mhurhangee/ep-ind-claims huggingface dataset:
A method for isolating formic acid from a reaction mixture by extraction, wherein the reaction mixture besides the formic acid comprises a polyoxometalate ion of the general formula [PMo x V y O 40] n- as catalyst and a solvent which dissolves the catalyst, where 6 ≤ x ≤ 11, 1 ≤ y ≤ 6, x + y = 12, and 3 < n < 10, where n, x and y are each an integer, where the isolating is accomplished by extraction by means of a polar organic extractant which extracts the formic acid and the catalyst and which is N-(n-hexadecyl)formamide, N-di-n-acetamide or an N,N-dialkylcarboxamide, where the N,N-dialkylcarboxamide on mixing with the solvent forms a phase boundary between the solvent and the extractant, where the extractant is one which, for extraction of the catalyst present at a concentration of 1.5 wt% in water, has a partition coefficient for the catalyst at 40°C that is greater by a factor of at least 7 than a partition coefficient for extraction at 40°C of the formic acid present at a concentration of 5 wt% in water, where the extractant before the extraction is saturated with the catalyst or where the catalyst extracted together with the formic acid is isolated from the extractant after the extraction by means of precipitation as a salt or by means of a further extraction with a polar further extractant and with a temperature change of the extractant and/or with an increase in the pH of the extractant, and is returned to the reaction mixture.
A recombinant antibody that specifically binds to TNF-like ligand 1A (TL1A) and comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 3 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 4.
A tensioning device for a chain driven jaw system in a package filling machine, the chain driven jaw system has a fixed cam and a chain as a follower, the tensioning device comprises, a chain tensioning element shaped and angled so to receive the chain on an outer surface thereof configured to be directed away from a center of the chain driven jaw system, wherein the chain tensioning element comprises a pivot connection, characterised in that the chain tensioning element is configured to be integrated with the fixed cam at the pivot connection such that the chain tensioning element abuts the fixed cam at the pivot connection and can move to tension the chain. a chain tensioning element shaped and angled so to receive the chain on an outer surface thereof configured to be directed away from a center of the chain driven jaw system, wherein the chain tensioning element comprises a pivot connection,
A method of executing instructions in a pipelined processor that allows out of order execution, comprising: upon detecting a branch Instruction misprediction, immediately flushing an upper pipeline, prior to a point at which instructions may be out of program order, characterized by; upon committing the mispredicted branch instruction for execution i.e. upon confirming that no pipeline hazard will impede the execution of said mispredicted branch instruction and that no pipeline hazard will impede the execution of all older instructions, flushing all uncommitted Instructions from a lower pipeline, beyond the point at which instructions may be out of program order. upon detecting a branch Instruction misprediction, immediately flushing an upper pipeline, prior to a point at which instructions may be out of program order, characterized by; upon committing the mispredicted branch instruction for execution i.e. upon confirming that no pipeline hazard will impede the execution of said mispredicted branch instruction and that no pipeline hazard will impede the execution of all older instructions, flushing all uncommitted Instructions from a lower pipeline, beyond the point at which instructions may be out of program order.
Injector (10; 230; 240; 265) having an injector housing, an actuator and a nozzle needle, - wherein the actuator is arranged in an actuator space of the injector housing, - wherein the injector housing comprises a control piston bore in which a control piston is arranged, - wherein a leakage pin bore is provided between the actuator space and the control piston bore, in which leakage pin bore a leakage pin, which couples the control piston to the actuator, is arranged, - wherein the control piston is hydraulically operatively connected in order to open or close an outlet opening of the injector housing by means of the nozzle needle, - wherein a high pressure line is provided which is configured to convey a fuel under pressure to the nozzle needle, wherein a feedline (225; 260) is provided in the injector housing and connects the leakage pin bore to the high pressure line, characterized in that - a restrictor (235, 265) is provided in the feedline (225; 260), - the restrictor has a first cross-sectional area, and a gap between the leakage pin and the leakage pin bore has an annular face with a second cross-sectional area in a plane transverse with respect to a longitudinal axis of the injector (10; 230; 240; 265), wherein the first cross-sectional area is of the same size as the second cross-sectional area. - wherein the actuator is arranged in an actuator space of the injector housing, - wherein the injector housing comprises a control piston bore in which a control piston is arranged, - wherein a leakage pin bore is provided between the actuator space and the control piston bore, in which leakage pin bore a leakage pin, which couples the control piston to the actuator, is arranged, - wherein the control piston is hydraulically operatively connected in order to open or close an outlet opening of the injector housing by means of the nozzle needle, - wherein a high pressure line is provided which is configured to convey a fuel under pressure to the nozzle needle, - a restrictor (235, 265) is provided in the feedline (225; 260), - the restrictor has a first cross-sectional area, and a gap between the leakage pin and the leakage pin bore has an annular face with a second cross-sectional area in a plane transverse with respect to a longitudinal axis of the injector (10; 230; 240; 265), wherein the first cross-sectional area is of the same size as the second cross-sectional area.
Training device for training the arm muscles and muscle groups associated therewith, comprising: at least one flywheel mass member carrier with at least one flywheel mass member guide for guiding at least one flywheel mass member along at least one elliptical path deviating from a circular shape or at least one elliptical path segment, wherein the flywheel mass member guide forms a guide of the at least one flywheel mass member extending beyond a semi-ellipse and spans a flywheel mass member guide plane (y, z) in the radial direction of the elliptical path or the elliptical path segment, and at least one handle member with a handle axis to be encompassed for gripping, characterized in that the handle member is arranged in the handle axis at least sectionally in a handle plane which extends perpendicular to the flywheel mass member guide plane (y, z) and which does not intersect the elliptical path or the elliptical path segment, and the handle axis is positionable via at least one spacer member and/or at least one fastening member at a predetermined distance and/or at a predetermined angle in three axes to the flywheel mass member guide. at least one flywheel mass member carrier with at least one flywheel mass member guide for guiding at least one flywheel mass member along at least one elliptical path deviating from a circular shape or at least one elliptical path segment, wherein the flywheel mass member guide forms a guide of the at least one flywheel mass member extending beyond a semi-ellipse and spans a flywheel mass member guide plane (y, z) in the radial direction of the elliptical path or the elliptical path segment, and at least one handle member with a handle axis to be encompassed for gripping, characterized in that the handle member is arranged in the handle axis at least sectionally in a handle plane which extends perpendicular to the flywheel mass member guide plane (y, z) and which does not intersect the elliptical path or the elliptical path segment, and the handle axis is positionable via at least one spacer member and/or at least one fastening member at a predetermined distance and/or at a predetermined angle in three axes to the flywheel mass member guide.
Method for providing wireless access to a motor vehicle, comprising the steps of: establishing a connection between the vehicle key assigned to the motor vehicle and a wireless communication device, transmitting a first unique identifier stored in the vehicle key from the vehicle key to the communication device, establishing a connection between the wireless communication device and a service provider via a public communication network, and transmitting the first identifier of the vehicle key from the wireless communication device to the service provider together with a second identifier which identifies the wireless communication device, generating a multipart authorisation message by the service provider, transmitting (160A, 170A) parts of the authorisation message from the service provider to the wireless communication device, transmitting (160B, 170B) parts of the authorisation message from the service provider to a control apparatus in the motor vehicle, establishing a connection between the wireless communication device and the motor vehicle control apparatus and testing an access authorisation of the communication device on the basis of the parts of the authorisation message, wherein in the case of positive authentication of the access authorisation the communication device is memorised in the motor vehicle control apparatus as permanently authorised on the basis of a unique identifier as an authorised access device. establishing a connection between the vehicle key assigned to the motor vehicle and a wireless communication device, transmitting a first unique identifier stored in the vehicle key from the vehicle key to the communication device, establishing a connection between the wireless communication device and a service provider via a public communication network, and transmitting the first identifier of the vehicle key from the wireless communication device to the service provider together with a second identifier which identifies the wireless communication device, generating a multipart authorisation message by the service provider, transmitting (160A, 170A) parts of the authorisation message from the service provider to the wireless communication device, transmitting (160B, 170B) parts of the authorisation message from the service provider to a control apparatus in the motor vehicle, establishing a connection between the wireless communication device and the motor vehicle control apparatus and testing an access authorisation of the communication device on the basis of the parts of the authorisation message, wherein in the case of positive authentication of the access authorisation the communication device is memorised in the motor vehicle control apparatus as permanently authorised on the basis of a unique identifier as an authorised access device.
Device for carrying out mitre cuts, comprising a central element which has cutting guide elements (8, 9) defining a cut line and two legs (2, 2') articulated on the central element, which legs (2, 2') interact with a mechanism (10, 11, 11', 20, 20', 21, 21') such that the cut line extends along an angle bisector with respect to the adjustable and lockable pivot angle (α) of the legs (2, 2'), each leg (2, 2') having a fastening point (11, 11') for a locking lever, by means of which locking lever the pivot angle (α) can be locked by fixing a spacing of the two fastening points (11, 11') along a connection line extending through the fastening points (11, 11'), characterised in that the locking lever is shaped and articulated on the legs (2, 2') such that when the legs (2, 2') pivot about the swivel pin (28, 28') from an extended position into a perpendicular position, said lever remains within the outline of the legs (2, 2') and the central element, the connection line not extending through a swivel pin (28, 28') of one of the legs (2, 2') in any pivot position.
A method for producing bristle fields for brushes, wherein bristles are filled into at least one hole of a mold form by means of a feed line having an upstream end with an inlet valve and a downstream end with an outlet valve at the mold form, the method comprising the steps: • forming at least one bundle of bristles, • applying a predefined gas pressure above atmospheric pressure in the feed line between the inlet valve and the outlet valve, • inserting the bundle of bristles into the feed line at an insertion station between the inlet valve and the outlet valve and maintaining the predefined pressure between the inlet valve and the outlet valve, • draining off a first volume of gas from the feed line via the outlet valve while feeding a second volume of gas into the feed line via the inlet valve, thereby moving the bundle of bristles in the feed line towards the mold form, wherein the pressure in the feed line upstream and downstream of the bundle of bristles is kept above atmospheric pressure. • forming at least one bundle of bristles, • applying a predefined gas pressure above atmospheric pressure in the feed line between the inlet valve and the outlet valve, • inserting the bundle of bristles into the feed line at an insertion station between the inlet valve and the outlet valve and maintaining the predefined pressure between the inlet valve and the outlet valve, • draining off a first volume of gas from the feed line via the outlet valve while feeding a second volume of gas into the feed line via the inlet valve, thereby moving the bundle of bristles in the feed line towards the mold form, wherein the pressure in the feed line upstream and downstream of the bundle of bristles is kept above atmospheric pressure.
A process for the multilayer coating of substrates comprising the following steps: 1. Applying a base coat layer of a water-based base coat composition containing color-imparting and/or special effect-imparting pigments, one or more binders, water and optionally at least one of the following constituents: crosslinking agents, fillers, conventional coating additives and organic solvents, onto an optionally pre-coated substrate, 2. Applying a clear coat layer of a transparent clear coat coating composition onto the base coat layer and 3. Curing the clear coat layer, wherein the transparent clear coat coating composition being an organic solvent-based coating composition comprising: A) at least one binder with functional groups containing active hydrogen, B) at least one polyisocyanate cross-linking agent with free isocyanate groups, and C) at least one epoxy-functional silane of the general Formula: X denoting the residues with m being 1-4, or 3,4 - epoxycyclohexyl, R1, R2, R3 mutually independently meaning identical or different organic residues with 1 to 30 carbon atoms per molecule, providing that at least one of the residues is an alkoxy group with 1 to 4 carbon atoms and n is 2, 3 or 4. 1. Applying a base coat layer of a water-based base coat composition containing color-imparting and/or special effect-imparting pigments, one or more binders, water and optionally at least one of the following constituents: crosslinking agents, fillers, conventional coating additives and organic solvents, onto an optionally pre-coated substrate, 2. Applying a clear coat layer of a transparent clear coat coating composition onto the base coat layer and 3. Curing the clear coat layer, wherein the transparent clear coat coating composition being an organic solvent-based coating composition comprising: A) at least one binder with functional groups containing active hydrogen, B) at least one polyisocyanate cross-linking agent with free isocyanate groups, and C) at least one epoxy-functional silane of the general Formula: X denoting the residues with m being 1-4, or 3,4 - epoxycyclohexyl, R1, R2, R3 mutually independently meaning identical or different organic residues with 1 to 30 carbon atoms per molecule, providing that at least one of the residues is an alkoxy group with 1 to 4 carbon atoms and n is 2, 3 or 4. A) at least one binder with functional groups containing active hydrogen, B) at least one polyisocyanate cross-linking agent with free isocyanate groups, and C) at least one epoxy-functional silane of the general Formula: X denoting the residues with m being 1-4, or 3,4 - epoxycyclohexyl, R1, R2, R3 mutually independently meaning identical or different organic residues with 1 to 30 carbon atoms per molecule, providing that at least one of the residues is an alkoxy group with 1 to 4 carbon atoms and n is 2, 3 or 4. X denoting the residues with m being 1-4, or 3,4 - epoxycyclohexyl, R1, R2, R3 mutually independently meaning identical or different organic residues with 1 to 30 carbon atoms per molecule, providing that at least one of the residues is an alkoxy group with 1 to 4 carbon atoms and n is 2, 3 or 4.
Apparatus for air distribution, comprising a housing which provides two chambers (3, 4) which each have a first air passage opening and a second air passage opening, wherein a flap (7, 8) is arranged rotatably on the housing being provided for each first air passage opening, which can be transferred from a locked position into a non-locked position and vice versa, characterized by a push rod by means of which the two flaps (7, 8) are coupled under compulsion, the push rod being arranged rotatably at one end on one flap and at the other end on the other flap respectively, and an actuator which is operatively connected to one of the two flaps (7, 8), each of the two flaps (7, 8) carrying a stud (11, 12) at one end and at the other end respectively, which define an axis of rotation for each flap (7, 8), characterized in that each flap (7, 8) has two bearing pins (13, 16) for the respective rotatable link of the push rod, which are arranged spaced apart from one another with one of the two studs (11, 12) being interposed, and wherein the push rod provides a bearing eye corresponding to the bearing pins.
An aircraft engine assembly comprising: a compounded turboshaft engine comprising a rotary engine having a roll axis, a pitch axis and a yaw axis, each axis extending through a center of gravity of the rotary engine; a first set of one-degree-of-freedom links (7,8) mounted to a first side and a second side of the rotary engine, the first set of one-degree-of-freedom links (7,8) having a distal end (16,18) configured to be mounted to an aircraft and a proximal end (17,19) mounted to the rotary engine, the first set of one-degree-of-freedom links (7,8) positioned relative to the rotary engine to have respective reaction axes passing through the roll axis; and a second set of links (12;9) having a distal end (20;25) configured to be mounted to the aircraft and a proximal end mounted to the rotary engine, the second set of links (12;9) positioned relative to the rotary engine to have respective reaction axes transversally spaced-apart from the roll axis. a compounded turboshaft engine comprising a rotary engine having a roll axis, a pitch axis and a yaw axis, each axis extending through a center of gravity of the rotary engine; a first set of one-degree-of-freedom links (7,8) mounted to a first side and a second side of the rotary engine, the first set of one-degree-of-freedom links (7,8) having a distal end (16,18) configured to be mounted to an aircraft and a proximal end (17,19) mounted to the rotary engine, the first set of one-degree-of-freedom links (7,8) positioned relative to the rotary engine to have respective reaction axes passing through the roll axis; and a second set of links (12;9) having a distal end (20;25) configured to be mounted to the aircraft and a proximal end mounted to the rotary engine, the second set of links (12;9) positioned relative to the rotary engine to have respective reaction axes transversally spaced-apart from the roll axis.
A method of processing a received multipath signal comprising at least a first signal and a second signal, the method characterized by comprising the steps of: measuring impairment correlations each associated with the first and second signals; jointly estimating values of fitting parameters in response to the measured impairment correlations, said fitting parameters being comprised in fitting equations of the measured impairment correlations associated with each of the first and second signals; and estimating received signal impairment correlations for each of the first and second signals by applying the estimated values of the fitting parameters. measuring impairment correlations each associated with the first and second signals; jointly estimating values of fitting parameters in response to the measured impairment correlations, said fitting parameters being comprised in fitting equations of the measured impairment correlations associated with each of the first and second signals; and estimating received signal impairment correlations for each of the first and second signals by applying the estimated values of the fitting parameters.
A one-component epoxy adhesive comprising in admixture: A) at least 25 weight percent, based on the weight of the adhesive, of one or more non-rubber-modified epoxy resins; B) 5 to 45 weight percent, based on the weight of the composition, of a reactive elastomeric toughener having capped isocyanate groups, which reactive elastomeric toughener includes a chain-extended and then isocyanate-capped mixture of i) a 1000 to 10,000 number average molecular weight isocyanate-terminated polyether and ii) a 1000 to 10,000 number average molecular weight isocyanate-terminated diene polymer; C) one or more latent epoxy curing agents in an amount sufficient to cure the adhesive; and D) 0.1 to 5 weight percent, based on the weight of the adhesive, of at least one urea compound having one or more urea groups and a molecular weight per urea group of up to 250, the adhesive being devoid of an aminophenol curing accelerator. A) at least 25 weight percent, based on the weight of the adhesive, of one or more non-rubber-modified epoxy resins; B) 5 to 45 weight percent, based on the weight of the composition, of a reactive elastomeric toughener having capped isocyanate groups, which reactive elastomeric toughener includes a chain-extended and then isocyanate-capped mixture of i) a 1000 to 10,000 number average molecular weight isocyanate-terminated polyether and ii) a 1000 to 10,000 number average molecular weight isocyanate-terminated diene polymer; C) one or more latent epoxy curing agents in an amount sufficient to cure the adhesive; and D) 0.1 to 5 weight percent, based on the weight of the adhesive, of at least one urea compound having one or more urea groups and a molecular weight per urea group of up to 250,