mhurhangee/ep-ind-claims huggingface dataset:
An exchanger-reactor for carrying out highly endothermic reactions, in which the ratio H/D between the height H of the reactor and its diameter D is in the range 2 to 8, said exchanger-reactor comprising a generally cylindrical shell closed at its upper portion by a cap which is substantially ellipsoidal in shape and in its lower portion by a bottom of substantially ellipsoidal shape, said shell enclosing a plurality of vertical bayonet tubes within which the reactant fluids circulate, said bayonet tubes forming a triangular spacing pattern with a center-to-center distance which is in the range 2 to 4 times the internal diameter of the external envelope of said tube, said bayonet tubes extending along the cylindrical portion of the shell and having a length Lt, said bayonet tubes having one end communicating with the outside of the exchanger-reactor, and said bayonet tubes being heated by a plurality of porous no pre-mix burners of length Lb, extending vertically between the tubes to be heated such as the ratio Lb/Lt is in the range 0.1 to 0.8, preferably in the range 0.2 to 0.7, and the centre-to-centre distance between a given burner and the neighboring tube or tubes being in the range 100 mm to 500 mm, and the number of tubes to be heated per m 2 of effective reactor section being in the range 4 to 17, preferably in the range 5 to 13.
A wound dressing comprising: at least one layer of a vertically lapped material, and a cover layer configured to cover and form a seal over a wound; wherein the at least one layer of the vertically lapped material is constructed from at least one layer of non-woven textile fibers, the non-woven textile fibers being folded into a plurality of folds to form a pleated structure; and wherein the wound dressing further comprises a wound contact layer attached to the cover layer and wherein the wound contact layer is provided with a pressure sensitive adhesive on a lower surface thereof to adhere the wound dressing to the skin around a wound site. at least one layer of a vertically lapped material, and a cover layer configured to cover and form a seal over a wound; wherein the at least one layer of the vertically lapped material is constructed from at least one layer of non-woven textile fibers, the non-woven textile fibers being folded into a plurality of folds to form a pleated structure; and wherein the wound dressing further comprises a wound contact layer attached to the cover layer and wherein the wound contact layer is provided with a pressure sensitive adhesive on a lower surface thereof to adhere the wound dressing to the skin around a wound site.
A flame-retardant styrene thermoplastic resin composition comprising 6 to 15 parts by weight of a phosphoric acid ester flame retardant and 0.1 to 3 parts by weight of an aromatic carbonate oligomer having a viscosity average molecular weight [Mv] of 1,000 to 10,000 with respect to 100 parts by weight of a styrene resin
A secondary battery comprising: a bare cell including an electrode assembly; a protection circuit module connected to electrodes of the electrode assembly; and a PCM enclosure located on the bare cell; wherein the bare cell comprises a pouch and the PCM enclosure is formed on a sealing portion of the pouch; wherein the PCM is located within the PCM enclosure and the PCM enclosure secures the position of the PCM relative to the bare cell; characterised in that the PCM enclosure is integrally formed with at least one formation that at least partially covers a side surface of the bare cell; wherein at least one electrode tab is connected between a respective electrode of the electrode assembly and the said PCM, the said electrode tab extending between the said electrode and the PCM via the PCM enclosure; wherein the PCM enclosure comprises a projecting wall and the electrode tab is folded over the projecting wall; and wherein the PCM enclosure is a moulded structure; characterized in that the projecting wall comprises a recessed portion and the electrode tab is folded over the projecting wall within the recessed portion. a bare cell including an electrode assembly; a protection circuit module connected to electrodes of the electrode assembly; and a PCM enclosure located on the bare cell; wherein the bare cell comprises a pouch and the PCM enclosure is formed on a sealing portion of the pouch; wherein the PCM is located within the PCM enclosure and the PCM enclosure secures the position of the PCM relative to the bare cell; characterised in that the PCM enclosure is integrally formed with at least one formation that at least partially covers a side surface of the bare cell; wherein at least one electrode tab is connected between a respective electrode of the electrode assembly and the said PCM, the said electrode tab extending between the said electrode and the PCM via the PCM enclosure; wherein the PCM enclosure comprises a projecting wall and the electrode tab is folded over the projecting wall; and wherein the PCM enclosure is a moulded structure; characterized in that the projecting wall comprises a recessed portion and the electrode tab is folded over the projecting wall within the recessed portion.
A hood hinge structure comprising: a hood hinge base that is fixable to a vehicle body; and a hood hinge arm that includes a supported portion and a fixed portion (24; 36; 38; 40) as well as an intermediate portion that connects the supported portion and the fixed portion (24; 36; 38; 40) together, the supported portion being provided at a base end side of the hood hinge arm and being supported by the hood hinge base, and the fixed portion (24; 36; 38; 40) being provided at a tip end side of the hood hinge arm and being fixable to a hood, wherein at least a portion of the hood hinge arm from supported portion to the fixed portion (24; 36; 38; 40) has a laminated structure, the hood hinge arm is formed of a single sheet, the supported portion and the fixed portion (24; 36; 38; 40) each have the laminated structure formed of the single sheet that is bent, characterized in that the intermediate portion and the laminated structure of the fixed portion (24; 36; 38; 40) are bent to have a base wall portion and a side wall portion, which together form a generally L-shaped cross section, the base wall portion of the fixed portion, when mounted, extends along the hood and has insertion holes into which bolts are inserted, and the base wall portion is fixable to the hood with the bolts. a hood hinge base that is fixable to a vehicle body; and a hood hinge arm that includes a supported portion and a fixed portion (24; 36; 38; 40) as well as an intermediate portion that connects the supported portion and the fixed portion (24; 36; 38; 40) together, the supported portion being provided at a base end side of the hood hinge arm and being supported by the hood hinge base, and the fixed portion (24; 36; 38; 40) being provided at a tip end side of the hood hinge arm and being fixable to a hood, wherein at least a portion of the hood hinge arm from supported portion to the fixed portion (24; 36; 38; 40) has a laminated structure, the hood hinge arm is formed of a single sheet, the supported portion and the fixed portion (24; 36; 38; 40) each have the laminated structure formed of the single sheet that is bent, characterized in that the intermediate portion and the laminated structure of the fixed portion (24; 36; 38; 40) are bent to have a base wall portion and a side wall portion, which together form a generally L-shaped cross section, the base wall portion of the fixed portion, when mounted, extends along the hood and has insertion holes into which bolts are inserted, and the base wall portion is fixable to the hood with the bolts.
A stretchable laminate, comprising: an elastomer layer; and a non-woven fabric layer arranged on at least one side of the elastomer layer, the stretchable laminate including an elastic lane portion and a rigid lane portion, the rigid lane portion requiring a strength of from 1 N/20 mm to 7 N/20 mm for obtaining a 5% deformation amount, the strength being determined according to the method outlined in the description, wherein the rigid lane portion comprises an end portion of the stretchable laminate, wherein the rigid lane portion has a length from the end portion of the stretchable laminate of from 5 mm to 30 mm, wherein the stretchable laminate further comprises a hot-melt pressure-sensitive adhesive between the elastomer layer and the non-woven fabric layer, wherein the hot-melt pressure-sensitive adhesive in the rigid lane portion contains an olefin-based polymer, wherein the hot-melt pressure-sensitive adhesive in the elastic lane portion contains a styrene-based polymer, and wherein the elastomer layer contains a styrene-based elastomer. an elastomer layer; and a non-woven fabric layer arranged on at least one side of the elastomer layer, the stretchable laminate including an elastic lane portion and a rigid lane portion, the rigid lane portion requiring a strength of from 1 N/20 mm to 7 N/20 mm for obtaining a 5% deformation amount, the strength being determined according to the method outlined in the description, wherein the rigid lane portion comprises an end portion of the stretchable laminate, wherein the rigid lane portion has a length from the end portion of the stretchable laminate of from 5 mm to 30 mm, wherein the stretchable laminate further comprises a hot-melt pressure-sensitive adhesive between the elastomer layer and the non-woven fabric layer, wherein the hot-melt pressure-sensitive adhesive in the rigid lane portion contains an olefin-based polymer, wherein the hot-melt pressure-sensitive adhesive in the elastic lane portion contains a styrene-based polymer, and wherein the elastomer layer contains a styrene-based elastomer.
An in vitro method for diagnosing lung cancer in a subject, wherein the method comprises detecting Rho GDP dissociation inhibitor beta (ARHGDIB) and at least one biomarker selected from the group consisting of alpha-tubulin 4A (TUBA4A), glutathione S-transferase omega 1 (GSTO1), filamin A (FLNA), peroxiredoxin 6 (PRDX6) and cadherin 13 in a biological sample from the subject.
Hand-guided floor treatment device, having a bottom part with at least one tool for floor treatment and a motor for driving the at least one tool and having a guide part with a handle part, wherein the guide part is connected to the bottom part via a first articulation adjustable in a treatment direction with an articulation axis transversely to the treatment direction, wherein the bottom part has a liquid feed for which a liquid tank is provided, wherein the floor treatment device has at least one energy storage device (24, 33) to supply the at least one tool for the floor treatment, wherein the tool for the floor treatment is composed of at least two pad holder discs driven in a counter-rotating and essentially horizontal manner having treatment pieces, characterized in that the guide part comprises at the lower end below the centre, but above the bottom part, a further articulation with a further articulation axis extending transversely to the first articulation axis, around which axis the guide part is adjustable transversely to the treatment direction such that the bottom part can be turned by a user parallel to the treatment surface about a vertical axis of the bottom part in at least ± 45°.
Composition for use as a sunscreen comprising a silicone organic elastomer blend and a silicone elastomer, wherein the silicone organic elastomer blend comprises Dimethicone/Bis-Isobutyl PPG-20 Crosspolymer in Isododecane in a concentration range from 30% to 90% w/w, wherein the silicone elastomer comprises Dimethicone/Vinyl Dimethicone Crosspolymer and Silica in a concentration range from 0,1% to 10% w/w, and wherein the sunscreen is applied on the skin in the presence of water.
A method of scanning a pipeline, the method comprising the steps of attaching an adapter to the pipeline then placing a scanning apparatus adjacent an external surface of said adapter and carrying out a scanning operation using said scanning apparatus, wherein the adapter comprises a generally cylindrical adapter body including a channel extending axially therethrough, said adapter body having an interior surface, bounding said channel, and an exterior surface, a generally circular external cross section and an interior cross section, the external surface being formed from a material which is capable of supporting the scanning apparatus at a constant distance from the origin of the circle forming the external cross section CHARACTERISED IN THAT the adaptor is sized to fit around a pipeline comprising two pipes (10, 12) running generally parallel and close together wherein at least one of the pipes is to be scanned, and wherein the interior cross section of the adaptor is generally circular over a substantial part, the circular section being sized to fit around one said pipe, with an additional space intersecting a part of the edge of the cross section into which may be fitted a second of the pipes.
A nebuliser suitable for delivering a medicament comprising: a housing having a reservoir for the medicament; an aerosol generator that can be supplied with the medicament from the reservoir, wherein, in use, the generator aerosolizes at least a portion of the medicament into an aerosol; an air venting inlet to permit air to enter the nebuliser and form a mixture with the aerosol, the gas venting inlet being located in close proximity to the aerosol generator; a passage through which the mixture of the aerosol and air is delivered to an outlet port of the nebuliser; wherein the medicament is supplied from the reservoir to the aerosol generator by gravitational flow, and wherein the reservoir is a medication cup for liquid medicament having an upper inlet covered by a releasable transparent cap and a lower outlet to which the medicament flows by gravity, the medication cup having a lower conical portion to promote the flow of medicament to the outlet. a housing having a reservoir for the medicament; an aerosol generator that can be supplied with the medicament from the reservoir, wherein, in use, the generator aerosolizes at least a portion of the medicament into an aerosol; an air venting inlet to permit air to enter the nebuliser and form a mixture with the aerosol, the gas venting inlet being located in close proximity to the aerosol generator; a passage through which the mixture of the aerosol and air is delivered to an outlet port of the nebuliser; wherein the medicament is supplied from the reservoir to the aerosol generator by gravitational flow, and wherein the reservoir is a medication cup for liquid medicament having an upper inlet covered by a releasable transparent cap and a lower outlet to which the medicament flows by gravity, the medication cup having a lower conical portion to promote the flow of medicament to the outlet.
A light emitting device chip comprising: a light emitting structure including a first conductive semiconductor layer, a second conductive semiconductor layer and an active layer interposed between the first and second conductive semiconductor layers; a first electrode on the light emitting structure, the first electrode including a line pattern having an electric connection; a transmittive layer on the light emitting structure and the first electrode; and a luminescence material layer on the transmittive layer, wherein the transmittive layer is thicker than the first electrode wherein the transmittive layer comprises a silicone gel and has a thickness chosen between 2 μm to 200 μm to prevent heat generated from a light emitting surface of the light emitting structure to be transferred to the luminescence material layer, wherein the luminescence material layer has a thickness chosen between 5 μm to 500 μm to convert blue light into yellow light wherein the luminescence material layer includes a patterned luminescence material layer comprising a pattern having a plurality of holes exposing the transmittive layer, wherein the transmittive layer and the patterned luminescence material layer are also formed on lateral sides of the light emitting structure so that light emitted through the lateral sides of the light emitting structure is converted into white light, and wherein the patterned luminescence material layer at the lateral sides of the light emitting structure comprises the pattern. a light emitting structure including a first conductive semiconductor layer, a second conductive semiconductor layer and an active layer interposed between the first and second conductive semiconductor layers; a first electrode on the light emitting structure, the first electrode including a line pattern having an electric connection; a transmittive layer on the light emitting structure and the first electrode; and a luminescence material layer on the transmittive layer, wherein the transmittive layer is thicker than the first electrode wherein the transmittive layer comprises a silicone gel and has a thickness chosen between 2 μm to 200 μm to prevent heat generated from a light emitting surface of the light emitting structure to be transferred to the luminescence material layer, wherein the luminescence material layer has a thickness chosen between 5 μm to 500 μm to convert blue light into yellow light wherein the luminescence material layer includes a patterned luminescence material layer comprising a pattern having a plurality of holes exposing the transmittive layer, wherein the transmittive layer and the patterned luminescence material layer are also formed on lateral sides of the light emitting structure so that light emitted through the lateral sides of the light emitting structure is converted into white light, and wherein the patterned luminescence material layer at the lateral sides of the light emitting structure comprises the pattern.
A seal plate for a rotary machine, the seal plate comprising: a hub centered on a central axis of the rotary machine; a disk portion extending radially outwards from the hub; and a continuous exterior solid surface; and a variable lattice structure including intersecting members and voids between the intersecting members in an interior of the hub and the disk portion, wherein the variable lattice structure is surrounded by the exterior solid surface, and characterized in that the variable lattice structure comprises: a first region of the seal plate having a first lattice structure; and a second region of the seal plate having a second lattice structure; wherein the second lattice structure of the second region is denser than the first lattice structure of the first region; and wherein the second region is a deflection region, a stress region, or an energy containment region of the seal plate. a hub centered on a central axis of the rotary machine; a disk portion extending radially outwards from the hub; and a continuous exterior solid surface; and a variable lattice structure including intersecting members and voids between the intersecting members in an interior of the hub and the disk portion, wherein the variable lattice structure is surrounded by the exterior solid surface, and characterized in that the variable lattice structure comprises: a first region of the seal plate having a first lattice structure; and a second region of the seal plate having a second lattice structure; wherein the second lattice structure of the second region is denser than the first lattice structure of the first region; and wherein the second region is a deflection region, a stress region, or an energy containment region of the seal plate. a first region of the seal plate having a first lattice structure; and a second region of the seal plate having a second lattice structure; wherein the second lattice structure of the second region is denser than the first lattice structure of the first region; and wherein the second region is a deflection region, a stress region, or an energy containment region of the seal plate.
Method for producing a paper machine clothing, comprising the following steps: a) providing a film-like substrate having an upper side and a lower side opposite the upper side; b) introducing a pattern of holes into the substrate by drilling a multiplicity of holes connecting the upper side to the lower side into the substrate by means of at least one laser light source; characterized in that a drilling hole strategy is applied which ensures that, chronologically between the introduction of a first hole and a second hole immediately adjacent to the first hole in the pattern of holes, at least one further hole, which is not immediately adjacent to the first hole or the second hole in the pattern of holes, of the pattern of holes is introduced into the substrate. a) providing a film-like substrate having an upper side and a lower side opposite the upper side; b) introducing a pattern of holes into the substrate by drilling a multiplicity of holes connecting the upper side to the lower side into the substrate by means of at least one laser light source;
An autonomous cleaning device comprising: a main body having an opening; a brush unit rotatably provided in the opening of the main body; and a blade assembly (282, 382) to guide introduction of dust swept up by the brush unit, wherein the blade assembly comprises: a blade (283, 383) extended toward a floor, the blade having a contact portion (295a, 295a', 395a, 395a') to contact with the floor, characterized in that the blade assembly further comprises a maintaining portion (296, 396) located behind the contact portion (295a, 295a', 395a, 395a') in the direction of travel to contact the floor, the maintaining portion formed of a material different from that of the contact portion, wherein the maintaining portion (296, 396) is attached to a bottom surface of the blade. a main body having an opening; a brush unit rotatably provided in the opening of the main body; and a blade assembly (282, 382) to guide introduction of dust swept up by the brush unit, wherein the blade assembly comprises: a blade (283, 383) extended toward a floor, the blade having a contact portion (295a, 295a', 395a, 395a') to contact with the floor, characterized in that the blade assembly further comprises a maintaining portion (296, 396) located behind the contact portion (295a, 295a', 395a, 395a') in the direction of travel to contact the floor, the maintaining portion formed of a material different from that of the contact portion, wherein the maintaining portion (296, 396) is attached to a bottom surface of the blade. a blade (283, 383) extended toward a floor, the blade having a contact portion (295a, 295a', 395a, 395a') to contact with the floor, characterized in that the blade assembly further comprises a maintaining portion (296, 396) located behind the contact portion (295a, 295a', 395a, 395a') in the direction of travel to contact the floor, the maintaining portion formed of a material different from that of the contact portion, wherein the maintaining portion (296, 396) is attached to a bottom surface of the blade.
Profiled part for rigid load-bearing parts of a vehicle body, comprising - an inner profile designed as an extruded profile, and comprising - at least one reinforcing layer, which consists of fibre-reinforced plastics material and which is applied to the inner profile, characterised in that the inner profile comprises an outer layer, which comprises a matrix material for a fibre-reinforced plastics material, wherein the outer layer preferably comprises the same material or consists of the same material comprised by the reinforcing layer as a matrix material, and an inner gas-tight layer, as well as a layer located between the layers and. - an inner profile designed as an extruded profile, and comprising - at least one reinforcing layer, which consists of fibre-reinforced plastics material and which is applied to the inner profile,