mhurhangee/ep-ind-claims huggingface dataset:
High breaking capacity printed circuit fuse comprising: • a multi-layer printed circuit board comprising: a first external layer present at a first side of a middle layer and a second external layer present opposite the first external layer with respect to the middle layer; • a multi-layer circuit present on the multi-layer printed circuit board, the multi-layer circuit forming a conductive path (102, 103, 104, 105), which passes between said layers (101a-d); said high breaking capacity printed circuit fuse being characterized in that • said conductive path (102, 103, 104, 105) comprises: ∘ a first end located on the outer side of said middle layer; ∘ a thinning, at the level of the first end of the conductive path (102, 103, 104, 105), which is configured to act as a fusible link; ∘ a via configured to pass, from said thinning via all layers (101a-d), to the external side of the second external layer; ∘ a second end, connected at the end of said via, located on the external side of the second external layer of the multi-layer printed circuit board; • whereas a non-flammable agent is present on the external side of at least the first external layer, covering an outlet of said via wherein the non-flammable agent is such that the heat, caused by breaking the fuse will melt the non-flammable agent and the melted non-flammable agent will subsequently flood into the via. • a multi-layer printed circuit board comprising: a first external layer present at a first side of a middle layer and a second external layer present opposite the first external layer with respect to the middle layer; • a multi-layer circuit present on the multi-layer printed circuit board, the multi-layer circuit forming a conductive path (102, 103, 104, 105), which passes between said layers (101a-d); • said conductive path (102, 103, 104, 105) comprises: ∘ a first end located on the outer side of said middle layer; ∘ a thinning, at the level of the first end of the conductive path (102, 103, 104, 105), which is configured to act as a fusible link; ∘ a via configured to pass, from said thinning via all layers (101a-d), to the external side of the second external layer; ∘ a second end, connected at the end of said via, located on the external side of the second external layer of the multi-layer printed circuit board; ∘ a first end located on the outer side of said middle layer; ∘ a thinning, at the level of the first end of the conductive path (102, 103, 104, 105), which is configured to act as a fusible link; ∘ a via configured to pass, from said thinning via all layers (101a-d), to the external side of the second external layer; ∘ a second end, connected at the end of said via, located on the external side of the second external layer of the multi-layer printed circuit board; • whereas a non-flammable agent is present on the external side of at least the first external layer, covering an outlet of said via wherein the non-flammable agent is such that the heat, caused by breaking the fuse will melt the non-flammable agent and the melted non-flammable agent will subsequently flood into the via.
A heat exchanger structure of battery unit multilayer comprising a plurality of battery units layered one upon the other, each battery unit comprising: an electrolytic solution filled between a cathode current collector and an anode current collector that are disposed face to face with each other; a plurality of cathode sheets containing a cathode active material and extending from the cathode current collector towards the anode current collector; a plurality of anode sheets containing an anode active material and extending from the anode current collector towards the cathode current collector, wherein the cathode sheets and the anode sheets are installed alternately facing each other; and a separator that permits passage of ions but does not permit passage of electrons interposed between adjacent cathode and anode sheets, wherein a heat exchanger plate made of nickel-plated aluminium is interposed between two adjacent battery units so as to be in contact with the cathode current collector of one battery unit and the anode current collector of the other battery unit, and a route for heat transmitting medium consisting of gas or liquid is provided inside the heat exchanger plate. an electrolytic solution filled between a cathode current collector and an anode current collector that are disposed face to face with each other; a plurality of cathode sheets containing a cathode active material and extending from the cathode current collector towards the anode current collector; a plurality of anode sheets containing an anode active material and extending from the anode current collector towards the cathode current collector, wherein the cathode sheets and the anode sheets are installed alternately facing each other; and a separator that permits passage of ions but does not permit passage of electrons interposed between adjacent cathode and anode sheets,
A measurement system for a dry powder agent comprising: a nozzle to direct a dry powder agent from a powder feeder system; an indicator operable to recognize a dry powder agent discharge event; and a control system operable to compute a velocity of the dry powder agent, a sensor head, wherein the nozzle is arranged to direct the dry powder agent downstream to the sensor head; wherein the control system is operable to compute the velocity of the dry powder agent by dividing the distance between the indicator and the sensor head with a time it takes the dry powder agent to initially pass from the indicator to the sensor head; and characterised in that the control system is operable to calibrate the powder feeder system based on the computed velocity by selecting a high-flow calibration curve or a low-flow calibration curve. a nozzle to direct a dry powder agent from a powder feeder system; an indicator operable to recognize a dry powder agent discharge event; and a control system operable to compute a velocity of the dry powder agent, a sensor head, wherein the nozzle is arranged to direct the dry powder agent downstream to the sensor head; wherein the control system is operable to compute the velocity of the dry powder agent by dividing the distance between the indicator and the sensor head with a time it takes the dry powder agent to initially pass from the indicator to the sensor head; and characterised in that the control system is operable to calibrate the powder feeder system based on the computed velocity by selecting a high-flow calibration curve or a low-flow calibration curve.
An anchor assembly including a plate anchor element, having tether attachment means and mounting means for releasably mounting the anchor element on an associated dynamic implanting follower to facilitate dynamically embedding the anchor element in a mooring bed below a body of water in use, wherein the implant follower, which belongs to the anchor assembly, has a shaft with a leading tip at one end and the anchor element has a complementary sleeve which is slidably engagable with the shaft, and a stop on the shaft for limiting sliding movement of the sleeve on the shaft away from the leading tip of the shaft, characterized in that the anchor element has a number of radial flukes mounted on the sleeve which form the flights of the dart shaped anchor assembly.
A process for directional solidification of a cast part comprising: energizing a primary inductive coil coupled to a chamber having a mold containing a material; generating an electromagnetic field with the primary inductive coil within the chamber, wherein said electromagnetic field is partially attenuated by a susceptor coupled to said chamber between said primary inductive coil and said mold; determining a magnetic flux profile of the electromagnetic field; sensing a component of the magnetic flux profile proximate the mold within the chamber; positioning a mobile secondary compensation coil within the chamber: generating a secondary electromagnetic field from said mobile secondary compensation coil, wherein said secondary electromagnetic field controls said magnetic flux profile; and casting the material within the mold. energizing a primary inductive coil coupled to a chamber having a mold containing a material; generating an electromagnetic field with the primary inductive coil within the chamber, wherein said electromagnetic field is partially attenuated by a susceptor coupled to said chamber between said primary inductive coil and said mold; determining a magnetic flux profile of the electromagnetic field; sensing a component of the magnetic flux profile proximate the mold within the chamber; positioning a mobile secondary compensation coil within the chamber: generating a secondary electromagnetic field from said mobile secondary compensation coil, wherein said secondary electromagnetic field controls said magnetic flux profile; and casting the material within the mold. generating a secondary electromagnetic field from said mobile secondary compensation coil, wherein said secondary electromagnetic field controls said magnetic flux profile; and casting the material within the mold.
A method for transmitting a discovery signal by a communication device to enable its discovery by other communication devices, said method comprising the steps of: encoding a resource hopping pattern in said discovery signal, said hopping pattern defining a sequence of resources, and repeatedly transmitting said discovery signal such that for each of the repeated transmissions the resource, which is used for the transmission, is chosen in accordance with the sequence of resources defined by the resource hopping pattern, wherein the resource hopping pattern and a payload are encoded in the discovery signal, characterized in that the encoding of the resource hopping pattern and the payload are different such that the resource hopping pattern can be decoded separately. encoding a resource hopping pattern in said discovery signal, said hopping pattern defining a sequence of resources, and repeatedly transmitting said discovery signal such that for each of the repeated transmissions the resource, which is used for the transmission, is chosen in accordance with the sequence of resources defined by the resource hopping pattern, wherein the resource hopping pattern and a payload are encoded in the discovery signal, characterized in that the encoding of the resource hopping pattern and the payload are different such that the resource hopping pattern can be decoded separately.
An analysis system for quantitative blockage analysis of a grid in icing conditions, comprising - at least one optical sensor (101, 407), - a processor unit (105, 409), and - a display unit (107, 411), wherein the at least one optical sensor is configured to continuously capture a series of pictures of a grid (103, 403, 601) and to submit each picture of the series of pictures to the processor unit, wherein the processor unit is configured to determine a color scale value for each of a number of areas in at least a field of each picture, and wherein the processor unit is configured to count a number of areas in a particular field of a particular picture that show a color scale value greater than an absolute reference value, wherein the processor unit is configured to calculate a time remaining until a critical icing condition is reached based on a model of an icing behavior of the grid and the number of areas that show a color scale value greater than the absolute reference value, and wherein the processor unit is further configured to calculate a warning signal based on the time remaining until the critical icing condition of the grid is reached, and to display the warning signal on the display unit. - at least one optical sensor (101, 407), - a processor unit (105, 409), and - a display unit (107, 411),
A molded resin strand for a 3D printer employing a fused deposition modeling method comprising: 60 to 79 mass% of thermoplastic resin; 20 to 30 mass% of an inorganic filler; and 1 to 10 mass% of alpha-olefin elastomer. 60 to 79 mass% of thermoplastic resin; 20 to 30 mass% of an inorganic filler; and 1 to 10 mass% of alpha-olefin elastomer.
Process for the manufacture of w-aminoalkanoic acid of formula NH 2 -(CH 2) n -COOH, in which n is an integer from 9 to 11, by reaction of the corresponding ω-bromoalkanoic acid with ammonia, comprising the following stages: i) reaction of the ω-bromoalkanoic acid with an aqueous excess ammonia solution, and ii) separation of the w-aminoalkanoic acid formed from the reaction mixture, characterized in that the aqueous ammonia solution exhibits a concentration of 35% to 70% by weight and that stage i) is carried out under a pressure greater than atmospheric pressure, from 0.11 to 2.0 MPa absolute. i) reaction of the ω-bromoalkanoic acid with an aqueous excess ammonia solution, and ii) separation of the w-aminoalkanoic acid formed from the reaction mixture,
Plough including a frame on which is mounted at least one leg by means of a respective housing, the leg including at its front end a rotation axis intende to rest against a support arranged in the said housing, the said leg being held against the said housing by a tie-rod pulled by the action of a cylinder, the plough having plough bodies rigidly connected to the frame of the plough by means of a respective leg and housing, characterised in that it includes a device to intentionally raise a leg by swivelling around an axis corresponding substantially to the said rotation axis, in order to intentionally reduce the number of operating plough bodies to adapt to the soil conditions and/or to shorten the headland during turnarounds at the end of a plot, the device to raise the leg is controlled from the cab of the tractor.
MEMS gyroscope for detecting rotary movements about an x, y and/or z axis, particularly as a three-dimensional sensor, with a substrate, with multiple, at least two, preferably four driving masses movable radially relative to a central point, with drive elements for the oscillating vibration of the driving masses in order to generate Coriolis forces on the driving masses in the event of rotation of the substrate about the x, y and/or z axis and wherein the oscillating driving masses are connected to at least one additional sensor mass, which is non-oscillating but which can be rotated on the substrate about the x, y and/or z axis together with the oscillating driving masses and with sensor elements (9, 10), in order to detect displacements of the sensor mass and/or the driving masses in relation to the substrate as a result of the generated Coriolis forces, and with at least two, preferably four anchoring devices for the rotary attachment of the sensor mass to the substrate by means of springs wherein the sensor mass is attached to the anchoring devices of the substrate by means of flexural springs and the oscillating driving masses - being not directly connected to the substrate - are fixed to the sensor mass by means of flexural springs, that are elastic in drive direction characterized in that the flexural springs enable a rotation of the sensor mass about the x, y and z axis.
An apparatus comprising: a head mounted display including multiple sides; and a satchel including a body having multiple sides and a bottom forming an interior and a concavity opposite the interior, the interior and the concavity separated by the bottom and each open at one end, the concavity configured to accept the head-mounted display; and at least one reversible connector configured to reversibly retain the head-mounted display accepted in the concavity, wherein when the head-mounted display is accepted and retained in the concavity the sides of the body are substantially flush with the sides of the head-mounted display; and a strap comprising two ends and a reversible connector at each end, the strap convertible to reversibly attach to the body to form a satchel strap or to reversibly attach to the head-mounted display to form a head-mounted display strap. a head mounted display including multiple sides; and a satchel including a body having multiple sides and a bottom forming an interior and a concavity opposite the interior, the interior and the concavity separated by the bottom and each open at one end, the concavity configured to accept the head-mounted display; and at least one reversible connector configured to reversibly retain the head-mounted display accepted in the concavity, wherein when the head-mounted display is accepted and retained in the concavity the sides of the body are substantially flush with the sides of the head-mounted display; and a strap comprising two ends and a reversible connector at each end, the strap convertible to reversibly attach to the body to form a satchel strap or to reversibly attach to the head-mounted display to form a head-mounted display strap.
A glass-ceramic article, in particular a glass-ceramic plate intended, for example, for covering or accommodating at least one heating element, said article being at least partly coated with at least one layer of an enamel formed, as glass frit that has to form the glassy matrix, from a glass frit comprising as components the following components in the following minimum and maximum proportions expressed as weight percentages: SiO 2 50 - 66% MgO 3 - 8% Na 2 O 7 - 15% K 2 O 0 - 3% Li 2 O 0 - 12 % CaO 0 - 10 % BaO 0 - 15% Al 2 O 3 0 - 3% ZrO 2 0 - 3% ZnO 0 - 5% B 2 O 3 0 - 8% the sum of the alkaline-earth metal oxides CaO + BaO moreover being between 8 and 15%, and the sum of the alkali metal oxides Na 2 O + K 2 O + Li 2 O moreover being between 7 and 20%.
A stud for a pneumatic tyre, comprising: - a sleeve comprising a pin hole, wherein the sleeve comprises or is formed of rubber, a thermoplastic elastomer or silicone based material, and - a pin being formed as a unitary piece from one or more than one wear resistant material or compound and inserted into the pin hole, wherein the stud exhibits a tallness in a longitudinal dimension, - the tallness of the stud is defined by the extension of the pin in the longitudinal dimension, characterized in that - the sleeve is configured to allow rotational movement of the pin in respect to the sleeve about a rotation axis, which extends in the longitudinal dimension. - a sleeve comprising a pin hole, wherein the sleeve comprises or is formed of rubber, a thermoplastic elastomer or silicone based material, and - a pin being formed as a unitary piece from one or more than one wear resistant material or compound and inserted into the pin hole, - the tallness of the stud is defined by the extension of the pin in the longitudinal dimension, characterized in that - the sleeve is configured to allow rotational movement of the pin in respect to the sleeve about a rotation axis, which extends in the longitudinal dimension.
A method of controlling a multi-phase electrical machine by means of a power converter, wherein the method comprises: a) controlling the electrical machine by utilising vector space decomposition, VSD, wherein the controlling involves releasing control of the current of a harmonic while maintaining control of the current of the fundamental, b) measuring phase currents (i 1,...,i m) of the electrical machine while the control of the current of the harmonic is released, c) transforming the current measurements using VSD to obtain a current signature of the harmonic, and d) determining whether a fault is present in the electrical machine or in the power converter based on a comparison of the current signature with a reference current signature of the harmonic. a) controlling the electrical machine by utilising vector space decomposition, VSD, wherein the controlling involves releasing control of the current of a harmonic while maintaining control of the current of the fundamental, b) measuring phase currents (i 1,...,i m) of the electrical machine while the control of the current of the harmonic is released, c) transforming the current measurements using VSD to obtain a current signature of the harmonic, and d) determining whether a fault is present in the electrical machine or in the power converter based on a comparison of the current signature with a reference current signature of the harmonic.
A spiral finned condenser, comprising: a condensing pipe, a fin and a fixing bracket clamped and fixed on the condensing pipe; wherein the fin is spirally wound on a surface of the condensing pipe; the condensing pipe forms a cubic structure by means of a plurality of turns and bends; wherein the fixing bracket comprises a mounting plate; 2 characterized in that the fixing bracket further comprises a plurality of clamping sheets alternately arranged on two sides of the mounting plate; a T-shaped structure is formed after the two sides of the mounting plate are bent twice; and a clamping slot fit to the condensing pipe is formed between two clamping sheets.
A method of isolating mucin from a mucin containing tissue comprising contacting the mucin containing tissue with an aqueous solution in an aeriated bubble column under conditions suitable for transferring mucin into the aqueous solution, thereby producing a mucin containing solution.
A multi-layer derived timber product board of at least three layers glued to one another, characterised in that the middle layer has a thickness from 6 to 200 mm and consists of chipboard or fibreboard with a bulk density below 500 kg/m 3 and the face layers have thicknesses from 0.5 to 2 mm and consist of chipboard or fibreboard or of kraft liner, paper, cardboard, veneer, HPL or CPL, which have a bulk density of more than 500 kg/m 3m, wherein the chips of the middle layer are between 10 and 40 mm long.
A modified conjugated diene polymer in which a phenoxy group of a polar group-containing phenoxy compound is bonded to at least one selected from the group consisting of the end, main chain, and side chain of a conjugated diene polymer, wherein the modified conjugated diene polymer has both an amino group and a carboxyl group as the polar group and, wherein the conjugated diene polymer is natural rubber.
Profile for a door or window wing with - a hollow chamber that is substantially rectangular and that extends over the whole length of the profile, characterized by - a first groove provided on the outer side on a first hollow chamber wall, groove the free leg of which extends parallel to the first hollow chamber wall and the groove opening of which is parallel to a second hollow chamber wall adjacent to the first hollow chamber wall, - a projection provided on the outer side on the first hollow chamber wall and spaced from the groove opening and - a second groove provided on the side of the first hollow chamber wall for receiving an insulation. - a hollow chamber that is substantially rectangular and that extends over the whole length of the profile, characterized by - a first groove provided on the outer side on a first hollow chamber wall, groove the free leg of which extends parallel to the first hollow chamber wall and the groove opening of which is parallel to a second hollow chamber wall adjacent to the first hollow chamber wall, - a projection provided on the outer side on the first hollow chamber wall and spaced from the groove opening and - a second groove provided on the side of the first hollow chamber wall for receiving an insulation.