mhurhangee/patent-ind-claim-en huggingface dataset:
A flow amount measurement apparatus comprising: a housing configured to accommodate a sensor for detecting a flow amount of a substance for measurement; a first circuit board which includes a feeding circuit; a radiation conductor electrically connected to the feeding circuit to radiate a high-frequency signal as a radio wave; an electrically conducting member electrically connected to the feeding circuit; and a high-frequency isolation circuit being electrically connected between the feeding circuit and the electrically conducting member and electrically isolating the feeding circuit from the electrically conducting member with respect to the high-frequency signal; wherein characterized in that the high-frequency isolation circuit includes a parallel resonant circuit whose impedance increases in resonance with the high-frequency signal and a harmonic signal thereof. a housing configured to accommodate a sensor for detecting a flow amount of a substance for measurement; a first circuit board which includes a feeding circuit; a radiation conductor electrically connected to the feeding circuit to radiate a high-frequency signal as a radio wave; an electrically conducting member electrically connected to the feeding circuit; and a high-frequency isolation circuit being electrically connected between the feeding circuit and the electrically conducting member and electrically isolating the feeding circuit from the electrically conducting member with respect to the high-frequency signal; wherein characterized in that the high-frequency isolation circuit includes a parallel resonant circuit whose impedance increases in resonance with the high-frequency signal and a harmonic signal thereof.
A glass fiber composition, characterized by , comprising the following components expressed as percentage by weight: SiO 2 58.5-62.5% Al 2 O 3 14.5-17% CaO 11.8-14.5% MgO 8-10% Li 2 O >0.5%, and ≤1 % Na 2 O 0.05-1% K 2 O 0.05-1% Fe 2 O 3 0.05-1% TiO 2 0.15-1.5% SrO 0.2-1.5% wherein, the range of the molar percentage ratio C1 = Li 2 O/Al 2 O 3 is 0.105-0.22, and the range of the molar percentage ratio C2 = MgO/(CaO+MgO) is 0.435-0.55, and the range of the weight percentage ratio C3 = (MgO+SrO)/CaO is 0.58-0.9.
Method for inventorying objects contained in a closed space bounded by an enclosure (V1) in a system comprising one tag fastened to each of the objects to be inventoried and a reader provided with at least one antenna (Ants) for transmitting a wake-up electromagnetic wave into said closed space (V1) so that a tag (50, Idv1), on reception thereof, becomes active and then transmits its identification data to said reader , characterized in that the closed space comprises a circuit board comprising a microcontroller and a dual-access tag the memory of which is accessible by the electromagnetic waves transmitted by the reader and accessible by the microcontroller, the circuit board further comprising a memory accessible solely by the microcontroller, the closed space comprising at least one antenna, the method comprising steps executed by the microcontroller of: - detecting a command transmitted by the reader and stored in the memory of the dual-access tag, the command comprising at least one identification code, - verifying the compatibility of the identification code with an authentication code stored in the memory accessible solely by the microcontroller, - activating the antenna only if the codes are compatible. - detecting a command transmitted by the reader and stored in the memory of the dual-access tag, the command comprising at least one identification code, - verifying the compatibility of the identification code with an authentication code stored in the memory accessible solely by the microcontroller, - activating the antenna only if the codes are compatible.
A sheet-shaped flexible electrode, comprising: a thermoplastic elastomer, including a styrene-based thermoplastic elastomer, or including a styrene-based thermoplastic elastomer and an olefin-based thermoplastic elastomer; and a conductive material containing carbon black, wherein a melt viscosity of the thermoplastic elastomer at 200°C in a low shear region with a shear rate of 60 s -1 or more and 200 s -1 or less is 100 Pa·s or more and 800 Pa·s or less, and is four times or less a melt viscosity of the thermoplastic elastomer at 200°C in a high shear region with a shear rate of 1000 s -1 or more and 1220 s -1 or less, an amount of dibutyl phthalate (DBP) absorbed by the carbon black is 300 cm 3 /100 g or more, and a thickness of the sheet-shaped flexible electrode is 50 μm or more and 500 μm or less. a thermoplastic elastomer, including a styrene-based thermoplastic elastomer, or including a styrene-based thermoplastic elastomer and an olefin-based thermoplastic elastomer; and a conductive material containing carbon black, wherein a melt viscosity of the thermoplastic elastomer at 200°C in a low shear region with a shear rate of 60 s -1 or more and 200 s -1 or less is 100 Pa·s or more and 800 Pa·s or less, and is four times or less a melt viscosity of the thermoplastic elastomer at 200°C in a high shear region with a shear rate of 1000 s -1 or more and 1220 s -1 or less, an amount of dibutyl phthalate (DBP) absorbed by the carbon black is 300 cm 3 /100 g or more, and a thickness of the sheet-shaped flexible electrode is 50 μm or more and 500 μm or less.
An ultrasonic atomizer, comprising a shell in which a holder and an ultrasonic atomization sheet are arranged, the ultrasonic atomization sheet comprises a flaky piezoelectric substrate , a surface electrode attached to one surface of the piezoelectric substrate , and a drive electrode attached to the other surface of the piezoelectric substrate , wherein the piezoelectric substrate is elongated; characterized in that the holder is fixed in a middle region between two side walls of the ultrasonic atomization sheet , so that both ends of the ultrasonic atomization sheet are in a free state. the ultrasonic atomization sheet comprises a flaky piezoelectric substrate , a surface electrode attached to one surface of the piezoelectric substrate , and a drive electrode attached to the other surface of the piezoelectric substrate , wherein the piezoelectric substrate is elongated; characterized in that the holder is fixed in a middle region between two side walls of the ultrasonic atomization sheet , so that both ends of the ultrasonic atomization sheet are in a free state.
An infrared reflective film comprising a substrate and at least one infrared reflective layer, wherein said infrared reflective layer comprises an aminium radical cation compound in a crystalline state and an organic polymer, wherein said infrared reflective layer has a reflectance peak in the infrared region from 1250 nm to 1700 nm.
A prodrug compound of formula (I) or (II) xyloglucan - β - O - R D (I) xyloglucan - β - O - L SI - R D (II) wherein β - O represents a β -O-glycosidic bond, R D is a drug moiety and L SI is a self-immolative linker moiety, or a pharmaceutically acceptable salt or solvate thereof, wherein cleavage of the β -O-glycosidic bond connecting the xyloglucan to R D or L SI results in formation of a drug from the drug moiety. wherein β - O represents a β -O-glycosidic bond, R D is a drug moiety and L SI is a self-immolative linker moiety, or a pharmaceutically acceptable salt or solvate thereof, wherein cleavage of the β -O-glycosidic bond connecting the xyloglucan to R D or L SI results in formation of a drug from the drug moiety.
A device for image contrast enhancement of an X-ray image of a vascular structure, the device comprising: - an input unit ; and - a processing unit ; wherein the input unit is configured to provide an acquired X-ray image of a vascular structure with a contrast injection, wherein the contrast injection is performed with a current contrast injection setting having at least one contrast injection parameter; wherein the input unit is configured to provide a generic vascular structure; wherein the input unit is configured to provide the current contrast injection setting; wherein the processing unit is configured to determine an assessed contrast parameter for at least part of the generic vascular structure based on the current contrast injection setting; and to determine an adapted image contrast enhancement for the generic vascular structure based on the assessed contrast parameter; and to apply the adapted image contrast enhancement to the acquired X-ray image in order to generate a contrast enhanced X-ray image, wherein the assessed contrast parameter is a prediction of a contrast of at least the main vessels of the vascular structure. - an input unit ; and - a processing unit ; wherein the input unit is configured to provide an acquired X-ray image of a vascular structure with a contrast injection, wherein the contrast injection is performed with a current contrast injection setting having at least one contrast injection parameter; wherein the input unit is configured to provide a generic vascular structure; wherein the input unit is configured to provide the current contrast injection setting; wherein the processing unit is configured to determine an assessed contrast parameter for at least part of the generic vascular structure based on the current contrast injection setting; and to determine an adapted image contrast enhancement for the generic vascular structure based on the assessed contrast parameter; and to apply the adapted image contrast enhancement to the acquired X-ray image in order to generate a contrast enhanced X-ray image, wherein the assessed contrast parameter is a prediction of a contrast of at least the main vessels of the vascular structure.
A method of displaying parking assist information, the method being used in a parking assist apparatus comprising: a control device configured to specify a parking space (Me) on a basis of a parking condition that is preliminarily defined; and a display configured to display the parking space (Me) specified by the control device in a predetermined display region defined on a display surface, wherein, when an area of a region that is occupied by the parking space (Me) and displayed in the display region is less than a predetermined value, a mark is displayed on the display ; characterized in that the mark indicates that the parking space (Me) exists in a region that is not displayed in the display region; the display is configured to receive input information; and the control device is configured to, when selection information of the mark is input, set the parking space (Me) associated with the mark as a target parking space (Mo). a control device configured to specify a parking space (Me) on a basis of a parking condition that is preliminarily defined; and a display configured to display the parking space (Me) specified by the control device in a predetermined display region defined on a display surface, wherein, when an area of a region that is occupied by the parking space (Me) and displayed in the display region is less than a predetermined value, a mark is displayed on the display ; characterized in that the mark indicates that the parking space (Me) exists in a region that is not displayed in the display region; the display is configured to receive input information; and the control device is configured to, when selection information of the mark is input, set the parking space (Me) associated with the mark as a target parking space (Mo).
A blowout preventer, BOP, control system comprising: a system controller configured to actuate a first BOP function by communicating one or more commands to one or more nodes of a functional pathway selected from at least two functional pathways associated with the first BOP function; each node comprising an actuatable component configured to actuate in response to a command received from the system controller, each node having: one or more sensors configured to capture data indicative of a first data set corresponding to actuation of the component; the blowout preventer control system characterised in that each node further comprises a processor configured to: analyze the first data set to determine a useful life remaining of the component; and communicate the useful life remaining of the component to the system controller; where the system controller is configured to identify at least one of the at least two functional pathways for actuating the first BOP function based, at least in part, on the useful life remaining of the component of at least one of the one or more nodes of at least one of the at least two functional pathways . a system controller configured to actuate a first BOP function by communicating one or more commands to one or more nodes of a functional pathway selected from at least two functional pathways associated with the first BOP function; each node comprising an actuatable component configured to actuate in response to a command received from the system controller, each node having: one or more sensors configured to capture data indicative of a first data set corresponding to actuation of the component; the blowout preventer control system characterised in that each node further comprises a processor configured to: analyze the first data set to determine a useful life remaining of the component; and communicate the useful life remaining of the component to the system controller; one or more sensors configured to capture data indicative of a first data set corresponding to actuation of the component; the blowout preventer control system characterised in that each node further comprises a processor configured to: analyze the first data set to determine a useful life remaining of the component; and communicate the useful life remaining of the component to the system controller; analyze the first data set to determine a useful life remaining of the component; and communicate the useful life remaining of the component to the system controller; where the system controller is configured to identify at least one of the at least two functional pathways for actuating the first BOP function based, at least in part, on the useful life remaining of the component of at least one of the one or more nodes of at least one of the at least two functional pathways .
Elastomeric composition for vehicle wheels tyre compounds comprising 100 phr of at least one diene elastomeric polymer (A) of which at least 10 phr of at least one modified diene elastomeric polymer (A1), at least 5 phr of at least one silanized sulfurized silica (B), at least 0,1 phr of at least one vulcanising agent (C), wherein said modified diene elastomeric polymer (A1) is a diene elastomeric polymer terminated with at least one organosilane group, said organosilane group being silicon substituted with an organic residue comprising at least one heteroatom selected from nitrogen, phosphorus and sulfur, and with at least one alkoxyl and/or with at least one alkyl, and wherein said silanized sulfurized silica (B) has a surface area (BET) lower than 190 m 2 /g measured according to ISO18852. 100 phr of at least one diene elastomeric polymer (A) of which at least 10 phr of at least one modified diene elastomeric polymer (A1), at least 5 phr of at least one silanized sulfurized silica (B), at least 0,1 phr of at least one vulcanising agent (C), wherein said modified diene elastomeric polymer (A1) is a diene elastomeric polymer terminated with at least one organosilane group, said organosilane group being silicon substituted with an organic residue comprising at least one heteroatom selected from nitrogen, phosphorus and sulfur, and with at least one alkoxyl and/or with at least one alkyl, and wherein said silanized sulfurized silica (B) has a surface area (BET) lower than 190 m 2 /g measured according to ISO18852.
A method for the manufacture of tungsten monocarbide (WC) spherical powder said method comprising the steps of: initial melting of a starting material, and subsequent melt atomization with forming of spherical powder characterized in that a grit of tungsten monocarbide is used as the starting material, melting and atomization of the starting material is performed by continuous filling of grit into a rotating crucible of a centrifugal atomization device under an inert atmosphere and melting by plasma arc to form a powder, and after that an annealing of the powder is made at a temperature of 1200-1400°C during a time necessary for W 2 C breakup and subsequent cooling of the powder in a furnace.
An overheat detection system for an aircraft, the system comprising: - a first bleed monitoring computer, BMC1, configured to identify leakages in a pneumatic system, the BMC1 including a first optical controller ; - a second bleed monitoring computer, BMC2, configured to identify leakages in the pneumatic system, the BMC2 including a second optical controller ; - an optical fiber link connecting the first optical controller of the BMC1 and the second optical controller of the BMC2 for communication between the BMC1 and the BCM2, and between the first optical controller and the second optical controller , - wherein the first and the second optical controllers are configured to: - detect overheat of the optical fiber link based on a wavelength shift of a modulated optical signal transmitted through said optical fiber link, and - transmit signals to the first BMC1 and the second BMC2 based at least on the detected overheat, and - wherein the first BMC1 and the second BMC2 are configured to identify a leakage based on the overheat alert. - a first bleed monitoring computer, BMC1, configured to identify leakages in a pneumatic system, the BMC1 including a first optical controller ; - a second bleed monitoring computer, BMC2, configured to identify leakages in the pneumatic system, the BMC2 including a second optical controller ; - an optical fiber link connecting the first optical controller of the BMC1 and the second optical controller of the BMC2 for communication between the BMC1 and the BCM2, and between the first optical controller and the second optical controller , - wherein the first and the second optical controllers are configured to: - detect overheat of the optical fiber link based on a wavelength shift of a modulated optical signal transmitted through said optical fiber link, and - transmit signals to the first BMC1 and the second BMC2 based at least on the detected overheat, and - wherein the first BMC1 and the second BMC2 are configured to identify a leakage based on the overheat alert. - detect overheat of the optical fiber link based on a wavelength shift of a modulated optical signal transmitted through said optical fiber link, and - transmit signals to the first BMC1 and the second BMC2 based at least on the detected overheat, and - wherein the first BMC1 and the second BMC2 are configured to identify a leakage based on the overheat alert.
A power module system comprising: - a die (Di) having a metallization layer (Me), a first interconnection (Bd21) connecting the die (Di) to an electric circuit , - at least one second interconnection (Bd22), wherein, - a first terminal of the first interconnection (Bd 21) and a first terminal of the at least one second interconnection are connected to the same metallization layer (Me) and a periodic current source is connected to a second terminal of the first interconnection and to a second terminal of the at least one second interconnection for generating a current flow through the first and the at least one second interconnections and the metallization layer (Me); and wherein the periodic current source is adapted for generating a high frequency periodic current flow through the first and the at least one second interconnections and the metallization layer (Me) in order to reach, in at least a part of the first interconnection, a predetermined temperature during a predetermined time duration in order to allow the restoration of the first interconnection by increasing the first interconnection temperature and by increasing the pressure along cracks in the first interconnection and thereby increasing a rate of diffusion in the cracks causing the cracks to heal. - a die (Di) having a metallization layer (Me), a first interconnection (Bd21) connecting the die (Di) to an electric circuit , - at least one second interconnection (Bd22), - a first terminal of the first interconnection (Bd 21) and a first terminal of the at least one second interconnection are connected to the same metallization layer (Me) and a periodic current source is connected to a second terminal of the first interconnection and to a second terminal of the at least one second interconnection for generating a current flow through the first and the at least one second interconnections and the metallization layer (Me);
Shelf stacker having a load receiving means which can be raised and lowered on a lifting frame , wherein the shelf stacker has a three-wheeled chassis and is supported on a driving surface (FB) by a steerable drive wheel , which is driven by means of a traction drive, and two non-steered load wheels , wherein the load wheels are spaced apart from the drive wheel in the vehicle longitudinal direction (L) and are arranged laterally spaced apart in the vehicle transverse direction (Q), wherein the shelf stacker is provided with two lateral supporting means which are spaced apart from the load wheels in the vehicle longitudinal direction (L) and are arranged laterally spaced apart from the drive wheel in the vehicle transverse direction (Q), wherein the supporting means are each arranged on the shelf stacker so as to be adjustable between a position in which they are raised from the driving surface and in which the supporting means have a ground clearance from the driving surface (FB), and a position in which they are lowered onto the driving surface (FB) and in which the supporting means are in contact with the driving surface (FB), wherein in each case an actuating drive is provided to adjust the supporting means between the raised position and the lowered position, and the actuating drives of the supporting means are activated by an electronic control device , wherein the load receiving means is movable in the vehicle transverse direction (Q) by means of a push drive , characterized in that the electronic control device is designed in such a way that, at a vehicle standstill and/or during a push-out movement of the load receiving means , wherein the vehicle standstill and/or a push-out movement of the load receiving means are/is detected by the electronic control device as a triggering signal or triggering criterion for activating the actuating drives , the actuating drives are activated in such a way that the supporting means are actuated from the raised position into the lowered position.