mhurhangee/ep-ind-claims huggingface dataset:
A cleaning robot comprising: a primary robot comprising a first controller configured to control a plurality of first sensors, a first communication module, a first moving apparatus, and a first cleaning assembly; and at least one secondary robot comprising a second controller configured to control a plurality of second sensors, a second communication module, a second moving apparatus, and a second cleaning assembly; characterized in that the plurality of first sensors are configured to collect a plurality of environmental parameters associated with a target zone inaccessible to the primary robot; the first controller is configured to drive the first moving apparatus and the first cleaning assembly to perform a first cleaning task outside the target zone, to generate a first command signal based on the plurality of environmental parameters, and to control the first communication module to transmit the first command signal to the second communication module; and the second controller is configured to drive the second moving apparatus to have a secondary robot moving into the target zone and operate the second cleaning assembly of the secondary robot to perform a second cleaning task inside the target zone, upon receiving the first command signal from the second communication module. a primary robot comprising a first controller configured to control a plurality of first sensors, a first communication module, a first moving apparatus, and a first cleaning assembly; and at least one secondary robot comprising a second controller configured to control a plurality of second sensors, a second communication module, a second moving apparatus, and a second cleaning assembly; characterized in that the plurality of first sensors are configured to collect a plurality of environmental parameters associated with a target zone inaccessible to the primary robot; the first controller is configured to drive the first moving apparatus and the first cleaning assembly to perform a first cleaning task outside the target zone, to generate a first command signal based on the plurality of environmental parameters, and to control the first communication module to transmit the first command signal to the second communication module; and the second controller is configured to drive the second moving apparatus to have a secondary robot moving into the target zone and operate the second cleaning assembly of the secondary robot to perform a second cleaning task inside the target zone, upon receiving the first command signal from the second communication module.
A polymer solution for use in the therapeutic viscosupplementation, containing at least one at least partially water-soluble polysaccharide, which is selected from the group consisting of alkali salts of the hyaluronic acid, alkali salts of the carboxymethyl cellulose, methylcellulose, and hydroxyethyl cellulose, and water, characterised in that it further contains at least one water-soluble alkali salt or alkaline earth salt of the polystyrene sulfonic acid, and the solution is visually clear.
A valve comprising an inlet port, an outlet port, an exhaust port and a diaphragm disposed between the inlet and exhaust ports which is moveable, in response to air pressure within the valve, between a first position in which it seals the exhaust port and a second position in which the exhaust port is open, the exhaust port comprising a plurality of exhaust apertures, there being one or more projections associated with the exhaust port on which the diaphragm is able to rest in its first position, characterised in that the projections comprise ribs which extend axially from the exhaust port, some of which comprise an arc section disposed at their distal ends..
A gas turbine engine assembly comprising: a turbofan section including a gearbox and a fan; a core section including a compressor section, a combustor section and a turbine section; a low pressure spool supporting a low pressure turbine within the turbine section, the low pressure spool configured to drive the turbofan through the gearbox; an intermediate pressure spool supporting an intermediate pressure compressor within the compressor section and an intermediate pressure turbine within the turbine section; and a high pressure spool supporting a high pressure compressor within the compressor section and a high pressure turbine within the turbine section, characterized in that: the low pressure spool is supported for rotation about an axis at a forward most position by a forward roller bearing and at an aft position by an aft thrust bearing. a turbofan section including a gearbox and a fan; a core section including a compressor section, a combustor section and a turbine section; a low pressure spool supporting a low pressure turbine within the turbine section, the low pressure spool configured to drive the turbofan through the gearbox; an intermediate pressure spool supporting an intermediate pressure compressor within the compressor section and an intermediate pressure turbine within the turbine section; and a high pressure spool supporting a high pressure compressor within the compressor section and a high pressure turbine within the turbine section, characterized in that: the low pressure spool is supported for rotation about an axis at a forward most position by a forward roller bearing and at an aft position by an aft thrust bearing.
A vehicle seat configured to support an occupant in a sitting position, the seat comprising: a squab, a backrest, and an airbag unit; the airbag unit comprising an inflatable airbag provided in an initially rolled and/or folded airbag package, and an inflator actuable to direct inflating gas into the airbag to inflate the airbag into an inflated configuration; the airbag comprising a pair of inflatable chambers (8, 9); characterised in that said inflatable chambers (8, 9) are physically connected to one another via a connecting interface, and are fluidly isolated from one another; the airbag unit being mounted and configured such that, upon actuation of said inflator to inflate the airbag, said inflatable chambers (8, 9) inflate into respective deployed positions in which they: i) extend forwardly from respective opposing and laterally spaced-apart side regions of said backrest; and ii) extend upwardly, and laterally inwardly across an uppermost region of the seat towards said connecting interface, so as to thereby cooperate to define an inflated shroud around at least an uppermost region of the backrest so as to extend over said sitting position and provide lateral protection to a said occupant of the seat in said sitting position.
A holder for an ophthalmic lens, comprising: - a plate, and - three studs which are mounted on the plate, which project from the latter so as to have free ends by way of which they are designed to support the ophthalmic lens, and at least one of which is mounted so as to be able to rotate on the plate about a rotation axis, characterized in that the free end of said stud is located at a distance of between 5 and 25 millimeters from the rotation axis of this stud. - a plate, and - three studs which are mounted on the plate, which project from the latter so as to have free ends by way of which they are designed to support the ophthalmic lens, and at least one of which is mounted so as to be able to rotate on the plate about a rotation axis,
A control device for an electric vehicle comprising: a power storage unit configured for supplying power for power running; a first power conversion unit that converts a voltage input from an external power supply to a direct current having a predetermined value and outputs the direct current to the power storage unit; a second power conversion unit that receives power supply from the external power supply or the power storage unit and converts power to an alternating current having a predetermined value; an abnormality detection unit that detects an abnormal state of voltage and/or current in the first power conversion unit; a first control unit that controls the first power conversion unit based on a detection result of the abnormality detection unit and generates a protection status signal based on the detection result; and a second control unit that executes emergency control with respect to the second power conversion unit, when the protection status signal is input, which indicates that the first power conversion unit is in an abnormal state when the voltage and/or current in the first power conversion unit exceeds a predetermined threshold, wherein the power storage unit and the second power conversion unit are connected in parallel to an output side of the first power conversion unit, with an input side thereof connected to the external power supply, and when the second power conversion unit receives a power supply from the external power supply, the power supply is received via the first power conversion unit. a power storage unit configured for supplying power for power running; a first power conversion unit that converts a voltage input from an external power supply to a direct current having a predetermined value and outputs the direct current to the power storage unit; a second power conversion unit that receives power supply from the external power supply or the power storage unit and converts power to an alternating current having a predetermined value; an abnormality detection unit that detects an abnormal state of voltage and/or current in the first power conversion unit; a first control unit that controls the first power conversion unit based on a detection result of the abnormality detection unit and generates a protection status signal based on the detection result; and a second control unit that executes emergency control with respect to the second power conversion unit, when the protection status signal is input, which indicates that the first power conversion unit is in an abnormal state when the voltage and/or current in the first power conversion unit exceeds a predetermined threshold, wherein the power storage unit and the second power conversion unit are connected in parallel to an output side of the first power conversion unit, with an input side thereof connected to the external power supply, and when the second power conversion unit receives a power supply from the external power supply, the power supply is received via the first power conversion unit.
Culinary article comprising a support having an inner face able to receive food and an outer face intended to be disposed towards a source of heat, and a coating disposed on at least one of the two faces said culinary article being characterised in that the coating comprises at least one layer of rare-earth oxide comprising a matrix of at least one rare-earth oxide, and in that the layer of rare-earth oxide further comprises fillers dispersed in said matrix, said fillers being chosen from the group comprising fluorocarbon resins, polyetheretherketones (PEEK), polyetherketones, polyimides, polyamide-imides, polyethersulfones, phenylene polysulfides, silicone beads, and mixtures thereof.
A method, comprising: determining a projected change in bandwidth demand in a specified area during a specified future time period; repositioning one or more balloons in a high-altitude balloon network based on the projected change in bandwidth demand, wherein repositioning the one or more balloons comprises causing the one or more balloons to move into airspace over the specified area before the specified future time period; and providing, using the one or more balloons in the high-altitude balloon network, at least a portion of the bandwidth demanded in the specified area during the specified future time period. determining a projected change in bandwidth demand in a specified area during a specified future time period; repositioning one or more balloons in a high-altitude balloon network based on the projected change in bandwidth demand, wherein repositioning the one or more balloons comprises causing the one or more balloons to move into airspace over the specified area before the specified future time period; and providing, using the one or more balloons in the high-altitude balloon network, at least a portion of the bandwidth demanded in the specified area during the specified future time period.
A method of making at least one desired compound selected from the group consisting of a (5-alkoxymethyl)-tetrahydrofuran-2-methanol compound of the formula: and a (5-alkoxymethyl)-furan-2-methanol compound of the formula: wherein R is an alkyl group of 1 to 5 carbons, comprising contacting a source of R-5'alkoxy methylfurfural ether with hydrogen and a catalyst selected from the group consisting of: a nickel catalyst with a zirconium promoter, at a temperature and a pressure and for a time selected to convert at least 80% of the R- 5' alkoxy methylfurfural to the at least one desired compound.
A container-lifting spreader comprising locking pins (3,4) that are insertable into seats formed at the corners of a shipping container and upon rotation about their longitudinal axes can be brought in locked engagement with the container, wherein the locking pins are in pairs associated with a common drive effecting simultaneous rotation of the locking pins between locking and unlocking positions, the drive comprising a reversible electric motor and a power transmission that comprises two push rods, each of which is in one end hinged to a locking pin (3,4) and in the other end hinged to an operating lever included in the power transmission, and in such way that a driven movement of the operating lever is transferred via the push rods to rotational movements of the locking pins, and further wherein the power transmission comprises an input shaft driven by the motor and having an external thread, as well as an output shaft supporting the operating lever and likewise having an external gear ring, the said shafts in threaded engagement forming an angle gear, the angle gear providing a self-locking mesh of threads such that rotation of the input shaft causes rotation of the output shaft and the operating lever, whereas the opposite is prevented by the self-locking mesh of gears, wherein fixed stops (16; 17) are arranged to mechanically limit the movement of the operating lever within an angular space (α), the fixed stops this way providing in cooperation with the self-locking angle gear absolute positioning of the locking pins in locking and unlocking rotational positions.
Press tool part (1; 101; 201; 301; 401; 501; 601) for eliminating a planarity fault at a flat semi-finished product with a press surface (22, 222; 422; 522; 622) facing the flat semi-finished product, characterised in that the press tool part (1; 101; 201; 301; 401; 501; 601) comprises part halves (26, 27; 126, 127), which are separated from one another by a material weakening (25; 125) and which are operatively connected together on the one hand by means of a resiliently bendable bending bridge region (28; 128) of the press tool part (1; 101; 201; 301; 401; 501; 601) and on the other hand respectively by a common actuator (35; 135) so as to resiliently deform the press surface (22, 222; 422; 522; 622) of the press tool part (1; 101; 201; 301; 401; 501; 601) in dependence on the planarity fault.
An apparatus comprising: a support structure configured to at least partially enclose an appendage of a user, said support structure defining an inner side and an outer side; and a first section of flexible circuitry disposed towards the inner side of the support structure; wherein the first section of flexible circuitry is separate from the support structure and is comprised in a wearable sensor element separate from the support structure; wherein the support structure comprises: a first attachment mechanism for attaching the support structure to the appendage; and wherein the wearable sensor element comprises a second attachment mechanism, different from the first attachment mechanism, for attaching the wearable sensor element to the appendage, characterised in that the support structure further comprise a rigid section comprising electronic components for controlling the wearable sensor element. a support structure configured to at least partially enclose an appendage of a user, said support structure defining an inner side and an outer side; and a first section of flexible circuitry disposed towards the inner side of the support structure; wherein the first section of flexible circuitry is separate from the support structure and is comprised in a wearable sensor element separate from the support structure; wherein the support structure comprises: a first attachment mechanism for attaching the support structure to the appendage; and wherein the wearable sensor element comprises a second attachment mechanism, different from the first attachment mechanism, for attaching the wearable sensor element to the appendage, characterised in that the support structure further comprise a rigid section comprising electronic components for controlling the wearable sensor element.
Device for draining a tank of fluid under pressure pertaining to a space system, including a pyrotechnic actuator that is suitable to perforate a conduit in fluid communication with said tank, said device including a collar that is suitable to enclose said conduit, said collar bearing a pyrotechnic cartridge for perforation, oriented radially towards the conduit, characterized in that said collar comprises also an anvil diametrically opposed to the cartridge in relation to the conduit.
A radiation detection system, comprising: - a detector plate that is sensitive to radiation, and - an imaging system that is arranged to form an image of an object to be examined on the detector plate and that comprises: - a first slit plate (28; 128) with at least a first slit (30; 130), and - a second slit plate (34; 134) that is positioned between the first slit plate and the detector plate and with a second slit (36; 136) that makes a non-zero angle with the first slit, wherein the first and second slits together define a pinhole passage, characterized in that at least one of the first and second slit plates (28,34) comprises a slit plate displacement means (32,38) for adjusting the distance of that slit plate with respect to the other slit plate and/or the detector plate and/or the object to be examined, wherein at least one of the slit plates, preferably the first slit plate, comprises at least two slit plate parts (160 - 164), that are moveable with respect to each other by slit part displacement means (165,166), such that the width of at least one of the slits in the slit plate is adjustable. - a detector plate that is sensitive to radiation, and - an imaging system that is arranged to form an image of an object to be examined on the detector plate and that comprises: - a first slit plate (28; 128) with at least a first slit (30; 130), and - a second slit plate (34; 134) that is positioned between the first slit plate and the detector plate and with a second slit (36; 136) that makes a non-zero angle with the first slit, wherein the first and second slits together define a pinhole passage, - a first slit plate (28; 128) with at least a first slit (30; 130), and - a second slit plate (34; 134) that is positioned between the first slit plate and the detector plate and with a second slit (36; 136) that makes a non-zero angle with the first slit, wherein the first and second slits together define a pinhole passage,
Headrest for a motor vehicle seat, said headrest comprising: • a frame comprising two parallel, substantially vertical metal rods for mounting at the top of the backrest of said seat, • a rear shell made from moulded plastic material, • a front shell made from moulded plastic material, said shells being assembled together to form a housing, one of said shells comprising two respective ducts for sliding in the upper parts of each of said rods, • a headrest cushion covering said housing, • a device for locking the position of said housing relative to said frame according to a plurality of adjustment positions, so as to allow a height adjustment of said cushion with respect to said backrest, said headrest being characterised in that it further comprises: • two sets of complementary rails (7b, 8b) arranged on either side of a longitudinal vertical plane of symmetry of said housing, said complementary rails being moulded respectively from each of said shells, said rails extending vertically and being arranged to fit together by sliding substantially vertically, • at least one means for locking (9a, 9b) the sliding of said rails with respect to one another to maintain said shells in a nominal position. • a frame comprising two parallel, substantially vertical metal rods for mounting at the top of the backrest of said seat, • a rear shell made from moulded plastic material, • a front shell made from moulded plastic material, said shells being assembled together to form a housing, one of said shells comprising two respective ducts for sliding in the upper parts of each of said rods, • a headrest cushion covering said housing, • a device for locking the position of said housing relative to said frame according to a plurality of adjustment positions, so as to allow a height adjustment of said cushion with respect to said backrest, • two sets of complementary rails (7b, 8b) arranged on either side of a longitudinal vertical plane of symmetry of said housing, said complementary rails being moulded respectively from each of said shells, said rails extending vertically and being arranged to fit together by sliding substantially vertically, • at least one means for locking (9a, 9b) the sliding of said rails with respect to one another to maintain said shells in a nominal position.
Laser device with an ablation laser source adapted to provide an ablating laser beam (402; 402i) for ablating a target tissue characterized by comprising a plume analyzing arrangement adapted to identify and/or quantify at least one substance being a biomarker of the ablated target tissue in debris of a plume generated by the ablating laser beam (402; 402i) ablating the target tissue.
A wireless sensor system for monitoring individual consumption of one or more utilities such as power, water, or heat energy in a multi-apartment building area, comprising at least one wireless sensor unit being positioned to measure the consumption of a specific utility and being programmed to transmit measured data via radio at specific time intervals, at least one central unit being connected to the internet and being programmed to receive sensor data via radio a database hosted on a remote server, wherein said at least one central unit is also programmed to upload, at specific time intervals, the received sensor data to the database, and an internet based client application which provides access to the database after a call to said server, and thereafter displays the data being fetched from the database via a user interface, characterized in that the database is configured to group received sensor data in two or more modules, each module being associated with sensor data for a specific utility originating from the same building unit, said database stores information indicating whether a specific module is active or not, and wherein the client application is configured to display one or more of said modules, whereby the response from the call to said server controls which modules are being displayed to the user such that data is only displayed for those modules being active.