mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-based system comprising one or more computing devices having processing circuitry configured to: display a representation of a geographic area having geometric objects defining surfaces in the geographic area and texture rendered on the surfaces defined by the geometric objects, the texture being rendered at a first level of detail; transition to a display of a representation of at least a portion of the geographic area having texture rendered at a second level of detail using a temporal level of detail fade for the texture, where the second level of detail exceeds the first level of detail, wherein the temporal level of detail fade is implemented by adjusting an interpolant value over time, the interpolant value specifying a blend ratio of the blended textures between the first level of detail and an available level of detail; wherein the interpolant value is adjusted over time as a ratio of a difference between a calculated level of detail for the current frame and the first level of detail to a difference between the available level of detail and the first level of detail; and wherein the calculated level of detail for the current frame is determined by adding a calculated level of detail for the previous frame to a fade rate multiplied by a difference between the second level of detail and the first level of detail. display a representation of a geographic area having geometric objects defining surfaces in the geographic area and texture rendered on the surfaces defined by the geometric objects, the texture being rendered at a first level of detail; transition to a display of a representation of at least a portion of the geographic area having texture rendered at a second level of detail using a temporal level of detail fade for the texture, where the second level of detail exceeds the first level of detail, wherein the temporal level of detail fade is implemented by adjusting an interpolant value over time, the interpolant value specifying a blend ratio of the blended textures between the first level of detail and an available level of detail; wherein the interpolant value is adjusted over time as a ratio of a difference between a calculated level of detail for the current frame and the first level of detail to a difference between the available level of detail and the first level of detail; and wherein the calculated level of detail for the current frame is determined by adding a calculated level of detail for the previous frame to a fade rate multiplied by a difference between the second level of detail and the first level of detail.
Method for operating a vacuum cleaner , the method comprising a step of reducing a suction power of the vacuum cleaner , in which step the suction power is reduced from an initial value to a release value when a suction nozzle of the vacuum cleaner is detected as being tightly suctioned to a surface , characterised in that the method comprises a step of setting, in which step the suction power is set to a nozzle-specific suction value when the suction nozzle is detected as being released from the surface .
An electrosurgical electrode configured to be disposed beneath a patient during electrosurgery to provide a return path for an electrosurgical current used in electrosurgery, the electrosurgical electrode being self-limiting such that the electrosurgical current is limited to safe thresholds so as to prevent an undesirable patient burn at the contact area between the patient and the electrode in the event of an accidental reduction in the contact area below a threshold level, the electrosurgical electrode comprising: a first cover layer and a second cover layer associated with one another to form an envelope with an interior portion; a heating element disposed within said interior portion, said heating element being adapted to generate heat for warming the patient resting upon said electrosurgical electrode; a conductive element disposed within said interior portion of said envelope and above said heating element, said conductive element configured to conduct electrical current; first and second pads disposed within said interior portion, said first pad being positioned between said heating element and said conductive element, said second pad being positioned between said conductive element and said second cover layer, said first and second pads being adapted to substantially prevent the creation of one or more pressure sores on the patient resting on said electrosurgical electrode, wherein, the effective bulk impedance of said second pad and said conductive element is equal to or greater than about 4,000 Ω·cm. a first cover layer and a second cover layer associated with one another to form an envelope with an interior portion; a heating element disposed within said interior portion, said heating element being adapted to generate heat for warming the patient resting upon said electrosurgical electrode; a conductive element disposed within said interior portion of said envelope and above said heating element, said conductive element configured to conduct electrical current; first and second pads disposed within said interior portion, said first pad being positioned between said heating element and said conductive element, said second pad being positioned between said conductive element and said second cover layer, said first and second pads being adapted to substantially prevent the creation of one or more pressure sores on the patient resting on said electrosurgical electrode, wherein, the effective bulk impedance of said second pad and said conductive element is equal to or greater than about 4,000 Ω·cm.
A method for determining a composition of pigments in a hair fiber , the method comprising: - exposing a region of the hair fiber sequentially to electromagnetic radiation of different wavelengths, wherein the electromagnetic radiation comprises wavelengths in a visible range between 400 nm and 700 nm, as well as wavelengths in an infrared range between 700 nm and 100 μm, wherein the electromagnetic radiation comprises at least three wavelengths in the visible range, at least one wavelength in a first near infra-red range from 700 nm to 1200 nm and at least one wavelength in a second near-infrared range from 1300 nm to 2600 nm; - recording , using a camera of a mobile phone, signals corresponding to electromagnetic radiation that has interacted with the hair fiber during exposure of the region of the hair fiber, wherein the recorded signals from electromagnetic radiation that has interacted with the hair fiber during exposure of the region of the hair fiber form a plurality of images; - comparing a spectrum of the recorded signals to reference spectra of hair having known pigment compositions, wherein spectral characteristic of the region of the hair fiber is determined by processing the plurality of images so as to reconstruct a hyperspectral image of the hair fiber; - identifying a pigment composition in the region of the hair fiber based on the comparison. - exposing a region of the hair fiber sequentially to electromagnetic radiation of different wavelengths, wherein the electromagnetic radiation comprises wavelengths in a visible range between 400 nm and 700 nm, as well as wavelengths in an infrared range between 700 nm and 100 μm, wherein the electromagnetic radiation comprises at least three wavelengths in the visible range, at least one wavelength in a first near infra-red range from 700 nm to 1200 nm and at least one wavelength in a second near-infrared range from 1300 nm to 2600 nm; - recording , using a camera of a mobile phone, signals corresponding to electromagnetic radiation that has interacted with the hair fiber during exposure of the region of the hair fiber, wherein the recorded signals from electromagnetic radiation that has interacted with the hair fiber during exposure of the region of the hair fiber form a plurality of images; - comparing a spectrum of the recorded signals to reference spectra of hair having known pigment compositions, wherein spectral characteristic of the region of the hair fiber is determined by processing the plurality of images so as to reconstruct a hyperspectral image of the hair fiber; - identifying a pigment composition in the region of the hair fiber based on the comparison.
A light module for a motor vehicle headlight having a planar luminous element , a support frame and an optical imaging system which is fastened in the support frame , wherein the optical imaging system comprises a lens carrier and a lens which is arranged in the lens carrier and the planar luminous element is arranged in a receiver region of the support frame , wherein - the optical imaging system is connected via a bayonet-like closure to the support frame , wherein * the support frame comprises bayonet projections which correspond to bayonet contours of the lens carrier and which are configured to be adapted to the bayonet contours and * each bayonet contour comprises at least one spring element - the support frame comprises first and second reference projections for referencing the lens relative to the planar luminous element , wherein the first reference projections are arranged on the bayonet projections and the second reference projections are arranged in the receiver region , wherein * all of the reference projections project toward the planar luminous element , and * each at least one spring element presses against the corresponding bayonet projection , whereby the first reference projections press the lens into a blocked position in which it is referenced relative to the planar luminous element . - the optical imaging system is connected via a bayonet-like closure to the support frame , wherein * the support frame comprises bayonet projections which correspond to bayonet contours of the lens carrier and which are configured to be adapted to the bayonet contours and * each bayonet contour comprises at least one spring element * the support frame comprises bayonet projections which correspond to bayonet contours of the lens carrier and which are configured to be adapted to the bayonet contours and * each bayonet contour comprises at least one spring element - the support frame comprises first and second reference projections for referencing the lens relative to the planar luminous element , wherein the first reference projections are arranged on the bayonet projections and the second reference projections are arranged in the receiver region , wherein * all of the reference projections project toward the planar luminous element , and * each at least one spring element presses against the corresponding bayonet projection , whereby the first reference projections press the lens into a blocked position in which it is referenced relative to the planar luminous element . * all of the reference projections project toward the planar luminous element , and * each at least one spring element presses against the corresponding bayonet projection , whereby the first reference projections press the lens into a blocked position in which it is referenced relative to the planar luminous element .
A straddled vehicle comprising: a headlight a light control unit configured to control the headlight ; a holder that holds the light control unit and is made of an elastic material; and a stay that supports the holder , wherein the light control unit includes a main body , and a connector that protrudes downward from the main body, the holder includes a support portion arranged below the light control unit , characterized in that the holder further includes a band that is arranged behind, above, and in front of the light control unit and wound around the light control unit , wherein the band extends from above to below the light control unit , and the band overlaps the connector as seen in a vehicle front view. a headlight a light control unit configured to control the headlight ; a holder that holds the light control unit and is made of an elastic material; and a stay that supports the holder , wherein the light control unit includes a main body , and a connector that protrudes downward from the main body, a main body , and a connector that protrudes downward from the main body, the holder includes a support portion arranged below the light control unit , characterized in that the holder further includes a band that is arranged behind, above, and in front of the light control unit and wound around the light control unit , a support portion arranged below the light control unit , characterized in that the holder further includes a band that is arranged behind, above, and in front of the light control unit and wound around the light control unit , wherein the band extends from above to below the light control unit , and the band overlaps the connector as seen in a vehicle front view.
An access control and mobility management function, AMF, node, comprising: a processor configured to: receive a N2 session management, SM, information from a session management function, SMF, node, wherein the N2 SM information indicates an available area for N2 information; receive a service request from a wireless transmit receive unit, WTRU; determine whether to update the N2 SM information based on a location of the WTRU and the available area for N2 information, wherein if the WTRU is outside of the available area for N2 information, the processor is configured to request a second N2 SM information from the SMF node and update the N2 SM information with the second N2 SM information; and send an N2 request with the N2 SM information to an access network associated with the WTRU. receive a N2 session management, SM, information from a session management function, SMF, node, wherein the N2 SM information indicates an available area for N2 information; receive a service request from a wireless transmit receive unit, WTRU; determine whether to update the N2 SM information based on a location of the WTRU and the available area for N2 information, wherein if the WTRU is outside of the available area for N2 information, the processor is configured to request a second N2 SM information from the SMF node and update the N2 SM information with the second N2 SM information; and send an N2 request with the N2 SM information to an access network associated with the WTRU.
A method performed by a network device for facilitating handover of a terminal device served by the network device to a target beam and/or network device , the method comprising: transmitting (s410) information on configurations for a set of candidate target beams and/or network devices to the terminal device before the handover of the terminal device is triggered; and transmitting (s420) a handover command to the terminal device to trigger the handover of the terminal device , wherein the handover command contains an identifier for identifying, from the transmitted information on the configurations for the candidate target beams and/or network devices, the information on the configuration for the target beam and/or network device ; characterised in that the method further comprises: stopping (s430) Mobile Reference Signal, MRS, transmissions from the serving beam and/or network device and from all the set of candidate target beams and/or network devices except the target beam and/or network device after the handover command is transmitted and requiring only the target beam and/or network device to transmit a MRS for a predetermined time period after the handover command is transmitted, whereby the identifier for identifying the information on the configuration for the target beam and/or network device is derivable at the terminal device from the MRS transmitted via the target beam and/or network device and received by the terminal device. transmitting (s410) information on configurations for a set of candidate target beams and/or network devices to the terminal device before the handover of the terminal device is triggered; and transmitting (s420) a handover command to the terminal device to trigger the handover of the terminal device , wherein the handover command contains an identifier for identifying, from the transmitted information on the configurations for the candidate target beams and/or network devices, the information on the configuration for the target beam and/or network device ; characterised in that the method further comprises: stopping (s430) Mobile Reference Signal, MRS, transmissions from the serving beam and/or network device and from all the set of candidate target beams and/or network devices except the target beam and/or network device after the handover command is transmitted and requiring only the target beam and/or network device to transmit a MRS for a predetermined time period after the handover command is transmitted, whereby the identifier for identifying the information on the configuration for the target beam and/or network device is derivable at the terminal device from the MRS transmitted via the target beam and/or network device and received by the terminal device.
A fastener ring (3; 3") for mounting a dispenser member , such as a pump or a valve, on a neck of a reservoir so as to constitute a fluid dispenser, the ring comprising: - reception means that are suitable for receiving in stationary manner, the dispenser member , and - a skirt forming fastener means that are suitable for coming into engagement with the neck , - rupture means formed by the skirt between the reception means and the fastener means so as to separate the reception means from the fastener means, in such a manner as to be able to remove the dispenser member from the reservoir , - annular plate for exerting pressure on the neck , the plate being situated between the reception means and the skirt , characterized in that the ring comprises a brushing extends in alignment with the skirt upward from the plate , and in that A fastener ring according to claim 32, wherein the skirt forms a plurality of tabs that are separated by gaps , the rupture means being formed in each tab . - reception means that are suitable for receiving in stationary manner, the dispenser member , and - a skirt forming fastener means that are suitable for coming into engagement with the neck , - rupture means formed by the skirt between the reception means and the fastener means so as to separate the reception means from the fastener means, in such a manner as to be able to remove the dispenser member from the reservoir , - annular plate for exerting pressure on the neck , the plate being situated between the reception means and the skirt , characterized in that the ring comprises a brushing extends in alignment with the skirt upward from the plate , and in that A fastener ring according to claim 32, wherein the skirt forms a plurality of tabs that are separated by gaps , the rupture means being formed in each tab .
A laser device comprising a lower body ; an upper body that extends from the lower body and is movably attached to the lower body; a beam emitter that is movably attached to the upper body and is configured to generate a laser beam; and characterized in that it further comprises a flexible mat that is attached to the lower body, wherein: the flexible mat is resistant to the laser beam, an outer periphery of the flexible mat in at least one orientation of the flexible mat is greater than the full extent of range of motion of the beam emitter, and the flexible mat is flat in a first configuration and at least partially wrapped around the lower body and the upper body in a second configuration. a lower body ; an upper body that extends from the lower body and is movably attached to the lower body; a beam emitter that is movably attached to the upper body and is configured to generate a laser beam; and characterized in that it further comprises a flexible mat that is attached to the lower body, wherein: the flexible mat is resistant to the laser beam, an outer periphery of the flexible mat in at least one orientation of the flexible mat is greater than the full extent of range of motion of the beam emitter, and the flexible mat is flat in a first configuration and at least partially wrapped around the lower body and the upper body in a second configuration. the flexible mat is resistant to the laser beam, an outer periphery of the flexible mat in at least one orientation of the flexible mat is greater than the full extent of range of motion of the beam emitter, and the flexible mat is flat in a first configuration and at least partially wrapped around the lower body and the upper body in a second configuration.
A method of supplying liquefied gas from a liquefied gas source tank to a liquefied gas consumer tank and/or liquefied gas consumer, wherein the liquefied gas is supplied via a transfer line to the liquefied gas consumer tank and/or the liquefied gas consumer, and wherein after having supplied liquefied gas to the liquefied gas consumer tank and/or liquefied gas consumer, residual liquefied gas remaining in at least a part of the transfer line is drained into a liquefied gas holding tank and characterized in that a pressurized gas is then fed into the liquefied gas holding tank in order to return at least a part of the residual liquefied gas in the holding tank via a return line back into the liquefied gas source tank .
An apparatus for printing onto containers , comprising a transport device that transports the containers to be printed along a specified transport path (P), wherein the transport device includes a carrier and a plurality of holding devices provided on said carrier for holding the containers to be printed in such a way that the containers to be printed can be transported in an individualised manner, comprising a first printing unit that prints a specified image element onto the containers, comprising a second printing unit that is provided along the transport path (P) of the containers after the first printing unit and prints a second image element onto the containers already printed with the first printing element, characterised in that the apparatus includes an inspection device provided downstream of the printing units in the transport direction of the containers, which inspection device inspects the print provided on the containers, as well as an association device that associates an inspection result of the inspection device with the printing units and which associates the inspection result with the holding device that held the inspected container during the printing operation, wherein both printing units are suitable and intended to apply different colours onto the container, wherein at least one printing unit is an inkjet printing unit, wherein already by the evaluation of the respective colour it can be determined which printing unit has applied this print.
An electrically conductive path device comprising, three bus bars which electrically connect one object to the other object and a capacitance portion for creating stray capacitance, wherein the capacitance portion is formed between facing portions of the bus bars , and characterized in that the three bus bars are formed into a same shape, and are positioned so that the surface area of the facing surfaces of the facing portions is the same and the distance between the facing portions is uniform.