mhurhangee/patent-ind-claim-en huggingface dataset:
A method for conditioning a fibre-reinforced plastic component in preparation for coating with a metallic coating in a bath, comprising the following steps: - provision of the fibre-reinforced plastic component comprising a surface to be coated; - provision of a pourable epoxy- and/or polyurethane-based material as a bonding agent; - attachment of a thin film made from the pourable bonding agent material to the surface to be coated; - curing of the bonding agent material, characterised in that the fibre-reinforced plastic component has an elevated temperature of at least 30°C and no more than 80°C when the pourable bonding agent material is applied. - provision of the fibre-reinforced plastic component comprising a surface to be coated; - provision of a pourable epoxy- and/or polyurethane-based material as a bonding agent; - attachment of a thin film made from the pourable bonding agent material to the surface to be coated; - curing of the bonding agent material,
An X-ray irradiating device for intra-oral radiography comprising: an X-ray source ; a motion sensor configured to detect an X-ray source pointing angle relative to a set reference plane; and a controller configured to select any one of a plurality of radiographic modes according to a pointing angle signal received from the motion sensor, characterized in that the radiographic modes vary according to the size and position of the teeth to be radiographed, and the controller controls the dose of X-ray radiation by controlling at least one of X-ray emitting time, tube voltage, and tube current of the X-ray source for radiographing according to the selected radiographic modes. an X-ray source ; a motion sensor configured to detect an X-ray source pointing angle relative to a set reference plane; and a controller configured to select any one of a plurality of radiographic modes according to a pointing angle signal received from the motion sensor, characterized in that the radiographic modes vary according to the size and position of the teeth to be radiographed, and the controller controls the dose of X-ray radiation by controlling at least one of X-ray emitting time, tube voltage, and tube current of the X-ray source for radiographing according to the selected radiographic modes.
Gas sensor , including: a membrane ; a heating element arranged in or on the membrane between a first discontinuation area of the membrane and a second discontinuation area of the membrane , wherein the first discontinuation area of the membrane comprises several discontinuations (162, 162 1 , 162 i ) of the membrane , and wherein the second discontinuation area of the membrane comprises several discontinuations (172, 172 1 , 172 i ) of the membrane , a first temperature sensor structure arranged at least partially in or on the membrane on a side of the first discontinuation area of the membrane opposite to the heating element ; and a second temperature sensor structure arranged at least partially in or on the membrane on a side of the second discontinuation area of the membrane opposite to the heating element ; characterized in that the first discontinuation area and the second discontinuation area comprise several discontinuations (162, 162 1 , 162 i , 172, 172 1 , 172 i ) that are arranged such that a grid structure is created, in which a path of a parasitic heat conduction from the heating element to the first temperature sensor structure or to the second temperature sensor structure through the membrane is longer than a direct path of a heat conduction from the heating element to the first temperature sensor structure or to the second temperature sensor structure through the gas to be analyzed. a membrane ; a heating element arranged in or on the membrane between a first discontinuation area of the membrane and a second discontinuation area of the membrane , wherein the first discontinuation area of the membrane comprises several discontinuations (162, 162 1 , 162 i ) of the membrane , and wherein the second discontinuation area of the membrane comprises several discontinuations (172, 172 1 , 172 i ) of the membrane , a first temperature sensor structure arranged at least partially in or on the membrane on a side of the first discontinuation area of the membrane opposite to the heating element ; and a second temperature sensor structure arranged at least partially in or on the membrane on a side of the second discontinuation area of the membrane opposite to the heating element ; characterized in that the first discontinuation area and the second discontinuation area comprise several discontinuations (162, 162 1 , 162 i , 172, 172 1 , 172 i ) that are arranged such that a grid structure is created, in which a path of a parasitic heat conduction from the heating element to the first temperature sensor structure or to the second temperature sensor structure through the membrane is longer than a direct path of a heat conduction from the heating element to the first temperature sensor structure or to the second temperature sensor structure through the gas to be analyzed.
A method for producing beads comprising an active component encased therein, the method comprising - providing a solution comprising milk protein product in which the milk protein has a degree of denaturation of at least 70%, alginate and an active component, - forming droplets with said solution; and - gelation of said droplets in a bath of a solution comprising a cation, to form beads. - providing a solution comprising milk protein product in which the milk protein has a degree of denaturation of at least 70%, alginate and an active component, - forming droplets with said solution; and - gelation of said droplets in a bath of a solution comprising a cation,
A display device comprising: a single display configured to emit display light (L, L1, L2, N1, N2); an imaging position adjustment unit configured to receive the display light, generate first and second display light (L1, L2), and set a distance from the imaging position adjustment unit per se to an imaging position in the second display light so as to be longer than a distance from the imaging position adjustment unit per se to the imaging position in the first display light; a first screen configured to be disposed at the imaging position in the first display light, the first screen comprising a microlens array ; and a second screen configured to be disposed at the imaging position in the second display light, the second screen comprising a microlens array , characterized in that a pitch of the microlens array of the first screen is smaller than a pitch of the microlens array of the second screen and/or the radius of curvature of the microlens array of the second screen is smaller than the radius of curvature of the microlens array of the first screen , so that a light distribution angle (θy) of the second screen is set to be larger than a light distribution angle (θx) of the first screen . a single display configured to emit display light (L, L1, L2, N1, N2); an imaging position adjustment unit configured to receive the display light, generate first and second display light (L1, L2), and set a distance from the imaging position adjustment unit per se to an imaging position in the second display light so as to be longer than a distance from the imaging position adjustment unit per se to the imaging position in the first display light; a first screen configured to be disposed at the imaging position in the first display light, the first screen comprising a microlens array ; and a second screen configured to be disposed at the imaging position in the second display light, the second screen comprising a microlens array , characterized in that a pitch of the microlens array of the first screen is smaller than a pitch of the microlens array of the second screen and/or the radius of curvature of the microlens array of the second screen is smaller than the radius of curvature of the microlens array of the first screen , so that a light distribution angle (θy) of the second screen is set to be larger than a light distribution angle (θx) of the first screen .
A breathing protector to be fitted in a tracheostoma, comprising; a housing with a distal part and a proximal part , a first opening at a distal end of the distal part , and a second opening at the proximal end of the breathing protector ; a valve flap arranged at the first opening to closingly engage with a valve seat circumferentially of the first opening , said valve flap and valve seat creating a main valve being in an open position during inhalation and in a closed position during normal vegetative exhalation through the breathing protector ; a spring member spring biasing the distal part in relation to the proximal part , to create a relief valve, being in a closed position during normal vegetative exhalation and transiting into an open position when the pressure in the trachea and thus the breathing protector exceeds a threshold value corresponding to a discomforting high pressure in the trachea; wherein the distal part comprises a lid , said lid comprising the first opening and being rotatable in the transversal plane of the breathing protector in relation to the valve flap , such that a free exhalation passage is obtained through the first opening in a free exhalation position.
Method for reinforcing a structure such as a duct, comprising the steps consisting of: - taking a survey of the geometry of the structure to be reinforced, - at least according to the survey, producing supporting rings of suitable dimensions, each supporting ring being closed by at least one connecting element imposing an adjustable spacing between two adjacent regions of the ring connected by this connecting element, the rings bearing substantially uniformly on the inner wall of the structure, - adjusting the spacing between said adjacent regions in order to compress the ring in contact with the structure. - taking a survey of the geometry of the structure to be reinforced, - at least according to the survey, producing supporting rings of suitable dimensions, each supporting ring being closed by at least one connecting element imposing an adjustable spacing between two adjacent regions of the ring connected by this connecting element, the rings bearing substantially uniformly on the inner wall of the structure, - adjusting the spacing between said adjacent regions in order to compress the ring in contact with the structure.
A tricyclo-DNA-antisense oligonucleotide complementary to a nucleic acid sequence of COL7A1 gene that is necessary for correct splicing of one or more exons which encode amino acid sequence of type VII collagen implicated in dysfunction of a mutated type VII collagen, wherein said exons are exon 80 of the COL7A1 gene and wherein the tricyclo-DNA-antisense oligonucleotide is selected from the group consisting of sequences SEQ ID NO: 6 and SEQ ID NO: 7
A power production system comprising: a flue gas generator configured to generate a flue gas that includes carbon dioxide and oxygen; a fuel supply; a fuel cell assembly that includes: a cathode section configured to receive the flue gas generated by the flue gas generator, and to output cathode exhaust, and an anode section configured to receive fuel from the fuel supply, and to output anode exhaust that contains hydrogen and carbon dioxide; a methanator configured to receive the anode exhaust, convert at least a portion of the hydrogen in the anode exhaust to methane, and output methanated anode exhaust; a chiller assembly configured to cool the methanated anode exhaust to a predetermined temperature so as to liquefy carbon dioxide in the methanated anode exhaust; and a gas separation assembly configured to receive the cooled methanated anode exhaust and separate the liquefied carbon dioxide from residual fuel gas. a flue gas generator configured to generate a flue gas that includes carbon dioxide and oxygen; a fuel supply; a fuel cell assembly that includes: a cathode section configured to receive the flue gas generated by the flue gas generator, and to output cathode exhaust, and an anode section configured to receive fuel from the fuel supply, and to output anode exhaust that contains hydrogen and carbon dioxide; a cathode section configured to receive the flue gas generated by the flue gas generator, and to output cathode exhaust, and an anode section configured to receive fuel from the fuel supply, and to output anode exhaust that contains hydrogen and carbon dioxide; a methanator configured to receive the anode exhaust, convert at least a portion of the hydrogen in the anode exhaust to methane, and output methanated anode exhaust; a chiller assembly configured to cool the methanated anode exhaust to a predetermined temperature so as to liquefy carbon dioxide in the methanated anode exhaust; and a gas separation assembly configured to receive the cooled methanated anode exhaust and separate the liquefied carbon dioxide from residual fuel gas.
A rigid polyurethane foam comprising the reaction product of: (A) a thixotropic composition which is isocyanate reactive, said thixiotropic composition comprising; (i) a first polyether polyol which is aromatic amine initiated and has ethylene oxide and propylene oxide end capping; (ii) a second polyether polyol having a viscosity at 25°C of from about 500 to about 15,000 cps when tested in accordance with ASTM D2196 - 15; (iii) a third polyether polyol having a viscosity at 25°C of from greater than about 18,000 to about 60,000 cps when tested in accordance with ASTM D2196 - 15, and a functionality of from about 5 to about 7; and (iv) a hydrofluoroolefin; wherein said first, second, and third polyether polyols are different and said thixotropic composition has a viscosity at 25°C of from about 300 to about 5,000 cps when tested in accordance with ASTM D2196 - 15; and (B) an isocyanate. (A) a thixotropic composition which is isocyanate reactive, said thixiotropic composition comprising; (i) a first polyether polyol which is aromatic amine initiated and has ethylene oxide and propylene oxide end capping; (ii) a second polyether polyol having a viscosity at 25°C of from about 500 to about 15,000 cps when tested in accordance with ASTM D2196 - 15; (iii) a third polyether polyol having a viscosity at 25°C of from greater than about 18,000 to about 60,000 cps when tested in accordance with ASTM D2196 - 15, and a functionality of from about 5 to about 7; and (iv) a hydrofluoroolefin; wherein said first, second, and third polyether polyols are different and said thixotropic composition has a viscosity at 25°C of from about 300 to about 5,000 cps when tested in accordance with ASTM D2196 - 15; and (i) a first polyether polyol which is aromatic amine initiated and has ethylene oxide and propylene oxide end capping; (ii) a second polyether polyol having a viscosity at 25°C of from about 500 to about 15,000 cps when tested in accordance with ASTM D2196 - 15; (iii) a third polyether polyol having a viscosity at 25°C of from greater than about 18,000 to about 60,000 cps when tested in accordance with ASTM D2196 - 15, and a functionality of from about 5 to about 7; and (iv) a hydrofluoroolefin; wherein said first, second, and third polyether polyols are different and said thixotropic composition has a viscosity at 25°C of from about 300 to about 5,000 cps when tested in accordance with ASTM D2196 - 15; and (B) an isocyanate.
A method for implementing a data card antenna comprising: dividing the data card into a first part and a second part based on electrical performance, and electrically connecting the two parts only through a radio frequency signal feed line which is used as an antenna feed line, and a frequency selection network component , wherein the first part at least comprises a radio frequency chip, the second part comprises a USB connector used for connecting a network equipment, and the second part including a part which is on the data card and shares the metal ground with the network equipment after connecting the network equipment except the first part , the radio frequency signal feed line and the frequency selection network component , and wherein, the frequency selection network component exhibits a high impedance within the working frequency band of the data card, and exhibits a low impedance at direct current and the clock frequency of a digital signal on a data line ; applying the frequency selection network component to correspondingly connect a power line and the data line on the second part with a power line and the data line on the first part , respectively, and a radio frequency signal is fed from the first part to the second part through the radio frequency signal feed line and an antenna matching ; and using the second part of the data card as an antenna of the data card to receive and transmit signal, therefore the data card no longer needs any independent antenna element. dividing the data card into a first part and a second part based on electrical performance, and electrically connecting the two parts only through a radio frequency signal feed line which is used as an antenna feed line, and a frequency selection network component , wherein the first part at least comprises a radio frequency chip, the second part comprises a USB connector used for connecting a network equipment, and the second part including a part which is on the data card and shares the metal ground with the network equipment after connecting the network equipment except the first part , the radio frequency signal feed line and the frequency selection network component , and wherein, the frequency selection network component exhibits a high impedance within the working frequency band of the data card, and exhibits a low impedance at direct current and the clock frequency of a digital signal on a data line ; applying the frequency selection network component to correspondingly connect a power line and the data line on the second part with a power line and the data line on the first part , respectively, and a radio frequency signal is fed from the first part to the second part through the radio frequency signal feed line and an antenna matching ; and using the second part of the data card as an antenna of the data card to receive and transmit signal, therefore the data card no longer needs any independent antenna element.
A method in a wireless local area network, LAN, system, comprising: generating, by a transmitting apparatus, a short training field, STF, signal; and transmitting, by the transmitting apparatus, the STF signal to a receiving apparatus via 80 MHz band, wherein the STF signal is generated based on a STF sequence defined as shown below: {M, -1, M, -1, -M, -1, M, 0, -M, 1, M, 1, -M, 1, -M} ∗ (1+j)/sqrt , wherein 'sqrt()' denotes a square root, 'j' denotes an imaginary number, and ' ∗ " denotes multiplication, wherein the M sequence is defined as shown below: M = − 1 , − 1 , − 1 , 1 , 1 , 1 , − 1 , 1 , 1 , 1 , − 1 , 1 , 1 , − 1 , 1 , wherein the STF sequence is positioned at intervals of 8 tones starting from a lowest tone having a tone index of -504 and up to a highest tone having a tone index of +504, elements having tone indexes of -504 and +504 in the STF sequence are set to zeros, and zeros are mapped to remaining elements in the STF sequence. generating, by a transmitting apparatus, a short training field, STF, signal; and transmitting, by the transmitting apparatus, the STF signal to a receiving apparatus via 80 MHz band, wherein the STF signal is generated based on a STF sequence defined as shown below: {M, -1, M, -1, -M, -1, M, 0, -M, 1, M, 1, -M, 1, -M} ∗ (1+j)/sqrt , wherein 'sqrt()' denotes a square root, 'j' denotes an imaginary number, and ' ∗ " denotes multiplication, wherein the M sequence is defined as shown below: M = − 1 , − 1 , − 1 , 1 , 1 , 1 , − 1 , 1 , 1 , 1 , − 1 , 1 , 1 , − 1 , 1 , {M, -1, M, -1, -M, -1, M, 0, -M, 1, M, 1, -M, 1, -M} ∗ (1+j)/sqrt , wherein 'sqrt()' denotes a square root, 'j' denotes an imaginary number, and ' ∗ " denotes multiplication, wherein the M sequence is defined as shown below: M = − 1 , − 1 , − 1 , 1 , 1 , 1 , − 1 , 1 , 1 , 1 , − 1 , 1 , 1 , − 1 , 1 , wherein the STF sequence is positioned at intervals of 8 tones starting from a lowest tone having a tone index of -504 and up to a highest tone having a tone index of +504, elements having tone indexes of -504 and +504 in the STF sequence are set to zeros, and zeros are mapped to remaining elements in the STF sequence.
A gear-change means for changing gear in a gearbox, with - a plurality of gear-change elements (S13, S23, S27, S28, S29, S45, S46), - a gear-change shaft which is arranged so that it can be rotated into various rotary positions and, for selecting individual ones of the gear-change elements (S13, S23, S27, S28, S29, S45, S46) provided, is arranged to be displaceable along its longitudinal axis , wherein in at least in one of the rotary positions of the gear-change shaft at least two of the gear-change elements (S13, S23, S27, S28, S29, S45, S46) can be actuated, especially in phase or with an overlapping or offset phase shift, by displacing the gear-change shaft in the longitudinal direction, wherein the gear-change shaft has a plurality of gear-change portions (55a - 55d), wherein one conversion means (61 - 65, 70, 75) in each case is associated with each gear-change portion (55a - 55d), by means of which means a displacement movement of the gear-change shaft can be converted into a shift movement of a gearshift element which is associated with the respective gear-change portion (55a - 55d), characterised in that each of the gear-change portions (55a - 55d) has at least one slideway portion extending in the direction of the longitudinal axis , against which in a specified rotary position of the gear-change shaft a pickup of the conversion means (61 - 65, 70, 75) bears, with the pickup being displaced in the radial direction, corresponding to the profile of the slideway portion , by displacing the gear-change shaft in the longitudinal direction . - a plurality of gear-change elements (S13, S23, S27, S28, S29, S45, S46), - a gear-change shaft which is arranged so that it can be rotated into various rotary positions and, for selecting individual ones of the gear-change elements (S13, S23, S27, S28, S29, S45, S46) provided, is arranged to be displaceable along its longitudinal axis ,
An automatically displaceable cleaning device , in particular an electric motor-driven vacuuming and/or wiping robot, with a distance measuring device for measuring the distance of the cleaning device from an object , wherein the distance measuring device exhibits an optical triangulation system with a light source , an optical filter and a detector , which are arranged in such a way that light emitted by the light source in the propagation direction is first scattered by the object , wherein at least a portion of the scattered light is subsequently spectrally filtered by the optical filter , and wherein the filtered light is finally detected by the detector , characterized in that the optical triangulation system is arranged with respect to a circuit board such that the light scattered by the object propagates parallel to the circuit board before it hits the optical filter , and wherein the light is deflected by the optical filter , so that it propagates in a direction perpendicular to the circuit board , wherein the detector is arranged on the same circuit board , and wherein the optical filter is a band stop filter with a reflectance of at least 90% in relation to at least one wavelength of the scattered light, and wherein the triangulation system comprises two detectors , wherein a first detector is situated in the reflection direction relative to the optical filter , so as to detect a first light component reflected by the optical filter , and wherein a second detector is situated in the transmission direction relative to the optical filter , so as to detect a second light component transmitted by the optical filter .