mhurhangee/ep-ind-claims huggingface dataset:
An alignment key for aligning and interlocking adjacent channel sections, each longitudinally extending channel section having a predetermined exterior shape defined by a bottom wall and first and second sidewalls extending upwardly from opposite sides of the bottom wall, the alignment key comprising: a base shaped for laterally bridging across a predetermined exterior portion of adjacent bottom walls of the adjacent channel sections; and first and second opposed, inwardly facing jaw members shaped for longitudinally bridging across a predetermined exterior portion of adjacent first, and adjacent second sidewalls, respectively, of the adjacent channel sections; each of the jaw members capable of being carried by the base, characterized in that each of the jaw members capable of being positioned, in the assembled state of the alignment key, in a lateral and a longitudinal direction with respect to the base to thereby substantially align and interlock the channel sections. a base shaped for laterally bridging across a predetermined exterior portion of adjacent bottom walls of the adjacent channel sections; and first and second opposed, inwardly facing jaw members shaped for longitudinally bridging across a predetermined exterior portion of adjacent first, and adjacent second sidewalls, respectively, of the adjacent channel sections; each of the jaw members capable of being carried by the base, characterized in that each of the jaw members capable of being positioned, in the assembled state of the alignment key, in a lateral and a longitudinal direction with respect to the base to thereby substantially align and interlock the channel sections.
A pressure sensor comprising: a tubular housing having one end portion and other-end-portion side; a diaphragm which is joined to the one end portion of the housing through a fusion zone; and a sensor element which is disposed in the housing and to which pressure received by the diaphragm is transmitted, wherein as viewed in a section which contains a center axis of the housing, a pair of the fusion zone portions exist, and each of the fusion zone portions is formed between the diaphragm and the housing, which is where materials of the diaphragm and the housing are fused together, and in such an inclined manner that the distance of the fusion zone portion from the center axis increases as it extends from an outer surface of the diaphragm toward an other-end-portion side of the housing. a tubular housing having one end portion and other-end-portion side; a diaphragm which is joined to the one end portion of the housing through a fusion zone; and a sensor element which is disposed in the housing and to which pressure received by the diaphragm is transmitted, wherein as viewed in a section which contains a center axis of the housing, a pair of the fusion zone portions exist, and each of the fusion zone portions is formed between the diaphragm and the housing, which is where materials of the diaphragm and the housing are fused together, and in such an inclined manner that the distance of the fusion zone portion from the center axis increases as it extends from an outer surface of the diaphragm toward an other-end-portion side of the housing.
A computer-implemented method of detecting deviations in packaging containers for liquid food in a manufacturing plant, said method comprising: obtaining image data (Ic) of a packaging container; analyzing the image data (Ic) for detection of a current deviation; processing the current deviation in relation to a set of basis functions (), which is associated with a deviation type of the current deviation, to obtain a current set of weights ( c) that represent the current deviation; determining a current grading (Gc) of the current deviation based on the current set of weights ( c); determining a time stamp for the current deviation; determining, based on the time stamp, associated production parameters of the manufacturing plant, and correlating the time stamp, the current grading (Gc) and the deviation type with the production parameters; communicating control instructions to a machine in the manufacturing plant comprising modified production parameters according to the current grading (Gc) and/or the deviation type. obtaining image data (Ic) of a packaging container; analyzing the image data (Ic) for detection of a current deviation; processing the current deviation in relation to a set of basis functions (), which is associated with a deviation type of the current deviation, to obtain a current set of weights ( c) that represent the current deviation; determining a current grading (Gc) of the current deviation based on the current set of weights ( c); determining a time stamp for the current deviation; determining, based on the time stamp, associated production parameters of the manufacturing plant, and correlating the time stamp, the current grading (Gc) and the deviation type with the production parameters; communicating control instructions to a machine in the manufacturing plant comprising modified production parameters according to the current grading (Gc) and/or the deviation type.
Electric drive motor, having a stator with pole shoes and at least one electrically actuatable stator winding, and having a permanent-magnet motor which is mounted in a rotatably drivable manner in a field of the stator winding such that an annular gap is left and which has a motor shaft and a magnet carrier which sits on the motor shaft and is produced in one piece as an injection-moulded part, a plurality of separate permanent magnets being arranged on said magnet carrier in a manner distributed over the circumference, wherein the permanent-magnet rotor has a tensioning device, which is embodied for pushing the number of permanent magnets in radial directions outwards against an inner wall of a cavity of an injection mould of the magnet carrier during the injection moulding of the magnet carrier and which has at least two part shells (12.1, 12.2), which placed together in the circumferential direction, complement each other to form a two-part or multi-part annular body, which forms an outer curved surface wall, against which the number of permanent magnets rest flush, wherein the at least two part shells (12.1, 12.2) are embodied so as to be axially adjustable in relation to one another, in such a way that, during an axial adjustment of at least one of the at least two part shells (12.1, 12.2), all part shells (12.1, 12.2) are moved outwards in radial directions and thereby the number of permanent magnets can be pressed outwards in radial directions against the inner wall of the cavity of the injection mould of the magnet carrier.
Fireplace including a combustion chamber and a lifting door which is opened and shut by moving it upward and downward, whereby the combustion chamber may be either open to the room in which the fireplace is erected, or sealed from the latter by shutting the lifting door which includes a transparent panel in the form of a glass plate or another at least partly transparent panel, an outer window frame, which is an assembled U-shaped unit, the constituent elements thereof are three substantially L-shaped sections (4A-4C), a vertically oriented section on the left-hand side of the transparent panel as seen from the outside of the fireplace, a thus seen top horizontal section and a thus seen vertically oriented section on the right-hand side of the transparent panel, these sections forming a window frame of the lifting door, characterised in that the window frame includes at least an inner window frame and the U-shaped outer window frame between which the transparent panel is provided, whereby the inner window frame includes a tubular section (5A-5C) whose cross-section forms a continuous line surrounding a cavity, whereby the wall or walls of the inner window frame directed towards the centre of the combustion chamber are provided with a protective shield resulting in an at least two-fold layer on the wall or walls of the inner window frame directed towards the centre of the combustion chamber.
A curable epoxy-based resin composition comprising: an epoxy component comprising: (i) a Bisphenol F difunctional epoxy represented by the following structure: (ii) an anthracyl compound represented by the following structure: and (iii) a tri-functional epoxy; a thermoplastic polymer selected from: polyether sulphone, polyetherether sulphone (PEES), PES-PEES copolymer with terminal amine groups; and an amine-containing curing agent; wherein, per 100 parts by weight of the epoxy component, the tri-functional epoxy is present in an amount of less than 30 parts, preferably 20-29 parts, and the difunctional epoxy is present in amount greater than that of the anthracyl compound, and wherein, the ratio of epoxy component to amine-containing curing agent is such that there is 0.7-0.8 mole of amine-hydrogen group for every mole of epoxide group. an epoxy component comprising: (i) a Bisphenol F difunctional epoxy represented by the following structure: (ii) an anthracyl compound represented by the following structure: and (iii) a tri-functional epoxy; (i) a Bisphenol F difunctional epoxy represented by the following structure: (ii) an anthracyl compound represented by the following structure: and (iii) a tri-functional epoxy; a thermoplastic polymer selected from: polyether sulphone, polyetherether sulphone (PEES), PES-PEES copolymer with terminal amine groups; and an amine-containing curing agent;
A handheld device, comprising: means for receiving (620, 720, 730) Bluetooth or Bluetooth Low End Extension (BTLEE) transmissions from targets within transmission range of the handheld device; means for displaying, on the handheld device, a list of targets from which BT or BTLEE transmissions were received; means for sending, if a desired target is missing from the list of targets, a wireless request message to activate a BT or BTLEE transmission or change transmitted BT or BTLEE signal properties in the desired target from the handheld device so that the desired target may appear in the list of targets; means for selecting, on the handheld device, a target from the list of targets; an antenna array comprising a plurality of antennas (A1-A6) and a switch arranged to sequentially feed a signal from each of the antennas to the means for receiving (620,720,730); means for determining with the antenna array, at the handheld device, the relative direction towards the selected target with respect to the current position of the handheld device based on the BT or BTLEE transmissions received from the selected target; and means for indicating, on the handheld device, the relative direction towards the selected target with respect to the current position of the handheld device. means for receiving (620, 720, 730) Bluetooth or Bluetooth Low End Extension (BTLEE) transmissions from targets within transmission range of the handheld device; means for displaying, on the handheld device, a list of targets from which BT or BTLEE transmissions were received; means for sending, if a desired target is missing from the list of targets, a wireless request message to activate a BT or BTLEE transmission or change transmitted BT or BTLEE signal properties in the desired target from the handheld device so that the desired target may appear in the list of targets; means for selecting, on the handheld device, a target from the list of targets; an antenna array comprising a plurality of antennas (A1-A6) and a switch arranged to sequentially feed a signal from each of the antennas to the means for receiving (620,720,730); means for determining with the antenna array, at the handheld device, the relative direction towards the selected target with respect to the current position of the handheld device based on the BT or BTLEE transmissions received from the selected target; and means for indicating, on the handheld device, the relative direction towards the selected target with respect to the current position of the handheld device.
Electrical twisted-pair line for connecting two electrical devices, wherein the electrical line comprises the following: - two electrical conductors (403, 405) which are twisted together and which are subdivided into a first section with a first impedance and a predetermined first length and into a second section with a second impedance and a predetermined second length; - wherein the first section adjoins the second section; - wherein the impedances of the sections (125, 130) which adjoin one another are different, so that there is a change in impedance in the region of the sections (125, 130) which adjoin one another, - and the line is encoded by means of the location of the change in impedance in order to ensure the ability to individually identify the line by means of time domain reflectometry. - two electrical conductors (403, 405) which are twisted together and which are subdivided into a first section with a first impedance and a predetermined first length and into a second section with a second impedance and a predetermined second length; - wherein the first section adjoins the second section; - wherein the impedances of the sections (125, 130) which adjoin one another are different, so that there is a change in impedance in the region of the sections (125, 130) which adjoin one another, - and the line is encoded by means of the location of the change in impedance in order to ensure the ability to individually identify the line by means of time domain reflectometry.
Arrangement for anti-fouling of a surface of a marine structure when in contact with a liquid containing biofouling organisms, the arrangement comprising: - a power source having a first pole to be coupled to a first conductor in contact with the liquid and a second pole to be coupled to a second conductor in contact with the liquid, the first and second conductors being distributed across the marine structure for providing an electrical potential across a protected area of the surface; and - one or more floating electrodes to be arranged covering the protected area, each floating electrode comprising a conductive layer being electrically isolated from the surface and a dielectric layer to separate the conductive layer and the liquid; the power source being arranged to generate voltage pulses for charging and discharging the floating electrodes due to changes in the electrical potential for generating charging and discharging currents (341,342) in the liquid at the dielectric layer. - a power source having a first pole to be coupled to a first conductor in contact with the liquid and a second pole to be coupled to a second conductor in contact with the liquid, the first and second conductors being distributed across the marine structure for providing an electrical potential across a protected area of the surface; and - one or more floating electrodes to be arranged covering the protected area, each floating electrode comprising a conductive layer being electrically isolated from the surface and a dielectric layer to separate the conductive layer and the liquid;
A polymer sliding material comprising a polymer substrate having ketone groups on a surface and a coating layer which coats at least a portion of the surface of the polymer substrate, wherein the coating layer comprises a graft polymer layer containing phosphorylcholine groups and having a layer density of at least 1.4 g/cm 3, wherein the polymer substrate has an average surface roughness (Ra) of not more than 0.02 μm.
A gas turbine engine compressor section comprising: a hub carrying a last row of compressor blades; a compressor exit guide vane downstream of said last row of compressor blades; a housing radially inward of said compressor exit guide vane; and a non-contact seal positioned on one of said housing and said hub; characterised in that: a sacrificial piece is located on the other of said housing and said hub, wherein air feed holes (122, 124) are included to tap air from a radially mid span of said compressor section through said housing, and to pass air along said hub to resist flow of air radially inward of a gap between said last row of compressor blades and said housing from a radially inner, hotter location along said compressor blades, said tapped air is tapped through said compressor exit guide vane, and there is a ditch in said hub downstream of said last row of compressor blades and said tapped air passes into said ditch, cooling said hub along said ditch, and then flowing radially outwardly towards said gap. a hub carrying a last row of compressor blades; a compressor exit guide vane downstream of said last row of compressor blades; a housing radially inward of said compressor exit guide vane; and a non-contact seal positioned on one of said housing and said hub; characterised in that: a sacrificial piece is located on the other of said housing and said hub, wherein air feed holes (122, 124) are included to tap air from a radially mid span of said compressor section through said housing, and to pass air along said hub to resist flow of air radially inward of a gap between said last row of compressor blades and said housing from a radially inner, hotter location along said compressor blades, said tapped air is tapped through said compressor exit guide vane, and there is a ditch in said hub downstream of said last row of compressor blades and said tapped air passes into said ditch, cooling said hub along said ditch, and then flowing radially outwardly towards said gap.
Sports garment having a section covering the upper part of the body of a wearer during intended use of the garment, wherein a climate zone is arranged in the region covering each axillary area of the wearer during intended use, wherein the climate zone comprises a plurality of fins which are arranged parallel to another and which are contacting the skin of the wearer during intended use of the garment, characterized in that the fins have a certain extension in horizontal direction, wherein the fins are extending along a defined height (h F) over a base material of the garment, wherein the fins are arranged in such a manner that the envelope of all fins has a kite-shape or rhomb-shape seen in the direction perpendicular onto the base material of the garment.
Method for monitoring renal disease in a subject, comprising subjecting a serum sample comprising albumin from that subject to electrophoresis, wherein carbamylated albumin is used as a bio-marker for the monitoring of the renal disease, wherein the monitoring comprises determining the symmetry ratio of the electrophoresis serum albumin peak.
Method for washing laundry in a laundry washing machine, said laundry washing machine comprising a washing tub external to a washing drum suited to receive said laundry and comprising a heating device, said method comprising a wetting and heating phase for wetting said laundry by means of a laundry washing liquid (L w; L iw) heated at a predetermined washing temperature (T w), characterized in that said wetting and heating phase comprises the steps of: a) providing a first quantity (Q1 w; Q1' w) of cold liquid at the bottom of said washing tub up to a first level (L 1) which is below, or equal to, the level (L d) of the lower part of said washing drum; b) heating said liquid at the bottom of said washing tub by means of said heating device up to a first temperature (T 1) which is higher than said predetermined washing temperature (T w); c) providing a second quantity (Q2 w; Q2' w) of cold liquid into said washing tub and mixing it with said heated liquid at said first temperature (T 1) in order to obtain said laundry washing liquid (L w; L iw) at said predetermined washing temperature (T w); d) wetting said laundry with said laundry washing liquid (L w; L iw) heated at said predetermined washing temperature (T w). a) providing a first quantity (Q1 w; Q1' w) of cold liquid at the bottom of said washing tub up to a first level (L 1) which is below, or equal to, the level (L d) of the lower part of said washing drum; b) heating said liquid at the bottom of said washing tub by means of said heating device up to a first temperature (T 1) which is higher than said predetermined washing temperature (T w); c) providing a second quantity (Q2 w; Q2' w) of cold liquid into said washing tub and mixing it with said heated liquid at said first temperature (T 1) in order to obtain said laundry washing liquid (L w; L iw) at said predetermined washing temperature (T w); d) wetting said laundry with said laundry washing liquid (L w; L iw) heated at said predetermined washing temperature (T w).
An assembly comprising: an air turbine starter having an output shaft and a clutch assembly; and an accessory gearbox having a gear shaft that is coupled to the output shaft of the air turbine starter, wherein the gear shaft receives the output shaft in a close fit engagement such that a portion of the output shaft is disposed within the gear shaft allowing the gear shaft to solely support the output shaft, the accessory gearbox having a casing that extends around at least a portion of the clutch assembly and the output shaft of the air turbine starter when the air turbine starter is mounted on the accessory gearbox; characterized in that the assembly further comprises: a ball lock element disposed between the gear shaft and the output shaft, wherein the gear shaft and the output shaft each include a detent feature (48A, 48B) capable of receiving a portion of the ball lock element; wherein the output shaft has a plunger and spring, the spring biasing the plunger which engages the ball lock element with the gear shaft. an air turbine starter having an output shaft and a clutch assembly; and an accessory gearbox having a gear shaft that is coupled to the output shaft of the air turbine starter, wherein the gear shaft receives the output shaft in a close fit engagement such that a portion of the output shaft is disposed within the gear shaft allowing the gear shaft to solely support the output shaft, the accessory gearbox having a casing that extends around at least a portion of the clutch assembly and the output shaft of the air turbine starter when the air turbine starter is mounted on the accessory gearbox; characterized in that the assembly further comprises: a ball lock element disposed between the gear shaft and the output shaft, wherein the gear shaft and the output shaft each include a detent feature (48A, 48B) capable of receiving a portion of the ball lock element; wherein the output shaft has a plunger and spring, the spring biasing the plunger which engages the ball lock element with the gear shaft. a ball lock element disposed between the gear shaft and the output shaft, wherein the gear shaft and the output shaft each include a detent feature (48A, 48B) capable of receiving a portion of the ball lock element; wherein the output shaft has a plunger and spring, the spring biasing the plunger which engages the ball lock element with the gear shaft.
A method for controlling the fuel supply to a plurality of burners of a burner group, in which the temperature in the burner group is determined as control variable and in dependence on the control deviation of the temperature determined for the burner group to a specified setpoint temperature the fuel supply to the plurality of burners of the burner group is specified as correcting variable, characterized in that the controller is formed as temperature-to-flow cascade controller with a temperature master controller for all burners of the burner group and a plurality of fuel supply slave controllers for one burner each or a burner subgroup each, wherein the temperature master controller specifies a common mean fuel supply (XAVG) for each of the burners of the burner group and each fuel supply slave controller uses at least one disturbance variable (TT, TYL/R) associated to the burner and/or the burner subgroup, in order to take account of a correction of the fuel supply to the burner or the burner subgroup.