mhurhangee/patent-ind-claim-en huggingface dataset:
A system for printing a graphics file, the system comprising: a digital front end, DFE, configured to receive the graphics file and an associated job definition ; a raster imaging processor, RIP, configured to convert the graphics file from a native format to RIPped data; a first communication interface configured to stream the RIPped data as an output; a second communication interface, connected to a screening engine processor , the second communication interface configured to receive the streamed RIPped data and the job definition from the DFE and convert the streamed RIPped data to converted RIPped data having a format readable by the screening engine processor , and to pass information from the screening engine processor to the DFE, the screening engine processor configured to generate screened images from the converted RIPped data and the job definition; and a printer processor for converting the screened images and the associated job definition into printing instructions executable by a printing press , wherein for printing graphics files which include variable and fixed elements from instance to instance, the system is configured to segment the RIPped data into two or more non-overlapping parts, the system being further configured to process and store non-overlapping parts relating to fixed elements for re-use by the printing press and to process non-overlapping parts relating to variable elements for each instance, the system being further configured to send additional information to the screening engine processor or to the printing press on how to populate the variable elements. a digital front end, DFE, configured to receive the graphics file and an associated job definition ; a raster imaging processor, RIP, configured to convert the graphics file from a native format to RIPped data; a first communication interface configured to stream the RIPped data as an output; a second communication interface, connected to a screening engine processor , the second communication interface configured to receive the streamed RIPped data and the job definition from the DFE and convert the streamed RIPped data to converted RIPped data having a format readable by the screening engine processor , and to pass information from the screening engine processor to the DFE, the screening engine processor configured to generate screened images from the converted RIPped data and the job definition; and a printer processor for converting the screened images and the associated job definition into printing instructions executable by a printing press , wherein for printing graphics files which include variable and fixed elements from instance to instance, the system is configured to segment the RIPped data into two or more non-overlapping parts, the system being further configured to process and store non-overlapping parts relating to fixed elements for re-use by the printing press and to process non-overlapping parts relating to variable elements for each instance, the system being further configured to send additional information to the screening engine processor or to the printing press on how to populate the variable elements.
Simulation device for an electrically controlled braking apparatus (BBW) for a vehicle, wherein said device is connectable to a pedal group comprising a pedal and a strut moveable with the pedal and translatable by flattening of the pedal by a user, said device comprising: - a contrast body translatable with the strut of the pedal group , translatable along a translation axis (X); - a mobile group provided with a main abutment wall ; - at least one elastic contrast element , positioned between the main abutment wall and the contrast body , so as to be compressible between them; - movement means of the mobile group suitable for being activated to achieve the translation of the mobile group, comprising: a) an electric motor having a motorised axis (Z) slant in relation to the translation axis (X); b) a transmission element , controllable in rotation by the motor , having a rotation axis coinciding with the translation axis (X); c) a movement screw , attachable to a vehicle wall, extending along the translation axis (X), on which the transmission element is engaged; said transmission element being suitable to act on the mobile group to obtain a translation thereof, thus modifying the position of the main abutment wall with respect to the contrast body , wherein the motor and the transmission element are on board the mobile group . - a contrast body translatable with the strut of the pedal group , translatable along a translation axis (X); - a mobile group provided with a main abutment wall ; - at least one elastic contrast element , positioned between the main abutment wall and the contrast body , so as to be compressible between them; - movement means of the mobile group suitable for being activated to achieve the translation of the mobile group, comprising: a) an electric motor having a motorised axis (Z) slant in relation to the translation axis (X); b) a transmission element , controllable in rotation by the motor , having a rotation axis coinciding with the translation axis (X); c) a movement screw , attachable to a vehicle wall, extending along the translation axis (X), on which the transmission element is engaged; a) an electric motor having a motorised axis (Z) slant in relation to the translation axis (X); b) a transmission element , controllable in rotation by the motor , having a rotation axis coinciding with the translation axis (X); c) a movement screw , attachable to a vehicle wall, extending along the translation axis (X), on which the transmission element is engaged;
An integrated circuit for implementing at least a portion of a personal audio device, comprising: an output for providing an output signal to a transducer including both a source audio signal for playback to a listener and an anti-noise signal for countering the effect of ambient audio sounds in an acoustic output of the transducer; an ambient microphone input for receiving an ambient microphone signal (ref) indicative of the ambient audio sounds; an error microphone input for receiving an error microphone signal (err) indicative of the output of the transducer and the ambient audio sounds at the transducer; and a processing circuit that implements a feedback path comprising a compressor having a compressor response in series with a feedback filter having a filter response such that the feedback path has a feedback response which is a product of the compressor response and the filter response and generates a feedback anti-noise signal from the error microphone signal, wherein the compressor response is a function of the ambient microphone signal, and wherein the anti-noise signal comprises at least the feedback anti-noise signal. an output for providing an output signal to a transducer including both a source audio signal for playback to a listener and an anti-noise signal for countering the effect of ambient audio sounds in an acoustic output of the transducer; an ambient microphone input for receiving an ambient microphone signal (ref) indicative of the ambient audio sounds; an error microphone input for receiving an error microphone signal (err) indicative of the output of the transducer and the ambient audio sounds at the transducer; and a processing circuit that implements a feedback path comprising a compressor having a compressor response in series with a feedback filter having a filter response such that the feedback path has a feedback response which is a product of the compressor response and the filter response and generates a feedback anti-noise signal from the error microphone signal, wherein the compressor response is a function of the ambient microphone signal, and wherein the anti-noise signal comprises at least the feedback anti-noise signal.
A memcapacitor, comprising: a source electrode made of a metal material; a first dielectric layer disposed at outer sides of the source electrode in a horizontal direction, the first dielectric layer being in contact with the source electrode ; a programming electrode disposed at outer sides of the first dielectric layer in the horizontal direction, the outer sides of the first dielectric layer not being in contact with the source electrode , the programming electrode being in contact with the first dielectric layer ; a second dielectric layer disposed at an upper surface of the source electrode and an upper surface of the first dielectric layer , the second dielectric layer being in contact with the source electrode and the first dielectric layer ; a reading electrode disposed at an upper surface of the second dielectric layer , wherein the reading electrode , the second dielectric layer and the source electrode form a capacitor , the reading electrode being in contact with the second dielectric layer ; a third dielectric layer disposed at a lower surface of the source electrode and a lower surface of the first dielectric layer , the third dielectric layer being in contact with the source electrode and the first dielectric layer ; and a conductive through hole disposed in the third dielectric layer and located under the source electrode for connecting the source electrode to an external voltage. a source electrode made of a metal material; a first dielectric layer disposed at outer sides of the source electrode in a horizontal direction, the first dielectric layer being in contact with the source electrode ; a programming electrode disposed at outer sides of the first dielectric layer in the horizontal direction, the outer sides of the first dielectric layer not being in contact with the source electrode , the programming electrode being in contact with the first dielectric layer ; a second dielectric layer disposed at an upper surface of the source electrode and an upper surface of the first dielectric layer , the second dielectric layer being in contact with the source electrode and the first dielectric layer ; a reading electrode disposed at an upper surface of the second dielectric layer , wherein the reading electrode , the second dielectric layer and the source electrode form a capacitor , the reading electrode being in contact with the second dielectric layer ; a third dielectric layer disposed at a lower surface of the source electrode and a lower surface of the first dielectric layer , the third dielectric layer being in contact with the source electrode and the first dielectric layer ; and a conductive through hole disposed in the third dielectric layer and located under the source electrode for connecting the source electrode to an external voltage.
Surveying pole comprising: • at least two pole sections being telescopically insertable into each other so that a height adjustment of the pole is provided, • a pointing tip at the lower end of the pole for setting the pole on a terrain point , • a position giving means arranged on the pole, • a height measuring system for measuring the height of the position giving means relative to the terrain point , characterized in that the height measuring system comprises • a magneto-strictive wire placed inside of the pole , • a magnet interacting with the wire , the positioning of the magnet relative to the wire being linked to the height adjustment of the pole , • a sensor circuitry for emitting current pulses through the wire , • a signal transducer , in particular comprising a sensing coil, for transforming mechanical waves of the wire into electrical signals, and • a decoder for evaluating the signals and the current pulses, and therewith deriving the height of the position giving means . • at least two pole sections being telescopically insertable into each other so that a height adjustment of the pole is provided, • a pointing tip at the lower end of the pole for setting the pole on a terrain point , • a position giving means arranged on the pole, • a height measuring system for measuring the height of the position giving means relative to the terrain point , characterized in that the height measuring system comprises • a magneto-strictive wire placed inside of the pole , • a magnet interacting with the wire , the positioning of the magnet relative to the wire being linked to the height adjustment of the pole , • a sensor circuitry for emitting current pulses through the wire , • a signal transducer , in particular comprising a sensing coil, for transforming mechanical waves of the wire into electrical signals, and • a decoder for evaluating the signals and the current pulses, and therewith deriving the height of the position giving means .
A vacuum pump system comprising a main vacuum pump adapted to be connected to a chamber to be evacuated, an auxiliary pump connected to an inlet of said main vacuum pump , a sealing gas supply device , and a control device connected to said sealing gas supply device for switching said sealing gas supply device off and on as a function of a predetermined control variable, characterized in that the predetermined control variable for the sealing gas device and/or the auxiliary vacuum pump as a characteristic value of an electric motor driving the main vacuum pump is the power consumption.
Industrial truck , in particular narrow-aisle fork lift truck, having a lifting frame and a load receiving means which is able to be lifted on the lifting frame and is disposed so as to be able to be lowered, wherein the load receiving means is designed as a swivelling reach fork which has a reach carriage which is movable in a vehicle transverse direction (Q) on the lifting frame , wherein the reach carriage is formed as an integral casting, characterized in that the reach carriage , which is formed as a casting, comprises a L-shaped hollow section , wherein the hollow section has a vertical hollow section portion and a horizontal hollow section portion , wherein a radiused transition is formed between the vertical hollow section portion and the horizontal hollow section portion .
A method of visualizing data by a color image with at least two dimensions, in particular three dimensions, wherein the color image has a plurality of pixels, wherein each pixel is associated with a set of hue (H) parameters, with a set of saturation (S) parameters and with a set of value (V) or rather lightness (L) parameters, wherein the data to be visualized relates to data obtained from a signal received during direction finding, wherein the data to be visualized is assigned to level and azimuth and/or elevation, and wherein the data is represented in the color image by hue (H), saturation (S) and value (V) or rather lightness (L) of the respective pixels, wherein a user selectively assigns hue (H), saturation (S) and/or value (V) or rather lightness (L) of the color image to level, azimuth and/or elevation of the data, and wherein hue (H), saturation (S) and/or value (V) or rather lightness (L) is set by rotating an operation member.
A method of analyzing a behavior of an application operating in a mobile station, comprising: receiving, from a server , generic behavior pattern information that defines malicious behavior that is agnostic to mobile station models or to available sensors on the mobile station; generating, in the mobile station, a mobile-station-model-specific behavior model based on the received generic behavior pattern information and based on one or more mobile station operations performed by the mobile station wherein the mobile-station-model-specific behavior model is generated based on one or more of the mobile station's access to hardware, sensors and a driver; analyzing the behavior of the application operating on the mobile station by applying behavior information collected in the mobile station to the mobile-station-model-specific behavior model; and determining whether the behavior is benign based on a result of applying the collected behavior information to the mobile-station-model-specific behavior model. receiving, from a server , generic behavior pattern information that defines malicious behavior that is agnostic to mobile station models or to available sensors on the mobile station; generating, in the mobile station, a mobile-station-model-specific behavior model based on the received generic behavior pattern information and based on one or more mobile station operations performed by the mobile station wherein the mobile-station-model-specific behavior model is generated based on one or more of the mobile station's access to hardware, sensors and a driver; analyzing the behavior of the application operating on the mobile station by applying behavior information collected in the mobile station to the mobile-station-model-specific behavior model; and determining whether the behavior is benign based on a result of applying the collected behavior information to the mobile-station-model-specific behavior model.
Equipment for breaking and drying plastic film waste to recycle wherein it comprises: - an intake hopper , - a breaker comprising a rotating blade (2.1), - a discharge hopper , - a dosing feeder comprising a worm screw (4.1), and - a ventilator comprising a ventilator inlet port (5.1), ventilation grilles (5.2), a ventilator outlet port (5.3), a turbine (5.4), fan blades (5.5), a transmission (5.6) and a ventilator motor (5.7), wherein the equipment is configured so that in a disintegration stage, the plastic film enters the intake hopper and so that after the plastic has been properly disintegrated by the rotating blade (2.1), the separation and feeding phase begins with the plastic falling due to gravity into the discharge hopper where the dosing feeder separates it further and so that the 3 rd stage, during which drying and transport take place, is carried out into the ventilator wherein the material guided by the dosing feeder enters the ventilator through the ventilator inlet port (5.1) by means of the air flow caused by the movement of the turbine (5.4), which is put into operation by the ventilator motor (5.7) that transmits the movement to the transmission (5.6), which in turn is transmitted to the turbine (5.4) and is conducted to the fan blades (5.5) that promote its final separation, being sent to the ventilator outlet port (5.3). - an intake hopper , - a breaker comprising a rotating blade (2.1), - a discharge hopper , - a dosing feeder comprising a worm screw (4.1), and - a ventilator comprising a ventilator inlet port (5.1), ventilation grilles (5.2), a ventilator outlet port (5.3), a turbine (5.4), fan blades (5.5), a transmission (5.6) and a ventilator motor (5.7),
A method for producing a sesame oil meal extract, the method comprising the steps of: producing a sesame oil meal mixture by adding a solvent to sesame oil meal; ultrasonically extracting the sesame oil meal mixture; filtering and concentrating the ultrasonically extracted extract; and drying the concentrated concentrate, wherein the solvent is water, wherein the sesame oil meal mixture is obtained by mixing the sesame oil meal to the solvent in a weight ratio (w/v) of 1:30, wherein in the ultrasonic extraction step, an ultrasonic treatment is performed under conditions of a frequency of 10 to 50 kHz, a temperature of 20°C to 30°C, 3 to 5 hours, and an amplitude of 70 to 90%, wherein in the concentration step, after the filtration using a housing filter with a filter size between 100 μm and 50 μm, the extract is concentrated under conditions of a temperature of 50°C to 60°C, a stirring of 15 to 25 RPM, a vacuum degree of -1200 to -930 Pascal (-9 to -7 torr), and an evaporation rate of 170 to 190 L/hr, and wherein in the drying step, the concentrated concentrate is lyophilized. producing a sesame oil meal mixture by adding a solvent to sesame oil meal; ultrasonically extracting the sesame oil meal mixture; filtering and concentrating the ultrasonically extracted extract; and drying the concentrated concentrate, wherein the solvent is water, wherein the sesame oil meal mixture is obtained by mixing the sesame oil meal to the solvent in a weight ratio (w/v) of 1:30, wherein in the ultrasonic extraction step, an ultrasonic treatment is performed under conditions of a frequency of 10 to 50 kHz, a temperature of 20°C to 30°C, 3 to 5 hours, and an amplitude of 70 to 90%, wherein in the concentration step, after the filtration using a housing filter with a filter size between 100 μm and 50 μm, the extract is concentrated under conditions of a temperature of 50°C to 60°C, a stirring of 15 to 25 RPM, a vacuum degree of -1200 to -930 Pascal (-9 to -7 torr), and an evaporation rate of 170 to 190 L/hr, and wherein in the drying step, the concentrated concentrate is lyophilized.
Target (2a-b) having a target plate (14a-b) and a stabilizing layer (16a-b) which is joined to the rear side of the target plate (14a-b), wherein the stabilizing layer (16a-b) has been applied to the target plate (14a-b) by means of high-kinetic-energy spraying of stabilizing material, characterized in that the composition of the stabilizing layer (16a-b) has a gradient.
A method of fulfilling a group action to be performed on behalf of a plurality of users having respective user devices , comprising: identifying , from among the user devices of the plurality of users, a set of user devices, the set of user devices being potential user devices to participate in fulfilling the group action; forming an assistant cluster between assistant instances resident on each of the set of user devices; exchanging user device capabilities for the set of user devices within the assistant cluster; generating a ranking of the set of user devices based at least in part on suitability of each user device in the set of user devices to fulfill the group action, wherein the suitability of each user device in the set of user devices is determined based at least in part on the exchanged user device capabilities; selecting a user device among the set of user devices to fulfill the group action based at least in part on the generated ranking; and initiating fulfillment of the group action on the selected user device. identifying , from among the user devices of the plurality of users, a set of user devices, the set of user devices being potential user devices to participate in fulfilling the group action; forming an assistant cluster between assistant instances resident on each of the set of user devices; exchanging user device capabilities for the set of user devices within the assistant cluster; generating a ranking of the set of user devices based at least in part on suitability of each user device in the set of user devices to fulfill the group action, wherein the suitability of each user device in the set of user devices is determined based at least in part on the exchanged user device capabilities; selecting a user device among the set of user devices to fulfill the group action based at least in part on the generated ranking; and initiating fulfillment of the group action on the selected user device.
Hydraulic actuator comprising a cylinder housing , a piston with a piston rod being displaceably arranged inside the cylinder housing and a pressure amplifier comprising an inlet section with a pressure inlet port and a pilot sequence valve being in fluid communication with the pressure inlet port , an active section with a high pressure outlet port , a low pressure chamber and a high pressure chamber , wherein the inlet section including the pilot sequence valve is arranged inside the piston rod and the pilot sequence valve being arranged in an axial direction of the inlet section , and wherein the low pressure chamber is stationarily arranged relative to the inlet section .