mhurhangee/ep-ind-claims huggingface dataset:
A gravure coating apparatus comprising: two frames (101, 102); a first support shaft which is installed between the two frames (101, 102); a rotary spline which is installed between the two frames (101, 102) and in parallel with the first support shaft; an ink container which is installed at a central portion in an interval between the two frames (101, 102) and is configured to store coating ink; and multiple gravure roller modules which are installed to be fitted with the first support shaft and the rotary spline; wherein the multiple gravure roller modules receive rotational force from the rotary spline and move independently along the first support shaft; and wherein the rotary spline is formed in the form of a gear having concave and convex portions which are repeatedly formed in a circumferential direction and extend in an axial direction; and wherein each of the gravure roller modules includes a linear stage which independently moves the corresponding gravure roller module along the first support shaft, wherein, some gravure roller modules, which are positioned at edges of both sides among the multiple gravure roller modules, are configured to be moved and disposed toward the two frames (101, 102) and disposed at positions spaced apart from the ink container, and only the remaining gravure roller module except for the gravure roller modules configured to be moved and disposed toward the two frames (101, 102) and disposed at positions spaced apart from the ink container is disposed to come into contact with the coating ink to perform gravure coating. a first support shaft which is installed between the two frames (101, 102); a rotary spline which is installed between the two frames (101, 102) and in parallel with the first support shaft; an ink container which is installed at a central portion in an interval between the two frames (101, 102) and is configured to store coating ink; and multiple gravure roller modules which are installed to be fitted with the first support shaft and the rotary spline; wherein the multiple gravure roller modules receive rotational force from the rotary spline and move independently along the first support shaft; and wherein the rotary spline is formed in the form of a gear having concave and convex portions which are repeatedly formed in a circumferential direction and extend in an axial direction; and wherein each of the gravure roller modules includes a linear stage which independently moves the corresponding gravure roller module along the first support shaft, wherein, some gravure roller modules, which are positioned at edges of both sides among the multiple gravure roller modules, are configured to be moved and disposed toward the two frames (101, 102) and disposed at positions spaced apart from the ink container, and only the remaining gravure roller module except for the gravure roller modules configured to be moved and disposed toward the two frames (101, 102) and disposed at positions spaced apart from the ink container is disposed to come into contact with the coating ink to perform gravure coating.
A computer program for denoising an ECG signal comprising instructions to cause a terminal as defined in claim 9 to perform the steps comprising: detecting (S101, S201, S301, S401) a CPR signal and a first signal wherein the first signal comprises an ECG signal and a noise of the ECG signal; analyzing (S102, S202, S302, S404) whether the noise of the ECG signal in the first signal correlates with the CPR signal; determining (S103, S203, S307, S409) a filtering method for the first signal according to a degree of the correlation between the noise of the ECG signal and the CPR signal, when the noise of the ECG signal correlates with the CPR signal; further determining (S205, S309, S411) a first filtering method for the first signal, when the degree of the correlation is ascertained to exceed a first value (S204, S308, S410), otherwise, determining (S206, S310, S412) a second filtering method for the first signal; through the first filtering method, the first signal is filtered by a high-order adaptive filter to remove the noise of the ECG signal; through the second filtering method, the first signal is filtered by a low-order adaptive filter to remove the noise of the ECG signal; wherein an order of the high-order adaptive filter is higher than an order of the low-order adaptive filter; and filtering the first signal according to the determined filtering method to remove the noise of the ECG signal. detecting (S101, S201, S301, S401) a CPR signal and a first signal wherein the first signal comprises an ECG signal and a noise of the ECG signal; analyzing (S102, S202, S302, S404) whether the noise of the ECG signal in the first signal correlates with the CPR signal; determining (S103, S203, S307, S409) a filtering method for the first signal according to a degree of the correlation between the noise of the ECG signal and the CPR signal, when the noise of the ECG signal correlates with the CPR signal; further determining (S205, S309, S411) a first filtering method for the first signal, when the degree of the correlation is ascertained to exceed a first value (S204, S308, S410), otherwise, determining (S206, S310, S412) a second filtering method for the first signal; through the first filtering method, the first signal is filtered by a high-order adaptive filter to remove the noise of the ECG signal; through the second filtering method, the first signal is filtered by a low-order adaptive filter to remove the noise of the ECG signal; wherein an order of the high-order adaptive filter is higher than an order of the low-order adaptive filter; and filtering the first signal according to the determined filtering method to remove the noise of the ECG signal.
A communication system, comprising a provider equipment configured to communicate with a plurality of customer premises equipment via lines using discontinuous operation for transmitting data, wherein the provider equipment is configured to: determine a set of bit loading tables for combinations of the lines being in a transmit or quiet mode; set a different bit loading table from the set of bit loading tables based on which lines are transmitting and which are quiet; and transmit the data based on the different bit loading table. determine a set of bit loading tables for combinations of the lines being in a transmit or quiet mode; set a different bit loading table from the set of bit loading tables based on which lines are transmitting and which are quiet; and transmit the data based on the different bit loading table.
Apparatus for monitoring the condition and status of a high voltage bushing used in conjunction with a power transformer, the bushing having a test tap, comprising: a bushing coupler having an input coupled to the test tap of the bushing to generate data signals the coupler including analog to digital converting circuitry (18, 20) for sensing and converting the voltage present on the test tap into corresponding digital data signals and circuitry for wirelessly transmitting the data signals to a bushing monitoring system physically separated from the power transformer, the bushing coupler including a power supply circuit for supplying electrical power thereto; the bushing monitoring system being configured to receive the digital data signals corresponding to the test tap voltage from the bushing coupler without being conductively connected to the bushing coupler or the test tap; characterized in that the power supply circuit is coupled to the test tap and powered by the voltage at the test tap. a bushing coupler having an input coupled to the test tap of the bushing to generate data signals the coupler including analog to digital converting circuitry (18, 20) for sensing and converting the voltage present on the test tap into corresponding digital data signals and circuitry for wirelessly transmitting the data signals to a bushing monitoring system physically separated from the power transformer, the bushing coupler including a power supply circuit for supplying electrical power thereto; the bushing monitoring system being configured to receive the digital data signals corresponding to the test tap voltage from the bushing coupler without being conductively connected to the bushing coupler or the test tap; characterized in that the power supply circuit is coupled to the test tap and powered by the voltage at the test tap.
A packaged pharmaceutical product, comprising: a film comprising a product-contacting sealing layer comprising at least 90 wt. % of an ethylene norbornene copolymer having a glass transition temperature in a range from 50°C to 110°C, wherein the product-contacting sealing layer defines a sealed interior volume; and a product comprising a pharmaceutical active agent disposed in the interior volume of the sealed package, wherein the pharmaceutical agent is optionally in contact with the sealing layer, wherein the pharmaceutical active agent comprises a Hansen Solubility Parameter for the product-contacting sealing layer of 0.5 or greater, and wherein the pharmaceutical active agent is selected from the group consisting of fentanyl, nicotine, lidocaine, estradiol, clonidine, ethinyl estradiol, oxybutynin, buprenorphine, granisitron, methylphenidate, and scopolamine. a film comprising a product-contacting sealing layer comprising at least 90 wt. % of an ethylene norbornene copolymer having a glass transition temperature in a range from 50°C to 110°C, wherein the product-contacting sealing layer defines a sealed interior volume; and a product comprising a pharmaceutical active agent disposed in the interior volume of the sealed package, wherein the pharmaceutical agent is optionally in contact with the sealing layer, wherein the pharmaceutical active agent comprises a Hansen Solubility Parameter for the product-contacting sealing layer of 0.5 or greater, and wherein the pharmaceutical active agent is selected from the group consisting of fentanyl, nicotine, lidocaine, estradiol, clonidine, ethinyl estradiol, oxybutynin, buprenorphine, granisitron, methylphenidate, and scopolamine.
Method for producing a cable, which cable ∼ has a conductor (1.1, 2.1, 3.1, 4.1) with individual wires, which conductor is surrounded at least in sections by an insulation (1.2, 2.2, 3.2, 4.2), and ∼ has a sleeve, the said method comprising the following steps: - heating the conductor (1.1, 2.1, 3.1, 4.1) using an induction process, - carrying out a crimping process for the conductor (1.1, 2.1, 3.1, 4.1) to make electrical contact with the sleeve immediately after the conductor (1.1, 2.1, 3.1, 4.1) is heated, wherein, during the crimping process, the sleeve is pressed together with the heated conductor (1.1, 2.1, 3.1, 4.1) in such a way that, firstly, compression of the conductor (1.1, 2.1, 3.1, 4.1) is generated at.a first axial subsection (a) of the conductor (1.1, 2.1, 3.1, 4.1), and subsequently, the compression of the conductor (1.1, 2.1, 3.1, 4.1) is widened to a larger second axial subsection (b, c). ∼ has a conductor (1.1, 2.1, 3.1, 4.1) with individual wires, which conductor is surrounded at least in sections by an insulation (1.2, 2.2, 3.2, 4.2), and ∼ has a sleeve, the said method comprising the following steps: - heating the conductor (1.1, 2.1, 3.1, 4.1) using an induction process, - carrying out a crimping process for the conductor (1.1, 2.1, 3.1, 4.1) to make electrical contact with the sleeve immediately after the conductor (1.1, 2.1, 3.1, 4.1) is heated, wherein, during the crimping process, the sleeve is pressed together with the heated conductor (1.1, 2.1, 3.1, 4.1) in such a way that, firstly, compression of the conductor (1.1, 2.1, 3.1, 4.1) is generated at.a first axial subsection (a) of the conductor (1.1, 2.1, 3.1, 4.1), and subsequently, the compression of the conductor (1.1, 2.1, 3.1, 4.1) is widened to a larger second axial subsection (b, c). - heating the conductor (1.1, 2.1, 3.1, 4.1) using an induction process, - carrying out a crimping process for the conductor (1.1, 2.1, 3.1, 4.1) to make electrical contact with the sleeve immediately after the conductor (1.1, 2.1, 3.1, 4.1) is heated, wherein, during the crimping process, the sleeve is pressed together with the heated conductor (1.1, 2.1, 3.1, 4.1) in such a way that, firstly, compression of the conductor (1.1, 2.1, 3.1, 4.1) is generated at.a first axial subsection (a) of the conductor (1.1, 2.1, 3.1, 4.1), and subsequently, the compression of the conductor (1.1, 2.1, 3.1, 4.1) is widened to a larger second axial subsection (b, c).
Torque measuring cell having a spring body which is buildable or is built into a power transmission part, such as a shaft or actuator rod, comprising: a force introduction portion for absorbing the torque, a force discharge portion for transmitting the torque, an intermediate elastic deformation body coupling the force discharge portion to the force introduction portion such that the torque absorbed by the force introduction portion is transmitted to the force discharge portion, and which at at least one point executes a predetermined elastic deformation movement caused by the torque to be transmitted, and a coding scanning section which at the at least one point of the deformation body is provided following all deformation movements of the at least one point, the deformation body being structured such that the at least one location with the coding scanning section executes the deformation movement in a displacement direction which is dependent on the torque introduced into the force introduction section and which is different from the force introduction direction of the torque introduced into the force introduction section, and wherein the torque measuring cell further comprises sensor means associated with the coding scanning section for scanning the coding scanning section, characterized in that the coding scanning section comprises at least one mountain-valley profile. a force introduction portion for absorbing the torque, a force discharge portion for transmitting the torque, an intermediate elastic deformation body coupling the force discharge portion to the force introduction portion such that the torque absorbed by the force introduction portion is transmitted to the force discharge portion, and which at at least one point executes a predetermined elastic deformation movement caused by the torque to be transmitted, and a coding scanning section which at the at least one point of the deformation body is provided following all deformation movements of the at least one point, the deformation body being structured such that the at least one location with the coding scanning section executes the deformation movement in a displacement direction which is dependent on the torque introduced into the force introduction section and which is different from the force introduction direction of the torque introduced into the force introduction section, and wherein the torque measuring cell further comprises sensor means associated with the coding scanning section for scanning the coding scanning section, characterized in that the coding scanning section comprises at least one mountain-valley profile.
A vehicle test bench for performing testing, measuring and/or setting works on a vehicle located in the vehicle test bench, wherein the vehicle test bench includes a suction device (1, 3, 5) for exhaust gases of the vehicle, wherein the suction device (1, 3, 5) comprises a horizontally-running surface element, which is arranged at the same level as the lane of the vehicle test bench, wherein the horizontally-running surface element comprises, in the center thereof, a closed surface as well as, in the edge region, at least one slit-shaped opening which extends along at least one of the lateral edges of the horizontally-running surface element, and wherein the at least one slit-shaped opening forms the entry region of an exhaust gas evacuation device, in which a negative pressure can be generated, characterized in that surface parts facing upward are arranged along the outer edges of the horizontally-running surface element, which, with forces acting on these surface parts in the horizontal direction, flexibly fold in the horizontal direction in such a way that no damage of the components of the vehicle occurs when touched by components of the vehicle while being travelled-over, and in that after travelling over the surface parts by the components of the vehicle, the surface parts raise again, wherein the at least one slit-shaped opening is arranged within the surface which is bordered by the surface parts.
A system for content delivery over a constrained communications network, the content comprising a channel offering distributable to a plurality of client devices disposed in at least one transport craft comprising an in-transport media server, the plurality of client devices being serviceable by a plurality of carriers, the system being configured to: compute a respective channel popularity score for the channel offering for each carrier of the plurality of carriers based at least in part on respective channel requests for the channel offering aggregated across the respective carrier, the aggregated channel requests originating from respective client devices of the plurality of client devices; publish a plurality of particular bitrate instances of the channel offering as available for request, the plurality of particular bitrate instances being determined based at least in part on the respective channel popularity score for one of the carriers, wherein the published plurality of particular bitrate instances are only those particular bitrate instances corresponding to a subset of bitrates; receive a request, issued by the in-transport media server, for one of the published particular bitrate instances of the channel offering; and deliver the requested published particular bitrate instance of the channel offering to the in-transport media server over the communications network. compute a respective channel popularity score for the channel offering for each carrier of the plurality of carriers based at least in part on respective channel requests for the channel offering aggregated across the respective carrier, the aggregated channel requests originating from respective client devices of the plurality of client devices; publish a plurality of particular bitrate instances of the channel offering as available for request, the plurality of particular bitrate instances being determined based at least in part on the respective channel popularity score for one of the carriers, wherein the published plurality of particular bitrate instances are only those particular bitrate instances corresponding to a subset of bitrates; receive a request, issued by the in-transport media server, for one of the published particular bitrate instances of the channel offering; and deliver the requested published particular bitrate instance of the channel offering to the in-transport media server over the communications network.
A powertrain system comprising: a combustion engine including an intake manifold and an exhaust manifold; a crankshaft driven by the engine; and a turbo-compounding system configured to drive the crankshaft, the turbo-compounding system including a first turbine, a drive system, and a second turbine, the first turbine having an inlet fluidly communicating with the exhaust manifold, the drive system having an input shaft driven by the first turbine and an output shaft engaged with the crankshaft, the second turbine having an inlet in fluid communication with an outlet of the first turbine, characterized in that the drive system is configured to drive the output shaft at more than one drive ratio relative to the input shaft, and the input shaft is solely driven by the first turbine. a combustion engine including an intake manifold and an exhaust manifold; a crankshaft driven by the engine; and a turbo-compounding system configured to drive the crankshaft, the turbo-compounding system including a first turbine, a drive system, and a second turbine, the first turbine having an inlet fluidly communicating with the exhaust manifold, the drive system having an input shaft driven by the first turbine and an output shaft engaged with the crankshaft, the second turbine having an inlet in fluid communication with an outlet of the first turbine, characterized in that the drive system is configured to drive the output shaft at more than one drive ratio relative to the input shaft, and the input shaft is solely driven by the first turbine.
A chemotherapeutic agent and a therapeutic monoclonal antibody specific for a tumor associated antigen for use in inhibiting stage III-IV ovarian cancer tumor growth in a patient, wherein said chemotherapeutic agent is a combination of taxol (paclitaxel) and carboplatin, wherein said therapeutic monoclonal antibody specific for a tumor associated antigen is mAb-B43.13 (oregovomab) and wherein taxol, carboplatin, and mAb-B43.13 are administered according to the following schedule: (a) administering to a stage III-IV ovarian cancer patient a maximum of 6 cycles of chemotherapy, wherein in each cycle the patient is administered taxol and carboplatin; (b) administering to the patient taxol, carboplatin and mAb-B43.13 during cycles 1, 3 and 5 of the maximum of 6 cycles of chemotherapy; (c) administering to the patient a final dose of mAb-B43.13 without concurrent chemotherapy at 12 weeks past cycle 5 of the 6 cycles of chemotherapy, with no follow-up or maintenance therapy, wherein in said 6 cycles of chemotherapy, taxol is administered first. (a) administering to a stage III-IV ovarian cancer patient a maximum of 6 cycles of chemotherapy, wherein in each cycle the patient is administered taxol and carboplatin; (b) administering to the patient taxol, carboplatin and mAb-B43.13 during cycles 1, 3 and 5 of the maximum of 6 cycles of chemotherapy; (c) administering to the patient a final dose of mAb-B43.13 without concurrent chemotherapy at 12 weeks past cycle 5 of the 6 cycles of chemotherapy, with no follow-up or maintenance therapy,
Linear actuator comprising a housing, a reversible electric motor, a transmission, a spindle driven by the electric motor through the transmission, a bearing for embedding the spindle, a spindle nut secured against rotation on the spindle, an outer tube surrounding the spindle, an activation element connected to the spindle nut, a rear mounting designed as a separate element and secured in the housing for mounting of the actuator, and where the rear mounting is furnished with a seat for the bearing of the spindle characte rized in that the seat is connected to an opening, which leads out to the outer side of the rear mounting, so that the bearing of the spindle may be inserted sideways into the seat.
A counter unit comprising: a plurality of signal input terminals to which pulse signals output from a plurality of external output apparatuses are input; an input circuit (21a to 21f) that is connected to each of the plurality of signal input terminals; a single-phase counter that performs counting based on a single-phase pulse signal, and a multi-phase counter that performs counting based on multi-phase pulse signals; and a switching part that switches between whether the input circuit (21a to 21f) is connected to the single-phase counter or the multi-phase counter, characterized in that the multi-phase counter is a three-phase counter that performs counting based on three-phase pulse signals. a plurality of signal input terminals to which pulse signals output from a plurality of external output apparatuses are input; an input circuit (21a to 21f) that is connected to each of the plurality of signal input terminals; a single-phase counter that performs counting based on a single-phase pulse signal, and a multi-phase counter that performs counting based on multi-phase pulse signals; and a switching part that switches between whether the input circuit (21a to 21f) is connected to the single-phase counter or the multi-phase counter, characterized in that the multi-phase counter is a three-phase counter that performs counting based on three-phase pulse signals.