mhurhangee/ep-ind-claims huggingface dataset:
Press assembly having a press, namely a powder and/or granulate press or slip casting press, and having a press assembly handling device, to which a control device and/or a software algorithm is assigned, having - a gripping and/or holding device for holding and transporting pressed parts which are die cast and/or isostatically produced or pressed from powder and/or granulate and - a weight determination assembly for detecting a weight (wi) or a value determined during a weight determination of such a pressed part accommodated in the gripping and/or holding device, wherein the weight determination assembly is designed as a component which can be adjusted together with the gripping and/or holding device, - wherein the control device and/or the software algorithm are designed to determine the weight or the value on the basis of a weight force while the gripping and/or holding device is at a standstill, wherein the control device and/or the software algorithm is adapted for press control of a slip casting press or powder and/or granulate press which presses such pressed parts which are picked up by the gripping and/or holding device after pressing. - a gripping and/or holding device for holding and transporting pressed parts which are die cast and/or isostatically produced or pressed from powder and/or granulate and - a weight determination assembly for detecting a weight (wi) or a value determined during a weight determination of such a pressed part accommodated in the gripping and/or holding device, wherein the weight determination assembly is designed as a component which can be adjusted together with the gripping and/or holding device, - wherein the control device and/or the software algorithm are designed to determine the weight or the value on the basis of a weight force while the gripping and/or holding device is at a standstill, wherein the control device and/or the software algorithm is adapted for press control of a slip casting press or powder and/or granulate press which presses such pressed parts which are picked up by the gripping and/or holding device after pressing.
A method of making a solder connection to a printed circuit board, wherein: a surface of the printed circuit board has a coating comprising one or more halo-hydrocarbon polymers at a thickness of from 1nm to 10μm; and the printed circuit has conductive tracks and there is no solder, or essentially no solder, between the coating and the conductive tracks, said method comprising applying solder and flux to the coating without its prior removal, at a temperature and for a time such that the solder bonds to the conductive tracks and the coating is locally dispersed and/or absorbed and/or vaporised. a surface of the printed circuit board has a coating comprising one or more halo-hydrocarbon polymers at a thickness of from 1nm to 10μm; and the printed circuit has conductive tracks and there is no solder, or essentially no solder, between the coating and the conductive tracks, said method comprising applying solder and flux to the coating without its prior removal, at a temperature and for a time such that the solder bonds to the conductive tracks and the coating is locally dispersed and/or absorbed and/or vaporised.
An immersion mill arranged around an agitator shaft, comprising a milling chamber seal between the agitator shaft and a milling chamber formed by a milling chamber housing, a slotted strainer forming a side wall of the milling chamber housing, a sealing ring, or at least two cylindrical rings (32, 33), wherein the two cylindrical rings comprise an outer split ring and an inner split ring sealing the milling chamber housing against the agitator shaft characterized by a support plate arranged around the agitator shaft and receiving the sealing ring or the cylindrical outer split ring, wherein the support plate being mounted with the sealing ring or the cylindrical outer split ring floating with respect to the milling chamber housing without rotating with the agitator shaft.
A blowable insulation material comprising: - at least 50% by weight of natural down clusters; and - short cut synthetic fibers having a length ranging from 5 mm to 25 mm, and a fiber denier betweet 0.55 dtex and 16.5 dtex (0.5 denier and 15 denier) wherein said short cut fibers are crimped and are coated with a slickening agent of lubricant; wherein said short cut synthetic fibers are aerodynamically trapped in barbs of the natural down clusters; and wherein said blowable insulation material is blowable using conventional equipment. - at least 50% by weight of natural down clusters; and - short cut synthetic fibers having a length ranging from 5 mm to 25 mm, and a fiber denier betweet 0.55 dtex and 16.5 dtex (0.5 denier and 15 denier) wherein said short cut fibers are crimped and are coated with a slickening agent of lubricant;
A composition comprising a therapeutically effective amount of a chimeric molecule comprising a supercharged protein or peptide conjugated, fused, or attached via a linker to one or more gene editing agents for use in treating deafness associated with a genetic mutation.
Parking and automatic handling equipment of drilling rods, comprising: - a carousel of containers of drilling rods; and - a rod handling system, positioned on a drilling machine, and comprising a handling arm for the transfer of said drilling rods out of said carousel; said carousel defines a closed path around which are arranged said containers of drilling rods; said carousel comprising an internal structure for supporting said containers; said containers being movable and rotating upon said closed path with respect to said internal structure; the parking and automatic handling equipment is characterized in that said closed path comprises a direction of maximum extension having the longer length equal to at least the distance between a pair of adjacent drilling wells within which said drilling rods are inserted. - a carousel of containers of drilling rods; and - a rod handling system, positioned on a drilling machine, and comprising a handling arm for the transfer of said drilling rods out of said carousel;
A method of detecting formation of a multi-specific molecule, the method comprising: a. obtaining a multi-specific molecule sample; b. obtaining a reversed-phase high performance liquid chromatography (RP-HPLC) column; c. contacting the multi-specific molecule sample in a polar aqueous mobile phase A with the RP-HPLC column, wherein the polar aqueous mobile phase A is a solution comprising about 1% to about 5% isopropanol and an ion-pairing agent; d. contacting an organic non-polar mobile phase B with the RP-HPLC column, wherein the organic non-polar mobile phase B is a solution comprising about 60% to about 80% isopropanol and about 15% to about 25% acetonitrile and an ion-pairing agent; e. eluting the multi-specific molecule sample; and f. monitoring the amount of multi-specific molecule formation in the eluted multispecific molecule sample. a. obtaining a multi-specific molecule sample; b. obtaining a reversed-phase high performance liquid chromatography (RP-HPLC) column; c. contacting the multi-specific molecule sample in a polar aqueous mobile phase A with the RP-HPLC column, wherein the polar aqueous mobile phase A is a solution comprising about 1% to about 5% isopropanol and an ion-pairing agent; d. contacting an organic non-polar mobile phase B with the RP-HPLC column, wherein the organic non-polar mobile phase B is a solution comprising about 60% to about 80% isopropanol and about 15% to about 25% acetonitrile and an ion-pairing agent; e. eluting the multi-specific molecule sample; and f. monitoring the amount of multi-specific molecule formation in the eluted multispecific molecule sample.
A reactive diluent system for composite resins comprising (a) a reactive diluent composition and (b) an accelerator system, wherein the reactive diluent composition (a) comprises or consists of an organic phosphorus compound of the general formula with R 1 = H, Me R n, R m = O -, OH, Z, X 2 -P(=X 3)R n+1 R m+1 n, m = 2 - 15 X 1, X 2 = O, CH 2, S, NH X 3 = O, S and L being a hydrocarbon linker optionally comprising one or more heteroatoms; and the accelerator system (b) comprises or consists of (i) at least one iron salt or complex; (ii) at least one transition metal salt or complex selected from cobalt and copper; and (iii) optionally at least one solvent. the reactive diluent composition (a) comprises or consists of an organic phosphorus compound of the general formula with R 1 = H, Me R n, R m = O -, OH, Z, X 2 -P(=X 3)R n+1 R m+1 n, m = 2 - 15 X 1, X 2 = O, CH 2, S, NH X 3 = O, S and L being a hydrocarbon linker optionally comprising one or more heteroatoms; and R 1 = H, Me R n, R m = O -, OH, Z, X 2 -P(=X 3)R n+1 R m+1 n, m = 2 - 15 X 1, X 2 = O, CH 2, S, NH X 3 = O, S and L being a hydrocarbon linker optionally comprising one or more heteroatoms; the accelerator system (b) comprises or consists of (i) at least one iron salt or complex; (ii) at least one transition metal salt or complex selected from cobalt and copper; and (iii) optionally at least one solvent. (i) at least one iron salt or complex; (ii) at least one transition metal salt or complex selected from cobalt and copper; and (iii) optionally at least one solvent.
A fault diagnosis device for an exhaust pipe fuel injector configured to diagnose a normality or an abnormality of the exhaust pipe fuel injector which injects a fuel according to an instructed fuel injection amount to an exhaust upstream side of a diesel particulate filter such that a temperature of the diesel particulate filter is raised to a regenerable temperature and the temperature of the diesel particulate filter is maintained to the regenerable temperature in a regeneration duration to combust a particulate matter collected in the diesel particulate filter, the fault diagnosis device comprising: a storage unit configured to store the regeneration duration and an instructed fuel injection amount in the regeneration duration; and a calculation unit configured to calculate an instructed fuel injection amount per unit time in the regeneration duration; characterised by further comprising: a fault diagnosis unit configured to diagnose that the exhaust pipe fuel injector is abnormal when the instructed fuel injection amount per unit time in the regeneration duration exceeds a fault threshold, and to diagnose that the exhaust pipe fuel injector is normal when the instructed fuel injection amount per unit time in the regeneration duration does not exceed the fault threshold; and a fault threshold changing unit configured to change the fault threshold according to the vehicle speed in the regeneration duration. a storage unit configured to store the regeneration duration and an instructed fuel injection amount in the regeneration duration; and a calculation unit configured to calculate an instructed fuel injection amount per unit time in the regeneration duration; characterised by further comprising: a fault diagnosis unit configured to diagnose that the exhaust pipe fuel injector is abnormal when the instructed fuel injection amount per unit time in the regeneration duration exceeds a fault threshold, and to diagnose that the exhaust pipe fuel injector is normal when the instructed fuel injection amount per unit time in the regeneration duration does not exceed the fault threshold; and a fault threshold changing unit configured to change the fault threshold according to the vehicle speed in the regeneration duration. a fault diagnosis unit configured to diagnose that the exhaust pipe fuel injector is abnormal when the instructed fuel injection amount per unit time in the regeneration duration exceeds a fault threshold, and to diagnose that the exhaust pipe fuel injector is normal when the instructed fuel injection amount per unit time in the regeneration duration does not exceed the fault threshold; and a fault threshold changing unit configured to change the fault threshold according to the vehicle speed in the regeneration duration.
A method for the operation of LEDs located in sight of each other, which are operated by pulse modulation, whereby: - the pulse-modulated pulses are temporally coordinated with one another so that a pulse-modulated pulse of a first LED occurs in the pulse-modulated switched-off period of another LED, - the LEDs belong to different operating units, and characterised in that - the operating units are autonomously phased with each other. - the pulse-modulated pulses are temporally coordinated with one another so that a pulse-modulated pulse of a first LED occurs in the pulse-modulated switched-off period of another LED, - the LEDs belong to different operating units, and characterised in that - the operating units are autonomously phased with each other.
A controller programmed to implement a method of velocity-weighting control of an artificial pancreas for type 1 diabetes applications, wherein the method comprises: penalizing predicted glucose outcomes with a cost modulated by a factor that is a function of the glucose velocity, wherein glucose outcomes are penalized increasingly less for increasingly negative glucose velocities, when glucose level is high, and wherein a hyperglycemic glucose value that is already converging to the euglycemic zone results in less corrective action by the controller than were the hyperglycemic state steady.
Apparatus configured for calculating a correlation function between a Direct Sequence Spread Spectrum DSSS signal and a spreading code, the apparatus comprising: memory arranged to store a plurality of code replica samples, the code replica samples comprising samples of a complex conjugate of a time-to-frequency domain transformed replica of the spreading code obtained at a first sampling rate; a time-to-frequency domain transformation unit (321; 421) configured to receive a block of samples of the DSSS signal at a second sampling rate higher than the first sampling rate, and transform the samples from the time domain to the frequency domain to obtain a plurality of frequency-domain signal samples, wherein the second sampling rate is equal to the first sampling rate multiplied by an integer N; a multiplication unit (322; 422) configured to obtain a correlation operator by reproducing the stored replica samples N times, and multiply the frequency-domain signal samples by the reproduced stored replica samples to obtain a plurality of multiplied samples; and an integrating unit (324; 424) configured to receive the multiplied samples and perform integration over a plurality of blocks of samples of the DSSS signal to calculate the correlation function. memory arranged to store a plurality of code replica samples, the code replica samples comprising samples of a complex conjugate of a time-to-frequency domain transformed replica of the spreading code obtained at a first sampling rate; a time-to-frequency domain transformation unit (321; 421) configured to receive a block of samples of the DSSS signal at a second sampling rate higher than the first sampling rate, and transform the samples from the time domain to the frequency domain to obtain a plurality of frequency-domain signal samples, wherein the second sampling rate is equal to the first sampling rate multiplied by an integer N; a multiplication unit (322; 422) configured to obtain a correlation operator by reproducing the stored replica samples N times, and multiply the frequency-domain signal samples by the reproduced stored replica samples to obtain a plurality of multiplied samples; and an integrating unit (324; 424) configured to receive the multiplied samples and perform integration over a plurality of blocks of samples of the DSSS signal to calculate the correlation function.
Oil container with a container housing (1; 2) for accommodating an oil supply, which container housing (1; 2) is formed from a housing lower part and a housing upper part connected in a materially joined fashion to the housing lower part, and has at least one closeable housing opening (6, 7) for filling the oil container with oil, wherein at least the housing upper part of the container housing (1; 2) is composed of a plastic, characterized in that the housing upper part is transparent, with the result that, in order to determine the filling level of the oil supply which is accommodated by the oil container, the respective level of the oil can be seen through the transparent material of the housing upper part and the position of said level in the container housing (1; 2) can be compared with at least one measurement scale which is attached to the container housing (1; 2) or which is arranged in the interior in the container housing (1; 2) can be seen through the housing upper part and is attached, in the form of a printed label, to the container housing (1; 2) in order to determine the filling level.
A compound having the general formula: wherein R1 and R2 are the same or different and are CH 3, Cl, H, OCH 3, or 5-carbon cyclic incorporating both R1 and R2; R3 is H, OH, COOH, or OC 2 H 5; R4 and R5 are the same or different and are H, CH 3, cyclic incorporating both R4 and R5 and containing CH 3 substituents, OCH 3, C 2 H 5, phenyl, or unsubstituted phenyl; and R6 is a NO containing moiety. R1 and R2 are the same or different and are CH 3, Cl, H, OCH 3, or 5-carbon cyclic incorporating both R1 and R2; R3 is H, OH, COOH, or OC 2 H 5; R4 and R5 are the same or different and are H, CH 3, cyclic incorporating both R4 and R5 and containing CH 3 substituents, OCH 3, C 2 H 5, phenyl, or unsubstituted phenyl; and R6 is a NO containing moiety.
Method of handling of a liquid drug formulation, comprising a step of providing a first primary container and coating the inner surface of the first primary container to be exposed to the formulation with a barrier layer to prevent or at least limiting any escape of material from the inner surface of the first primary container, a step of providing a second primary container different than the first primary container and coating the inner surface of the second primary container to be exposed to the formulation with a barrier layer to prevent or at least limit any escape of material from the inner surface of the second primary container, wherein the barrier layer coating the inner surface of the second primary container has the same material composition as the barrier layer coating the inner surface of the first primary container, and a step of transition from handling the formulation filled in the first primary container at a first handling phase to handling the formulation filled in the second primary container at a subsequent handling phase so as the formulation exhibits with the second primary container the same kind of interaction as with the first primary container; wherein the first primary container and the second primary container have a respective closure element whose inner surface to be exposed to the formulation is coated with a barrier layer having the same material composition and wherein the first primary container has different shape and/or different material composition than the second primary container, wherein the barrier layer is applied by applying on the inner surface of the primary container a layer of adhesion primer, then a layer of silicone oil on the layer of adhesion primer, then by treating the coated inner surface with an argon plasma to achieve crosslinking of part of the silicone oil layer.
IL-31 or peptide which is at least about 70% homologous to the IL-31 sequence as set forth in SEQ ID No. 1, a fused protein comprising IL-31 or peptide which is at least about 70% homologous to the IL-31 sequence as set forth in SEQ ID No. 1, or a complex comprising either IL -31 or peptide which is at least about 70% homologous to the IL-31 sequence as set forth in SEQ ID No. 1 or a fused protein that comprises IL-31 or peptide which is at least about 70% homologous to the IL-31 sequence as set forth in SEQ ID No. 1 for use in treating cancer that expresses an IL-31 receptor.
An apparatus comprising: a first engine buffer (1101 1) to receive a first engine request; and a second engine buffer (1101 2) to receive a second engine request; wherein the first (1101 1) and second (1101 2) engine buffers are first and second Translation Look Aside Buffers (TLBs); a first engine register (1201 1) coupled to the first engine buffer (1101 1), wherein the first engine register (1201 1) is to store one or more first engine credits associated with the first engine buffer (1101 1); a second engine register (1201 2) coupled to the second engine buffer (1101 2), wherein the second engine register (1201 2) is to store one or more second engine credits associated with the second engine buffer (1101 2); a common buffer which is common to the first (1101 1) and second (1101 2) engine buffers, wherein the one or more first engine credits represents one or more slots in the common buffer for servicing the first engine request for access to a common memory resource, and wherein the one or more second engine credits represents one or more slots in the common buffer for servicing the second engine request for access to the common memory resource; a credit memory for storing credits, wherein the credit memory is to store unused credits from the first (1101 1) and second (1101 2) engine buffers; and logic to move credits from the credit memory to the first (1101 1) and/or second (1101 2) engine buffers upon request from the first (1101 1) and/or second (1101 2) engine buffers. a first engine buffer (1101 1) to receive a first engine request; and a second engine buffer (1101 2) to receive a second engine request; wherein the first (1101 1) and second (1101 2) engine buffers are first and second Translation Look Aside Buffers (TLBs); a first engine register (1201 1) coupled to the first engine buffer (1101 1), wherein the first engine register (1201 1) is to store one or more first engine credits associated with the first engine buffer (1101 1); a second engine register (1201 2) coupled to the second engine buffer (1101 2), wherein the second engine register (1201 2) is to store one or more second engine credits associated with the second engine buffer (1101 2); a common buffer which is common to the first (1101 1) and second (1101 2) engine buffers, wherein the one or more first engine credits represents one or more slots in the common buffer for servicing the first engine request for access to a common memory resource, and wherein the one or more second engine credits represents one or more slots in the common buffer for servicing the second engine request for access to the common memory resource; a credit memory for storing credits, wherein the credit memory is to store unused credits from the first (1101 1) and second (1101 2) engine buffers; and logic to move credits from the credit memory to the first (1101 1) and/or second (1101 2) engine buffers upon request from the first (1101 1) and/or second (1101 2) engine buffers.
Light conversion device in the form of an optical fibre with a core and with or without cavities, consisting of fibre cladding or waveguide substrate with an adapted geometry which defines the light guiding properties of the fibre mode with designed dispersion properties, characterised in that in that the core carries an atomically thin layer of transition metal dichalcognides in crystallite form grown directly by gas phase deposition or atomic layer deposition by means of chemical vapour deposition with precursor gases, this layer covering the core completely or partially, the crystallites being stochastically ordered and the layer being located as a monolayer on the waveguiding region of the core.