mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic apparatus comprising: a microphone ; a memory in which a text to speech, TTS, model and a plurality of evaluation texts are stored; and a processor configured to: obtain (S1010) a reference vector of a user speech spoken by a user when the user speech is received through the microphone, the apparatus characterised in that the processor is further configured to generate (S1020) a plurality of candidate reference vectors based on the reference vector, obtain (S1030) a plurality of synthesized sounds by inputting the plurality of candidate reference vectors and the plurality of evaluation texts to the TTS model, identify (S1040) at least one synthesized sound of the plurality of synthesized sounds based on a similarity between the plurality of synthesized sounds and the user speech and characteristics of the plurality of synthesized sounds, and store (S1050) a reference vector of the at least one synthesized sound in the memory as a reference vector corresponding to the user for the TTS model. a microphone ; a memory in which a text to speech, TTS, model and a plurality of evaluation texts are stored; and a processor configured to: obtain (S1010) a reference vector of a user speech spoken by a user when the user speech is received through the microphone, the apparatus characterised in that the processor is further configured to generate (S1020) a plurality of candidate reference vectors based on the reference vector, obtain (S1030) a plurality of synthesized sounds by inputting the plurality of candidate reference vectors and the plurality of evaluation texts to the TTS model, identify (S1040) at least one synthesized sound of the plurality of synthesized sounds based on a similarity between the plurality of synthesized sounds and the user speech and characteristics of the plurality of synthesized sounds, and store (S1050) a reference vector of the at least one synthesized sound in the memory as a reference vector corresponding to the user for the TTS model. obtain (S1010) a reference vector of a user speech spoken by a user when the user speech is received through the microphone, the apparatus characterised in that the processor is further configured to generate (S1020) a plurality of candidate reference vectors based on the reference vector, obtain (S1030) a plurality of synthesized sounds by inputting the plurality of candidate reference vectors and the plurality of evaluation texts to the TTS model, identify (S1040) at least one synthesized sound of the plurality of synthesized sounds based on a similarity between the plurality of synthesized sounds and the user speech and characteristics of the plurality of synthesized sounds, and store (S1050) a reference vector of the at least one synthesized sound in the memory as a reference vector corresponding to the user for the TTS model.
Headlight for a motorcycle, comprising - a lighting unit with a lamp and an optical device in order to generate by means of the optical device a predetermined distribution of light in front of the motorcycle from the light of the lamp , wherein the lighting unit is fastened to a supporting frame and is rotatable relative to the supporting frame in such a manner that the rotation of the lighting unit causes the predetermined distribution of light to be pivoted in a plane which runs substantially perpendicularly to the direction of travel of the motorcycle; - an electromechanical actuator in order to bring about the rotation of the lighting unit for pivoting the predetermined distribution of light, wherein the electromechanical actuator comprises a rack which is displaceable by activation of the actuator , characterized in that the rack engages in a gearwheel segment of the lighting unit such that the displacement of the rack brings about the rotation of the lighting unit for pivoting the predetermined distribution of light. - a lighting unit with a lamp and an optical device in order to generate by means of the optical device a predetermined distribution of light in front of the motorcycle from the light of the lamp , wherein the lighting unit is fastened to a supporting frame and is rotatable relative to the supporting frame in such a manner that the rotation of the lighting unit causes the predetermined distribution of light to be pivoted in a plane which runs substantially perpendicularly to the direction of travel of the motorcycle; - an electromechanical actuator in order to bring about the rotation of the lighting unit for pivoting the predetermined distribution of light, wherein the electromechanical actuator comprises a rack which is displaceable by activation of the actuator ,
A guidance system, comprising: a real-time imaging device configured to intra-operatively collect image data of a target region including a heart to provide a real-time image; a target determination module configured to generate an overlay map registered to the real-time image to project morphological feature information on corresponding features in the real-time image of the target region, the morphological feature information including a wall thickness of the heart; and at least one medical instrument for performing a procedure on the target region such that the at least one medical instrument is guided to a location suitable for performing an operative task based upon the overlay map, the at least one medical instrument including a needle , wherein upon having been guided to the location, the at least one medical instrument is controlled to extend the needle at said location with a depth depending on the wall thickness information. a real-time imaging device configured to intra-operatively collect image data of a target region including a heart to provide a real-time image; a target determination module configured to generate an overlay map registered to the real-time image to project morphological feature information on corresponding features in the real-time image of the target region, the morphological feature information including a wall thickness of the heart; and at least one medical instrument for performing a procedure on the target region such that the at least one medical instrument is guided to a location suitable for performing an operative task based upon the overlay map, the at least one medical instrument including a needle , wherein upon having been guided to the location, the at least one medical instrument is controlled to extend the needle at said location with a depth depending on the wall thickness information.
A parameter setting apparatus comprising: a storage section configured to store therein a current value of a signal processing parameter; and a control section (11, S3, S4) configured to change the current value stored in the storage section in such a manner as to increase or decrease the current value in response to an operation of a manual operator , characterized in that the storage section is further configured to store therein an auxiliary value to be added to the current value, when an overlay mode is activated, in order to adjust the current value, and in that the parameter setting apparatus further comprises a switching section (35, 11, S7, S8) configured to switch between ON and OFF states of an edit mode, wherein the control section (11, S3) is further configured to, when the edit mode is ON and in response to an operation of the manual operator for increasing or decreasing the current value, change the auxiliary value in the overlay mode so as to reflect the increase or decrease of the current value, and said control section (11, S3) is configured to, when the edit mode is OFF, change only the current value without changing the auxiliary value in the overlay mode in response to an operation of the manual operator for increasing or decreasing the current value. a storage section configured to store therein a current value of a signal processing parameter; and a control section (11, S3, S4) configured to change the current value stored in the storage section in such a manner as to increase or decrease the current value in response to an operation of a manual operator , the storage section is further configured to store therein an auxiliary value to be added to the current value, when an overlay mode is activated, in order to adjust the current value, and in that the parameter setting apparatus further comprises a switching section (35, 11, S7, S8) configured to switch between ON and OFF states of an edit mode, wherein the control section (11, S3) is further configured to, when the edit mode is ON and in response to an operation of the manual operator for increasing or decreasing the current value, change the auxiliary value in the overlay mode so as to reflect the increase or decrease of the current value, and said control section (11, S3) is configured to, when the edit mode is OFF, change only the current value without changing the auxiliary value in the overlay mode in response to an operation of the manual operator for increasing or decreasing the current value.
A resin composition comprising (A) a polylactic acid, (B) one or more phosphazene compounds including a cyclic phenoxy phosphazene and (C) a rubber and/or a thermoplastic elastomer containing at least one selected from group consisting of a silicone-acryl blend rubber, an acryl rubber, a butadiene rubber and a natural rubber, wherein the content of the rubber and/or thermoplastic elastomer (C) in the resin composition is from 0.1 to 10 parts based on 100 parts of polylactic acid (A).
A measurement system comprising: - a concentrator comprising; - a first transceiver operating in a first radio frequency band with a first data transmission protocol and; - a second transceiver operating in a second radio frequency band with a second data transmission protocol; wherein the measurement system further comprises one or more nodes, each node comprising: - one multiband transceiver being arranged to be able to switch between the first radio frequency band with the first data transmission protocol and the second radio frequency band with the second data transmission protocol; - one or more sensors that convert one or more physical magnitudes to electrical sensor signals or means to connect to one or more sensors that convert one or more physical magnitudes to electrical sensor signals; - a node controller arranged to via the second data transmission protocol transfer the electrical sensor signals to the concentrator; and the concentrator further comprises a concentrator controller that is arranged to continuously listen with the first transceiver for status messages from the one or more nodes and when receiving a status message from a node, then sending a message back to that node with instructions to switch communication to the second frequency band together with parameters for that node for the second data transmission protocol, and in that the node controller is arranged to default upon reset the multiband transceiver to the first radio frequency band with the first data transmission protocol and then at predetermined time intervals to send a status message and then wait a predetermined wait time interval for a response, and in the system a chirp spread spectrum, CSS, radio modulation technology is used for the hardware and datalink layers in the first, second and multiband transceivers. - a concentrator comprising; - a first transceiver operating in a first radio frequency band with a first data transmission protocol and; - a second transceiver operating in a second radio frequency band with a second data transmission protocol; - a first transceiver operating in a first radio frequency band with a first data transmission protocol and; - a second transceiver operating in a second radio frequency band with a second data transmission protocol; - one multiband transceiver being arranged to be able to switch between the first radio frequency band with the first data transmission protocol and the second radio frequency band with the second data transmission protocol; - one or more sensors that convert one or more physical magnitudes to electrical sensor signals or means to connect to one or more sensors that convert one or more physical magnitudes to electrical sensor signals; - a node controller arranged to via the second data transmission protocol transfer the electrical sensor signals to the concentrator; and the concentrator
Angiopoietin-like protein 7 for use as an agent for preventing or treating a corneal disorder, wherein the corneal disorder is at least one member selected from the group consisting of endogenous corneal epithelial disorder, dry eye, and reduction in corneal sensitivity, and wherein the agent is for promoting corneal tissue repair, and/or for promoting neurite formation of the ophthalmic nerve. wherein the corneal disorder is at least one member selected from the group consisting of endogenous corneal epithelial disorder, dry eye, and reduction in corneal sensitivity, and wherein the agent is for promoting corneal tissue repair, and/or for promoting neurite formation of the ophthalmic nerve.
A digital device , comprising: a display unit configured to display an image and receive a touch input; a communication unit configured to communicate with a wearable device , wherein the wearable device is different from the digital device ; an image sensing unit ; and a processor configured to control the display unit , the communication unit and the image sensing unit , wherein the processor is further configured to: display a message input interface for writing a message on the display unit , wherein the message input interface comprises a first attachment button and a second attachment button , send a command to the wearable device via the communication unit such as to capture a first image and attach the image captured by the wearable device to the message if an input is inputted on the first attachment button , and capture a second image using the image sensing unit of the digital device and attach the image captured by the digital device to the message if an input is inputted on the second attachment button . a display unit configured to display an image and receive a touch input; a communication unit configured to communicate with a wearable device , wherein the wearable device is different from the digital device ; an image sensing unit ; and a processor configured to control the display unit , the communication unit and the image sensing unit , wherein the processor is further configured to: display a message input interface for writing a message on the display unit , wherein the message input interface comprises a first attachment button and a second attachment button , send a command to the wearable device via the communication unit such as to capture a first image and attach the image captured by the wearable device to the message if an input is inputted on the first attachment button , and capture a second image using the image sensing unit of the digital device and attach the image captured by the digital device to the message if an input is inputted on the second attachment button . display a message input interface for writing a message on the display unit , wherein the message input interface comprises a first attachment button and a second attachment button , send a command to the wearable device via the communication unit such as to capture a first image and attach the image captured by the wearable device to the message if an input is inputted on the first attachment button , and capture a second image using the image sensing unit of the digital device and attach the image captured by the digital device to the message if an input is inputted on the second attachment button .
A method of determining a position of an RFID device in an electronic article surveillance system having first and second read zones, comprising: transmitting an RF signal (S) to an RFID device ; receiving a return signal from the RFID device at a first location and at a second location; calculating the difference between a first strength of the return signal at the first location and a second strength of the return signal at the second location; and determining whether the RFID device is positioned in the first read zone based at least in part on the difference between the first and second strengths, wherein said determining whether the RFID device is positioned in the first read zone based on the difference between the first and second strengths is based on signal loss occurring between the first and second locations and is independent of signal loss occurring between the RFID device and whichever of the first and second locations is closer to the RFID device . transmitting an RF signal (S) to an RFID device ; receiving a return signal from the RFID device at a first location and at a second location; calculating the difference between a first strength of the return signal at the first location and a second strength of the return signal at the second location; and determining whether the RFID device is positioned in the first read zone based at least in part on the difference between the first and second strengths, wherein said determining whether the RFID device is positioned in the first read zone based on the difference between the first and second strengths is based on signal loss occurring between the first and second locations and is independent of signal loss occurring between the RFID device and whichever of the first and second locations is closer to the RFID device .
A connection end fitting of a flexible line, the flexible line comprising at least one tubular sheath and at least one elongate element (29; 31) arranged around the tubular sheath , the end fitting comprising: - an end part of the tubular sheath ; - an end section of each elongate element (29; 31); - an end vault and a cover defining a chamber for receiving each end section ; characterized in that the end fitting includes at least one transducer for generating an ultrasonic wave guided in the elongate element (29; 31), the generation transducer being placed on the elongate element (29; 31) in the receiving chamber , the generation transducer having a volume of less than 200 mm 3 , in particular comprised between 20 mm 3 and 50 mm 3 . - an end part of the tubular sheath ; - an end section of each elongate element (29; 31); - an end vault and a cover defining a chamber for receiving each end section ;
A process for fabricating a multilayer Fresnel lens by applying an optically active focusing structure, to a substrate , comprising structuring using photolithographic masks, wherein a central circular shaped region is surrounded by concentric ring area shaped regions, characterized by a number of repetitions of the steps of - coating the substrate with a photosensitive resist layer , - photolithographic structuring of the applied layer , - coating the pre-structured substrate with an optically active layer by PVD (physical vapor deposition), wherein at least two different glasses comprising different optical properties are deposited as a layer to form the optically active focusing structure, wherein the combination of the at least two glasses enables the correction of chromatic aberration of an optical system, and - lifting off the resist layer and - stepwise decreasing the width of the thus produced layers of the multilayer Fresnel lens to top layer structures of the multilayer Fresnel lens to generate an optical multilayer Fresnel lens diffractive component having a serrated structure. - coating the substrate with a photosensitive resist layer , - photolithographic structuring of the applied layer , - coating the pre-structured substrate with an optically active layer by PVD (physical vapor deposition), wherein at least two different glasses comprising different optical properties are deposited as a layer to form the optically active focusing structure, wherein the combination of the at least two glasses enables the correction of chromatic aberration of an optical system, and - lifting off the resist layer and - stepwise decreasing the width of the thus produced layers of the multilayer Fresnel lens to top layer structures of the multilayer Fresnel lens to generate an optical multilayer Fresnel lens diffractive component having a serrated structure.
Device for determining the type of a vehicle surrounding for a distance along which a vehicle travels, wherein the device comprises: - means for dividing the distance into segments, - means for determining that a segment has been started, - means for determining a reference direction of movement, - means for, during said segment, receiving at least one direction parameter value, which constitutes a representation of the direction of movement of the vehicle, or by which a representation of the direction of the movement of the vehicle can be determined, - means for determining if the vehicle has reached the end of the segment, - means for determining the type of the segment from said received direction parameter values, wherein the device further includes means for determining the type of a plurality of consecutive or adjacent segments, characterized in that the device further includes means for classifying said distance on the basis of said plurality of type determined segments and wherein the determination of the segment type is based on the direction parameter values that are received in relation to certain defined criteria, and from this, probability values are assigned for each of the different situations of the vehicle surrounding and the situation with the highest probability, it results in the definition of the most likely environment, wherein said means for determining that the vehicle has reached the end of the segment is arranged to perform said determination based on a change of direction, and wherein said change of direction is horizontal and/or vertical. - means for dividing the distance into segments, - means for determining that a segment has been started, - means for determining a reference direction of movement, - means for, during said segment, receiving at least one direction parameter value, which constitutes a representation of the direction of movement of the vehicle, or by which a representation of the direction of the movement of the vehicle can be determined, - means for determining if the vehicle has reached the end of the segment, - means for determining the type of the segment from said received direction parameter values, wherein the device further includes means for determining the type of a plurality of consecutive or adjacent segments, characterized in that the device further includes means for classifying said distance on the basis of said plurality of type determined segments and wherein the determination of the segment type is based on the direction parameter values that are received in relation to certain defined criteria, and from this, probability values are assigned for each of the different situations of the vehicle surrounding and the situation with the highest probability, it results in the definition of the most likely environment, wherein said means for determining that the vehicle has reached the end of the segment is arranged to perform said determination based on a change of direction, and wherein said change of direction is horizontal and/or vertical.