where the state of the information processing apparatus is a state where the rearrangement processing is performed by the rearrangement means so that the software key related to the state of the information processing apparatus is preferentially displayed among the plurality of software keys, the rearrangement means is configured to return the rearrangement of said plurality of software keys to a default arrangement when at least one predetermined function for a user to use the information processing apparatus without viewing the screen is in an enabled state. a first display control means for displaying, on a screen, a plurality of software keys each corresponding to a different function of the plurality of functions; and a rearrangement means for performing rearrangement processing for rearranging the plurality of software keys so that, based on a state of the information processing apparatus, a software key related to the state of the information processing apparatus is preferentially displayed among the plurality of software keys, characterized in that even in a case where the state of the information processing apparatus is a state where the rearrangement processing is performed by the rearrangement means so that the software key related to the state of the information processing apparatus is preferentially displayed among the plurality of software keys, the rearrangement means is configured to return the rearrangement of said plurality of software keys to a default arrangement when at least one predetermined function for a user to use the information processing apparatus without viewing the screen is in an enabled state.
A medical device in combination with an optical reading device comprising at least one sensor (1.4), a meter display (1.2) for displaying a plurality of independently controllable display elements (1.2.2) and a meter control unit (1.1) adapted for controlling the meter display (1.2) so that at least one measurement value measured by the sensor (1.4) and/or data derived thereof is encoded in an optical machine-readable signal , wherein the optical reading device is adapted to read the optical machine-readable signal from the medical device , to decode the optical machine-readable signal , and to generate a message corresponding to the decoded optical machine-readable signal , characterised in that the meter control unit (1.1) and/or the meter display (1.2) are adapted to form the optical machine-readable signal as a variation of the colour of at least one segment (4.1, 4.2, 4.3, 4.4, 4.5) of adjacent pixels (1.2.2) over time.
A system for distributing heat transfer fluid for a thermal energy storage device including a thermal storage tank stratified by heat transfer fluid, for injecting and/or withdrawing heat transfer fluid within the thermal storage tank , said distribution system being in a telescopic shape, including a plurality of distribution elements (2a-2e) fitted inside one another and sliding relative to each other, to allow deployment and/or retraction of the distribution system according to a predetermined configuration for distributing heat transfer fluid within a target thermal stratum of the thermal storage tank having a temperature substantially equal to the temperature of the heat transfer fluid intended to be distributed, at least one of the distribution elements (2a-2e) including a heat transfer fluid diffuser element , the solid density (ρ s ) of the solid part of the distribution system , comprising the plurality of distribution elements (2a-2e), being substantially equal to the fluid density (ρ l ) of the fluid part of the distribution system , comprising the heat transfer fluid intended to be distributed within said target thermal stratum, by injection and/or withdrawal, to allow flotation of said diffuser element at the level of said target thermal stratum, all or part of the distribution elements (2a-2e) including at least one flotation element , configured to give the plurality of distribution elements (2a-2e) of the distribution system a density (ρ s ) substantially equal to the density (ρ l ) of the heat transfer fluid intended to be distributed, and said at least one flotation element being integrated inside a side wall of at least one distribution element (2a-2e).
A gas turbine engine comprises: a bearing compartment , wherein the bearing compartment comprises: a bottom disposed opposite a top ; an outlet formed in the bottom of the bearing compartment ; and a seal positioned between the bottom of the bearing compartment and the top of the bearing compartment ; and a scavenge line connected to the outlet , wherein the scavenge line forms a lubricant fluid trap that extends in a first direction from the outlet and the bottom of the bearing compartment and then extends in a second direction to a position disposed vertically between the bottom of the bearing compartment and the seal , wherein the bearing compartment is disposed within a core casing of the gas turbine engine ; characterised in that : the bearing compartment comprises an inlet formed in the bottom of the bearing compartment and the gas turbine engine further comprises a lubricant fluid supply line connected to the inlet , wherein the fluid supply line first extends vertically downward from the inlet and the bottom of the bearing compartment and exits the core casing, and then extends upward to a position disposed vertically above the top of the bearing compartment . a bearing compartment , wherein the bearing compartment comprises: a bottom disposed opposite a top ; an outlet formed in the bottom of the bearing compartment ; and a seal positioned between the bottom of the bearing compartment and the top of the bearing compartment ; and a bottom disposed opposite a top ; an outlet formed in the bottom of the bearing compartment ; and a seal positioned between the bottom of the bearing compartment and the top of the bearing compartment ; and a scavenge line connected to the outlet , wherein the scavenge line forms a lubricant fluid trap that extends in a first direction from the outlet and the bottom of the bearing compartment and then extends in a second direction to a position disposed vertically between the bottom of the bearing compartment and the seal , wherein the bearing compartment is disposed within a core casing of the gas turbine engine ; characterised in that : the bearing compartment comprises an inlet formed in the bottom of the bearing compartment and the gas turbine engine further comprises a lubricant fluid supply line connected to the inlet , wherein the fluid supply line first extends vertically downward from the inlet and the bottom of the bearing compartment and exits the core casing, and then extends upward to a position disposed vertically above the top of the bearing compartment .