mhurhangee/ep-ind-claims huggingface dataset:
An aqueous coating composition comprising, a multi-stage aqueous emulsion polymer comprising: from 20% to 80% by weight, based on dry weight of the multi-stage aqueous emulsion polymer, of a first polymer having an acid number measured by the amount of mg of KOH, of from 9 to 33, said first polymer having a calculated Mn of from 50,000 to 1,000,000; a. and from 80% to 20% by weight, based on dry weight of the multi-stage aqueous emulsion polymer, of a second polymer having an acid number measured by the amount of mg of KOH, from 0 to 7, said second polymer having a calculated Mn of from 50,000 to 1,000,000; an anionic colloidal silica in an amount from 15 % to 49 % by weight, based on solid weight of the aqueous coating composition; and a thickener. a. and from 80% to 20% by weight, based on dry weight of the multi-stage aqueous emulsion polymer, of a second polymer having an acid number measured by the amount of mg of KOH, from 0 to 7, said second polymer having a calculated Mn of from 50,000 to 1,000,000; an anionic colloidal silica in an amount from 15 % to 49 % by weight, based on solid weight of the aqueous coating composition; and a thickener.
A pneumatic tire comprising: a tread having an outer surface which forms a tread surface; a pair of sidewalls that extend almost inward from ends, respectively, of the tread in a radial direction; chafers disposed inward of the sidewalls, respectively, in the radial direction; and a pair of beads disposed inward of the chafers, respectively, in an axial direction, wherein the sidewalls each include an outer layer, and an inner layer disposed inward of the outer layer in the axial direction, the inner layer extends to a region between a corresponding one of the beads and a corresponding one of the chafers in the axial direction, the outer layer contacts with a corresponding one of the chafers, when Po represents a contact point, on an outer surface of the tire, at which the outer layer and a corresponding one of the chafers contact with each other, an inner side end, in the radial direction, of the outer layer is equal to the contact point (Po), in the radial direction, an outer side end of each chafer is disposed outward of the contact point (Po), in the radial direction, an inner side end of the inner layer is disposed inward of the contact point (Po), characterized in that a loss tangent LTi of the inner layers is less than a loss tangent LTo of the outer layers and a loss tangent LTc of the chafers. a tread having an outer surface which forms a tread surface; a pair of sidewalls that extend almost inward from ends, respectively, of the tread in a radial direction; chafers disposed inward of the sidewalls, respectively, in the radial direction; and a pair of beads disposed inward of the chafers, respectively, in an axial direction, wherein the sidewalls each include an outer layer, and an inner layer disposed inward of the outer layer in the axial direction, the inner layer extends to a region between a corresponding one of the beads and a corresponding one of the chafers in the axial direction, the outer layer contacts with a corresponding one of the chafers, when Po represents a contact point, on an outer surface of the tire, at which the outer layer and a corresponding one of the chafers contact with each other, an inner side end, in the radial direction, of the outer layer is equal to the contact point (Po), in the radial direction, an outer side end of each chafer is disposed outward of the contact point (Po), in the radial direction, an inner side end of the inner layer is disposed inward of the contact point (Po), characterized in that a loss tangent LTi of the inner layers is less than a loss tangent LTo of the outer layers and a loss tangent LTc of the chafers.
Apparatus having a tube and having a housing, which can be mounted thereon, for a charging box for electric vehicles, having three side walls (3, 5, 7) and a cover, wherein a first side wall contains an opening for the introduction of the tube, wherein the three side walls (3, 5, 7) are arranged to form a U, which has the opening provided on its side wall, which forms the first limb, and on its second limb, which forms the opposite side wall, in alignment with the opening, a tube piece is connected to the side wall, the cross section, in particular the diameter, of said tube piece being larger or smaller than the cross section of the tube, wherein the tube has a tube portion, which is introduced through the opening, and wherein the tube portion and the tube piece can be pushed one inside the other and, in the pushed-together state, can be locked, characterized - in that on the side wall, which is located opposite the first side wall, in alignment with the opening, a first part of an electric plug connector is fastened in the tube piece, and in that, at its free end, the tube portion has the part which forms the counterpart to the first part of the plug connector and is long enough so that, when introduced through the opening, it establishes the plug-in connection between the two parts (17, 15) of the plug connector. - in that on the side wall, which is located opposite the first side wall, in alignment with the opening, a first part of an electric plug connector is fastened in the tube piece, and in that, at its free end, the tube portion has the part which forms the counterpart to the first part of the plug connector and is long enough so that, when introduced through the opening, it establishes the plug-in connection between the two parts (17, 15) of the plug connector.
An intracardiac defibrillation catheter system comprising a defibrillation catheter inserted into a cardiac cavity to conduct defibrillation, a power source device for applying a direct current voltage to electrodes of this defibrillation catheter, and an electrocardiograph, wherein the defibrillation catheter comprises an insulated tube member, a first electrode group, a second electrode group composed of a plurality of ring-like electrodes and installed on the tube member towards proximal direction from the first electrode group. a first lead wire group composed of a plurality of lead wires whose distal ends are connected to the respective electrodes making up the first electrode group, and a second lead wire group composed of a plurality of lead wires whose distal ends are connected to the respective electrodes making up the second electrode group, wherein the power source device comprises a DC power source unit, a catheter-connected connector connected to proximal sides of the first lead wire group and the second lead wire group of the intracardiac defibrillation catheter, an electrocardiograph-connected connector connected to an input terminal of the electrocardiograph, an arithmetic processing unit which controls the DC power source unit based on input of an external switch and has an output circuit for outputting a direct current voltage from the DC power source unit, characterized in that the first electrode group is composed of a plurality of ring-like electrodes and installed in a distal region of the tube member, and in that the power source device further comprises a changeover unit composed of a changeover switch of two contacts per circuit, in which the catheter-connected connector is connected to a common contact, the electrocardiograph-connected connector is connected to a first contact, and the arithmetic processing unit is connected to a second contact, wherein when a cardiac potential is measured by the electrodes of the defibrillation catheter, the first contact in the changeover unit is selected, and cardiac potential information from the defibrillation catheter is inputted into the electrocardiograph via the catheter-connected connector, the changeover unit and the electrocardiograph-connected connector of the power source device, and wherein when defibrillation is conducted by the defibrillation catheter, the contact of the changeover unit is changed over to the second contact by the arithmetic processing unit of the power source device to respectively apply voltages different in polarity from each other to the first electrode group and the second electrode group of the defibrillation catheter via the output circuit of the arithmetic processing unit, the changeover unit and the catheter-connected connector from the DC power source unit.
A method of detecting blood flow instability using a device for detecting blood flow instability, comprising: insonating an area of interest with ultrasound wave pulses; acquiring radio frequency data from echo pulses of the ultrasound wave pulses; processing the RF data; and deriving a Doppler bandwidth from the processed RF data using autoregressive modeling at a given pixel position; wherein the method further comprises deriving Doppler bandwidth from the processed RF data by estimating the Doppler bandwidth for multiple pixels using graphics processing unit - based parallel computing for the AR modeling; and mapping the Doppler bandwidth estimates to a thermal hue with brighter colors corresponding to higher Doppler bandwidths. insonating an area of interest with ultrasound wave pulses; acquiring radio frequency data from echo pulses of the ultrasound wave pulses; processing the RF data; and deriving a Doppler bandwidth from the processed RF data using autoregressive modeling at a given pixel position; wherein the method further comprises deriving Doppler bandwidth from the processed RF data by estimating the Doppler bandwidth for multiple pixels using graphics processing unit - based parallel computing for the AR modeling; and mapping the Doppler bandwidth estimates to a thermal hue with brighter colors corresponding to higher Doppler bandwidths.
Cushion supply system for a logistic centre, comprising a cushion source for providing cushion products, several packing stations (101, 201, 301, x01), at which containers can be loaded with goods and filled with cushion products, and a cushion transport system for conveying the cushion products from the cushion source to the packing stations (101, 201, 301, x01), wherein the one cushion source is configured for supplying the several packing stations (101, 201, 301, x01), wherein the cushion transport system comprises a main conveyor line and at least one deflection device for feeding at least one cushion product from the main conveyor line to at least one packing station (101, 201, 301, x01), characterised in that the deflection device is realised as a switch configured for at least partially lifting feed of at least one cushion product to at least one packing station (101, 201, 301, x01).
A method of quantifying Ultra Violet disinfecting doses adequate for sterilizing an Ophthalmic Lens using one or more additive indicators comprising: adding one or more indicators to an aqueous solution, wherein the one or more indicators are water soluble and are dissolved in said solution and comprise at least one or both of a chromophore and a fluorophore that are capable of degradation upon Ultra Violet irradiation; applying an Ultra Violet radiation dose to said solution containing the one or more indicators for a controlled time and intensity; and gathering feedback from the degradation of one or more of the indicators. adding one or more indicators to an aqueous solution, wherein the one or more indicators are water soluble and are dissolved in said solution and comprise at least one or both of a chromophore and a fluorophore that are capable of degradation upon Ultra Violet irradiation; applying an Ultra Violet radiation dose to said solution containing the one or more indicators for a controlled time and intensity; and gathering feedback from the degradation of one or more of the indicators.
A cooking appliance comprising: a front panel forming a front surface of the cooking appliance, a knob arranged in front of the front panel, the knob is rotatable according to an operation of a user; a knob shaft provided in the knob and penetrating through the front panel; a valve fixed inside the cooking appliance and having a valve shaft for transferring a rotation operation; a joint coupled to the knob shaft and the valve shaft, the joint is provided to transfer a rotation motion and a straight line motion of the knob shaft to the valve shaft, wherein the joint comprises: a first shaft coupling portion coupled to the valve shaft, a second shaft coupling portion coupled to the knob shaft, a joint spring arranged between the first shaft coupling portion and the second shaft coupling portion, the joint spring is configured to absorb an axial longitudinal deviation of the knob shaft and the valve shaft; and a joint housing configured to receive the first shaft coupling portion, the second shaft coupling portion and the joint spring, the joint housing is configured to transfer the rotation motion of the second shaft coupling portion to the first shaft coupling portion. a front panel forming a front surface of the cooking appliance, a knob arranged in front of the front panel, the knob is rotatable according to an operation of a user; a knob shaft provided in the knob and penetrating through the front panel; a valve fixed inside the cooking appliance and having a valve shaft for transferring a rotation operation; a joint coupled to the knob shaft and the valve shaft, the joint is provided to transfer a rotation motion and a straight line motion of the knob shaft to the valve shaft, wherein the joint comprises: a first shaft coupling portion coupled to the valve shaft, a second shaft coupling portion coupled to the knob shaft, a joint spring arranged between the first shaft coupling portion and the second shaft coupling portion, the joint spring is configured to absorb an axial longitudinal deviation of the knob shaft and the valve shaft; and a joint housing configured to receive the first shaft coupling portion, the second shaft coupling portion and the joint spring, the joint housing is configured to transfer the rotation motion of the second shaft coupling portion to the first shaft coupling portion. a first shaft coupling portion coupled to the valve shaft, a second shaft coupling portion coupled to the knob shaft, a joint spring arranged between the first shaft coupling portion and the second shaft coupling portion, the joint spring is configured to absorb an axial longitudinal deviation of the knob shaft and the valve shaft; and a joint housing configured to receive the first shaft coupling portion, the second shaft coupling portion and the joint spring, the joint housing is configured to transfer the rotation motion of the second shaft coupling portion to the first shaft coupling portion.
Mixture containing (a) metal particles and (b) an organic compound represented by formula I: R 1 COR 2, whereby R 1 is an aliphatic residue with 8 to 32 carbon atoms and R 2 comprises either the structure -OM or the structure -X-R 3, whereby M is a cation and whereby X is selected from the group consisting of O, S, N-R 4, and whereby R 3 is a hydrogen atom or an aliphatic residue, and R 4 is a hydrogen atom or an aliphatic residue, whereby the molar ratio of carbon contained in the organic compound (b) and oxygen contained in the metal particles (a) is in the range of 3 to 50, and (d) 0.05 to 2.0% by weight of a cellulose selected from the group consisting of methylcellulose, ethylcellulose, ethylmethylcellulose, carboxymethylcellulose, hydroxypropylmethylcellulose, hydroxyethylcellulose, hydroxyethylmethyl cellulose or mixtures thereof. (a) metal particles and (b) an organic compound represented by formula I: R 1 COR 2, whereby R 1 is an aliphatic residue with 8 to 32 carbon atoms and R 2 comprises either the structure -OM or the structure -X-R 3, whereby M is a cation and whereby X is selected from the group consisting of O, S, N-R 4, and whereby R 3 is a hydrogen atom or an aliphatic residue, and R 4 is a hydrogen atom or an aliphatic residue, whereby the molar ratio of carbon contained in the organic compound (b) and oxygen contained in the metal particles (a) is in the range of 3 to 50, and (d) 0.05 to 2.0% by weight of a cellulose selected from the group consisting of methylcellulose, ethylcellulose, ethylmethylcellulose, carboxymethylcellulose, hydroxypropylmethylcellulose, hydroxyethylcellulose, hydroxyethylmethyl cellulose or mixtures thereof.
A security element for security papers, value documents and other data carriers, having a substrate that includes, in a surface region, an optically variable surface pattern that displays different depictions in different illumination and/ or viewing directions, the optically variable surface pattern being composed of an at least locally periodic arrangement of reflection elements in the plane of the surface region, which forms, at least locally, a periodic one-dimensional grating or a periodic two-dimensional Bravais lattice, and in which the dimensions of the reflection elements (72-j, 72-k) in the periodicity direction lie between 1 μm and 40 μm, characterized in that the reflection elements (72-j, 72-k) are aperiodically offset against each other in their height above the surface region, specifically, are offset against each other by a height offset that lies between 0 and ΔHmax, the value of ΔHmax lying between 100 nm and 500 nm.
A method of starting a switched reluctance motor having a stator with at least three phases, a moving part, and a position transducer for providing information on the relative position of the moveable part with respect to the phases, the transducer having an output with a resolution which is no finer than half the step angle of the motor, characterised by: determining from the transducer output a plurality of phases that is available to produce force in a desired direction; starting the motor by energising two of the plurality of available phases alternately with a predetermined time interval between transitions from one phase to another, to accelerate the movable part towards the next transition point of the position transducer output. determining from the transducer output a plurality of phases that is available to produce force in a desired direction; starting the motor by energising two of the plurality of available phases alternately with a predetermined time interval between transitions from one phase to another, to accelerate the movable part towards the next transition point of the position transducer output.
A thermal disconnect assembly for an integrated drive generator that includes an input shaft driven by an external mechanical source, an output shaft coupled to the input shaft through a disconnect clutch in a coupled state, wherein the output shaft is driven by the input shaft and rotates with the input shaft in the coupled state, a eutectic solder configured to hold the output shaft in the coupled state, wherein the eutectic solder is configured to melt upon reaching a threshold temperature, and a flight control permanent magnet generator; the thermal disconnect assembly characterized in that: the flight control permanent magnet generator is operably coupled to rotate with the output shaft, and wherein the flight control generator is located annularly about the input shaft and is coupled to the input shaft through a disconnect bearing, and wherein the disconnect bearing comprises: an inner race coupled to the input shaft and configured to rotate with the input shaft; an outer race coupled to the flight control permanent magnet generator and configured to rotate with the flight control permanent magnet generator, wherein the outer race is coupled to the inner race through ball bearings; and wherein the outer race and the inner race rotate together in the coupled state, and wherein the inner race rotates relative to the outer race in the decoupled state; and wherein the disconnect clutch is configured to urge the output shaft toward a decoupled state upon melting of the eutectic solder, and wherein the output shaft does not rotate with the input shaft in the decoupled state. an inner race coupled to the input shaft and configured to rotate with the input shaft; an outer race coupled to the flight control permanent magnet generator and configured to rotate with the flight control permanent magnet generator, wherein the outer race is coupled to the inner race through ball bearings; and wherein the outer race and the inner race rotate together in the coupled state, and wherein the inner race rotates relative to the outer race in the decoupled state; and wherein the disconnect clutch is configured to urge the output shaft toward a decoupled state upon melting of the eutectic solder, and wherein the output shaft does not rotate with the input shaft in the decoupled state.
Seating furniture with a leg support and with a shifting mechanism for the leg support, with which the leg support is movable out of a non-use position, in which the leg support is situated beneath the leg furniture,into a use position, in which the leg support is situated in front of and approximately at the height of a seating surface of the seating furniture, and vice versa, wherein the shifting mechanism includes two cranked levers (7, 8) with a respective first and second pivotal bearing (9, 10), that the pivotal axes of these four pivotal bearings (9, 10) are parallel so that when the levers (7, 8) are pivoted about the pivotal axes of the first pivotal bearings the second pivotal bearings move on circular paths about the pivotal axes of the first pivotal bearings by reason of a crank shape of the levers (7, 8), that the leg support is attached to the two second pivotal bearings and that the first pivotal bearings of the two levers (7, 8) are rigidly connected to a further pivotal bearing, the pivotal axis of which extends perpendicular to the pivotal axes of the two first pivotal bearings and which is arranged on the seating furniture, characterised in that the pivotal axes of the second pivotal bearings of the two levers (7, 8) have different radial spacings from the pivotal axes of the first pivotal bearings so that when the leg support is moved from the non-use position into the use position and vice versa the leg support is rotated and the levers (7, 8) cross one another.
A Sost antibody, for use in a method of promoting local bone growth for fracture healing, fusion (arthrodesis), orthopedic reconstruction or periodontal repair, in a mammalian patient, wherein said method comprises administering said antibody locally to said mammalian patient together with a biocompatible matrix or scaffold conducive to anchoring new bone growth, wherein said biocompatible matrix comprises a scaffold comprising a material selected from the group consisting of a calcium salt, calcium sulfate, autograft, hydroxyapatite, demineralized bone, allograft or tricalcium phosphate, wherein said Sost antibody is an antagonist that operates through LRP5 or LRP6; and wherein said Sost antibody comprises an antibody or FAB fragment specifically binding the peptide according to SEQ ID NO: 22.