mhurhangee/ep-ind-claims huggingface dataset:
Machine for the production of plastic film bags comprising: - a station for unwinding of a flattened tubular film; - a cutter/sealer station, where at least one hot blade in contact with the plastic film causes longitudinal cutting and, at the same time, through the effect of the temperature of the blade, the formation of longitudinal weld seams, obtaining at least two flattened tubular films; - a station of gusseting machines, i.e. apparatuses for the formation of the side gussets of the bags to be produced, wherein each flattened tubular film takes on the shape of a balloon filled with compressed air with at least one longitudinal lateral weld; characterised in that at each balloon at least one feeler device for the automatic control of a corresponding longitudinal weld is placed, simulating the pressure exerted by the operator's finger against the balloon of the gusset machine and immediately signalling the possible break of the weld. - a station for unwinding of a flattened tubular film; - a cutter/sealer station, where at least one hot blade in contact with the plastic film causes longitudinal cutting and, at the same time, through the effect of the temperature of the blade, the formation of longitudinal weld seams, obtaining at least two flattened tubular films; - a station of gusseting machines, i.e. apparatuses for the formation of the side gussets of the bags to be produced, wherein each flattened tubular film takes on the shape of a balloon filled with compressed air with at least one longitudinal lateral weld;
A method of performing chromatic dispersion estimation in a receiver of an optical communication system, comprising the steps of: - receiving a signal divided into frames, wherein each frame comprises a training portion and a data portion, and wherein the training portion comprises at least two identical pattern sequences, - equalizing the received signal such as to generate a plurality of equalized signals (40, 280) each corresponding to a different setting of an equalizer, wherein each of the equalized signals (40, 280) comprises at least one frame, - determining a plurality of correlation values, wherein at least one correlation value is calculated for each frame comprised in the equalized signal (40, 280), and wherein each correlation is calculated between a first pattern sequence and a second pattern sequence of the corresponding frame, - determining a final correlation value for each of the equalized signals (40, 280) by averaging the plurality of correlation values determined for each of the equalized signals (40, 270), and - selecting the setting of the equalizer corresponding to the equalized signal (40, 280) providing the highest final correlation value. - receiving a signal divided into frames, wherein each frame comprises a training portion and a data portion, and wherein the training portion comprises at least two identical pattern sequences, - equalizing the received signal such as to generate a plurality of equalized signals (40, 280) each corresponding to a different setting of an equalizer, wherein each of the equalized signals (40, 280) comprises at least one frame, - determining a plurality of correlation values, wherein at least one correlation value is calculated for each frame comprised in the equalized signal (40, 280), and wherein each correlation is calculated between a first pattern sequence and a second pattern sequence of the corresponding frame, - determining a final correlation value for each of the equalized signals (40, 280) by averaging the plurality of correlation values determined for each of the equalized signals (40, 270), and - selecting the setting of the equalizer corresponding to the equalized signal (40, 280) providing the highest final correlation value.
Composition for the dyeing of keratinous fibres, characterized in that it comprises, in a medium appropriate for dyeing: - at least one oxidation base, - at least one coupler, - at least one aminated silicone with a weight-average molecular weight M w of greater than or equal to 75 000, and - at least monoethanolamine present in an amount ranging from 1 to 10% by weight, with respect to the total weight of the composition, and - at least one oxidizing agent. - at least one oxidation base, - at least one coupler, - at least one aminated silicone with a weight-average molecular weight M w of greater than or equal to 75 000, and - at least monoethanolamine present in an amount ranging from 1 to 10% by weight, with respect to the total weight of the composition, and - at least one oxidizing agent.
A blood condition analysis device, for analyzing the condition of a blood sample having added thereto at least one kind of drug selected from the group consisting of anticoagulation treatment canceling agents, coagulation activators, anticoagulants, platelet activators, and antiplatelet agents, the device comprising a drug dosage control unit configured to control the dosage of the drug to be added to the blood sample on the basis of the hematocrit and/or hemoglobin content of the blood sample.
Crack-free monocrystalline layer of gallium nitride or of a mixed nitride of gallium and another metal, on a buffer layer covering a substrate that may cause tension stresses in said layer; said crack-free monocrystalline layer being characterised in that at least one so-called intermediate monocrystalline layer with a thickness of between 100 and 300 nm, of a material for which the lattice parameter is smaller than the lattice parameter of the material of the crack-free monocrystalline layer, is inserted in said crack-free monocrystalline layer.
Pneumatic vehicle tyre of radial construction, having a tread with at least one profile positive extending in a circumferential direction, such as a block row or a profile strip, which is provided with a multiplicity of transverse grooves (4, 6), wherein each transverse groove (4, 6) is delimited by two mutually opposite groove flanks (8, 9, 9') and a groove base connecting the groove flanks (8, 9, 9'), and wherein one of these groove flanks (9, 9') transitions into the tread surface via a chamfer (10, 10') in the form of a planar sloping surface, characterized in that, at least along the majority of the longitudinal extent of the transverse groove (4, 6), the groove flank (9, 9') adjoining the chamfer (10, 10') is embodied, at least in its portion adjoining the chamfer (10, 10'), in a concavely curved manner in cross section, protruding in the direction of the transverse groove (4, 6), wherein there is a bend-free transition between the chamfer (10, 10') and the groove flank (9, 9').
An optical member driving mechanism, comprising: a movable portion (3-M) comprising a carrier for carrying an optical member with an optical axis (3-O); and a fixed portion (3-F), wherein the movable portion (3-M) is movable relative to the fixed portion (3-F), and the fixed portion (3-F) comprises a housing and a base, the housing is disposed on the base, wherein the housing is for protecting the movable portion (3-M), and the movable portion (3-M) is disposed inside the housing, wherein the housing has: a top surface extending in a direction that is parallel to the optical axis (3-O); and a side surface extending in a direction that is not parallel to the optical axis (3-O) from an edge of the top surface, wherein the side surface has a rectangular opening, wherein the optical axis passes through the opening, characterized in that the base further comprises a barrier protruding towards the top surface, when viewed in a direction that is parallel to the optical axis (3-O), the barrier and the lengthwise side of the opening at least partially overlap, wherein a gap is formed between the barrier and the widthwise side of the opening, wherein the barrier has a jagged structure disposed to face the top surface. a movable portion (3-M) comprising a carrier for carrying an optical member with an optical axis (3-O); and a fixed portion (3-F), wherein the movable portion (3-M) is movable relative to the fixed portion (3-F), and the fixed portion (3-F) comprises a housing and a base, the housing is disposed on the base, wherein the housing is for protecting the movable portion (3-M), and the movable portion (3-M) is disposed inside the housing, wherein the housing has: a top surface extending in a direction that is parallel to the optical axis (3-O); and a side surface extending in a direction that is not parallel to the optical axis (3-O) from an edge of the top surface, wherein the side surface has a rectangular opening, a top surface extending in a direction that is parallel to the optical axis (3-O); and a side surface extending in a direction that is not parallel to the optical axis (3-O) from an edge of the top surface, wherein the side surface has a rectangular opening, wherein the optical axis passes through the opening, characterized in that the base further comprises a barrier protruding towards the top surface, when viewed in a direction that is parallel to the optical axis (3-O), the barrier and the lengthwise side of the opening at least partially overlap, wherein a gap is formed between the barrier and the widthwise side of the opening, wherein the barrier has a jagged structure disposed to face the top surface.
A process for the diesterification of maleic acid by reaction of maleic acid with methanol in the presence of water of solution comprising the steps of: (a) providing a feed solution comprising the maleic acid and the water of solution; (b) reacting the feed solution comprising maleic acid in an esterification zone with methanol to form dimethyl maleate and water of esterification; said esterification being conducted in a two-stage process, wherein the first stage is carried out in a first reactor in which the maleic acid is converted to a mono ester and the second stage is carried out in a second reactor in which the mono ester is converted to dimethyl maleate, the second reactor is a column reactor operated at a temperature of from 65 to 150°C and pressure from 1 to 5 bar (100 kPa to 500 kPa); (c) removing the water of solution and the water of esterification; and (d) recovering the dimethyl maleate. (a) providing a feed solution comprising the maleic acid and the water of solution; (b) reacting the feed solution comprising maleic acid in an esterification zone with methanol to form dimethyl maleate and water of esterification; said esterification being conducted in a two-stage process, wherein the first stage is carried out in a first reactor in which the maleic acid is converted to a mono ester and the second stage is carried out in a second reactor in which the mono ester is converted to dimethyl maleate, the second reactor is a column reactor operated at a temperature of from 65 to 150°C and pressure from 1 to 5 bar (100 kPa to 500 kPa); (c) removing the water of solution and the water of esterification; and (d) recovering the dimethyl maleate.
A fragment-based solid phase process for the preparation of a GLP-1 analogue of formula I HX 1 EGTFTSDVSSYLEGQAAK(X 2)EFIAWLVRGRG wherein X 1 is Ala and X 2 is N-(1-oxohexadecyl)-L-γ-glutamyl, or X 1 is α-aminoisobutyric acid (Aib) and X 2 is N-(17-carboxy-1-oxoheptadecyl)-L-γ-glutamyl-2-[2-(2-aminoethoxy)ethoxy]acetyl-2-[2-(2-aminoethoxy)ethoxy]acetyl, wherein the process comprises a final coupling step between an N-terminal fragment A and a C-terminal fragment B and wherein the N-terminal fragment A has a pseudoproline at the C-terminal reactive site. X 1 is Ala and X 2 is N-(1-oxohexadecyl)-L-γ-glutamyl, or X 1 is α-aminoisobutyric acid (Aib) and X 2 is N-(17-carboxy-1-oxoheptadecyl)-L-γ-glutamyl-2-[2-(2-aminoethoxy)ethoxy]acetyl-2-[2-(2-aminoethoxy)ethoxy]acetyl, wherein the process comprises a final coupling step between an N-terminal fragment A and a C-terminal fragment B and wherein the N-terminal fragment A has a pseudoproline at the C-terminal reactive site.
A gas burner assembly for a cooktop, comprising: a spreader defining a top and an underside and including a stem extending from the underside to a depth and having a first diameter, wherein the stem defines an opening to the top of the spreader; and an orifice holder having a body defining inner wall portions receiving a portion of the stem therebetween, wherein the body is further defined by an upper portion, which is in fluid communication with the spreader, and a lower portion, whereby an airflow path is directed into the body of the orifice holder through the upper portion and down towards the lower portion of the body, and further wherein the inner wall portions define a plurality of grooves and the stem defines projections that are disposed within respective ones of the grooves, characterized in that the body further defines at least one cup outwardly extending from the inner wall portions in fluid communication with the opening in the stem between the inner wall portions. a spreader defining a top and an underside and including a stem extending from the underside to a depth and having a first diameter, wherein the stem defines an opening to the top of the spreader; and an orifice holder having a body defining inner wall portions receiving a portion of the stem therebetween, wherein the body is further defined by an upper portion, which is in fluid communication with the spreader, and a lower portion, whereby an airflow path is directed into the body of the orifice holder through the upper portion and down towards the lower portion of the body, and further wherein the inner wall portions define a plurality of grooves and the stem defines projections that are disposed within respective ones of the grooves, characterized in that the body further defines at least one cup outwardly extending from the inner wall portions in fluid communication with the opening in the stem between the inner wall portions.
Cleaning device, intended for spraying at least one fluid onto a motor vehicle surface to be cleaned, such as an optical sensor of an optical detection system, the cleaning device comprising at least one fluid inlet and distribution device into which a cleaning fluid and a drying fluid are selectively admitted from an inlet nozzle (110, 111) specific to each fluid, this inlet and distribution device having a hollow body inside which separate distribution channels (21, 22) for distributing the cleaning fluid and the drying fluid, respectively, and separate conveying units (112, 114, 21; 113, 22) for conveying each of the fluids from their respective inlet nozzle (110, 111) to their respective distribution channel (21, 22) are arranged, characterized in that the separate distribution channels (21, 22) are formed in an inlet and distribution rod arranged in the hollow body of the inlet and distribution device.
EUV mirror arrangement comprising a multiplicity of mirror elements (110, 111, 112) which are arranged alongside one another and jointly form a mirror surface of the mirror arrangement, wherein each mirror element has a substrate and a multilayer arrangement applied on the substrate and having a reflective effect with respect to radiation from the extreme ultraviolet range, said multilayer arrangement comprising a multiplicity of layer pairs having alternate layers composed of a high refractive index layer material and a low refractive index layer material, wherein the multilayer arrangement has an active layer arranged between a radiation entrance surface and the substrate and consisting of a piezoelectrically active layer material, the layer thickness of which active layer can be altered by the action of an electric field; and for each active layer provision is made of an electrode arrangement for generating an electric field acting on the active layer, wherein the multilayer arrangement has a first layer group arranged between the radiation entrance surface and the active layer and having a first number N1 of layer pairs, and a second layer group arranged between the active layer and the substrate and having a second number N2 of layer pairs, wherein the numbers N1 and N2 of layer pairs of the first layer group and of the second layer group are selected in such a way that, for at least one angle of incidence of the radiation impinging on the radiation entrance surface, the first layer group transmits a portion of the incident radiation through the active layer to the second layer group and the radiation reflected by the multilayer arrangement contains a first portion reflected by the first layer group and a second portion reflected by the second layer group.
A method for activating a segment for enabling electrical power delivery to vehicles, the segment being one of a plurality of segments (30a, 30b) consecutively arranged along a single track line of an electric road system that further comprises a base station, the method comprising: receiving, at the base station, identification data transmitted from a vehicle, the identification data identifying the vehicle; associating an activation key with the identification data; transmitting the activation key from the base station to the segment; receiving, at the segment and via short range radio communication, wherein short range radio communication has a range of 0.15 to 5 meters, an activation request sent from the vehicle, wherein the activation request comprises an identification key associated with the identification data; confirming, at the segment, that the received identification key is associated with the received activation key; upon positive confirmation, activating the segment for enabling power delivery to the vehicle; characterized by: upon positive confirmation, transmitting a deactivation request from the segment to a previously activated segment of the plurality of segments, and said previously activated segment of the plurality of segments is deactivated upon receiving the deactivation request. receiving, at the base station, identification data transmitted from a vehicle, the identification data identifying the vehicle; associating an activation key with the identification data; transmitting the activation key from the base station to the segment; receiving, at the segment and via short range radio communication, wherein short range radio communication has a range of 0.15 to 5 meters, an activation request sent from the vehicle, wherein the activation request comprises an identification key associated with the identification data; confirming, at the segment, that the received identification key is associated with the received activation key; upon positive confirmation, activating the segment for enabling power delivery to the vehicle; characterized by: upon positive confirmation, transmitting a deactivation request from the segment to a previously activated segment of the plurality of segments, and said previously activated segment of the plurality of segments is deactivated upon receiving the deactivation request. upon positive confirmation, transmitting a deactivation request from the segment to a previously activated segment of the plurality of segments, and said previously activated segment of the plurality of segments is deactivated upon receiving the deactivation request.
Rechargeable electrochemical lithium ion battery cell having a housing, a positive electrode, a negative electrode and an electrolyte, which contains SO 2 and a conducting salt of the active metal of the cell, wherein the positive electrodes are enveloped by a sheath made of a glass fiber textile material, the areal extent of the sheath made of glass fiber textile material is greater than the areal extent of the positive electrode, so that the glass fiber textile material extends beyond the limit of the positive electrode, and two layers (15, 16) of the glass fiber textile material which cover the positive electrode on both sides are connected to each other at the edge of the positive electrode by means of an edge connection, all positive electrodes of the cell are each enveloped by a sheath made of a glass fiber textile material and are arranged in the cell alternately with negative electrodes in an electrode stack, characterized in that the areal dimensions of the electrodes (10, 11) and of the sheath are matched to one another such that the external dimensions of the sheath of the positive electrodes and the external dimensions of the negative electrodes correspond in at least one dimension.
An item of clothing, adapted to be worn against the skin, and comprising a material adapted to provide a region of general compression or graduated compression to the body, further comprising at least one panel adapted to provide targeted compression of at least 20% of the total length of a surface vein, wherein the targeted compression is provided in addition to the general compression or graduated compression, wherein the region of compression or graduated compression is larger than the panel, and wherein the panel is adapted to provide a higher level of compression than the material; said surface vein being selected from the cephalic vein or the basilic vein in the arm; the short saphenous vein or the long saphenous vein in the leg; the collection of drainage plexuses in the buttocks and lateral aspect of the hips, or the drainage plexus in the anterior chest wall overlying the pectoral muscles, or a combination thereof, wherein the panel is located on the inside of the item of clothing and comprises a singular or plurality of protrusion(s) or pads between 100 microns and 10 mm high, projecting inwardly towards the skin surface such that they act on the body, in use, to thereby provide the targeted compression.
A red phosphor represented by the general formula: CaS:Eu or (Ca 1-x Sr x)S:Eu (where 0 < x ≤ 1), which is excited by a light at a wavelength in an ultraviolet region to visible region (in the order of 250 nm to 610 nm) and emits light in a visible region, the phosphor being doped to contain Ba at a concentration of 0.001 to 1.00 mol% with respect to CaS or (Ca 1-x Sr x)S (where 0 < x ≤ 1), respectively, wherein Ba is not substituted at a site of the crystal lattice of the phosphor, and the Ba atoms penetrate into the crystal lattice of the phosphor or are present outside the crystal lattice.
A low VOC coating composition comprising, prior to firing, a glass frit, and from 10 % to 50 % by weight, based on the total composition, of a medium including dimethyl carbonate, and at least one glycol ether.
A method of forming a subsea power cable comprising a layer of a two dimensional material, the method comprising: forming a layer of two dimensional material by mechanical exfoliation, wherein the layer of two dimensional material is formed separately from a component of an electrical cable; and subsequently incorporating the layer of two dimensional material onto a surface of the component of the subsea power cable comprising a conductive core, using a continuous wrapping or continuous taping process. forming a layer of two dimensional material by mechanical exfoliation, wherein the layer of two dimensional material is formed separately from a component of an electrical cable; and subsequently incorporating the layer of two dimensional material onto a surface of the component of the subsea power cable comprising a conductive core, using a continuous wrapping or continuous taping process.