mhurhangee/patent-ind-claim-en huggingface dataset:
Correction module for a transfer function (H(w)) of a transmission channel of a CDMA communication system comprising at least one CDMA data transmitter and a CDMA data receiver , the CDMA data receiver comprising the correction module , the correction module being suitable for applying, to the signal (S R ) received by the receiver , a correction function corresponding to the conjugated complex function of the transfer function (H(w)), and in which the correction module comprises an impulse response filter (FIR G ) associated with the conjugated complex function, the v coefficients of which are determined from coefficients of an impulse response filter (FIR H ) associated with the transfer function of the transmission channel and arranged in the inverse order of the impulse response filter (FIR H ) associated with the transfer function of the transmission channel, the correction module being suitable for determining the value of the coefficients of the impulse response filter (FIR H ) associated with the transfer function of the transmission channel by applying an inverse fast Fourier transform and by retaining the real part.
Coupling sleeve for a hydraulic coupling on a pressure medium line for establishing a form-fitting connection with a coupling plug , with a housing and a sealing unit , wherein the housing has a flow channel for a pressure medium and a coupling axis A, wherein the sealing unit comprises a sleeve body , a pressure sleeve and a valve tappet , wherein the sealing unit delimits a part of the flow channel , wherein the valve tappet is held via a tappet guide at the sleeve body in such a manner that the valve tappet is arranged in the flow channel , wherein the pressure sleeve surrounds the valve tappet , wherein the pressure sleeve is held to be displaceable along the coupling axis A between a closing position, in which the flow channel is closed by the pressure sleeve and an opening position, in which the flow channel is released by the pressure sleeve , wherein the pressure sleeve is loaded by a compression spring in the direction of its closing position and wherein for establishing a form-fitting connection with a coupling plug by a user a coupling force must be applied, characterised in that the size of the areas from which, at least in the closing position of the pressure sleeve with a pressure p of a pressure medium existing in the flow channel , results a force onto the pressure sleeve in the direction of the closing position, is selected in such a manner that from a predetermined, upper pressure value of the pressure p, a predetermined first threshold value of the coupling force is exceeded in order to prevent an establishment of a form-fitting connection with a coupling plug by a user.
A method in a mobile communication device for use in communicating supplemental non access stratum, NAS, information, the method comprising: sending to a network an initial NAS message associated with a NAS procedure, the initial NAS message comprising NAS information to be used by the network for performing associated procedures, wherein the initial NAS message includes an indication that a supplemental NAS message associated with the NAS procedure will be sent by the mobile communication device ; sending to the network a supplemental NAS message associated with the NAS procedure prior to receiving a response to the initial NAS message sent to the network, the supplemental NAS message is paired with the initial NAS message and the supplemental NAS message comprising information that supplements the NAS information contained in the initial NAS message; after sending the initial NAS message and before sending the supplemental NAS message: performing an authentication procedure that is distinct from an operation requested by the initial NAS message, and performing a ciphering procedure that is distinct from the requested operation wherein the supplemental NAS message is ciphered; and after sending the supplemental NAS message and after performing the authentication procedure and the ciphering procedure, receiving a NAS accept message indicating completion of the NAS procedure by the network using the initial NAS message and the supplemental NAS message. sending to a network an initial NAS message associated with a NAS procedure, the initial NAS message comprising NAS information to be used by the network for performing associated procedures, wherein the initial NAS message includes an indication that a supplemental NAS message associated with the NAS procedure will be sent by the mobile communication device ; sending to the network a supplemental NAS message associated with the NAS procedure prior to receiving a response to the initial NAS message sent to the network, the supplemental NAS message is paired with the initial NAS message and the supplemental NAS message comprising information that supplements the NAS information contained in the initial NAS message; after sending the initial NAS message and before sending the supplemental NAS message: performing an authentication procedure that is distinct from an operation requested by the initial NAS message, and performing a ciphering procedure that is distinct from the requested operation wherein the supplemental NAS message is ciphered; and after sending the supplemental NAS message and after performing the authentication procedure and the ciphering procedure, receiving a performing an authentication procedure that is distinct from an operation requested by the initial NAS message, and performing a ciphering procedure that is distinct from the requested operation wherein the supplemental NAS message is ciphered; and after sending the supplemental NAS message and after performing the authentication procedure and the ciphering procedure, receiving a NAS accept message indicating completion of the NAS procedure by the network using the initial NAS message and the supplemental NAS message.
A method for translating a virtual address, comprising: receiving a comparand, wherein the comparand includes a virtual address; and upon determining a match of the comparand to a burst entry tag which includes a burst entry address range, selecting a candidate matching translation data unit, the selecting being from a plurality of translation data units, the plurality of translation data units being associated with the burst entry tag, characterised in that each of the plurality of translation data units includes a data validity flag, and in that the selecting is based at least in part on at least one bit of the virtual address, and further characterised by comparing a content of the candidate matching translation data unit to at least a portion of the comparand and, upon a result of the comparing indicating a match, generating a hit, and further characterised in that the burst entry tag comprises a burst entry validity flag based at least in part on a logical OR of the plurality of data validity flags, and wherein determining that the comparand matches the burst entry tag is based, at least in part on the burst entry validity flag. receiving a comparand, wherein the comparand includes a virtual address; and upon determining a match of the comparand to a burst entry tag which includes a burst entry address range, selecting a candidate matching translation data unit, the selecting being from a plurality of translation data units, the plurality of translation data units being associated with the burst entry tag, characterised in that each of the plurality of translation data units includes a data validity flag, and in that the selecting is based at least in part on at least one bit of the virtual address, and further characterised by comparing a content of the candidate matching translation data unit to at least a portion of the comparand and, upon a result of the comparing indicating a match, generating a hit, selecting a candidate matching translation data unit, the selecting being from a plurality of translation data units, the plurality of translation data units being associated with the burst entry tag, characterised in that each of the plurality of translation data units includes a data validity flag, and in that the selecting is based at least in part on at least one bit of the virtual address, and further characterised by comparing a content of the candidate matching translation data unit to at least a portion of the comparand and, upon a result of the comparing indicating a match, generating a hit, and further characterised in that the burst entry tag comprises a burst entry validity flag based at least in part on a logical OR of the plurality of data validity flags, and wherein determining that the comparand matches the burst entry tag is based, at least in part on the burst entry validity flag.
Watch comprising a watch case that includes: - a middle , - a horological movement inside the middle, and - a control member mounted laterally with respect to the middle; the control member being mounted at the outer end of an elongate element that projects out of the middle , this elongate element defining a central axis , the control member being configured to fulfil at least one first function of the watch via a rotation or an axial movement of the elongate element, the watch being provided with at least one additional function that can be managed by an electrical signal; characterised in that the watch includes: - at least one strain gauge mounted inside the middle or at least partially in this middle or in an external element fixedly connected to this middle, this strain gauge and the elongate element being arranged so that the elongate element can exert a radial force on this strain gauge when a sufficient actuation force is exerted by a user on the control member in at least one direction substantially perpendicular to said central axis, said strain gauge being arranged so as to produce an electrical signal that is dependent on the radial force and thus on said actuation force, and - a processor configured to generate a command that manages said additional function on the basis of the electrical signal generated by the strain gauge. - at least one strain gauge mounted inside the middle or at least partially in this middle or in an external element fixedly connected to this middle, this strain gauge and the elongate element being arranged so that the elongate element can exert a radial force on this strain gauge when a sufficient actuation force is exerted by a user on the control member in at least one direction substantially perpendicular to said central axis, said strain gauge being arranged so as to produce an electrical signal that is dependent on the radial force and thus on said actuation force, and - a processor configured to generate a command that manages said additional function on the basis of the electrical signal generated by the strain gauge.
A light emitting diode (LED), comprising: an n-doped portion ; a p-doped portion ; and a light emitting region located between the n-doped portion and a p-doped portion, the light emitting region comprising: a light-emitting layer which emits light at a peak wavelength between 400 and 599 nm under electrical bias thereacross; wherein the light emitting diode comprises a porous region of III-nitride material, in which the LED comprises a connecting layer of III-nitride material positioned between the n-doped portion and the porous region, characterised by the light emitting region comprising a III-nitride layer located on the light-emitting layer, and a III-nitride barrier layer located on the III-nitride layer; a non-porous intermediate layer of III-nitride material positioned between the porous region and the connecting layer, and the LED emitting light with a full width half max (FWHM) of 50 nm or less. an n-doped portion ; a p-doped portion ; and a light emitting region located between the n-doped portion and a p-doped portion, the light emitting region comprising: a light-emitting layer which emits light at a peak wavelength between 400 and 599 nm under electrical bias thereacross; wherein the light emitting diode comprises a porous region of III-nitride material, in which the LED comprises a connecting layer of III-nitride material positioned between the n-doped portion and the porous region, a light-emitting layer which emits light at a peak wavelength between 400 and 599 nm under electrical bias thereacross; wherein the light emitting diode comprises a porous region of III-nitride material, in which the LED comprises a connecting layer of III-nitride material positioned between the n-doped portion and the porous region, characterised by the light emitting region comprising a III-nitride layer located on the light-emitting layer, and a III-nitride barrier layer located on the III-nitride layer; a non-porous intermediate layer of III-nitride material positioned between the porous region and the connecting layer, and the LED emitting light with a full width half max (FWHM) of 50 nm or less.
A computer-implemented method, the method comprising: determining that a first request received from a client application indicates a response to the first request can be offloaded from a server machine ; and prior to transmitting the first request to the server machine, transmitting a first response to the first request to the client application indicating that the server machine has successfully processed the first request, wherein, upon receiving the first response, the client application is able to initiate a second request; the method characterised in that the first request includes a status code that indicates that the server machine has successfully processed the first request. determining that a first request received from a client application indicates a response to the first request can be offloaded from a server machine ; and prior to transmitting the first request to the server machine, transmitting a first response to the first request to the client application indicating that the server machine has successfully processed the first request, wherein, upon receiving the first response, the client application is able to initiate a second request; the method characterised in that the first request includes a status code that indicates that the server machine has successfully processed the first request.
A method performed by a first communication device for enabling interference management of data transmissions from a second communication device to a third communication device in a wireless communications network , the method comprising receiving information relating to a request for radio resources of a radio channel for a first data transmission from the second communication device to the third communication device ; and transmitting a interference notification to the second communication device when the received information relating to a request for radio resources of the radio channel is determined to conflict with requested radio resources of the radio channel for a second data transmission to or from the first communication device characterized in that the received information relating to a request is a dedicated signalling message to the first communication device indicating the radio resources of the radio channel that the second communication device requests for the first data transmission to the third communication device . receiving information relating to a request for radio resources of a radio channel for a first data transmission from the second communication device to the third communication device ; and transmitting a interference notification to the second communication device when the received information relating to a request for radio resources of the radio channel is determined to conflict with requested radio resources of the radio channel for a second data transmission to or from the first communication device characterized in that the received information relating to a request is a dedicated signalling message to the first communication device indicating the radio resources of the radio channel that the second communication device requests for the first data transmission to the third communication device .
A method performed by an X2 gateway apparatus in a communication system comprising the X2 gateway apparatus and a plurality of base stations (5, 7-1 to 7-3), the method comprising: maintaining, for each base station (5, 7-1 to 7-3) connected to the X2 gateway apparatus , respective association information indicating a mapping of an identifier for that base station (5, 7-1 to 7-3) to at least one Transport Network Layer, TNL, address for that base station (5, 7-1 to 7-3); receiving (s505), from a source base station (7-3), when the source base station's TNL address changes, an X2 message to initiate registration with the X2 gateway apparatus , the X2 message comprising an identifier for said source base station (7-3), wherein said identifier comprises an information element based on an E-UTRAN Cell Global Identifier, ECGI, of said source base station (7-3); and updating (s507) said association information, based on information included in said X2 message to initiate registration, to reflect a mapping to at least one TNL address of the base station (7-3) from which the X2 message to initiate registration originated. maintaining, for each base station (5, 7-1 to 7-3) connected to the X2 gateway apparatus , respective association information indicating a mapping of an identifier for that base station (5, 7-1 to 7-3) to at least one Transport Network Layer, TNL, address for that base station (5, 7-1 to 7-3); receiving (s505), from a source base station (7-3), when the source base station's TNL address changes, an X2 message to initiate registration with the X2 gateway apparatus , the X2 message comprising an identifier for said source base station (7-3), wherein said identifier comprises an information element based on an E-UTRAN Cell Global Identifier, ECGI, of said source base station (7-3); and updating (s507) said association information, based on information included in said X2 message to initiate registration, to reflect a mapping to at least one TNL address of the base station (7-3) from which the X2 message to initiate registration originated.
A system for guiding hand-drawing of diagrams including text elements, shape elements and mixture of shape and text elements on a computing device, the computing device comprising a processor and at least one non-transitory computer readable medium for detecting and recognizing hand-drawing diagram element input under control of the processor, the at least one non-transitory computer readable medium configured to: cause classification of hand-drawing diagram elements of the hand-drawing diagram element input as either text or shape or mixture; cause recognition of the hand-drawing diagram elements depending on the classification; cause display of, on an interactive display of the computing device, a guide element associated with at least one diagram element of displayed handwriting diagram input, the guide element configured with a depiction of the at least one diagram element in the recognized form; wherein the guide element includes a dynamic prompter which dynamically displays the at least one diagram element depiction as the handwriting is input; and the dynamic prompter includes at least one interactive prompter element, the at least one non-transitory computer readable medium configured to display an action menu in response to receiving interaction with the at least one interactive prompter element, wherein the action menu displays a manual classification action allowing the user to set the hand-drawing diagram element as being any of a text element, shape element or a mixture of shape and text element, whereby selection of the manual classification action causes the hand-drawing diagram element to be re-classified with consequential re-recognition being performed. cause classification of hand-drawing diagram elements of the hand-drawing diagram element input as either text or shape or mixture; cause recognition of the hand-drawing diagram elements depending on the classification; cause display of, on an interactive display of the computing device, a guide element associated with at least one diagram element of displayed handwriting diagram input, the guide element configured with a depiction of the at least one diagram element in the recognized form;
A light beam position detector, specifically configured for use in a laser-leveling receiver, with ▪ a detection window for detecting a position of a striking light beam within the detection window , o which detection window comprises a first PSD as Position Sensitive Device based on the lateral photoelectric effect, and o which detection window further comprises at least a second PSD as Position Sensitive Device based on the lateral photoelectric effect, being aligned in a geometrical line in succession with the first PSD , so that the geometrical line and the directions of position sensitivity of the first and the at least second PSDs are arranged in the same direction and the first PSD and the at least second PSD define a length of the detection window for position determination, which extends beyond a maximum physical length of the sensor areas of the first and the second PSD for position determination, and ▪ with an electronic readout circuitry for the first and the at least second PSD which is configured to evaluate the position of a striking light beam within the detection window . ▪ a detection window for detecting a position of a striking light beam within the detection window , o which detection window comprises a first PSD as Position Sensitive Device based on the lateral photoelectric effect, and o which detection window further comprises at least a second PSD as Position Sensitive Device based on the lateral photoelectric effect, being aligned in a geometrical line in succession with the first PSD , so that the geometrical line and the directions of position sensitivity of the first and the at least second PSDs are arranged in the same direction and the first PSD and the at least second PSD define a length of the detection window for position determination, which extends beyond a maximum physical length of the sensor areas of the first and the second PSD for position determination, and o which detection window comprises a first PSD as Position Sensitive Device based on the lateral photoelectric effect, and o which detection window further comprises at least a second PSD as Position Sensitive Device based on the lateral photoelectric effect, being aligned in a geometrical line in succession with the first PSD , so that the geometrical line and the directions of position sensitivity of the first and the at least second PSDs are arranged in the same direction and the first PSD and the at least second PSD define a length of the detection window for position determination, which extends beyond a maximum physical length of the sensor areas of the first and the second PSD for position determination, and ▪ with an electronic readout circuitry for the first and the at least second PSD which is configured to evaluate the position of a striking light beam within the detection window .
A sound-equipped headrest (10a-10e) comprising: - at least one mid-range/tweeter , associated with a closed rear part comprising a solid wall and/or a closed cell foam, so that said at least one mid-range/tweeter is mono-directional; and - at least one woofer characterized in that it's associated with an open back , comprising a grid and/or a rear foam , with open or semi-open cells, having a density between 8 and 60 kg/m 3 , so that said at least one woofer is bi-directional. - at least one mid-range/tweeter , associated with a closed rear part comprising a solid wall and/or a closed cell foam, so that said at least one mid-range/tweeter is mono-directional; and - at least one woofer characterized in that it's associated with an open back , comprising a grid and/or a rear foam , with open or semi-open cells, having a density between 8 and 60 kg/m 3 , so that said at least one woofer is bi-directional.