mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for the extraction of ingredients from plant material, in particular alkaloids or tobacco flavors from tobacco material, comprising a first screw conveyor (1, 22) with at least one rotatably driven first screw (8, 25, 26), which is adapted to convey the plant material from a first screw conveyor inlet (3, 37) to a first screw conveyor outlet, and a second screw conveyor (2, 23) with at least one rotatably driven second screw (9, 27, 28), which is adapted to convey the plant material from a second screw conveyor inlet to a second screw conveyor outlet (7, 36), wherein a fluid connection (5, 38) is provided in between the first screw conveyor outlet and the second screw conveyor inlet, the fluid connection (5, 38) being adapted to enable flow of plant material from the first screw conveyor outlet to the second screw conveyor inlet, characterized in that the first screw conveyor (1, 22) has a first fluid outlet (13, 32) at its downstream side, and the second screw conveyor (2, 23) has a second fluid outlet (18, 34) at its downstream side. a first screw conveyor (1, 22) with at least one rotatably driven first screw (8, 25, 26), which is adapted to convey the plant material from a first screw conveyor inlet (3, 37) to a first screw conveyor outlet, and a second screw conveyor (2, 23) with at least one rotatably driven second screw (9, 27, 28), which is adapted to convey the plant material from a second screw conveyor inlet to a second screw conveyor outlet (7, 36), wherein a fluid connection (5, 38) is provided in between the first screw conveyor outlet and the second screw conveyor inlet, the fluid connection (5, 38) being adapted to enable flow of plant material from the first screw conveyor outlet to the second screw conveyor inlet, characterized in that the first screw conveyor (1, 22) has a first fluid outlet (13, 32) at its downstream side, and the second screw conveyor (2, 23) has a second fluid outlet (18, 34) at its downstream side.
A method of controlling a building automation system, the building automation system including a plurality of components and each of the plurality of components associated with point data, the method being operated by a building automation system mobile application of a mobile computing device and comprising: detecting the building automation system and connecting the mobile computing device and a building automation network of the building automation system to establish a communication between the mobile computing device and the building automation network of the building automation system; characterized in that the method further comprises: querying, by the mobile computing device autonomously, point data from the plurality of components of the building automation system via the building automation network; determining components of the building automation system and connections between components of the building automation system based on the point data received from the plurality of components and an equipment library file and generating an initial model of the building automation system, the model including a graphical model that illustrates a physical configuration of the building automation system and a mathematical model that represents an operation of the building automation system, conducting an impulse response testing on the determined components, generating a revised model of the initial model of the building automation system based on the result of the impulse response testing; determining at least one optimization strategy for the revised model of the of the building automation system based on a selection of goals for the building automation system, simulating outputs for the building automation system for the at least one optimization strategy and displaying the simulated outputs on an user interface of the mobile computing device. querying, by the mobile computing device autonomously, point data from the plurality of components of the building automation system via the building automation network; determining components of the building automation system and connections between components of the building automation system based on the point data received from the plurality of components and an equipment library file and generating an initial model of the building automation system, the model including a graphical model that illustrates a physical configuration of the building automation system and a mathematical model that represents an operation of the building automation system, conducting an impulse response testing on the determined components, generating a revised model of the initial model of the building automation system based on the result of the impulse response testing; determining at least one optimization strategy for the revised model of the of the building automation system based on a selection of goals for the building automation system, simulating outputs for the building automation system for the at least one optimization strategy and displaying the simulated outputs on an user interface of the mobile computing device.
An LED screen device, comprising: a scattering cover and an LED screen body, wherein the scattering cover covers a front of the LED screen body, the scattering cover is fixedly connected with the LED screen body; and the size of the scattering cover mutually corresponds to the size of the LED screen body; wherein a front side of the scattering cover is provided with a plurality of ball top structures, and a back side of the scattering cover defines a series of independent grooves, with or without partition structures; and wherein a plurality of LED pixel lamps are provided on the LED screen body, each LED pixel lamp corresponding to a pixel of the LED screen and extending into the grooves, particularly between partition structures, to mutually correspond to the ball top structures, and the filling coefficient reaches at least 93%, and this causes there to be no visible gaps between neighboring pixels, or for any visible gaps to be very small characterized in that the scattering cover is formed of a material with a haze that is not lower than 70 % and uniformly diffuses light emitted by the LED pixel lamps to the size of the physical area occupied by the pixel. a scattering cover and an LED screen body, wherein the scattering cover covers a front of the LED screen body, the scattering cover is fixedly connected with the LED screen body; and the size of the scattering cover mutually corresponds to the size of the LED screen body; wherein a front side of the scattering cover is provided with a plurality of ball top structures, and a back side of the scattering cover defines a series of independent grooves, with or without partition structures; and wherein a plurality of LED pixel lamps are provided on the LED screen body, each LED pixel lamp corresponding to a pixel of the LED screen and extending into the grooves, particularly between partition structures, to mutually correspond to the ball top structures, and the filling coefficient reaches at least 93%, and this causes there to be no visible gaps between neighboring pixels, or for any visible gaps to be very small characterized in that the scattering cover is formed of a material with a haze that is not lower than 70 % and uniformly diffuses light emitted by the LED pixel lamps to the size of the physical area occupied by the pixel.
A device for preparing a bone transplant (100, 200) outside the human or animal body with: a material-removing tool, a base element (101, 201) and at least one holding element (102, 202), wherein the at least one holding element (102, 202) is inserted into the base element (101, 201), wherein a first holding element forms a guide insert and a second holding element forms a holding insert, wherein the base element (101, 201) contains at least one slot (104, 105, 204, 205) for guiding the material-removing tool, wherein a contact surface of the guide insert comprises an angle relative to the slot (204, 205) for guiding the material-removing tool and wherein the holding insert comprises an angle corresponding to the angle of the guide insert relative to the slot (204, 205) for guiding the material-removing tool. a material-removing tool, a base element (101, 201) and at least one holding element (102, 202), wherein the at least one holding element (102, 202) is inserted into the base element (101, 201), wherein a first holding element forms a guide insert and a second holding element forms a holding insert, wherein the base element (101, 201) contains at least one slot (104, 105, 204, 205) for guiding the material-removing tool, wherein a contact surface of the guide insert comprises an angle relative to the slot (204, 205) for guiding the material-removing tool and wherein the holding insert comprises an angle corresponding to the angle of the guide insert relative to the slot (204, 205) for guiding the material-removing tool.
A parison (60; 54) for being blow molded into a medical balloon for a catheter, comprising: a first tubular layer having a functional modification (62; 52); and a second tubular layer (64; 50) adapted for bonding with the first tubular layer to form the blow molded balloon. a first tubular layer having a functional modification (62; 52); and a second tubular layer (64; 50) adapted for bonding with the first tubular layer to form the blow molded balloon.
A laboratory grinder with at least one counter-vibration device which has at least one control unit for providing a counter-vibration signal and at least one controllable vibration-producing unit for converting the counter-vibration signal into counter-vibrations, wherein the vibration-producing unit acts against a device and/or housing component of the laboratory grinder and wherein by means of the counter-vibrations an active vibration reduction of the device and/or housing component and/or an at least partial elimination of background noise-producing vibrations of the device and/or housing component is effected by destructive interference.
Hydraulic system for an automatic transmission, in particular dual-clutch transmission, of a motor vehicle, comprising a high-pressure circuit, in which a pressure accumulator, at least one clutch (K1, K2), and gear selectors (G1 to G4) are connected, and comprising a low-pressure circuit for cooling the clutch, wherein the high-pressure circuit and the low-pressure circuit have at least one hydraulic pump, which can be driven by an electric motor, and comprising a control unit, which activates the electric motor of the hydraulic pump when a pressure accumulator charging requirement is identified, wherein the high-pressure and low-pressure circuits (H, N) are connected via a bypass line with integrated accumulator charging valve, which in a non-charging position fluidically connects the hydraulic pump to the low-pressure circuit and in a charging position fluidically connects the hydraulic pump to the high-pressure circuit, wherein the accumulator charging valve switches automatically from the charging position to the non-charging position at a first switchover time(t U1) if the accumulator pressure (p S) in the high-pressure circuit exceeds an upper pressure threshold value (p max), and switches automatically from the non-charging position to the charging position at a second switchover time (t U2) if the accumulator pressure (p S) drops below a lower pressure threshold value (p min), characterised in that the control unit has a diagnostic module, with which a valve spread diagnosis occurs, in which an actual valve spread (Δp ist) between the lower and upper pressure threshold values (p min, p max) can be determined, and in that the diagnostic module has an analysis unit, which compares the actual valve spread (Δp ist) with a target valve spread (Δp soll) and, in the event of a significant deviation, diagnoses an error condition, which can be stored in a valve spread error memory.
A method for use in a user equipment accessing a communication network, the user equipment using an extended discontinuous reception when the user equipment is in a connected mode with the communication network, wherein the extended DRX comprises extended DRX cycles and offsets, which are based on a value of a specific DRX cycle, the method comprising: receiving signaling from the communication network, the signaling comprising an extended DRX cycle indication and an offset value; calculating an extended DRX cycle from the extended DRX cycle indication and an offset from the offset value, using the value of the specific DRX cycle, wherein the calculating comprises multiplication of the offset value by the value of the specific DRX cycle; and executing the DRX when the user equipment is in the connected mode with the extended DRX cycle calculated and the offset calculated. receiving signaling from the communication network, the signaling comprising an extended DRX cycle indication and an offset value; calculating an extended DRX cycle from the extended DRX cycle indication and an offset from the offset value, using the value of the specific DRX cycle, wherein the calculating comprises multiplication of the offset value by the value of the specific DRX cycle; and executing the DRX when the user equipment is in the connected mode with the extended DRX cycle calculated and the offset calculated.
A method for assessing lymph node metastasis or lymph node metastatic potential of endometrial cancer, comprising a step of measuring an expression level of an expression product of at least one DNA in a biological sample derived from a cancer tissue isolated from an endometrial cancer patient, wherein the DNA comprises a region, represented by SEQ ID NO: 264.
A turbine engine comprising an axis of rotation and an annular flange for attaching a first component to a second component, the first component being a turbopump body and the second component being a turbopump turbine gas inlet duct, the annular attachment flange comprising, seen in cross-section along a plane comprising, at the axis of rotation, an intermediate portion in the general shape of a "U" comprising a core extended by two wings (20, 22), a first end connected to the first component and a second end connected to the second component, the first component being intended to be at a first temperature and the second component being intended to be at a second temperature, the second temperature being higher than the first temperature, the annular attachment flange being configured so that a maximum radial displacement per unit force of the second end is greater than or equal to 10 -9 mm/N and less than or equal to 10 -4 mm/N.
A motion support device, MSD, control unit for a heavy duty vehicle, configured to control one or more MSDs (220, 250) associated with at least one wheel on the vehicle, wherein the MSD control unit is arranged to be communicatively coupled to a vehicle motion management, VMM, unit for receiving control commands from the VMM unit comprising wheel speed and/or wheel slip requests to control vehicle motion by the one or more MSDs (220, 250), where the MSD control unit is arranged to obtain a capability range indicative of an operational regime of the vehicle and the wheel which is considered safe, said capability range indicating a range of wheel behaviors of the wheel for which the VMM unit is allowed to influence the behavior of the wheel by the control commands, wherein the MSD control unit is arranged to monitor wheel behavior and to detect if wheel behavior is outside of the capability range, and to trigger a control intervention function in case the monitored wheel behavior is outside of the capability range. wherein the MSD control unit is arranged to be communicatively coupled to a vehicle motion management, VMM, unit for receiving control commands from the VMM unit comprising wheel speed and/or wheel slip requests to control vehicle motion by the one or more MSDs (220, 250), where the MSD control unit is arranged to obtain a capability range indicative of an operational regime of the vehicle and the wheel which is considered safe, said capability range indicating a range of wheel behaviors of the wheel for which the VMM unit is allowed to influence the behavior of the wheel by the control commands, wherein the MSD control unit is arranged to monitor wheel behavior and to detect if wheel behavior is outside of the capability range, and to trigger a control intervention function in case the monitored wheel behavior is outside of the capability range.
A method of manufacturing an antimicrobial wet-spun fibrous silver wound dressing comprising: a) Dissolving silver nitrate in water; b) Adding sodium chloride or sodium hypochlorite to the silver nitrate solution produced in step a); c) Adding a polymer of required weight into the silver solution produced in step b) to make a silver containing polymer solution, the weight of silver ions to the dry weight of the polymer is 0.01-10% by weight; d) Extruding the silver containing polymer solution into silver antimicrobial fibers through a wet spinning process; e) Converting the silver fibers into fabrics through needle punching non-woven process, chemical bonding non-woven process, a weaving process or a knitting process; f) Cutting, packing and sterilizing the dressing. a) Dissolving silver nitrate in water; b) Adding sodium chloride or sodium hypochlorite to the silver nitrate solution produced in step a); c) Adding a polymer of required weight into the silver solution produced in step b) to make a silver containing polymer solution, the weight of silver ions to the dry weight of the polymer is 0.01-10% by weight; d) Extruding the silver containing polymer solution into silver antimicrobial fibers through a wet spinning process; e) Converting the silver fibers into fabrics through needle punching non-woven process, chemical bonding non-woven process, a weaving process or a knitting process; f) Cutting, packing and sterilizing the dressing.
Blade cascade of a turbomachine, comprising a plurality of blade channels which are each delimited in the peripheral direction by a pressure side of an airfoil and by an opposite suction side of an adjacent airfoil, and are each delimited in the radial direction by two opposing lateral walls (16, 18), at least one lateral wall of each of the blade channels being provided with a lateral wall contouring, the lateral wall contouring being wave-like in the peripheral direction and having at least two elevations (20, 20', 32, 32') and at least one depression (22, 22', 24, 24', 42), or at least two depressions (22, 24, 42) and at least one elevation (20, 32), the amplitudes of the elevations (20, 20', 32, 32') being different from one another, or the amplitudes of the depression (22, 24, 42) being different from one another; characterized in that a depression which is close to a suction side has a larger amplitude (A - 2) than a depression which is remote from a suction side.
A flexible package having security against counterfeiting, comprising: a. -a plurality of panels made of a flexible substrate comprising at least: i. -a front panel; and ii. -a rear panel arranged opposite to the front panel defining an interior space of the package; and b. at least one polymeric security strip portion on at least one panel, wherein a polymeric security strip having high barrier coating, is sealed overlapping the inner or outer surface of the panel edges (106a, 106b), but not overlapping the entire panel, forming three layers structure at the overlapped region, and wherein a security feature is configured on at least one surface of the polymeric security strip at a predefined location or random places or all over the strip surface for securing the package against counterfeiting. a. -a plurality of panels made of a flexible substrate comprising at least: i. -a front panel; and ii. -a rear panel arranged opposite to the front panel defining an interior space of the package; and i. -a front panel; and ii. -a rear panel arranged opposite to the front panel defining an interior space of the package; and b. at least one polymeric security strip portion on at least one panel, wherein a polymeric security strip having high barrier coating, is sealed overlapping the inner or outer surface of the panel edges (106a, 106b), but not overlapping the entire panel, forming three layers structure at the overlapped region, and wherein a security feature is configured on at least one surface of the polymeric security strip at a predefined location or random places or all over the strip surface for securing the package against counterfeiting.
A compact radial-axial mounting with a radial cylindrical roller bearing absorbing radial forces with an outer ring and an inner ring and an axial cylindrical roller bearing absorbing axial forces with a first running disc designed as wavy disc and a second running disc designed as housing disc, characterized in that the outer ring comprises a recess (10, 10', 10") and in this recess (10, 10', 10") the first running disc and a first cylindrical roller rim are arranged in such a manner that a first side of the first running disc in axial direction is supported on the inner ring of the radial cylindrical roller bearing, in that a second side of this running disc forms a first raceway for the first cylindrical roller rim and a shim directly contacting this second side is arranged, in that concentrically to the shim the second running disc is arranged and with a first side forms a second raceway for the first cylindrical roller rim and with a second side forms a third raceway for a second cylindrical roller rim, in that adjacent to the second running disc a third running disc designed as wavy disc is arranged in that a first side of this running disc forms a fourth raceway for the second cylindrical roller rim and the shim directly contacting this first side is arranged, and in that a clamping means contacts the second side of the third running disc, by means of which a force can be applied in axial direction of a shaft.
A method for treating a hydrocarbon containing mercaptans, comprising, (a) contacting a crude oil feed containing mercaptans in the presence of oxygen in a contactor with a treatment solution comprising water, alkali metal hydroxide, a chelated polyvalent metal catalyst, at least one carboxylic acid, wherein the carboxylic acids are present in the treatment solution in the range from about 0.5 wt.% to about 40 wt.% as their alkali metal salts, and at least one alcohol present as its alkali metal salt; (b) oxidizing the mercaptans to disulfide oil in the contactor; and (c) recovering the crude oil and disulfide oil as an upgraded crude oil product. (a) contacting a crude oil feed containing mercaptans in the presence of oxygen in a contactor with a treatment solution comprising water, alkali metal hydroxide, a chelated polyvalent metal catalyst, at least one carboxylic acid, wherein the carboxylic acids are present in the treatment solution in the range from about 0.5 wt.% to about 40 wt.% as their alkali metal salts, and at least one alcohol present as its alkali metal salt; (b) oxidizing the mercaptans to disulfide oil in the contactor; and (c) recovering the crude oil and disulfide oil as an upgraded crude oil product.
A pharmaceutical composition comprising compressible coated microparticles comprising: a. drug particles comprising a drug and/or a pharmaceutically acceptable salt, ester, polymorph, or solvate thereof; b. at least one modified-release membrane layer comprising a water insoluble polymeric material disposed over the drug-containing cores; and c. a compressible coating layer comprising a non-polymeric sweetener, disposed directly over the modified release coated drug particles from (b). a. drug particles comprising a drug and/or a pharmaceutically acceptable salt, ester, polymorph, or solvate thereof; b. at least one modified-release membrane layer comprising a water insoluble polymeric material disposed over the drug-containing cores; and c. a compressible coating layer comprising a non-polymeric sweetener, disposed directly over the modified release coated drug particles from (b).