mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a first portion to receive first color ink particles within a first fluid onto a substrate to form an image; a first charge source to emit first polarity charges to charge the first color ink particles to move through the first fluid to become electrostatically fixed relative to the substrate; a second portion to receive, relative to the substrate, second ink particles within a second fluid to further form the image; and a second charge source to emit opposite, second polarity charges to charge the second ink particles to move through at least the second carrier fluid and to charge the first color ink particles to electrostatically fix both the first and second color ink particles, relative to the substrate; the device being characterized in that along a travel path of the substrate, the second portion is downstream from the first charge source and the second charge source is downstream from the second portion. a first portion to receive first color ink particles within a first fluid onto a substrate to form an image; a first charge source to emit first polarity charges to charge the first color ink particles to move through the first fluid to become electrostatically fixed relative to the substrate; a second portion to receive, relative to the substrate, second ink particles within a second fluid to further form the image; and a second charge source to emit opposite, second polarity charges to charge the second ink particles to move through at least the second carrier fluid and to charge the first color ink particles to electrostatically fix both the first and second color ink particles, relative to the substrate; the device being characterized in that along a travel path of the substrate, the second portion is downstream from the first charge source and the second charge source is downstream from the second portion.
A computation resource control method, comprising: acquiring a highest frequency supported by a first computation resource for operation in a device; determining a cooling room number corresponding to the highest frequency according to a predetermined rule, wherein a cooling room demand table is preset and stored in the device, and correspondences between preset frequency points and cooling room numbers are recorded in the cooling room demand table; and determining a specific number of second computation resources, and disabling the specific number of second computation resources, wherein the specific number is the same as the cooling room number, wherein the disabled second computation resources are called as cooling rooms. acquiring a highest frequency supported by a first computation resource for operation in a device; determining a cooling room number corresponding to the highest frequency according to a predetermined rule, wherein a cooling room demand table is preset and stored in the device, and correspondences between preset frequency points and cooling room numbers are recorded in the cooling room demand table; and determining a specific number of second computation resources, and disabling the specific number of second computation resources, wherein the specific number is the same as the cooling room number, wherein the disabled second computation resources are called as cooling rooms.
A filter comprising a tubular core with a plurality of apertures and a hollow interior, said core having an open end for fluid communication with the hollow interior, a length of yarn wound in a series of at least three layers around an outer surface of the core, wherein the first layer closest to the surface of the core comprises at least 5 windings of the yarn, the second layer comprises at least 6 windings of the yarn and the third layer comprises at least 10 windings of the yarn and wherein at least two consecutive layers have been wound in accordance with different winding patterns.
A motor controller (200; 400) of an air conditioner, comprising: an inverter (220; 420) including a plurality of switching elements and adapted to convert a DC voltage, received by the inverter through switching operations of the switching elements, into an AC voltage and supply the converted voltage to a motor (250; 450); characterized in that, an angle calculation unit arranged to calculate a phase angle of a current command value based on an output current flowing through the motor; and a microcomputer (230; 430) arranged to output an inverter switching control signal (Sic) to control the switching elements of the inverter based on the calculated phase angle, wherein the microcomputer (230; 430) comprises: an estimation unit that estimates a velocity based on the output current flowing through the motor; a current command generator that generates d,q-axis current command values based on the estimated velocity, a velocity command value, and the calculated phase angle; a voltage command generator that generates d,q-axis voltage command values based on the d,q-axis current command values and the output current; and a switching control signal output unit that outputs the inverter switching control signal (Sic) based on the d,q-axis voltage command values. an inverter (220; 420) including a plurality of switching elements and adapted to convert a DC voltage, received by the inverter through switching operations of the switching elements, into an AC voltage and supply the converted voltage to a motor (250; 450); characterized in that, an angle calculation unit arranged to calculate a phase angle of a current command value based on an output current flowing through the motor; and a microcomputer (230; 430) arranged to output an inverter switching control signal (Sic) to control the switching elements of the inverter based on the calculated phase angle, wherein the microcomputer (230; 430) comprises: an estimation unit that estimates a velocity based on the output current flowing through the motor; a current command generator that generates d,q-axis current command values based on the estimated velocity, a velocity command value, and the calculated phase angle; a voltage command generator that generates d,q-axis voltage command values based on the d,q-axis current command values and the output current; and a switching control signal output unit that outputs the inverter switching control signal (Sic) based on the d,q-axis voltage command values. an estimation unit that estimates a velocity based on the output current flowing through the motor; a current command generator that generates d,q-axis current command values based on the estimated velocity, a velocity command value, and the calculated phase angle; a voltage command generator that generates d,q-axis voltage command values based on the d,q-axis current command values and the output current; and a switching control signal output unit that outputs the inverter switching control signal (Sic) based on the d,q-axis voltage command values.
Method for controlling an assistance system of a motor vehicle, wherein the assistance system comprises a driver assistance system, comprising the steps of: - monitoring a driving situation of the motor vehicle by the driver assistance system of the motor vehicle; - determining at least one handling option for the driver from the monitored driving situation by means of a control device of the assistance system and specifically taking into account data retrievable by means of the control device independently of a user input to the assistance system; - issuing a request to provide a function of the assistance system to the driver corresponding to the handling option, through an output device of the assistance system; - detecting a response of the driver by a detection device of the assistance system; and - providing the function of the assistance system depending on the response detected by the control device, characterised in that the function of the assistance system comprises a function of the driver assistance system relating to an overtaking manoeuvre and/or a lane choice and/or a change of lane choice, and if the assistance system in a semi-autonomous or autonomous driving mode in a driving situation does not arrive at an unambiguous result, the assistance system itself offers the driver several handling options and controls the assistance system corresponding to the response, so that the determination of the handling option by the control device supplies at least two different results that are rated as equivalent by the control device, and the request to provide the function relates to a selection from the among the functions corresponding to the different results. - monitoring a driving situation of the motor vehicle by the driver assistance system of the motor vehicle; - determining at least one handling option for the driver from the monitored driving situation by means of a control device of the assistance system and specifically taking into account data retrievable by means of the control device independently of a user input to the assistance system; - issuing a request to provide a function of the assistance system to the driver corresponding to the handling option, through an output device of the assistance system; - detecting a response of the driver by a detection device of the assistance system; and - providing the function of the assistance system depending on the response detected by the control device,
Process for producing tyres for vehicles wheels, said process comprising the following steps: obtaining at least one crossilnkable elastomeric material; making a raw tyre by assembling a plurality of structural elements, at least one of which comprising said at least one crosslinkable elastomeric material; molding and crosslinking the raw tyre so as to obtain a finished tyre; wherein the step of obtaining said at least one crosslinkable elastomeric material includes: (i) mixing at least one layered clay (a), at least one further filler (b) and at least one elastomer (c), so as to at least partially delaminate said at least one layered clay within the at least one elastomer; (ii) adding to the mixture prepared in step (i) at least one quaternary alkyl onium cation (d) selected from quaternary alkyl ammonium or quaternary alkyl phosphonium or mixture thereof. obtaining at least one crossilnkable elastomeric material; making a raw tyre by assembling a plurality of structural elements, at least one of which comprising said at least one crosslinkable elastomeric material; molding and crosslinking the raw tyre so as to obtain a finished tyre; (i) mixing at least one layered clay (a), at least one further filler (b) and at least one elastomer (c), so as to at least partially delaminate said at least one layered clay within the at least one elastomer; (ii) adding to the mixture prepared in step (i) at least one quaternary alkyl onium cation (d) selected from quaternary alkyl ammonium or quaternary alkyl phosphonium or mixture thereof.
A laser scanner system, comprising two or more laser scanners (3a, 3b) installed on a movable object and a main control device, wherein said laser scanners each have a distance measuring unit and are arranged as a TOF type which performs distance measurement by rotary projection of a pulsed light, wherein said distance measuring unit has a light emitting source for emitting a pulsed light and a distance measuring light detector for receiving a reflection light from an object to be measured, characterized in that said main control device produces a selection signal which is a rectangular wave with an equal time interval, wherein each of said distance measuring units of said laser scanners, which is alternately selected based on said selection signal, performs distance measurement on said light emitting source by emitting a pulsed light, wherein said laser scanner, which performs distance measurement at the same time, is a selected one, detects said reflection light only while said selection signal to a next selection signal is issued, carries out maskings (73a, 73b) to said distance measuring light detector at a different timing in such a manner that detectable ranges of the laser scanner do not overlap and is configured so as to restrict the detection of the reflection light.
User equipment, comprising: a sending unit, configured to send a random access preamble to a base station on a physical random access channel, PRACH, wherein the PRACH corresponds to at least one acquisition indicator channel, AICH; a detection unit, configured to detect auxiliary indication information and detect, on the at least one AICH, feedback information sent by the base station, wherein the feedback information comprises acquisition indicator, AI, information and extended acquisition indicator, EAI, information; and a determining unit, configured to determine, according to the feedback information and the auxiliary indication information, a resource index of a target resource allocated by the base station in M uplink transmission resources, wherein M is an integer greater than 32; characterized in that the determining unit is further configured to: when the AI information is an acknowledgement, ACK, determine a resource index of a default resource as the resource index of the target resource; or when the AI information is a negative acknowledgement, NACK, determine, according to the auxiliary indication information, a resource index range indicated by the EAI information and determine a resource index corresponding to a value of the EAI information as the resource index of the target resource. a sending unit, configured to send a random access preamble to a base station on a physical random access channel, PRACH, wherein the PRACH corresponds to at least one acquisition indicator channel, AICH; a detection unit, configured to detect auxiliary indication information and detect, on the at least one AICH, feedback information sent by the base station, wherein the feedback information comprises acquisition indicator, AI, information and extended acquisition indicator, EAI, information; and a determining unit, configured to determine, according to the feedback information and the auxiliary indication information, a resource index of a target resource allocated by the base station in M uplink transmission resources, wherein M is an integer greater than 32; characterized in that the determining unit is further configured to: when the AI information is an acknowledgement, ACK, determine a resource index of a default resource as the resource index of the target resource; or when the AI information is a negative acknowledgement, NACK, determine, according to the auxiliary indication information, a resource index range indicated by the EAI information and determine a resource index corresponding to a value of the EAI information as the resource index of the target resource.
Conveyor belt, in particular for use as an endless belt in a conveyor device or in a cardboard blank stacking device, which extends in a transport direction and a transverse direction extending transversely to the transport direction, the conveyor belt having a front side intended for the support of goods to be transported and a rear side facing away from the front side, the conveyor belt comprising a carrier and a plurality of coating strips arranged at a distance from one another and consisting of a coating material, the carrier being connected to the coating strips, in particular being at least partially embedded in the coating strips,, the carrier being a spiral link belt, characterized in that the carrier has regions in which it is free of coating material, the carrier not having coating material on either of its two sides or in its interior in these regions.
A method for hybrid automatic repeat request acknowledgement, HARQ-ACK, feedback for a physical downlink control channel, PDCCH, without scheduling data, performed by a terminal and comprising receiving configuration information of higher layer signaling, wherein the configuration information is used for determining a format of HARQ-ACK feedback information in a dynamic HARQ-ACK codebook for the PDCCH without scheduling data; and in a case that the PDCCH without scheduling data is detected, feeding back, based on a quantity of bits of the HARQ-ACK feedback information and the format of the HARQ-ACK feedback information, the HARQ-ACK feedback information for the PDCCH without scheduling data in a first sub-codebook, wherein the HARQ-ACK feedback information is an acknowledgement ACK, and the first sub-codebook is used for a transport block, TB, -based HARQ-ACK feedback. receiving configuration information of higher layer signaling, wherein the configuration information is used for determining a format of HARQ-ACK feedback information in a dynamic HARQ-ACK codebook for the PDCCH without scheduling data; and in a case that the PDCCH without scheduling data is detected, feeding back, based on a quantity of bits of the HARQ-ACK feedback information and the format of the HARQ-ACK feedback information, the HARQ-ACK feedback information for the PDCCH without scheduling data in a first sub-codebook, wherein the HARQ-ACK feedback information is an acknowledgement ACK, and the first sub-codebook is used for a transport block, TB, -based HARQ-ACK feedback.
A three-dimensional object forming device, comprising: a tank, configured to contain a liquid forming material; a moving platform, movably disposed above the tank; a light source, disposed under the tank for irradiating the liquid forming material, such that a three-dimensional object (202, 510) is cured layer-by-layer on the moving platform; a controller, coupled to the light source and the moving platform, controlling the moving platform to move, and controlling an intensity of the light source according to slicing data of a digital three-dimensional model, wherein when a target position currently irradiated by the light source is located on a first layer next to the moving platform, the controller maintains the light source to an original intensity, when the target position is not located on the first layer next to the moving platform, and when it is determined that a non-cured hollow layer exists in a predetermined number of layers at one side of the target position opposite to the light source according to the slicing data, the controller correspondingly decreases the intensity of the light source according to the number of layers between the hollow layer and the target position. a tank, configured to contain a liquid forming material; a moving platform, movably disposed above the tank; a light source, disposed under the tank for irradiating the liquid forming material, such that a three-dimensional object (202, 510) is cured layer-by-layer on the moving platform; a controller, coupled to the light source and the moving platform, controlling the moving platform to move, and controlling an intensity of the light source according to slicing data of a digital three-dimensional model, wherein when a target position currently irradiated by the light source is located on a first layer next to the moving platform, the controller maintains the light source to an original intensity, when the target position is not located on the first layer next to the moving platform, and when it is determined that a non-cured hollow layer exists in a predetermined number of layers at one side of the target position opposite to the light source according to the slicing data, the controller correspondingly decreases the intensity of the light source according to the number of layers between the hollow layer and the target position.
A method for monitoring individual metabolic response and for generating nutritional feedback enabling to monitor the effect of consumed food and beverage for a qualified subject, wherein the qualified subject has a stable fasting glucose level without having to use exogenous insulin, involving monitoring of a glucose level in the qualified subject, comprising the steps of: a) consecutively performing a plurality of measurements of a glucose level in the qualified subject by a measuring device (100; 1 50); b) in the measuring device (100; 150) generating first data corresponding to the measured glucose level; c) transmitting the first data to an analysis device; d) in the analysis device generating second data representing at least one measure for variability of a glucose level of the subject from a time-series of glucose measurements represented by the first data; e) comparing the second data with reference data and further processing a result of the comparison for generating a conclusion about the effect of foodstuffs consumed by the subject on individual glycemic response of the subject; and f) providing feedback corresponding to the conclusion on an output device. a) consecutively performing a plurality of measurements of a glucose level in the qualified subject by a measuring device (100; 1 50); b) in the measuring device (100; 150) generating first data corresponding to the measured glucose level; c) transmitting the first data to an analysis device; d) in the analysis device generating second data representing at least one measure for variability of a glucose level of the subject from a time-series of glucose measurements represented by the first data; e) comparing the second data with reference data and further processing a result of the comparison for generating a conclusion about the effect of foodstuffs consumed by the subject on individual glycemic response of the subject; and f) providing feedback corresponding to the conclusion on an output device.
Loading device, the said device comprising a structure for support of a cradle comprising a loading base, the cradle being mobile relative to the support structure and the cradle being able to be displaced between two positions, i.e. - a first, loading position, in which the loading base is resting on the ground; - a second, rolling position, in which the cradle is supported on the support structure, the device comprising means for displacement of the said cradle between the said positions, whilst maintaining constant the orientation of the said cradle, the said means for displacement comprising at least one pair of pivot connections comprising a low pivot connection, which is substantially close to the said loading base, and a high pivot connection, which is substantially close to the upper part of the said cradle, means (GB, PB) for rendering the said cradle integral with the said support structure by means of the said pair of pivot connections (R1, R2), the maintenance of the orientation of the said cradle during the passage between the said positions being ensured by performing a movement of rotation of the said means (GB, PB) for rendering integral, which give rise to a movement of translation of the cradle by means of the said pair of pivot connections, the device being characterised in that it also comprises a carriage which is mobile in translation relative to the support, the said carriage being rendered integral with the cradle by means of the said low pivot connection, and being rendered integral with the said means for rendering integral by means of a supplementary pivot connection. - a first, loading position, in which the loading base is resting on the ground; - a second, rolling position, in which the cradle is supported on the support structure, the device comprising means for displacement of the said cradle between the said positions, whilst maintaining constant the orientation of the said cradle,