mhurhangee/patent-ind-claim-en huggingface dataset:
A support plate adapted to fit in a photovoltaic panel and to allow the fastening and the integration of this panel on a building roof, said plate comprising: - watertight vertical overlap means , - watertight lateral interlocking means adapted to cooperate with an adjacent plate, - positioning blocks of the plate which are raised, wherein the plate includes a central portion forming a cover which is delimited by a front face designed to be arranged opposite to the photovoltaic panel and a by rear face , said cover including a mouth adapted to allow the recovery of the air interposed between the photovoltaic panel and the front face of the cover , the plate having a recess for the passage of cables and access to the roof structure, the cover being an insert adapted to obstruct said recess , the cover being adapted to be form-fittingly mounted on the plate characterized in that the plate comprises a bead surmounting the recess and disposed so as to prevent the flow of water from the roof ridge into the recess , the bead having an inverted U-shape formed by a first lateral portion , a second lateral portion and a transverse upper portion , the cover being arranged inside a perimeter delimited by said bead , and wherein the cover is delimited by a first lateral edge , an opposite second lateral edge and an upper edge which cooperate with the first portion , the second lateral portion and the upper transverse portion of the bead respectively, so as to lock the cover in a position obstructing the recess . - watertight vertical overlap means , - watertight lateral interlocking means adapted to cooperate with an adjacent plate, - positioning blocks of the plate which are raised, wherein the plate includes a central portion forming a cover which is delimited by a front face designed to be arranged opposite to the photovoltaic panel and a by rear face , said cover including a mouth adapted to allow the recovery of the air interposed between the photovoltaic panel and the front face of the cover , the plate having a recess for the passage of cables and access to the roof structure, the cover being an insert adapted to obstruct said recess , the cover being adapted to be form-fittingly mounted on the plate characterized in that the plate comprises a bead surmounting the recess and disposed so as to prevent the flow of water from the roof ridge into the recess , the bead having an inverted U-shape formed by a first lateral portion , a second lateral portion and a transverse upper portion , the cover being arranged inside a perimeter delimited by said bead , and wherein the cover is delimited by a first lateral edge , an opposite second lateral edge and an upper edge which cooperate with the first portion , the second lateral portion and the upper transverse portion of the bead respectively, so as to lock the cover in a position obstructing the recess .
A method of creating a 3-dimensional model of a person's dental occlusion comprising the steps of; aligning an upper dental model and a lower dental model to replicate a user's occlusion whilst they are in occlusion, positioning a marker comprising three marks on the models such that at least one mark is positioned on each of the models, said marks are non-collinear and have a known distance relationship between them, the marker is then positioned in two further locations, each time with at least one mark on each of the models; once the models have been marked, scanning the two models individually, and creating a 3-dimensional image of one of the upper and lower dental models; creating a 3-dimensional image of the other dental model; combining the 3-dimensional images of the upper and lower dental models and, knowing the original geometric alignment of the marks of the markers, the models can be repositioned to align the virtual marks accordingly to create a combined image of the person's occlusion.
A communication method, comprising: sending, by a source access network device, a first handover request to a core network device , wherein the first handover request is used to request to hand over a session of a terminal from the source access network device to a target access network device, and the first handover request comprises information about the target access network device; after receiving the first handover request, sending by the core network device, a second handover request to the target access network device , wherein the second handover request comprises a session identifier corresponding to a session that the target access network device is requested to set up and indication information of a network slice corresponding to the session identifier; sending, by the target access network device, a handover failure message to the core network device , wherein the handover failure message comprises indication information indicating that the target access network device fails to accept the session because a radio resource is not available for the network slice corresponding to the session; and receiving, by the source access network device, a first handover response message from the core network device , wherein the first handover response message is a handover preparation failure message if no session is accepted by the target access network device, the handover preparation failure message comprises a handover failure cause value, and the cause value is that a radio resource is not available for the network slice. sending, by a source access network device, a first handover request to a core network device , wherein the first handover request is used to request to hand over a session of a terminal from the source access network device to a target access network device, and the first handover request comprises information about the target access network device; after receiving the first handover request, sending by the core network device, a second handover request to the target access network device , wherein the second handover request comprises a session identifier corresponding to a session that the target access network device is requested to set up and indication information of a network slice corresponding to the session identifier; sending, by the target access network device, a handover failure message to the core network device , wherein the handover failure message comprises indication information indicating that the target access network device fails to accept the session because a radio resource is not available for the network slice corresponding to the session; and receiving, by the source access network device, a first handover response message from the core network device , wherein the first handover response message is a handover preparation failure message if no session is accepted by the target access network device, the handover preparation failure message comprises a handover failure cause value, and the cause value is that a radio resource is not available for the network slice.
Deposition head for depositing a tape of impregnated fibres , the deposition head being equipped with an assemblage comprising said tape of impregnated fibres arranged on a backing tape , said deposition head including a recovery spool for recovering said backing tape and parting means for parting the tape of impregnated fibres from the backing tape , said deposition head including a slide and a movement actuator connected to the slide to move the slide in translation from a high position (PSUP) to a low position (PINF), said slide carrying a peeling roller of the parting means , said backing tape extending over a circular arc against the peeling roller in order to reach said recovery spool , said low position (PINF) being configured so that said peeling roller presses said tape of impregnated fibres against a deposition surface only in the low position (PINF) of the slide , said circular arc occupying a first angle (teta1) in the low position (PINF) of the slide and a second angle (teta2) in the high position (PSUP) of the slide , said first angle (teta1) being greater than said second angle (teta2); the second angle is less than or equal to 60 degrees plus or minus 5 degrees and said deposition head is characterised in that the first angle (teta1) is greater than or equal to 90 degrees; and in that said deposition head includes presser means arranged, in the low position (PINF) of the slide , upstream from the peeling roller relative to the travel direction of the deposition head while depositing the tape of impregnated fibres on the deposition surface .
A method for identifying the strain-composition of a mixture of stress tolerant (ST) soil inoculant strains isolated from stress soil under stress conditions, wherein the strains tolerate the propagation of each other, colonize each other, or help each other, which is a the Colonization and Competition and Helper (CoCoHelp) method comprising the steps of: a) examining the ST strain for - siderophore production, - capability for forming antibiosis against the Gram negative Pseudomonas fluorescens NCAIM B. 01102 and nitrogen binding Raoultella terrigena NCAIM B. 02149 and Gram positive Bacillus circulans NCAIM B. 01115 bacteria characteristically present in soils, and - exopolysaccharide production, b) classifying the strains after the antobiosis studies into aggressive, resistant and sensitive groups, c) testing the less aggressive, resistant and sensitive strains of step b) in paired inhibition assay; d) identifying the strains that inhibit each other marginally or partially or help each other as suitable for use in the mixture. a) examining the ST strain for - siderophore production, - capability for forming antibiosis against the Gram negative Pseudomonas fluorescens NCAIM B. 01102 and nitrogen binding Raoultella terrigena NCAIM B. 02149 and Gram positive Bacillus circulans NCAIM B. 01115 bacteria characteristically present in soils, and - exopolysaccharide production, - siderophore production, - capability for forming antibiosis against the Gram negative Pseudomonas fluorescens NCAIM B. 01102 and nitrogen binding Raoultella terrigena NCAIM B. 02149 and Gram positive Bacillus circulans NCAIM B. 01115 bacteria characteristically present in soils, and - exopolysaccharide production, b) classifying the strains after the antobiosis studies into aggressive, resistant and sensitive groups, c) testing the less aggressive, resistant and sensitive strains of step b) in paired inhibition assay; d) identifying the strains that inhibit each other marginally or partially or help each other as suitable for use in the mixture.
Plate package for a heat exchanger device , wherein the plate package includes a plurality of heat exchanger plates of a first type and a plurality of heat exchanger plates of a second type arranged alternatingly in the plate package one on top of the other, wherein each heat exchanger plate has a geometrical main extension plane (q) and is provided in such a way that the main extension plane (q) is substantially vertical when installed in the heat exchanger device , wherein the alternatingly arranged heat exchanger plates form first plate interspaces , which are substantially open and arranged to permit a flow of a medium to be evaporated there-through, and second plate interspaces , which are closed and arranged to permit a flow of a fluid for evaporating the medium, wherein each of the heat exchanger plates of the first type and of the second type has a first port opening at a lower portion of the plate package and a second port opening at an upper portion of the plate package , the first and second port openings being in fluid connection with the second plate interspaces , wherein the heat exchanger plates of the first type and of the second type further comprise mating abutment portions forming a fluid distribution element in the respective second plate interspaces , wherein the fluid distribution element has a longitudinal extension (L31) having mainly a horizontal extension along a horizontal plane (H) and being located as seen in a vertical direction (V) in a position between the first port openings and the second port openings , thereby forming in the respective second plate interspaces two arc-shaped flow paths extending from the first port opening , around the fluid distribution element , and to the second port opening , or vice versa, and, characterised in that respective one of the two flow paths is divided into at least three flow path sectors (40a-d) arranged one after the other along respective flow path , wherein each of the heat exchanger plates of the first type and of the second type in each flow path sector (40a-d) comprises a plurality of mutually parallel ridges (50a-d, 50a'-d'), wherein the ridges (50a-d, 50a'-d') of the heat exchanger plates of the first and second types are oriented such that when they abut each other they form a chevron pattern relative to a main flow direction (MF) in the respective flow path sector (40a-d), wherein respective ridge form an angle β being greater than 45° to the main flow direction (MF) in respective flow path sector (40a-d), wherein at least a first of the at least three flow path sectors (40a-d) is arranged in the lower portion of the plate package , at least a second of the at least three flow path sectors (40a-d) is arranged in the upper portion of the plate package , and at least a third of the at least three flow path sectors (40a-d) is arranged in a transition between the upper and lower portions.
Exhaust diffuser (D, D') for an After Treatment System (ATS) of an internal combustion engine comprising a first portion (FP) having a tubular frusto-pyramidal shape developing according to a first axis (Y), having an inlet (IN, IN'), for receiving exhaust gas from said ATS, proximal to a minor basis (MNB) of the truncated pyramid, and a second portion (SP), contiguous with and subsequent to said first one, according to an exhaust gas circulation, wherein said second portion comprises two or more separate paths (PTH) communicating with the outside, arranged side-by-side between each other according to said developing axis (Y), and wherein each path includes at least one ejector (EJ) arranged in such a way to suck fresh air from the outside of the diffuser wherein said first portion (FP) is squeezed according to a second axis (Z), perpendicular to said first axis, so as any cross-section perpendicular to said development axis is rectangular having two major and two minor segments corresponding to the two major (UW, LW) and the two minor (MW) walls of the frusto-pyramidal shape, wherein the minor segments have almost constant size along said development, wherein said second portion is defined inside said truncated-pyramid shape so as the overall shape of the diffuser is frusto-pyramidal, and wherein said second portion comprises septum(s) (SPT) perpendicular to said major walls (UW, LW) arranged in order to define said two or more separated paths (PTH).
A pneumatic distribution machine for granular material, comprising - at least one storage container for the granular material; - at least one conveyor blower for generating a main air-material flow; - at least one distributor head which is configured to divide the main air-material flow supplied to the distributor head into a plurality of individual air-material flows; - a long main conveyor line connecting the conveyor blower , the storage container , and the distributor head ; and - at least one return device which comprises a movable deflector element which is configured to supply, in a discharge position, an individual air-material flow flowing into an inflow region of the return device to a discharge region of the return device , said discharge region being connected to a discharge line ; and, in a block position, to supply an individual air-material flow flowing into the inflow region of the return device to a return region connected to a return line of the return device , wherein the return device comprises a bypass line connecting the return region of the return device and the discharge region of the return device ; characterized in that the deflector element is configured to block the bypass line in the discharge position. - at least one storage container for the granular material; - at least one conveyor blower for generating a main air-material flow; - at least one distributor head which is configured to divide the main air-material flow supplied to the distributor head into a plurality of individual air-material flows; - a long main conveyor line connecting the conveyor blower , the storage container , and the distributor head ; and - at least one return device which comprises a movable deflector element which is configured to supply, in a discharge position, an individual air-material flow flowing into an inflow region of the return device to a discharge region of the return device , said discharge region being connected to a discharge line ; and, in a block position, to supply an individual air-material flow flowing into the inflow region of the return device to a return region connected to a return line of the return device , wherein the return device comprises a bypass line connecting the return region of the return device and the discharge region of the return device ;
A coupling for a sucker rod , made from a spinodally-hardened copper-nickel-tin alloy comprising from 8 to 20 wt% nickel, from 5 to 11 wt% tin, and up to 1 wt% total of additives, the balance being copper, wherein the alloy has a 0.2% offset yield strength of at least 517 MPa (75 ksi); wherein the coupling is formed from a core having an exterior surface , a first end and a second end , each end containing an internal thread and the exterior surface of the core being defined by an outer diameter of the coupling; and wherein the additives are iron, magnesium, manganese, molybdenum, niobium, tantalum, vanadium, zirconium, aluminum, zinc, and mixtures thereof.
A pump system comprising: a fluid housing with an axis, an axial inlet , and a radially outer outlet ; a permanent magnet rotor disposed on the axis, within the fluid housing, and having a plurality of perimetrically distributed impeller fins that extend at least partially radially outward; and an electric stator disposed on the axis, within the fluid housing, adjacent the impeller fins of the permanent magnet rotor, and separated from the impeller fins by an axial gap; the pump system being characterised in that each of the impeller fins comprises a permanent magnet, or in that the impeller fins are ferromagnetic pole shoes that directly each abut a single permanent magnet section. a fluid housing with an axis, an axial inlet , and a radially outer outlet ; a permanent magnet rotor disposed on the axis, within the fluid housing, and having a plurality of perimetrically distributed impeller fins that extend at least partially radially outward; and an electric stator disposed on the axis, within the fluid housing, adjacent the impeller fins of the permanent magnet rotor, and separated from the impeller fins by an axial gap;
A patch comprising: a backing layer; and an adhesive layer, wherein the adhesive layer contains potassium hydrogen carbonate and at least one selected from the group consisting of a ropinirole free form obtainable as a reaction product between the pharmaceutically acceptable acid addition salt of ropinirol and potassium hydrogen carbonate and the pharmaceutically acceptable acid addition salt of ropinirol, which remained unreacted. a backing layer; and an adhesive layer, wherein the adhesive layer contains potassium hydrogen carbonate and at least one selected from the group consisting of a ropinirole free form obtainable as a reaction product between the pharmaceutically acceptable acid addition salt of ropinirol and potassium hydrogen carbonate and the pharmaceutically acceptable acid addition salt of ropinirol, which remained unreacted.
Drilling tool , in particular a machine-driven drilling tool for acting on a material to be machined, comprising a working head which comprises a basic body composed of a first material (W1), a cutting element (SE4) configured as a main cutting element and composed of a second material (W2), and at least one cutting element (SE5, SE6) configured as a secondary cutting element (5, 6; 17, 18, 22, 23) and composed of a third material (W3), wherein the second and the third material (W2, W3) are each harder than the first material (W1), characterized in that the at least one secondary cutting element (5, 6; 17, 18, 22, 23) is configured as an attached cutting element (SE5, SE6) and is assembled from at least two welding points , and in that , while avoiding a positive-locking connection, which is suitable for shearing force transmission, with the basic body , this attached cutting element (SEA5, SEA6) is welded at individual welding points onto a surface portion of the basic body of the working head .
A tire configured to rotate about an axis of rotation (AXR), the tire comprising - a tread block made of tread material, - a tread , of which a part is formed by the tread block , the tread being configured to form a contact with a surface , when the tire is used, - an insert comprising • a primary capacitive component and • a primary inductive component , wherein - the insert extends in a longitudinal direction (z200) from a bottom of the insert to a top of the insert, characterized by - the longitudinal direction (z200) being parallel to or forming an angle (α) of at most 75 degrees with a radial direction (SR) of the tire at the location of the insert and in that - the insert has a first cross section (A1) at a first longitudinal position (r1) and a second cross section (A2) at a second longitudinal position (r2), wherein • the first longitudinal position (r1) is located closer to the tread of the tire than the second longitudinal position (r2) and • the second cross section (A2) is greater than the first cross section (A1), and - at least a part of the top of the insert does not form an interface with the tread material. - a tread block made of tread material, - a tread , of which a part is formed by the tread block , the tread being configured to form a contact with a surface , when the tire is used, - an insert comprising • a primary capacitive component and • a primary inductive component , wherein • a primary capacitive component and • a primary inductive component , wherein - the insert extends in a longitudinal direction (z200) from a bottom of the insert to a top of the insert, characterized by - the longitudinal direction (z200) being parallel to or forming an angle (α) of at most 75 degrees with a radial direction (SR) of the tire at the location of the insert and in that - the insert has a first cross section (A1) at a first longitudinal position (r1) and a second cross section (A2) at a second longitudinal position (r2), wherein • the first longitudinal position (r1) is located closer to the tread of the tire than the second longitudinal position (r2) and • the second cross section (A2) is greater than the first cross section (A1), and • the first longitudinal position (r1) is located closer to the tread of the tire than the second longitudinal position (r2) and • the second cross section (A2) is greater than the first cross section (A1), and - at least a part of the top of the insert does not form an interface with the tread material.
A multilayer sealing film consisting of a sealable polymer, wherein, surface structures are provided on a first side of the sealing film at least in part, in order to increase the compressibility of the sealing film in the region of the surface structures , and the sealing film has a thickness (D) prior to the introduction of the surface structures in the range of 10 μm to 100 μm, preferably 10 μm to 80 μm and very particularly preferably in the range of from 20 μm to 70 μm, and wherein a slip additive is added to the sealing film in a maximum quantity that results in an S-value of less than 10,000, preferably less than 5,000, in order to achieve a COF relative to steel of dynamically less than 0.3, preferably less than 0.27, and statically less than 0.35, preferably less than 0.3, with the side comprising the surface structures , irrespective of an addition of an antiblock additive to the sealing film .