mhurhangee/ep-ind-claims huggingface dataset:
An alignment assembly for a power steering system having a hydraulic steering unit and a steering column connected to the power steering unit, the steering column including a steering shaft; wherein: the alignment assembly forms the connection of the steering shaft to the hydraulic steering unit; the alignment assembly includes a connector disposed between the steering shaft and the hydraulic steering unit; a distal end of the connector is connected to the hydraulic steering unit; and a proximal end of the connector is connected in the steering column by a rolling connection; the assembly being characterized by: a spring biasing an interface of the proximal end in the steering column. the alignment assembly forms the connection of the steering shaft to the hydraulic steering unit; the alignment assembly includes a connector disposed between the steering shaft and the hydraulic steering unit; a distal end of the connector is connected to the hydraulic steering unit; and a proximal end of the connector is connected in the steering column by a rolling connection; the assembly being characterized by: a spring biasing an interface of the proximal end in the steering column.
A method of processing a received information signal transmitted from at least primary and secondary transmit antennas, the method comprising: receiving a spread-spectrum information signal transmitted from at least primary and secondary transmit antennas, the second antenna transmitting the signal using one of a plurality of known antenna weights relative to the primary antenna; computing impairment or data covariance terms corresponding to the plurality of relative antenna weights of the secondary antenna; measuring an impairment or data covariance associated with the received information signal; jointly estimating values of fitting parameters in response to the measured impairment or data covariance and the computed impairment or data covariance terms; and estimating a received signal impairment or data covariance for the received information signal by applying the estimated values of the fitting parameters to the impairment or data covariance terms. receiving a spread-spectrum information signal transmitted from at least primary and secondary transmit antennas, the second antenna transmitting the signal using one of a plurality of known antenna weights relative to the primary antenna; computing impairment or data covariance terms corresponding to the plurality of relative antenna weights of the secondary antenna; measuring an impairment or data covariance associated with the received information signal; jointly estimating values of fitting parameters in response to the measured impairment or data covariance and the computed impairment or data covariance terms; and estimating a received signal impairment or data covariance for the received information signal by applying the estimated values of the fitting parameters to the impairment or data covariance terms.
A dosing system for a dosing material having a dosing device with a housing, comprising a feed channel for dosing material, a nozzle, a discharge element and an actuator unit coupled to the discharge element and/or the nozzle, and having a dosing material reservoir coupled to the housing or integrated into the housing, - the dosing system having a plurality of temperature control devices (2, 2', 2") which are each assigned to different temperature zones (6, 6', 6") of the dosing system in order to control the temperature zones (6, 6', 6") differently, - at least one first temperature zone being assigned to the dosing material reservoir and at least one second temperature zone (6") being assigned to the nozzle and - preferably at least one of the temperature control devices (2, 2', 2"), preferably at least the temperature control device assigned to the dosing material reservoir, comprising a cooling device (3, 3', 3") having a cold source (93, 93', 95, 99). - the dosing system having a plurality of temperature control devices (2, 2', 2") which are each assigned to different temperature zones (6, 6', 6") of the dosing system in order to control the temperature zones (6, 6', 6") differently, - at least one first temperature zone being assigned to the dosing material reservoir and at least one second temperature zone (6") being assigned to the nozzle and - preferably at least one of the temperature control devices (2, 2', 2"), preferably at least the temperature control device assigned to the dosing material reservoir, comprising a cooling device (3, 3', 3") having a cold source (93, 93', 95, 99).
Method for repairing a sandwich structure, wherein the sandwich structure comprises a core, which has a multiplicity of cells and is provided on either side with one or more covering layers (25, 26), comprising the following steps: a) providing a repair element, which comprises a first region in the form of a repair plug and a second region in the form of a rotary element for connection of a rotary drive; b) positioning the repair element at a damaged location of the sandwich structure; c) rotating the repair element and exerting a force on the repair element in such a way that the first region generates heat by rubbing against a surface of the sandwich structure and penetrates the core by melting a region of the sandwich structure; and d) ending the rotation of the repair element and separating the second region from the first region at a separating region in between said first and second regions, wherein the first region, which is in the form of a repair plug and has penetrated the sandwich structure, of the repair element remains in the sandwich structure. a) providing a repair element, which comprises a first region in the form of a repair plug and a second region in the form of a rotary element for connection of a rotary drive; b) positioning the repair element at a damaged location of the sandwich structure; c) rotating the repair element and exerting a force on the repair element in such a way that the first region generates heat by rubbing against a surface of the sandwich structure and penetrates the core by melting a region of the sandwich structure; and d) ending the rotation of the repair element and separating the second region from the first region at a separating region in between said first and second regions, wherein the first region, which is in the form of a repair plug and has penetrated the sandwich structure, of the repair element remains in the sandwich structure.
Fire protection sleeve for sealing openings passing through walls or ceilings, in particular line feedthroughs, comprising a frame and at least one block made of optionally intumescent material that is arranged therein, the block being a regular polyhedron and the frame having a modular construction, the frame having a plurality of side portions which surround the block on the side edges thereof, and a plurality of front portions which extend perpendicularly to the side portions, characterized in that the block is 2 to 6 mm higher than the side portions, and in that the block is provided with a reinforcing insert.
A control method for a filter system which comprises at least one filter element, characterised in that at least one system parameter which is a hydraulic resistance of the filter system is continuously monitored during a physical cleaning of the filter system, and the physical cleaning is carried out for so long until this system parameter remains stable, wherein for detecting the hydraulic resistance, the actual pressure (P bw) across the filter system and the actual throughput (Q bw) through the filter element are continuously detected during the physical cleaning and normalised values P norm and Qnorm are continuously determined by way of division of the detected pressure P bw by a set maximal pressure P bwmax as well as by division of the square of the detected throughput Q bw by the square of a set setpoint for the throughput Q bw_set, and a characteristic value C for the hydraulic resistance C= Qnorm 2 /P norm is continuously formed and wherein a change dC of this characteristic value C is determined according to the formula dC = C − C avg C avg by way of the difference of the characteristic value C and a running average C avg being formed and this difference being related to the running average C avg, and the physical cleaning being continued as long as the change dC is greater than a predefined value.
A method for preparing a sildenafil free base-containing film, comprising: drying a polymer solution in which a sildenafil free base as an active ingredient is dispersed, wherein the sildenafil free base has a particle size distribution in which a particle diameter corresponding to 10% of the distribution is 8 μm or more and a particle diameter corresponding to 90% of the distribution is 100 μm or less, and the sildenafil free base is used in an amount of 40 to 60 wt%, based on the total weight of the dried film.
Fluid-actuated linear unit with a piston mounted with linear movement facility in an operating chamber of a casing, and with at least one end position damping device for end position damping of the piston comprising a shut-off body movement-coupled to the piston and a fluidic control passage (23, 24) opening out into the operating chamber with a control orifice axially opposite the shut-off body on an end wall (15, 16) fixed to the casing, wherein there is provided on the end wall (15, 16) or on the shut-off body a seal ring coaxial to the control orifice of the control passage (23, 24) and which slides with sealing on a cylindrical sealing face formed on the outer periphery of the shut-off body or on the inner periphery of the control passage (23, 24) when the shut-off body on approaching of the piston to a piston end position dips through the control orifice into the control passage (23, 24), wherein there is inset into the sealing face an axially extending damping groove arrangement with a groove arrangement cross-section varying over its axial length, characterised in that the damping groove arrangement has several alternately consecutive length sections (52, 53), merging axially into one another and having a minimum and a maximum groove arrangement cross-section, so that the groove arrangement cross-section of the damping groove arrangement alternately reduces and enlarges in the longitudinal direction of the sealing face, wherein the damping groove arrangement has at least two length sections axially spaced apart, each with a minimum groove arrangement cross-section, and at least two length sections axially spaced apart, each with a maximum groove arrangement cross-section.
A masticatory orthodontic device, comprising: a masticatory unit (100, 200) with a rigid body configured to be removably worn on a dental arch, wherein when worn during mastication, a shape of the masticatory unit (100, 200) is maintained even under a stress from occlusal forces, and the masticatory unit (100, 200) includes an occlusal surface and a teeth-receiving surface with a plurality of recesses for accommodating the teeth of the dental arch; a shape memory mesh disposed between the teeth-receiving surface and the dental arch, configured to remember a shape of the teeth in target teeth positions to guide teeth movements from initial teeth positions toward the target teeth positions; and a buffering member disposed between the teeth-receiving surface and the shape memory mesh, wherein when the masticatory orthodontic device is worn during mastication, occlusal forces loading on the masticatory unit (100, 200) are transmitted to the shape memory mesh and the teeth through the buffering member that is resilient, to achieve teeth movements in the recesses, and wherein the buffering member is disposed between and connected to the teeth-receiving surface and an outer surface of the shape memory mesh and conforms to the shape of the outer surface. a masticatory unit (100, 200) with a rigid body configured to be removably worn on a dental arch, wherein when worn during mastication, a shape of the masticatory unit (100, 200) is maintained even under a stress from occlusal forces, and the masticatory unit (100, 200) includes an occlusal surface and a teeth-receiving surface with a plurality of recesses for accommodating the teeth of the dental arch; a shape memory mesh disposed between the teeth-receiving surface and the dental arch, configured to remember a shape of the teeth in target teeth positions to guide teeth movements from initial teeth positions toward the target teeth positions; and a buffering member disposed between the teeth-receiving surface and the shape memory mesh, wherein when the masticatory orthodontic device is worn during mastication, occlusal forces loading on the masticatory unit (100, 200) are transmitted to the shape memory mesh and the teeth through the buffering member that is resilient, to achieve teeth movements in the recesses, and wherein the buffering member is disposed between and connected to the teeth-receiving surface and an outer surface of the shape memory mesh and conforms to the shape of the outer surface.
Switch control device comprising: - a key, secured to a housing structure in a manner such that it can switch from at least one first operating configuration to at least one second operating configuration; - at least one actuating element, operationally connected on a first end to the key, thus moving integrally therewith; - a base, fitting into a lower portion of the housing, to which an electric circuit comprising at least one microswitch is mechanically fastened; said at least one microswitch comprising at its top a button that can be pressed in order to switch the electric contacts comprised in the microswitch the device comprises at least one actuating device, appropriately constrained in order to switch from a first idle configuration to a second actuation configuration to actuate the microswitch; the actuating device comprising: - at least one striker portion, upon which a second end of said at least one actuating element acts for the purpose of moving said actuating device depending on the movements of the key; - and a contact portion acting upon said button of said at least one microswitch as a function of the action of said at least one actuating element upon said actuating device; the control device comprises a silicone mat comprising at least one silicone dome against which an abutment portion abuts which is distinct from said contact portion of the actuating device; said at least one silicone dome countering the movement of the actuating device itself; said actuating device has a substantially longitudinal shape wherein a fastening portion is arranged at one end, which is adapted to be fastened in such a way as to be able to rotate about a second fulcrum; at the opposite end of actuating device there is said contact portion; in an intermediate position between said fastening portion and said contact portion, said striker portion is arranged; said abutment portion is arranged, with respect to a vertical axis, underneath said striker portion. - a key, secured to a housing structure in a manner such that it can switch from at least one first operating configuration to at least one second operating configuration; - at least one actuating element, operationally connected on a first end to the key, thus moving integrally therewith; - a base, fitting into a lower portion of the housing, to which an electric circuit comprising at least one microswitch is mechanically fastened; - at least one striker portion, upon which a second end of said at least one actuating element acts for the purpose of moving said actuating device depending on the movements of the key; - and a contact portion acting upon said button of said at least one microswitch as a function of the action of said at least one actuating element upon said actuating device;
A ply coat rubber composition, the rubber composition comprising: from 60 to 100 phr of natural rubber, from 0 to 40 phr of synthetic polyisoprene, from 30 to 80 phr of pre-silanized precipitated silica, from 0.1 phr to 5 phr of a cobalt salt, from 0 to 15 phr of carbon black, from 0 to 5 phr of resin, and from 0 to 8 phr of oil. from 60 to 100 phr of natural rubber, from 0 to 40 phr of synthetic polyisoprene, from 30 to 80 phr of pre-silanized precipitated silica, from 0.1 phr to 5 phr of a cobalt salt, from 0 to 15 phr of carbon black, from 0 to 5 phr of resin, and from 0 to 8 phr of oil.
An agriculturally active product including an unopened package having at least an undivided interior region containing an amount of an agriculturally active ingredient, the package having an exterior surface area; the whole amount of agriculturally active ingredient being intended to make a predetermined volume of dilute mixture sufficient to effectively treat a predetermined coverage area of vegetation, the coverage area of vegetation being at least 0.1 square meters and up to 10,000 square meters; and a ratio of the exterior surface area to the coverage area being greater than 17,500 square centimeters per 4046 square meters (1 acre). an unopened package having at least an undivided interior region containing an amount of an agriculturally active ingredient, the package having an exterior surface area; the whole amount of agriculturally active ingredient being intended to make a predetermined volume of dilute mixture sufficient to effectively treat a predetermined coverage area of vegetation, the coverage area of vegetation being at least 0.1 square meters and up to 10,000 square meters; and a ratio of the exterior surface area to the coverage area being greater than 17,500 square centimeters per 4046 square meters (1 acre).
A method of transmitting data, the method comprising: determining if a first channel on a first cell is occupied; and if the first channel on the first cell is occupied for at least a predetermined period, transmitting the data on a second channel on a second cell, wherein the predetermined period is less than or equal to the maximum allowable latency for the data minus a switching time for switching to the second cell minus a transmission time for the data on the second cell. determining if a first channel on a first cell is occupied; and if the first channel on the first cell is occupied for at least a predetermined period, transmitting the data on a second channel on a second cell, wherein the predetermined period is less than or equal to the maximum allowable latency for the data minus a switching time for switching to the second cell minus a transmission time for the data on the second cell.
An obstacle detecting method for detecting a presence of an obstacle to a moving body using a sensor mounted on the moving body, comprising: setting, based on a map database, a movable area (41L, 42) which is a surrounding area of the moving body and in which the moving body can move; arranging plural unconfirmed bodies over an entire area of the movable area (41L, 42) as obstacle candidates as an initial state; and deleting the obstacle candidate which is determined not to be actually present as a result of detection by the sensor from the obstacle candidates arranged as the initial state, wherein the moving body is a vehicle. setting, based on a map database, a movable area (41L, 42) which is a surrounding area of the moving body and in which the moving body can move; arranging plural unconfirmed bodies over an entire area of the movable area (41L, 42) as obstacle candidates as an initial state; and deleting the obstacle candidate which is determined not to be actually present as a result of detection by the sensor from the obstacle candidates arranged as the initial state, wherein the moving body is a vehicle.
A pressure-sensitive adhesive, containing at least one polymer, at least partially expanded microballoons, and 5 to 50% by weight, with respect to the total weight of the pressure-sensitive adhesive, of at least one filler which can be separated into its primary particles, wherein this filler contains primary particles with an aspect ratio of the lengths of the shortest axis, L min, to the longest axis, L max, of more than 0.5 and with a mean diameter d(0.5), determined by means of laser diffraction as the maximum of the distribution curve of the proportional volume against particle size on a suspension of the particles in deionized water, of 50 nm to 1000 nm, and these particles are not constructed from concentric layers.
Glazing, and in particular vehicle glazing, comprising two contiguous windows (2, 2'), in particular with at least one, or even two, laminated window(s) comprising an exterior layer of glass (3, 3'), an interior layer of glass (5, 5') and a plastic material interlayer (4, 4') situated between said two layers of glass, each window (2, 2') having an exterior face (20, 20'), an edge surface (21, 21') and an interior face (22, 22'), characterized in that it includes: - on the one hand two profiled bodies (60, 60') situated face to face and each situated in contact against a part of the edge surface (21, 21') of one of said windows (2, 2'), and - on the other hand one, or two, exterior covering(s) (61, 61') that is (or are each) situated farther toward the exterior than said profiled bodies (60, 60') and against a part of the edge surface (21, 21') of said windows (2, 2') and that has (or each have) an exterior face that is situated in continuity with said exterior face (20, 20') of said window (2, 2'), - said exterior covering(s) (61, 61') being flexible, with a Shore A hardness between 45 and 90 inclusive, or even between 55 and 85 inclusive. - on the one hand two profiled bodies (60, 60') situated face to face and each situated in contact against a part of the edge surface (21, 21') of one of said windows (2, 2'), and - on the other hand one, or two, exterior covering(s) (61, 61') that is (or are each) situated farther toward the exterior than said profiled bodies (60, 60') and against a part of the edge surface (21, 21') of said windows (2, 2') and that has (or each have) an exterior face that is situated in continuity with said exterior face (20, 20') of said window (2, 2'), - said exterior covering(s) (61, 61') being flexible, with a Shore A hardness between 45 and 90 inclusive, or even between 55 and 85 inclusive.
A co-crystal of 1-(4-fluoro-phenyl)-4-((6bR,10aS)-3-methyl-2,3,6b,9,10,10a-hexahydro-1H,7H-pyrido[3',4':4,5]pyrrolo[1,2,3-de]quinoxalin-8-yl)-butan-1-one (ITI-007) free base and a second compound, wherein the second compound is selected from isonicotinamide and nicotinamide.