mhurhangee/ep-ind-claims huggingface dataset:
A modular assembly for below-grade, comprising: a modular frame to be installed at least partially below grade; and a layer of at least two fiberglass reinforced cementitious panels attached to an outer side of said modular frame to form an outermost side of the modular assembly, said cementitious panels being made of a material configured to withstand lateral, vertical and shear forces generated by surrounding below grade materials, wherein each of said plurality of cementitious panels is configured to withstand a uniform lateral load of up to 976,48 kg/m 2 (2000 pounds per square foot) wherein said modular frame and said cementitious panels are joined together as a unit prior to installation. a modular frame to be installed at least partially below grade; and a layer of at least two fiberglass reinforced cementitious panels attached to an outer side of said modular frame to form an outermost side of the modular assembly, said cementitious panels being made of a material configured to withstand lateral, vertical and shear forces generated by surrounding below grade materials, wherein each of said plurality of cementitious panels is configured to withstand a uniform lateral load of up to 976,48 kg/m 2 (2000 pounds per square foot) wherein said modular frame and said cementitious panels are joined together as a unit prior to installation.
Hole machining tool comprising an insert attached to a hole machining tool having a tool body rotating about an axis line, in which a recessed portion which is open to the front end of the tool body and the outside in a diameter direction of the tool body is formed, an attachment seat is formed on the rear side of the recessed portion in a tool rotation direction, and a pressing member for pressing a pressed surface of the insert to adjust a position of a peripheral cutting edge in the diameter direction of the tool body is disposed on the rear side of the attachment seat in the tool rotation direction, wherein one surface in the thickness direction of the insert having a panel shape becomes a seating surface which is seated on a wall surface of the attachment seat, facing the outside in the diameter direction, disposed in the tool body and the other surface in the thickness direction becomes a peripheral flank surface facing the outside in the diameter direction of the tool body, wherein a surface of the insert facing the rear side in the tool rotation direction becomes the pressed surface in a state that the insert is attached to the attachment seat, a side surface of the insert facing the front side in the tool rotation direction becomes an inclined surface, and a peripheral cutting edge is formed at a ridge portion of the inclined surface on the outside in the diameter direction of the tool body, and wherein the pressed surface intersects the seating surface at an obtuse angle, wherein a bevel edge is formed at a ridge portion on the front side of the tool body, and wherein, in a state that the insert is attached to the attachment seat of the tool body, a back taper is fitted to the peripheral cutting edge so as to gradually retreat to the inside in the diameter direction of the tool body as it goes to the rear end of the tool body, characterized in that the pressed surface of the insert protrudes to the rear side in the tool rotation direction as it goes to the outside in the diameter direction of the tool body so as to intersect the seating surface abutting a wall surface of the attachment seat at an obtuse angle.
Structure for the stabilization and/or consolidation of a slope, comprising a rigid frame, retaining means mounted on said frame, and an anchoring rod, a first end of which is connected to said frame and a second, opposite end of which is intended to be immersed in the ground of the slope, characterized in that said frame comprises: - a central beam, provided with a seat for said first end of said anchoring rod; - a first frame part, comprising a first plate and first frame arms connected to said first plate; - a second frame part, comprising a second plate and second frame arms connected to said second plate; said first plate of said first frame part and said second plate of said second frame part being connected to said central beam, on opposite sides thereof, by means of respective hinges (13a, 13b), so that they are movable from a first, rest configuration to a second, operating configuration by rotating around said hinges (13a, 13b; 23a, 23b). - a central beam, provided with a seat for said first end of said anchoring rod; - a first frame part, comprising a first plate and first frame arms connected to said first plate; - a second frame part, comprising a second plate and second frame arms connected to said second plate;
A prosthetic valve device for implantation in a bodily passage, comprising: an artificial valve comprising at least one leaflet formed with an acellular extracellular matrix composite material including a first extracellular matrix material constituted at least 80% of collagen on a dry weight basis and having a surface, and a second, biosynthetically-deposited extracellular matrix material including extracellular matrix proteins on said surface; wherein said artificial valve has a length of coaptation in the range of 5 to 30 mm; and wherein said artificial valve has a frame and first and second leaflets, wherein said first leaflet has first and second edges oriented longitudinally along the frame for a distance of 5 to 30 mm, said second leaflet has first and second edges oriented longitudinally along the frame for said distance, and wherein the first edge of the first leaflet remains within 5 mm of the first edge of the second leaflet for said distance and the second edge of the first leaflet remains within 5mm of the second edge of the second leaflet for said distance. an artificial valve comprising at least one leaflet formed with an acellular extracellular matrix composite material including a first extracellular matrix material constituted at least 80% of collagen on a dry weight basis and having a surface, and a second, biosynthetically-deposited extracellular matrix material including extracellular matrix proteins on said surface; wherein said artificial valve has a length of coaptation in the range of 5 to 30 mm; and wherein said artificial valve has a frame and first and second leaflets, wherein said first leaflet has first and second edges oriented longitudinally along the frame for a distance of 5 to 30 mm, said second leaflet has first and second edges oriented longitudinally along the frame for said distance, and wherein the first edge of the first leaflet remains within 5 mm of the first edge of the second leaflet for said distance and the second edge of the first leaflet remains within 5mm of the second edge of the second leaflet for said distance.
A dose setting mechanism for a drug delivery device, said mechanism comprising: an outer housing; a driver; an inner housing having an external groove and an internal helical spline; a coupling member comprising at least one rib that is rotationally coupled to said helical spline of said inner housing; a dial sleeve disposed between said outer housing and said inner housing, said dial sleeve comprising a helical groove rotatably engaged with said external groove of said inner housing; and a clutch rotationally keyed to the driver and disposed about the driver between the driver and the dial sleeve, wherein the driver, the clutch and the dial sleeve are coupled to rotate together during dose setting; wherein during a dose dispense step, said driver is rotationally decoupled from said dial sleeve and rotationally coupled with said coupler, wherein said inner housing is configured to guide said driver to dispense a dose set by said dose setting mechanism, wherein said dial sleeve is configured to rotate with respect to both said outer housing and said inner housing during dose setting and configured to be translated away from both said outer housing and said inner housing. an outer housing; a driver; an inner housing having an external groove and an internal helical spline; a coupling member comprising at least one rib that is rotationally coupled to said helical spline of said inner housing; a dial sleeve disposed between said outer housing and said inner housing, said dial sleeve comprising a helical groove rotatably engaged with said external groove of said inner housing; and a clutch rotationally keyed to the driver and disposed about the driver between the driver and the dial sleeve, wherein the driver, the clutch and the dial sleeve are coupled to rotate together during dose setting; wherein during a dose dispense step, said driver is rotationally decoupled from said dial sleeve and rotationally coupled with said coupler, wherein said inner housing is configured to guide said driver to dispense a dose set by said dose setting mechanism, wherein said dial sleeve is configured to rotate with respect to both said outer housing and said inner housing during dose setting and configured to be translated away from both said outer housing and said inner housing.
A method for isolating solid particles comprising an aromatic dicarboxylic acid which is terephthalic acid, said method comprising: treating a slurry comprising a liquid and said solid particles in a product isolation zone to thereby produce a mother liquor and a low-moisture wet cake comprising at least a portion of said solid particles, wherein said treating comprises washing at least a portion of said solid particles with a wash stream having an initial temperature of 50 to 160 °C, wherein said low-moisture wet cake comprises less than 12 weight percent liquid, and wherein said wash stream comprises acetic acid or acetic acid and water.
Multiple-plate clutch comprising a first set of plates and a second set of plates, wherein one of said first and second set of plates (11, 12) is a set of internal plates (11a-e) and the other is a set of external plates (12a-e), the plates (11a-e; 12a-e) of each set (11; 12) being mounted on a respective plate carrier (13; 14) so that they are axially displaceable but not rotatable relative to the respective plate carrier (13; 14), wherein at least said first set is provided with separating means, which; - is extending axially over all of the plates (11a-e; 12a-e) of at least said first set of plates and - is arranged in between each pair of adjacent plates (11 a-e; 12a-e) of at least said first set of plates and - is provided such that said separating means is adapted to wedge in between the respective adjacent plates (11a-e; 12a-e), said separating means is provided with force enhancement means (22a-e; 30; 40), which is adding a radial force to said separating means, characterised in that, said force enhancement means (30; 40) comprises a lever arm (32; 42), acting upon said separating means and which is provided with a first flyweight (31; 32), wherein said lever arm (32; 42) is provided upon a pivot pin (33, 43) arranged upon the plate carrier (13; 14) corresponding to one of said plate sets (11, 12), whereby said first flyweight (31; 41) is arranged upon said lever arm (32; 42) at a distance from said pivot pin (33; 43) and said separating means, such that centrifugal force (Fc1; Fc2) acting upon said flyweight (31; 41) generates a separation force (Fs1,Fs2) wedging said separating means in between respective adjacent plates (11a-e; 12a-e). - is extending axially over all of the plates (11a-e; 12a-e) of at least said first set of plates and - is arranged in between each pair of adjacent plates (11 a-e; 12a-e) of at least said first set of plates and - is provided such that said separating means is adapted to wedge in between the respective adjacent plates (11a-e; 12a-e),
A composition for use as control material in a method for determining nucleic acids containing fixed cells of at least one isolated cell line in an embedding medium, wherein genetically engineered or synthetically produced and stabilized nucleic acid molecules of at least one species are additionally present in the embedding medium, the nucleic acid molecules having been stabilized by complexing with a cationic synthetic polymer or with a polyamidoamine dendrimer.
Process for the PVD coating of substrates, in which a first plasma of an electrical direct-current, pulsed-current or high-frequency alternating-voltage discharge is spatially superimposed with a second plasma of a high-power impulse discharge and the plasmas extend in the direction of the substrates, the first and second plasmas being respectively generated by means of cathodes (8, 8,... 8) designed as unbalanced magnetrons, characterized in that the substrates are positioned between the cathodes (8, 8,... 8) and a centrally arranged anode, to which a potential of several hundred volts is applied, and are enclosed on all sides by a homogeneous plasma.
System for controlling brakes of commercial or industrial vehicles having a pneumatic brake implant comprising at least - a front circuit provided with pneumatic actuators configured to perform service braking proportional with the pressurization thereof and - a rear emergency/parking circuit configured to perform emergency/parking braking proportional with the venting thereof, the system comprising interconnecting means (28, 29, 30) for causing the pressurization of the front circuit proportional with the venting of the emergency/parking brake circuit. - a front circuit provided with pneumatic actuators configured to perform service braking proportional with the pressurization thereof and - a rear emergency/parking circuit configured to perform emergency/parking braking proportional with the venting thereof,
An electric drive axle, comprising: an electric motor including a first shaft, wherein a first gear is coupled for rotation with the first shaft and a second gear is concentrically disposed about the first shaft; a second shaft disposed parallel to the first shaft, wherein a third gear and a fourth gear are disposed about the second shaft, wherein the third gear is in meshed engagement with the second gear and the fourth gear is in meshed engagement with the first gear; a third shaft disposed parallel to at least one of the first and second shafts, wherein a fifth gear and a sixth gear are disposed about the third shaft, wherein the fifth gear is in meshed engagement with the third gear;a differential coupled for rotation with a seventh gear, wherein the sixth gear is in meshed engagement with the seventh gear; a first clutch disposed between the electric motor and the differential, wherein the first clutch is connected to the first shaft; and a second clutch disposed between the electric motor and the differential, wherein the second clutch is operatively coupled to the second gear, and wherein the second clutch is concentrically disposed about the first clutch. an electric motor including a first shaft, wherein a first gear is coupled for rotation with the first shaft and a second gear is concentrically disposed about the first shaft; a second shaft disposed parallel to the first shaft, wherein a third gear and a fourth gear are disposed about the second shaft, wherein the third gear is in meshed engagement with the second gear and the fourth gear is in meshed engagement with the first gear; a third shaft disposed parallel to at least one of the first and second shafts, wherein a fifth gear and a sixth gear are disposed about the third shaft, wherein the fifth gear is in meshed engagement with the third gear;a differential coupled for rotation with a seventh gear, wherein the sixth gear is in meshed engagement with the seventh gear; a first clutch disposed between the electric motor and the differential, wherein the first clutch is connected to the first shaft; and a second clutch disposed between the electric motor and the differential, wherein the second clutch is operatively coupled to the second gear, and wherein the second clutch is concentrically disposed about the first clutch.
Method for detection of targets through a MIMO FMCW radar equipped with a plurality of transmitting and receiving antennas, wherein each couple of said TX and RX antennas is replaced with the equivalent virtual antenna; said MIMO FMCW radar having a receive side arranged to generate real or complex down-converted signals in response to a propagation scenario including a plurality of point targets; said method includes: - (Step 1: FFT processing) estimation of the spectrum ( X ̄ 0 v) of said signal and its first N FFT - 1 derivatives ( X ̄ k v; k = 1,..., N FFT − 1}) with N FFT = 3 when said signal is real and N FFT = 4 when said signal is complex, for each of said virtual antennas through FFT calculation with an oversampling factor, - (Step 2: RVA selection) acquisition of a sub-set of a number ( N A) of virtual antennas spectra and of the corresponding derivatives, Recursive execution of - (Step 3: STDREC-S1) calculation of an estimate of the parameters of the most dominant point target, including phase ( ψ), amplitude ( a) and frequency ( f) for each of said virtual antennas of said sub-set on the basis of said spectrum, and its derivatives, through N FFT -1 FFTs for each of said virtual antennas of said sub-set, - (Step 4: STDREC-S2) cancellation of said most dominant point target and computation of a residual spectrum and its first N FFT - 1 derivatives, - (Step 5: STDREC-S3) computation of an energy of said residual spectrum and return to (Step 3) until said energy is over a predetermined threshold ( T STDREC), otherwise - (Step 6) computation of an average energy and fusion of ranges information of said point targets detected by said number of virtual antennas to list said point targets according to said average energy in a decreasing order. - (Step 1: FFT processing) estimation of the spectrum ( X ̄ 0 v) of said signal and its first N FFT - 1 derivatives ( X ̄ k v; k = 1,..., N FFT − 1}) with N FFT = 3 when said signal is real and N FFT = 4 when said signal is complex, for each of said virtual antennas through FFT calculation with an oversampling factor, - (Step 2: RVA selection) acquisition of a sub-set of a number ( N A) of virtual antennas spectra and of the corresponding derivatives, Recursive execution of - (Step 3: STDREC-S1) calculation of an estimate of the parameters of the most dominant point target, including phase ( ψ), amplitude ( a) and frequency ( f) for each of said virtual antennas of said sub-set on the basis of said spectrum, and its derivatives, through N FFT -1 FFTs for each of said virtual antennas of said sub-set, - (Step 4: STDREC-S2) cancellation of said most dominant point target and computation of a residual spectrum and its first N FFT - 1 derivatives, - (Step 5: STDREC-S3) computation of an energy of said residual spectrum and return to (Step 3) until said energy is over a predetermined threshold ( T STDREC), otherwise - (Step 6) computation of an average energy and fusion of ranges information of said point targets detected by said number of virtual antennas to list said point targets according to said average energy in a decreasing order.
Seat anchoring element for child safety seats or baby carriers on a vehicle seat, which is securable to fixing elements (7, 8) in or at the vehicle seat or at the vehicle bodywork behind the vehicle seat by means of connectors (4, 5) at the ends of an individual belt system of two belts (2, 3) accessible laterally and/or at the back or at the ends of a transverse belt or at the ends of rods projecting rearwardly and mounted to be displaceable laterally with respect to the centre longitudinal axis, which seat anchoring element has at the top at least one front fastening element and at least one rear fastening element for fixing the child safety seat or the baby carrier thereto and at least one clamping device for the parts, at the ends of which the connectors (4, 5) are disposed, wherein the belts (2, 3) of the belt system or the belts connected with the rods or a common tightening belt connected with the individual belts (2, 3) can be wound up on a ratchet drum of the clamping device and after unlocking a lock of the ratchet can be at least partly unwound, which ratchet drum is rotatably mounted in the seat anchoring element, characterised in that a lever pivotably mounted in the seat anchoring element is coupled with the ratchet and is pivotable in a recess in the seat anchoring element from an erected ratchet actuating setting for tightening the belts (2, 3) or the tightening belt into a recessed rest setting, wherein at least the axis of the bearing of the lever extends transversely to the longitudinal axis of the seat anchoring element.
Method for controlling a power-steering device for a motor vehicle equipped with a stop & start system, the power-steering device including an electric pump unit comprising at least one electric motor and one processor, characterized in that it includes a stage in which the electric pump unit is switched to standby mode by reducing the rotation speed of the electric motor, this stage being implemented by the processor following receipt of a control signal sent by the stop & start system to the processor, this control signal representing an automatic switching of the heat engine into stop mode.
Fireplaces and fireplace inserts for solid fuel with increased thermal efficiency and reduced emissions of solid pollutants, containing a combustion chamber and a flue pathway, characterized in that there is an adjustable slot between a back wall and an upper wall of the combustion chamber, designed for exhausting combustion products; • In the first part of the flue pathway, there is a settling space bounded by a part of the back wall of the combustion chamber and a part of a back wall of the flue pathway made of a heat-conducting material, and the settling space contains a combustion product flow directing element A which is located opposite the adjustable slot; • in the second part of the flue pathway, there is a vertical channel formed by the part of the back wall of the flue pathway and a directing element B and the walls of the flue pathway are made of a heat-conducting material; • in the third part of the flue pathway, there is a cooling-settling space containing a combustion product flow directing element C, which is attached to a wall of a chimney flange and its height is smaller than the height of the third part of the flue pathway, and thus between a bottom wall of the flue pathway and the directing element C there is a space X for the flow of combustion products, wherein the directing element C has the shape of a pipe and an outer wall of the third part of the flue pathway is made of a heat-conducting material; the first part of the flue pathway is connected to the second part of the flue through an opening Z and the second part of the flue pathway is connected to the third part of the flue pathway through an opening Y. • In the first part of the flue pathway, there is a settling space bounded by a part of the back wall of the combustion chamber and a part of a back wall of the flue pathway made of a heat-conducting material, and the settling space contains a combustion product flow directing element A which is located opposite the adjustable slot; • in the second part of the flue pathway, there is a vertical channel formed by the part of the back wall of the flue pathway and a directing element B and the walls of the flue pathway are made of a heat-conducting material; • in the third part of the flue pathway, there is a cooling-settling space containing a combustion product flow directing element C, which is attached to a wall of a chimney flange and its height is smaller than the height of the third part of the flue pathway, and thus between a bottom wall of the flue pathway and the directing element C there is a space X for the flow of combustion products, wherein the directing element C has the shape of a pipe and an outer wall of the third part of the flue pathway is made of a heat-conducting material;