mhurhangee/ep-ind-claims huggingface dataset:
Electronic device comprising a current sensor, which encompasses the phase(s) and the neutral of a single-phase, two-phase or three-phase electrical network supplying a piece of electrical equipment or group of pieces of electrical equipment, a processing and filtering cell, which ensures the generation of a setpoint signal as well as the order of activation of the generation of this current and ensures that the voltage value of its setpoint signal is proportional to the measured current I MC or to its filtered value according to any filtering, also comprising a non-isolated symmetrical DC voltage power supply, the input of which is connected to the single-phase, two-phase or three-phase electrical network and the output of which has two symmetrical DC voltages named "V HT + " and "V HT - " and of which the output ground is referenced either to the neutral or to one of the phases or to a voltage resulting from a combination between the phase(s) and the neutral, also comprising an isolated symmetrical low-voltage power supply, the input of which is connected to the electrical network or to the DC voltages "V HT + " and "V HT - " and the isolated output of which has two voltages "+V cc " and "-V cc " and of which the output ground is referenced to the protection conductor PE (6 1), also comprising an electronic cell for injecting the plugging current "I c " toward the protection conductor PE (6 1), of which the injected plugging current "I c " is slaved to its input voltage by an amplification stage which makes it possible to reproduce, at the terminals of the resistor R 10, a value proportional to this input voltage via an amplifier arrangement consisting of at least one operational amplifier which is optionally completed by a push-pull stage including at least two transistors of opposite polarity or including bipolar transistors which are connected in pairs according to a Darlington or Sziklai arrangement, characterized in that the setpoint output of the processing and filtering cell is connected to the "setpoint" input voltage of the electronic cell for injecting the plugging current "I c ", and in that the energy source of the plugging current injected toward the earth potential originates in whole or in part from the supply voltages "V HT + " AND "V HT - ".
A radio frequency RF conductive medium, the medium comprising: a diversity of conductive media forming a plurality of continuous conductive pathways (490a-490n) in a transverse electromagnetic axis, with periodically staggered RF shorts between each of the plurality of continuous conductive pathways (490a-490n); and a suspension dielectric periodically surrounding each of the plurality of continuous conductive pathways (490a-490n) in the transverse electromagnetic axis, the suspension dielectric configured to periodically insulate each of the plurality of continuous conductive pathways (490a-490n) from propagating RF energy in an axis perpendicular to the transverse electromagnetic axis, the periodic insulation provided by the suspension dielectric reducing skin effect loss of the plurality of continuous conductive pathways (490a-490n), the suspension dielectric further configured to provide mechanical support for each of the plurality of continuous conductive pathways (490a-490n). a diversity of conductive media forming a plurality of continuous conductive pathways (490a-490n) in a transverse electromagnetic axis, with periodically staggered RF shorts between each of the plurality of continuous conductive pathways (490a-490n); and a suspension dielectric periodically surrounding each of the plurality of continuous conductive pathways (490a-490n) in the transverse electromagnetic axis, the suspension dielectric configured to periodically insulate each of the plurality of continuous conductive pathways (490a-490n) from propagating RF energy in an axis perpendicular to the transverse electromagnetic axis, the periodic insulation provided by the suspension dielectric reducing skin effect loss of the plurality of continuous conductive pathways (490a-490n), the suspension dielectric further configured to provide mechanical support for each of the plurality of continuous conductive pathways (490a-490n).
A dryer or a washer dryer, comprising a clothes drying system, wherein the clothes drying system comprises a heating structure and a condensing structure; the condensing structure is arranged on a lower part of the dryer or the washer dryer; the condensing structure comprises an air inlet and an air outlet for hot air, and further comprises a gas inlet and a gas outlet for cold air, and a plastic sheet-type heat exchanger is arranged inside the condensing structure; the heat exchanger is made out from plastic material and is composed of a plurality of plastic fins which are superposed in a longitudinal-transverse alternating manner to form a transversal air path and a longitudinal air path which are mutually independent and spaced in an up-down direction; and a frame with an enclosure structure is arranged outside the heat exchanger; characterized in that, a flushing structure is arranged between the air inlet of the condensing structure and hot air inlets of the heat exchanger, such as to facilitate the cleaning of the lint accumulated on the heat exchanger; the flushing structure comprises a spray layer and a sealing cover, which form a cavity; a plurality of spray holes are arranged in the spray layer; a water inlet is arranged in the sealing cover; the spray layer serves as an upper cover plate arranged at the hot air inlets of the heat exchanger; the sealing cover is arranged on an upper part of the upper cover plate and hermetically connected with the upper cover plate, and the plurality of spray holes are arranged in the upper cover plate.
Refrigerator having at least one housing part, which has at least one outer wall, wherein at least a sub-area or the entire area of the outer wall of the housing part is formed merely by a glass panel, which is curved along at least one edge region of the outer wall, and wherein the glass panel has a viewing window which is more transparent than the rest of its surface and wherein an electronic module containing a control panel and/or a display unit is arranged behind the viewing window, and wherein the electronic module sits behind the glass panel in a retaining slot, the entry opening of which lies in a substantially straight outer edge region of the outer wall of the housing part and extends as far as the required final installation position of the electronic module, characterised by an entry opening of the retaining slot which is arranged on the side or laterally.
A code division multiplexing method, characterized by comprising: obtaining 4 different codeword sequences; determining mapping relations between the 4 different codeword sequences and each reference signal sub-carrier; and characterized by multiplexing, on each reference signal sub-carrier, reference signal symbols of each space layer according to the codeword sequence that is corresponding to each reference signal sub-carrier; wherein, the 4 different codeword sequences are: W 1 ‵ = A ‵ B ‵ C ‵ D ‵; W 2 ‵ = B ‵ A ‵ D ‵ C ‵; W 3 ‵ = C ‵ D ‵ A ‵ B ‵ or C ‵ D ‵ B ‵ A ‵; W 4 ‵ = D ‵ C ‵ B ‵ A ‵ or D ‵ C ‵ A ‵ B ‵; wherein, A', B', C', and D' are row vectors and each of W1', W 2 ', W 3 ' and W 4 ' is a 4-dimensional orthogonal matrix; wherein: the determining mapping relations between the multiple different codeword sequences and each reference signal sub-carrier comprises: determining that the 4 different codeword sequences W 1 ', W 2 ', W 3 ', and W 4 ' are adopted by each reference signal sub-carrier by turns. obtaining 4 different codeword sequences; determining mapping relations between the 4 different codeword sequences and each reference signal sub-carrier; and characterized by multiplexing, on each reference signal sub-carrier, reference signal symbols of each space layer according to the codeword sequence that is corresponding to each reference signal sub-carrier; wherein, the 4 different codeword sequences are: W 1 ‵ = A ‵ B ‵ C ‵ D ‵; W 2 ‵ = B ‵ A ‵ D ‵ C ‵; W 3 ‵ = C ‵ D ‵ A ‵ B ‵ or C ‵ D ‵ B ‵ A ‵; W 4 ‵ = D ‵ C ‵ B ‵ A ‵ or D ‵ C ‵ A ‵ B ‵; wherein, A', B', C', and D' are row vectors and each of W1', W 2 ', W 3 ' and W 4 ' is a 4-dimensional orthogonal matrix; wherein: the determining mapping relations between the multiple different codeword sequences and each reference signal sub-carrier comprises: determining that the 4 different codeword sequences W 1 ', W 2 ', W 3 ', and W 4 ' are adopted by each reference signal sub-carrier by turns.
An apparatus for analyzing a test liquid having - an inlet chamber; - a preparation chamber (33, 34); - an analysis element (35, 36); - a housing which has an inner housing space; - a preparation element which at least partly bounds the preparation chamber (33, 34) and is arranged within the inner housing space; and - an inlet element which at least partly bounds the inlet chamber and is arranged within the inner housing space, wherein - the inlet chamber is provided to receive the test liquid; - test liquid can be brought from the inlet chamber via the preparation chamber (33, 34) onto the analysis element (35, 36); and - the analysis element (35, 36) is arranged in the housing such that it is at least partly visible from the outside, wherein - the inner housing space is of a cylindrical design; and - the preparation element is rotatable with respect to the inlet element and to the housing. - an inlet chamber; - a preparation chamber (33, 34); - an analysis element (35, 36); - a housing which has an inner housing space; - a preparation element which at least partly bounds the preparation chamber (33, 34) and is arranged within the inner housing space; and - an inlet element which at least partly bounds the inlet chamber and is arranged within the inner housing space, - the inlet chamber is provided to receive the test liquid; - test liquid can be brought from the inlet chamber via the preparation chamber (33, 34) onto the analysis element (35, 36); and - the analysis element (35, 36) is arranged in the housing such that it is at least partly visible from the outside, wherein - the inner housing space is of a cylindrical design; and - the preparation element is rotatable with respect to the inlet element and to the housing.
A capacitor comprising: a pair of conductive electrodes (300, 305, 400, 405), including a first electrode (305, 405) and a second electrode (300, 400), the first electrode (305, 405) and second electrode (300, 400) being parallel and spaced apart by an intervening space; and a primary dielectric layer comprised of a primary dielectric material, being disposed between the pair of conductive electrodes (300, 305, 400, 405) within the intervening space, and having a first surface adjacent to the first electrode (305, 405) and an opposite second surface adjacent to the second electrode (300, 400); and a secondary dielectric layer comprised of a secondary dielectric material comprising a puralene polymer, being disposed between and in contact with the first surface of the primary dielectric and the first electrode (305, 405), said secondary dielectric layer having an augmented permittivity produced by condensing puralene reaction products in the presence of a magnetic field and/or an electric field during formation of the secondary dielectric material, before the secondary dielectric material has fully solidified. a pair of conductive electrodes (300, 305, 400, 405), including a first electrode (305, 405) and a second electrode (300, 400), the first electrode (305, 405) and second electrode (300, 400) being parallel and spaced apart by an intervening space; and a primary dielectric layer comprised of a primary dielectric material, being disposed between the pair of conductive electrodes (300, 305, 400, 405) within the intervening space, and having a first surface adjacent to the first electrode (305, 405) and an opposite second surface adjacent to the second electrode (300, 400); and a secondary dielectric layer comprised of a secondary dielectric material comprising a puralene polymer, being disposed between and in contact with the first surface of the primary dielectric and the first electrode (305, 405), said secondary dielectric layer having an augmented permittivity produced by condensing puralene reaction products in the presence of a magnetic field and/or an electric field during formation of the secondary dielectric material, before the secondary dielectric material has fully solidified.
A decorative laminate comprising: a decorative layer; an open-cell foam layer coupled to the decorative layer; and an adhesive layer including a pressure sensitive adhesive, which adhesive layer being coupled to the open-cell foam layer. a decorative layer; an open-cell foam layer coupled to the decorative layer; and an adhesive layer including a pressure sensitive adhesive, which adhesive layer being coupled to the open-cell foam layer.
A sandwich structure (10, 40, 110, 140, 210) comprising: a pair of face plates (12, 14, 42, 44, 112, 114, 142, 144); and a lattice structure (16, 46, 116, 146, 216) between the face plates; wherein the lattice structure includes stiffened hard points (22, 122, 152) that are stiffer than surrounding regions of the lattice structure; wherein the hard points are located at junctions between the lattice structure and one of the face plates; wherein the hard points provide anchor points for fasteners, to mechanically couple the sandwich structure to one or more other objects; wherein the hard points function as nut plates that are configured to receive threaded fasteners; and wherein the hard points have integrally-formed internally-threaded holes. a pair of face plates (12, 14, 42, 44, 112, 114, 142, 144); and a lattice structure (16, 46, 116, 146, 216) between the face plates; wherein the lattice structure includes stiffened hard points (22, 122, 152) that are stiffer than surrounding regions of the lattice structure; wherein the hard points are located at junctions between the lattice structure and one of the face plates; wherein the hard points provide anchor points for fasteners, to mechanically couple the sandwich structure to one or more other objects; wherein the hard points function as nut plates that are configured to receive threaded fasteners; and wherein the hard points have integrally-formed internally-threaded holes.
An inkjet recording apparatus, comprising: a conveying device which conveys a paper sheet along a fixed conveying path; a paper sheet floating detecting device which detects floating of the paper sheet conveyed by the conveying device at a first position set on the conveying path; an ink jet recording device (145, 146C, 146M, 146Y, 146K) which records an image on the paper sheet conveyed by the conveying device at a second position set on a downstream side of the first position; an image reading device which reads, line by line, the image of the paper sheet conveyed by the conveying device at a third position set on the downstream side of the second position; characterised in that there is an image reading control unit which makes the image reading device read the image in a fixed range along a conveyance direction of the paper sheet when the floating of the paper sheet is detected by the paper sheet floating detecting device, the image being read with a position where the floating is detected as a reference. a conveying device which conveys a paper sheet along a fixed conveying path; a paper sheet floating detecting device which detects floating of the paper sheet conveyed by the conveying device at a first position set on the conveying path; an ink jet recording device (145, 146C, 146M, 146Y, 146K) which records an image on the paper sheet conveyed by the conveying device at a second position set on a downstream side of the first position; an image reading device which reads, line by line, the image of the paper sheet conveyed by the conveying device at a third position set on the downstream side of the second position; characterised in that there is an image reading control unit which makes the image reading device read the image in a fixed range along a conveyance direction of the paper sheet when the floating of the paper sheet is detected by the paper sheet floating detecting device, the image being read with a position where the floating is detected as a reference.
Device for the filling of containers for medical use having a closing membrane which can be perforated, particularly of the type suitable for containing radioactive pharmaceutical products, comprising - an element for feeding a pharmaceutical product which can be fitted to a container and having at least a pair of needles (3, 4) suitable for perforating the membrane of the container itself, of which a first needle suitable for conveying the pharmaceutical product inside the container and a second needle suitable for allowing the air to come out of said container, where said element for feeding comprises a first portion connectable to said container and at least a second portion, supporting said needles (3, 4) and associated mobile with said first portion between an idle position, wherein it is raised with respect to said first portion and said needles (3, 4) are moved away from said membrane, and a work position, wherein said second portion is close up to said first portion with respect to the idle position and wherein said needles (3, 4) perforate said membrane; - removable fastening means of said first portion to said container; characterized by the fact that it comprises identification means (20a, 20b, 21) for identifying the reaching of the idle position and of the work position respectively by said second portion with respect to said first portion, said identification means being suitable for making said first portion fixed with respect to said second portion in a removable way and by the fact that said second portion has at least an abutment element defining an abutment surface arranged facing a reference surface defined by said first portion, said abutment surface being spaced away from said reference surface with said second portion in work position to define a housing area placed in between them for inserting the grip means suitable for removing said fastening means to separate said element for feeding from the container. - an element for feeding a pharmaceutical product which can be fitted to a container and having at least a pair of needles (3, 4) suitable for perforating the membrane of the container itself, of which a first needle suitable for conveying the pharmaceutical product inside the container and a second needle suitable for allowing the air to come out of said container, where said element for feeding comprises a first portion connectable to said container and at least a second portion, supporting said needles (3, 4) and associated mobile with said first portion between an idle position, wherein it is raised with respect to said first portion and said needles (3, 4) are moved away from said membrane, and a work position, wherein said second portion is close up to said first portion with respect to the idle position and wherein said needles (3, 4) perforate said membrane; - removable fastening means of said first portion to said container;
An article comprising continuous filaments obtainable by the process of claim 13 wherein the continuous filaments comprise 85 wt.% to 98 wt.% of a polypropylene and 2 wt.% to 10 wt.% of a polycarbonate, wherein the continuous filaments have a linear density of at least 10 dtex per filament, characterized in that the filaments have a tensile strength of at least 650 MPa and/or a modulus of at least 10 GPa as determined according to ISO 2062:2009.
Electrical conductor assembly comprising - an electrical conductor - an electrically insulating jacket disposed around at least one conductor section (3.1) of the conductor, - an electrically conductive sleeve disposed around a first insulating jacket section (5.1) of the insulating jacket, characterised in that, for electric field control, an electrically conductive yarn is wound around a second insulating jacket section (5.2) of the insulating jacket adjacent to the first insulating jacket section (5.1), wherein the yarn is made of a polyamide fibre sheathed with an electrically conductive carbon-containing material or wherein the yarn is made of a fibre blend comprising at least a polyamide fibre and an electrically conductive carbon fibre. - an electrical conductor - an electrically insulating jacket disposed around at least one conductor section (3.1) of the conductor, - an electrically conductive sleeve disposed around a first insulating jacket section (5.1) of the insulating jacket,
A hoisting arrangement of a hoist of a crane, the hoisting arrangement comprising a trolley, arranged to move along a main support structure of the crane, whereby the trolley comprises a support frame structure; bearing wheels which are fastened to the support frame structure and by means of which the trolley is arranged to move along said main support structure; a hoisting mechanism that has a rope drum for a hoisting rope, a rope pulley arrangement which has upper sheave arrangements and lower rope pulley arrangements and through which the hoisting rope may be guided from the rope drum to an attachment point, and a hoisting member in cooperation with the hoisting rope for hoisting a load; whereby the rope drum is supported to the support frame structure of the trolley so that the axle of the rope drum is parallel to the main support structure; and in the hoisting arrangement, the disengagement point of the hoisting rope from the rope drum, the attachment point of the sheave, and the attachment point of the hoisting rope are arranged on the same vertical plane of the hoisting arrangement; the rope drum has a first end towards which the hoisting rope is wound in the hoisting member's upper position, and a second end towards which the hoisting rope is unwound in the hoisting member's lower position; characterised in that a first rope pulley of the rope pulley arrangement is so placed that the release point of the hoisting rope from the first rope pulley to a first sheave is, in the axle direction of the rope drum, further from the second end than the first end of the rope drum. a support frame structure; bearing wheels which are fastened to the support frame structure and by means of which the trolley is arranged to move along said main support structure; a hoisting mechanism that has a rope drum for a hoisting rope, a rope pulley arrangement which has upper sheave arrangements and lower rope pulley arrangements and through which the hoisting rope may be guided from the rope drum to an attachment point, and a hoisting member in cooperation with the hoisting rope for hoisting a load; whereby the rope drum is supported to the support frame structure of the trolley so that the axle of the rope drum is parallel to the main support structure; and in the hoisting arrangement, the disengagement point of the hoisting rope from the rope drum, the attachment point of the sheave, and the attachment point of the hoisting rope are arranged on the same vertical plane of the hoisting arrangement; the rope drum has a first end towards which the hoisting rope is wound in the hoisting member's upper position, and a second end towards which the hoisting rope is unwound in the hoisting member's lower position; characterised in that a first rope pulley of the rope pulley arrangement is so placed that the release point of the hoisting rope from the first rope pulley to a first sheave is, in the axle direction of the rope drum, further from the second end than the first end of the rope drum.