mhurhangee/ep-ind-claims huggingface dataset:
A process for separating a gas molecule from a gas feed comprised of the gas molecule and at least one other gas molecule comprising (i) providing a carbon molecular sieve membrane made by a method comprising; (a) providing a precursor polymer; (b) heating said precursor polymer to a temperature where the precursor polymer undergoes pyrolysis to form the carbon molecular sieve membrane; (c) cooling the carbon molecular sieve membrane to a temperature where no further pyrolysis occurs; and (d) exposing the carbon molecular sieve membrane to a conditioning atmosphere comprised of the gas molecule, wherein said exposing occurs where no further pyrolysis occurs, the conditioning atmosphere is flowing through the carbon molecular sieve membrane for at least a portion of the exposing, and the exposing is for at least 2 hours to 10 days, and (ii) flowing the gas feed through said carbon molecular sieve membrane to produce a first stream having an increased concentration of the gas molecule and a second stream having an increased concentration of the at least one other gas molecule; wherein the gas molecule and other gas molecule is ethylene and ethane or propylene and propane, and wherein the conditioning atmosphere is comprised of at least 99% of the gas molecule. (i) providing a carbon molecular sieve membrane made by a method comprising; (a) providing a precursor polymer; (b) heating said precursor polymer to a temperature where the precursor polymer undergoes pyrolysis to form the carbon molecular sieve membrane; (c) cooling the carbon molecular sieve membrane to a temperature where no further pyrolysis occurs; and (d) exposing the carbon molecular sieve membrane to a conditioning atmosphere comprised of the gas molecule, wherein said exposing occurs where no further pyrolysis occurs, the conditioning atmosphere is flowing through the carbon molecular sieve membrane for at least a portion of the exposing, and the exposing is for at least 2 hours to 10 days, and (a) providing a precursor polymer; (b) heating said precursor polymer to a temperature where the precursor polymer undergoes pyrolysis to form the carbon molecular sieve membrane; (c) cooling the carbon molecular sieve membrane to a temperature where no further pyrolysis occurs; and (d) exposing the carbon molecular sieve membrane to a conditioning atmosphere comprised of the gas molecule, wherein said exposing occurs where no further pyrolysis occurs, the conditioning atmosphere is flowing through the carbon molecular sieve membrane for at least a portion of the exposing, and the exposing is for at least 2 hours to 10 days, and (ii) flowing the gas feed through said carbon molecular sieve membrane to produce a first stream having an increased concentration of the gas molecule and a second stream having an increased concentration of the at least one other gas molecule;
Feed dispenser for horses, comprising a basic housing including a charge opening as well as a discharge opening and an actuating element for a horse, wherein in the basic housing a screw conveyor is provided which is rotatable about its longitudinal axis in a drive direction and which is drivingly connected to the actuating element via a driver running freely against the drive direction which can be displaced between a rest position and an actuating position against the force of a return spring, wherein the conveyor screw includes a circumferential screw blade formed with cutting surfaces for comminuting piece goods and/or the basic housing includes an auxiliary cutting edge in the intermeshing area between the screw blade and charge opening, characterized in that the driver is formed as a screw drive that transforms a translational movement directed in the longitudinal axis of the conveyor screw into a rotational movement about the longitudinal axis, on which in the direction of the longitudinal axis a traction means supported against a return spring engages.
Arrangement for a motor vehicle comprising a front chassis part provided with two identical devices (1; 1a, 1b) for receiving a suspension element of a motor vehicle, each mounted on a corresponding chassis element of the vehicle in an associated front suspension region of the motor vehicle, each receiving device being formed as a monolithic part and comprising a positioning system able to mount the device equally well in a front left or front right suspension region of the said vehicle, the positioning system comprising a first coupling element intended to cooperate, during mounting, with a first mounting member when the receiving device is configured so as to be located in the front right suspension region, and a second coupling element intended to cooperate, during mounting, with a second mounting member when the receiving device is configured so as to be located in the front left suspension region, characterized in that it comprises an assembly part provided with an assembly system intended for mounting the suspension element, and a docking part in which the positioning system is formed, the said docking part being intended to cooperate with the corresponding chassis element, the docking part comprising a face situated in a plane which is different from and raised with respect to a face of the assembly part.
A plate-like cutting insert comprising: a substantially polygonal upper face; a substantially polygonal lower face; and a plurality of side faces (4m, 4s) extending between the upper face and the lower face, wherein, the cutting insert comprises a first cutting edge formed at an intersection portion where the upper face and the plurality of side faces (4m, 4s) intersect with each other; a chip breaker for the first cutting edge is formed on the upper face; the first cutting edge comprises at least one corner cutting edge formed at a corner portion of the upper face and curved, and at least one linear cutting edge formed linearly; the plurality of side faces (4m, 4s) comprise at least one main side face including a plane constituting a flank of the at least one linear cutting edge, and at least one sub side face constituting a flank of the at least one corner cutting edge; the at least one main side face comprises a relief angle of 0°; the at least one sub side face comprises a relief angle larger than 0°; the cutting insert comprises at least one second cutting edge formed at the intersection portion where the at least one main side face and the lower face intersect with each other; a chip breaker for the second cutting edge is formed on the lower face; and an outer shape of the upper face and an outer shape of the lower face are different from each other. a substantially polygonal upper face; a substantially polygonal lower face; and a plurality of side faces (4m, 4s) extending between the upper face and the lower face, wherein, the cutting insert comprises a first cutting edge formed at an intersection portion where the upper face and the plurality of side faces (4m, 4s) intersect with each other; a chip breaker for the first cutting edge is formed on the upper face; the first cutting edge comprises at least one corner cutting edge formed at a corner portion of the upper face and curved, and at least one linear cutting edge formed linearly; the plurality of side faces (4m, 4s) comprise at least one main side face including a plane constituting a flank of the at least one linear cutting edge, and at least one sub side face constituting a flank of the at least one corner cutting edge; the at least one main side face comprises a relief angle of 0°; the at least one sub side face comprises a relief angle larger than 0°; the cutting insert comprises at least one second cutting edge formed at the intersection portion where the at least one main side face and the lower face intersect with each other; a chip breaker for the second cutting edge is formed on the lower face; and an outer shape of the upper face and an outer shape of the lower face are different from each other.
A device for insertion of an ear ventilation tube, comprising: a rigid shaft having a first terminal end and a second terminal end; a flexible tube substantially enclosed within the rigid shaft; a spring-loaded plunger, at least a portion of which is joined with the flexible tube; a plunger release button adapted for engaging the plunger and releasing the plunger so that upon depression of the release button, the plunger extends toward the first terminal end of the rigid shaft; a suction tube located inside a device handle proximal end; and a suction connector located adjacent the second terminal end of the rigid shaft and adapted for receiving the suction tube, characterized by a plunger retrieval button for returning the device to a ready position; and a plunger retrieval button suction hole located on the top portion of the plunger retrieval button and protruding down to meet with the suction tube. a rigid shaft having a first terminal end and a second terminal end; a flexible tube substantially enclosed within the rigid shaft; a spring-loaded plunger, at least a portion of which is joined with the flexible tube; a plunger release button adapted for engaging the plunger and releasing the plunger so that upon depression of the release button, the plunger extends toward the first terminal end of the rigid shaft; a suction tube located inside a device handle proximal end; and a suction connector located adjacent the second terminal end of the rigid shaft and adapted for receiving the suction tube, characterized by a plunger retrieval button for returning the device to a ready position; and a plunger retrieval button suction hole located on the top portion of the plunger retrieval button and protruding down to meet with the suction tube.
Electrosurgical instrument for acting on a biological tissue by means of electrical discharge: with an instrument having an electrode which can be connected to an electrical source, with a first light receiving device which establishes a first light receiving field and has a light inlet window, with a light analysis device for determining tissue features by spectral analysis of the light received by the light receiving devices, with a cleaning device assigned to the light inlet window, in the form of a fluid channel which serves to supply liquid or gaseous fluid to the distal end of the instrument and hence to prevent contamination of the light inlet window by smoke particles, aerosols and tissue pieces. with an instrument having an electrode which can be connected to an electrical source, with a first light receiving device which establishes a first light receiving field and has a light inlet window, with a light analysis device for determining tissue features by spectral analysis of the light received by the light receiving devices, with a cleaning device assigned to the light inlet window, in the form of a fluid channel which serves to supply liquid or gaseous fluid to the distal end of the instrument and hence to prevent contamination of the light inlet window by smoke particles, aerosols and tissue pieces.
A control device for an in-cylinder injection type spark ignition internal combustion engine, in which a fuel injection valve which injects fuel directly into a combustion chamber and an EGR device which allows exhaust gas emitted from the combustion chamber to flow back into the combustion chamber are provided, the control device comprising divided multi-stage injection means for performing fuel injection a plurality of times in one cycle, wherein: at least a first fuel injection of the respective injections dividedly performed the plurality of times is performed in an intake stroke; at least a first injection start timing of the respective injections dividedly performed the plurality of times is set in accordance with an EGR amount; and the first injection start timing is more advanced when the EGR amount is large than when the EGR amount is small. at least a first fuel injection of the respective injections dividedly performed the plurality of times is performed in an intake stroke; at least a first injection start timing of the respective injections dividedly performed the plurality of times is set in accordance with an EGR amount; and the first injection start timing is more advanced when the EGR amount is large than when the EGR amount is small.
A liquid electrolyte lithium secondary battery cell comprising: - a positive electrode including a powderous positive active material represented by the following chemical formula: Li 1-x (Co 1-a-b-c Ni a Mn b M" c) 1+x O 2 with -0.01≤x≤0.01, 0.00≤a≤0.09, 0.01≤b≤0.05, and 0.00≤c≤0.03, wherein M" is either one or more metals of the group consisting of Al, Mg, Ti and Zr; and - an electrolyte composition comprising: 1) from 5.0% to 17.0% of a non-fluorinated cyclic carbonate, and from 0.5% to 10% of a fluorinated cyclic carbonate, 2) from 70.0% to 95.0% of a fluorinated acyclic carboxylic acid ester, 3) at least one electrolyte salt, 4) from 0.10% to 5.0% of a lithium boron compound, 5) from 0.20% to 10.0% of a cyclic sulfur compound, and 6) optionally at least one cyclic carboxylic acid anhydride, all percentages being expressed by weight relative to the total weight of the electrolyte composition. - a positive electrode including a powderous positive active material represented by the following chemical formula: Li 1-x (Co 1-a-b-c Ni a Mn b M" c) 1+x O 2 with -0.01≤x≤0.01, 0.00≤a≤0.09, 0.01≤b≤0.05, and 0.00≤c≤0.03, wherein M" is either one or more metals of the group consisting of Al, Mg, Ti and Zr; and - an electrolyte composition comprising: 1) from 5.0% to 17.0% of a non-fluorinated cyclic carbonate, and from 0.5% to 10% of a fluorinated cyclic carbonate, 2) from 70.0% to 95.0% of a fluorinated acyclic carboxylic acid ester, 3) at least one electrolyte salt, 4) from 0.10% to 5.0% of a lithium boron compound, 5) from 0.20% to 10.0% of a cyclic sulfur compound, and 6) optionally at least one cyclic carboxylic acid anhydride, 1) from 5.0% to 17.0% of a non-fluorinated cyclic carbonate, and from 0.5% to 10% of a fluorinated cyclic carbonate, 2) from 70.0% to 95.0% of a fluorinated acyclic carboxylic acid ester, 3) at least one electrolyte salt, 4) from 0.10% to 5.0% of a lithium boron compound, 5) from 0.20% to 10.0% of a cyclic sulfur compound, and 6) optionally at least one cyclic carboxylic acid anhydride,
An isolated polynucleotide comprising: (a) a first nucleic acid fragment that encodes an integral membrane protein or fragment thereof, wherein the IMP or fragment thereof comprises at least one extra-membrane region, at least one transmembrane domain and at least one intra-membrane region, and wherein a portion of the first nucleic acid fragment encoding at least one intra-membrane region is situated at the 5' or 3' end of the first nucleic acid fragment; and (b) a second nucleic acid fragment that encodes a vaccinia virus F13L protein or functional fragment thereof, wherein the second nucleic acid fragment is fused in frame to a portion of the first nucleic acid fragment that encodes an intra-membrane region of the IMP; wherein a Vaccinia virus infected cell comprising the polynucleotide can express an IMP-F13L fusion protein as part of the outer envelope membrane of an extracellular enveloped virion. (a) a first nucleic acid fragment that encodes an integral membrane protein or fragment thereof, wherein the IMP or fragment thereof comprises at least one extra-membrane region, at least one transmembrane domain and at least one intra-membrane region, and wherein a portion of the first nucleic acid fragment encoding at least one intra-membrane region is situated at the 5' or 3' end of the first nucleic acid fragment; and (b) a second nucleic acid fragment that encodes a vaccinia virus F13L protein or functional fragment thereof, wherein the second nucleic acid fragment is fused in frame to a portion of the first nucleic acid fragment that encodes an intra-membrane region of the IMP; wherein a Vaccinia virus infected cell comprising the polynucleotide can express an IMP-F13L fusion protein as part of the outer envelope membrane of an extracellular enveloped virion.
Bicycle control device comprising a control member (4; 40; 140) and luminous indicator means, the luminous indicator means comprising a light source (2; 20; 120), characterised in that the luminous indicator means comprise a light guide (3; 30; 130) configured to guide the light, through the phenomenon of total internal reflection, from the light source (2; 20; 120) to the inside of at least one portion of the control member (4; 40; 140) that is substantially transparent.
A compact metal cable having two layers (C1, C2) of construction 1+N, rubberised in situ, comprising a core or inner layer comprising a single core wire of diameter d 1, and a saturated outer layer of N wires of diameter d 2 wound together in a helix at a pitch p 2 around the layer C1, said layered cable being characterised: - in that it has the following characteristics (d 1, d 2, p 2 in mm): - 0.15 <d 1 < 0.50; - 0.15 < d 2 < 0.50; - 8 < p 2 < 25; - and in that the core wire is surrounded by a sheath of diene rubber which fills, at least in part, the gaps between the core wire and the wires of the layer C2. - in that it has the following characteristics (d 1, d 2, p 2 in mm): - 0.15 <d 1 < 0.50; - 0.15 < d 2 < 0.50; - 8 < p 2 < 25; - 0.15 <d 1 < 0.50; - 0.15 < d 2 < 0.50; - 8 < p 2 < 25; - and in that the core wire is surrounded by a sheath of diene rubber which fills, at least in part, the gaps between the core wire and the wires of the layer C2.
Flat wooden construction with a burr strip device, which has two separate burr strip halves (4, 5), wherein a burr strip groove, which is designed to be stepped in such a way that at least one area is formed which is broader in cross section than an area lying in the direction toward a burr strip groove opening, is introduced into a surface of this flat wooden construction, wherein the sides of these two burr strip halves (4, 5) facing away from one another in this burr strip groove are likewise designed as stepped (15, 16) by at least two angled portions (9, 10), wherein at least one area is formed which is broader in cross section than an area facing toward a burr strip groove opening, and wherein a locking element, which consists at least partially of an elastic material, is present between the two burr strip halves (4, 5), and wherein a respective shoulder (15, 16) is formed by the respective angled portions (9, 10) of the two burr strip halves (4, 5), and outer walls (13, 14) of the two burr strip halves (4, 5) lying upstream and/or downstream of the shoulders (15, 16) run substantially parallel to one another, and wherein the two burr strip halves (4, 5) and the locking element are connected to one another by at least one latching connection, wherein the latching connection has a detent (19, 20), and a detent lug (21, 22) is present for each detent (19, 20).
A process for the preparation of a first compound selected from oligonucleotides and peptide nucleic acids; the process comprising: (i) synthesising the first compound by liquid phase synthesis in an organic solvent; and (ii) separating the first compound formed in step (i) from a second compound, which is a reaction by-product of the synthesis of the first compound and/or an excess of a reagent used for the synthesis of a first compound, wherein: the synthesis of the first compound in step (i) involves one or more coupling or deprotection reactions; the first and second compounds are dissolved in an organic solvent and are separated by a process of diafiltration using a membrane that is stable in the organic solvent and which provides a rejection for the first compound which is greater than the rejection for the second compound; the first compound is modified by subjecting it to one or more coupling and/or deprotection reactions subsequent to separation. (i) synthesising the first compound by liquid phase synthesis in an organic solvent; and (ii) separating the first compound formed in step (i) from a second compound, which is a reaction by-product of the synthesis of the first compound and/or an excess of a reagent used for the synthesis of a first compound, the synthesis of the first compound in step (i) involves one or more coupling or deprotection reactions; the first and second compounds are dissolved in an organic solvent and are separated by a process of diafiltration using a membrane that is stable in the organic solvent and which provides a rejection for the first compound which is greater than the rejection for the second compound; the first compound is modified by subjecting it to one or more coupling and/or deprotection reactions subsequent to separation.
A method of audio processing an ensemble of sounds for output to a plurality of audio channels, the method comprising the steps of: evaluating an overall level of audio detail generated by the contributing sounds of the ensemble, by analysing metadata associated with respective sounds of the ensemble, wherein the overall level of audio detail is indicative of the complexity of the overall sound output, the metadata being indicative of the contribution of a respective sound of the ensemble to an overall level of audio detail across the plurality of audio channels; and comparing the overall level of audio detail to a first threshold, and if the overall level of audio detail exceeds the first threshold, altering the ensemble of sounds to reduce the indicated contribution of the ensemble to the overall level of audio detail, wherein the alteration comprises substituting two or more sounds in the ensemble for one replacement sound having a lower contribution to the overall level of audio detail than the sum of contributions of the sounds being substituted. evaluating an overall level of audio detail generated by the contributing sounds of the ensemble, by analysing metadata associated with respective sounds of the ensemble, wherein the overall level of audio detail is indicative of the complexity of the overall sound output, the metadata being indicative of the contribution of a respective sound of the ensemble to an overall level of audio detail across the plurality of audio channels; and comparing the overall level of audio detail to a first threshold, and if the overall level of audio detail exceeds the first threshold, altering the ensemble of sounds to reduce the indicated contribution of the ensemble to the overall level of audio detail, wherein the alteration comprises substituting two or more sounds in the ensemble for one replacement sound having a lower contribution to the overall level of audio detail than the sum of contributions of the sounds being substituted.
A method for controlling an ABS function of a motorcycle with a foot brake, in which - it is ascertained whether the foot brake is actuated, - a speed value which is representative of a speed of the motorcycle is provided, - the speed value is compared with a specified speed threshold value, - if the speed value represents a lower speed than the speed threshold value and if it has been ascertained that the foot brake is actuated, the ABS function for the rear wheel of the motorcycle is deactivated, the deactivation of the ABS function taking place in ramp-like manner starting from an activated state. - it is ascertained whether the foot brake is actuated, - a speed value which is representative of a speed of the motorcycle is provided, - the speed value is compared with a specified speed threshold value, - if the speed value represents a lower speed than the speed threshold value and if it has been ascertained that the foot brake is actuated, the ABS function for the rear wheel of the motorcycle is deactivated, the deactivation of the ABS function taking place in ramp-like manner starting from an activated state.