mhurhangee/patent-ind-claim-en huggingface dataset:
A multiport for making an optical connection, comprising: a shell ; a plurality of connection ports disposed on the multiport with each of the plurality of connection ports comprising an optical connector opening extending from an outer surface of the multiport into a cavity of the multiport and defining a connection port passageway ; a plurality of securing feature passageways extending from the outer surface of the multiport to a portion of the respective connection port passageways of the multiport , wherein each securing feature passageway is arranged transversely to a longitudinal axis (LA) of the connection port passageway ; and a plurality of securing features , each securing feature being associated with a respective connection port passageway , wherein each of the plurality of securing features is capable of translating within a portion of the respective securing feature passageway for releasing or securing an external fiber optic connector from the respective connection port passageway , wherein each securing feature is disposed within said portion of the respective securing feature passageway , and wherein each securing feature comprises a bore that is aligned with the respective connection port passageway . a shell ; a plurality of connection ports disposed on the multiport with each of the plurality of connection ports comprising an optical connector opening extending from an outer surface of the multiport into a cavity of the multiport and defining a connection port passageway ; a plurality of securing feature passageways extending from the outer surface of the multiport to a portion of the respective connection port passageways of the multiport , wherein each securing feature passageway is arranged transversely to a longitudinal axis (LA) of the connection port passageway ; and a plurality of securing features , each securing feature being associated with a respective connection port passageway , wherein each of the plurality of securing features is capable of translating within a portion of the respective securing feature passageway for releasing or securing an external fiber optic connector from the respective connection port passageway , wherein each securing feature is disposed within said portion of the respective securing feature passageway , and wherein each securing feature comprises a bore that is aligned with the respective connection port passageway .
A speech synthesis device comprising: a reception section that receives a voice signal of an utterance; a pitch detection section that, based on the voice signal received by the reception section , detects a pitch of the utterance; a response selection section that selects voice data of a response to the utterance; a response pitch acquisition section that acquires a pitch based on the voice data of the response selected by the response selection section ; a pitch shift amount determination section that determines a pitch shift amount for shifting the pitch acquired by the response pitch acquisition section to a target pitch having a particular relationship to the pitch of the utterance; and a response synthesis section that synthesizes voice of the response based on the voice data of the response, characterized in that said pitch of the utterance is a pitch of one representative portion of the utterance, the pitch shift amount determination section determines, as the target pitch, a pitch having a consonant-interval relationship to the pitch of the representative portion, and the response synthesis section is configured to shift, in accordance with one said shift amount, a pitch of the voice of the entire response to be synthesized. a reception section that receives a voice signal of an utterance; a pitch detection section that, based on the voice signal received by the reception section , detects a pitch of the utterance; a response selection section that selects voice data of a response to the utterance; a response pitch acquisition section that acquires a pitch based on the voice data of the response selected by the response selection section ; a pitch shift amount determination section that determines a pitch shift amount for shifting the pitch acquired by the response pitch acquisition section to a target pitch having a particular relationship to the pitch of the utterance; and a response synthesis section that synthesizes voice of the response based on the voice data of the response, characterized in that said pitch of the utterance is a pitch of one representative portion of the utterance, the pitch shift amount determination section determines, as the target pitch, a pitch having a consonant-interval relationship to the pitch of the representative portion, and the response synthesis section is configured to shift, in accordance with one said shift amount, a pitch of the voice of the entire response to be synthesized.
Exoskeleton system comprising: - a first exoskeleton unit adapted to support a first body part ; - a second exoskeleton unit adapted to support a second body part ; and - a control device ; wherein the control device is adapted to control the first exoskeleton unit and/or the second exoskeleton unit based on a control model , wherein the control model is based on a multibody system which models - the first exoskeleton unit ; - the second exoskeleton unit ; and - the first and/or second body part ; and wherein the first exoskeleton unit and the second exoskeleton unit are mechanically decoupled from each other; wherein the control device is further adapted to control the first and/or second exoskeleton unit to override the user of the respective exoskeleton unit , and to control the first and/or second exoskeleton unit such that the multibody system is transitioned into a safe state. - a first exoskeleton unit adapted to support a first body part ; - a second exoskeleton unit adapted to support a second body part ; and - a control device ; - the first exoskeleton unit ; - the second exoskeleton unit ; and - the first and/or second body part ; and
A projectile with a projectile body for accommodating a penetrator , with an expansion medium , wherein the expansion medium is arranged in front of the penetrator in the projectile body with a projectile stern and a projectile ogive , wherein the projectile body is formed as a tube section and wherein the projectile body has a constriction on which the penetrator can be supported, characterized in that for obtaining the constriction a surface of the inner diameter of the tube section is processed in such a way from the front and the rear side that the constriction is obtained as an area remaining there between and that the inner diameter of the tube section or the projectile body on both sides of the constriction is larger than in the area of the constriction .
A shovel comprising: an imaging device ; a temporary storage device that is adapted to temporarily store image data acquired by the imaging device ; a plurality of sensors that are each adapted to detect a plurality of physical quantities relating to an operation state of the shovel; a transmitter for transmitting the data, and a control device that is adapted to perform an operation abnormality determination based on detection values detected by the sensors , and to transmit the image data stored in the temporary storage device , which corresponds to a period from a first time prior to a time at which an operation is determined to be abnormal to at least the time at which the operation is determined to be abnormal, from the transmitter when the operation is determined to be abnormal. an imaging device ; a temporary storage device that is adapted to temporarily store image data acquired by the imaging device ; a plurality of sensors that are each adapted to detect a plurality of physical quantities relating to an operation state of the shovel; a transmitter for transmitting the data, and a control device that is adapted to perform an operation abnormality determination based on detection values detected by the sensors , and to transmit the image data stored in the temporary storage device , which corresponds to a period from a first time prior to a time at which an operation is determined to be abnormal to at least the time at which the operation is determined to be abnormal, from the transmitter when the operation is determined to be abnormal.
An apparatus for detecting the position of a mobile medical device (M) on the skin surface of a human or animal patient (P) by means of an electrical signal emitted by a signal source on the body of the patient and propagating along the skin surface, the apparatus comprising: - the mobile medical device, the mobile medical device being a medical imaging device; - a receiving electrode for receiving the electrical signal; - an evaluation unit that is operatively connected to the receiving electrode for evaluating the received electrical signal, - at least one voltage source for generating the electrical signal and a transmitting electrode connected to the voltage source for conducting the electrical signal to the skin surface of the patient, such that the transmitting electrode forms the signal source , and the evaluation unit being configured to calculate a piece of location information of the receiving electrode relative to the signal source on the basis of a characteristic of the received electrical signal and to obtain a position of the mobile medical device (M) from the location information, characterized in that the receiving electrode or signal source is attached to the mobile medical device in the form of a device electrode in order to establish electrical contact with the skin surface when the mobile medical device is positioned on the skin surface. - the mobile medical device, the mobile medical device being a medical imaging device; - a receiving electrode for receiving the electrical signal; - an evaluation unit that is operatively connected to the receiving electrode for evaluating the received electrical signal, - at least one voltage source for generating the electrical signal and a transmitting electrode connected to the voltage source for conducting the electrical signal to the skin surface of the patient, such that the transmitting electrode forms the signal source , and the evaluation unit being configured to calculate a piece of location information of the receiving electrode relative to the signal source on the basis of a characteristic of the received electrical signal and to obtain a position of the mobile medical device (M) from the location information, characterized in that the receiving electrode or signal source is attached to the mobile medical device in the form of a device electrode in order to establish electrical contact with the skin surface when the mobile medical device is positioned on the skin surface.
An isolated human acetaminophen (APAP)-protein adduct, wherein the APAP-protein adduct comprises a protein modified with N-acetyl-p-benzoquinone imine (NAPQI), and wherein the protein is betaine-homocysteine S-methyltransferase 1.
A method of displaying information on an avionics device display , said method comprising the steps of: displaying selectable aeronautical and weather items on the device display, said items including information relating to said items; maintaining a dynamically variable database of selectable aeronautical and weather items accessible by a control processor of the device; updating the database dynamically to include selectable aeronautical and weather items only within a predetermined area; updating the predetermined area dynamically; enabling selection of aeronautical and weather items of the dynamically variable database in a sequential manner; selecting a desired aeronautical or weather item; and displaying information relating to said selected aeronautical or weather item, wherein said information is derived from a source stored internally within said avionics device or selected from the group comprising: Navigation Map (Airports, controlled airspace, special use airspace, navigation aids, cultural features, geographic features), METAR, AIRMET/SIGMET, and TFR weather pages. displaying selectable aeronautical and weather items on the device display, said items including information relating to said items; maintaining a dynamically variable database of selectable aeronautical and weather items accessible by a control processor of the device; updating the database dynamically to include selectable aeronautical and weather items only within a predetermined area; updating the predetermined area dynamically; enabling selection of aeronautical and weather items of the dynamically variable database in a sequential manner; selecting a desired aeronautical or weather item; and
Arrangement for ventilating a room , wherein the arrangement comprises a room and workbenches and the room has an aisle region which is delimited to both sides by the workbenches , having a supply-air duct arranged above the aisle region and intended for supplying fresh air into the room and, arranged above said supply-air duct, an exhaust-air duct for removing exhaust air from the room , wherein the supply-air duct comprises two lateral air-supply portions or slotted outlets and a substantially air-tight central separating portion , and the exhaust-air duct has two slot-like suction openings which extend substantially parallel to the supply-air duct and which are arranged in the region of the ceiling of the room , in such a way that there is formed, on both sides of the aisle region , a roll of air via which supply air heated in the region of the workbenches passes in the vertical direction into the region of the ceiling of the room , characterized in that at least one of the workbenches has a slot-like opening in the region of its rear side, through which opening warm air can flow off upwardly out of the region below the benchtop , and in that , to assist the flow movement of the upflowing air below the benchtop , at least one of the longitudinal edges of the slot-shaped opening has an arcuately rounded cross-sectional shape .
A countermass liquid comprising an organic salt solution of water and one or more formate salts, wherein said solution has a density that is greater than 1 g/cm 3 , a viscosity of less than 100 centipoise, as measured by ASTM D7483 test method, a constant viscosity as a function of temperature within an order of magnitude, a freezing point less than -51,1°C, and a boiling point greater than 93,3°C, wherein said formate salts comprise one or more of cesium formate, sodium formate and potassium formate, and wherein at -28,9°C, the viscosity of said solution is no more than 70 cP and, at 54,4°C, the viscosity of said solution is no less than 20 cP.
An acoustic transducer package for transmitting and receiving ultrasonic signals, comprising: an acoustic transducer array having a plurality of acoustic transducers formed on a substrate; a chip package attached to the acoustic transducer array, wherein the chip package includes a plurality of acoustic waveguides coupled to a plurality of acoustic ports , wherein each acoustic waveguide in the plurality of acoustic waveguides is coupled between a corresponding acoustic transducer in the plurality of acoustic transducers and a corresponding acoustic port in the plurality of acoustic ports, wherein a spacing of a pair of acoustic ports in the plurality of acoustic ports is different than a spacing of a corresponding pair of acoustic transducers in the plurality of acoustic transducers; characterized in that the acoustic transducer package further comprises an integrated circuit connected to the acoustic transducer array, wherein the integrated circuit includes a signal generation unit configured to generate a plurality of driving signals, wherein each driving signal of the plurality of driving signals drives a corresponding transducer of the plurality of transducers, the signal generation unit further comprising a plurality of delay elements coupled between the signal generation unit and the acoustic transducer array, wherein each delay element of the plurality of delay elements applies a delay to a corresponding driving signal of the plurality of driving signals, wherein the delay compensates for a waveguide delay mismatch. an acoustic transducer array having a plurality of acoustic transducers formed on a substrate; a chip package attached to the acoustic transducer array, wherein the chip package includes a plurality of acoustic waveguides coupled to a plurality of acoustic ports , wherein each acoustic waveguide in the plurality of acoustic waveguides is coupled between a corresponding acoustic transducer in the plurality of acoustic transducers and a corresponding acoustic port in the plurality of acoustic ports, wherein a spacing of a pair of acoustic ports in the plurality of acoustic ports is different than a spacing of a corresponding pair of acoustic transducers in the plurality of acoustic transducers; characterized in that the acoustic transducer package further comprises an integrated circuit connected to the acoustic transducer array, wherein the integrated circuit includes a signal generation unit configured to generate a plurality of driving signals, wherein each driving signal of the plurality of driving signals drives a corresponding transducer of the plurality of transducers, the signal generation unit further comprising a plurality of delay elements coupled between the signal generation unit and the acoustic transducer array, wherein each delay element of the plurality of delay elements applies a delay to a corresponding driving signal of the plurality of driving signals, wherein the delay compensates for a waveguide delay mismatch.
An electrochemical micro-battery comprising biocompatible cell components including: a cylindrical anode extending along a first vector; a planar cathode extending along a second vector, wherein said second vector is parallel to said first vector, said cathode being disposed from said anode by a predetermined space; a flexible conducting cathode collector in electrical contact with said cathode and extending along said second vector, wherein the cathode is a coating on the cathode collector; an electrolyte positioned surrounding said anode and said cathode and within said predetermined space to provide ionic conductivity between said anode and said cathode; and flexible packaging surrounding said anode, said cathode, said cathode collector and said electrolyte, wherein said anode extends through said packaging along said first vector, and said cathode collector extends through said packaging along said second vector. a cylindrical anode extending along a first vector; a planar cathode extending along a second vector, wherein said second vector is parallel to said first vector, said cathode being disposed from said anode by a predetermined space; a flexible conducting cathode collector in electrical contact with said cathode and extending along said second vector, wherein the cathode is a coating on the cathode collector; an electrolyte positioned surrounding said anode and said cathode and within said predetermined space to provide ionic conductivity between said anode and said cathode; and flexible packaging surrounding said anode, said cathode, said cathode collector and said electrolyte, wherein said anode extends through said packaging along said first vector, and said cathode collector extends through said packaging along said second vector.
Vehicle structure comprising: a frame having a longitudinal axis (A), a front frame portion carrying at least one front wheel (Ra) steered by means of a handlebar (M), a rear frame portion carrying at least one rear wheel (Rp), and a central frame portion carrying a guide parallel to said longitudinal axis (A), a single front seat for a driver (G) and a single rear seat for a passenger (P) aligned with each other along said longitudinal axis (A), wherein the front seat is slidable along said guide between a rearward position and a forward position, each of said seats comprising a frame , a sitting portion and a backrest , characterised in that , in said rearward position, the front seat is in contact with the frame of the rear seat and is rigidly secured thereto by means of a releasable locking device , and in said forward position of the seat a space is formed between the front seat and said frame of the rear seat to facilitate access and exit of the passenger (P). a frame having a longitudinal axis (A), a front frame portion carrying at least one front wheel (Ra) steered by means of a handlebar (M), a rear frame portion carrying at least one rear wheel (Rp), and a central frame portion carrying a guide parallel to said longitudinal axis (A), a single front seat for a driver (G) and a single rear seat for a passenger (P) aligned with each other along said longitudinal axis (A), wherein the front seat is slidable along said guide between a rearward position and a forward position, each of said seats comprising a frame , a sitting portion and a backrest , characterised in that , in said rearward position, the front seat is in contact with the frame of the rear seat and is rigidly secured thereto by means of a releasable locking device , and in said forward position of the seat a space is formed between the front seat and said frame of the rear seat to facilitate access and exit of the passenger (P).
A fluid valve comprising: a valve body having a fluid inlet and a fluid outlet connected by a fluid passageway ; a trim assembly disposed within the fluid passageway, the trim assembly having a cage and a seat , the cage having a cage wall extending from a first end to a second end and the cage wall forming a hollow circular cylinder; a fluid control member movably disposed within the fluid passageway, the fluid control member cooperating with the trim assembly to control fluid flow through the fluid passageway; a plurality of openings disposed the cage wall, the plurality of openings characterizing fluid flow through the cage, and a plurality of chevrons formed around each opening in the plurality of openings, the plurality of chevrons arranged to smooth fluid flow exiting the opening with surrounding fluid flow, thereby suppressing noise generated by the fluid flowing out of the plurality of openings, wherein each chevron in the plurality of chevrons is formed by a plurality of channels formed in an outer surface of the cage; characterized in that , a first channel of the plurality of channels continuously extends between a first opening of the plurality of openings and a second opening of the plurality of openings, and a second channel of the plurality of channels continuously extends between the first opening of the plurality of openings and a third opening of the plurality of openings. a valve body having a fluid inlet and a fluid outlet connected by a fluid passageway ; a trim assembly disposed within the fluid passageway, the trim assembly having a cage and a seat , the cage having a cage wall extending from a first end to a second end and the cage wall forming a hollow circular cylinder; a fluid control member movably disposed within the fluid passageway, the fluid control member cooperating with the trim assembly to control fluid flow through the fluid passageway; a plurality of openings disposed the cage wall, the plurality of openings characterizing fluid flow through the cage, and a plurality of chevrons formed around each opening in the plurality of openings, the plurality of chevrons arranged to smooth fluid flow exiting the opening with surrounding fluid flow, thereby suppressing noise generated by the fluid flowing out of the plurality of openings, wherein each chevron in the plurality of chevrons is formed by a plurality of channels formed in an outer surface of the cage; characterized in that , a first channel of the plurality of channels continuously extends between a first opening of the plurality of openings and a second opening of the plurality of openings, and a second channel of the plurality of channels continuously extends between the first opening of the plurality of openings and a third opening of the plurality of openings.