mhurhangee/ep-ind-claims huggingface dataset:
A dimension measuring device comprising plural dimension measuring sections (16-1 to 16-4) for generating plural dimension measurements and a display section for displaying a dimension measurement generated by the plural dimension measuring sections, wherein: the number of dimension measurements the display section can display simultaneously is less than the number of dimension measurements generated by the plural dimension measuring sections; and further comprises a display control section for automatically selecting a dimension measurement to display on the display section in accordance with the dimension measurement generated by the plural dimension measuring sections, wherein: to the plural dimension measurements, a measurement range that the display section can display is set in advance for each dimension measurement; and characterized in that the display control section selects a dimension measurement to display on the display section from among the dimension measurements within the measurement range. the number of dimension measurements the display section can display simultaneously is less than the number of dimension measurements generated by the plural dimension measuring sections; and further comprises a display control section for automatically selecting a dimension measurement to display on the display section in accordance with the dimension measurement generated by the plural dimension measuring sections, wherein: to the plural dimension measurements, a measurement range that the display section can display is set in advance for each dimension measurement; and characterized in that the display control section selects a dimension measurement to display on the display section from among the dimension measurements within the measurement range. to the plural dimension measurements, a measurement range that the display section can display is set in advance for each dimension measurement; and characterized in that the display control section selects a dimension measurement to display on the display section from among the dimension measurements within the measurement range.
A device with at least one conveying pipe (6, 6', 7) and a slide valve that comprises at least one slide (1, 1a), by means of which the conveying cross section of the conveying pipe (6, 6', 7) can be closed and which is provided with at least one through-hole, and at least one sealing ring (27', 28'), by means of which the conveying pipe (6, 6', 7) is sealed relative to the slide (1, 1a) and which surrounds the conveying pipe (6, 6', 7), characterized in that the sealing ring (27', 28') has an L-shaped cross section, in that the one leg (34, 35) of the sealing ring (27', 28') forms a sealing portion, which is realized in the form of a washer, flatly rests against the slide (1, 1a) in a sealing manner and is radially spaced apart from the conveying pipe (6, 6', 7), in that the other leg (36, 37) of the sealing ring (27', 28') extends cylindrically and rests against the inner side of a supporting ring (40, 41) surrounding the sealing ring (27', 28') with its outer lateral surface that faces away from the conveying pipe (6, 6', 7), in that the one leg (34, 35) of the sealing ring (27', 28') delimits a retaining plate (2, 3), which is connected to the conveying pipe (6, 6', 7) in a tightly sealed manner, and the supporting ring (40, 41) radially delimits a receiving space (38, 39), and in that the receiving space (28, 39) is connected to the interior of the conveying pipe (6, 6', 7) by means of a gap (66, 67), herein the sealing ring (27', 28') is pressed against the slide (1, 1a) as a result of the pressure difference between the pressure in the conveying pipe (6, 6', 7) and the ambient pressure.
A pneumatic tire, comprising: a tire tread portion having a plurality of stud pin embedding holes in a tread outer surface of the pneumatic tire; and a plurality of stud pins embedded in the holes; wherein the tread outer surface of the pneumatic tire in which the holes are embedded is made of a tread rubber component and formed as a tread pattern, wherein each of the holes includes a fixing region and a slit region when viewing a contour of each of the holes from an outer side of the tread outer surface, wherein the fixing region abuts a circumference of each of the stud pins for fixing the stud pins, wherein the slit region is spaced from the circumference of each of the stud pins and formed so as to extend from the fixing region such that a portion of the tire tread portion is cut out, characterised in that a contour of the slit region, when seen from the outer side of the tread outer surface, has a shape in which two straight lines protruding from a circular arc shape of the fixing region are connected at protruding leading ends such that the contour of the slit region protrudes outwardly in a triangular shape from a portion of the circular arc shape to an outside of the circular arc shape. a tire tread portion having a plurality of stud pin embedding holes in a tread outer surface of the pneumatic tire; and a plurality of stud pins embedded in the holes;
A method performed by a smart space rating server comprising: performing, by a smart space rating server via wireless communication, a registration process with a plurality of user devices prior to gathering security information collected by the plurality of user devices, wherein the plurality of user devices are members of a smart space comprising a network of electronic devices capable of controlling other electronic devices of the smart space via wireless communications; receiving, by the smart space rating server via wireless communication, the collected security information from the plurality of user devices, wherein the collected security information relates to electronic access security of the smart space; evaluating, by the smart space rating server, trustworthiness of the received collected security information to yield stored security information; receiving, by the smart space rating server, a request from a user device for a network security rating of the smart space; calculating, by the smart space rating server, a numerical network security rating of the smart space based at least in part on the stored security information regarding the smart space; and transmitting the numerical network security rating of the smart space to the user device. performing, by a smart space rating server via wireless communication, a registration process with a plurality of user devices prior to gathering security information collected by the plurality of user devices, wherein the plurality of user devices are members of a smart space comprising a network of electronic devices capable of controlling other electronic devices of the smart space via wireless communications; receiving, by the smart space rating server via wireless communication, the collected security information from the plurality of user devices, wherein the collected security information relates to electronic access security of the smart space; evaluating, by the smart space rating server, trustworthiness of the received collected security information to yield stored security information; receiving, by the smart space rating server, a request from a user device for a network security rating of the smart space; calculating, by the smart space rating server, a numerical network security rating of the smart space based at least in part on the stored security information regarding the smart space; and transmitting the numerical network security rating of the smart space to the user device.
Compounds of the formula and/or Li[(R f) n SiF 5-n] Li 2 [(R f) n SiF 6-n] where R f independently at each occurrence is a straight-chain or branched perfluoroalkyl group having 2 to 12 C atoms and n is an integer from 1 to 4. R f independently at each occurrence is a straight-chain or branched perfluoroalkyl group having 2 to 12 C atoms and n is an integer from 1 to 4.
A method of monitoring an area for a change in an environmental parameter, comprising: providing at least two passive LC sensors (S n) each having a coil and a capacitor connected to the coil, which capacitor is sensitive to the environmental parameter; characterised by: placing each of the at least two sensors (S n) at a different location in said area such that an array of sensors (S n) is formed in which each two adjacent sensors (S n) are inductively coupled via their coils; feeding an excitation signal into the array at a first sensor (S 1) of the array and measuring a system response of the array at said first or a second sensor (S 1, S N) of the array; determining a deviation of the system response from a reference response (SR ref); and detecting a change in the environmental parameter when the deviation exceeds a predetermined threshold. providing at least two passive LC sensors (S n) each having a coil and a capacitor connected to the coil, which capacitor is sensitive to the environmental parameter; characterised by: placing each of the at least two sensors (S n) at a different location in said area such that an array of sensors (S n) is formed in which each two adjacent sensors (S n) are inductively coupled via their coils; feeding an excitation signal into the array at a first sensor (S 1) of the array and measuring a system response of the array at said first or a second sensor (S 1, S N) of the array; determining a deviation of the system response from a reference response (SR ref); and detecting a change in the environmental parameter when the deviation exceeds a predetermined threshold. placing each of the at least two sensors (S n) at a different location in said area such that an array of sensors (S n) is formed in which each two adjacent sensors (S n) are inductively coupled via their coils; feeding an excitation signal into the array at a first sensor (S 1) of the array and measuring a system response of the array at said first or a second sensor (S 1, S N) of the array; determining a deviation of the system response from a reference response (SR ref); and detecting a change in the environmental parameter when the deviation exceeds a predetermined threshold.
Use of N-Methyl-N-((2S,3R,4R,5R)-2,3,4,5,6-pentahydroxyhexyl)- -octadec-9-enamide or a mixture comprising N-Methyl-N-((2S,3R,4R,5R)-2,3,4,5,6-pentahydroxyhexyl)- -octadec-9-enamide and one, two or more additional N-Methyl-N-((2S,3R,4R,5R)-2,3,4,5,6-pentahydroxyhexyl) fatty acid amides, - as an additive to reduce the eye-irritating effect of detergents comprising one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate or of cleaning agents comprising one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate for one or a plurality of substrates selected from the group consisting of hair, skin, hard surfaces and textiles or - as an agent to reduce the eye-irritating effect of one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate. - as an additive to reduce the eye-irritating effect of detergents comprising one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate or of cleaning agents comprising one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate for one or a plurality of substrates selected from the group consisting of hair, skin, hard surfaces and textiles or - as an agent to reduce the eye-irritating effect of one, two or more surfactants selected from the group consisting of sodium laureth sulphate, cocamidopropyl betaine and sodium lauryl sulphate.
An interventional device (11, 21, 31, 41, 51, 61, 71) for being tracked in an ultrasound beam of a beamforming ultrasound imaging system by correlating transmitted ultrasound signals from the beamforming ultrasound imaging system as detected by ultrasound receivers attached to the interventional device with the beamforming beam sequence of the ultrasound signals; the interventional device comprising: a longitudinal axis (A - A'); a first linear sensor array (12, 22, 42, 52) comprising a plurality of ultrasound receivers (R 1..n) wherein each ultrasound receiver has a length and a width, and wherein the array extends along the width direction; wherein the first linear sensor array is wrapped circumferentially around the interventional device with respect to the axis (A - A') such that the length of each ultrasound receiver is arranged lengthwise with respect to the axis (A - A'), and wherein the length is greater than the width, such that the rotation of the interventional device can be determined. a longitudinal axis (A - A'); a first linear sensor array (12, 22, 42, 52) comprising a plurality of ultrasound receivers (R 1..n) wherein each ultrasound receiver has a length and a width, and wherein the array extends along the width direction; wherein the first linear sensor array is wrapped circumferentially around the interventional device with respect to the axis (A - A') such that the length of each ultrasound receiver is arranged lengthwise with respect to the axis (A - A'), and wherein the length is greater than the width, such that the rotation of the interventional device can be determined.
A magnesium-lithium alloy comprising not less than 10.5 mass% and not more than 16.0 mass% Li, not less than 0.50 mass% and not more than 1.50 mass% Al, optionally not less than 0.10 mass% and not more than 0.50 mass% Ca, optionally not more than 5.00 mass% of one or more components selected from the group consisting of Zn, Mn, Si, Zr, Ti, B, Y, and rare earth elements with atomic numbers 57 to 71, optionally Fe, Ni, and/or Cu as impurities each at not more than 0.005 mass%, respectively, and the balance of Mg, wherein said alloy has an average crystal grain size of not smaller than 5 μm and not larger than 40 μm, a tensile strength of not lower than 150 MPa, and a surface electrical resistance of not higher than 1Ω as measured with an ammeter by pressing a cylindrical two-point probe with a pin-to-pin spacing of 10 mm and a pin tip diameter of 2 mm (contact surface area of one pin is 3.14 mm 2), against an alloy surface at a load of 240 g.
A composite element for a Hook-and-loop fastener(s), in particular for a nappy closure, with a carrier and a textile material laminated by means of an adhesive onto the carrier, which comprises a basic structure formed from threads (L1, L2) or fibres and threads worked into the basic structure by warp-knitting, wherein the threads worked into the basic structure by warp-knitting form loops provided for connecting to Velcro hooks and wherein at least part of the threads (L1, L2) or fibres of the basic structure are formed from polyamide, characterised in that the threads worked into the basic structure by warp-knitting comprise polyolefin, in particular polypropylene, as the main constituent.
An apparatus, comprising: a photonic source layer including a plurality of photonic sources, each of the plurality of photonic sources providing a photonic signal of a different wavelength, wherein the plurality of photonic signals are provided to a first photonic path; a plurality of memory die (114A, 114B, 114C, 114D), each memory die of the plurality of memory die comprising a photonic modulation circuit coupled to the first photonic path, and further comprising a photonic detection circuit coupled to a second photonic path that is separate from the first photonic path, wherein each memory die of the plurality of memory die is associated with and addressed by a respective wavelength of a photonic signal; and a logic die coupled to the first and second photonic paths (118, 120), the logic die including a plurality of photonic circuits, each photonic circuit of the plurality of photonic circuits associated with a respective wavelength of a photonic signal, and wherein each photonic circuit of the plurality of photonic circuits is associated with the first and second photonic paths (118, 120), and wherein each of the plurality of photonic signals is provided to the logic die by the first photonic path, and wherein the plurality of photonic signals are provided to the second photonic path by the logic die. a photonic source layer including a plurality of photonic sources, each of the plurality of photonic sources providing a photonic signal of a different wavelength, wherein the plurality of photonic signals are provided to a first photonic path; a plurality of memory die (114A, 114B, 114C, 114D), each memory die of the plurality of memory die comprising a photonic modulation circuit coupled to the first photonic path, and further comprising a photonic detection circuit coupled to a second photonic path that is separate from the first photonic path, wherein each memory die of the plurality of memory die is associated with and addressed by a respective wavelength of a photonic signal; and a logic die coupled to the first and second photonic paths (118, 120), the logic die including a plurality of photonic circuits, each photonic circuit of the plurality of photonic circuits associated with a respective wavelength of a photonic signal, and wherein each photonic circuit of the plurality of photonic circuits is associated with the first and second photonic paths (118, 120), and wherein each of the plurality of photonic signals is provided to the logic die by the first photonic path, and wherein the plurality of photonic signals are provided to the second photonic path by the logic die.
Assembly for a drug delivery device comprising - a housing with a main axis, - a dose setting member being rotatable with respect to the housing for setting a dose of a drug, and - an activation member being axially movable with respect to the housing for dispensing the dose from the drug delivery device, characterized in that the assembly further comprises a rotation member being axially arranged between the activation member and the dose setting member, wherein the assembly is configured such that the rotation member is freely rotatable around the main axis with respect to any other component of the assembly, wherein the rotation member is disposed to circumferentially surround the activation member, wherein the activation member extends through the rotation member, and wherein the outer surface of the assembly comprises the outer surface of the rotation member. - a housing with a main axis, - a dose setting member being rotatable with respect to the housing for setting a dose of a drug, and - an activation member being axially movable with respect to the housing for dispensing the dose from the drug delivery device,
A method in a network node, the method comprising: measuring a timing advance based on a propagation delay for a User Equipment, UE,; selecting a numerology and slot structure for UE data transmission based on the measured timing advance, the numerology indicating a subcarrier spacing and the slot structure comprising a first number of symbols for a downlink transmission, a second number of symbols for a guard period and a third number of symbols for an uplink transmission; and sending an indication of the selected numerology and slot structure to the UE. measuring a timing advance based on a propagation delay for a User Equipment, UE,; selecting a numerology and slot structure for UE data transmission based on the measured timing advance, the numerology indicating a subcarrier spacing and the slot structure comprising a first number of symbols for a downlink transmission, a second number of symbols for a guard period and a third number of symbols for an uplink transmission; and sending an indication of the selected numerology and slot structure to the UE.
A light emitting device comprising: a light emitting diode having sidewalls and a top surface; a submount on which the LED is mounted; a substantially reflective material provided directly over the sidewalls, the reflective material comprising a substantially transparent material containing inert non-phosphor particles causing reflection, the particles being at least 10% by weight of the reflective material, the particles having a substantially white color under white ambient light, the reflective material not covering, to any significant extent, the top surface of the LED, such that the reflective material covering the sidewalls at least partially contains light emitted from the LED and wherein the reflective material forms a step around the LED; and a reflective piece (50, 66) affixed to the submount, the reflective piece (50, 66) having an opening in which the LED is inserted and wherein inner edges of the reflective piece (50, 66) are spaced from outer edges of the reflective material. a light emitting diode having sidewalls and a top surface; a submount on which the LED is mounted; a substantially reflective material provided directly over the sidewalls, the reflective material comprising a substantially transparent material containing inert non-phosphor particles causing reflection, the particles being at least 10% by weight of the reflective material, the particles having a substantially white color under white ambient light, the reflective material not covering, to any significant extent, the top surface of the LED, such that the reflective material covering the sidewalls at least partially contains light emitted from the LED and wherein the reflective material forms a step around the LED; and a reflective piece (50, 66) affixed to the submount, the reflective piece (50, 66) having an opening in which the LED is inserted and wherein inner edges of the reflective piece (50, 66) are spaced from outer edges of the reflective material.
A hydraulic assembly with an inlet branch, with a circulation pump assembly (6; 78), with at least one heating circuit feed branch which is situated downstream of the circulation pump assembly and with a service water heat exchanger, wherein a mixing valve is arranged upstream of the circulation pump assembly, said mixing valve being connected with an outlet to the circulation pump assembly (6; 78), being connected with a first inlet to the inlet branch and being connected with a second inlet to a heating circuit return branch, and a switch-over valve is arranged downstream of the circulation pump assembly (6; 78), said switch-over valve being connected with an inlet to the circulation pump assembly (6; 78), being connected with a first outlet to the at least one heating circuit feed branch and being connected with a second outlet to the service water heat exchanger, characterised in that the mixing valve and the switch-over valve have a mechanically identical construction.