mhurhangee/patent-ind-claim-en huggingface dataset:
Actuating unit arrangement for triggering a flush of a toilet or a urinal, comprising a support element for the connection to a cistern, a bearing element which is connected to the support element via a lever element , which lever element includes at least one lever arm with a first bearing area and a second bearing area , wherein the first bearing area is connected pivotably to the support element and the second bearing area is connected pivotably to the bearing element , and an actuating unit which is mounted on the bearing element , wherein the bearing element is movable relative to the fixed support element together with the actuating unit along an actuating movement (A) from a position of use into a maintenance position and back, wherein at least two or precisely two of said lever element are arranged, charactereizd in that the lever elements are arranged spaced apart from one another in such a manner that the bearing element is movable substantially parallel to the support element in the case of said actuating movement (A) and in that in the maintenance position the bearing element together with the actuating unit exposes a maintenance region (W), which is formed only by a part region of the support element , and in that another part region (V) of the support element is covered by the bearing element together with the actuating unit .
Impact-attenuating device , comprising a first energy-absorbing part comprising at least one first elongate body and at least one corresponding first energy converter , wherein the first elongate body and the first energy converter are movable relative to each other and wherein the first energy converter is configured to deform the first elongate body in the case of relative movement; a second energy-absorbing part comprising at least one second elongate body and at least one corresponding second energy converter , wherein the second elongate body and the second energy converter are movable relative to each other and wherein the second energy converter is configured to deform the second elongate body in the case of relative movement; a bumper coupled to the first energy-absorbing part ; wherein the first and second energy-absorbing part can be positioned substantially one behind the other; characterised in that the first and second energy-absorbing part are mutually coupled such that the at least first elongate body and the at least second elongate body are deformed at least partially simultaneously by respectively the at least one corresponding first energy converter and the at least one corresponding second energy converter when a vehicle crashes into the bumper . a first energy-absorbing part comprising at least one first elongate body and at least one corresponding first energy converter , wherein the first elongate body and the first energy converter are movable relative to each other and wherein the first energy converter is configured to deform the first elongate body in the case of relative movement; a second energy-absorbing part comprising at least one second elongate body and at least one corresponding second energy converter , wherein the second elongate body and the second energy converter are movable relative to each other and wherein the second energy converter is configured to deform the second elongate body in the case of relative movement; a bumper coupled to the first energy-absorbing part ; wherein the first and second energy-absorbing part can be positioned substantially one behind the other; characterised in that the first and second energy-absorbing part are mutually coupled such that the at least first elongate body and the at least second elongate body are deformed at least partially simultaneously by respectively the at least one corresponding first energy converter and the at least one corresponding second energy converter when a vehicle crashes into the bumper .
A beer dispensing device in combination with, and fitted to, a dispensing tap of a beer outlet, the device comprising a plurality of more than 100 tubes each tube having a diameter less than 0.75 mm, wherein each tube has a length in the range 40 to 120mm, or in the range of 60 to 100mm, or in the range of 100 to 7000mm and wherein the bores of the plurality of tubes are rectilinear and parallel with one another.
A method of manufacturing a turbo-machine impeller comprising a hub and a plurality of blades , using powder material in an additive-manufacturing process; said method comprising: applying energy to said powder material by means of a high energy source; and solidifying said powder material, wherein at least one bulky portion of said hub is irradiated such that the powder material solidifies in a lattice structure surrounded by a solid skin structure enclosing said lattice structure; wherein the method further comprises the step of forming an impeller shroud and the step of forming a lattice structure in an inner volume of said impeller shroud .
A pneumatic tire having a flattening ratio of 35 to 70%, wherein, when Y is defined by the following formula: Y = B − 16 / A where A, in mm, is a total width of the tire and B, in mm, is a breaker width of the tire when a tread of the tire, the tire being rimassembled on a normal rim and being in a normal state with a normal internal pressure and no load, is pressed against a flat surface with a normal load being applied, a range of the value of Y changes according to the flattening ratio as follows: when the flattening ratio is 35% or more and less than 40%, Y is 0.80 or less, when the flattening ratio is 40% or more and less than 45%, Y is 0.79 or less, when the flattening is 45% or more and less than 50%, Y is 0.78 or less, when the flattening ratio is 50% or more and less than 55%, Y is 0.77 or less, when the flattening ratio is 55% or more and less than 60%, Y is 0.75 or less, when the flattening ratio is 60% or more and less than 65%, Y is 0.72 or less, when the flattening ratio is 65% or more and less than 70%, Y is 0.69 or less, when the flattening ratio is 70%, Y is 0.67 or less, and wherein an elongation at break of a rubber composition of the tread measured under the following test condition is 180% or more: (Test condition) Tensile rate: 14.0 m/sec Temperature: 100°C Test piece: Dumbbell-shaped No. 7, wherein the tensile test is carried out according to JIS K 6251: 2017. when the flattening ratio is 35% or more and less than 40%, Y is 0.80 or less, when the flattening ratio is 40% or more and less than 45%, Y is 0.79 or less, when the flattening is 45% or more and less than 50%, Y is 0.78 or less, when the flattening ratio is 50% or more and less than 55%, Y is 0.77 or less, when the flattening ratio is 55% or more and less than 60%, Y is 0.75 or less, when the flattening ratio is 60% or more and less than 65%, Y is 0.72 or less, when the flattening ratio is 65% or more and less than 70%, Y is 0.69 or less, when the flattening ratio is 70%, Y is 0.67 or less, and wherein an elongation at break of a rubber composition of the tread measured under the following test condition is 180% or more: (Test condition) Tensile rate: 14.0 m/sec Temperature: 100°C Test piece: Dumbbell-shaped No. 7, wherein the tensile test is carried out according to JIS K 6251: 2017. (Test condition) Tensile rate: 14.0 m/sec Temperature: 100°C Test piece: Dumbbell-shaped No. 7,
A portable power supply comprising: a housing; a current source disposed in the housing; a first battery cell (B1 - Bn) connected to the current source ; a first transistor (BQ) connected in parallel to the first battery cell (B1 - Bn); a second battery cell (B1 - Bn) connected in series to the first battery cell (B1-Bn); a second transistor (BQ) connected in parallel to the second battery cell (B1- Bn); a first local controller (BMV) connected to the first and second transistors (BQ) for controlling the first and second transistors (BQ); characterized in that there is further provided an inverter connected to the first and second battery cells wherein the inverter is adpated to output a modified sinewave having a pattern comprising a first positive voltage step level, a second more positive voltage step level, a third less positive voltage step level compared to the second more positive voltage step level, a fourth negative voltage step level, a fifth more negative voltage step level and a sixth less negative voltage step level compared to the fifth more negative voltage step level, the pattern being repeated. a housing; a current source disposed in the housing; a first battery cell (B1 - Bn) connected to the current source ; a first transistor (BQ) connected in parallel to the first battery cell (B1 - Bn); a second battery cell (B1 - Bn) connected in series to the first battery cell (B1-Bn); a second transistor (BQ) connected in parallel to the second battery cell (B1- Bn); a first local controller (BMV) connected to the first and second transistors (BQ) for controlling the first and second transistors (BQ); characterized in that there is further provided an inverter connected to the first and second battery cells wherein the inverter is adpated to output a modified sinewave having a pattern comprising a first positive voltage step level, a second more positive voltage step level, a third less positive voltage step level compared to the second more positive voltage step level, a fourth negative voltage step level, a fifth more negative voltage step level and a sixth less negative voltage step level compared to the fifth more negative voltage step level, the pattern being repeated.
A steel cord for reinforcing a rubber article, the steel cord comprising: one core strand (11; 21) having a two-layer twisted layer structure formed by intertwining a plurality of steel filaments; and a plurality of sheath strands (12; 22) having a twisted layer structure formed by intertwining a plurality of steel filaments; wherein the sheath strands (12; 22) are intertwined around the core strand (11; 21); and wherein a core of the core strand (11; 21) is formed by two core filaments (11a; 12a; 21a; 22a), and a diameter of outermost layer sheath filaments (12b; 22b) forming an outermost layer sheath of each sheath strand (12; 22) is greater than a diameter of a filament inside the outermost layer sheath of the sheath strand (12; 22); wherein the core strand (11; 21) has a 2 + 9 structure with the core of the core strand (11; 21) comprising two core filaments (11a; 12a; 21a; 22a), nine sheath filaments (11b; 21b) being intertwined around the core of the core strand (11; 21) to form a sheath; and wherein each sheath strand (12; 22) has a 3 + 7 structure or a 3 + 8 structure with a core of the sheath strand (12; 22) comprising three core filaments (11a; 12a; 21a; 22a), seven or eight sheath filaments (12b; 22b) being intertwined around the core of the sheath strand (12; 22) to form a sheath. one core strand (11; 21) having a two-layer twisted layer structure formed by intertwining a plurality of steel filaments; and a plurality of sheath strands (12; 22) having a twisted layer structure formed by intertwining a plurality of steel filaments; wherein the sheath strands (12; 22) are intertwined around the core strand (11; 21); and wherein a core of the core strand (11; 21) is formed by two core filaments (11a; 12a; 21a; 22a), and a diameter of outermost layer sheath filaments (12b; 22b) forming an outermost layer sheath of each sheath strand (12; 22) is greater than a diameter of a filament inside the outermost layer sheath of the sheath strand (12; 22); wherein the core strand (11; 21) has a 2 + 9 structure with the core of the core strand (11; 21) comprising two core filaments (11a; 12a; 21a; 22a), nine sheath filaments (11b; 21b) being intertwined around the core of the core strand (11; 21) to form a sheath; and wherein each sheath strand (12; 22) has a 3 + 7 structure or a 3 + 8 structure with a core of the sheath strand (12; 22) comprising three core filaments (11a; 12a; 21a; 22a), seven or eight sheath filaments (12b; 22b) being intertwined around the core of the sheath strand (12; 22) to form a sheath.
An annuloplasty implant comprising first and second support members, wherein said implant comprises a shape memory material and has an elongated delivery configuration for advancement in a catheter, and an implanted shape in a coiled configuration, assuming a predefined configuration of said shape memory material for positioning at an annulus of a heart valve, wherein the first and second support members are arranged as a coil in said coiled configuration around a central axis with two free ends adapted to be on opposite sides of native heart valve leaflets of said heart valve, wherein, when in said coiled configuration, said two free ends are displaced from each other with a peripheral off-set distance extending in a coil plane , said coil plane being substantially parallel to an annular periphery of said coil and perpendicular to said central axis, wherein said off-set distance corresponds to a determined circle sector of said annular periphery by which said two free ends are separated.
Method of estimating the state of health (SOH) of an electrical power source , the said method comprising the following steps: - discharging of a predetermined quantity of electricity (Qe) from the electrical energy power source while the said source is charged; and - measurement of an open-circuit voltage (OCV) of the said electrical power source ; characterized in that the said method also includes the following steps: - comparison between the said open-circuit voltage (OCV) and a threshold value (Vs) defined in accordance with a break in the development of the said open-circuit voltage (OCV) with respect to a state of charge (SOC) of the said electrical power source ; - and an estimation of the state of health (SOH) according to the said comparison . - discharging of a predetermined quantity of electricity (Qe) from the electrical energy power source while the said source is charged; and - measurement of an open-circuit voltage (OCV) of the said electrical power source ; - comparison between the said open-circuit voltage (OCV) and a threshold value (Vs) defined in accordance with a break in the development of the said open-circuit voltage (OCV) with respect to a state of charge (SOC) of the said electrical power source ; - and an estimation of the state of health (SOH) according to the said comparison .
A process for producing a transparent or semi-transparent continuous perovskite pattern, the process comprising: - providing a substrate, the substrate having on at least one region thereof a patterning device defined by a plurality of intersecting wire-like element(s), said element(s) defining confined regions or material-free voids enclosed by walls of said intersecting wire-like element(s) forming a mesh or grid, the walls of the wire-like element(s) having a height of 100 nm to 100 μm and the confined regions or material-free voids having an average longest axis dimension or diameter of 1 to 1000 μm; - placing a solution of a perovskite material or a solution of perovskite precursors or a dispersion of a perovskite material in at least one confined region or void on said substrate, wherein the perovskite material is an organic-inorganic perovskite structure; - allowing migration of the perovskite material or perovskite precursors to the walls of said confined region or void to form a perovskite pattern being defined by confined regions or material-free voids and having the contour of said confined regions or material free voids. - providing a substrate, the substrate having on at least one region thereof a patterning device defined by a plurality of intersecting wire-like element(s), said element(s) defining confined regions or material-free voids enclosed by walls of said intersecting wire-like element(s) forming a mesh or grid, the walls of the wire-like element(s) having a height of 100 nm to 100 μm and the confined regions or material-free voids having an average longest axis dimension or diameter of 1 to 1000 μm; - placing a solution of a perovskite material or a solution of perovskite precursors or a dispersion of a perovskite material in at least one confined region or void on said substrate, wherein the perovskite material is an organic-inorganic perovskite structure; - allowing migration of the perovskite material or perovskite precursors to the walls of said confined region or void to form a perovskite pattern being defined by confined regions or material-free voids and having the contour of said confined regions or material free voids.
A device for supplying fluids, wherein the fluid is a particulate material , from a reservoir comprising the particulate material, wherein a particle conveying device is provided above the reservoir , seen in a direction away from a feed direction, and wherein the reservoir , seen in the feed direction, is provided above a metering device of a device for constructing models, wherein a slider is provided which can be at least partially moved in and out of the reservoir and, in a retracted state, closes an opening of the reservoir adapted to the slider and there is sufficient particulate material above the slider and as soon as the slider returns, the particulate material falls into the gap which has now become free and at which the slider was previously located, and when the slider has moved out of the reservoir and the opening in the reservoir is no longer closed by the slider , no particulate material emerges from the opening , wherein no particulate material emerges from the opening if the opening is appropriately dimensioned, since the particulate material forms a material cone in the opening which prevents it from freely flowing out of the reservoir.
A method for decreasing the reaction time between an alkanolamine and a fatty acid to produce esteramines, the method comprising: providing an alkanolamine; providing a fatty acid; reacting the alkanolamine and the fatty acid in the presence of a divalent zinc catalyst to form at least one esteramine; wherein the zinc catalyst is zinc oxide, zinc carbonate, zinc diphosphinate, zinc triflate or zinc stearate. providing an alkanolamine; providing a fatty acid; reacting the alkanolamine and the fatty acid in the presence of a divalent zinc catalyst to form at least one esteramine; wherein the zinc catalyst is zinc oxide, zinc carbonate, zinc diphosphinate, zinc triflate or zinc stearate.
A composition for use in treating spasticity in a subj ect wherein: the composition comprises a viral vector comprising a polynucleotide encoding GAD65 (glutamate decarboxylase) and VGAT (vesicular GABA transporter) to express and upregulate the GAD65 gene and the VGAT gene, the viral vector is administered directly into the subpial space of the subject, and the expression and upregulation of GAD65 and VGAT generate spinal interneurons with a mixed inhibitory-excitatory neurotransmitter phenotype, thereby decreasing spasticity in the subject.
A method for fabricating a thin layer made of a I-III-VI alloy and having photovoltaic properties, element I being Copper, element III being Indium and/or Gallium and element VI being Sulfur and/or Selenium, the method comprising first steps of: a) depositing an adaptation layer on a substrate, b) depositing at least one layer comprising at least elements I and/or III, on said adaptation layer, wherein said adaptation layer is deposited under near vacuum conditions within a range between 10 -10 bar and 10 -5 bar, step b) comprises a first operation of depositing a first layer of I and/or III elements, under same conditions as the deposition of the adaptation layer, without exposing to air said adaptation layer, said adaptation layer and said first layer being deposited by sputtering and/or evaporation in a same machine, and wherein step b) comprises a second operation of depositing at least one second layer of I and/ or III elements, by electrolysis. a) depositing an adaptation layer on a substrate, b) depositing at least one layer comprising at least elements I and/or III, on said adaptation layer,
A delivery system (50; 300), comprising: a prosthetic heart valve (30; 200) including a prosthetic valve (34; 208) comprising a non-expandable, non-collapsible annular support structure defining a non-expandable, non-collapsible orifice, and flexible valve leaflets (86; 210) attached to the support structure and mounted to alternately open and close across the orifice, the prosthetic heart valve (30; 200) further including an expandable coupling stent (36; 202) extending from an inflow end of the support structure , the coupling stent (36; 202) having a contracted state for delivery to an implant position and an expanded state; a valve holder (68; 206) connected to a proximal end of the prosthetic heart valve (30; 200); a balloon catheter (52; 260; 306) having a balloon (40; 262); and a handle (60; 306) configured to attach to a proximal end of the valve holder (68; 206) and having a lumen for passage of the balloon catheter (52; 260; 306), the balloon (40; 262) extending distally through the handle (60; 306), past the valve holder (68; 206) and through the prosthetic heart valve (30; 200). a prosthetic heart valve (30; 200) including a prosthetic valve (34; 208) comprising a non-expandable, non-collapsible annular support structure defining a non-expandable, non-collapsible orifice, and flexible valve leaflets (86; 210) attached to the support structure and mounted to alternately open and close across the orifice, the prosthetic heart valve (30; 200) further including an expandable coupling stent (36; 202) extending from an inflow end of the support structure , the coupling stent (36; 202) having a contracted state for delivery to an implant position and an expanded state; a valve holder (68; 206) connected to a proximal end of the prosthetic heart valve (30; 200); a balloon catheter (52; 260; 306) having a balloon (40; 262); and a handle (60; 306) configured to attach to a proximal end of the valve holder (68; 206) and having a lumen for passage of the balloon catheter (52; 260; 306), the balloon (40; 262) extending distally through the handle (60; 306), past the valve holder (68; 206) and through the prosthetic heart valve (30; 200).
A vane guide assembly for a gas turbine engine , comprising: an airfoil having an end bonded to an opening of a platform by an adhesive ; characterized by a pull tab partially located in the adhesive and having a portion extending from a bondline formed by the adhesive. an airfoil having an end bonded to an opening of a platform by an adhesive ; characterized by a pull tab partially located in the adhesive and having a portion extending from a bondline formed by the adhesive.
Flexible transparent film for greenhouses covering application, characterized by that it contains one or more of the following polymers: LDPE, LLDPE, PA, PU, PVC, EVA, EVOH, EBA, HDPE, PP, EMA, copolymers of the previously listed polymers and wherein: a. the hollow glass microsphere (HGM) concentration ranges between 0.1 and 99% b. the HGM density ranges between 0.125 and 0.6 g/cm 3 , with a density interval which ranges between 0.1 and 0.63 g/cm 3 and an apparent density which ranges between 0.05 and 0.43 g/cm 3 c. said film it is a multilayer film made up of a first layer which, during the extrusion process, is combined with at least a second layer d. these films include HGM and they are produced with a thickness which ranges between 10 and 1000 μm. and wherein the above mentioned film has glass hollow spheres with D50 particle size dimensions between 15 and 20 μm , such that the features of transmittance in the infra-red (NIR) between 1100 and 2500 nm is less by at least 5% compared to the same film which does not contain the microspheres. a. the hollow glass microsphere (HGM) concentration ranges between 0.1 and 99% b. the HGM density ranges between 0.125 and 0.6 g/cm 3 , with a density interval which ranges between 0.1 and 0.63 g/cm 3 and an apparent density which ranges between 0.05 and 0.43 g/cm 3 c. said film it is a multilayer film made up of a first layer which, during the extrusion process, is combined with at least a second layer d. these films include HGM and they are produced with a thickness which ranges between 10 and 1000 μm.