mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication device comprising: a signal receiver for receiving a plurality of signals at different frequencies simultaneously or one signal at one single frequency; a first oscillator for outputting a first local oscillator signal; a second oscillator for outputting a second local oscillator signal at a frequency different from a frequency of the first local oscillator signal; a modulator for generating a plurality of oscillator signals at different frequencies by performing frequency modulation based on the first local oscillator signal and the second local oscillator signal; a frequency converter for mixing the plurality of local oscillator signals at the different frequencies with the plurality of signals received by the signal receiver; and a signal processor for performing a predetermined process for the signals which are generated by the mixing of the frequency converter; and characterized by: two connecting switches (11, 21) that are provided respectively between the first oscillator and the modulator and between the second oscillator and the modulator; and a switch controller for turning one of the connecting switches ON and turning the other connecting switch OFF, when the signal receiver receives the one signal at one single frequency, and for turning both of the connecting switches ON, when the signal receiver receives the plurality of signals at the different frequencies. a signal receiver for receiving a plurality of signals at different frequencies simultaneously or one signal at one single frequency; a first oscillator for outputting a first local oscillator signal; a second oscillator for outputting a second local oscillator signal at a frequency different from a frequency of the first local oscillator signal; a modulator for generating a plurality of oscillator signals at different frequencies by performing frequency modulation based on the first local oscillator signal and the second local oscillator signal; a frequency converter for mixing the plurality of local oscillator signals at the different frequencies with the plurality of signals received by the signal receiver; and a signal processor for performing a predetermined process for the signals which are generated by the mixing of the frequency converter; and characterized by: two connecting switches (11, 21) that are provided respectively between the first oscillator and the modulator and between the second oscillator and the modulator; and a switch controller for turning one of the connecting switches ON and turning the other connecting switch OFF, when the signal receiver receives the one signal at one single frequency, and for turning both of the connecting switches ON, when the signal receiver receives the plurality of signals at the different frequencies.
An authenticating method for authenticating a document comprising receiving one or more obtained images of the document detecting one or more elements of the document obtaining Z at least one parameter of the detected elements, by processing the obtained one or more images of the document using an image processing method; determining at least one meta-characteristic by comparing at least one parameter of the detected elements to at least one reference parameter of one or more pre-obtained elements; determining an authenticity indicator of the document by verifying whether the at least one meta-characteristic satisfies at least one predefined threshold associated to the at least one meta-characteristic, wherein the meta-characteristic is at least one measurement of a difference of at least one parameter of a detected element relative to at least one reference parameter of at least one reference model; the reference model comprising the one or more pre-obtained elements. receiving one or more obtained images of the document detecting one or more elements of the document obtaining Z at least one parameter of the detected elements, by processing the obtained one or more images of the document using an image processing method; determining at least one meta-characteristic by comparing at least one parameter of the detected elements to at least one reference parameter of one or more pre-obtained elements; determining an authenticity indicator of the document by verifying whether the at least one meta-characteristic satisfies at least one predefined threshold associated to the at least one meta-characteristic, wherein the meta-characteristic is at least one measurement of a difference of at least one parameter of a detected element relative to at least one reference parameter of at least one reference model; the reference model comprising the one or more pre-obtained elements.
Forehead bindi-holding device for holding at least one bindi and configured to be arranged on a supporting object worn by a user, wherein when the user wears the supporting object with the forehead bindi-holding device, the at least one bindi is placed on a desired specific spot of the user's forehead; the bindi-holding device being characterized in that it comprises: - one or more cups each of them supporting, holding and containing each of the one or more bindis; - one cups-holder to support the one or more cups; - one stem element to support the cups-holder at the upper end of the stem element; - one attachment unit for attaching the lower end of the stem element to the supporting object. wherein when the user wears the supporting object with the forehead bindi-holding device, the at least one bindi is placed on a desired specific spot of the user's forehead; the bindi-holding device being characterized in that it comprises: - one or more cups each of them supporting, holding and containing each of the one or more bindis; - one cups-holder to support the one or more cups; - one stem element to support the cups-holder at the upper end of the stem element; - one attachment unit for attaching the lower end of the stem element to the supporting object. - one or more cups each of them supporting, holding and containing each of the one or more bindis; - one cups-holder to support the one or more cups; - one stem element to support the cups-holder at the upper end of the stem element; - one attachment unit for attaching the lower end of the stem element to the supporting object.
A polypropylene composition comprising a low molecular weight propylene homopolymer fraction and a high molecular weight propylene copolymer fraction, having a comonomer content of not higher than 8 wt%, wherein the ratio between the MFR 2 of fraction and the MFR 2 of fraction is at least 3; the MFR 2 of fraction is not higher than 15 g/10 min; the MFR 2 of the entire composition is at least 18 g/10 min, the values of MFR 2 being measured according to ISO 1133 (230 °C, 2.16 kg load) and the content of ethylene in the composition is not higher than 3.2 wt%. a low molecular weight propylene homopolymer fraction and a high molecular weight propylene copolymer fraction, having a comonomer content of not higher than 8 wt%,
A medication injection pen, comprising: a housing, wherein an insert having a boss is fixed to said housing; a dose set knob rotatably connected to said housing for setting a dose; an indicator member, wherein rotation of the dose set knob causes the indicator member to rotate, characterised in that the indicator member includes a track that receives said boss to guide said indicator member between a visible position and a non-visible position; and in that the medication injection pen further comprises a spring member that biases said indicator member to a zero position; wherein said indicator member is movable between the visible position indicating the zero position of said dose set knob and the non-visible position indicating a non-zero position of said dose set knob, said dose set knob being in said zero position when a set dose has been completely administered, and said dose set knob being in said non-zero position when at least a portion of said set dose remains in said medication injection pen, wherein in said non-visible position, said indicator member is not exposed to an exterior of said medication injection pen, and in said visible position, said indicator member is exposed to said exterior of said medication injection pen. a housing, wherein an insert having a boss is fixed to said housing; a dose set knob rotatably connected to said housing for setting a dose; an indicator member, wherein rotation of the dose set knob causes the indicator member to rotate, characterised in that the indicator member includes a track that receives said boss to guide said indicator member between a visible position and a non-visible position; and in that the medication injection pen further comprises a spring member that biases said indicator member to a zero position; wherein said indicator member is movable between the visible position indicating the zero position of said dose set knob and the non-visible position indicating a non-zero position of said dose set knob, said dose set knob being in said zero position when a set dose has been completely administered, and said dose set knob being in said non-zero position when at least a portion of said set dose remains in said medication injection pen, wherein in said non-visible position, said indicator member is not exposed to an exterior of said medication injection pen, and in said visible position, said indicator member is exposed to said exterior of said medication injection pen.
A method of giving a monopoly of a call session to a user in a call transmission/reception system using Universal Plug and Play, UPnP, comprising the steps of: a telephony server setting a user's authority to manage the call session by generating a table mapping a first user identification with a session identification when the telephony server generates the session, such that the user has monopoly of the call session in that only operations with respect to an action that manages the session having an appropriate user identification for the session are permitted, wherein the user is associated with a first control point and a second control point; the telephony server performing a user authentication when the telephony server receives a call, from a second control point, for an action that manages the session from the second control point, wherein the performing of the user authentication comprises comparing the mapped first user identification with a second user identification received from the second control point; and the second control point performing the action that manages the session if the second user identification is equal to the mapped first user identification which is authorized to manage the session. a telephony server setting a user's authority to manage the call session by generating a table mapping a first user identification with a session identification when the telephony server generates the session, such that the user has monopoly of the call session in that only operations with respect to an action that manages the session having an appropriate user identification for the session are permitted, wherein the user is associated with a first control point and a second control point; the telephony server performing a user authentication when the telephony server receives a call, from a second control point, for an action that manages the session from the second control point, wherein the performing of the user authentication comprises comparing the mapped first user identification with a second user identification received from the second control point; and the second control point performing the action that manages the session if the second user identification is equal to the mapped first user identification which is authorized to manage the session.
An insulation system (1-1; 1-2; 1-3; 1-4) for a winding structure, the insulation system (1-1; 1-2; 1-3; 1-4) comprising: an innermost barrier pair arranged to cover a majority of the winding structure in the axial direction of the winding structure inside and outside the winding structure relative the curvature of winding turns of windings of the winding structure, wherein at least one barrier of the innermost barrier pair defines a first flow path allowing flow of a dielectric fluid mainly in a first axial direction between the winding structure and the at least one barrier of the innermost barrier pair when the insulation system (1-1; 1-2; 1-3; 1-4) is in an assembled state, and a first outer barrier arranged radially inwards or radially outwards relative each barrier of the innermost barrier pair, wherein the first outer barrier defines a second flow path, parallel to the first flow path, allowing flow of a dielectric fluid mainly in a second axial direction opposite the first axial direction, characterised in that the insulating system (1-1; 1-2; 1-3; 1-4) is arranged such that a dielectric medium is able to flow from the second flow path and enter the first flow path at one axial end portion of one of the barriers of the innermost barrier pair and at the other axial end portion of one of the barriers of the innermost barrier pair exit the corresponding first flow path, wherein each barrier of the innermost barrier pair has a contiguous envelope surface extending between the one axial end portion and the other axial end portion of each barrier of the innermost barrier pair. an innermost barrier pair arranged to cover a majority of the winding structure in the axial direction of the winding structure inside and outside the winding structure relative the curvature of winding turns of windings of the winding structure, wherein at least one barrier of the innermost barrier pair defines a first flow path allowing flow of a dielectric fluid mainly in a first axial direction between the winding structure and the at least one barrier of the innermost barrier pair when the insulation system (1-1; 1-2; 1-3; 1-4) is in an assembled state, and a first outer barrier arranged radially inwards or radially outwards relative each barrier of the innermost barrier pair, wherein the first outer barrier defines a second flow path, parallel to the first flow path, allowing flow of a dielectric fluid mainly in a second axial direction opposite the first axial direction, characterised in that the insulating system (1-1; 1-2; 1-3; 1-4) is arranged such that a dielectric medium is able to flow from the second flow path and enter the first flow path at one axial end portion of one of the barriers of the innermost barrier pair and at the other axial end portion of one of the barriers of the innermost barrier pair exit the corresponding first flow path, wherein each barrier of the innermost barrier pair has a contiguous envelope surface extending between the one axial end portion and the other axial end portion of each barrier of the innermost barrier pair.
Multi-stage centrifugal pump comprising a vertical pump shaft and an upper collection chamber into which the last pump stage empties and out of which the liquid circulating there flows to the pump outlet, wherein a mechanical seal for the pump shaft is arranged in the upper wall which covers the collection chamber, and a guide wall which faces radially inward and guides the circulating liquid to the mechanical seal is provided, characterized in that the collection chamber has a cylindrical inner wall to which the guide wall is fastened, and in that the outlet openings, through which the conveyed liquid flows via an outer annular chamber to the pump outlet, are arranged in the inner wall level with the guide wall.
Method for producing multiply-charged helium nanodroplets and charged dopant clusters and nanoparticles out of the helium nanodroplets, the method comprising: • producing neutral helium nanodroplets in a cold head via expansion of a pressurized, pre-cooled, supersonic helium beam of high purity through a nozzle into high vacuum with a base pressure under operation preferably below 20 mPa, • ionizing the helium nanodroplets by electron impact, wherein the electron impact leads to multiply-charged helium nanodroplets, • doping the charged helium nanodroplets with dopant vapor in the pickup cell, wherein the doped nanodroplets form cluster ions with the initial charges acting as seeds, wherein the size of the nanoparticles can vary from a few atoms up to 10 5 atoms by arranging the size of the neutral helium nanodroplets, the charge of the helium nanodroplets and the density of dopant vapor in the pickup cell. • producing neutral helium nanodroplets in a cold head via expansion of a pressurized, pre-cooled, supersonic helium beam of high purity through a nozzle into high vacuum with a base pressure under operation preferably below 20 mPa, • ionizing the helium nanodroplets by electron impact, wherein the electron impact leads to multiply-charged helium nanodroplets, • doping the charged helium nanodroplets with dopant vapor in the pickup cell, wherein the doped nanodroplets form cluster ions with the initial charges acting as seeds,
A method of displaying information on a portable terminal connected to a cover, the cover comprising a transparent region and wherein the cover has a width that is less than a width of a touch screen of the portable terminal, the touch screen including a main display area and a curved display area, the curved display area comprising a curved portion extending from the main display area, the method comprising: displaying a user interaction, UI, element on the curved display area uncovered by the cover when the main display area is covered by the cover; controlling a portion of the main display area that corresponds to the transparent region of the cover to display information, in response to receiving a user input for selecting the UI element displayed on the curved display area; and in response to receiving a user input on the portion of the main display area that corresponds to the transparent region of the cover, selecting the information displayed on the portion of the main display area and controlling the curved display area to display additional information corresponding to the selected information. displaying a user interaction, UI, element on the curved display area uncovered by the cover when the main display area is covered by the cover; controlling a portion of the main display area that corresponds to the transparent region of the cover to display information, in response to receiving a user input for selecting the UI element displayed on the curved display area; and in response to receiving a user input on the portion of the main display area that corresponds to the transparent region of the cover, selecting the information displayed on the portion of the main display area and controlling the curved display area to display additional information corresponding to the selected information.
A compound of formula (Ic), or a solvate thereof wherein X represents H or it forms together with the carbon atom to which it is bonded a ketone protecting group; Z is SiR' 3 wherein each R' is independently selected from C 1 -C 6 alkyl and C 6 -C 10 aryl; R 6 is selected from H, C 1 -C 6 alkyl and halogen; R 10 is selected from H, C 1 -C 6 alkyl and halogen, or is absent when there is a double bond between C 1 and C 10; R 13 is selected from H and C 1 -C 6 alkyl; R 10 is selected from H, C 1 -C 6 alkyl and halogen; and - - - is a single or double bond. X represents H or it forms together with the carbon atom to which it is bonded a ketone protecting group; Z is SiR' 3 wherein each R' is independently selected from C 1 -C 6 alkyl and C 6 -C 10 aryl; R 6 is selected from H, C 1 -C 6 alkyl and halogen; R 10 is selected from H, C 1 -C 6 alkyl and halogen, or is absent when there is a double bond between C 1 and C 10; R 13 is selected from H and C 1 -C 6 alkyl; R 10 is selected from H, C 1 -C 6 alkyl and halogen; and - - - is a single or double bond.
Lighting device with a plurality of LEDs arranged on a flexible carrier, which has an electrical circuit and is supplied with electrical power by a conductor track arrangement (3, 3'; 17, 17'), wherein a supply line pair (3, 3') of the conductor track arrangement (3, 3'; 17, 17') is connected to a supply line pair (6, 6'), with which a first alternating voltage of, for example, 110 V or 230 V is fed into the conductor track arrangement (3, 3'; 17, 17'), the electrical circuit having a rectifier which converts the first alternating voltage into a voltage applied to the LEDs, and having a device for providing a second voltage which is lower than the first alternating voltage, having a changeover switch for selectively operating the LEDs either with the first or the second voltage, characterized in that the changeover switch is switched in such a way that the second voltage is also converted by the rectifier into a voltage applied to the LEDs.
A method, comprising: identifying, at a first device in a network, a plurality of data rates available for communication; identifying slots of a channel hopping schedule; assigning the data rates to the slots of the channel hopping schedule to generate a data rate hopping schedule; providing, by the first device, the data rate hopping schedule to a second device in the network, enabling the second device to select one or more data rates from the data rate hopping schedule to send a data packet to the first device; analyzing networking traffic to determine utilization of the data rates for communication; adjusting the data rate hopping schedule based on the utilization of the data rates for communication; and providing, by the first device, the adjusted data rate hopping schedule to the second device in the network, enabling the second device to select one or more data rates from the adjusted data rate hopping schedule to send a data packet to the first device. identifying, at a first device in a network, a plurality of data rates available for communication; identifying slots of a channel hopping schedule; assigning the data rates to the slots of the channel hopping schedule to generate a data rate hopping schedule; providing, by the first device, the data rate hopping schedule to a second device in the network, enabling the second device to select one or more data rates from the data rate hopping schedule to send a data packet to the first device; analyzing networking traffic to determine utilization of the data rates for communication; adjusting the data rate hopping schedule based on the utilization of the data rates for communication; and providing, by the first device, the adjusted data rate hopping schedule to the second device in the network, enabling the second device to select one or more data rates from the adjusted data rate hopping schedule to send a data packet to the first device.