mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a bonded mineral fibre product which comprises: fiberizing a mineral melt; carrying the mineral fibres formed by means of a gas stream into a forming chamber; applying a thermosetting binder on to the mineral fibres; depositing the coated fibres as a mineral fibre web on a receiver means; and transferring the mineral fibre web to a curing oven for curing of the binder and forming a bonded mineral fibre product, wherein the binder is an aqueous binder composition comprising: (a) a sugar syrup containing a reducing sugar and having a dextrose equivalent DE of at least 50 and less than 85; (b) a polycarboxylic acid component; (c) an amine component, ammonia, ammonium salts or urea; and optionally, (d) a reaction product of a polycarboxylic acid component (b) and an amine component, ammonia, ammonium salts or urea. fiberizing a mineral melt; carrying the mineral fibres formed by means of a gas stream into a forming chamber; applying a thermosetting binder on to the mineral fibres; depositing the coated fibres as a mineral fibre web on a receiver means; and transferring the mineral fibre web to a curing oven for curing of the binder and forming a bonded mineral fibre product, wherein the binder is an aqueous binder composition comprising: (a) a sugar syrup containing a reducing sugar and having a dextrose equivalent DE of at least 50 and less than 85; (b) a polycarboxylic acid component; (c) an amine component, ammonia, ammonium salts or urea; and optionally, (d) a reaction product of a polycarboxylic acid component (b) and an amine component, ammonia, ammonium salts or urea. (a) a sugar syrup containing a reducing sugar and having a dextrose equivalent DE of at least 50 and less than 85; (b) a polycarboxylic acid component; (c) an amine component, ammonia, ammonium salts or urea; and optionally, (d) a reaction product of a polycarboxylic acid component (b) and an amine component, ammonia, ammonium salts or urea.
A method of collecting signal information for use by a user mobile device , comprising: obtaining a plurality of signal reputation data corresponding to a plurality of locations of a collector device ; categorizing the plurality of signal reputation data into a plurality of groups; calculating a plurality of signal circles corresponding to at least some of the plurality of groups, based on a representative signal value for the corresponding group; calculating a signal reputation score for each signal circle; determining an intended destination to which the user mobile device is predicted to travel; determining that a predicted travel path to the intended destination falls within a boundary of a signal circle that is determined to be a dead zone; prefetching a plurality of signal circles within a threshold distance of the travel path and caching the prefetched signal circles for access when the user mobile device is within a predetermined distance of the dead zone; determining a best signal circle for a user mobile device within the predetermined distance of the dead zone based on a time of day, a mode of travel, a category of the place associated with the best signal circle, and a characteristic of a user of the user mobile device; and sending the best signal circle to the user mobile device based at least in part on the signal reputation score and a location of the user mobile device . obtaining a plurality of signal reputation data corresponding to a plurality of locations of a collector device ; categorizing the plurality of signal reputation data into a plurality of groups; calculating a plurality of signal circles corresponding to at least some of the plurality of groups, based on a representative signal value for the corresponding group; calculating a signal reputation score for each signal circle; determining an intended destination to which the user mobile device is predicted to travel; determining that a predicted travel path to the intended destination falls within a boundary of a signal circle that is determined to be a dead zone; prefetching a plurality of signal circles within a threshold distance of the travel path and caching the prefetched signal circles for access when the user mobile device is within a predetermined distance of the dead zone; determining a best signal circle for a user mobile device within the predetermined distance of the dead zone based on a time of day, a mode of travel, a category of the place associated with the best signal circle, and a characteristic of a user of the user mobile device; and sending the best signal circle to the user mobile device based at least in part on the signal reputation score and a location of the user mobile device .
A wireless transmission method, comprising: sending (S211), by a compression device, a first data packet according to a compression parameter of an Ethernet frame; sending (S211), by the compression device, a second data packet after receiving Y feedback packets of the first data packets representing acknowledgement, ACK; wherein the second data packet is a compressed data packet of the first data packet; wherein the compression parameter comprises a first index, wherein the first index is used for determining a first compression object, and wherein the first compression object at least comprises: a type field, a length field and a virtual local area network, VLAN, field; wherein the second data packet comprises: a sub-path ID, used to identify a context index or identifier that can be mapped to different data packets of the header compression configuration or object; and a packet compression indication, used to indicate whether the second data packet is a compressed data packet or an uncompressed data packet. sending (S211), by a compression device, a first data packet according to a compression parameter of an Ethernet frame; sending (S211), by the compression device, a second data packet after receiving Y feedback packets of the first data packets representing acknowledgement, ACK; wherein the second data packet is a compressed data packet of the first data packet; wherein the compression parameter comprises a first index, wherein the first index is used for determining a first compression object, and wherein the first compression object at least comprises: a type field, a length field and a virtual local area network, VLAN, field; wherein the second data packet comprises: a sub-path ID, used to identify a context index or identifier that can be mapped to different data packets of the header compression configuration or object; and a packet compression indication, used to indicate whether the second data packet is a compressed data packet or an uncompressed data packet. a sub-path ID, used to identify a context index or identifier that can be mapped to different data packets of the header compression configuration or object; and a packet compression indication, used to indicate whether the second data packet is a compressed data packet or an uncompressed data packet.
A device for a motor-driven vehicle comprising a camera mounted on a support , said camera being transposable from a retracted position to a capture position through a cover by an actuator , said cover being able to be displaced in both directions between a closed position and an open position, simultaneously with the displacement of said camera , said cover being able to be split into two portions and by a longitudinal displacement along a first axis (X), perpendicular to a second axis (Y), of said portions, said camera being able to be displaced along the second axis (Y) transverse relative to the displacement of said portions and , said actuator comprising a motor connected to a toothed wheel via a cam , said toothed wheel being in contact with a toothed screw , the transposition from a retracted position to a capture position of said camera is performed by means of connecting rods and , said connecting rods being interconnected via said support by fastening means , characterized in that the displacement of said cover from the closed position to the open position is performed by means of said connecting rods and in that the toothed screw is fastened to the backside of the support , the connection between the screw and the support being free in rotation but secured in translation, said toothed screw being able to displace said camera according to a translational movement, by causing the push of the support to which said toothed screw is fastened and therefore the displacement of the camera from its retracted position to its capture position.
A parallel, preferably wet-running, dual clutch unit for arrangement in a drivetrain of a motor vehicle between a drive unit and a transmission , which comprises a first multi-plate clutch assigned to a first transmission input shaft and having a first plate pack , a first inner plate carrier and a first outer plate carrier for selective torque transmission between the drive unit and the first transmission input shaft , and a second multi-plate clutch assigned to a second transmission input shaft and having a second plate pack , a second inner plate carrier and a second outer plate carrier for selective torque transmission between the drive unit and the second transmission input shaft , the first inner plate carrier being embodied as input side and the first outer plate carrier as output side of the first multi-plate clutch , the second inner plate carrier being embodied as output side and the second outer plate carrier as input side of the second multi-plate clutch , the first inner plate carrier and the second outer plate carrier comprise a common radial support portion for radially supporting these and characterized in that , both the first inner plate carrier and the second outer plate carrier are being driven via the common radial support portion , and in that the first inner plate carrier comprises a tubular inner plate bearing portion , which extends from the radial support portion in an axial direction , and the second outer plate carrier comprises a tubular outer plate bearing portion , which extends from the radial support portion in the opposite axial direction .
Water outlet , in particular a sanitary water outlet, having an inflow-side first outlet part and an outflow-side second outlet part , which can be moved between a release position and a use position, in which use position the outlet parts are connected to one another in the direction of flow and are releasably fixed to one another by means of a quick coupling , wherein the outflow-side second outlet part is sleeve-shaped, and wherein an insert cartridge , which has a jet regulator and/or a flow rate regulator and/or an attachment strainer , is inserted into the sleeve interior of said second outlet part , and wherein the quick coupling is held on the first outlet part on the outside and at an axial distance from the second outlet part , wherein an annular flange or annular shoulder of the quick coupling is provided on the outer circumference on the one, preferably the first, outlet part , and wherein at least one spring bar of the quick coupling is provided on the other, in particular the second, outlet part , which spring bar is movable between an outwardly deflected release position and a holding position which is inwardly deflected in relation thereto, in which holding position the at least one spring bar engages behind the annular shoulder or annular flange of the quick coupling with a latching cam integrally formed on its free bar end.
An assembly for a filter, comprising: a first component comprising an inlet port , an outlet port , and a first groove , wherein the first groove is a discontinuous groove; a second component comprising a second groove , wherein the second groove is a discontinuous groove, and wherein the first groove of the first component and the second groove of the second component define a discontinuous channel therebetween; and a cord member removably inserted in the channel defined between the first groove and the second groove to detachably couple the second component to the first component . a first component comprising an inlet port , an outlet port , and a first groove , wherein the first groove is a discontinuous groove; a second component comprising a second groove , wherein the second groove is a discontinuous groove, and wherein the first groove of the first component and the second groove of the second component define a discontinuous channel therebetween; and a cord member removably inserted in the channel defined between the first groove and the second groove to detachably couple the second component to the first component .
A corrugating roll unit conveyance apparatus comprising: a mounting base having a first accommodation part (N1) for accommodating a corrugating roll unit to be removed and a second accommodation part (N2) for accommodating a corrugating roll unit to be mounted; and a movement device for moving the mounting base to a first replacement position where the first accommodation part (N1) faces an existing corrugating roll unit , a second replacement position where the second accommodation part (N2) faces a space (N3) where the existing corrugating roll unit has been removed, and a retracted position separated from the first replacement position and the second replacement position, wherein the first replacement position and the second replacement position are arranged side by side in a second horizontal direction (Y) orthogonal to a first horizontal direction (X) which is a mounting direction and a removal direction of the corrugating roll unit , and wherein the movement device includes a first traveling device which allows the mounting base to travel along the first horizontal direction (X), a second traveling device which allows the mounting base to travel along the second horizontal direction (Y), and a switching device which switches the first traveling device and the second traveling device so as to be selectively used, characterized in that the switching device is a lifting device for lifting and lowering second traveling wheels of the second traveling device . a mounting base having a first accommodation part (N1) for accommodating a corrugating roll unit to be removed and a second accommodation part (N2) for accommodating a corrugating roll unit to be mounted; and a movement device for moving the mounting base to a first replacement position where the first accommodation part (N1) faces an existing corrugating roll unit , a second replacement position where the second accommodation part (N2) faces a space (N3) where the existing corrugating roll unit has been removed, and a retracted position separated from the first replacement position and the second replacement position, wherein the first replacement position and the second replacement position are arranged side by side in a second horizontal direction (Y) orthogonal to a first horizontal direction (X) which is a mounting direction and a removal direction of the corrugating roll unit , and wherein the movement device includes a first traveling device which allows the mounting base to travel along the first horizontal direction (X), a second traveling device which allows the mounting base to travel along the second horizontal direction (Y), and a switching device which switches the first traveling device and the second traveling device so as to be selectively used, characterized in that the switching device is a lifting device for lifting and lowering second traveling wheels of the second traveling device .
A method of preparing a pellet-stable olefinic copolymer bimodal rubber, comprising: producing a high molecular weight olefinic copolymer rubber characterized by a bimodal molecular weight and a bimodal composition distribution ("bimodal rubber") within a first reactor via solution polymerization; concurrently producing isotactic polypropylene random copolymer (RCP) within a second reactor, wherein the first and second reactors are operated in parallel to each other; obtaining an effluent from the first reactor; obtaining an effluent from the second reactor; reactor-blending the effluents in situ to thereby produce a pellet-stable RCP-containing bimodal rubber ("pellet-stable bimodal rubber"), wherein 80-97.5 wt% of the bimodal rubber is blended with 2.5-20 wt% of the RCP, and optionally pelletizing the pellet-stable bimodal rubber. producing a high molecular weight olefinic copolymer rubber characterized by a bimodal molecular weight and a bimodal composition distribution ("bimodal rubber") within a first reactor via solution polymerization; concurrently producing isotactic polypropylene random copolymer (RCP) within a second reactor, wherein the first and second reactors are operated in parallel to each other; obtaining an effluent from the first reactor; obtaining an effluent from the second reactor; reactor-blending the effluents in situ to thereby produce a pellet-stable RCP-containing bimodal rubber ("pellet-stable bimodal rubber"), wherein 80-97.5 wt% of the bimodal rubber is blended with 2.5-20 wt% of the RCP, and optionally pelletizing the pellet-stable bimodal rubber.
A seat assembly , in particular a battery assembly , for a motor vehicle , comprising: - a frame , in particular comprising a battery housing , - a saddle which is disposed on the frame and detachably connected to the frame via a securing element; - a compartment having a drawer disposed within the compartment to be able to be drawn out, wherein - the securing element is configured to: ∘ release the saddle in a release position; and ∘ to secure the saddle in an anchoring position, characterized in that the securing element is disposed and formed such that the securing element is actuated and/or released when the drawer is drawn out. - a frame , in particular comprising a battery housing , - a saddle which is disposed on the frame and detachably connected to the frame via a securing element; - a compartment having a drawer disposed within the compartment to be able to be drawn out, - the securing element is configured to: ∘ release the saddle in a release position; and ∘ to secure the saddle in an anchoring position, characterized in that the securing element is disposed and formed such that the securing element is actuated and/or released when the drawer is drawn out. ∘ release the saddle in a release position; and ∘ to secure the saddle in an anchoring position, characterized in that the securing element is disposed and formed such that the securing element is actuated and/or released when the drawer is drawn out.
An elastomer membrane element for a membrane valve, the elastomer membrane element comprising a work portion for opening and closing a fluid channel of the membrane valve, the elastomer membrane element comprising a fastening portion surrounding the work portion for securing the elastomer membrane element with respect to a valve body of the membrane valve, a recess being arranged at least in portions between the work portion and the fastening portion , which recess opens toward a medium side of the elastomer membrane element , and the fastening portion comprising a rigid insert which has an annular inner contour at least in portions, characterized in that the recess radially inwardly directly adjoins the rigid insert .
A secondary battery comprising a power generating element , wherein a positive electrode plate , in which a positive electrode active material layer is disposed on both surfaces of a first current collector , and a negative electrode plate , in which a negative electrode active material layer having an area larger than an area of the positive electrode active material layer is disposed on both surfaces of a second current collector , are stacked with a separator holding an electrolyte interposed therebetween in a state in which the positive electrode active material layer and the negative electrode active material layer face each other, wherein the negative electrode plate comprises a facing portion facing the positive electrode active material layer with the separator interposed therebetween and a non-facing portion positioned at the outer periphery of the facing portion and not facing the positive electrode active material layer with the separator interposed therebetween, characterized in that a negative electrode active material layer comprised in the negative electrode plate is bonded to the separator through a bonding layer , wherein in the bonding layer , a bonding strength of a second bonding portion that bonds the non-facing portion to the separator is larger than a bonding strength of a first bonding portion that bonds the facing portion to the separator .
Turbomachine stage having stator blades , radially inner and radially outer blade platforms, which together form a stator cascade, and having rotor blades , radially inner and radially outer blade platforms, which together form a rotor cascade adjacent to the stator cascade, radially outer blade platforms comprising cascade regions (10.1,20.1) which extend between blades that are adjacent in the circumferential direction, and the radially outer blade platforms also comprising gap regions (10.2L, 10.2T, 20.2L, 20.2T) which radially and/or axially delimit an axial gap (A) that extends axially between the stator cascade and rotor cascade, characterized in that two radially opposite contours of one of these gap regions (10.2L, 20.2T) of the radially outer blade platforms vary identically and in parallel in the radial direction over the circumference, so that the wall thickness of this gap region of the blade platform remain s constant.
A terminal block, including an insulating body , having at least one duct and at least one hole formed through a wall of the insulating body ; a conductive linking bar arranged in the insulating body , being adapted for connecting at least one wire respectively passing through the at least one hole ; a temperature detector being configured to be at least partially received by the duct and having at least one first end, a second end, and a connecting portion mechanically linking the first end and the second end; and a discoloration layer arranged in contact with the second end of the temperature detector , including at least a thermochromic layer ; wherein: the first end and at least a part of the connecting portion of the temperature detector is arranged to pass through the duct towards the conductive linking bar so that the discoloration layer on the second end of the temperature detector is farther to the conductive linking bar than the first end of the temperature detector , characterized in that the temperature detector is made of thermal conductive material exhibiting thermal resistivity lower than the insulating body .