mhurhangee/patent-ind-claim-en huggingface dataset:
A relay transmission method, wherein a Long Term Evolution/Long Term Evolution Advanced, LTE/LTE-A, relay frame comprising ten subframes that are labeled as 0 to 9 from a first subframe to a tenth subframe, wherein subframes 1 and 6 are special subframes, subframes 0, 4, 5 and 9 are downlink subframes, subframes 2, 3, 7 and 8 are uplink subframes, each of the special subframes comprises a downlink pilot timeslot, DwPTS, an uplink pilot timeslot, UpPTS and a guard period, GP; said method comprising the steps: performing, by an evolved NodeB, eNB, a relay transmission with a relay node, RN, on a downlink relay link from the eNB to the RN, said downlink relay link comprising at least one of said downlink subframes 4 and 9; and performing, by the eNB, the relay transmission with the RN on an uplink relay link from the RN to the eNB, said uplink relay link comprising at least one of said uplink relay subframes 3 and 8; performing, by an evolved NodeB, eNB, a relay transmission with a relay node, RN, on a downlink relay link from the eNB to the RN, said downlink relay link comprising at least one of said downlink subframes 4 and 9; and performing, by the eNB, the relay transmission with the RN on an uplink relay link from the RN to the eNB, said uplink relay link comprising at least one of said uplink relay subframes 3 and 8;
A nonwoven carrier for immobilizing superabsorbent polymer particles in an absorbent article, comprising superabsorbent polymer particles, a nonwoven top layer comprising staple fibers and/or spunbond fibers penetrable by the particles and a nonwoven bottom layer , characterised in that said top layer is mechanically bonded to the bottom layer , and wherein the bottom layer is porous with a pore size smaller than said particles, and in that said particles are distributed in a pattern that comprises areas that are free from said particles.
A traction motor for a vehicle comprising: - an enclosure , - a rotor positioned in the enclosure and capable of being rotated about an axis of rotation (R), and - at least one cooling channel of the rotor , characterised in that the motor also comprises a device for detecting the blockage of the at least one cooling channel , the detecting device comprising: - an optical transmitter , positioned opposite a first end of the at least one cooling channel when the rotor is in a predetermined position, the optical transmitter being adapted to emit an optical beam in alignment with said cooling channel when the rotor is in the predetermined position, - an optical receiver , positioned opposite a second end of the at least one cooling channel when the rotor is in the predetermined position, the optical receiver being configured to receive the optical beam and generate an electrical signal representative of the light intensity of the received optical beam, and - a processing module configured to determine, as a function of the electrical signal generated by the optical receiver , the blocking of the at least one cooling channel . - an enclosure , - a rotor positioned in the enclosure and capable of being rotated about an axis of rotation (R), and - at least one cooling channel of the rotor , - an optical transmitter , positioned opposite a first end of the at least one cooling channel when the rotor is in a predetermined position, the optical transmitter being adapted to emit an optical beam in alignment with said cooling channel when the rotor is in the predetermined position, - an optical receiver , positioned opposite a second end of the at least one cooling channel when the rotor is in the predetermined position, the optical receiver being configured to receive the optical beam and generate an electrical signal representative of the light intensity of the received optical beam, and - a processing module configured to determine, as a function of the electrical signal generated by the optical receiver , the blocking of the at least one cooling channel .
Winding arrangement for an electric installation , the winding arrangement comprising an electric conductor and a plurality of cooling ducts (301-304), wherein the electric conductor is coiled up forming several layers (321-327) around an axis , wherein: - each cooling duct (301-304) of said plurality of cooling ducts extends between a pair of adjacent layers (321-327) of the coiled electric conductor in axial direction through the winding arrangement and in tangential direction not entirely around the axis , wherein each layer contacts at least one cooling duct (301-304) and the cooling ducts are arranged in a spiral arrangement from inside to outside such that the plurality of cooling ducts form a circumferential structure around the axis that increases a diameter of the winding arrangement in a constant manner and that ensures therefore a cylindrical form of the winding arrangement; - the cooling ducts (301-304) of the plurality of cooling ducts are distributed among more than one pair of adjacent layers (321-327) such that the winding arrangement is essentially cylindrical; characterized in that the winding arrangement comprises two pluralities of cooling ducts arranged in two spiral arrangements , wherein each duct of the first spiral arrangement is arranged diametrically opposite to another duct of the second spiral arrangement, each layer contacting therefore two cooling ducts. - each cooling duct (301-304) of said plurality of cooling ducts extends between a pair of adjacent layers (321-327) of the coiled electric conductor in axial direction through the winding arrangement and in tangential direction not entirely around the axis , wherein each layer contacts at least one cooling duct (301-304) and the cooling ducts are arranged in a spiral arrangement from inside to outside such that the plurality of cooling ducts form a circumferential structure around the axis that increases a diameter of the winding arrangement in a constant manner and that ensures therefore a cylindrical form of the winding arrangement; - the cooling ducts (301-304) of the plurality of cooling ducts are distributed among more than one pair of adjacent layers (321-327) such that the winding arrangement is essentially cylindrical;
Device for heat-treating at least two multilayer bodies (4.1, 4.2) on at least two process levels (3.1, 3.2) disposed one beneath another in at least one heating chamber (HK1) and at least one cooling chamber (KK1), which are disposed one behind another relative to the transport direction , wherein the heating chamber (HK1) comprises - a first process level (3.1) with a first process box (5.1) for at least one first multilayer body (4.1), which is situated between a first radiator field (2.1) and a second radiator field (2.2) with radiant heaters for heating the first multilayer body (4.1), - a second process level (3.2) with a second process box (5.2) for at least one second multilayer body (4.2), which is situated between the second radiator field (2.2) and a third radiator field (2.3) with radiant heaters for heating the second multilayer body (4.2), wherein the first radiator field (2.1) and the second radiator field (2.2) are implemented such that the first process level (3.1) can be irradiated by the first radiator field (2.1) with a different radiation intensity than by the second radiator field (2.2) and/or wherein the second radiator field (2.2) and the third radiator field (2.3) are implemented such that the second process level (3.2) can be irradiated by the second radiator field (2.2) with a different radiation intensity than by the third radiator field (2.3), and wherein the cooling chamber (KK1) comprises - a cooling device - the first process level (3.1) for cooling the at least one first multilayer body (4.1) and the second process level (3.2) for cooling the at least one second multilayer body (4.2). - a first process level (3.1) with a first process box (5.1) for at least one first multilayer body (4.1), which is situated between a first radiator field (2.1) and a second radiator field (2.2) with radiant heaters for heating the first multilayer body (4.1), - a second process level (3.2) with a second process box (5.2) for at least one second multilayer body (4.2), which is situated between the second radiator field (2.2) and a third radiator field (2.3) with radiant heaters for heating the second multilayer body (4.2), wherein the first radiator field (2.1) and the second radiator field (2.2) are implemented such that the first process level (3.1) can be irradiated by the first radiator field (2.1) with a different radiation intensity than by the second radiator field (2.2) and/or wherein the second radiator field (2.2) and the third radiator field (2.3) are implemented such that the second process level (3.2) can be irradiated by the second radiator field (2.2) with a different radiation intensity than by the third radiator field (2.3), and wherein the cooling chamber (KK1) comprises - a cooling device - the first process level (3.1) for cooling the at least one first multilayer body (4.1) and the second process level (3.2) for cooling the at least one second multilayer body (4.2).
An image forming apparatus for forming a toner image on a recording material (S, P), said image forming apparatus comprising: a main assembly; an image forming station (SY, SM, SC, SK) provided in said main assembly and configured to form a toner image on the recording material (S, P); a fixing portion provided in said main assembly and configured to fix the toner image formed on the recording material (S, P), on the recording material (S, P), said fixing portion including a fixing rotatable member and a covering member covering said rotatable member ; and a suction mechanism including a duct connected with an opening provided in said covering member and a fan configured to suck air inside said covering member through said duct , wherein the air sucked by said suction mechanism is discharged into a space (SP) in said main assembly other than a space through which the recording material (S, P) passes, characterized in that the fan is provided upstream of the space (SP) into which the air is discharged, the fan being provided at an lengthwise end of the duct , and the suction mechanism is configured such that the air inside said covering member is drawn out of the fixing portion by the fan and discharged into said space (SP), which is a part of an internal space of the image forming apparatus and which is unlikely to be adversely affected by water vapor, instead of being exhausted out of the image forming apparatus . a main assembly; an image forming station (SY, SM, SC, SK) provided in said main assembly and configured to form a toner image on the recording material (S, P); a fixing portion provided in said main assembly and configured to fix the toner image formed on the recording material (S, P), on the recording material (S, P), said fixing portion including a fixing rotatable member and a covering member covering said rotatable member ; and a suction mechanism including a duct connected with an opening provided in said covering member and a fan configured to suck air inside said covering member through said duct , wherein the air sucked by said suction mechanism is discharged into a space (SP) in said main assembly other than a space through which the recording material (S, P) passes, characterized in that the fan is provided upstream of the space (SP) into which the air is discharged, the fan being provided at an lengthwise end of the duct , and the suction mechanism is configured such that the air inside said covering member is drawn out of the fixing portion by the fan and discharged into said space (SP), which is a part of an internal space of the image forming apparatus and which is unlikely to be adversely affected by water vapor, instead of being exhausted out of the image forming apparatus .
Apparatus for dispensing plates , comprising a mould , which is suitable and intended to accommodate a plate , and an ejection device in order to push the plate out of the mould , wherein the ejection device has a ram device which is displaceable in a predetermined displacement direction , and a carrier plate which serves to accommodate the plate which is ejected from the mould , wherein the apparatus has a spacer which displaces the carrier plate in the displacement direction , taking account of a thickness (d) of the plate , and/or allows a displacement of the carrier plate in the displacement direction only as far as a predetermined position, characterised in that the apparatus has a measuring device for measuring the plate thickness and a control device which controls a movement of the spacer taking account of the plate thickness.
Blind rivet nut for insertion into an aperture formed in one or more layers of material comprising: - a head forming a flange; - a shank comprising a head end , a foot end and a cylindrical bore extending along a longitudinal axis (X) from the head end to the foot end , the bore having a first bore segment near the foot end , provided with an internal thread and a second bore segment near the head end whose diameter is greater than the diameter of the first bore segment, the wall surrounding the second bore segment forming a deformable region of the shank and having an external wall diameter (D1), the foot end having a foot end diameter (D2), characterized in that the foot end of the shank comprises a tapered chamfer making a foot end angle (A) of 21 to 25 degrees with the longitudinal axis (X), and wherein the ratio of the foot end diameter (D2) to the external wall diameter (D1) is between 0.65 and 0.82. - a head forming a flange; - a shank comprising a head end , a foot end and a cylindrical bore extending along a longitudinal axis (X) from the head end to the foot end , the bore having a first bore segment near the foot end , provided with an internal thread and a second bore segment near the head end whose diameter is greater than the diameter of the first bore segment, the wall surrounding the second bore segment forming a deformable region of the shank and having an external wall diameter (D1), the foot end having a foot end diameter (D2),
A device for pressing processing flat material, comprising means for transporting the flat material in a transport direction and at least one pressing roller pair which is stationary in the transport direction and acts on the flat material on both sides, wherein the device is a double-belt press, and heating means for heating the flat material , wherein at least a number of the heating means act inductively characterized in that,' both pressing rollers of the pair of pressing rollers or both pressing rollers of at least one of the pairs of pressing rollers have, at least on their circumference, an increased elastic deformability in the radial direction compared to pressing rollers made of steel. means for transporting the flat material in a transport direction and at least one pressing roller pair which is stationary in the transport direction and acts on the flat material on both sides, wherein the device is a double-belt press, and heating means for heating the flat material , wherein at least a number of the heating means act inductively characterized in that,' both pressing rollers of the pair of pressing rollers or both pressing rollers of at least one of the pairs of pressing rollers have, at least on their circumference, an increased elastic deformability in the radial direction compared to pressing rollers made of steel.
A curable organopolysiloxane composition, containing the following components A to C and a curing catalyst to accelerate the curing reaction involving the reactive groups contained in components A and C: A) an organopolysiloxane having, in the molecule, at least two radical reactive groups and/or a reactive group capable of crosslinking via a hydrosilylation reaction, wherein at least 10 mol% of the overall organic groups bonded to silicon atoms in the molecule are aryl groups; B) one or more inorganic fillers selected from the group consisting of spherical silica particles, spherical alumina particles, and fluorescent fillers; and C) an organosilicon compound represented by the following general formula: Vi(CH 3 ) 2 Si-(OSi(CH 3 ) 2 ) n -OSi(OCH 3 ) 3 wherein Vi represents vinyl group and n is a number from 1 to 50, wherein the mass of component B is 30 to 95% relative to the mass of the overall composition. A) an organopolysiloxane having, in the molecule, at least two radical reactive groups and/or a reactive group capable of crosslinking via a hydrosilylation reaction, wherein at least 10 mol% of the overall organic groups bonded to silicon atoms in the molecule are aryl groups; B) one or more inorganic fillers selected from the group consisting of spherical silica particles, spherical alumina particles, and fluorescent fillers; and C) an organosilicon compound represented by the following general formula: Vi(CH 3 ) 2 Si-(OSi(CH 3 ) 2 ) n -OSi(OCH 3 ) 3 wherein Vi represents vinyl group and n is a number from 1 to 50, wherein the mass of component B is 30 to 95% relative to the mass of the overall composition.
A device for knife cutting or sawing workpieces , comprising a cutting unit or a sawing unit and a support surface for supporting the workpiece , wherein the support surface serves to directly support the workpiece and/or wherein the support surface is a stable, flexurally rigid surface which serves to bear the weight of the workpiece, wherein the support surface has a plurality of passage openings , wherein at least one chamber is formed below the support surface and the chamber is fluidically connected to a unit for generating an underpressure in such a way that in an operating state a volume flow is conveyed along a direction of flow through the passage openings and the at least one chamber , wherein at least one section is provided upstream from the chamber , in which the cross-sectional area for the volume flow decreases as viewed in the direction of flow, characterized in that the section formed upstream from the chamber has at least two areas , wherein the first area is formed by the support surface and the second area is formed by a layer comprised of porous material arranged downstream from the support surface , wherein the layer has passage openings with cross-sectional areas (A2) that are smaller than the cross-sectional surfaces (A1) of the passage openings of the support surface .
A razor wire rapid deployment unit RDU , comprising: an enclosure having a first section coupleable with a second section , the enclosure defining an interior area ; a razor wire disposed within the interior area of the enclosure , a first end of the razor wire directly coupled to the first section , and a second end of the razor wire directly coupled to the second section , wherein the first and second sections of the enclosure are separable from one another to deploy the razor wire from a compressed configuration to an expanded configuration, characterised by an anchor component rotatably coupled to a first cross support and a second cross support of the second section , the anchor component comprising: a first tube extending between the first and second cross supports ; a second tube extending from a base of the first tube ; and a third tube extending between the first and second tubes , wherein in a first configuration the second tube extends parallel to the first and second cross supports , and wherein in a second configuration the second tube extends perpendicular to the first and second cross supports . an enclosure having a first section coupleable with a second section , the enclosure defining an interior area ; a razor wire disposed within the interior area of the enclosure , a first end of the razor wire directly coupled to the first section , and a second end of the razor wire directly coupled to the second section , wherein the first and second sections of the enclosure are separable from one another to deploy the razor wire from a compressed configuration to an expanded configuration, characterised by an anchor component rotatably coupled to a first cross support and a second cross support of the second section , the anchor component comprising: a first tube extending between the first and second cross supports ; a second tube extending from a base of the first tube ; and a third tube extending between the first and second tubes , wherein in a first configuration the second tube extends parallel to the first and second cross supports , and wherein in a second configuration the second tube extends perpendicular to the first and second cross supports . a first tube extending between the first and second cross supports ; a second tube extending from a base of the first tube ; and a third tube extending between the first and second tubes , wherein in a first configuration the second tube extends parallel to the first and second cross supports , and wherein in a second configuration the second tube extends perpendicular to the first and second cross supports .
Device for extracting and separating lipoaspirated material.; said device comprising a main bag and a filter housed inside said main bag ; wherein said device comprises a first inlet valve (1.6) which extends through the main bag and through which the inside of said filter is connected to the outside of said main bag for inserting said lipoaspirated material into said main bag through said filter ; wherein said device comprises a second outlet or emptying valve which extends through said main bag and through which the inside of said filter is hydraulically connected to the outside of said main bag for directly discharging or emptying said filter ; wherein said device comprises a third outlet or emptying valve , through which the inside of said main bag is hydraulically connected to the outside for directly discharging or emptying said main bag characterized by the filter being tubular in shape.
A cleaner head for a cleaning appliance, the cleaner head comprising: a housing defining a suction chamber ; and a sole plate defining a downwardly-directed opening through which dirt can enter the suction chamber ; characterised in that the cleaner head further comprises a hollow deformable seal extending from a rear portion of the housing , the hollow deformable seal having a width at least equal to a width of the opening in the sole plate , and having a lower sealing surface that extends in a downward and rearward direction from a rear edge of the housing such that, in use, the hollow deformable seal is biased against and conforms to a surface being cleaned in order to maintain a seal between the cleaner head and the surface being cleaned. a housing defining a suction chamber ; and a sole plate defining a downwardly-directed opening through which dirt can enter the suction chamber ;