mhurhangee/ep-ind-claims huggingface dataset:
An aqueous coating composition for coating fiber-based substrates comprises: acrylic latex in an amount of from about 48wt% to about 80wt% based on dry solids content of the composition; talc in an amount of from about 20wt% to about 50wt% based on dry solids content of the composition; and chemically functionalized, cold water soluble, anionic starch in a dry solids content of from about 0.1wt % to about 10wt%; wherein the aqueous composition has a total dry solids content of from about 30 to about 70 wt% based on the weight of the total composition, wherein the chemically functionalized, cold water soluble, anionic starch is selected from hydroxypropyl starch, carboxymethyl starch, acetylated high-amylose starch, starch acetate, starch maleate, starch octenylsuccinate, starch succinate, starch phthalate, hydroxypropyl high-amylose starch, crosslinked starch, starch phosphate, hydroxypropyl distarch phosphate, and mixtures thereof. acrylic latex in an amount of from about 48wt% to about 80wt% based on dry solids content of the composition; talc in an amount of from about 20wt% to about 50wt% based on dry solids content of the composition; and chemically functionalized, cold water soluble, anionic starch in a dry solids content of from about 0.1wt % to about 10wt%; wherein the aqueous composition has a total dry solids content of from about 30 to about 70 wt% based on the weight of the total composition, wherein the chemically functionalized, cold water soluble, anionic starch is selected from hydroxypropyl starch, carboxymethyl starch, acetylated high-amylose starch, starch acetate, starch maleate, starch octenylsuccinate, starch succinate, starch phthalate, hydroxypropyl high-amylose starch, crosslinked starch, starch phosphate, hydroxypropyl distarch phosphate, and mixtures thereof.
Civil engineering machine assembly for carrying out a civil engineering method, having - a substantially vertical mast, along which a drive carriage with at least one rotary drive is mounted so as to be movable, - at least one elongate ground working tool, which, in order to be moved and introduced into the ground, is arranged on the rotary drive and is driven in rotation by means of the rotary drive, and - at least one cover element that extends along at least part of the mast and which, to form a spray guard, covers at least a section of the circumference of the at least one elongate ground working tool, - wherein a separate additional carriage is mounted on the mast above the drive carriage, and - an upper holding device for attaching an upper end of the at least one cover element is arranged on the additional carriage, characterised in that - the drive carriage with the at least one elongate ground working tool is movable independently of the additional carriage, - in that the additional carriage with the attached cover element is movable on the mast into an upper cover position, in which the at least one cover element extends from the upper cover position along the mast down to a lower cover position on or in the vicinity of the ground, - in that the additional carriage with the cover element clamped in this way can be held in the upper cover position as a holding position during the civil engineering method, and - in that the drive carriage with the at least one elongate ground working tool is movable relative to the additional carriage with the attached cover element. - a substantially vertical mast, along which a drive carriage with at least one rotary drive is mounted so as to be movable, - at least one elongate ground working tool, which, in order to be moved and introduced into the ground, is arranged on the rotary drive and is driven in rotation by means of the rotary drive, and - at least one cover element that extends along at least part of the mast and which, to form a spray guard, covers at least a section of the circumference of the at least one elongate ground working tool, - wherein a separate additional carriage is mounted on the mast above the drive carriage, and - an upper holding device for attaching an upper end of the at least one cover element is arranged on the additional carriage, - the drive carriage with the at least one elongate ground working tool is movable independently of the additional carriage, - in that the additional carriage with the attached cover element is movable on the mast into an upper cover position, in which the at least one cover element extends from the upper cover position along the mast down to a lower cover position on or in the vicinity of the ground, - in that the additional carriage with the cover element clamped in this way can be held in the upper cover position as a holding position during the civil engineering method, and - in that the drive carriage with the at least one elongate ground working tool is movable relative to the additional carriage with the attached cover element.
A cap for a drinking bottle, in particular for infants and small children, having • a peripheral cap sidewall, • at least one retaining element on the bottom edge of the cap side wall for releasably retaining the cap on a drinking bottle, • a cap bottom connected to the top edge of the cap sidewall, wherein • the cap bottom has a peak region bulging inwardly into the cap bottom in the center and • an inwardly bulging sealing surface adjacent to the peak region and surrounding it, characterized in that • the radii of curvature in the peak region are smaller or the same size as the radii of curvature in the region of the sealing surface such that a bottle teat with a suction part with an elevated surface bulging to the outside and having at least one drinking hole can be positioned on the sealing surface to seal a dome-shaped palate-contacting region. • a peripheral cap sidewall, • at least one retaining element on the bottom edge of the cap side wall for releasably retaining the cap on a drinking bottle, • a cap bottom connected to the top edge of the cap sidewall, wherein • the cap bottom has a peak region bulging inwardly into the cap bottom in the center and • an inwardly bulging sealing surface adjacent to the peak region and surrounding it, characterized in that • the radii of curvature in the peak region are smaller or the same size as the radii of curvature in the region of the sealing surface such that a bottle teat with a suction part with an elevated surface bulging to the outside and having at least one drinking hole can be positioned on the sealing surface to seal a dome-shaped palate-contacting region.
A system for use in determining the relative position of first (1012; 1212; 1312; 1412; 1512; 1612) and second (1014; 1214; 1314; 1414; 1514; 1614) parts of a downhole arrangement, the system comprising: a plurality of indicator elements (1016; 1116; 1216; 1316; 1416; 1516; 1616) having a predetermined spatial arrangement relative to the first part of the downhole arrangement, each indicator element capable of providing a distinct electromagnetic field; and a sensor element (1022; 1222; 1354; 1454; 1554; 1654) which is capable of sensing respective electromagnetic fields coupled from each of the indicator elements, wherein the second part of the downhole arrangement selectively extends between the sensor element and one or more of the indicator elements according to the relative position of the first and second parts of the downhole arrangement. a plurality of indicator elements (1016; 1116; 1216; 1316; 1416; 1516; 1616) having a predetermined spatial arrangement relative to the first part of the downhole arrangement, each indicator element capable of providing a distinct electromagnetic field; and a sensor element (1022; 1222; 1354; 1454; 1554; 1654) which is capable of sensing respective electromagnetic fields coupled from each of the indicator elements, wherein the second part of the downhole arrangement selectively extends between the sensor element and one or more of the indicator elements according to the relative position of the first and second parts of the downhole arrangement.
Band guard (1, 1a-1d) for a radio communication system (100, 120) in which a fixed sequence (102a-102f) of frequencies f to be used is assigned to each participant (101a-101f, 121a-121f), comprising measuring means for determining a time-frequency representation of the usage of at least one frequency band of the radio communication system, characterised in that the band guard (1, 1a-1d) comprises additionally a storage for the fixed sequences (102a-102f) and an evaluation unit, wherein the evaluation unit is configured to break down the time-frequency representation by comparing the actual frequency usage with the fixed sequences (102a-102f) assigned to the individual participants (101a-101f, 121a-121f) into a plausible part having the fixed sequences (101a-101f) and a part contradicting the fixed sequences (102a-102f).
Method for monitoring track sections (n-1, n, n+1), which are travelled by rail vehicles, having two rails (A, B) arranged in parallel, which have mutually insulated rail sections (A n; B n) and which have at least one incoupling point (3 A1, 3 B1) and at least one outcoupling point (3 A1, 3 B1), via which at least one measurement device (10 n; 10 n+1) couples inputs interrogation signals into at least one of track sections (n) to be monitored and couples response signals out therefrom, characterized in that the interrogation signals are coupled into the at least one incoupling point (3 A1, 3 B1) and response signals are coupled out of the at least one outcoupling point (3 A1, 3 B1) and that the track section (n) is subdivided into one or more sectors (S1,..., Sz), in each of which at least one response module (5 1; 5 11, 5 12) is connected to the two rail sections (A n; B n) or is arranged between, which individually changes signals supplied by the measurement device (10 n; 10 n+1) or provides individual response signals related thereto to the rail sections (A n; B n) and that the at least one measurement device (10 n; 10 n+1) examines the change in the signals and/or the individual response signals and assigns the signals to a corresponding occupancy state.
A laboratory automation assembly comprising a laboratory automation system and at least a temporary parking station for conveying devices, each containing only one container of biological products, suitable for interfacing with said laboratory automation system which comprises a conveyor belt with at least one dispatching lane for said conveying devices, characterized in that it includes at said dispatching lane a stop gate adapted to queue the conveying devices let into the station and to release only one of said conveying devices at each step, said conveying device proceeding along said dispatching lane to a diverter fitted on a motorized belt, parallel to the dispatching lane, adapted to move said diverter in steps in either one direction or the other from a start of travel position to an end of travel position, said steps of the diverter being timed with said steps of the stop gate, said diverter being adapted to divert for each of said steps only one of said conveying devices on a main conveyor belt moveable in a direction perpendicular to the motorized belt, said main conveyor belt being adapted to convey the conveying devices over a head belt, said conveying devices accumulating in tidy rows on the head belt and on the main conveyor belt, said head belt sliding perpendicularly to said main conveyor belt and being adapted to convey the conveying devices over a return belt parallel to said main conveyor belt and sliding in opposite direction, adapted to return the conveying devices over the dispatching lane of the conveyor belt.
An identification device for receiving a first signal and transmitting a second signal, the device comprising: a receiving means for receiving the first signal and employing the first signal to generate a voltage; wherein the receiving means generates a first current from the voltage; an integrated circuit;; a connection between the receiving means and the integrated circuit a transmission means for generating the second signal; characterised in that the integrated circuit comprises a state selection means arranged to select whether the device is in a first state or a second state; wherein relative to the second state, a relatively larger amount of the first current flows through the receiving means when the device is in the first state; and wherein relative to the first state, a relatively smaller amount of the first current flows through the receiving means when the device is in the second state, wherein the integrated circuit is arranged to adjust a current flowing through the receiving means, the current being either the relatively larger current or the relatively smaller current; and wherein the state selection means comprises a digital circuit arranged to select the first or second state according to a predetermined algorithm. a receiving means for receiving the first signal and employing the first signal to generate a voltage; wherein the receiving means generates a first current from the voltage; an integrated circuit;; a connection between the receiving means and the integrated circuit a transmission means for generating the second signal; characterised in that the integrated circuit comprises a state selection means arranged to select whether the device is in a first state or a second state; wherein relative to the second state, a relatively larger amount of the first current flows through the receiving means when the device is in the first state; and wherein relative to the first state, a relatively smaller amount of the first current flows through the receiving means when the device is in the second state, wherein the integrated circuit is arranged to adjust a current flowing through the receiving means, the current being either the relatively larger current or the relatively smaller current; and wherein the state selection means comprises a digital circuit arranged to select the first or second state according to a predetermined algorithm.
A computer-implemented method for providing an impact list of affecting equipment elements that affect an industrial sub-process, wherein affecting the industrial sub-process comprises to control or influence otherwise the sub-process' flow of material, of energy, of information, and/or of other aspects, the method comprising the steps of: selecting, in a topology model, the sub-process, wherein the topology model is a piping and instrumentation diagram, P&ID, wherein the sub-process is an equipment element that is a part of an industrial plant or process, and wherein the topology model is a graph, whose nodes represent equipment elements and whose edges represent interconnections between the equipment elements; traversing the nodes of the topology model, wherein the traversing starts from the selected sub-process and uses a traversing strategy; and for each of the at least one equipment elements, if the equipment element affects the industrial sub-process by an affecting degree greater than a first predefined affecting degree, adding the equipment element to the impact list of affecting equipment elements, for a fast fixing of errors of the industrial sub-process. selecting, in a topology model, the sub-process, wherein the topology model is a piping and instrumentation diagram, P&ID, wherein the sub-process is an equipment element that is a part of an industrial plant or process, and wherein the topology model is a graph, whose nodes represent equipment elements and whose edges represent interconnections between the equipment elements; traversing the nodes of the topology model, wherein the traversing starts from the selected sub-process and uses a traversing strategy; and for each of the at least one equipment elements, if the equipment element affects the industrial sub-process by an affecting degree greater than a first predefined affecting degree, adding the equipment element to the impact list of affecting equipment elements, for a fast fixing of errors of the industrial sub-process.
An implantable device configured to detect an electrophysiological signal in a tissue, wherein the device comprises a first electrode (606, 810) and a second electrode (608, 812) configured to engage a tissue and detect an electrophysiological signal, an integrated circuit comprising a memory, a digital circuit, a power circuit comprising an energy storage capacitor, and a modulation circuit configured to modulate a current based on the electrophysiological signal, wherein the digital circuit is configured to execute one or more programs stored on the implantable device to operate the modulation circuit by transmitting a digitized signal to the modulation circuit based on the detected electrophysiological signal; an ultrasonic transducer configured to emit an ultrasonic backscatter encoding the electrophysiological signal from the tissue based on the modulated current. wherein the device comprises a first electrode (606, 810) and a second electrode (608, 812) configured to engage a tissue and detect an electrophysiological signal, an integrated circuit comprising a memory, a digital circuit, a power circuit comprising an energy storage capacitor, and a modulation circuit configured to modulate a current based on the electrophysiological signal, wherein the digital circuit is configured to execute one or more programs stored on the implantable device to operate the modulation circuit by transmitting a digitized signal to the modulation circuit based on the detected electrophysiological signal; an ultrasonic transducer configured to emit an ultrasonic backscatter encoding the electrophysiological signal from the tissue based on the modulated current.
A feminine hygiene article (10, 11) having a body-facing surface, a first end region and a second end region, said feminine hygiene article (10, 11) being for placement in an undergarment having a crotch portion bounded on opposite sides by portions of curved leg openings, said feminine hygiene article (10, 11) comprising at least one functional enhancement indicator visible from said body-facing surface, said functional enhancement indicator corresponding to at least one functionally-enhanced portion of said feminine hygiene article (10, 11), wherein said functional enhancement indicator is nearer said first end than said second end of said feminine hygiene article (10, 11) and wherein said functional enhancement indicator is chosen from the group consisting of printed marks, colored marks, visible indicia or texture, and combinations thereof.
A method for controlling a pulsed laser, the method comprising: firing the laser to produce a series of laser pulses; generating a correlation between energies of the pulses and a laser operation parameter, wherein the laser operation parameter is the voltage used to fire a laser pulse, the correlation defining differing rates of change in pulse energy with changes in voltage; generating a first laser pulse by applying a first voltage to the laser; and determining a second voltage for the laser so as to generate a second pulse with a desired pulse energy using the correlation, wherein the second voltage, V new, is calculated from the first voltage, V old, using a damping factor D and a desired change in energy ΔE between the energy of the first pulse and the desired energy according to an equation: V new = V old + D ⋅ Δ E 2 c 1 V old + c 2 in which generating a correlation comprises identifying constants c 1 and c 2. firing the laser to produce a series of laser pulses; generating a correlation between energies of the pulses and a laser operation parameter, wherein the laser operation parameter is the voltage used to fire a laser pulse, the correlation defining differing rates of change in pulse energy with changes in voltage; generating a first laser pulse by applying a first voltage to the laser; and determining a second voltage for the laser so as to generate a second pulse with a desired pulse energy using the correlation, wherein the second voltage, V new, is calculated from the first voltage, V old, using a damping factor D and a desired change in energy ΔE between the energy of the first pulse and the desired energy according to an equation: V new = V old + D ⋅ Δ E 2 c 1 V old + c 2 in which generating a correlation comprises identifying constants c 1 and c 2.
A compound having a structure of Formula, or a pharmaceutically acceptable salt, or solvate thereof: wherein, R 1 is hydrogen; R 2 is selected from the group consisting of halogen, and C 1-8 alkyl; R 3 is selected from the group consisting of halogen, arylalkoxy, and heteroarylalkoxy, and R 3 may be optionally substituted with 1 to 3 independent R 6; each R 6 is independently selected from the group consisting of hydrogen, halogen, C 1-8 alkyl, C 1-8 haloalkyl, C 1-8 alkoxy, cyano, and methanesulfonyl. R 1 is hydrogen; R 2 is selected from the group consisting of halogen, and C 1-8 alkyl; R 3 is selected from the group consisting of halogen, arylalkoxy, and heteroarylalkoxy, and R 3 may be optionally substituted with 1 to 3 independent R 6; each R 6 is independently selected from the group consisting of hydrogen, halogen, C 1-8 alkyl, C 1-8 haloalkyl, C 1-8 alkoxy, cyano, and methanesulfonyl.
A method for controlling transmission power of a downlink CDMA signal by determining a mode of a base station as primary or non-primary, wherein the base station is connected with a mobile station for soft handover, comprising the steps of: receiving a base station identification code from the mobile station; characterized by measuring an amount of loss of the received base station identification code; determining the mode of the base station as non-primary when the received base station identification code is not identical to the base station identification code of the receiving base station and if the amount of loss of the received base station identification code is less than a threshold; determining the mode of the base station as primary when the received base station identification code is identical to the base station identification code of the receiving base station or if the amount of loss of the base station identification code exceeds the threshold; controlling downlink CDMA signal transmission by setting the downlink CDMA signal transmission to a normally controlled level if the mode is determined as primary; and controlling downlink CDMA signal transmission by stopping the downlink CDMA signal transmission or restricting the transmission power of the downlink CDMA signal to a predetermined minimum transmission power value if the mode is determined as non-primary. receiving a base station identification code from the mobile station; characterized by measuring an amount of loss of the received base station identification code; determining the mode of the base station as non-primary when the received base station identification code is not identical to the base station identification code of the receiving base station and if the amount of loss of the received base station identification code is less than a threshold; determining the mode of the base station as primary when the received base station identification code is identical to the base station identification code of the receiving base station or if the amount of loss of the base station identification code exceeds the threshold; controlling downlink CDMA signal transmission by setting the downlink CDMA signal transmission to a normally controlled level if the mode is determined as primary; and controlling downlink CDMA signal transmission by stopping the downlink CDMA signal transmission or restricting the transmission power of the downlink CDMA signal to a predetermined minimum transmission power value if the mode is determined as non-primary.