mhurhangee/ep-ind-claims huggingface dataset:
An anti-fog heat generating glass system, comprising: a heat generating glass unit including a general glass sheet disposed at an outdoor side and a heat generating glass sheet disposed at an indoor side, wherein the general glass sheet is separated from the heat generating glass sheet by a a space; a glass surface temperature detector disposed on an indoor side of the heat generating glass sheet to sense a surface temperature of the heat generating glass sheet; a controller comparing the surface temperature of the heat generating glass sheet with a dew point of the indoor area and controlling heat generation of the heat generating glass unit; a power source supplying electric power to the heat generating glass system to operate the system; wherein the general glass sheet comprises an energy saving glass sheet capable of minimizing heat transfer and has a thin metal or metal oxide coating on the surface thereof; wherein the heat generating glass sheet has a transparent conductive coating layer formed on one side thereof comprising fluorine-doped tin oxide; and wherein the space separating the general glass sheet and the heat generating glass sheet is filled with a thermo plastic spacer and a secondary sealer. a heat generating glass unit including a general glass sheet disposed at an outdoor side and a heat generating glass sheet disposed at an indoor side, wherein the general glass sheet is separated from the heat generating glass sheet by a a space; a glass surface temperature detector disposed on an indoor side of the heat generating glass sheet to sense a surface temperature of the heat generating glass sheet; a controller comparing the surface temperature of the heat generating glass sheet with a dew point of the indoor area and controlling heat generation of the heat generating glass unit; a power source supplying electric power to the heat generating glass system to operate the system; wherein the general glass sheet comprises an energy saving glass sheet capable of minimizing heat transfer and has a thin metal or metal oxide coating on the surface thereof; wherein the heat generating glass sheet has a transparent conductive coating layer formed on one side thereof comprising fluorine-doped tin oxide; and wherein the space separating the general glass sheet and the heat generating glass sheet is filled with a thermo plastic spacer and a secondary sealer.
Apparatus comprising: (a) a balloon (16, 116, 216) having proximal and distal ends and a lengthwise direction between said ends, said balloon (16, 116, 216) having an inflated condition and a deflated condition, said balloon (16, 116, 216) having a deflated length between said ends in the deflated condition and an inflated length in the inflated condition, said inflated length being less than said deflated length; (b) a plurality of engagement elements (30, 44, 46, 130, 144, 260, 270, 350, 360, 370) is disposed at least partially within said balloon and movable with respect to one another in the lengthwise direction, characterized in that said balloon urging said engagement elements into engagement with one another upon inflation of the balloon so as to provide a rigid support extending lengthwise within the balloon, said engagement elements being movable away from one another in the lengthwise direction upon deflation of the balloon. (a) a balloon (16, 116, 216) having proximal and distal ends and a lengthwise direction between said ends, said balloon (16, 116, 216) having an inflated condition and a deflated condition, said balloon (16, 116, 216) having a deflated length between said ends in the deflated condition and an inflated length in the inflated condition, said inflated length being less than said deflated length; (b) a plurality of engagement elements (30, 44, 46, 130, 144, 260, 270, 350, 360, 370) is disposed at least partially within said balloon and movable with respect to one another in the lengthwise direction,
A thermal insulation board comprising at least two insulating layers, wherein the at least two insulating layers are bonded together and wherein at least one of the at least two insulating layers comprises at least one aerogel composite material comprising at least the following components to at least one silica aerogel, at least one polymer foam and at least one flame retardant wherein the at least one aerogel composite material comprised in at least one of the at least two insulating layers comprises 10 to 94 % by weight of the at least one silica aerogel, 1 to 20 % by weight of the at least one polymer foam and 5 to 70 % by weight of the at least one flame retardant, based in each case on the total weight of the at least one aerogel composite material. at least one silica aerogel, at least one polymer foam and at least one flame retardant wherein the at least one aerogel composite material comprised in at least one of the at least two insulating layers comprises 10 to 94 % by weight of the at least one silica aerogel, 1 to 20 % by weight of the at least one polymer foam and 5 to 70 % by weight of the at least one flame retardant, based in each case on the total weight of the at least one aerogel composite material.
A sensor system for detecting a valve position of a filling valve, in particular in a filling plant, comprising: - a carrier arrangement configured to move at least one filling device, the at least one filling device having a filling valve for supplying a medium to a container to be filled; - a sensor module connectable with the at least one filling device comprising an energy receiving device configured to wirelessly receive and provide energy as electrical energy, an electrical energy storage to store the provided electrical energy, and a position sensor configured to detect a position of the filling valve by means of the provided electrical energy and to provide a corresponding electrical sensor variable; - a stationary read-out device which is configured to detect a measurement signal dependent on the electrical sensor variable when the at least one filling device moves past and to provide a detection signal dependent on the measurement signal. - a carrier arrangement configured to move at least one filling device, the at least one filling device having a filling valve for supplying a medium to a container to be filled; - a sensor module connectable with the at least one filling device comprising an energy receiving device configured to wirelessly receive and provide energy as electrical energy, an electrical energy storage to store the provided electrical energy, and a position sensor configured to detect a position of the filling valve by means of the provided electrical energy and to provide a corresponding electrical sensor variable; - a stationary read-out device which is configured to detect a measurement signal dependent on the electrical sensor variable when the at least one filling device moves past and to provide a detection signal dependent on the measurement signal.
A delivery system for a replacement valve, the delivery system comprising: a tether configured to releasably hold a replacement valve; a torqueing manifold configured to retain a first end of the tether; and an engagement pin configured to move from a locked position to an unlocked position, the engagement pin configured to releasably retain a second end of the tether; wherein longitudinal translation of the engagement pin from the locked position to the unlocked position releases the second end of the tether and the replacement valve from the delivery system; and wherein rotational movement of the torqueing manifold with respect to the engagement pin is configured to crimp or uncrimp a portion of the replacement valve. a tether configured to releasably hold a replacement valve; a torqueing manifold configured to retain a first end of the tether; and an engagement pin configured to move from a locked position to an unlocked position, the engagement pin configured to releasably retain a second end of the tether; wherein longitudinal translation of the engagement pin from the locked position to the unlocked position releases the second end of the tether and the replacement valve from the delivery system; and wherein rotational movement of the torqueing manifold with respect to the engagement pin is configured to crimp or uncrimp a portion of the replacement valve.
A processing system comprising: a processing unit; a graphics display component comprising a layer selection module, the layer selection module being arranged to, for at least one pixel to be displayed: identify a set M of active layers for the at least one pixel; configure a display controller to generate composite pixel data for the at least one pixel based on a subset N of up to n layers from the set M; determine whether a number m of active layers in the set M exceeds n; output (355, 365) an indication of which active layers within the set M were excluded from the subset N, if it is determined that the number m of layers in the set M exceeds n; a graphics management component arranged to receive the indication that active layers within the set M were excluded from the subset N, and to cause a number k of graphics layers within a set K from which the composite image as a whole is generated to be reduced to form a reduced set K '; wherein the layer selection module is arranged to generate an interrupt signal to the processing unit when the number m of active layers in the set M exceeds the display controller configuration limit n on at least one of a frame basis or a row basis. a processing unit; a graphics display component comprising a layer selection module, the layer selection module being arranged to, for at least one pixel to be displayed: identify a set M of active layers for the at least one pixel; configure a display controller to generate composite pixel data for the at least one pixel based on a subset N of up to n layers from the set M; determine whether a number m of active layers in the set M exceeds n; output (355, 365) an indication of which active layers within the set M were excluded from the subset N, if it is determined that the number m of layers in the set M exceeds n; identify a set M of active layers for the at least one pixel; configure a display controller to generate composite pixel data for the at least one pixel based on a subset N of up to n layers from the set M; determine whether a number m of active layers in the set M exceeds n; output (355, 365) an indication of which active layers within the set M were excluded from the subset N, if it is determined that the number m of layers in the set M exceeds n; a graphics management component arranged to receive the indication that active layers within the set M were excluded from the subset N, and to cause a number k of graphics layers within a set K from which the composite image as a whole is generated to be reduced to form a reduced set K '; wherein the layer selection module is arranged to generate an interrupt signal to the processing unit when the number m of active layers in the set M exceeds the display controller configuration limit n on at least one of a frame basis or a row basis.
A bracket unit for holding a vehicle sensor, the bracket unit comprising a bracket, the bracket having a first major surface and a flat second major surface adapted for attaching to an interior part of a windscreen of a vehicle, and a metal wire spring, the bracket comprising - at least one bracket holder (2a, 2b), - at least one bracket hook part (2h, 2i, 2j, 2k), and - bracket slot parts (2d, 2e, 2f), and the metal wire spring comprising an elongated body with an essentially circular cross-section, the body comprising - at least one spring hinge part being rotatably attached to the at least one bracket holder part, - at least one spring bar part, and - at least one spring slot part (3d, 3e, 3f, 3g), wherein the bracket unit provides a vehicle sensor receiving position and a vehicle sensor fastening position, - in the vehicle sensor receiving position, the metal wire spring is positioned such that the spring slot part (3d, 3e, 3f, 3g) and the bracket slot part (2d, 2e, 2f) are positioned for receiving the vehicle sensor, and - in the vehicle sensor fastening position, the metal wire spring is positioned such that the spring bar part (3h, 3i, 3j, 3k) is fastened onto the bracket hook part (2h, 2i, 2j, 2k) and that the spring slot part (3d, 3e, 3f, 3g) and the bracket slot part (2d, 2e, 2f, 2g) are positioned for fastening onto the vehicle sensor, characterized in that the bracket slot parts (2d, 2e, 2f, 2g) include two projections extending from the first major surface with L-shaped blocks having a supporting surface for bearing a force that is directed perpendicularly to the first major surface of the bracket and a blocking surface for bearing a force that is directed parallel to the first major surface. - at least one bracket holder (2a, 2b), - at least one bracket hook part (2h, 2i, 2j, 2k), and - bracket slot parts (2d, 2e, 2f), and - at least one spring hinge part being rotatably attached to the at least one bracket holder part, - at least one spring bar part, and - at least one spring slot part (3d, 3e, 3f, 3g), - in the vehicle sensor receiving position, the metal wire spring is positioned such that the spring slot part (3d, 3e, 3f, 3g) and the bracket slot part (2d, 2e, 2f) are positioned for receiving the vehicle sensor, and - in the vehicle sensor fastening position, the metal wire spring is positioned such that the spring bar part (3h, 3i, 3j, 3k) is fastened onto the bracket hook part (2h, 2i, 2j, 2k) and that the spring slot part (3d, 3e, 3f, 3g) and the bracket slot part (2d, 2e, 2f, 2g) are positioned for fastening onto the vehicle sensor,
Hose line with a wall having inner wave troughs undulating in the longitudinal direction, to be used as a vacuum hose on a vacuum cleaner, wherein in the region of the inner wave troughs a barrier is provided in the form of at least one tongue protecting in the direction of the wave trough for the pneumatic and/or hydraulic smoothing of the hose line, wherein each wave trough is covered by precisely one tongue, the length of which exceeds the width of the wave trough and wherein the tongue runs in an essentially stretched manner and abuts the inner wall of the hose line in a sliding manner across the wave trough, characterised in that the tongue has at least one circumferential rib protruding radially outwards into the wave trough.
A vacuum blood collection tube labeling machine, comprising: a loading part of a vacuum blood collection tube comprising a plurality of loading slideways disposed in parallel, wherein each of the loading slideways comprises an inclined segment and a horizontal segment extending forward from a bottom end of the inclined segment; a label printing part comprising a label printer and an output channel of the vacuum blood collection tube connected to the label printer; and a robotic arm used for grabbing and lifting up the vacuum blood collection tube located on the horizontal segment and transferring the vacuum blood collection tube to the label printer, wherein the robotic arm comprises a grabbing mechanism and a movement control assembly for driving the grabbing mechanism, wherein the loading part of the vacuum blood collection tube further comprises a loading funnel slidably disposed at the top end of the loading slideway, the loading funnel is capable of sliding in a width direction of all the loading slideways and in a length direction of each loading slideway; and a loading port of the loading funnel is parallel to the loading slideways, a top opening of the loading port is wider than a bottom opening of the loading port, and the width of the bottom opening is greater than the diameter of a cap of the vacuum blood collection tube. a loading part of a vacuum blood collection tube comprising a plurality of loading slideways disposed in parallel, wherein each of the loading slideways comprises an inclined segment and a horizontal segment extending forward from a bottom end of the inclined segment; a label printing part comprising a label printer and an output channel of the vacuum blood collection tube connected to the label printer; and a robotic arm used for grabbing and lifting up the vacuum blood collection tube located on the horizontal segment and transferring the vacuum blood collection tube to the label printer, wherein the robotic arm comprises a grabbing mechanism and a movement control assembly for driving the grabbing mechanism, wherein the loading part of the vacuum blood collection tube further comprises a loading funnel slidably disposed at the top end of the loading slideway, the loading funnel is capable of sliding in a width direction of all the loading slideways and in a length direction of each loading slideway; and a loading port of the loading funnel is parallel to the loading slideways, a top opening of the loading port is wider than a bottom opening of the loading port, and the width of the bottom opening is greater than the diameter of a cap of the vacuum blood collection tube.
A steel material having a chemical composition consisting, by mass percent, of C: 0.6 to 1.8%, Si: 0.05 to 1.00%, Mn: more than 25.0% and 45.0% or less, Al: 0.003 to 0.06%, P: 0.03% or less, S: 0.03% or less, Cu: 0.5 to 3.0%, N: 0.10% or less, V: 0 to 2.0%, Cr: 0 to 3.0%, Mo: 0 to 3.0%, Ni: 0 to less than 1.5%, Nb: 0 to 0.5%, Ta: 0 to 0.5%, Ti: 0 to 0.5%, Zr: 0 to 0.5%, Ca: 0 to 0.005%, Mg: 0 to 0.005%, REM: 0 to 0.01%, B: 0 to 0.015%, the balance: Fe and impurities, and satisfying the following formula (i), wherein a metal micro-structure is consisting of an austenite single phase, a yield strength is 241 MPa or higher, and a uniform elongation is 40% or higher; 0.6 < C − 0.18 ⁢ V < 1.44 where, the symbol of an element in the formula represents the content (mass%) of the element contained in the steel material, and is made zero in the case where the element is not contained.
Guide apparatus for a hydraulic machine, comprising a regulation ring, a bottom ring, a guide vane having a journal, and a bearing for the radial mounting of the journal in the bottom ring, which bearing can be maintained from the side of the water path of the hydraulic machine, wherein the bottom ring comprises an opening for receiving the bearing and the journal, and wherein the bearing comprises a bearing carrier and a layer of bearing material, wherein the bearing carrier is formed such that it can be connected to the bottom ring, and the layer of bearing material is formed such that it surrounds the journal, characterized in that the bearing comprises at least three segments which can be connected to the bottom ring separately, wherein each segment comprises a part of the bearing carrier and a part of the layer of bearing material, and wherein one parting joint between the segments is formed in a manner oblique with respect to the bearing axis, with the result that one segment has a wedge shape, wherein the wedge-shaped segment, at the water-side boundary, is wider in a circumferential direction of the bearing than at the opposite boundary, and wherein the bearing comprises a bearing seal and the bearing seal is connected in a rotationally rigid manner to the journal, and the bearing carrier has a surface which is formed as a running surface for the lip of the bearing seal, and wherein the extent of the opening in the bottom ring is of such a size that the bearing seal can be installed if the segments of the bearing are not connected to the bottom ring and the journal is situated in the opening of the bottom ring.
A chewing gum composition that resists loss of liquidity comprising: (a) a liquid-fill composition; and (b) a gum region surrounding said liquid-fill composition, said gum region comprising a gum base; wherein: said gum region comprises a polyol composition having a water solubility of less than 72% by weight at 25°C, comprising maltitol in amounts of 40% to 60% by weight of said gum region and sorbitol in amounts of 0 to 10% by weight of said gum region when the total amount of the polyol composition in the chewing gum composition is in the range of 40% to 65% based on the weight of the gum region. (a) a liquid-fill composition; and (b) a gum region surrounding said liquid-fill composition, said gum region comprising a gum base; said gum region comprises a polyol composition having a water solubility of less than 72% by weight at 25°C, comprising maltitol in amounts of 40% to 60% by weight of said gum region and sorbitol in amounts of 0 to 10% by weight of said gum region when the total amount of the polyol composition in the chewing gum composition is in the range of 40% to 65% based on the weight of the gum region.
A process for the production of compound which comprises reacting a compound of the formula with a compound of the formula in the presence of a chiral silver- or copper catalyst; wherein R 1 is a non-tertiary alkyl or benzyl, or other ester protecting group. R 1 is a non-tertiary alkyl or benzyl, or other ester protecting group.
An air conditioner indoor unit, comprising a main housing, and a fresh air device and a refrigerating-heating device that are disposed in the main housing, the refrigerating-heating device being provided with an air outlet side for air outgoing, and the main housing being provided with a first accommodation cavity for accommodating the fresh air device and a second accommodation cavity for accommodating the refrigerating-heating device, wherein the air conditioner indoor unit further comprises: a guide assembly, wherein an air inlet of the guide assembly is in connection with the fresh air device so as to let air into the guide assembly, characterized in that an air outlet of the guide assembly is located in the second accommodation cavity and located at the air outlet side of the refrigerating-heating device, such that fresh air flowing out from the fresh air device is guided by the guide assembly to the air outlet side of the refrigerating-heating device in the main housing; wherein the refrigerating-heating device comprises an air duct assembly and an evaporator assembly disposed around the air duct assembly, and the air outlet of the guide assembly is located at a side of the air duct assembly away from the evaporator assembly, such that air flowing out from the air outlet of the guide assembly is directly blown to a room under an action of the air duct assembly; wherein the main housing comprises an air outlet panel, the air outlet panel corresponds to the air outlet side of the refrigerating-heating device, and the air outlet of the guide assembly is located inside the air outlet panel, such that fresh air flowing out from the guide assembly flows out from the air outlet panel by the air outlet side of the refrigerating-heating device. a guide assembly, wherein an air inlet of the guide assembly is in connection with the fresh air device so as to let air into the guide assembly, characterized in that an air outlet of the guide assembly is located in the second accommodation cavity and located at the air outlet side of the refrigerating-heating device, such that fresh air flowing out from the fresh air device is guided by the guide assembly to the air outlet side of the refrigerating-heating device in the main housing; wherein the refrigerating-heating device comprises an air duct assembly and an evaporator assembly disposed around the air duct assembly, and the air outlet of the guide assembly is located at a side of the air duct assembly away from the evaporator assembly, such that air flowing out from the air outlet of the guide assembly is directly blown to a room under an action of the air duct assembly; wherein the main housing comprises an air outlet panel, the air outlet panel corresponds to the air outlet side of the refrigerating-heating device, and the air outlet of the guide assembly is located inside the air outlet panel, such that fresh air flowing out from the guide assembly flows out from the air outlet panel by the air outlet side of the refrigerating-heating device.