mhurhangee/patent-ind-claim-en huggingface dataset:
An outdoor unit of an air-conditioning apparatus, comprising: a casing that forms an outer shell; a terminal block disposed in the casing ; a terminal block support element configured to support the terminal block ; and an earth grounding plate sandwiched between the terminal block and the terminal block support element , characterised in that an engaging portion to be engaged with the terminal block support element is provided in the earth grounding plate , and a fixing element is provided to fasten the terminal block and the earth grounding plate engaged with the terminal block support element by the engaging portion together to the terminal block support element . a casing that forms an outer shell; a terminal block disposed in the casing ; a terminal block support element configured to support the terminal block ; and an earth grounding plate sandwiched between the terminal block and the terminal block support element , characterised in that an engaging portion to be engaged with the terminal block support element is provided in the earth grounding plate , and a fixing element is provided to fasten the terminal block and the earth grounding plate engaged with the terminal block support element by the engaging portion together to the terminal block support element .
An electronic device , comprising: a housing having an interior, wherein the housing includes a glass layer with a surface in the interior; electrical components in the interior; a layer of inorganic material having an outer surface facing away from the interior and an opposing inner surface facing the interior; and a buffer layer having first and second opposing surfaces, wherein the first surface of the buffer layer is in direct contact with the outer surface of the layer of inorganic material, wherein the second surface is in direct contact with the surface of the glass layer , wherein the buffer layer comprises a polymer with embedded particles , and wherein the electronic device further comprises a plurality of layers of ink on the inner surface of the layer of inorganic material. a housing having an interior, wherein the housing includes a glass layer with a surface in the interior; electrical components in the interior; a layer of inorganic material having an outer surface facing away from the interior and an opposing inner surface facing the interior; and a buffer layer having first and second opposing surfaces, wherein the first surface of the buffer layer is in direct contact with the outer surface of the layer of inorganic material, wherein the second surface is in direct contact with the surface of the glass layer , wherein the buffer layer comprises a polymer with embedded particles , and wherein the electronic device further comprises a plurality of layers of ink on the inner surface of the layer of inorganic material.
An article, comprising: a metal substrate; an anti-coking catalyst layer comprising perovskite; and an alumina barrier layer disposed between the metal substrate and the anti-coking catalyst layer, wherein said alumina barrier layer comprises α-alumina. a metal substrate; an anti-coking catalyst layer comprising perovskite; and an alumina barrier layer disposed between the metal substrate and the anti-coking catalyst layer, wherein said alumina barrier layer comprises α-alumina.
A negative pressure isolation hood assembly, comprising: - a hood , - an outerwear , - an exhaust hose , and - an air-exhaust filtration system, for filtering polluted air from the hood and discharging filtered air to the atmosphere, the air-exhaust filtration system comprising: - a power air-exhaust device and - an air filter , connected to the power air-exhaust device and to the exhaust hose , wherein the hood is disposed above the outerwear and is in air tight connection with the outerwear , and the hood is connected to the air-exhaust filtration system through the exhaust hose , the hood assembly being characterized by further comprising a one-way air inlet valve , disposed at the top of the hood , and which is intended to be opened, when negative pressure inside the hood reaches a threshold value, to make air automatically inflow for adjusting negative pressure inside the hood , and by the outerwear further comprising an arm and a waist and laces disposed at said arm and said waist for tightening the arm and the waist. - a hood , - an outerwear , - an exhaust hose , and - an air-exhaust filtration system, for filtering polluted air from the hood and discharging filtered air to the atmosphere, the air-exhaust filtration system comprising: - a power air-exhaust device and - an air filter , connected to the power air-exhaust device and to the exhaust hose , - a power air-exhaust device and - an air filter , connected to the power air-exhaust device and to the exhaust hose ,
Extractor hood comprising a viewing hood and at least one inner element , wherein the inner element is used for covering the distance between a suction opening and an outlet opening of the viewing hood , wherein the inner element has an air passage , via which air can be guided to the outlet opening , the air passage of the inner element has a size and shape which correspond to the size and shape of the outlet opening of the viewing hood , the inner element covers the entire suction opening in a perpendicular projection onto the suction opening, apart from the air passage for supplying air to the outlet opening of the viewing hood, characterised in that the inner element is connected to the viewing hood in a pivotable manner and can be moved in relation to the viewing hood and that the inner element is connected to the viewing hood via a hinge and the pivot axis of the pivotable inner element lies in the front region of the viewing hood .
A method for characterizing morphological structures of sugar beet seeds using terahertz time-domain spectroscopy, comprising the steps: - applying a terahertz pulse to the seed grain of sugar beet, - measuring the signal generated by the terahertz pulse after transmission through the seed grain, - determining the amplitude, time lag, phase and/or spectrum of the signal due to the transmission, and - assigning the seed grain to a predetermined seed class based on the amplitude, time lag, phase and/or spectrum of the signal and dividing the seed into six different classes: class 1 - empty grains (no embryo) class 2 - full grains (with a fully developed embryo) class 3 - slightly shrunken or shriveled (with a slightly shrunken embryo) class 4 - severely shrunken or shriveled (with a severely shrunken embryo) class 5 - twin (with 2 embryos in one seed coat) class 6 - bigerms (with 2 embryos in two seed coats). - applying a terahertz pulse to the seed grain of sugar beet, - measuring the signal generated by the terahertz pulse after transmission through the seed grain, - determining the amplitude, time lag, phase and/or spectrum of the signal due to the transmission, and - assigning the seed grain to a predetermined seed class based on the amplitude, time lag, phase and/or spectrum of the signal and dividing the seed into six different classes: class 1 - empty grains (no embryo) class 2 - full grains (with a fully developed embryo) class 3 - slightly shrunken or shriveled (with a slightly shrunken embryo) class 4 - severely shrunken or shriveled (with a severely shrunken embryo) class 5 - twin (with 2 embryos in one seed coat) class 6 - bigerms (with 2 embryos in two seed coats). class 1 - empty grains (no embryo) class 2 - full grains (with a fully developed embryo) class 3 - slightly shrunken or shriveled (with a slightly shrunken embryo) class 4 - severely shrunken or shriveled (with a severely shrunken embryo) class 5 - twin (with 2 embryos in one seed coat) class 6 - bigerms (with 2 embryos in two seed coats).
A cathode material for a lithium secondary battery, comprising a heat-treated mixture of an oxide powder (a) represented by Formula I and an oxide powder (b) represented by Formula II, wherein a mixing ratio of the oxide powder (a):oxide powder (b) is in the range of 30:70 to 90:10, the oxide powder (a) is monolithic particles having a D50 of more than 10 μ m, and the oxide powder (b) is agglomerated particles having a D50 of less than 10 μ m, and heat treatment is carried out at a temperature of 400°C to 1050°C, the oxide powder (a) having a stoichiometric composition and the oxide powder (b) acting as a lithium buffer material, LiCoO 2 (I) Li z MO 2 (II) wherein 0.95 < z < 1.1; M = Ni 1-x-y Mn x Co y , 0 < y < 0.5, and a ratio of Mn to Ni (x/(1-x-y)) is in the range of 0.4 to 1.1.
UV irradiation unit for radiation curing of a polymer layer , in particular a layer of printing ink or paint on a substrate , the unit comprising an LED assembly which is arranged on a support surface and comprises a plurality of LED chips, emitting in the UV range, for UV irradiation of a working region opposite the support surface , the LED chips forming at least one linear LED strand , each LED strand being covered by a rod-shaped collimator lens , characterized in that the LED chips are without a casing and the collimator lens has a receiving groove which extends along and encloses the LED strand , a light exit surface facing the working region , and two light-deflecting surfaces which extend on either side of and alongside the receiving groove and deflect UV light that is incident on the inside to the light exit surface , and in that a plurality of laterally adjacently arranged collimator lenses form a contiguous collimator module .
A spacecraft, comprising: a spacecraft bus including an additive manufacturing system, wherein the additive manufacturing system includes at least one extruder for delivering feedstock to print an object outside of the spacecraft bus wherein when the object is printed, the feedstock is exposed to extreme high level light and radiation along with extreme high and low temperatures; a sensor comprised by the spacecraft bus and configured to determine a pose of the spacecraft bus relative to an astronomical body; and at least one processor in communication with the additive manufacturing system and the sensor , characterized in that the at least one processor is configured to control an operation of the additive manufacturing system as a function of the pose of the spacecraft bus by controlling a rate of change of light and radiation from movement of the spacecraft bus as well as the extreme high and low temperatures, to manufacture the object outside of the spacecraft bus . a spacecraft bus including an additive manufacturing system, wherein the additive manufacturing system includes at least one extruder for delivering feedstock to print an object outside of the spacecraft bus wherein when the object is printed, the feedstock is exposed to extreme high level light and radiation along with extreme high and low temperatures; a sensor comprised by the spacecraft bus and configured to determine a pose of the spacecraft bus relative to an astronomical body; and at least one processor in communication with the additive manufacturing system and the sensor , characterized in that the at least one processor is configured to control an operation of the additive manufacturing system as a function of the pose of the spacecraft bus by controlling a rate of change of light and radiation from movement of the spacecraft bus as well as the extreme high and low temperatures, to manufacture the object outside of the spacecraft bus .
A fuel injector adapted to keep two fuels separate within the fuel injector and deliver the respective fuel separately into an internal combustion engine, comprising: a first valve needle having a bore for receiving a second valve needle , the first valve needle arranged to control the injection of a first fuel supplied by way of a first fuel supply passage within the fuel injector, and the second valve needle arranged to control the injection of a second fuel supplied by way of a second fuel supply passage within the fuel injector, separate from the first fuel supply passage; first and second control chambers associated with the first and second valve needles respectively; a first control valve comprising a first control valve member and arranged to vary the pressure of a control fluid in the first control chamber so as to cause opening and closing movement of the first valve needle ; and a second control valve comprising a second control valve member and arranged to vary the control fluid pressure in the second control chamber so as to cause opening and closing movement of the second valve needle ; wherein both the first and second control valves are housed within a generally cylindrical body portion of the injector , and characterized in that the first and second control valve members are arranged for linear movement along a common control valve axis offset from and parallel to a center axis of the injector body portion . a first valve needle having a bore for receiving a second valve needle , the first valve needle arranged to control the injection of a first fuel supplied by way of a first fuel supply passage within the fuel injector, and the second valve needle arranged to control the injection of a second fuel supplied by way of a second fuel supply passage within the fuel injector, separate from the first fuel supply passage; first and second control chambers associated with the first and second valve needles respectively; a first control valve comprising a first control valve member and arranged to vary the pressure of a control fluid in the first control chamber so as to cause opening and closing movement of the first valve needle ; and a second control valve comprising a second control valve member and arranged to vary the control fluid pressure in the second control chamber so as to cause opening and closing movement of the second valve needle ; wherein both the first and second control valves are housed within a generally cylindrical body portion of the injector , and characterized in that the first and second control valve members are arranged for linear movement along a common control valve axis offset from and parallel to a center axis of the injector body portion .
A method of transmitting a signal by a user equipment, UE, in a wireless communication system, the method being performed by the UE and comprising: determining (S902) a UE preference for power saving; and transmitting (S903) to a network, a power preference indicator indicating whether the UE prefers power saving or not based on the determined UE preference, said method being characterized in that said step of transmitting is performed based on at least one condition, wherein the power preference indicator is set by the UE to indicate that the UE prefers power saving when the UE prefers a long cycle of discontinuous reception, DRX, and the power preference indicator is set by the UE to indicate that the UE does not prefer power saving when the UE prefers a short cycle of DRX, wherein the at least one condition includes: - a enquiry message enquiring the UE to transmit the power preference indicator is received by the UE from the network, - a timer for the power preference indicator is running but the power preference indicator being set is different from the previously transmitted power preference indicator, and - a timer for the power preference indicator is not running. determining (S902) a UE preference for power saving; and transmitting (S903) to a network, a power preference indicator indicating whether the UE prefers power saving or not based on the determined UE preference, said method being characterized in that said step of transmitting is performed based on at least one condition, wherein the power preference indicator is set by the UE to indicate that the UE prefers power saving when the UE prefers a long cycle of discontinuous reception, DRX, and the power preference indicator is set by the UE to indicate that the UE does not prefer power saving when the UE prefers a short cycle of DRX, wherein the at least one condition includes: - a enquiry message enquiring the UE to transmit the power preference indicator is received by the UE from the network, - a timer for the power preference indicator is running but the power preference indicator being set is different from the previously transmitted power preference indicator, and - a timer for the power preference indicator is not running. - a enquiry message enquiring the UE to transmit the power preference indicator is received by the UE from the network, - a timer for the power preference indicator is running but the power preference indicator being set is different from the previously transmitted power preference indicator, and - a timer for the power preference indicator is not running.
A method of patterning an object, comprising: providing a three-dimensional object ; wrapping the 3D object in a flexible stamp having a micropattern on a micropatterned side, the flexible stamp being conformable to a surface of the 3D object ; inserting the 3D object and the flexible stamp into a vacuum bag such that the micropatterened side of the flexible stamp faces the surface of the 3D object ; applying vacuum to the 3D object and the flexible stamp within the vacuum bag to induce a differential pressure between inside and outside of the vacuum bag and thereby cause the flexible stamp to conform to the surface of the 3D object ; and transferring the micropattern of the flexible stamp to the surface of the 3D object . providing a three-dimensional object ; wrapping the 3D object in a flexible stamp having a micropattern on a micropatterned side, the flexible stamp being conformable to a surface of the 3D object ; inserting the 3D object and the flexible stamp into a vacuum bag such that the micropatterened side of the flexible stamp faces the surface of the 3D object ; applying vacuum to the 3D object and the flexible stamp within the vacuum bag to induce a differential pressure between inside and outside of the vacuum bag and thereby cause the flexible stamp to conform to the surface of the 3D object ; and transferring the micropattern of the flexible stamp to the surface of the 3D object .
Header for an agricultural harvester , the header comprising a connector adapted to be connected to a feeder of the agricultural harvester, the header further comprising a cutter bar and a first lateral crop transporting mechanism to move crop material towards a first opening at the connector, the header further comprising second lateral crop transporting mechanism provided at a distance from the first lateral crop transporting mechanism , the second lateral crop transporting mechanism being provided to move crop material towards a second opening, the second opening being different from the first opening, characterized in that said second opening is at the connector.
A three-dimensionally shaped object forming sheet , characterized by comprising: a thermally expansive layer distending at a predetermined temperature or higher; and a base laminated on one side thereof with the thermally expansive layer , wherein on at least one side of the three-dimensionally shaped object forming sheet a photothermal conversion layer for converting absorbed light to heat is formed, the base comprises a first base and a second base that are laminated, and the first base has an elasticity that is greater than an elasticity of the second base . a thermally expansive layer distending at a predetermined temperature or higher; and a base laminated on one side thereof with the thermally expansive layer , wherein on at least one side of the three-dimensionally shaped object forming sheet a photothermal conversion layer for converting absorbed light to heat is formed, the base comprises a first base and a second base that are laminated, and the first base has an elasticity that is greater than an elasticity of the second base .
Locking bolt for a tripod for setting up music boxes, which locking bolt comprises a guide sleeve and an adjusting pin with a blocking end portion which is embodied to come into engagement in a hole on the tripod, and wherein the locking bolt further comprises a closure member for arresting the adjusting pin in the guide sleeve , wherein the guide sleeve comprises an internal thread , and wherein the closure member comprises an external thread being embodied in a complementary manner to the internal thread, and wherein the internal thread and the external thread are designed in such a way that, by screwing of the external thread to the internal thread , the blocking end portion is fixed in its axial position relative to the guide sleeve , characterized in that the guide sleeve comprises a connecting thread with the aid of which the locking bolt can be arranged on a tripod.
Compounds of formula I wherein R 1 is halo or alkyl; R 2 is H or halo; R 3 is H or halo; R 4 is H or halo; or R 3 and R 4 form a 3-membered or a 4-membered cycloalkyl ring; R 5 is H, halo, haloalkoxy, alkynyl, alkynylalkoxy or alkoxyphenyl; R 6 is H; R 7 is H; W is -C(O)- or -S(O) 2 -; m is 0 or 1; n is 0 or 1; and pharmaceutically acceptable salts. R 1 is halo or alkyl; R 2 is H or halo; R 3 is H or halo; R 4 is H or halo; or R 3 and R 4 form a 3-membered or a 4-membered cycloalkyl ring; R 5 is H, halo, haloalkoxy, alkynyl, alkynylalkoxy or alkoxyphenyl; R 6 is H; R 7 is H; W is -C(O)- or -S(O) 2 -; m is 0 or 1; n is 0 or 1; and pharmaceutically acceptable salts.
A method of constructing an underground tunnel, the method comprising the steps of: drilling a first bore along a first predetermined path through underlying geology. the first bore having a length of at least 25m; drilling a plurality of second bores along respective second predetermined paths through the underlying geology, each of the respective second predetermined paths being substantially parallel to the first predetermined path in order for the plurality of second bores alone, or a combination of the plurality of second bores and the first bore together, to define a substantially prism-shape region having a cross-section of a geometric shape along an entire length of the first and second bores, the geometric shape and a size of that shape being constant along the entire length; lining any one of the first bore and the plurality of second bores with a liner, the liner having holes therein; treating the underlying geology through the holes in specific pre-defined directions, in advance of excavating the material in order to increase efficiency of excavating the material; and excavating material within the substantially prism-shape region to form a tunnel. drilling a first bore along a first predetermined path through underlying geology. the first bore having a length of at least 25m; drilling a plurality of second bores along respective second predetermined paths through the underlying geology, each of the respective second predetermined paths being substantially parallel to the first predetermined path in order for the plurality of second bores alone, or a combination of the plurality of second bores and the first bore together, to define a substantially prism-shape region having a cross-section of a geometric shape along an entire length of the first and second bores, the geometric shape and a size of that shape being constant along the entire length; lining any one of the first bore and the plurality of second bores with a liner, the liner having holes therein; treating the underlying geology through the holes in specific pre-defined directions, in advance of excavating the material in order to increase efficiency of excavating the material; and excavating material within the substantially prism-shape region to form a tunnel.