mhurhangee/patent-ind-claim-en huggingface dataset:
A filtration system for use in a beverage dispensing machine comprising a first and second boiler , the filtration system comprising: an input fluid line for connecting the system to a water source; a first filter module connected to the input fluid line; an output fluid conduit connected to the first filter and configured to have a first fluid output line for directing fluid to the first boiler and a second fluid output line for directing fluid to the second boiler; and a second filter module , located in the in the second fluid output line; wherein the second filter module is capable of removing ions not removeable by the first filter module. an input fluid line for connecting the system to a water source; a first filter module connected to the input fluid line; an output fluid conduit connected to the first filter and configured to have a first fluid output line for directing fluid to the first boiler and a second fluid output line for directing fluid to the second boiler; and a second filter module , located in the in the second fluid output line; wherein the second filter module is capable of removing ions not removeable by the first filter module.
A base unit comprising: a receiver arranged to receive a request message at a second network function, wherein the request message comprises identification data corresponding to a first network function, wherein the identification data comprises data layer information that indicates whether the first network function comprises a network connection to a first data layer and network function information that indicates the first network function, and the first data layer comprises first context data; and a processor arranged to: determine whether the first network function comprises the network connection to the first data layer based on the data layer information, wherein: in response to the first network function not comprising the network connection to the first data layer, the processor retrieves context data directly from the first network function; and in response to the first network function comprising the network connection to the first data layer, the processor retrieves the first context data from the first data layer via the network connection, wherein the network connection comprises a connection between the first data layer and a second data layer of the second network function. a receiver arranged to receive a request message at a second network function, wherein the request message comprises identification data corresponding to a first network function, wherein the identification data comprises data layer information that indicates whether the first network function comprises a network connection to a first data layer and network function information that indicates the first network function, and the first data layer comprises first context data; and a processor arranged to: determine whether the first network function comprises the network connection to the first data layer based on the data layer information, wherein: in response to the first network function not comprising the network connection to the first data layer, the processor retrieves context data directly from the first network function; and in response to the first network function comprising the network connection to the first data layer, the processor retrieves the first context data from the first data layer via the network connection, wherein the network connection comprises a connection between the first data layer and a second data layer of the second network function. in response to the first network function not comprising the network connection to the first data layer, the processor retrieves context data directly from the first network function; and in response to the first network function comprising the network connection to the first data layer, the processor retrieves the first context data from the first data layer via the network connection, wherein the network connection comprises a connection between the first data layer and a second data layer of the second network function.
A system for automatically or interactively adjusting, for each of a plurality of subjects , a relative position and/or a relative orientation between an interior body portion of the respective subject under inspection and an X-ray sensitive surface of an X-ray sensitive device ; wherein the system comprises a data processing system which is configured to: read and/or determine, for each of the subjects , position and/or orientation data which are indicative of one or more parameters of a position and/or an orientation of the respective subject ; determine, for each of the subjects , one or more position and/or orientation parameters of an interior body portion of the respective subject ; wherein the data processing system is configured to determine, for each of the subjects , the one or more position and/or orientation parameters of the interior body portion of the respective subject further depending on a same type of model data based on a same set of attributes; wherein the model data are indicative of one or more parameters of an interior position and/or an interior orientation of an interior body portion of a model subject within a body of the model subject. read and/or determine, for each of the subjects , position and/or orientation data which are indicative of one or more parameters of a position and/or an orientation of the respective subject ; determine, for each of the subjects , one or more position and/or orientation parameters of an interior body portion of the respective subject ; wherein the data processing system is configured to determine, for each of the subjects , the one or more position and/or orientation parameters of the interior body portion of the respective subject further depending on a same type of model data based on a same set of attributes; wherein the model data are indicative of one or more parameters of an interior position and/or an interior orientation of an interior body portion of a model subject within a body of the model subject.
A discharge lamp drive device comprising: a discharge lamp drive section adapted to supply a drive current (I) to a discharge lamp having a first electrode and a second electrode ; a control section adapted to control the discharge lamp drive section; and a storage section adapted to store a plurality of drive patterns (DW) of the drive current, wherein the control section is adapted to perform a machine learning process, to select one of the drive patterns based on the machine learning process, and to execute the drive pattern (DW1) thus selected, the control section is adapted to detect whether or not a predetermined condition is fulfilled, and if the control section detects that predetermined condition is fulfilled, the control section executes a predetermined one of the drive patterns (DW2) without selecting and executing the drive pattern based on the machine learning process. a discharge lamp drive section adapted to supply a drive current (I) to a discharge lamp having a first electrode and a second electrode ; a control section adapted to control the discharge lamp drive section; and a storage section adapted to store a plurality of drive patterns (DW) of the drive current, wherein the control section is adapted to perform a machine learning process, to select one of the drive patterns based on the machine learning process, and to execute the drive pattern (DW1) thus selected, the control section is adapted to detect whether or not a predetermined condition is fulfilled, and if the control section detects that predetermined condition is fulfilled, the control section executes a predetermined one of the drive patterns (DW2) without selecting and executing the drive pattern based on the machine learning process.
A method of operating a mobile station requesting uplink access from a base station subsystem , the method comprising: transmitting a first access request to the base station subsystem ; during a response interval after transmitting the first access request, looking for an assignment message transmitted from the base station subsystem and matching the first access request; and transmitting a second access request to the base station subsystem after expiration of a retransmission interval after transmitting the first access request, wherein the retransmission interval is longer than the response interval, characterized by that looking for an assignment message matching the first access request is terminated after expiration of the response interval and before expiration of the retransmission interval. transmitting a first access request to the base station subsystem ; during a response interval after transmitting the first access request, looking for an assignment message transmitted from the base station subsystem and matching the first access request; and transmitting a second access request to the base station subsystem after expiration of a retransmission interval after transmitting the first access request, wherein the retransmission interval is longer than the response interval, characterized by that looking for an assignment message matching the first access request is terminated after expiration of the response interval and before expiration of the retransmission interval.
A two-layer disk type tool magazine device, comprising a tool magazine base , tool magazine supports , tool sleeve chucks , a tool disk base , tool sleeves , wherein the tool sleeves are used for sleeving various types of tools; the tool magazine base is adapted to be connected to and installed on a machine tool by means of a bolt; one end of the tool magazine base is hollowed out into a U shape; a pair of tool magazine supports is connected to both sides of the U shape by means of bolts; a transverse plate is arranged in a position between and above the tool magazine supports ; two tool sleeve chucks are placed on the tool disk base and partitioned by a tool disk partition sleeve ; the two layers of tool sleeve chucks clamp an upper-layer tool sleeve base and a lower-layer tool sleeve base and are fixed by means of bolts; tool sleeve clamping jaws are mounted on the upper-layer tool sleeve base and the lower-layer tool sleeve base , respectively, and each tool sleeve clamping jaw is capable of clamping one tool sleeve ; a tool disk pressing ring presses against the tool sleeve chuck on an upper layer, and is connected to the tool disk base by means of a long bolt after passing through the tool sleeve chuck on the upper layer, the tool disk partition sleeve and the tool sleeve chuck on a lower layer; the tool disk base is in transmission connection with a retarder and a servomotor at the bottom; the tool disk base is erected on the transverse plate by means of the retarder .
A cosmetic composition comprising an essential oil of Immortelle and a terpene extract of at least one plant of the Origanum genus.
Air conditioning device for a room having a painting facility for water-based paints, comprising an air washer which comprises, within a housing , a washing chamber fitted with high-pressure nozzles for spraying the washing water and having connections for the supply/discharge of air, and comprises a collecting trough for the washing water beneath the washing chamber , wherein the collecting trough forming the base of the housing can contain washing water at a predetermined minimum surface level, and wherein pipe bends which are connected to the lateral connections on the one hand for recirculation air and on the other hand for fresh air and which terminate above the collecting trough are provided within the housing and have an outflow direction which is directed downwards towards the surface of the washing water.
Method for producing a double-gate non-volatile memory cell comprising a driver transistor comprising a gate and a memory transistor comprising a control gate adjacent to the gate of the driver transistor, wherein the following steps are carried out: ∘ forming at least partially the gate of the driver transistor comprising the obtaining of a relief made of a semi-conductive material on a substrate ; ∘ forming the control gate of the memory transistor, comprising steps of depositing a layer made of a semi-conductive material so as to cover at least the relief of the gate of the driver transistor; the formation of the control gate of the memory transistor further comprising the following steps: ∘ depositing on the layer made of a semi-conductive material of another layer of a thickness such that the upper face of said other layer is in any point located above the relief of the gate of the driver transistor; ∘ removing said other layer on either side of the relief of the gate of the driver transistor; ∘ etching of the layer made of a semi-conductive material so as to remove this material above the relief of the gate of the driver transistor and to only letting one pattern subsist on at least one side of the relief of the gate of the driver transistor characterised in that the formation of the control gate of the memory transistor further comprises the following step carried out between said step of depositing said other layer and said removal step: chemical mechanical polishing (CMP) carried out so as to remove, above the relief of the gate of the driver transistor, said other layer and a portion of the layer made of a semi-conductive material. ∘ forming at least partially the gate of the driver transistor comprising the obtaining of a relief made of a semi-conductive material on a substrate ; ∘ forming the control gate of the memory transistor, comprising steps of depositing a layer made of a semi-conductive material so as to cover at least the relief of the gate of the driver transistor; ∘ depositing on the layer made of a semi-conductive material of another layer of a thickness such that the upper face of said other layer is in any point located above the relief of the gate of the driver transistor; ∘ removing said other layer on either side of the relief of the gate of the driver transistor; ∘ etching of the layer made of a semi-conductive material so as to remove this material above the relief of the gate of the driver transistor and to only letting one pattern subsist on at least one side of the relief of the gate of the driver transistor
A method of mitigating cell outage in a radio base station of a wireless communication network, performed by a base station comprising: monitoring whether a cell serviced by the radio base station is expected to be disabled ; automatically generating a cell status message directed to one or more neighbor radio base stations for indicating whether the cell is expected to be disabled ; and sending the cell status message directly to the one or more neighbor radio base stations ; wherein sending the cell status message to the one or more neighbor radio base stations comprises sending the cell status message over a preexisting interface interconnecting the radio base stations. monitoring whether a cell serviced by the radio base station is expected to be disabled ; automatically generating a cell status message directed to one or more neighbor radio base stations for indicating whether the cell is expected to be disabled ; and sending the cell status message directly to the one or more neighbor radio base stations ; wherein sending the cell status message to the one or more neighbor radio base stations comprises sending the cell status message over a preexisting interface interconnecting the radio base stations.
Apparatus for wireless power transfer, comprising: a power transfer coil configured for inductive power transfer and defining a first plane, a foreign object detecting device comprising at least one detection coil defining a second plane substantially parallel to the first plane, wherein each of the at least one detection coil encloses a first area which at least partially overlaps with a second area enclosed by the power transfer coil, wherein the foreign object detecting device comprises a driver circuit coupled to the at least one detection coil and configured to generate a magnetic field with the at least one detection coil and a control unit coupled to the driver circuit and configured to measure a value representative of a damping of the magnetic field, characterised in that the control unit is configured to measure an electrical power supplied to the at least one detection coil in order to control an amplitude of oscillation in the at least one detection coil to a steady value for detecting foreign objects, and preferably in that the control unit is configured to continuously measure the electrical power while maintaining the amplitude of oscillation at the steady value. a power transfer coil configured for inductive power transfer and defining a first plane, a foreign object detecting device comprising at least one detection coil defining a second plane substantially parallel to the first plane, wherein each of the at least one detection coil encloses a first area which at least partially overlaps with a second area enclosed by the power transfer coil, wherein the foreign object detecting device comprises a driver circuit coupled to the at least one detection coil and configured to generate a magnetic field with the at least one detection coil and a control unit coupled to the driver circuit and configured to measure a value representative of a damping of the magnetic field, characterised in that the control unit is configured to measure an electrical power supplied to the at least one detection coil in order to control an amplitude of oscillation in the at least one detection coil to a steady value for detecting foreign objects, and preferably in that the control unit is configured to continuously measure the electrical power while maintaining the amplitude of oscillation at the steady value.
A process for producing a fine particles-coated amine comprising the step of: 1) pulverizing a solid amine to particles having a mean particle size equal to or smaller than 20 μm with a pulverizer, mixing the particles of the solid amine obtained and fine particles having a mean particle size equal to or smaller than 2 μm using a mixing stirrer to coat the surface of each of the particles of the solid amine with the fine particles, or 2) putting the fine particles into a pulverizer simultaneously with the solid amine to conduct the pulverizing and mixing process, wherein steps 1) and 2) are conducted in an atmosphere at a temperature equal to or lower than 30°C and/or having relative humidity equal to or lower than 70%, wherein an amount of heat in the second absorption peak of the fine particles-coated amine, measured by a differential scanning calorimeter by increasing the temperature from room temperature to 200°C at a rate of 5°C/min, is equal to or less than 220 J/g, and wherein the particle size and the particle size distribution of the solid amine particles and the fine particles are determined by a laser diffraction-scattering particle size distribution measuring apparatus conducted according to a dry method and taking the particle size with which the resulting passing substance cumulative distribution was 50% as the mean particle size. 1) pulverizing a solid amine to particles having a mean particle size equal to or smaller than 20 μm with a pulverizer, mixing the particles of the solid amine obtained and fine particles having a mean particle size equal to or smaller than 2 μm using a mixing stirrer to coat the surface of each of the particles of the solid amine with the fine particles, or 2) putting the fine particles into a pulverizer simultaneously with the solid amine to conduct the pulverizing and mixing process, wherein an amount of heat in the second absorption peak of the fine particles-coated amine, measured by a differential scanning calorimeter by increasing the temperature from room temperature to 200°C at a rate of 5°C/min, is equal to or less than 220 J/g, and wherein the particle size and the particle size distribution of the solid amine particles and the fine particles are determined by a laser diffraction-scattering particle size distribution measuring apparatus conducted according to a dry method and taking the particle size with which the resulting passing substance cumulative distribution was 50% as the mean particle size.
A vertical axis turbine that includes: a rotatable hub assembly that is configured to be connected to an energy sink and rotatable about an axis of rotation ; and at least two blades that are mounted on the hub assembly, each blade including a leading edge and a trailing edge , the blades being oriented so that the respective leading edges face in a common rotational direction, and each blade including: a straight section that is substantially parallel to the axis of rotation ; and characterized in that each blade further includes two helical sections , the straight section being interposed between the helical sections , and the helical sections extending at least partially around the axis of rotation . a rotatable hub assembly that is configured to be connected to an energy sink and rotatable about an axis of rotation ; and at least two blades that are mounted on the hub assembly, each blade including a leading edge and a trailing edge , the blades being oriented so that the respective leading edges face in a common rotational direction, and each blade including: a straight section that is substantially parallel to the axis of rotation ; and characterized in that each blade further includes two helical sections , the straight section being interposed between the helical sections , and the helical sections extending at least partially around the axis of rotation . a straight section that is substantially parallel to the axis of rotation ; and characterized in that each blade further includes two helical sections , the straight section being interposed between the helical sections , and the helical sections extending at least partially around the axis of rotation .