mhurhangee/patent-ind-claim-en huggingface dataset:
A spindle cross member for a chassis system for a vehicle comprising: a main member , having a middle section and end sections ; characterised in that said end sections are tubular and that said middle section having an at least partially curved middle section wall which defines a cavity with an opening for receiving a head of a suspension frame of the chassis system , and said tubular end sections being located at each end of the middle section located along a longitudinal axis of the spindle cross member ; and in that means are provided for pivotally attaching the head of the suspension frame to the middle section wall within the cavity . a main member , having a middle section and end sections ; characterised in that said end sections are tubular and that said middle section having an at least partially curved middle section wall which defines a cavity with an opening for receiving a head of a suspension frame of the chassis system , and said tubular end sections being located at each end of the middle section located along a longitudinal axis of the spindle cross member ; and in that means are provided for pivotally attaching the head of the suspension frame to the middle section wall within the cavity .
A cooling apparatus for a metal strip, comprising a plurality of first nozzles and a plurality of second nozzles disposed on both sides of a metal strip in a strip thickness direction, respectively, across a pass line of the metal strip, wherein the plurality of first nozzles forms a staggered array having a pitch of Xn in a strip width direction of the metal strip, a pitch of Yn in a longitudinal direction of the metal strip, and a displacement amount of ΔXn in the strip width direction between a pair of the first nozzles adjacent to each other in the longitudinal direction, wherein the plurality of second nozzles forms a staggered array having a pitch of Xn in the strip width direction, a pitch of Yn in the longitudinal direction, and a displacement amount of ΔXn in the strip width direction between a pair of the second nozzles adj acent to each other in the longitudinal direction, wherein the staggered array of the first nozzles and the staggered array of the second nozzles are offset from each other such that, a center of each second nozzle is positioned in a region defined by an ellipse having a center at a position offset by a shift amount S from a center of an adjacent first nozzle in the strip width direction and having a semi-axis of ΔXn/4 in the strip width direction and a semi-axis of Yn/3 in the longitudinal direction, and wherein the shift amount S is represented by S = m×ΔXn/2, where m is an odd number such that S is closest to Xn/2. a plurality of first nozzles and a plurality of second nozzles disposed on both sides of a metal strip in a strip thickness direction, respectively, across a pass line of the metal strip, wherein the plurality of first nozzles forms a staggered array having a pitch of Xn in a strip width direction of the metal strip, a pitch of Yn in a longitudinal direction of the metal strip, and a displacement amount of ΔXn in the strip width direction between a pair of the first nozzles adjacent to each other in the longitudinal direction, wherein the plurality of second nozzles forms a staggered array having a pitch of Xn in the strip width direction, a pitch of Yn in the longitudinal direction, and a displacement amount of ΔXn in the strip width direction between a pair of the second nozzles adj acent to each other in the longitudinal direction, wherein the staggered array of the first nozzles and the staggered array of the second nozzles are offset from each other such that, a center of each second nozzle is positioned in a region defined by an ellipse having a center at a position offset by a shift amount S from a center of an adjacent first nozzle in the strip width direction and having a semi-axis of ΔXn/4 in the strip width direction and a semi-axis of Yn/3 in the longitudinal direction, and wherein the shift amount S is represented by S = m×ΔXn/2, where m is an odd number such that S is closest to Xn/2.
A user device, UE, for a wireless communication network , wherein the UE is connectable to two or more of a plurality of network slices (#1-#n) of the wireless communication network , wherein a slice specific random access channel, RACH, resource configuration is associated with one or more of the plurality of slices (#1-#n), characterized in that responsive to a first RACH event associated with a first slice (#1), the UE is to determine whether there is an ongoing RACH procedure triggered by a second RACH event associated with a second slice (#2), and in case of an ongoing RACH procedure, the UE is to • prohibit an additional RACH procedure triggered by the first RACH event associated with the first slice (#1), and/or • suspend the additional RACH procedure for a certain time, and/or • stop the ongoing RACH procedure and start the additional RACH procedure, and/or • modify the ongoing RACH procedure, and/or • modify the ongoing RACH procedure to start the additional RACH procedure. wherein the UE is connectable to two or more of a plurality of network slices (#1-#n) of the wireless communication network , wherein a slice specific random access channel, RACH, resource configuration is associated with one or more of the plurality of slices (#1-#n), characterized in that responsive to a first RACH event associated with a first slice (#1), the UE is to determine whether there is an ongoing RACH procedure triggered by a second RACH event associated with a second slice (#2), and in case of an ongoing RACH procedure, the UE is to • prohibit an additional RACH procedure triggered by the first RACH event associated with the first slice (#1), and/or • suspend the additional RACH procedure for a certain time, and/or • stop the ongoing RACH procedure and start the additional RACH procedure, and/or • modify the ongoing RACH procedure, and/or • modify the ongoing RACH procedure to start the additional RACH procedure. • prohibit an additional RACH procedure triggered by the first RACH event associated with the first slice (#1), and/or • suspend the additional RACH procedure for a certain time, and/or • stop the ongoing RACH procedure and start the additional RACH procedure, and/or • modify the ongoing RACH procedure, and/or • modify the ongoing RACH procedure to start the additional RACH procedure.
A drilling assembly for forming an annular cavity in a substrate, the drilling assembly comprising:- a first body member including a first substantially annular part ; a second body member including a second substantially annular part ; and a plurality of cutting members mounted adjacent an end of said first body member; wherein at least part of one of said first and second substantially annular parts is adapted to be located inside the other of said first and second substantially annular parts such that one of said first and second annular parts defines a first radially outer surface , and the other of said first and second substantially annular parts defines a first radially inner surface , characterised in that a plurality of said cutting members are moveable relative to said first body member between a first condition, in which rotation in a first direction of the first body member causes the cutting members to form an annular cavity in the substrate, the annular cavity defining a second radially outer surface spaced from said first radially outer surface and a second radially inner surface spaced from said first radially inner surface, and a second condition, in which said first body member, with said cutting members mounted thereto, can be removed from said cavity while leaving said second body member in said cavity. a first body member including a first substantially annular part ; a second body member including a second substantially annular part ; and a plurality of cutting members mounted adjacent an end of said first body member; wherein at least part of one of said first and second substantially annular parts is adapted to be located inside the other of said first and second substantially annular parts such that one of said first and second annular parts defines a first radially outer surface , and the other of said first and second substantially annular parts defines a first radially inner surface , characterised in that a plurality of said cutting members are moveable relative to said first body member between a first condition, in which rotation in a first direction of the first body member causes the cutting members to form an annular cavity in the substrate, the annular cavity defining a second radially outer surface spaced from said first radially outer surface and a second radially inner surface spaced from said first radially inner surface, and a second condition, in which said first body member, with said cutting members mounted thereto, can be removed from said cavity while leaving said second body member in said cavity.
A rigid chain formed by assembling links (200 n-1 , 200 n , 200 n+1 ) of a rigid chain one after the other, the links (200 n ), comprising at least one flange , of rectangular general shape, of substantially constant thickness perpendicular to its main plane , the flange comprising a first part and a second part , each of the parts comprising: - a heel adapted to come to bear against a corresponding heel of an analogous flange (1 n-1 ; 1 n+1 ) of an adjacent link (200 n-1 ; 200 n+1 ) of the rigid chain , each heel bearing a frontal surface oriented so as to come to bear against a corresponding surface of said adjacent link (200 n-1 ; 200 n+1 ), the front surface and the longitudinal edge surface being substantially perpendicular, the front surface being substantially continuous, plane and perpendicular to a transverse direction and - a base adapted to form a bearing around a rotation axis relative to said adjacent link (200 n-1 ; 200 n+1 ) characterized in that the heel and the base lie on respective opposite sides of the main plane and parallel to said main plane . - a heel adapted to come to bear against a corresponding heel of an analogous flange (1 n-1 ; 1 n+1 ) of an adjacent link (200 n-1 ; 200 n+1 ) of the rigid chain , each heel bearing a frontal surface oriented so as to come to bear against a corresponding surface of said adjacent link (200 n-1 ; 200 n+1 ), the front surface and the longitudinal edge surface being substantially perpendicular, the front surface being substantially continuous, plane and perpendicular to a transverse direction and - a base adapted to form a bearing around a rotation axis relative to said adjacent link (200 n-1 ; 200 n+1 ) characterized in that the heel and the base lie on respective opposite sides of the main plane and parallel to said main plane .
A sealing member for a liquid composite spring , which includes an elastic member having a liquid accommodating chamber , the sealing member comprising: - a base plate (121; 221); - a pressure plate (122; 222) arranged on the base plate (121; 221); and - a pressure elastic membrane (130; 230) configured to be provided in the liquid accommodating chamber , the pressure elastic membrane (130; 230) having a lip portion (131; 231) radially extending from an end portion of the pressure elastic membrane (130; 230), wherein: - the lip portion (131; 231) is provided with a projection (132; 232) on each of two surfaces of the lip portion (131; 231) and having a cross section shaped as a triangle, - a reinforcing element is arranged in the projection (132; 232), which reinforcing element is formed as a steel ring , which has a cross section adapted to a cross section of the projection (132; 232), - the pressure plate (122; 222) and base plate (121; 221) define a clamping recess (123; 225) together, - the lip portion (131; 231) is pressed in the clamping recess (123; 225) to seal the liquid accommodating chamber , - a maximum thickness of the steel ring is larger than a size of an opening formed when the pressure plate (122; 222) is pressed onto the base plate (121; 221) and characterized in that : - the steel ring has a cross section of a trapezoid, which has an upper base oriented radially inward and a lower base oriented radially outward. - a base plate (121; 221); - a pressure plate (122; 222) arranged on the base plate (121; 221); and - a pressure elastic membrane (130; 230) configured to be provided in the liquid accommodating chamber , the pressure elastic membrane (130; 230) having a lip portion (131; 231) radially extending from an end portion of the pressure elastic membrane (130; 230), - the lip portion (131; 231) is provided with a projection (132; 232) on each of two surfaces of the lip portion (131; 231) and having a cross section shaped as a triangle, - a reinforcing element is arranged in the projection (132; 232), which reinforcing element is formed as a steel ring , which has a cross section adapted to a cross section of the projection (132; 232), - the pressure plate (122; 222) and base plate (121; 221) define a clamping recess (123; 225) together, - the lip portion (131; 231) is pressed in the clamping recess (123; 225) to seal the liquid accommodating chamber , - a maximum thickness of the steel ring is larger than a size of an opening formed when the pressure plate (122; 222) is pressed onto the base plate (121; 221) and characterized in that : - the steel ring has a cross section of a trapezoid, which has an upper base oriented radially inward and a lower base oriented radially outward.
Assembly comprising a particle collecting container and a cyclone pre-separator placed on the particle collecting container , wherein the particle collecting container has a rectangular container bottom and four container peripheral walls which extend upwards from the container bottom and define a horizontal outer contour of the particle collecting container , and wherein the cyclone pre-separator has a particle outlet which is designed to dispense particles which have been separated in the cyclone pre-separator into the particle collecting container , wherein the horizontal outer contour defined by the container peripheral walls tapers towards the container bottom and the particle collecting container can be stacked into an identical particle collecting container .
A device for locating anchoring orifices for fastening scaffolding on a building, for the implementation of a method for thermally insulating a building from the outside, the device comprising: - a tube having a peripheral collar at a first end ; - a plug for sealing the first end of the tube , characterised in that the tube is a tube split over its entire length, and in that the device comprises holding means for keeping a width of the slot of the tube constant, and in that the holding means are in the form of adhesive strips having a first portion secured to the tube on a first side of the slot , and a second portion intended to be secured to the other portion of the tube , on the other side of the slot . - a tube having a peripheral collar at a first end ; - a plug for sealing the first end of the tube , characterised in that the tube is a tube split over its entire length, and in that the device comprises holding means for keeping a width of the slot of the tube constant, and in that the holding means are in the form of adhesive strips having a first portion secured to the tube on a first side of the slot , and a second portion intended to be secured to the other portion of the tube , on the other side of the slot .
A call record synchronization method, wherein the method comprises: detecting , by a first terminal, an input operation for requesting to display a call record; and after the first terminal detects the input operation, displaying , by the first terminal, a merged call record, wherein the merged call record is a call record obtained after merging of a call record of the first terminal and a call record of a second terminal, and the merged call record comprises a device identifier of the first terminal and/or a device identifier of the second terminal, wherein the first terminal and the second terminal have a same primary number; wherein before the displaying , by the first terminal, a merged call record, the method further comprises: receiving , by the first terminal, the call record of the second terminal from the second terminal or from a cloud platform, wherein the call record of the second terminal comprises at least one piece of call log information of the second terminal; and merging , by the first terminal, the call record of the first terminal and the call record of the second terminal, to obtain the merged call record; wherein the merged call record comprises a call answering or making record of each of the first terminal and the second terminal, and a device identifier of a terminal corresponding to each call record entry. detecting , by a first terminal, an input operation for requesting to display a call record; and after the first terminal detects the input operation, displaying , by the first terminal, a merged call record, wherein the merged call record is a call record obtained after merging of a call record of the first terminal and a call record of a second terminal, and the merged call record comprises a device identifier of the first terminal and/or a device identifier of the second terminal, wherein the first terminal and the second terminal have a same primary number; wherein before the displaying , by the first terminal, a merged call record, the method further comprises: receiving , by the first terminal, the call record of the second terminal from the second terminal or from a cloud platform, wherein the call record of the second terminal comprises at least one piece of call log information of the second terminal; and merging , by the first terminal, the call record of the first terminal and the call record of the second terminal, to obtain the merged call record; receiving , by the first terminal, the call record of the second terminal from the second terminal or from a cloud platform, wherein the call record of the second terminal comprises at least one piece of call log information of the second terminal; and merging , by the first terminal, the call record of the first terminal and the call record of the second terminal, to obtain the merged call record; wherein the merged call record comprises a call answering or making record of each of the first terminal and the second terminal, and a device identifier of a terminal corresponding to each call record entry.
Clipped twin-shell sunvisor assembly comprising a first shell and a second shell arranged to be joined together for forming a sunvisor core, wherein said assembly comprises a plurality of clips (3A, 3B, 3C, 3D; 30A', 30A", 30B', 30B", 30C', 30C", 30D', 30D") arranged for interacting with corresponding complementary elements (4A, 4B, 4C, 4D; 40A, 40B, 40C, 40D), each of said clips and each of said complementary elements forming part of one of said shells, characterized in that at least when the shells are joined together, said clips are arranged in groups of clips wherein in each group of clips, the clips are arranged so that each clip is placed at a distance from the other clips that is less than 4 cm, each group comprising at least a first clip (3A; 30A'), a second clip (3B; 30B') and a third clip (3C; 30A"), wherein said first clip (3A; 30A') is arranged for blocking movement of a second complementary element interacting with said second clip (3B; 30B') in a first sliding direction (A) when the first shell and the second shell are joined together, wherein said second clip (3B; 30B') is arranged for blocking movement of a first complementary element (4A; 40A) interacting with said first clip in a second sliding direction (B), when the first shell and the second shell are joined together and wherein said third clip (3C, 30A") is arranged for blocking movement of the complementary elements in a third sliding direction (C) which is an opposite direction to said first sliding direction (A), when the first shell and the second shell are joined together.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station , a control message including information indicating a configuration for a radio resource control, RRC, inactive state; characterized in setting a state variable of a packet data convergence protocol, PDCP, entity associated with a data radio bearer, DRB, to an initial value, based on the information included in the received control message; and discarding all stored PDCP protocol data units, PDUs, of the PDCP entity associated with the DRB, based on the information included in the received control message. receiving, from a base station , a control message including information indicating a configuration for a radio resource control, RRC, inactive state; characterized in setting a state variable of a packet data convergence protocol, PDCP, entity associated with a data radio bearer, DRB, to an initial value, based on the information included in the received control message; and discarding all stored PDCP protocol data units, PDUs, of the PDCP entity associated with the DRB, based on the information included in the received control message.
A process for preparing a compound of formula I-2: or salt thereof, comprising the step of reacting a compound of formula 4-iv: with a compound of the following structure: under suitable coupling conditions to form a compound of formula 5-i: and deprotecting the compound of formula 5-i under suitable Boc deprotection conditions, wherein the suitable cross-coupling conditions comprise combining a suitable palladium catalyst with a suitable base in a suitable solvent, and wherein the suitable palladium catalyst is selected from Pd[P(tBu) 3 ] 2 , Pd(dtbpf)Cl 2 , Pd(PPh 3 ) 2 Cl 2 , Pd(PCy 3 ) 2 Cl 2 , Pd(dppf)Cl 2 , and Pd(dppe)Cl 2 ; the suitable solvent is selected from one or more of the following: toluene, MeCN, water, EtOH, IPA, 2-Me-THF, or IPAc; and the suitable base is selected from K 2 CO 3 , Na 2 CO 3 , or K 3 PO 4 . deprotecting the compound of formula 5-i under suitable Boc deprotection conditions, wherein the suitable cross-coupling conditions comprise combining a suitable palladium catalyst with a suitable base in a suitable solvent, and wherein the suitable palladium catalyst is selected from Pd[P(tBu) 3 ] 2 , Pd(dtbpf)Cl 2 , Pd(PPh 3 ) 2 Cl 2 , Pd(PCy 3 ) 2 Cl 2 , Pd(dppf)Cl 2 , and Pd(dppe)Cl 2 ; the suitable solvent is selected from one or more of the following: toluene, MeCN, water, EtOH, IPA, 2-Me-THF, or IPAc; and the suitable base is selected from K 2 CO 3 , Na 2 CO 3 , or K 3 PO 4 .
Use of a diagnostic kit in the method for diagnosing mild cognitive impairment (MCI) due to Alzheimer's disease (AD) according to claim 4, wherein the kit is for measuring the content of hsa-miR-1185-2-3p, hsa-miR-22-5p, hsa -miR-134-3p, hsa-miR-1909-3p and hsa-miR-107 in plasma, and the kit comprises primers and probes for hsa-miR-1185-2-3p, hsa-miR-22-5p, hsa-miR-134-3p, hsa-miR-1909-3p, and hsa-miR-107.