mhurhangee/patent-ind-claim-en huggingface dataset:
A satellite comprising a heat transfer assembly, the transfer assembly comprising: an equipment panel having an east end and a west end, wherein an east-west direction extends between the east end and the west end, wherein the equipment panel further has a first length (L1) in a longitudinal direction, and wherein the longitudinal direction is transverse to the east-west direction; a first radiator panel coupled to one of an east end and a west end of the equipment panel , the first radiator panel comprising a second length (L2) in the longitudinal direction and at least a first longitudinal heat pipe, the second length (L2) being greater than the first length (L1); and at least one flexible heat pipe comprising a first rigid tube coupled to the equipment panel and a second rigid tube thermally coupled to the first longitudinal heat pipe , wherein the equipment panel is configured to retain an equipment module in thermal contact with the first rigid tube . an equipment panel having an east end and a west end, wherein an east-west direction extends between the east end and the west end, wherein the equipment panel further has a first length (L1) in a longitudinal direction, and wherein the longitudinal direction is transverse to the east-west direction; a first radiator panel coupled to one of an east end and a west end of the equipment panel , the first radiator panel comprising a second length (L2) in the longitudinal direction and at least a first longitudinal heat pipe, the second length (L2) being greater than the first length (L1); and at least one flexible heat pipe comprising a first rigid tube coupled to the equipment panel and a second rigid tube thermally coupled to the first longitudinal heat pipe , wherein the equipment panel is configured to retain an equipment module in thermal contact with the first rigid tube .
Method for operating an electrical appliance with an operating device which includes a plurality of operating elements , wherein one of the operating elements forms an On/Off switch and is a touch-sensitive switch or is operable by a light tracking force, wherein, starting from an On-condition of the electrical appliance , by actuating the On/Off switch for a time period above a switching limit value the electrical appliance is switched off and taken to the Off-condition, characterized in that , starting from the On-condition of the electrical appliance , by actuating said On/Off switch for a time period below said switching limit value an additional function or a submenu of the electrical appliance is made operable.
An arrangement (A1) for mounting a boil-off pipe of a liquefied gas fuel system (I) to a vehicle , said vehicle having a tiltable cab , said fuel system having a chassis-mounted liquefied gas fuel tank for providing fuel to the engine of the vehicle , wherein evaporated gas is arranged to be evacuated from said tank via said boil-off pipe at a certain tank pressure, said boil-off pipe being arranged in connection to a rear side of the cab via a connection arrangement (30; 130) of said arrangement (A1), characterized in that said boil-off pipe is attached to the rear side of the cab , wherein said connection arrangement (30; 130) comprises a flexible tube (34; 134) arranged to be connected at one end to the tank and at the other end to the boil-off pipe , wherein said connection arrangement (30; 130) comprises a link arm configuration (32; 132) comprising at least one link arm (32a; 132-1, 132-2, 132-3) arranged to be pivotably connected at one end (32a-1; 132-1a) to the rear side of the cab , wherein said link arm configuration (32; 132) is arranged to support said flexible tube (34; 134) so as to accommodate a tilting movement of said cab .
A hydraulic system for a working machine , said hydraulic system comprising: - a feeding pump ; - a plurality of variable displacement hydraulic machines being connected in parallel to said feeding pump ; - at least one , preferably a plurality, of said variable displacement hydraulic machines being adapted to drive a ground engagement element of said working machine , characterized in that - at least one of said variable displacement hydraulic machines is adapted to drive a vibrator for vibrating a ground engagement element of said working machine . - a feeding pump ; - a plurality of variable displacement hydraulic machines being connected in parallel to said feeding pump ; - at least one , preferably a plurality, of said variable displacement hydraulic machines being adapted to drive a ground engagement element of said working machine , characterized in that - at least one of said variable displacement hydraulic machines is adapted to drive a vibrator for vibrating a ground engagement element of said working machine .
A testing head with vertical contact probes for the functionality testing of a device under test , said testing head comprising a plurality of vertical contact probes , each vertical contact probe having a rod-like body having a preset length extending between a first and a second end , said second end being a contact tip adapted to abut onto a contact pad of said device under test , said body of each of said vertical contact probes having a length less than 5000 μm and comprising at least one opening extending all over its length and defining a plurality of arms , parallel to each other, separated by said at least one opening and connected to said end portions of said vertical contact probe , said testing head further comprising at least one lower guide and one upper guide being flat and parallel to each other and provided with respective guide holes inside which one respective vertical contact probe is housed, characterized by further comprising at least one auxiliary guide , arranged along said body in parallel to a plane defined by said device under test and provided with suitable guide holes , one vertical contact probe sliding through each of them, said auxiliary guide being positioned near said first and/or second end portion of said vertical contact probe and being adapted to define a gap and a further gap , said gap being defined between said at least one auxiliary guide and said lower and/or upper guide and including one critical portion of said body located at the junction between said arms , said critical portion being a zone more prone to breakings in said body and being positioned in said gap so that it undergoes low or even no bending stresses with respect to the rest of said body .
Method of fabrication of a semiconductor element, the method involving a step of rapid heat treatment exposing a substrate comprising a base having a resistivity greater than 1000 Ohm.cm, an insulator layer on the base and a surface layer on the insulator layer to a peak temperature able to deteriorate the resistivity of the base , the method being characterized in that the step of rapid heat treatment is followed by a curing heat treatment exposing the substrate to a curing temperature between 800°C and 1250°C and having a cooldown rate: - less than 5°C/sec when the curing temperature is between 1250°C and 1150°C, - less than 20°/sec when the curing temperature is between 1150°C and 1100°C, and - less than 50°C/sec when the curing temperature is between 1100°C and 800°C. - less than 5°C/sec when the curing temperature is between 1250°C and 1150°C, - less than 20°/sec when the curing temperature is between 1150°C and 1100°C, and - less than 50°C/sec when the curing temperature is between 1100°C and 800°C.
Module of equipment to be fitted into an electrical box , comprising: - a housing made of insulating material which delimits an internal space for receiving an electrical mechanism , - a front plate to be affixed to the front of said housing , and - at least one snap-fitting means for securing the housing in the electrical box , which comprises: • a latching part designed to latch onto said electrical box , • a tab which bears said latching part and which is flexible between a rest position and a deformed position, the rest position of the tab being located outwards with respect to the housing compared to the deformed position, and • means for manoeuvring said tab in order to move it into the deformed position, characterized in that the module of equipment comprises retention means which are formed in one piece with the housing or with the front plate, and which are designed to engage by snap-fitting with said tab so as to retain the latter in the deformed position. - a housing made of insulating material which delimits an internal space for receiving an electrical mechanism , - a front plate to be affixed to the front of said housing , and - at least one snap-fitting means for securing the housing in the electrical box , which comprises: • a latching part designed to latch onto said electrical box , • a tab which bears said latching part and which is flexible between a rest position and a deformed position, the rest position of the tab being located outwards with respect to the housing compared to the deformed position, and • means for manoeuvring said tab in order to move it into the deformed position, • a latching part designed to latch onto said electrical box , • a tab which bears said latching part and which is flexible between a rest position and a deformed position, the rest position of the tab being located outwards with respect to the housing compared to the deformed position, and • means for manoeuvring said tab in order to move it into the deformed position,
A mode converter , comprising: a substrate comprising a silicon dioxide, SiO 2 , material disposed on top of the substrate; a silicon waveguide comprising a first adiabatic tapering and enclosed in the silicon dioxide material; and a low-index waveguide disposed on top of the substrate and adjacent to the first adiabatic tapering; wherein the low-index waveguide comprises a second adiabatic tapering, and wherein the first adiabatic tapering is adjacent to the second adiabatic tapering, and a gap between the first adiabatic tapering of the silicon waveguide and the second adiabatic tapering of the low-index waveguide is constant. a substrate comprising a silicon dioxide, SiO 2 , material disposed on top of the substrate; a silicon waveguide comprising a first adiabatic tapering and enclosed in the silicon dioxide material; and a low-index waveguide disposed on top of the substrate and adjacent to the first adiabatic tapering; wherein the low-index waveguide comprises a second adiabatic tapering, and wherein the first adiabatic tapering is adjacent to the second adiabatic tapering, and a gap between the first adiabatic tapering of the silicon waveguide and the second adiabatic tapering of the low-index waveguide is constant.
A smartphone case comprising: a case body configured to surround a smartphone and retain the case body on a rear surface of the smartphone; a battery embedded in the case body; a pager antenna embedded in the case body; a pager processing element embedded in the case body, the pager processing element connected to the battery and the pager antenna; and characterized by : a smartphone interface element connected to the pager processing element and configured to provide data and electrical connectivity to the smartphone and provide power from the battery to the smartphone, wherein the pager processing element is configured to interface with a pager network via the pager antenna and continuously monitor a power level of the battery and prevent the smartphone from drawing power from the battery when the power level falls below a defined threshold. a case body configured to surround a smartphone and retain the case body on a rear surface of the smartphone; a battery embedded in the case body; a pager antenna embedded in the case body; a pager processing element embedded in the case body, the pager processing element connected to the battery and the pager antenna; and characterized by : a smartphone interface element connected to the pager processing element and configured to provide data and electrical connectivity to the smartphone and provide power from the battery to the smartphone, wherein the pager processing element is configured to interface with a pager network via the pager antenna and continuously monitor a power level of the battery and prevent the smartphone from drawing power from the battery when the power level falls below a defined threshold.
Method for demonstrating the presence of a pathogen in a carrier, in particular in seed, providing one or more indicator plants of identical genotype, wherein indicator plants have been cultivated by subjecting the indicator plants artificially to a number of growth factors in an at least substantially daylight-free, conditioned environment, which growth factors at least comprise a photosynthetically active radiation spectrum, an ambient room temperature and a leaf evaporation, wherein the indicator plants are subjected during a cultivation period to a predetermined cultivation schedule which imposes a predetermined ratio of water and dry matter in the indicator plants as well as defining a predetermined composition in the dry matter, which cultivation schedule comprises at least growth parameters prescribed for said growth factors, defining said growth factors in a predetermined mutual relation, imposing said growth factors on said indicator plants in said mutual relation as prescribed by the cultivation schedule, wherein said indicator plants are cultivated to have an increased sensitivity to said pathogen, and testing for the presence of this pathogen by exposing said cultivated indicator plants to a sample of said carrier sampled for the purpose and subsequently determining whether the indicator plants have been adversely affected or not.
A process for producing a cyclic acetal compound represented by the following general formula , comprising a step of producing a cyclic acetal compound represented by the following general formula by subjecting a compound A represented by the following general formula and a compound B represented by the following general formula to cyclodehydration reaction in a system comprising a mixture of the compound A and water, an acid catalyst and the compound (B), wherein a content of water contained in the mixture is 20% by mass or more based on the total amount of the water and the compound A, in the step of producing a cyclic acetal compound, water contained in the mixture and water formed by the cyclodehydration reaction are removed from the system at the same time: wherein R 1 , R 2 , R 3 and R 4 each independently represent a straight-chain or branched alkyl group having 1 to 6 carbon atoms or a hydroxymethyl group, and wherein in the step of producing a cyclic acetal compound, water contained in the mixture and water formed by the cyclodehydration reaction are removed from the system at the same time through azeotropy of an organic compound and water.
Dynamic transaction card comprising: - a printed circuit board (PCB) ; - a power source that is configured to receive power from a EuroPay-MasterCard-Visa (EMV) terminal; - a power conditioning circuit that is configured to withdraw power from the power source and power the dynamic transaction card (120, ...); and - a power management component , which is configured to manage charging and discharging power to and from the power source (228, ...) and is configured to convert a voltage to a predetermined level in order to operate the dynamic transaction card (120, ...); and - an activation sensor that is configured to: receive input indicative of a password received on a paired mobile device; and activate the dynamic transaction card (120, ...). - a printed circuit board (PCB) ; - a power source that is configured to receive power from a EuroPay-MasterCard-Visa (EMV) terminal; - a power conditioning circuit that is configured to withdraw power from the power source and power the dynamic transaction card (120, ...); and - a power management component , which is configured to manage charging and discharging power to and from the power source (228, ...) and is configured to convert a voltage to a predetermined level in order to operate the dynamic transaction card (120, ...); and - an activation sensor that is configured to: receive input indicative of a password received on a paired mobile device; and activate the dynamic transaction card (120, ...). receive input indicative of a password received on a paired mobile device; and activate the dynamic transaction card (120, ...).
A turbine section for a gas turbine engine , comprising: a turbine blade extending radially outwardly to a radially outer tip and for rotation about an axis of rotation; a support structure (110; 210) comprising a first (116, 117; 216) and a second (118, 119; 218) hook; a blade outer air seal having a plurality of segments (105; 205) mounted in the support structure (110; 210), the plurality of segments (105; 205) arranged circumferentially about the axis of rotation and radially outward of the outer tip , wherein each segment has a base portion (124; 224) extending between a first circumferential side (C1) and a second circumferential side (C2) and from a first axial side (A1) to a second axial side (A2), a first wall (120; 220) axially spaced from a second wall (122; 222), the first and second walls extending radially outward from the base portion (124; 224) and extending in a generally circumferential direction along the base portion (124; 224), an outer wall (126; 226A, 226B) radially spaced from the base portion (124; 224) between the first and second walls; whereby the second wall (122; 222) has at least one wall window (132; 232) and the outer wall (126;226A, 226B) has at least one outer wall window (130, 131; 230, 231); characterised in that the at least one wall window (132; 232) of the second wall (122;222) is engaged with the first hook (116, 117; 216) on the support structure (110; 210) and in that the at least one outer wall window (130, 131; 230, 231) of the outer wall (126; 226A, 226B) is engaged with the second hook on the support structure (110; 210). a turbine blade extending radially outwardly to a radially outer tip and for rotation about an axis of rotation; a support structure (110; 210) comprising a first (116, 117; 216) and a second (118, 119; 218) hook; a blade outer air seal having a plurality of segments (105; 205) mounted in the support structure (110; 210), the plurality of segments (105; 205) arranged circumferentially about the axis of rotation and radially outward of the outer tip , wherein each segment has a base portion (124; 224) extending between a first circumferential side (C1) and a second circumferential side (C2) and from a first axial side (A1) to a second axial side (A2), a first wall (120; 220) axially spaced from a second wall (122; 222), the first and second walls extending radially outward from the base portion (124; 224) and extending in a generally circumferential direction along the base portion (124; 224), an outer wall (126; 226A, 226B) radially spaced from the base portion (124; 224) between the first and second walls; whereby the second wall (122; 222) has at least one wall window (132; 232) and the outer wall (126;226A, 226B) has at least one outer wall window (130, 131; 230, 231); characterised in that the at least one wall window (132; 232) of the second wall (122;222) is engaged with the first hook (116, 117; 216) on the support structure (110; 210) and in that the at least one outer wall window (130, 131; 230, 231) of the outer wall (126; 226A, 226B) is engaged with the second hook on the support structure (110; 210).
A dish washer comprising: a tub that defines a space for washing dishes; a water supply unit that has a water chamber where water supplied from the outside collects, to wash the dishes; a sump that is supplied with water from the water chamber and supplies wash water into the tub ; and a heat exchange passage through which the wash water in the sump flows and exchanges heat with the water in the water chamber while flowing, wherein the water supply unit comprises the water chamber , a first passage for supplying water to the water chamber , and a second passage through which the water from the water chamber is discharged, characterised in that the water supply unit further comprises a communicating passage that communicates with an outside of the tub or an outside of the dish washer and a communicating hole that communicates with the tub , the water chamber , and the first and second passages are separated from the communicating passage . a tub that defines a space for washing dishes; a water supply unit that has a water chamber where water supplied from the outside collects, to wash the dishes; a sump that is supplied with water from the water chamber and supplies wash water into the tub ; and a heat exchange passage through which the wash water in the sump flows and exchanges heat with the water in the water chamber while flowing, wherein the water supply unit comprises the water chamber , a first passage for supplying water to the water chamber , and a second passage through which the water from the water chamber is discharged, characterised in that the water supply unit further comprises a communicating passage that communicates with an outside of the tub or an outside of the dish washer and a communicating hole that communicates with the tub , the water chamber , and the first and second passages are separated from the communicating passage .
Apparatus for determining a confidence measure measuring a confidence in a correctness of, or an uncertainty measure measuring a liability of incorrectness of, a measurement of a disparity of a predetermined position of a first picture relative to a second picture , configured to accumulate, for each of a set of disparity candidates for the predetermined position , a contribution value which depends on the respective disparity candidate and a dissimilarity to the second picture which is associated with the respective disparity candidate according to a function (F) which has a first monotonicity with the dissimilarity (c) associated with the respective disparity candidate, and has a second monotonicity, opposite to the first monotonicity, with an absolute difference between the respective disparity candidate (d) and a predetermined disparity (di) having a minimum dissimilarity (c 1 ) associated therewith among dissimilarities associated with the set of disparity candidates, wherein the contribution value is computed as a product comprising a first factor and a second factor, the first factor has the first monotonicity with the dissimilarity (c) associated with the respective disparity candidate, and the second factor has the second monotonicity with the absolute difference between the respective disparity candidate (d) and the predetermined disparity (d 1 ). has a first monotonicity with the dissimilarity (c) associated with the respective disparity candidate, and has a second monotonicity, opposite to the first monotonicity, with an absolute difference between the respective disparity candidate (d) and a predetermined disparity (di) having a minimum dissimilarity (c 1 ) associated therewith among dissimilarities associated with the set of disparity candidates, wherein the contribution value is computed as a product comprising a first factor and a second factor, the first factor has the first monotonicity with the dissimilarity (c) associated with the respective disparity candidate, and the second factor has the second monotonicity with the absolute difference between the respective disparity candidate (d) and the predetermined disparity (d 1 ). the first factor has the first monotonicity with the dissimilarity (c) associated with the respective disparity candidate, and the second factor has the second monotonicity with the absolute difference between the respective disparity candidate (d) and the predetermined disparity (d 1 ).