mhurhangee/ep-ind-claims huggingface dataset:
An instrument system comprising: an instrument housing; instrument components at least partially disposed in an evacuated chamber within the instrument housing; the instrument system further comprising a barrier that is configured to seal the evacuated chamber, the barrier comprising a plurality of instrument electrodes that are electrically coupled to the instrument components and extending through the barrier; and characterized by a diffusion block formed of a non-diffusive material and coupled to the instrument housing to seal an evacuated cavity within the instrument housing between the barrier and the diffusion block. an instrument housing; instrument components at least partially disposed in an evacuated chamber within the instrument housing; the instrument system further comprising a barrier that is configured to seal the evacuated chamber, the barrier comprising a plurality of instrument electrodes that are electrically coupled to the instrument components and extending through the barrier; and characterized by a diffusion block formed of a non-diffusive material and coupled to the instrument housing to seal an evacuated cavity within the instrument housing between the barrier and the diffusion block.
Fire extinguisher plant, in particular with a dry, multiple development network, outside the ground and fed by water, particularly suitable for installation on floors of large structures such as airports, train stations, marine terminals and subway stations, either wholly or partly underground, or other, wherein it comprises at least a primary fire extinguisher device (21, 21a, 21b) suitable to be connected to a water supply network and provided with at least a water-relaunch pipe, and one or more secondary fire extinguisher devices (26, 26a, 26b, 26c) each provided with at least one hydrant to supply a flow of water, and at least a dry water-relaunch pipe for connection to another of said secondary fire extinguisher devices (26, 26a, 26b, 26c), and in that said secondary fire extinguisher devices (26, 26a, 26b, 26c) are able to be connected at least in sequence starting from said primary fire extinguisher device (21, 21a) by means of said relaunch pipes (24, 24'), said pipe of said primary fire extinguisher device (21, 21a) being configured to deliver water to the pipes of the secondary fire extinguisher devices (26, 26a, 26b, 26c) starting from said primary fire extinguisher device (21, 21a) and as far as the hydrant of at least one secondary fire extinguisher device (26, 26a, 26b, 26c) nearest to a fire zone.
Process for the preparation of compounds of the formula in which firstly compounds of the formula are prepared and these are then converted in a manner known per se into compounds of the formula, where Rf is a fluorinated, linear or branched alkyl group, optionally containing further heteroatoms, R is a linear or branched alkyl or siloxane group, optionally containing heteroatoms, or a group Rf', and Rf` is a fluorinated, linear or branched alkyl group, optionally containing further heteroatoms. are prepared and these are then converted in a manner known per se into compounds of the formula, where Rf is a fluorinated, linear or branched alkyl group, optionally containing further heteroatoms, R is a linear or branched alkyl or siloxane group, optionally containing heteroatoms, or a group Rf', and Rf` is a fluorinated, linear or branched alkyl group, optionally containing further heteroatoms.
A non-transitory computer-readable storage medium comprising instructions that when executed cause a processor of a computing device to: in response to establishing a connection between the computing device and a first electronic device, determine, using a device driver for the first electronic device, that the first electronic device is operable with a third electronic device; request descriptor information of a second electronic device connected to the computing device via a universal serial bus interface of the computing device, where the descriptor information is a data structure as specified in the USB protocol; identify calibration data of the third electronic device connected to the computing device based on the descriptor information, the descriptor information including the calibration data and an identifier string indicating a presence of the calibration data in the descriptor information, wherein the calibration data is stored at the second electronic device; and control the first electronic device using the calibration data. in response to establishing a connection between the computing device and a first electronic device, determine, using a device driver for the first electronic device, that the first electronic device is operable with a third electronic device; request descriptor information of a second electronic device connected to the computing device via a universal serial bus interface of the computing device, where the descriptor information is a data structure as specified in the USB protocol; identify calibration data of the third electronic device connected to the computing device based on the descriptor information, the descriptor information including the calibration data and an identifier string indicating a presence of the calibration data in the descriptor information, wherein the calibration data is stored at the second electronic device; and control the first electronic device using the calibration data.
A method for activating a resistive load of a household appliance by means of a TRIAC corresponding to a first switching device interposed between an alternating current supply source and said resistive load, said method comprising the step of closing said first switching device, during a succession of half-cycles of the mains power signal, for a corresponding time interval, wherein the duration of said time interval changes from a predetermined initial value to a predetermined final value in accordance with an increasing monotonic law; characterized in that it further comprises the step of, once said predetermined final value has been reached, opening said first switching device and closing a relay corresponding to a second switch, said second switch being interposed between said alternating current supply source and said resistive load.
A vehicle function operation apparatus comprising: a matching table (1100, 2100) configured to display an icon (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4) for each of various in-vehicle functions on each area of the matching table (1100, 2100); and a position variable knob dial (1200, 2200) configured to be electrically linked when coming into contact with the matching table (1100, 2100) and to project a widget on the matching table (1100, 2100) for each detailed function of the corresponding icon (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4) positioned on a contact area with the matching table (1100, 2100), wherein the matching table (1100, 2100) includes a monitoring sensor configured to partition an area for each icon (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4) on an upper end surface of the matching table (1100, 2100), wherein the matching table (1100, 2100) is configured to selectively display an illumination for each position and function based on a backlight (1110, 2110) over an entire area of the matching table (1100, 2100), wherein when coming into contact with the knob dial (1200, 2200), the matching table (1100, 2100) is configured to activate a backlight illumination only for the corresponding icon (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4) of an area where the knob dial (1200, 2200) is positioned and to deactivate backlight illuminations for the remaining icons (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4). a matching table (1100, 2100) configured to display an icon (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4) for each of various in-vehicle functions on each area of the matching table (1100, 2100); and a position variable knob dial (1200, 2200) configured to be electrically linked when coming into contact with the matching table (1100, 2100) and to project a widget on the matching table (1100, 2100) for each detailed function of the corresponding icon (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4) positioned on a contact area with the matching table (1100, 2100), wherein the matching table (1100, 2100) includes a monitoring sensor configured to partition an area for each icon (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4) on an upper end surface of the matching table (1100, 2100), wherein the matching table (1100, 2100) is configured to selectively display an illumination for each position and function based on a backlight (1110, 2110) over an entire area of the matching table (1100, 2100), wherein when coming into contact with the knob dial (1200, 2200), the matching table (1100, 2100) is configured to activate a backlight illumination only for the corresponding icon (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4) of an area where the knob dial (1200, 2200) is positioned and to deactivate backlight illuminations for the remaining icons (1120, 1120-1, 1120-2, 1120-3, 1120-4, 2120, 2120-1, 2120-2, 2120-3, 2120-4).
A polynucleotide, comprising: a JeT promoter, a synthetic intron sequence less than 400 bases in length, the intron sequence having at least 98% sequence identity to SEQ ID NO: 11, with no ATG sequences within the synthetic intron sequence, and a polynucleotide sequence encoding a polypeptide or protein, the sequence operatively linked to the promoter. a JeT promoter, a synthetic intron sequence less than 400 bases in length, the intron sequence having at least 98% sequence identity to SEQ ID NO: 11, with no ATG sequences within the synthetic intron sequence, and a polynucleotide sequence encoding a polypeptide or protein, the sequence operatively linked to the promoter.
A reactor container for purifying or for purifying and activating charged granular activated carbon, which container can be heated in an oven and the waste gas whereof is conducted into a cooling system which is arranged outside of the oven and which is used for condensing and collecting the constituents, wherein the temperature of the waste gas exiting from the reactor container can be detected, has at least one cylindrical reactor container top which is closable in a sealing manner by a reactor container top cover, wherein the reactor container top has, in the base area, a steam supply line and the reactor container top cover has a waste gas line, a perforated base plate which is arranged above the steam supply line, and cylindrical ventilation inserts which rest on the base plate at a distance from each other and from the inner wall of the reactor container top via an open surface, the cylinder casing being perforated and the closed head part being connected to the cylinder casing, as well as a perforated top insert which is arranged above the ventilation inserts and at a distance from the head part thereof, wherein the space between the ventilation inserts and the inner wall of the reactor container top, defined at the base by the base plate, is fillable with charged activated carbon.
A swinging door structure, specifically an inward swinging door structure, for a motor vehicle, preferably a bus, having at least one pivotable door leaf, having at least one guide mechanism (2, 3) for the door leaf, and having at least one switch, preferably a pressure wave switch, for detecting whether the door leaf strikes an obstacle during a closing operation, wherein the switch is able to be pivoted with the door leaf, wherein the switch has a diaphragm and the diaphragm is oriented substantially horizontally and/or is installed in a lying position, characterized in that - the switch is connected to a control cable, wherein the control cable serves for connecting the switch to a door control unit, wherein - the guide mechanism (2, 3) comprises a door-frame-side guide mechanism, wherein the door-frame-side guide mechanism comprises a guide rail for guiding a roller or a slide block (3.1), and wherein - the control cable runs through an opening in the guide rail and runs along the guide rail of the door-frame-side guide mechanism. - the switch is connected to a control cable, wherein the control cable serves for connecting the switch to a door control unit, wherein - the guide mechanism (2, 3) comprises a door-frame-side guide mechanism, wherein the door-frame-side guide mechanism comprises a guide rail for guiding a roller or a slide block (3.1), and wherein - the control cable runs through an opening in the guide rail and runs along the guide rail of the door-frame-side guide mechanism.
Method for cleaning wash ware in a dishwasher, in particular in a commercial dishwasher, which is designed as a programmable automatic machine and has a treatment chamber for receiving the wash ware to be treated, wherein the method has the following method steps to be carried out in succession: i) the type of wash ware to be treated is detected; ii) a treatment programme for the treatment of the wash ware is selected as a function of the detected type of wash ware; and iii) the process parameters associated with the selected treatment programme are set automatically, characterized in that each detected type of wash ware is assigned to a predetermined or determinable wash ware group before the actual treatment of the wash ware, wherein, for each wash ware group is a predetermined or determinable treatment programme, according to which the wash ware of the type of wash ware assigned to this wash ware group is to be treated during at least one of the treatment phases; wherein the type of wash ware depends on the size, shape and/or material of the wash ware to be cleaned; and wherein the following assignments are carried out: - plates manufactured from porcelain or a porcelain-like material are assigned to a first wash ware group; - utensils manufactured from metal, in particular from high-grade steel and cutlery or items of cutlery manufactured from metal, in particular from high-grade steel, are assigned to a second wash ware group; - drinking glasses manufactured from glass or a glass-like material are assigned to a third wash ware group; and - the wash ware which has been recognized as "other wash ware" is assigned to a fourth wash ware group. i) the type of wash ware to be treated is detected; ii) a treatment programme for the treatment of the wash ware is selected as a function of the detected type of wash ware; and iii) the process parameters associated with the selected treatment programme are set automatically, - plates manufactured from porcelain or a porcelain-like material are assigned to a first wash ware group; - utensils manufactured from metal, in particular from high-grade steel and cutlery or items of cutlery manufactured from metal, in particular from high-grade steel, are assigned to a second wash ware group; - drinking glasses manufactured from glass or a glass-like material are assigned to a third wash ware group; and - the wash ware which has been recognized as "other wash ware" is assigned to a fourth wash ware group.
A load carrier foot comprising: a body arrangement having a first portion configured to be connected to a load carrier bar, and having a second portion comprising a vehicle support surface configured to rest against a first surface of a vehicle, a lever arm, a bracket having a clamping portion configured to clamp a second surface of the vehicle, said bracket being operatively connected to said lever arm, wherein said lever arm is adapted to arrange said bracket in a clamped state where the clamping portion is in contact with the second surface of the vehicle in such a way that the bracket clamps the second surface of the vehicle, and to arrange said bracket in at least one open state where the clamping portion is separated from the second surface by a gap (g), a first pivot element pivotably connecting said body arrangement to said lever arm; a second pivot element pivotably connecting said bracket to said lever arm, thereby enabling the whole bracket to be moved away from the body arrangement in order to vary the size of said gap (g), characterised in that the first pivot element is arranged in a first geometrical horizontal plane and the second pivot element is arranged in a second geometrical horizontal plane and wherein the second geometrical horizontal plane is arranged at a vertical position below the first geometrical horizontal plane when the bracket is in said clamped state. a body arrangement having a first portion configured to be connected to a load carrier bar, and having a second portion comprising a vehicle support surface configured to rest against a first surface of a vehicle, a lever arm, a bracket having a clamping portion configured to clamp a second surface of the vehicle, said bracket being operatively connected to said lever arm, wherein said lever arm is adapted to arrange said bracket in a clamped state where the clamping portion is in contact with the second surface of the vehicle in such a way that the bracket clamps the second surface of the vehicle, and to arrange said bracket in at least one open state where the clamping portion is separated from the second surface by a gap (g), a first pivot element pivotably connecting said body arrangement to said lever arm; a second pivot element pivotably connecting said bracket to said lever arm, thereby enabling the whole bracket to be moved away from the body arrangement in order to vary the size of said gap (g), characterised in that the first pivot element is arranged in a first geometrical horizontal plane and the second pivot element is arranged in a second geometrical horizontal plane and wherein the second geometrical horizontal plane is arranged at a vertical position below the first geometrical horizontal plane when the bracket is in said clamped state.
A safety net for a vertical wind tunnel comprising: - an annular frame arranged therearound a flight area, wherein the annular frame has an upper surface, a lower surface, an outer surface and an inner surface that is exposed to the flight area; - a plurality of cables forming a net area over the flight area, - springs, wherein each end of the plurality of cables is attached to the annular frame via springs, wherein the springs and each end of the plurality of cables is enclosed by the annular frame so that only cables are exposed to the flight area and a user of the safety net, - a slider arranged in the annular frame at the inner surface thereof, characterized in that the slider extends from the upper surface to the lower surface of the annular frame and the slider further comprises guide openings extending from the upper surface to the lower surface of the annular frame so that the cables may extend through the guide openings and can move along the guide openings up and down without touching the annular frame or any other member of the vertical wind tunnel, when a user of the vertical wind tunnel walks or falls on the net area. - an annular frame arranged therearound a flight area, wherein the annular frame has an upper surface, a lower surface, an outer surface and an inner surface that is exposed to the flight area; - a plurality of cables forming a net area over the flight area, - springs, wherein each end of the plurality of cables is attached to the annular frame via springs, wherein the springs and each end of the plurality of cables is enclosed by the annular frame so that only cables are exposed to the flight area and a user of the safety net, - a slider arranged in the annular frame at the inner surface thereof, characterized in that the slider extends from the upper surface to the lower surface of the annular frame and the slider further comprises guide openings extending from the upper surface to the lower surface of the annular frame so that the cables may extend through the guide openings and can move along the guide openings up and down without touching the annular frame or any other member of the vertical wind tunnel, when a user of the vertical wind tunnel walks or falls on the net area.
A method in a field unit for dynamic traffic channel allocation comprising: - transmitting a marker signal in an assigned time slot, the method characterised in: - that the marker signal indicates that the field unit is to go active and requests the assignment of traffic channels for data transmission from the field unit to a base station, wherein different markers are indicated by transmission at different power levels, wherein a non-request signal type is transmitted at a first power level and a request signal type is transmitted at a second power level. - transmitting a marker signal in an assigned time slot, the method characterised in: - that the marker signal indicates that the field unit is to go active and requests the assignment of traffic channels for data transmission from the field unit to a base station, wherein different markers are indicated by transmission at different power levels, wherein a non-request signal type is transmitted at a first power level and a request signal type is transmitted at a second power level. - that the marker signal indicates that the field unit is to go active and requests the assignment of traffic channels for data transmission from the field unit to a base station, wherein different markers are indicated by transmission at different power levels, wherein a non-request signal type is transmitted at a first power level and a request signal type is transmitted at a second power level.
Communication equipment comprising: at least one primary access apparatus connected to the backbone network; and at least two secondary access apparatus, wherein the secondary access apparatus are connected to each other through a leaky coaxial cable and are connected to the primary access apparatus through leaky coaxial cables; characterized in that the at least two secondary access apparatus are constructed to be able to communicate with each other via the leaky coaxial cable, and the primary access apparatus and the at least two secondary access apparatus are constructed to be able to communicate with one another via the leaky coaxial cables; wherein said two secondary access apparatus which are directly connected to each other through said leaky coaxial cable are constructed to be a client and network proxy equipment for the other. at least one primary access apparatus connected to the backbone network; and at least two secondary access apparatus, wherein the secondary access apparatus are connected to each other through a leaky coaxial cable and are connected to the primary access apparatus through leaky coaxial cables; characterized in that the at least two secondary access apparatus are constructed to be able to communicate with each other via the leaky coaxial cable, and the primary access apparatus and the at least two secondary access apparatus are constructed to be able to communicate with one another via the leaky coaxial cables; wherein said two secondary access apparatus which are directly connected to each other through said leaky coaxial cable are constructed to be a client and network proxy equipment for the other.
An assembly comprising a two part bidimensional antenna for high frequency communication, a data transmission coaxial cable with a central pin and a shield, and means for connecting the central pin and the shield of the cable to the two parts of the antenna(7, 8), the said two parts of the antenna being printed on a glazing panel, characterized in that the assembly further comprises an electrical component, bridging the two parts of the antenna for controlling the connection between the cable and the antenna and wherein the electrical component is an electric resistor.