mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling comprising: a diaphragm assembly having a first end, a second end, and an opening extending axially through the diaphragm assembly, the diaphragm assembly including a first annular diaphragm pair ; a sleeve ) extending into the opening and having a bore ; a stud extending at least partially within the bore of the sleeve and within the opening ; a ball bearing system concentric with and radially between the sleeve and the stud with the ball bearing having an outer race adjacent to the sleeve , an inner race adjacent to the stud , and at least two rows of ball bearings between the outer race and the inner race , the outer race having an arced shape when viewed in a circumferential direction to allow for axial movement of the at least two rows of ball bearings ) relative to the outer race; and characterized in that the stud is at least partially threaded and further comprises: a nut attached to the stud to prevent axial movement of the inner race relative to the stud . a diaphragm assembly having a first end, a second end, and an opening extending axially through the diaphragm assembly, the diaphragm assembly including a first annular diaphragm pair ; a sleeve ) extending into the opening and having a bore ; a stud extending at least partially within the bore of the sleeve and within the opening ; a ball bearing system concentric with and radially between the sleeve and the stud with the ball bearing having an outer race adjacent to the sleeve , an inner race adjacent to the stud , and at least two rows of ball bearings between the outer race and the inner race , the outer race having an arced shape when viewed in a circumferential direction to allow for axial movement of the at least two rows of ball bearings ) relative to the outer race; and characterized in that the stud is at least partially threaded and further comprises: a nut attached to the stud to prevent axial movement of the inner race relative to the stud .
Electric battery module , in particular motor vehicle battery module, comprising a plurality of individual accumulators in the form of battery elements or cells, of elongate, advantageously cylindrical, shape, preferably with a circular section, these battery elements being connected electrically together and to the connection terminals of the module and mounted in a container forming part of said module , said container comprising at least one support body that defines a plurality of mutually parallel elongate housings that are configured in the form of grooves or channels each for receiving a row (Ri) of battery elements with their longitudinal axes (AL) perpendicular to the bottom of the particular housing , the battery module being characterized in that said container comprises: - first wedging elements in the form of ladder- or frame-like perforated components that comprise side members and crossmembers (6"), disposed against and between the battery elements of a row (Ri) and each of the two lateral walls (5") of the elongate housing receiving them, wherein each crossmember (6") is situated between two adjacent battery elements with which it is in contact, such that each battery element is fixed in position at least in the longitudinal direction (DL) of its elongate housing with respect to said first wedging elements , - at least one second wedging element that is mounted above the elongate housings and has projections that engage under pressure with the first wedging elements so as to urge the latter towards the bottoms of said elongate housings and against the battery elements that they frame in pairs. - first wedging elements in the form of ladder- or frame-like perforated components that comprise side members and crossmembers (6"), disposed against and between the battery elements of a row (Ri) and each of the two lateral walls (5") of the elongate housing receiving them, wherein each crossmember (6") is situated between two adjacent battery elements with which it is in contact, such that each battery element is fixed in position at least in the longitudinal direction (DL) of its elongate housing with respect to said first wedging elements , - at least one second wedging element that is mounted above the elongate housings and has projections that engage under pressure with the first wedging elements so as to urge the latter towards the bottoms of said elongate housings and against the battery elements that they frame in pairs.
An apparatus comprising: a reamer sleeve having a reamer wall and a wedge body , the reamer wall oriented about a central longitudinal axis, the reamer wall having an inner passage sized to receive insertion of a reference instrument structured for placement in a canal of a bone, the wedge body extending from a first end wall of the reamer wall , the wedge body having a wedge surface that extends axially in a direction arranged non-parallel and non-perpendicular to the central longitudinal axis; characterized by a cap having an inner wall , at least a portion of the inner wall defines an opening of the cap sized to receive insertion of the wedge body , the inner wall having a tapered wall section that extends axially in a direction arranged generally parallel to the wedge surface , wherein an outer side of the reamer wall is sized to be received within a portion of a forming tool adapted to remove bone material, and wherein the cap and the reamer sleeve are adapted to be introduced in the canal of the bone; wherein during an initial stage of installation, the cap has a first portion relative to the reamer sleeve and the wedge body ; and wherein the reamer sleeve is adapted to be axially displaced relative to the cap with the wedge body having a second position relative to the tapered wall section of the cap , and wherein the reamer sleeve is adapted to be securely coupled to the cap in the second position. a reamer sleeve having a reamer wall and a wedge body , the reamer wall oriented about a central longitudinal axis, the reamer wall having an inner passage sized to receive insertion of a reference instrument structured for placement in a canal of a bone, the wedge body extending from a first end wall of the reamer wall , the wedge body having a wedge surface that extends axially in a direction arranged non-parallel and non-perpendicular to the central longitudinal axis; characterized by a cap having an inner wall , at least a portion of the inner wall defines an opening of the cap sized to receive insertion of the wedge body , the inner wall having a tapered wall section that extends axially in a direction arranged generally parallel to the wedge surface , wherein an outer side of the reamer wall is sized to be received within a portion of a forming tool adapted to remove bone material, and wherein the cap and the reamer sleeve are adapted to be introduced in the canal of the bone; wherein during an initial stage of installation, the cap has a first portion relative to the reamer sleeve and the wedge body ; and wherein the reamer sleeve is adapted to be axially displaced relative to the cap with the wedge body having a second position relative to the tapered wall section of the cap , and wherein the reamer sleeve is adapted to be securely coupled to the cap in the second position.
A surface type heating element comprising: a substrate ; a buffer layer disposed on the substrate and having a thermal expansion coefficient of (50 to 100) ∗ 10 -7 m/°C; and a surface type heating element layer disposed on the buffer layer and including a NiCr alloy, characterised in that the buffer layer includes glass frit, and the glass frit includes SiO 2 at 60 to 70 wt%, B 2 O 3 at 15 to 25 wt%, Al 2 O 3 at 1 to 10 wt%, an alkali oxide at 10 wt% or less, excluding 0%, and BaO at 1 to 5 wt%. a substrate ; a buffer layer disposed on the substrate and having a thermal expansion coefficient of (50 to 100) ∗ 10 -7 m/°C; and a surface type heating element layer disposed on the buffer layer and including a NiCr alloy, characterised in that the buffer layer includes glass frit, and the glass frit includes SiO 2 at 60 to 70 wt%, B 2 O 3 at 15 to 25 wt%, Al 2 O 3 at 1 to 10 wt%, an alkali oxide at 10 wt% or less, excluding 0%, and BaO at 1 to 5 wt%.
A method comprising: receiving, by a wireless device, one or more messages comprising configuration parameters for a primary cell, wherein the primary cell comprises a first search space and a second search space, and wherein the configuration parameters comprise: a first indication indicating that the first search space is enabled with self-carrier scheduling; a second indication indicating that the second search space is enabled with cross-carrier scheduling; and a third indication, of a secondary cell, for cross-carrier scheduling the primary cell; monitoring for downlink control information (DCI), wherein the monitoring comprises at least one of: monitoring, based on the first indication, the first search space for self-carrier scheduling via the primary cell; or monitoring, based on the second indication, a third search space for cross-carrier scheduling via the secondary cell; and receiving, based on the monitoring for DCI, at least one resource assignment for the primary cell. receiving, by a wireless device, one or more messages comprising configuration parameters for a primary cell, wherein the primary cell comprises a first search space and a second search space, and wherein the configuration parameters comprise: a first indication indicating that the first search space is enabled with self-carrier scheduling; a second indication indicating that the second search space is enabled with cross-carrier scheduling; and a third indication, of a secondary cell, for cross-carrier scheduling the primary cell; a first indication indicating that the first search space is enabled with self-carrier scheduling; a second indication indicating that the second search space is enabled with cross-carrier scheduling; and a third indication, of a secondary cell, for cross-carrier scheduling the primary cell; monitoring for downlink control information (DCI), wherein the monitoring comprises at least one of: monitoring, based on the first indication, the first search space for self-carrier scheduling via the primary cell; or monitoring, based on the second indication, a third search space for cross-carrier scheduling via the secondary cell; and monitoring, based on the first indication, the first search space for self-carrier scheduling via the primary cell; or monitoring, based on the second indication, a third search space for cross-carrier scheduling via the secondary cell; and receiving, based on the monitoring for DCI, at least one resource assignment for the primary cell.
A method for estimating radial force variation of a tire , comprising: obtaining a measured radial run out parameter for a plurality of measurement points about the tire ; obtaining a measured lateral force variation parameter for the plurality of measurement points about the tire ; accessing a model correlating radial force variation of the tire with radial run out and lateral force variation of the tire ; and determining, with a computing device , an estimated radial force variation parameter for at least one discrete measurement point for the tire using the model. obtaining a measured radial run out parameter for a plurality of measurement points about the tire ; obtaining a measured lateral force variation parameter for the plurality of measurement points about the tire ; accessing a model correlating radial force variation of the tire with radial run out and lateral force variation of the tire ; and determining, with a computing device , an estimated radial force variation parameter for at least one discrete measurement point for the tire using the model.
Apparatus for compressing fluid, having multiple compression stages and comprising a fluidtight casing containing a bath of cryogenic fluid comprising a liquid phase, the upper part of the casing comprising a cover gas, a first compression chamber , a second compression chamber , an intake system communicating with the first compression chamber and configured to allow fluid that is to be compressed to be let into said first compression chamber , a transfer system communicating with the first and the second compression chamber and configured to allow fluid to be transferred from the first compression chamber to the second compression chamber , a mobile piston for compressing the fluid in the first and second compression chambers, the apparatus further comprising a discharge orifice communicating with the second compression chamber and configured to allow the compressed fluid to leave, the second compression chamber being delimited by a portion of the body of the piston and a fixed wall of the apparatus, the piston being mobile in translation in a longitudinal direction (A), the piston comprising a tubular portion mounted around a fixed central guide , a terminal end of the central guide forming the fixed wall delimiting part of the second compression chamber , the apparatus comprising a sealing system formed between the central guide and the piston and, in the longitudinal direction (A) of translation of the piston , the intake system being situated at a first end of the apparatus , the discharge orifice being situated at a second end of the apparatus and the transfer system being situated between the intake system and the discharge orifice , the first and the second compression chambers being immersed in the liquid phase of the bath , the intake system comprising one or more ports that either allow or do not allow communication between the first compression chamber and the bath outside depending on the longitudinal position of the piston .
Method for constructing behavioural signatures of software packages, implemented by a processor, said method comprising: - embedment (E31) of execution traces of a set of software packages in a vector space, an execution trace of a software package comprising at least one event and being representative of the execution of the software package, said embedment being intended to represent an event of the execution trace with a vector encoding a context of occurrence of the event, - cluster analysis (E32) of the vectors associated with the software packages of the set, said cluster analysis generating at least one data group, the data group being representative of a behaviour, a behavioural label being associated with said data group, - association (E33) of a behavioural label with a vector, the behavioural label associated with the vector being representative of the data group to which the vector belongs, and association of a behavioural-label trace with a vector trace, said label trace being representative of the execution of a software package, - extraction (E40) from the label trace of at least one behavioural signature associated with the software package. - embedment (E31) of execution traces of a set of software packages in a vector space, an execution trace of a software package comprising at least one event and being representative of the execution of the software package, said embedment being intended to represent an event of the execution trace with a vector encoding a context of occurrence of the event, - cluster analysis (E32) of the vectors associated with the software packages of the set, said cluster analysis generating at least one data group, the data group being representative of a behaviour, a behavioural label being associated with said data group, - association (E33) of a behavioural label with a vector, the behavioural label associated with the vector being representative of the data group to which the vector belongs, and association of a behavioural-label trace with a vector trace, said label trace being representative of the execution of a software package, - extraction (E40) from the label trace of at least one behavioural signature associated with the software package.
Method for converting a channel-based 3D audio signal to a higher-order Ambisonics HOA audio signal, said method including: - if said channel-based 3D audio signal is in time domain, transforming said channel-based 3D audio signal from time domain to frequency domain; - carrying out a primary ambient decomposition for triplets of blocks of said frequency domain channel-based 3D audio signal, wherein each triplet consists of three channels, and wherein related directional signals and ambient signals are provided for each triplet; characterized by - from said directional signals, deriving directional information of a total directional signal for each triplet, wherein the total directional signal is derived by means of panning laws; - HOA encoding for each triplet, said total directional signal according to said derived directions, and HOA encoding ambient signals according to channel positions; - adding for each triplet, HOA coefficients of said HOA encoded directional signal and HOA coefficients of said HOA encoded ambient signal in order to obtain an HOA coefficients signal and combining obtained HOA coefficients signal of each triplet to obtain HOA coefficients signal for said channel-based 3D audio signal; - transforming said HOA coefficients signal for said channel-based 3D audio signal to time domain. - if said channel-based 3D audio signal is in time domain, transforming said channel-based 3D audio signal from time domain to frequency domain; - carrying out a primary ambient decomposition for triplets of blocks of said frequency domain channel-based 3D audio signal, wherein each triplet consists of three channels, and wherein related directional signals and ambient signals are provided for each triplet; characterized by - from said directional signals, deriving directional information of a total directional signal for each triplet, wherein the total directional signal is derived by means of panning laws; - HOA encoding for each triplet, said total directional signal according to said derived directions, and HOA encoding ambient signals according to channel positions; - adding for each triplet, HOA coefficients of said HOA encoded directional signal and HOA coefficients of said HOA encoded ambient signal in order to obtain an HOA coefficients signal and combining obtained HOA coefficients signal of each triplet to obtain HOA coefficients signal for said channel-based 3D audio signal; - transforming said HOA coefficients signal for said channel-based 3D audio signal to time domain.
An analog neural memory system comprising: an array of non-volatile memory cells , wherein the cells are arranged in rows and columns, wherein each column of cells in a first plurality of columns of cells is connected to a different bit line in a plurality of bitlines, and each column of cells in a second plurality of columns of cells is connected to a different dummy bit line in a plurality of dummy bitlines and the cells in the second plurality of columns of cells are dummy cells serving as source line pull down cells, and each row of cells in the array is coupled to a source line (SL0, SL1); a set of dummy bit line switches arranged on a first end of the array, each of the set of dummy bit line switches coupled to one of the dummy bit lines in the plurality of dummy bitlines; and a set of bit line switches arranged on a second end of the array opposite the first end of the array, each of the set of bit line switches coupled to one of the bit lines in the plurality of bit lines; the analog neural memory system being further configured to, during a read operation of a selected cell in the first plurality of columns of cells, pass a current through a path formed by a bit line switch of the set of bit line switches coupled to the bit line connected to the selected cell, by said bit line, by said selected cell, by a source line, by a dummy cell serving as source line pull down cell, by a dummy bit line, and by a dummy bit line switch of the set of dummy bit line switches . an array of non-volatile memory cells , wherein the cells are arranged in rows and columns, wherein each column of cells in a first plurality of columns of cells is connected to a different bit line in a plurality of bitlines, and each column of cells in a second plurality of columns of cells is connected to a different dummy bit line in a plurality of dummy bitlines and the cells in the second plurality of columns of cells are dummy cells serving as source line pull down cells, and each row of cells in the array is coupled to a source line (SL0, SL1); a set of dummy bit line switches arranged on a first end of the array, each of the set of dummy bit line switches coupled to one of the dummy bit lines in the plurality of dummy bitlines; and a set of bit line switches arranged on a second end of the array opposite the first end of the array, each of the set of bit line switches coupled to one of the bit lines in the plurality of bit lines; the analog neural memory system being further configured to, during a read operation of a selected cell in the first plurality of columns of cells, pass a current through a path formed by a bit line switch of the set of bit line switches coupled to the bit line connected to the selected cell, by said bit line, by said selected cell, by a source line, by a dummy cell serving as source line pull down cell, by a dummy bit line, and by a dummy bit line switch of the set of dummy bit line switches .
Use of an oxidation catalyst to decrease a PM oxidation or combustion temperature, said oxidation catalyst comprising: Ce and Ga; a Ce-Ga composite oxide containing a solid solution in which a part of Ce is substituted with Ga ; and alkali metal existing on a surface of the Ce-Ga composite oxide, the alkali metal being sodium, characterized in that the amount of sodium is within a range of from 0.01 to 10 moles with respect to 1 mole of the Ce-Ga composite oxide. Ce and Ga; a Ce-Ga composite oxide containing a solid solution in which a part of Ce is substituted with Ga ; and alkali metal existing on a surface of the Ce-Ga composite oxide, the alkali metal being sodium, characterized in that the amount of sodium is within a range of from 0.01 to 10 moles with respect to 1 mole of the Ce-Ga composite oxide.
Packaging laminate for a packaging container for oxygen-sensitive liquid food, which packaging laminate comprises a layer of paper or paperboard, and a material layer of aluminium serving as a gas or vapour barrier layer, which layers (11 and 12) are bonded to each other by a laminating material , comprising a central polymer layer which, on one surface, has a first adhesive layer of a first adhesive polymer composition with the ability to bind to the paper or paperboard layer and, on its other surface, has a second adhesive layer of a second adhesive polymer composition with the ability to bind to the material layer serving as gas barrier, wherein the first adhesive layer on one surface of the central polymer layer is in contact with the paper or paperboard layer , and wherein the second adhesive layer on the other surface of the central polymer layer is in contact with the layer of aluminium serving as gas or vapour barrier, the first adhesive polymer composition comprising ethylene monomer units and from 0,15 to below 1,5 mol%, of monomer units having carboxylic acid functional groups, of the total first adhesive polymer composition, and the second adhesive polymer layer having the same adhesive polymer composition as the first adhesive layer .