mhurhangee/patent-ind-claim-en huggingface dataset:
A water-based hybrid ink comprising as components a) water, (b) UV-curing oligomer and/or polymer with ethylenically unsaturated functional groups, (c) a humectant, (d) a radical-forming photoinitiator, wherein the hybrid ink is an ink jet printer ink and characterized in that it further comprises (e) a heat-curing oligomer and/or polymer with complementary functional groups which is designed such that it is self-crosslinking under thermal influence, wherein the complementary functional groups are designed such that they can undergo polyaddition or polycondensation reactions with each other.
A vehicle to at least one of vehicle, pedestrian, infrastructure, network, V2X, communication method by a receiving V2X node, the method comprising: determining (S202) a vehicle radio network temporary identify, V-RNTI, based on a region associated with a location of the receiving V2X node corresponding to a most recently obtained position of the receiving V2X node for selectively receiving V2X data information; detecting (S204, S302, S404) a downlink control channel whose cyclic redundancy check, CRC, code is scrambled by the V-RNTI; and receiving (S208, S310. S408) the V2X data information based on the detected downlink control channel from an evolved node B, eNB, wherein one cell of the eNB corresponds to multiple regions associated with the location of the receiving V2X node, and the V-RNTI of respective region is determined based on a signal broadcasted from the eNB. determining (S202) a vehicle radio network temporary identify, V-RNTI, based on a region associated with a location of the receiving V2X node corresponding to a most recently obtained position of the receiving V2X node for selectively receiving V2X data information; detecting (S204, S302, S404) a downlink control channel whose cyclic redundancy check, CRC, code is scrambled by the V-RNTI; and receiving (S208, S310. S408) the V2X data information based on the detected downlink control channel from an evolved node B, eNB, wherein one cell of the eNB corresponds to multiple regions associated with the location of the receiving V2X node, and the V-RNTI of respective region is determined based on a signal broadcasted from the eNB.
Metal sealing rail for a building closure panel, comprising a first profile wall ; a second profile wall connected to the first profile wall ; and a third profile wall connected to the second profile wall ; characterised in that the first profile wall , the second profile wall and the third profile wall form a substantially U-shaped clamping profile having exactly three profile walls and an opening, the first profile wall , the second profile wall and the third profile wall being rigidly interconnected and the three inner faces of the profile walls being arranged peripherally over at least 270°, in such a way that an edge, introduced into the opening, of a panel (13; 14) is clamped in the clamping profile , and the first profile wall and the second profile wall each having a straight inner face (6; 7) and the third profile wall having a convexly curved inner face ; and in that the metal sealing rod has a Keder brush seal received in a recess , facing away from the clamping profile , of the first profile wall . a first profile wall ; a second profile wall connected to the first profile wall ; and a third profile wall connected to the second profile wall ; characterised in that the first profile wall , the second profile wall and the third profile wall form a substantially U-shaped clamping profile having exactly three profile walls and an opening, the first profile wall , the second profile wall and the third profile wall being rigidly interconnected and the three inner faces of the profile walls being arranged peripherally over at least 270°, in such a way that an edge, introduced into the opening, of a panel (13; 14) is clamped in the clamping profile , and the first profile wall and the second profile wall each having a straight inner face (6; 7) and the third profile wall having a convexly curved inner face ; and in that the metal sealing rod has a Keder brush seal received in a recess , facing away from the clamping profile , of the first profile wall .
An aerosol permeation element for use in an aerosol generating article, the aerosol permeation element comprising an aerosol permeable core extrusion surrounded by a sleeve comprising predominantly linear, axially oriented fibres; wherein the sleeve comprises two or more longitudinal segments which are bonded together along longitudinal edges of the segments.
A method for obtaining a service reception state of a multimedia broadcast multicast service, MBMS, of one or more user equipments, UEs, by a network side device, comprising steps of: setting (S101), by the network side device, an indication indicating one or more UEs to respond the service reception state of the multimedia broadcast multicast service, MBMS, in an MBMS point-to-multipoint control channel, MCCH, message; transmitting (S101), by the network side device, to the one or more UEs the indication to respond the service reception state of the MBMS; and receiving (S102), by the network side device, the service reception state of the MBMS responded by the one or more UEs according to the indication, wherein the step of setting (S101) comprises: setting in the MCCH message a third indication specifying one or more UEs to respond the service reception states of all MBMSs or of one or more specific MBMSs; or setting in MBMS configuration information of the MCCH message a fourth indication specifying one or more UEs to respond the service reception state of the MBMS, obtaining, by the network side device, the service reception state of the specified MBMSs or of the MBMS from the UEs specified through the third indication or the fourth indication, the method is characterized by further comprising steps of: broadcasting, by the network side device, a time window for the one or more UEs to respond the service reception state of the specified MBMSs or of the MBMS. setting (S101), by the network side device, an indication indicating one or more UEs to respond the service reception state of the multimedia broadcast multicast service, MBMS, in an MBMS point-to-multipoint control channel, MCCH, message; transmitting (S101), by the network side device, to the one or more UEs the indication to respond the service reception state of the MBMS; and receiving (S102), by the network side device, the service reception state of the MBMS responded by the one or more UEs according to the indication, wherein the step of setting (S101) comprises: setting in the MCCH message a third indication specifying one or more UEs to respond the service reception states of all MBMSs or of one or more specific MBMSs; or setting in MBMS configuration information of the MCCH message a fourth indication specifying one or more UEs to respond the service reception state of the MBMS, setting in the MCCH message a third indication specifying one or more UEs to respond the service reception states of all MBMSs or of one or more specific MBMSs; or setting in MBMS configuration information of the MCCH message a fourth indication specifying one or more UEs to respond the service reception state of the MBMS, obtaining, by the network side device, the service reception state of the specified MBMSs or of the MBMS from the UEs specified through the third indication or the fourth indication, the method is characterized by further comprising steps of: broadcasting, by the network side device, a time window for the one or more UEs to respond the service reception state of the specified MBMSs or of the MBMS.
A method for three dimensional vision inspection using a 3D vision system , the method comprising: acquiring at least one 3D image of a 3D object using the 3D vision system; using the 3D vision system, registering the at least one 3D image to a 3D reference image; using the 3D vision system, comparing the registered at least one 3D image to the 3D reference image; using the 3D vision system, detecting a defect in the 3D object based on detecting a 3D difference between the registered at least one 3D image and the 3D reference image, wherein the 3D difference exceeds a 3D variance model; wherein the 3D variance model includes estimated statistics for each surface position or surface patch within the 3D reference image; and wherein detecting a 3D difference that exceeds the 3D variance model is based on determining that the difference from the mean of a corresponding surface position or patch of the 3D variance model exceeds a fixed threshold or a multiple of a standard deviation from the mean. acquiring at least one 3D image of a 3D object using the 3D vision system; using the 3D vision system, registering the at least one 3D image to a 3D reference image; using the 3D vision system, comparing the registered at least one 3D image to the 3D reference image; using the 3D vision system, detecting a defect in the 3D object based on detecting a 3D difference between the registered at least one 3D image and the 3D reference image, wherein the 3D difference exceeds a 3D variance model; wherein the 3D variance model includes estimated statistics for each surface position or surface patch within the 3D reference image; and wherein detecting a 3D difference that exceeds the 3D variance model is based on determining that the difference from the mean of a corresponding surface position or patch of the 3D variance model exceeds a fixed threshold or a multiple of a standard deviation from the mean.
An agricultural equipment air screen cleaning assembly comprising: a frame having an airflow opening having a non-circular outer perimeter ; a screen mounted to the frame within the airflow opening and extending to the non-circular outer perimeter; a motor ; and a suction wand operatively connected to the motor and located on an upstream side of the screen, the suction wand being rotatably connected about a rotation axis at a central region of the screen, the suction wand comprising: one or more inlet openings facing the screen, and an internal suction flow path in fluid connection with the one or more inlet openings, the suction flow path extending from a manifold to at least one distal end of the suction wand; characterized by : the at least one distal end of the suction wand is movable in a radial direction with respect to the rotation axis to follow the non-circular outer perimeter as the suction wand rotates about the rotation axis. a frame having an airflow opening having a non-circular outer perimeter ; a screen mounted to the frame within the airflow opening and extending to the non-circular outer perimeter; a motor ; and a suction wand operatively connected to the motor and located on an upstream side of the screen, the suction wand being rotatably connected about a rotation axis at a central region of the screen, the suction wand comprising: one or more inlet openings facing the screen, and an internal suction flow path in fluid connection with the one or more inlet openings, the suction flow path extending from a manifold to at least one distal end of the suction wand; one or more inlet openings facing the screen, and an internal suction flow path in fluid connection with the one or more inlet openings, the suction flow path extending from a manifold to at least one distal end of the suction wand;
A packaging material for fruits and vegetables comprising: cellulose acylate, and at least one of an acrylic polymer, an ester oligomer, an ester derivative of a monosaccharide, or an ester derivative selected from an ester derivative of lactose, sucrose, nystose, 1F-fructosyl nystose, stachyose, maltitol, lactitol, lactulose, cellobiose, maltose, cellotriose, maltotriose, raffinose, kestose, gentiobiose, gentiotriose, gentiotetraose, xylotriose, galactosyl sucrose, maltooligosaccharide, isomalto-oligosaccharide, fructo-oligosaccharide, galacto-oligosaccharide, and xylo-oligosaccharide, wherein the cellulose acylate has an acyl group substitution degree within a range of 2.70 to 2.97, and wherein the ester oligomer is an aliphatic ester oligomer having a molecular weight within a range of from 500 to 10,000. cellulose acylate, and at least one of an acrylic polymer, an ester oligomer, an ester derivative of a monosaccharide, or an ester derivative selected from an ester derivative of lactose, sucrose, nystose, 1F-fructosyl nystose, stachyose, maltitol, lactitol, lactulose, cellobiose, maltose, cellotriose, maltotriose, raffinose, kestose, gentiobiose, gentiotriose, gentiotetraose, xylotriose, galactosyl sucrose, maltooligosaccharide, isomalto-oligosaccharide, fructo-oligosaccharide, galacto-oligosaccharide, and xylo-oligosaccharide, wherein the cellulose acylate has an acyl group substitution degree within a range of 2.70 to 2.97, and wherein the ester oligomer is an aliphatic ester oligomer having a molecular weight within a range of from 500 to 10,000.
A tricuspid annuloplasty ring configured for implantation in a tricuspid valve annulus, the annuloplasty ring comprising: a triangular shaped continuous body having an anterior ring segment having first and second ends, a septal ring segment having first and second ends and a posterior ring segment having first and second ends, wherein the first end of the anterior ring segment is connected to the second end of the posterior ring segment , the second end of the anterior ring segment is connected to the first end of the septal ring segment , and the second end of the septal ring segment is connected to the first end of the posterior ring segment , characterized in that each segment comprises an inner arm core and an outer layer , wherein each inner arm core comprises a first segment , having an orifice at a first end through which a first connector of a first gearbox is inserted, and a second segment having an orifice at a first end through which a second connector of a second gearbox is inserted, wherein at the second end of the first segment , first segment has a threaded male portion configured and sized for insertion into a threaded female hollow portion on a second end of the second segment and wherein each segment comprises a respective threaded male portion and a respective threaded female hollow portion which may be screwed together by engaging a connector of a respective gearbox , thereby allowing selective adjustment of the respective length of at least one of the anterior , septal and posterior ring segments.
Container closure made of metal or plastic for a container for accommodating food or beverages, with a sealing insert made of a sealing material comprising at least one polymer mixed with other substances, characterized in that the sealing material is composed in such a way that the sealing insert withstands sterilization at temperatures above 100°C and up to 132°C, and that the sealing material shows a heating curve for the phase angle tan (delta) in a dynamic mechanical thermal analysis (DMTA), with the inflection point being above the required sterilization temperature, whereby - the sealing material does not contain PVC and essentially no cross-linked polymers, - the sealing material is essentially free from components that are liquid at application temperature; - the sealing material measures between 40 and 95 on the Shore A Hardness scale, and - the sealing material comprises at least three different polymers, the first being polypropylene, while the second polymer is a POE, and the third polymer is a thermoplastic elastomer (TPE). - the sealing material does not contain PVC and essentially no cross-linked polymers, - the sealing material is essentially free from components that are liquid at application temperature; - the sealing material measures between 40 and 95 on the Shore A Hardness scale, and - the sealing material comprises at least three different polymers, the first being polypropylene, while the second polymer is a POE, and the third polymer is a thermoplastic elastomer (TPE).
Outsole for a shoe comprising an upper shock-absorbing layer comprising an interface surface interfacing with an upper of the shoe, the interface surface extending along a length-of-upper (L2) between an anterior end and a posterior end , the outsole comprising a rigid leaf having an elastic modulus higher than 750 MPa interposed between the upper shock-absorbing layer and a lower shock-absorbing layer , the rigid leaf being arranged at least partly in an anterior half of the outsole, characterized in that it comprises a rigid support having an elastic modulus higher than 100 MPa, comprising • a lower bridge covering part of the lower surface of the upper shock-absorbing layer , the lower bridge extending substantially over the entire width (W331) of this upper shock-absorbing layer in at least one transverse segment of a central zone (Zc) located at between 30% and 50% of the length-of-upper (L2), from the posterior end of the interface surface , • a lateral wing covering part of the lateral surface of the upper shock-absorbing layer , the covering portion covering at least a strip of a width (HL) of at least ten millimetres, this strip extending lengthwise, towards the rear, from the lower bridge at least as far as a frontal plane (PL) of the outsole that is distant, by 20% of the length-of-upper (L2), from the posterior end of the interface surface . • a lower bridge covering part of the lower surface of the upper shock-absorbing layer , the lower bridge extending substantially over the entire width (W331) of this upper shock-absorbing layer in at least one transverse segment of a central zone (Zc) located at between 30% and 50% of the length-of-upper (L2), from the posterior end of the interface surface , • a lateral wing covering part of the lateral surface of the upper shock-absorbing layer , the covering portion covering at least a strip of a width (HL) of at least ten millimetres, this strip extending lengthwise, towards the rear, from the lower bridge at least as far as a frontal plane (PL) of the outsole that is distant, by 20% of the length-of-upper (L2), from the posterior end of the interface surface .
Bis-choline tetrathiomolybdate for use in treating Wilson Disease in a patient, wherein the bis-choline tetrathiomolybdate is administered to the patient in a fasted state.
a solar cell, comprising: a substrate, wherein the substrate has a front surface and a rear surface that are opposite to each other, the rear surface comprises a textured region and a flat region adjacent to the textured region, a doped surface field is formed in the textured region of the substrate, there are doping elements in the doped surface field, and the doping elements are N-type doping elements or P-type doping elements; a tunneling dielectric layer, wherein the tunneling dielectric layer is located on the flat region of the rear surface of the substrate; a doped conductive layer, wherein the doped conductive layer is located on a surface of the tunnelling dielectric layer away from the rear surface of the substrate, the doped conductive layer has doping elements, and the doping elements in the doped conductive layer are of the same type as the doping elements in the doped surface field; a rear electrode, wherein a part of a bottom surface of the rear electrode is located in the doped conductive layer and the part of the bottom surface of the rear electrode is in contact with the doped surface field. a substrate, wherein the substrate has a front surface and a rear surface that are opposite to each other, the rear surface comprises a textured region and a flat region adjacent to the textured region, a doped surface field is formed in the textured region of the substrate, there are doping elements in the doped surface field, and the doping elements are N-type doping elements or P-type doping elements; a tunneling dielectric layer, wherein the tunneling dielectric layer is located on the flat region of the rear surface of the substrate; a doped conductive layer, wherein the doped conductive layer is located on a surface of the tunnelling dielectric layer away from the rear surface of the substrate, the doped conductive layer has doping elements, and the doping elements in the doped conductive layer are of the same type as the doping elements in the doped surface field; a rear electrode, wherein a part of a bottom surface of the rear electrode is located in the doped conductive layer and the part of the bottom surface of the rear electrode is in contact with the doped surface field.
A battery cell , comprising: a casing provided with an opening ; an electrode assembly , accommodated in the casing and comprising a tab portion; an end cover assembly , comprising an end cover configured to cover the opening and an electrode terminal mounted on the end cover , the end cover being provided with a first through hole ; and a current collecting member , configured to electrically connect the electrode terminal and the tab portion , wherein the current collecting member comprises a first connecting portion for connecting the tab portion , and the projection of a connecting region of the first connecting portion and the tab portion in a thickness direction of the end cover at least partially overlaps with the projection of the first through hole in the thickness direction of the end cover ; wherein, in the connecting region, the first connecting portion and the tab portion are connected to each other; wherein the end cover assembly comprises a third insulating member arranged at one side, facing the electrode assembly , of the end cover , the first connecting portion is located between the third insulating member and the tab portion ; the third insulating member is provided with a second through hole , and the projection of the second through hole in the thickness direction of the end cover is within the projection of the first through hole in the thickness direction of the end cover . a casing provided with an opening ; an electrode assembly , accommodated in the casing and comprising a tab portion; an end cover assembly , comprising an end cover configured to cover the opening and an electrode terminal mounted on the end cover , the end cover being provided with a first through hole ; and a current collecting member , configured to electrically connect the electrode terminal and the tab portion , wherein the current collecting member comprises a first connecting portion for connecting the tab portion , and the projection of a connecting region of the first connecting portion and the tab portion in a thickness direction of the end cover at least partially overlaps with the projection of the first through hole in the thickness direction of the end cover ; wherein, in the connecting region, the first connecting portion and the tab portion are connected to each other; wherein the end cover assembly comprises a third insulating member arranged at one side, facing the electrode assembly , of the end cover , the first connecting portion is located between the third insulating member and the tab portion ; the third insulating member is provided with a second through hole , and the projection of the second through hole in the thickness direction of the end cover is within the projection of the first through hole in the thickness direction of the end cover .