mhurhangee/patent-ind-claim-en huggingface dataset:
A method for production of an electrical plug contact , comprising the following steps a) providing a substrate, wherein the substrate has a metallic and/or metallized surface, and b) applying a sliding layer to the metallic and/or metallized surface of the substrate , wherein the sliding layer has a layer thickness of 0.01 μm to 4 μm, wherein the sliding layer is applied by mechanical rubbing, polishing, and/or buffing of a solid lubricant; or wherein the sliding layer is applied by sputtering a solid lubricant; or wherein the sliding layer is applied by spraying on a solid lubricant using a carrier gas; or wherein the sliding layer is applied by applying a solid lubricant by means of a drum washer. a) providing a substrate, wherein the substrate has a metallic and/or metallized surface, and b) applying a sliding layer to the metallic and/or metallized surface of the substrate , wherein the sliding layer has a layer thickness of 0.01 μm to 4 μm, wherein the sliding layer is applied by mechanical rubbing, polishing, and/or buffing of a solid lubricant; or wherein the sliding layer is applied by sputtering a solid lubricant; or wherein the sliding layer is applied by spraying on a solid lubricant using a carrier gas; or wherein the sliding layer is applied by applying a solid lubricant by means of a drum washer.
A humidification chamber for use in a respiratory therapy system to humidify gases delivered to a patient or user, the humidification chamber comprising: a body comprising a base plate that at least partially defines a reservoir for containing a liquid such as water; a gas inlet comprising an aperture configured to receive an inlet sensor; a gas outlet comprising at least one aperture configured to receive an outlet sensor , the gas outlet comprising an opening ; characterized in that the humidification chamber further comprises a flow conditioner positioned within the gas outlet and comprising at least one wall , wherein the at least one wall divides the gas outlet into a plurality of compartments , and wherein the flow conditioner is configured to help reduce or eliminate the turbulence of gas flow in the gas outlet . a body comprising a base plate that at least partially defines a reservoir for containing a liquid such as water; a gas inlet comprising an aperture configured to receive an inlet sensor; a gas outlet comprising at least one aperture configured to receive an outlet sensor , the gas outlet comprising an opening ; characterized in that the humidification chamber further comprises a flow conditioner positioned within the gas outlet and comprising at least one wall , wherein the at least one wall divides the gas outlet into a plurality of compartments , and wherein the flow conditioner is configured to help reduce or eliminate the turbulence of gas flow in the gas outlet .
Arrangement with a household appliance , with at least one elongated guide element (8; 21), a fixing device (10; 22; 27; 29) and at least one mounting element for mounting the household appliance on a worktop (A1; A2), which is fastened to the household appliance by way of a respective guide element (8; 21), wherein - the at least one elongated guide element (8; 21) is fastened to the household appliance and dangles off the household appliance , - the mounting element can be guided in a longitudinally displaceable manner on the guide element (8; 21) and - the mounting element can be fixed to a variable longitudinal position of the guide element (8; 21), characterised in that - the mounting element can be fixed to the guide element (8; 12), on which the mounting element rests, by means of the fixing device (10; 22; 27; 29), that - the guide element has a strip which is toothed in the longitudinal direction, to which the fixing device can be latched tooth by tooth in the manner of a ratchet and that - the fixing device has a feedthrough for the guide element , into which an internal locking tab protrudes. - the at least one elongated guide element (8; 21) is fastened to the household appliance and dangles off the household appliance , - the mounting element can be guided in a longitudinally displaceable manner on the guide element (8; 21) and - the mounting element can be fixed to a variable longitudinal position of the guide element (8; 21), characterised in that - the mounting element can be fixed to the guide element (8; 12), on which the mounting element rests, by means of the fixing device (10; 22; 27; 29), that - the guide element has a strip which is toothed in the longitudinal direction, to which the fixing device can be latched tooth by tooth in the manner of a ratchet and that - the fixing device has a feedthrough for the guide element , into which an internal locking tab protrudes.
A method for preparing a conducting substrate, comprising: a) forming a conducting layer on a substrate and patterning the conducting layer; b) forming a metal layer on the entire surface of the substrate comprising the patterned conducting layer; c) printing an insulating layer pattern on the metal layer; d) forming a metal layer pattern by over-etching the metal layer by using the insulating layer pattern as a mask, wherein an undercut is formed below the edge of the insulating layer pattern during the over-etching process of the metal layer; and e) reforming the insulating layer pattern such that at the end of the patterned conducting layer, at least a part of the insulating payer pattern is formed to contact the substrate. a) forming a conducting layer on a substrate and patterning the conducting layer; b) forming a metal layer on the entire surface of the substrate comprising the patterned conducting layer; c) printing an insulating layer pattern on the metal layer; d) forming a metal layer pattern by over-etching the metal layer by using the insulating layer pattern as a mask, wherein an undercut is formed below the edge of the insulating layer pattern during the over-etching process of the metal layer; and e) reforming the insulating layer pattern such that at the end of the patterned conducting layer, at least a part of the insulating payer pattern is formed to contact the substrate.
An apparatus for use in negative pressure wound therapy, comprising: a pump assembly, comprising: a source of negative pressure; a port configured to be in communication with a dressing configured to be placed over a wound; and one or more indicators configured to illuminate in a pattern to communicate at least one of a status of the pump assembly and/or of the dressing, thereby enabling an electronic device comprising at least one camera to capture the illumination pattern of the one or more indicators and to determine the status corresponding to the pattern of illumination of the one or more indicators, wherein the one or more indicators comprise four indicators; characterised in that the pump assembly is configured to transmit four bits of data at a time to the electronic device using the four indicators. a pump assembly, comprising: a source of negative pressure; a port configured to be in communication with a dressing configured to be placed over a wound; and one or more indicators configured to illuminate in a pattern to communicate at least one of a status of the pump assembly and/or of the dressing, thereby enabling an electronic device comprising at least one camera to capture the illumination pattern of the one or more indicators and to determine the status corresponding to the pattern of illumination of the one or more indicators, wherein the one or more indicators comprise four indicators; characterised in that the pump assembly is configured to transmit four bits of data at a time to the electronic device using the four indicators. a source of negative pressure; a port configured to be in communication with a dressing configured to be placed over a wound; and one or more indicators configured to illuminate in a pattern to communicate at least one of a status of the pump assembly and/or of the dressing, thereby enabling an electronic device comprising at least one camera to capture the illumination pattern of the one or more indicators and to determine the status corresponding to the pattern of illumination of the one or more indicators, wherein the one or more indicators comprise four indicators; characterised in that the pump assembly is configured to transmit four bits of data at a time to the electronic device using the four indicators.
A mid-turbine frame for locating in a gas turbine engine axially aft of a high-pressure turbine and fore of a low-pressure turbine , the mid-turbine frame comprising: an outer frame case ; an inner frame case ; and at least a first spoke connecting the outer frame case to the inner frame case , the first spoke comprising: a tie rod having a first threaded surface ; and a connector having a second threaded surface , wherein the first and second threaded surfaces are threadedly engaged and overlap partially but not completely such that the connector does not bottom-out when threaded on the tie rod ; and wherein the connector is a retaining nut; characterised in that : the retaining nut comprises a flange extending outward from an outer surface of the retaining nut ; the retaining nut is positioned in a hole of the outer frame case , with the flange positioned radially outward of the outer frame case and the second threaded surface positioned radially inward of the outer frame case ; and a bolt extends through the flange into the outer frame case . an outer frame case ; an inner frame case ; and at least a first spoke connecting the outer frame case to the inner frame case , the first spoke comprising: a tie rod having a first threaded surface ; and a connector having a second threaded surface , wherein the first and second threaded surfaces are threadedly engaged and overlap partially but not completely such that the connector does not bottom-out when threaded on the tie rod ; and wherein the connector is a retaining nut; a tie rod having a first threaded surface ; and a connector having a second threaded surface , wherein the first and second threaded surfaces are threadedly engaged and overlap partially but not completely such that the connector does not bottom-out when threaded on the tie rod ; and wherein the connector is a retaining nut; characterised in that : the retaining nut comprises a flange extending outward from an outer surface of the retaining nut ; the retaining nut is positioned in a hole of the outer frame case , with the flange positioned radially outward of the outer frame case and the second threaded surface positioned radially inward of the outer frame case ; and a bolt extends through the flange into the outer frame case . the retaining nut comprises a flange extending outward from an outer surface of the retaining nut ; the retaining nut is positioned in a hole of the outer frame case , with the flange positioned radially outward of the outer frame case and the second threaded surface positioned radially inward of the outer frame case ; and a bolt extends through the flange into the outer frame case .
A packaging machine for packaging articles comprising an article manipulation apparatus , the article manipulation apparatus comprising: a first conveyor for conveying packages , the packages each comprising a carton having at least one displaceable article (B) disposed therein; at least one sensor for determining the orientation of the displaceable article (B); an article orientation device comprising a tool head movable synchronously in a downstream direction with the first conveyor and characterised by having at least one article gripper for engaging with a displaceable article (B) in a carton , the at least one article gripper being rotatably mounted to the tool head ; an article displacement device comprising at least one article pushing tool , the article pushing tool receivable in an opening in a carton to displace the displaceable article (B) such that it protrudes through a second opening in said carton , wherein the at least one article pushing tool is movable synchronously in a downstream direction with the first conveyor ; and a drive mechanism for rotating the at least one article gripper so to place the displaceable article in a predefined orientation. a first conveyor for conveying packages , the packages each comprising a carton having at least one displaceable article (B) disposed therein; at least one sensor for determining the orientation of the displaceable article (B); an article orientation device comprising a tool head movable synchronously in a downstream direction with the first conveyor and characterised by having at least one article gripper for engaging with a displaceable article (B) in a carton , the at least one article gripper being rotatably mounted to the tool head ; an article displacement device comprising at least one article pushing tool , the article pushing tool receivable in an opening in a carton to displace the displaceable article (B) such that it protrudes through a second opening in said carton , wherein the at least one article pushing tool is movable synchronously in a downstream direction with the first conveyor ; and a drive mechanism for rotating the at least one article gripper so to place the displaceable article in a predefined orientation.
A seasoning product with a sheet of flexible burn resistant material and a composition of three layers disposed on one face of the sheet comprising a) fat; b) flavorings disposed on the fat; c) an oil coating of the flavorings; characterized that the fat having a total saturated fat content of 50 to 69 wt% (based on weight of total fat) and unsaturated fatty acids including poly, trans and mono-unsaturated fatty acids in the range of 26 to 45 wt% (based on weight of total fat) comprising the following key fatty acids C16:0 in the range of 2 to 30 wt% (based on weight of total fat) and C18:0 in the range of 26 to 65 wt% (based on weight of total fat). a) fat; b) flavorings disposed on the fat; c) an oil coating of the flavorings;
Coolant mixtures comprising (a) at least one compound of the formula (I) and/or isobutyraldehyde (b) at least one compound of the formula (II) and/or isobutyric acid wherein R 1 is in each case hydrogen or a methyl group, R 2 is in each case a methyl, ethyl or propyl group and n is_1, or 2; and optionally (c) a further coolant, wherein said mixture comprises: (a) 90 to about 99% by weight substances of the formula (I) and/or isobutyraldehyde, (b) 1 to 10% by weight substances of the formula (II) and/or isobutyric acid, and (c) 0 to 5% by weight further coolants with the proviso that the components add up to 100% by weight. (a) at least one compound of the formula (I) and/or isobutyraldehyde (b) at least one compound of the formula (II) and/or isobutyric acid wherein R 1 is in each case hydrogen or a methyl group, R 2 is in each case a methyl, ethyl or propyl group and n is_1, or 2; and optionally (c) a further coolant, (a) 90 to about 99% by weight substances of the formula (I) and/or isobutyraldehyde, (b) 1 to 10% by weight substances of the formula (II) and/or isobutyric acid, and (c) 0 to 5% by weight further coolants
A device for producing three-dimensional models by means of a layer application technique, the device being suitable for applying particulate construction material onto a construction field, subsequently applying a moderating agent selectively onto the construction material via an inkjet print head and solidifying the printed areas by supplying IR energy, characterized in that the print head is protected from excessive heating by active and/or passive cooling , and in that the device has a temperature control system which, in interaction with a temperature sensor , controls the heating possibilities in the construction space , the temperature range of the construction space atmosphere being controlled at 60°C to 120°C and the temperature gradient on the construction field not exceeding 10°C.
Electrical apparatus to kill a plant or at least attenuate plant growth, the apparatus comprising an electrical energy supply unit ; an applicator unit comprising an applicator electrode ; a return unit comprising a return electrode ; an electrical circuitry ; the electrical energy supply unit arranged to apply electrical energy through a transmission circuit comprising the applicator electrode , and the return electrode , wherein the electrical circuitry is arranged to control an electrical impedance of the electrical energy supply unit to control a property of the electrical energy to the electrodes . an electrical energy supply unit ; an applicator unit comprising an applicator electrode ; a return unit comprising a return electrode ; an electrical circuitry ; the electrical energy supply unit arranged to apply electrical energy through a transmission circuit comprising the applicator electrode , and the return electrode , wherein the electrical circuitry is arranged to control an electrical impedance of the electrical energy supply unit to control a property of the electrical energy to the electrodes .
A basket for receiving heat transfer elements for a rotary air preheater, the basket comprising: two metallic frames each having two elongate corner pieces and two elongate connector pieces , each of the corner pieces having a two leg angled cross section, for each frame one of the connector pieces is secured to one end of each of the corner pieces and another of the connector pieces is secured to an opposite end of each of the corner pieces such that the corner pieces are spaced apart from and parallel to one another and the connector pieces are spaced apart from and parallel to one another thereby forming a rectangular opening in each frame ; whereby metallic sheets are connected to the corner pieces , thereby forming a channel , the channel having a longitudinal axis (L1) that is parallel to and bounded by the corner pieces , the channel being configured to receive heat transfer elements having a flow direction coaxial with the channel ; and the sheets being a barrier for preventing lateral bypass of gas and air flow between sides of the baskets at edges of the heat transfer elements disposed in the baskets ; characterized in that the metallic sheets are two heavy gauge metallic sheets configured to withstand wear and cracking from soot blowing, each sheet having opposite edges (30A, 30B. 30A', 30B') secured longitudinally along an outside surface of one of the corner pieces , thereby structurally supporting and spacing the frames equally apart from and parallel to one another thereby forming a channel between two of the sheets . two metallic frames each having two elongate corner pieces and two elongate connector pieces , each of the corner pieces having a two leg angled cross section, for each frame one of the connector pieces is secured to one end of each of the corner pieces and another of the connector pieces is secured to an opposite end of each of the corner pieces such that the corner pieces are spaced apart from and parallel to one another and the connector pieces are spaced apart from and parallel to one another thereby forming a rectangular opening in each frame ; whereby metallic sheets are connected to the corner pieces , thereby forming a channel , the channel having a longitudinal axis (L1) that is parallel to and bounded by the corner pieces , the channel being configured to receive heat transfer elements having a flow direction coaxial with the channel ; and the sheets being a barrier for preventing lateral bypass of gas and air flow between sides of the baskets at edges of the heat transfer elements disposed in the baskets ; characterized in that the metallic sheets are two heavy gauge metallic sheets configured to withstand wear and cracking from soot blowing, each sheet having opposite edges (30A, 30B. 30A', 30B') secured longitudinally along an outside surface of one of the corner pieces , thereby structurally supporting and spacing the frames equally apart from and parallel to one another thereby forming a channel between two of the sheets .
Loading arm assembly for a load-handling vehicle , having a main arm , having an auxiliary arm , having a crossbeam and having two corner grippers , wherein the auxiliary arm is disposed on the main arm , wherein the crossbeam is disposed on the end of the auxiliary arm , wherein the corner grippers are each disposed on the ends of the crossbeam , wherein the crossbeam is pivotable relative to the auxiliary arm about two axes characterized in that the crossbeam and the auxiliary arm are connected by way of a universal joint , wherein the universal joint has a crosspiece having two axle stump pairs ( 34, 36, and 33, 35 ), wherein the auxiliary arm is rotatably connected to one axle stump pair , and the crossbeam is rotatably connected to the other axle stump pair , wherein the auxiliary arm has a housing , wherein the crossbeam engages through the housing , wherein one axle stump pair is rotatably disposed on the housing , wherein the axle stump pair that rotatably engages on the housing extends perpendicularly to the crossbeam and perpendicularly to the longitudinal direction of the auxiliary arm .
Plasma spray apparatus for coating substrates (S), comprising at least a working chamber including at least a plasma torch and at least a substrate support for the substrate (S) to be coated, in which an inert gas or a mixture of inert gases is contained at a pressure which is close to, or higher than, the normal pressure, and at least a gas circuit , in communication with said working chamber , comprising recirculating means (R) of the inert gases contained in said working chamber , said recirculating means (R) comprising a closed loop (L), including a first heat exchanger for cooling down the gases, communicating with said working chamber , and a recirculating blower , arranged upstream of said first heat exchanger , suitable for extracting the inert gases from said working chamber and supplying a first fraction of the cooled inert gases back into a first portion of said working chamber , characterized in that said recirculating means (R) include at least a path (P), communicating with said closed loop (L) and including a second heat exchanger for further cooling down the gases, and at least a compressor , arranged upstream of said second heat exchanger , suitable for supplying a second fraction of the cooled inert gases into a second portion of said working chamber , and pointed towards the substrate (S) by means of properly placed conduits .
A plurality of hydrogel particles used as support medium in 3D printing, wherein: said hydrogel comprises calcium alginate and xanthan gum, and an amount of said xanthan gum ranges 0.05-0.5 % (w/w or w/v); the plurality of hydrogel particles is characterized by an average particle size that ranges from 0.1 μm to 5 μm, and a homogeneity characterized by a particle size distribution of less than 20 % RSD. said hydrogel comprises calcium alginate and xanthan gum, and an amount of said xanthan gum ranges 0.05-0.5 % (w/w or w/v); the plurality of hydrogel particles is characterized by an average particle size that ranges from 0.1 μm to 5 μm, and a homogeneity characterized by a particle size distribution of less than 20 % RSD.