mhurhangee/ep-ind-claims huggingface dataset:
Extruder device for multi-lumen tubular products with multi-coronal arrangement, including: - a main body defining a passage cavity and an average outflow direction, said main body being positionable at the end of an extrusion line, said passage cavity being penetrable by an extrusion material; - an entry surface formed on a first face of the main body and defining a plurality of entry areas afferent to said passage cavity; and - an exit surface formed on a second face of the main body, opposite to said first face, and defining a plurality of exit areas efferent from said passage cavity, characterised in that: it further comprises an expansion portion operatively associated with the exit surface and adapted to mutually orient spontaneous expansive flows of said extrusion material due to die swell, through the exit surface in reciprocal directions of mutual intersection; and - said expansion portion defines an arrangement of passage openings arranged along at least two concentric coronal circumferences having respective differentiated radii, said at least two concentric coronal circumferences defining two respective average diameters which are lower than a maximum diameter of a product obtainable through the device. - a main body defining a passage cavity and an average outflow direction, said main body being positionable at the end of an extrusion line, said passage cavity being penetrable by an extrusion material; - an entry surface formed on a first face of the main body and defining a plurality of entry areas afferent to said passage cavity; and - an exit surface formed on a second face of the main body, opposite to said first face, and defining a plurality of exit areas efferent from said passage cavity, characterised in that: it further comprises an expansion portion operatively associated with the exit surface and adapted to mutually orient spontaneous expansive flows of said extrusion material due to die swell, through the exit surface in reciprocal directions of mutual intersection; and - said expansion portion defines an arrangement of passage openings arranged along at least two concentric coronal circumferences having respective differentiated radii, said at least two concentric coronal circumferences defining two respective average diameters which are lower than a maximum diameter of a product obtainable through the device.
A data transmission method, comprising: determining a data flow mapped onto a data radio bearer, DRB; and controlling a transmission rate of the data flow based on the transmission rate of the data flow, a guaranteed flow bit rate, GFBR, of the data flow, and a maximum flow bit rate, MFBR, of the data flow, wherein the MFBR of the data flow is greater than or equal to the GFBR of the data flow, characterized by the controlling the transmission rate of the data flow based on the transmission rate of the data flow, the GFBR of the data flow, and a MFBR of the data flow comprises: when the transmission rate of the data flow is greater than the GFBR of the data flow and is less than or equal to the MFBR of the data flow in a first transmission period, determining M data packets in the data flow based on the transmission rate of the data flow, the GFBR of the data flow, and the MFBR of the data flow in the first transmission period, wherein M is an integer greater than 0, and M is a difference between a quantity of data packets that can be transmitted according to the transmission rate of the data flow and a quantity of data packets that can be transmitted according to the GFBR of the data flow; buffering the M data packets; and if the transmission rate of the data flow is greater than or equal to the GFBR of the data flow throughout a preset second time period after the buffering the M data packets, discarding the M data packets after the second time period ends. determining a data flow mapped onto a data radio bearer, DRB; and controlling a transmission rate of the data flow based on the transmission rate of the data flow, a guaranteed flow bit rate, GFBR, of the data flow, and a maximum flow bit rate, MFBR, of the data flow, wherein the MFBR of the data flow is greater than or equal to the GFBR of the data flow, characterized by the controlling the transmission rate of the data flow based on the transmission rate of the data flow, the GFBR of the data flow, and a MFBR of the data flow comprises: when the transmission rate of the data flow is greater than the GFBR of the data flow and is less than or equal to the MFBR of the data flow in a first transmission period, determining M data packets in the data flow based on the transmission rate of the data flow, the GFBR of the data flow, and the MFBR of the data flow in the first transmission period, wherein M is an integer greater than 0, and M is a difference between a quantity of data packets that can be transmitted according to the transmission rate of the data flow and a quantity of data packets that can be transmitted according to the GFBR of the data flow; buffering the M data packets; and if the transmission rate of the data flow is greater than or equal to the GFBR of the data flow throughout a preset second time period after the buffering the M data packets, discarding the M data packets after the second time period ends.
Device for a vehicle having a hydraulic actuating unit for controlling the operation of an attachment on the vehicle, the device comprising an electrohydraulic lifting mechanism control system, an evaluation unit and data-carrying connections to a vehicle control system, and a control device assigned to the hydraulic actuating unit, characterized in that the evaluation unit is configured to carry out a method comprising the following steps: a) determining a soil density by means of at least one soil density sensor during the travel of the vehicle, b) comparing the soil density determined with a limiting value, c) modifying the control strategy of the electrohydraulic lifting mechanism control system when the limiting value is reached, wherein the at least one soil density sensor is connected to the control device and the control device is configured to modify the control strategy of the electrohydraulic lifting mechanism control system on the basis of signals from the soil density sensor. a) determining a soil density by means of at least one soil density sensor during the travel of the vehicle, b) comparing the soil density determined with a limiting value, c) modifying the control strategy of the electrohydraulic lifting mechanism control system when the limiting value is reached,
A polymer processing system comprising: a) at least one extruder or mixer; b) at least one pelletizer; c) a screen changer; and d) one or more device(s) for processing polymers nested in the screen changer wherein each device comprises: i) an elongated body having a central axis; characterized in that the device additionally comprises: ii) a plurality of inlet ducts parallel to the central axis; iii) a plurality of outlet ducts parallel to the central axis; and iv) a plurality of transition zones comprising one or more passages and one or more acceleration zones; the device being further characterized in that the one or more passages are not parallel to the central axis and provide fluid communication between at least one inlet duct and at least one outlet duct, and wherein the one or more passages comprise a series of projections. a) at least one extruder or mixer; b) at least one pelletizer; c) a screen changer; and d) one or more device(s) for processing polymers nested in the screen changer wherein each device comprises: i) an elongated body having a central axis; characterized in that the device additionally comprises: ii) a plurality of inlet ducts parallel to the central axis; iii) a plurality of outlet ducts parallel to the central axis; and iv) a plurality of transition zones comprising one or more passages and one or more acceleration zones; i) an elongated body having a central axis; ii) a plurality of inlet ducts parallel to the central axis; iii) a plurality of outlet ducts parallel to the central axis; and iv) a plurality of transition zones comprising one or more passages and one or more acceleration zones;
Method for authorising an action by a multi-level interactive and intuitive authentication of a user for a device comprising at least one series of behavioural biometric data sensors and a series of transmitters of which at least one transmitter is different to a screen, a processing means, a memory and an information output means, said method comprises at least: a) a step of requesting performance of an action from the processing means, b) a step of verification of the necessary level of authentication of the user for the performance of said action by the processing means, c) a step (4 to 7) of adjusting the level of authentication of the user when the level of authentication is insufficient for the performance of said action, d) a step (2 and 3) of authorisation of said action by the processing means, characterised in that said step of adjusting the level of authentication of the user is performed within the device and comprises the following substeps: i) a step of transmission of at least one random or non-random sequence of at least two stimuli by at least one transmitter to the user, ii) a step of sensing of behavioural biometric data of the reactions of the user to said stimuli transmitted during the step of transmission by recording of the sensor or sensors actuated and of the nature of the action carried out on the sensor provided by the signal received, iii) a step of validation of the response of the user during the step of sensing of behavioural biometric data carried out by said processing means by comparing said reaction carried out by the user as a function of the response, to the stimuli, previously recorded in the memory, wherein an expected response defined by a step of conditioning or learning makes it possible to validate the authentication of the user. a) a step of requesting performance of an action from the processing means, b) a step of verification of the necessary level of authentication of the user for the performance of said action by the processing means, c) a step (4 to 7) of adjusting the level of authentication of the user when the level of authentication is insufficient for the performance of said action, d) a step (2 and 3) of authorisation of said action by the processing means, i) a step of transmission of at least one random or non-random sequence of at least two stimuli by at least one transmitter to the user, ii) a step of sensing of behavioural biometric data of the reactions of the user to said stimuli transmitted during the step of transmission by recording of the sensor or sensors actuated and of the nature of the action carried out on the sensor provided by the signal received, iii) a step of validation of the response of the user during the step of sensing of behavioural biometric data carried out by said processing means by comparing said reaction carried out by the user as a function of the response, to the stimuli, previously recorded in the memory, wherein an expected response defined by a step of conditioning or learning makes it possible to validate the authentication of the user.
A loudspeaker enclosure housing a sealed acoustic suspension chamber, the suspension chamber comprising a driver and a passive acoustic diaphragm being arranged on opposite sides of an inner surface of the sealed acoustic suspension chamber, wherein the loudspeaker enclosure also houses a first band-pass chamber connected to the sealed acoustic suspension chamber by the passive acoustic diaphragm, characterised in that the inner surface of the sealed acoustic suspension chamber is substantially spherical.
An apparatus comprising: a flexible membrane; a chamber wall including a surface, the surface including channel surface regions and non-channel surface regions; a combination of the chamber wall and the flexible membrane defining a pump chamber; and a first opening disposed in the chamber wall and extending through the surface to the pump chamber; a second opening disposed in the chamber wall extending through the surface to the pump chamber; the channel surface regions in the chamber wall defining channel pathways extending from the first opening to the second opening; and the channel surface regions including grooves extending radially outward and concentric patterns of grooves intersecting with the radial grooves. a flexible membrane; a chamber wall including a surface, the surface including channel surface regions and non-channel surface regions; a combination of the chamber wall and the flexible membrane defining a pump chamber; and a first opening disposed in the chamber wall and extending through the surface to the pump chamber; a second opening disposed in the chamber wall extending through the surface to the pump chamber; the channel surface regions in the chamber wall defining channel pathways extending from the first opening to the second opening; and the channel surface regions including grooves extending radially outward and concentric patterns of grooves intersecting with the radial grooves.
A pressure control system for an environment to be pressurized, comprising: a controller configured to calculate an environment leakage effective area CdALEAK according to: CdALEAK = f Pc Tc Pa WLEAK wherein: Pc is an environment pressure; Tc is an environment temperature; Pa is an ambient pressure outside of the environment; WLEAK = WECS − WOFV − WAPU; wherein: WECS = air pressure inflow into the environment; WOFV = air pressure outflow to ambient that is outside of the environment; WAPU = f(Tin, Pin, APURPM, Flowfuel) wherein: Tin = inlet temperature to a power source; Pin = inlet pressure to the power source; APURPM = rotational speed of the power source; Flowfuel = power source fuel flow; and a processor in communication with the controller and configured to compare a current CdALEAK value with a control limit; wherein the control limit is based on historical CdALEAK values. a controller configured to calculate an environment leakage effective area CdALEAK according to: CdALEAK = f Pc Tc Pa WLEAK wherein: Pc is an environment pressure; Tc is an environment temperature; Pa is an ambient pressure outside of the environment; WLEAK = WECS − WOFV − WAPU; wherein: WECS = air pressure inflow into the environment; WOFV = air pressure outflow to ambient that is outside of the environment; WAPU = f(Tin, Pin, APURPM, Flowfuel) wherein: Tin = inlet temperature to a power source; Pin = inlet pressure to the power source; APURPM = rotational speed of the power source; Flowfuel = power source fuel flow; and Pc is an environment pressure; Tc is an environment temperature; Pa is an ambient pressure outside of the environment; WLEAK = WECS − WOFV − WAPU; WECS = air pressure inflow into the environment; WOFV = air pressure outflow to ambient that is outside of the environment; WAPU = f(Tin, Pin, APURPM, Flowfuel) Tin = inlet temperature to a power source; Pin = inlet pressure to the power source; APURPM = rotational speed of the power source; Flowfuel = power source fuel flow; and a processor in communication with the controller and configured to compare a current CdALEAK value with a control limit; wherein the control limit is based on historical CdALEAK values.
A visual system for a vehicle for displaying a capturing region (A, B, C) outside the vehicle, comprising a capturing unit attached to the vehicle and comprising at least one capturing device for capturing an image of the capturing region (A, B, C), said capturing region comprising at least two capturing sections (A, B, C, D), wherein capturing region (A, B, C) extends outwardly from a side of the vehicle and comprises said two capturing sections (A, B, C, D), a display unit for the vehicle interior including a display portion having predetermined dimensions, and a calculation unit for processing the image captured by the capturing unit and supplying the same to the display unit for display, wherein the calculation unit is adapted to scale the image of the capturing region (A, B, C) captured by the capturing unit at least in an image-angle direction with a scaling factor (n), wherein the display unit is adapted to display the scaled image (20, 22, 24, 26) in the display portion, the scaled image comprising at least two partial images (20, 22, 24, 26), which correspond to the at least two capturing sections (A, B, C, D), respectively, wherein the scaling factor (n) of the calculation unit is determined dependent on an image angle (φ) of the captured image of the capturing region (A, B, C) and corresponding to a mapping function (f(φ)), and wherein the mapping function (f(φ)) is adapted in accordance with a respective driving situation and comprises at least two different regions in the image angle direction, which regions correspond to the at least two capturing sections, and the curve of the mapping function (f(φ)) shows a jump discontinuity in the transition region between the capturing sections.
A surgical reloadable cartridge assembly (103, 203, 303, 503), comprising: a blade (216, 316, 516) having an opening; a lock slider (214, 314, 414) having a first incline plane and a second incline plane, wherein the lock slider is biased by a spring in a linear proximal direction; and a blade lock (212, 312, 412) having a third incline plane and a fourth incline plane, wherein the entire blade lock is configured to actuate radially outward from a first position to a second position in response to longitudinal movement of the lock slider distally engaging the blade lock and the blade lock is configured to actuate radially inward from the second position to the first position in response to longitudinal movement of the lock slider proximally engaging the blade lock, wherein: in the first position, the blade lock is positioned in the opening of the blade where a first edge of the opening of the blade is in contact with a first sidewall of the blade lock to prevent distal movement of the blade and a second edge of the opening is in contact with a second sidewall of the blade lock to prevent proximal movement of the blade that locks the blade in a secure position when the third incline plane of the blade lock is in contact with the first incline plane of the lock slider; and in the second position, the blade lock is positioned outside of the opening of the blade to allow movement of the blade longitudinally when the second incline plane of the lock slider is in contact with the fourth incline plane of the blade lock. a blade (216, 316, 516) having an opening; a lock slider (214, 314, 414) having a first incline plane and a second incline plane, wherein the lock slider is biased by a spring in a linear proximal direction; and a blade lock (212, 312, 412) having a third incline plane and a fourth incline plane, wherein the entire blade lock is configured to actuate radially outward from a first position to a second position in response to longitudinal movement of the lock slider distally engaging the blade lock and the blade lock is configured to actuate radially inward from the second position to the first position in response to longitudinal movement of the lock slider proximally engaging the blade lock, wherein: in the first position, the blade lock is positioned in the opening of the blade where a first edge of the opening of the blade is in contact with a first sidewall of the blade lock to prevent distal movement of the blade and a second edge of the opening is in contact with a second sidewall of the blade lock to prevent proximal movement of the blade that locks the blade in a secure position when the third incline plane of the blade lock is in contact with the first incline plane of the lock slider; and in the second position, the blade lock is positioned outside of the opening of the blade to allow movement of the blade longitudinally when the second incline plane of the lock slider is in contact with the fourth incline plane of the blade lock.
A process for producing a polyphenol-rich cocoa powder with low fat content comprising: 1.- Peeling the cocoa fruit; 2.- Depulping the seeds; 3.- Blanching the seeds, wherein the depulped cocoa is submersed in water until the internal part of the seed reaches a temperature between 85 and 100°C, which is maintained for a period between 3 and 15 minutes; 4.- Drying the seeds; 5.- Defatting, wherein mechanical pressing is carried out by means of continuous expeller type presses at a temperature between 35°C and 85°C, until reducing the fat to less than 20% by weight; 6.- Stabilizing the defatted product, wherein the temperature of the defatted cocoa solid is reduced to less than 35°C in a continuous cooler with stirring blades; 7.- Grinding; 8.- Micronizing; wherein the cocoa powder is obtained by means of a process in which, an intermediate cooling phase is carried out between the peeling phase and the depulping phase, in which the cocoa beans with their pulp are submersed in cold water at a temperature between 1°C and 20°C for a time period of no more than 3 hours; and wherein the end powder product has a particle size of less than 200 microns in 99% of cocoa powder, with a phenol content of more than 10% by weight of dry matter and a fat content of less than 12% by weight. 1.- Peeling the cocoa fruit; 2.- Depulping the seeds; 3.- Blanching the seeds, wherein the depulped cocoa is submersed in water until the internal part of the seed reaches a temperature between 85 and 100°C, which is maintained for a period between 3 and 15 minutes; 4.- Drying the seeds; 5.- Defatting, wherein mechanical pressing is carried out by means of continuous expeller type presses at a temperature between 35°C and 85°C, until reducing the fat to less than 20% by weight; 6.- Stabilizing the defatted product, wherein the temperature of the defatted cocoa solid is reduced to less than 35°C in a continuous cooler with stirring blades; 7.- Grinding; 8.- Micronizing;
Household dishwasher with a control device for carrying out a washing program selected from a number of washing programs for washing items to be washed arranged in a washing compartment, an optical sensor for acquiring an optical sensor signal of the items to be washed arranged in the washing compartment and an evaluation unit, which is embodied to identify a drying state of the items to be washed arranged in the washing compartment as a function of the acquired optical sensor signal, wherein the optical sensor is embodied as an infra-red sensor, which is configured to acquire a temperature of the items to be washed and to acquire a relative air humidity of air in the washing compartment, wherein the evaluation unit is configured to identify the drying state of the items to be washed as a function of the acquired temperature of the items to be washed and the acquired relative air humidity, wherein the evaluation unit is configured to trigger a predetermined action as a function of the identified drying state of the items to be washed, wherein the predetermined action comprises a termination of the washing program, an extension of the washing program, a setting of a parameter value of the washing program, an output of a notification signal and/or an actuation of a component of the household dishwasher.