mhurhangee/patent-ind-claim-en huggingface dataset:
Artificial unit configured to build hydraulic structures, in particular maritime structures, the artificial unit being inscribable in an equivalent cube having side equal to D and comprising a central cubic portion having a centre, six faces and side equal to 2·K 2 ·D, wherein the artificial unit is provided with a plurality of parallelepiped projecting elements adjacent to and touching each other which project from each face of the central cubic portion so that all six views obtainable through projections of the surfaces of the parallelepiped projecting elements of the artificial unit , which are orthogonal to the six faces of the central cubic portion, are different from each other, each one of the projecting parallelepiped elements having a first linear dimension s 1 , a second linear dimension s 2 and a third linear dimension s 3 which are each not lower than K 1 ·D and not larger than 5·K 1 ·D, or not lower than K 2 ·D and not larger than 5·K 2 ·D, wherein K 1 is a first coefficient lower than 1 and K 2 is a second coefficient lower than 1.
A dishwasher comprising: - a washing chamber , and - a detergent compartment comprising an opening facing the washing chamber , characterized in that the dishwasher further comprises two or more static nozzle openings arranged in the washing chamber , and wherein each of the two or more static nozzle openings is configured to spray water into the detergent compartment , via the opening , during operation of the dishwasher , the dishwasher comprises a rack for accommodating items to be washed in the washing chamber , and wherein the two or more static nozzle openings are arranged on the rack , the dishwasher comprises a door arranged to provide a closure of the washing chamber , and wherein the detergent compartment is arranged on an upper portion of the door . - a washing chamber , and - a detergent compartment comprising an opening facing the washing chamber , characterized in that the dishwasher further comprises two or more static nozzle openings arranged in the washing chamber , and wherein each of the two or more static nozzle openings is configured to spray water into the detergent compartment , via the opening , during operation of the dishwasher , the dishwasher comprises a rack for accommodating items to be washed in the washing chamber , and wherein the two or more static nozzle openings are arranged on the rack , the dishwasher comprises a door arranged to provide a closure of the washing chamber , and wherein the detergent compartment is arranged on an upper portion of the door .
Control board for a motor vehicle headlamp, on which at least one plug group (A, B) with identical plugs for plugging in plug counterparts is arranged, having printed circuit boards , the plug connections between the plugs and the plug counterparts of the printed circuit boards being detachable, characterized in that the printed circuit boards each have on at least one side edge a coding geometry resulting from their shape and, in the case of adjacent printed circuit boards , the coding geometry of a side edge of a printed circuit board is complementary to a coding geometry of an adjacent side edge of an adjacent printed circuit board , wherein the connector counterparts on the respective printed circuit boards have such a position that, when a printed circuit board is plugged onto a connector not assigned to this printed circuit board, at least one further connector within the connector group is covered, so that plugging of a further printed circuit board onto this covered connector is prevented. the printed circuit boards each have on at least one side edge a coding geometry resulting from their shape and, in the case of adjacent printed circuit boards , the coding geometry of a side edge of a printed circuit board is complementary to a coding geometry of an adjacent side edge of an adjacent printed circuit board , wherein the connector counterparts on the respective printed circuit boards have such a position that, when a printed circuit board is plugged onto a connector not assigned to this printed circuit board, at least one further connector within the connector group is covered, so that plugging of a further printed circuit board onto this covered connector is prevented.
Insert for a wheel of a motor vehicle, comprising a frame intended to be secured in an opening of the web of the wheel and at least one blade connected to the frame , the blade being pivotally mounted on the frame by means of a shape-memory metal support configured to modify the orientation of said blade from a predetermined critical temperature, said blade and said support being positioned on the frame so as to extend and have a pivoting which is oriented in a radial direction of the web of the wheel when the device is secured in said opening , characterized in that the two ends of the support are secured to the frame , extending on either side of the blade and in that a central part of the support is secured in rotation to the blade .
A flow path component for gas powered turbines comprising: a platform including at least one radially aligned face (114,124;310); and a chordal seal (160,170;300;400) extending axially from said radially aligned face (114,124;310), wherein the chordal seal (160,170;300;400) includes a first curved face (162,172;320) configured to prevent edge line contact under deflection conditions while the flow path component is installed in an engine , characterised in that : the chordal seal (160,170;300;400) includes at least one clearance cut intrusion protruding into the chordal seal (160,170;300;400). a platform including at least one radially aligned face (114,124;310); and a chordal seal (160,170;300;400) extending axially from said radially aligned face (114,124;310), wherein the chordal seal (160,170;300;400) includes a first curved face (162,172;320) configured to prevent edge line contact under deflection conditions while the flow path component is installed in an engine ,
An ambulatory surgical center, comprising: a hybrid operating room , wherein the hybrid operating room includes at least four walls , a floor , and a ceiling; an imaging device ; an operating table disposed in the central area of the hybrid operating room ; a power room adjacent to the operating room , wherein the power room includes a power supply for the imaging device ; a conduit from the power room to the imaging device configured to deliver power to the imaging device ; and an emergency power source for the imaging device configured to permit continuity of surgery in the hybrid operating room during a power outage; wherein the ambulatory surgical center includes a wooden frame building structure; characterized in that the at least four walls are lead-shielded; the imaging device is disposed in a central area of the hybrid operating room ; the ambulatory surgical center is constructed to conform to standards permitting the use of combustible construction materials; and the ambulatory surgical center comprises 1858 m 2 (20,000 square feet) or less. a hybrid operating room , wherein the hybrid operating room includes at least four walls , a floor , and a ceiling; an imaging device ; an operating table disposed in the central area of the hybrid operating room ; a power room adjacent to the operating room , wherein the power room includes a power supply for the imaging device ; a conduit from the power room to the imaging device configured to deliver power to the imaging device ; and an emergency power source for the imaging device configured to permit continuity of surgery in the hybrid operating room during a power outage; wherein the ambulatory surgical center includes a wooden frame building structure; characterized in that the at least four walls are lead-shielded; the imaging device is disposed in a central area of the hybrid operating room ; the ambulatory surgical center is constructed to conform to standards permitting the use of combustible construction materials; and the ambulatory surgical center comprises 1858 m 2 (20,000 square feet) or less.
A cylindrical multi-level multi-channel cyclone-filter having a tangential air inlet, central air outlet, a housing comprising several stacked cyclones with swirling means for imparting vortical motions to said air, curved segments of a different diameter with adjustable spacings at the ends, constituting air flow channels, a separation chamber with segmental circular spaces, a conical hopper for collecting particulate matter, characterised in that cyclones having installed plurality of internal quarter-ring-shaped portions with their ends arranged on axis x, y and with adjustable spacings between the adjacent ends of quarter-ring-shaped portions , the quarter-ring-shaped portions have openings cut out in the quarter-ring-shaped portions with their plates bent outwards at an angle a in the direction of the air flow; and a double conical hopper connected by a common air duct mounted at the bottom of the casing .
Cannabidiol (CBD) at a dosage greater than 300 mg/day in combination with valproate for use in the treatment of epilepsy.
A flame resistant woven fabric having a thickness of 0.08 mm or more in accordance with the method of JIS L 1096-A and consisting of warps and wefts, said warp and said weft each comprising: a non-melting fiber A having a high-temperature shrinkage rate of 3% or less; and a thermoplastic fiber B having an LOI value of 25 or more in accordance with JIS K 7201-2 and having a melting point lower than the ignition temperature of said non-melting fiber A; wherein said warp and said weft each have a fracture elongation of more than 5%; and wherein, in the projection area of the weave repeat of said flame resistant woven fabric, the area ratio of said thermoplastic fiber B is 5% or more, wherein said non-melting fiber A is a flame resistant fiber, characterised in that the area ratio of the non-melting fiber A is 10% or more, and in that said thermoplastic fiber B is a fiber composed of polyphenylene sulfide.
A solid aerosol generating material comprising cut tobacco material and cut plant material, the cut plant material having an average particle size of at least 0.25 mm, wherein the cut plant material is not immobilised within the aerosol generating material.
A battery module comprising: a cartridge assembly including a plurality of cartridges, each receiving a battery cell ; a casing surrounding the cartridge assembly; and a support member configured to enclose the casing for supporting the casing, wherein the support member comprises a strap of a band shape that surrounds the casing so as to fix the casing , wherein at least one combining protrusion is formed in the casing, and at least one combining groove , with which the combining protrusion is combined, is formed in the support member , wherein a first combining protrusion of the combining protrusions is formed on the casing, the first combining protrusion and is inserted into a first combining groove of the combining grooves formed in the support member, and bent and combined together, wherein a first combining groove has a size corresponding to the first combining protrusion, wherein a second combining protrusion of the combining protrusions formed on the casing is formed in a hook shape and is combined with a second combining groove of the combining grooves formed in the support member. a cartridge assembly including a plurality of cartridges, each receiving a battery cell ; a casing surrounding the cartridge assembly; and a support member configured to enclose the casing for supporting the casing, wherein the support member comprises a strap of a band shape that surrounds the casing so as to fix the casing , wherein at least one combining protrusion is formed in the casing, and at least one combining groove , with which the combining protrusion is combined, is formed in the support member , wherein a first combining protrusion of the combining protrusions is formed on the casing, the first combining protrusion and is inserted into a first combining groove of the combining grooves formed in the support member, and bent and combined together, wherein a first combining groove has a size corresponding to the first combining protrusion, wherein a second combining protrusion of the combining protrusions formed on the casing is formed in a hook shape and is combined with a second combining groove of the combining grooves formed in the support member.
An integrated circuit system having an energy-saving mode of operation and a normal mode of operation, the integrated circuit system comprising: a power-on-reset circuit configured to use a reference signal (V_LP) in the energy-saving mode of operation and in the normal mode of operation to determine whether to trigger a power-on-reset event; a startup circuit configured to provide the reference signal based on a bias signal (IBIAS_TOTAL), the bias signal being generated based on a first bias signal (IBIAS_LP) in the energy-saving mode and being generated based on the first bias signal and a second bias signal (IBIAS_HP) in the normal mode, the first bias signal being generated in the energy-saving mode and the normal mode, the second bias signal being generated in the normal mode and not being generated in the energy-saving mode;. a first current reference circuit having a first impedance and configured to generate the first bias signal; and a second current reference circuit having a second impedance and configured to generate the second bias signal, the first impedance being at least one order of magnitude less than the second impedance. a power-on-reset circuit configured to use a reference signal (V_LP) in the energy-saving mode of operation and in the normal mode of operation to determine whether to trigger a power-on-reset event; a startup circuit configured to provide the reference signal based on a bias signal (IBIAS_TOTAL), the bias signal being generated based on a first bias signal (IBIAS_LP) in the energy-saving mode and being generated based on the first bias signal and a second bias signal (IBIAS_HP) in the normal mode, the first bias signal being generated in the energy-saving mode and the normal mode, the second bias signal being generated in the normal mode and not being generated in the energy-saving mode;. a first current reference circuit having a first impedance and configured to generate the first bias signal; and a second current reference circuit having a second impedance and configured to generate the second bias signal, the first impedance being at least one order of magnitude less than the second impedance.
A method, comprising: generating, by a controller device , thermal coefficients at an adaptive filter bank to characterizes heat transfer of a volume associated with a thermal system; applying, by the controller device, one or more filters to the thermal coefficients based on a sampling rate; responsive to the applying the filters, generating, by the controller device, one or more estimate thermal coefficient thresholds based on the sampling rate; determining, by the controller device, whether at least one of the thermal coefficients that is filtered satisfies at least one of the estimated thermal coefficient thresholds; and providing, by the controller device, alert information indicative of a diagnostic event associated with the thermal system based on the determining, characterized in that generating the estimate thermal coefficient thresholds further comprises: determining whether a sequence of thermal coefficient vectors support a definition of the diagnostic event. generating, by a controller device , thermal coefficients at an adaptive filter bank to characterizes heat transfer of a volume associated with a thermal system; applying, by the controller device, one or more filters to the thermal coefficients based on a sampling rate; responsive to the applying the filters, generating, by the controller device, one or more estimate thermal coefficient thresholds based on the sampling rate; determining, by the controller device, whether at least one of the thermal coefficients that is filtered satisfies at least one of the estimated thermal coefficient thresholds; and providing, by the controller device, alert information indicative of a diagnostic event associated with the thermal system based on the determining,
An apparatus for coating pipelines, in particular for coating cutbacks along a pipeline, the apparatus comprising: - a frame , which extends along a given axis (A1) and is fixable with respect to the pipeline so as to arrange the given axis (A1) parallel to the longitudinal axis (A) of the pipeline ; - at least one carriage , which is supported by the frame , is movable along the given axis (A1) with respect to the frame , and is configured for supporting a heater (15; 42) and an applicator ; - a heater (15; 42) supported by the carriage ; - an applicator supported by the carriage ; - at least a first actuator configured for advancing the carriage along the given axis (A1); and - a control unit for selecting a travel distance for the carriage from a plurality of travel distances. - a frame , which extends along a given axis (A1) and is fixable with respect to the pipeline so as to arrange the given axis (A1) parallel to the longitudinal axis (A) of the pipeline ; - at least one carriage , which is supported by the frame , is movable along the given axis (A1) with respect to the frame , and is configured for supporting a heater (15; 42) and an applicator ; - a heater (15; 42) supported by the carriage ; - an applicator supported by the carriage ; - at least a first actuator configured for advancing the carriage along the given axis (A1); and - a control unit for selecting a travel distance for the carriage from a plurality of travel distances.
An industrial fabric including at least one upper surface side fabric constituted by upper surface side warps (1U-8U) and upper surface side wefts (1'U-16'U) and at least one lower surface side fabric constituted by lower surface side warps and lower surface side wefts (2'L, 4'L, 6'L, 8'L, 10'L, 12'L, 14'L, 16'L), said at least one upper surface side fabric comprising at least one first binding yarn forming a single knuckle (N1)in a complete structure of the fabric and at least one second binding yarn located to be adjacent to said at least one first binding yarn, wherein the first binding yarn and the second binding yarn are binding warp yarns, wherein the first binding yarn forms a single knuckle (N1) woven at a first upper surface side weft , wherein the second binding yarn forms two knuckles (N2, N3) woven at two second upper surface side wefts arranged on both sides of and adjacent the first upper surface side weft , wherein the second binding yarn passes under the first upper surface side weft and pushes up the first upper surface side weft , wherein a stress for pushing up the upper surface side wefts (5'U, 13'U) is generated between the two knuckles (N2, N3) of the second binding yarns and accordingly, a force for drawing the upper surface side wefts (5'U, 13'U) generated at the location of the single knuckle (N1) of the first binding yarn is cancelled by the stress for pushing up the upper surface side weft (5'U) generated on the two knuckles (N2, N3) of the second binding yarns adjacent to the first binding yarns . said at least one upper surface side fabric comprising at least one first binding yarn forming a single knuckle (N1)in a complete structure of the fabric and at least one second binding yarn located to be adjacent to said at least one first binding yarn, wherein the first binding yarn and the second binding yarn are binding warp yarns, wherein the first binding yarn forms a single knuckle (N1) woven at a first upper surface side weft , wherein the second binding yarn forms two knuckles (N2, N3) woven at two second upper surface side wefts arranged on both sides of and adjacent the first upper surface side weft , wherein the second binding yarn passes under the first upper surface side weft and pushes up the first upper surface side weft , wherein a stress for pushing up the upper surface side wefts (5'U, 13'U) is generated between the two knuckles (N2, N3) of the second binding yarns and accordingly, a force for drawing the upper surface side wefts (5'U, 13'U) generated at the location of the single knuckle (N1) of the first binding yarn is cancelled by the stress for pushing up the upper surface side weft (5'U) generated on the two knuckles (N2, N3) of the second binding yarns adjacent to the first binding yarns .
Method for binder-free application of titanium dioxide-based photocatalytic coatings to a support material, where a titanium dioxide suspension with a carrier liquid is sprayed in the form of a fine aerosol onto a hot support, so that the carrier liquid undergoes flash evaporation and titanium dioxide particles of the titanium dioxide suspension undergo flash sintering onto the support material, the carrier liquid used being water, characterized in that during the spray application, the support material has a temperature of 150 to 250°C, thus forming a porous and yet stable layer for a catalyst for efficient and rapid pollutant degradation, a latticelike support material is used and the heat is generated in the support material itself, and the support material is traversed by an electrical current.
A method of filtering a plurality of messages of an electronic apparatus , the method comprising: preprocessing the plurality of messages with a preprocessor to: identify types of a specific word included in each of the plurality of messages , calculate a message score of each of the plurality of messages based on a number of the plurality of messages, a weight value for each of types of a specific word included in the plurality of messages , a number of specific words included in each of the plurality of messages a number of messages in which the at least one of a number of specific words is included among the plurality of messages and a provision time of each of the plurality of messages .; determine the importance of each of the plurality of messages based on the calculated score of each of the plurality of messages ; the method further comprising: displaying at least some of the plurality of messages ; receiving an input requesting a filtering selected from a plurality of filtering levels of the plurality of messages ; obtaining one or more messages having the importance that meets the filtering request from among the plurality of messages , in response to the input; and displaying the one or more obtained messages . identify types of a specific word included in each of the plurality of messages , calculate a message score of each of the plurality of messages based on a number of the plurality of messages, a weight value for each of types of a specific word included in the plurality of messages , a number of specific words included in each of the plurality of messages a number of messages in which the at least one of a number of specific words is included among the plurality of messages and a provision time of each of the plurality of messages .; determine the importance of each of the plurality of messages based on the calculated score of each of the plurality of messages ; the method further comprising: displaying at least some of the plurality of messages ; receiving an input requesting a filtering selected from a plurality of filtering levels of the plurality of messages ; obtaining one or more messages having the importance that meets the filtering request from among the plurality of messages , in response to the input; and displaying the one or more obtained messages . displaying at least some of the plurality of messages ; receiving an input requesting a filtering selected from a plurality of filtering levels of the plurality of messages ; obtaining one or more messages having the importance that meets the filtering request from among the plurality of messages , in response to the input; and displaying the one or more obtained messages .