mhurhangee/ep-ind-claims huggingface dataset:
A radiation source assembly comprising: an ultraviolet radiation source being insertable into a reactor port and connectable therewith by rotating the ultraviolet radiation source, and further being disconnectable and retractable therefrom; a top plug element connectable to a proximal end of the ultraviolet source and connectable to the reactor port; the top plug element being disconnectable from the reactor port without disconnecting the ultraviolet radiation source from the reactor port, characterized by the following features: the top plug element comprises a positioning groove portion for receiving a positioning element in the form of a rod disposed in the reactor port; the positioning groove portion comprises a receptacle portion disposed in an intermediate section of the positioning groove portion, the receptacle portion configured to receive at least a portion of the positioning element. an ultraviolet radiation source being insertable into a reactor port and connectable therewith by rotating the ultraviolet radiation source, and further being disconnectable and retractable therefrom; a top plug element connectable to a proximal end of the ultraviolet source and connectable to the reactor port; the top plug element being disconnectable from the reactor port without disconnecting the ultraviolet radiation source from the reactor port, the top plug element comprises a positioning groove portion for receiving a positioning element in the form of a rod disposed in the reactor port; the positioning groove portion comprises a receptacle portion disposed in an intermediate section of the positioning groove portion, the receptacle portion configured to receive at least a portion of the positioning element.
A method of filling containers with a filler liquid stored in a pressure regulated vessel and delivered via at least one filler head comprising a filler tube passing through a bearing seat for the container and provided with a main shutter to allow or interrupt the passage of filler liquid, the filler tube including internally a discharge cannula, connected either to a regulated vent circuit or to a communication circuit with the vessel,the method being characterized in that it comprises the following steps for filling a container: · after engaging the filler tube inside the container, leaving the communication circuit between the cannula and the vessel in the closed position, opening the main shutter of the tube in order to fill the container with the liquid in regulated stream mode, and creating both a vent for the container and also a vent for the cannula, before the end of filling, closing the vents (13, 25) and putting the discharge cannula into communication with the vessel in order to fill the container with the liquid in gravity mode; and · at the end of filling, when the liquid reaches a determined level of the filler tube, closing the shutter of the filler tube, closing communication between the discharge cannula and the vessel, and creating a vent for the inside of the container so as to allow the container to be removed from the filler head. · after engaging the filler tube inside the container, leaving the communication circuit between the cannula and the vessel in the closed position, opening the main shutter of the tube in order to fill the container with the liquid in regulated stream mode, and creating both a vent for the container and also a vent for the cannula, before the end of filling, closing the vents (13, 25) and putting the discharge cannula into communication with the vessel in order to fill the container with the liquid in gravity mode; and · at the end of filling, when the liquid reaches a determined level of the filler tube, closing the shutter of the filler tube, closing communication between the discharge cannula and the vessel, and creating a vent for the inside of the container so as to allow the container to be removed from the filler head.
A communication controller for controlling communication between an apparatus and a computer via a network, comprising: data sending means for sending, to the computer via the network, data for enabling a user of the computer, by using a browsing software running on the computer, to input a destination to which a message is to be transmitted from said communication controller and to select one of a plurality of languages which are available in the communication controller to create the message, in response to a request from the computer to send the data; receiving means for receiving, from the computer via the network, destination data indicating a destination input by the user in the browsing software and language data indicating a language selected by the user based on the data sent to the computer by the data sending means; obtaining means for obtaining information concerning a status of the apparatus; message creating means for creating a message, based on the information obtained by said obtaining means, in the language indicated by the language data received by said receiving means; and transmitting means for transmitting the message created by said message creating means to the destination via the network based on the destination data received by said receiving means. data sending means for sending, to the computer via the network, data for enabling a user of the computer, by using a browsing software running on the computer, to input a destination to which a message is to be transmitted from said communication controller and to select one of a plurality of languages which are available in the communication controller to create the message, in response to a request from the computer to send the data; receiving means for receiving, from the computer via the network, destination data indicating a destination input by the user in the browsing software and language data indicating a language selected by the user based on the data sent to the computer by the data sending means; obtaining means for obtaining information concerning a status of the apparatus; message creating means for creating a message, based on the information obtained by said obtaining means, in the language indicated by the language data received by said receiving means; and transmitting means for transmitting the message created by said message creating means to the destination via the network based on the destination data received by said receiving means.
A bone plate having a first, bone-facing surface on a first side, and a second surface on a second side opposing the first side, and extending along a longitudinal direction, wherein the bone plate has an elongate shaft portion with two mutually opposing longitudinally running side edges (6, 7) which define a width of the shaft portion, wherein a plurality of through holes extend through the bone plate from the first surface to the second surface and are configured to respectively receive a bone anchor, wherein the first surface has recesses which extend from the opposing side edges (6, 7) over a part of the width of the shaft portion transversely to the direction of longitudinal extension of the shaft portion, each of the plurality of through holes having a plurality of the recesses associated therewith, of which at least two recesses differ from each other and which respectively form a group of recesses, the groups of recesses being identical for each of the plurality of through holes, characterized in that each group of recesses comprises a first, second and third recess (12', 12", 12"') which are arranged side by side in the longitudinal direction of the bone plate, the second recess (12") lying between the first and third recesses (12', 12"') and being formed smaller than the first and third recesses (12', 12"').
A non-transitory computer-readable medium storing instructions that, when executed by a host computing device (104, 206, 404, 502), cause the host computing device (104, 206, 404, 502) to: receive, from a direct anonymous attestation issuer computing system (102, 202, 402), a DAA credential; derive, from the DAA credential, a base name point; provide, to a trusted platform module (106, 208, 406, 504), a message and the base name point; issue a signature command to the trusted platform module (106, 208, 406, 504) requesting that the trusted platform module (106, 208, 406, 504) execute a signature routine to sign the message using the base name point as input to the signature routine; receive, from the trusted platform module (106, 208, 406, 504), a version of the message signed by the trusted platform module and including a public key value associated with the base name point; determine, based on the version of the message signed by the trusted platform module (106, 208, 406, 504) and the base name point, that the DAA credential is valid; and store the public key value in computer-readable memory. receive, from a direct anonymous attestation issuer computing system (102, 202, 402), a DAA credential; derive, from the DAA credential, a base name point; provide, to a trusted platform module (106, 208, 406, 504), a message and the base name point; issue a signature command to the trusted platform module (106, 208, 406, 504) requesting that the trusted platform module (106, 208, 406, 504) execute a signature routine to sign the message using the base name point as input to the signature routine; receive, from the trusted platform module (106, 208, 406, 504), a version of the message signed by the trusted platform module and including a public key value associated with the base name point; determine, based on the version of the message signed by the trusted platform module (106, 208, 406, 504) and the base name point, that the DAA credential is valid; and store the public key value in computer-readable memory.
Vehicle body trim that is at least two-coloured, in particular a two-coloured rooftop trim for a motor vehicle, said vehicle body trim having a trim profile that comprises a visible face on which are provided a film-like first lacquer layer and a second lacquer layer that directly adjoins said first lacquer layer in a gap-free manner.
System for determining the position of objects (10, 11) that are movable with respect to one another, comprising: a field generator unit for generating an electric and/or magnetic positioning field, said field generator unit being assigned to a first object; a field measuring unit for measuring the electric and/or magnetic positioning field, said field measuring unit being assigned to a second object and ascertaining position-dependent field information, wherein the field information comprises a field strength and a field direction; and a position determining unit for determining a relative position of the objects (10, 11) depending on the field strength and the field direction, wherein a first field concentrator is arranged between the first object and the field generator unit and/or a second field concentrator is arranged between the second object and the field measuring unit, and wherein the field concentrator (F1, F2) comprises a ferromagnetic substance having a relative permeability μ R > 100. a field generator unit for generating an electric and/or magnetic positioning field, said field generator unit being assigned to a first object; a field measuring unit for measuring the electric and/or magnetic positioning field, said field measuring unit being assigned to a second object and ascertaining position-dependent field information, wherein the field information comprises a field strength and a field direction; and a position determining unit for determining a relative position of the objects (10, 11) depending on the field strength and the field direction, wherein a first field concentrator is arranged between the first object and the field generator unit and/or a second field concentrator is arranged between the second object and the field measuring unit, and wherein the field concentrator (F1, F2) comprises a ferromagnetic substance having a relative permeability μ R > 100.
An electronic device comprising: a memory configured to store angular range data for activating one of a plurality of applications based on a rotation input, wherein the angular range data are obtained by dividing a 360 angular range into angular ranges corresponding to each of the plurality of applications; and a processor configured to activate said one of the plurality of applications if a rotation angle according to the rotation input corresponds to the angular range corresponding to said one of the plurality of applications; wherein the width of the angular range data for said one application is set according to a frequency of use of said one application. a memory configured to store angular range data for activating one of a plurality of applications based on a rotation input, wherein the angular range data are obtained by dividing a 360 angular range into angular ranges corresponding to each of the plurality of applications; and a processor configured to activate said one of the plurality of applications if a rotation angle according to the rotation input corresponds to the angular range corresponding to said one of the plurality of applications; wherein the width of the angular range data for said one application is set according to a frequency of use of said one application.
A system for controlling the Quality of Service, QoS, of a wireless link, providing a service from a transmitting entity to a receiving entity, the system comprising a controller, controlling a plurality of relay stations (101a,101b,101c), including a plurality of mobile relay stations (101a,101b,101c), the controller being configured to: - receive data, decisive of the QoS of each hop of the wireless link; - determine, based on the received data, that at least one QoS target-value of one of said hops is, or is predicted, not to be met; - determine, for at least one of said hops, one or more actions for achieving that said at least one QoS target-value is met, and - initiating, based on the determining of one or more actions, execution of said one or more determined actions, characterised by - determining, for each mobile relay station, based on the received data, instructions indicative of which reporting frequency to be applied by the respective mobile relay station when providing data to the controller, and - transmitting the respective instructions to the respective mobile relay station. - receive data, decisive of the QoS of each hop of the wireless link; - determine, based on the received data, that at least one QoS target-value of one of said hops is, or is predicted, not to be met; - determine, for at least one of said hops, one or more actions for achieving that said at least one QoS target-value is met, and - initiating, based on the determining of one or more actions, execution of said one or more determined actions, characterised by - determining, for each mobile relay station, based on the received data, instructions indicative of which reporting frequency to be applied by the respective mobile relay station when providing data to the controller, and - transmitting the respective instructions to the respective mobile relay station.
A method for sharing a terminal location, comprising: displaying, by a first terminal, a location of the first terminal and a location of a second terminal on a map of the first terminal in real time; determining, by the first terminal, a candidate location; displaying, by the first terminal, the candidate location on the map of the first terminal, and notifying the second terminal of the candidate location, so that the candidate location is also displayed on a map of the second terminal; receiving, by the first terminal, a modified candidate location returned by the second terminal; and displaying, by the first terminal, the modified candidate location on the map of the first terminal. displaying, by a first terminal, a location of the first terminal and a location of a second terminal on a map of the first terminal in real time; determining, by the first terminal, a candidate location; displaying, by the first terminal, the candidate location on the map of the first terminal, and notifying the second terminal of the candidate location, so that the candidate location is also displayed on a map of the second terminal; receiving, by the first terminal, a modified candidate location returned by the second terminal; and displaying, by the first terminal, the modified candidate location on the map of the first terminal.
A curing agent comprising the reaction product of an aliphatic polyglycidyl ether of a triol or higher polyol; with a diamine; wherein said diamine comprises a first primary or secondary amine group, and a second primary or secondary amine group, linked together by a linker; wherein said linker is an aliphatic hydrocarbyl group containing 4-20 carbon atoms and optionally containing 1 to 3 oxygen atoms wherein the N atoms of the first and second amine groups are separated by at least 4 atoms; and wherein the hydroxyl groups of said triol or higher polyol residue form ethers in said aliphatic polyglycidyl ether component. wherein said diamine comprises a first primary or secondary amine group, and a second primary or secondary amine group, linked together by a linker; wherein said linker is an aliphatic hydrocarbyl group containing 4-20 carbon atoms and optionally containing 1 to 3 oxygen atoms wherein the N atoms of the first and second amine groups are separated by at least 4 atoms; and wherein the hydroxyl groups of said triol or higher polyol residue form ethers in said aliphatic polyglycidyl ether component.
A method of detecting a single nucleotide target characterised in that it comprises the step of attaching said target to a probe using a polymerase and a ligase to create a used probe which is wholly double-stranded, wherein the probe is comprised of a capture site consisting of a single nucleotide complementary to said target the ends of which are attached to two different double-stranded oligonucleotide regions wherein at least one of the oligonucleotide regions comprises detectable elements having a characteristic detection property and wherein the detectable elements are so arranged on the oligonucleotide region that the detection property is less detectable than when the same number of detectable elements are bound to a corresponding number of single nucleotides.
An RNA molecule transcribed from a long terminal repeat sequence in a subject, comprising - A sequence according to SEQ ID NO 1 or 2, preferably for in vitro detecting cancer in a subject. - A sequence according to SEQ ID NO 1 or 2,
A method of transmitting data in a dual connectivity wireless network in which a mobile station, MS, is connected to a first base station, BS, via a first radio link and to a second BS via a second radio link, the method comprising: sending, by a first protocol entity of the MS, a protocol data unit, PDU, to a first entity of a second protocol of the MS for transmission to the first BS via the first radio link; detecting a trigger condition, at the MS, associated with the PDU; and in response to the detecting of the trigger condition, re-sending, by the first protocol entity of the MS, the PDU to a second entity of the second protocol of the MS for transmission to the second BS via the second radio link, wherein detecting the trigger condition comprises one of: receiving, by the first protocol entity of the MS from the first entity of the second protocol of the MS, an indication that a maximum number of attempts to transmit at least portion of the PDU has failed; and starting a transmission timer associated with the PDU, and determining that the timer associated with the PDU has expired before the first protocol entity of the MS receives an indication of successful delivery of the PDU to the first BS. sending, by a first protocol entity of the MS, a protocol data unit, PDU, to a first entity of a second protocol of the MS for transmission to the first BS via the first radio link; detecting a trigger condition, at the MS, associated with the PDU; and in response to the detecting of the trigger condition, re-sending, by the first protocol entity of the MS, the PDU to a second entity of the second protocol of the MS for transmission to the second BS via the second radio link, wherein detecting the trigger condition comprises one of: receiving, by the first protocol entity of the MS from the first entity of the second protocol of the MS, an indication that a maximum number of attempts to transmit at least portion of the PDU has failed; and starting a transmission timer associated with the PDU, and determining that the timer associated with the PDU has expired before the first protocol entity of the MS receives an indication of successful delivery of the PDU to the first BS. receiving, by the first protocol entity of the MS from the first entity of the second protocol of the MS, an indication that a maximum number of attempts to transmit at least portion of the PDU has failed; and starting a transmission timer associated with the PDU, and determining that the timer associated with the PDU has expired before the first protocol entity of the MS receives an indication of successful delivery of the PDU to the first BS.
Medical upper garment having a longitudinal direction or direction of wear and a transverse or circumferential direction, and having a main part with an upper end and a lower end, having an upper trunk region and a lower trunk region, and in particular having sleeves adjoining the main part on either side, wherein the lower trunk region comprises an inner layer and an outer layer, and wherein both the inner layer and the outer layer have a free lower end (64, 66), wherein the main part is closed in the circumferential direction, characterized in that both the outer layer and the inner layer are closed in the circumferential direction.
A method for producing a cushioning element for sportswear, in particular a shoe sole or a midsole, or for sporting goods, such as a foam component for a sportive ball, in particular for a football, comprising the steps: - Feeding of foam particles into a mold cavity of a mold, - Welding of the foam particles in the mold cavity while applying a predetermined pressure, wherein the foam particles comprise a fraction of at least 10% by weight of recycled, shredded foam particles and the welding of the foam particles is effected by means of electromagnetic waves, wherein the foam particles have a closed surface and the recycled, shredded foam particles do not have a closed surface. - Feeding of foam particles into a mold cavity of a mold, - Welding of the foam particles in the mold cavity while applying a predetermined pressure,