mhurhangee/ep-ind-claims huggingface dataset:
A method for reading data from a flash memory, wherein the method comprises: receiving a read data instruction, wherein the read data instruction comprises: a size of to-be-read data and a physical address of the to-be-read data in the flash memory; searching a buffer for the physical address; when the physical address is not found in the buffer, dividing a buffer data area from internal memory according to the size of the to-be-read data and an actual physical block size of the flash memory; and reading the to-be-read data from the flash memory according to the physical address and buffering the to-be-read data into the buffer data area; characterized in that a size of the buffer data area is equal to or greater than the size of the to-be-read data, and the size of the buffer data area is an integer multiple of the actual physical block size of the flash memory, wherein after the dividing a buffer data area from internal memory and before the reading the to-be-read data from the flash memory according to the physical address, the method further comprises: dividing a buffer header that corresponds to the buffer data area from the internal memory, and buffering attribute information of the buffer data area and the physical address into the buffer header, wherein the attribute information of the buffer data area comprises an address and the size of the buffer data area. receiving a read data instruction, wherein the read data instruction comprises: a size of to-be-read data and a physical address of the to-be-read data in the flash memory; searching a buffer for the physical address; when the physical address is not found in the buffer, dividing a buffer data area from internal memory according to the size of the to-be-read data and an actual physical block size of the flash memory; and reading the to-be-read data from the flash memory according to the physical address and buffering the to-be-read data into the buffer data area; characterized in that a size of the buffer data area is equal to or greater than the size of the to-be-read data, and the size of the buffer data area is an integer multiple of the actual physical block size of the flash memory, wherein after the dividing a buffer data area from internal memory and before the reading the to-be-read data from the flash memory according to the physical address, the method further comprises: dividing a buffer header that corresponds to the buffer data area from the internal memory, and buffering attribute information of the buffer data area and the physical address into the buffer header, wherein the attribute information of the buffer data area comprises an address and the size of the buffer data area.
An assembly for an aircraft turbomachine, comprising an intermediate casing hub, an equipment support having an upstream face located downstream of the intermediate casing hub, and a transfer gear box driving a power transmission shaft configured to transmit mechanical power, taken off an engine shaft of the turbomachine, to at least one upstream equipment item mounted on the upstream face of the equipment support, characterized in that the upstream equipment item comprises a structural element attaching the equipment support to the intermediate casing hub.
A pneumatic sensor comprising a main body, a trigger component and a waterproof and breathable membrane, wherein the main body is provided with an internal cavity and at least one suction hole communicated with the internal cavity, the waterproof and breathable membrane is mounted in the main body and covers each of the at least one suction hole, and the triggering component is mounted in the internal cavity and is triggered when the airflow is sucked from the suction hole to outside.
Method for application of an at least two-component, curable and viscous compound in the form of a compound strand or a series of compound spots onto a workpiece, wherein an application process begins at an application starting time and ends at an application ending time, and wherein the workpiece with the applied compound is intended for a further processing process, which begins at a further processing starting time and ends at a further processing ending time, characterized in that the mixing ratio of the components is varied by a control device as a function of predetermined and/or measured parameters (22, 24, 30, 34) during the application process in such a way that, at the further processing starting time, the compound applied on the workpiece is further processable at each place of the compound strand or at each compound spot.
A shape sensing system, comprising: a guide tube; an optical shape sensing device including one or more optical fibers and being proximally fixed at a fixation point and being disposed within the guide tube; and an interventional instrument having a lumen configured to receive the guide tube therein, the optical shape sensing device being free to slip in the guide tube, characterized in that the interventional instrument being rigidly attached to a handle to prevent rotation of the instrument relative to the handle, and the lumen being configured to receive the guide tube therein such that the optical shape sensing device is unconstrained throughout the instrument and the handle, and the guide tube is free to slip relative to at least rotation of the instrument and the handle without transferring torsional friction to the optical shape sensing device. a guide tube; an optical shape sensing device including one or more optical fibers and being proximally fixed at a fixation point and being disposed within the guide tube; and an interventional instrument having a lumen configured to receive the guide tube therein, the optical shape sensing device being free to slip in the guide tube, characterized in that the interventional instrument being rigidly attached to a handle to prevent rotation of the instrument relative to the handle, and the lumen being configured to receive the guide tube therein such that the optical shape sensing device is unconstrained throughout the instrument and the handle, and the guide tube is free to slip relative to at least rotation of the instrument and the handle without transferring torsional friction to the optical shape sensing device.
An apparatus comprising means for performing: - monitoring at least one bearer comprising a cellular and non-cellular radio accesses according to different radio technologies between a user equipment and a communications network; - determining one or more properties of the monitored bearer; and - triggering an update of a security key utilized for securing communications over the non-cellular radio access in response to determining that the determined properties meet at least one triggering condition capable of indicating a need for the update. - monitoring at least one bearer comprising a cellular and non-cellular radio accesses according to different radio technologies between a user equipment and a communications network; - determining one or more properties of the monitored bearer; and - triggering an update of a security key utilized for securing communications over the non-cellular radio access in response to determining that the determined properties meet at least one triggering condition capable of indicating a need for the update.
An elevator system power supply, comprising: a low side switch; a high side switch; a driver that controls operation of the high side switch; a bootstrap capacitor that supplies power to the driver; an elevator drive (42, 82) that receives power through the low side switch and the high side switch; and characterized by means (60,62) for dampening an effect of a voltage drop associated with the low side switch turning off and for protecting the bootstrap capacitor and the high side switch from experiencing a rapid increase in voltage, the means (60,62) for dampening and protecting comprising: voltage regulator means for limiting current provided to the bootstrap capacitor for charging the bootstrap capacitor and for regulating a voltage of the bootstrap capacitor, the voltage regulator means being in parallel with the bootstrap capacitor; and energy storage means for preventing a voltage of the bootstrap capacitor from dropping below a desired voltage, the energy storage means being in parallel with the voltage regulator means. a low side switch; a high side switch; a driver that controls operation of the high side switch; a bootstrap capacitor that supplies power to the driver; an elevator drive (42, 82) that receives power through the low side switch and the high side switch; and characterized by means (60,62) for dampening an effect of a voltage drop associated with the low side switch turning off and for protecting the bootstrap capacitor and the high side switch from experiencing a rapid increase in voltage, the means (60,62) for dampening and protecting comprising: voltage regulator means for limiting current provided to the bootstrap capacitor for charging the bootstrap capacitor and for regulating a voltage of the bootstrap capacitor, the voltage regulator means being in parallel with the bootstrap capacitor; and energy storage means for preventing a voltage of the bootstrap capacitor from dropping below a desired voltage, the energy storage means being in parallel with the voltage regulator means. voltage regulator means for limiting current provided to the bootstrap capacitor for charging the bootstrap capacitor and for regulating a voltage of the bootstrap capacitor, the voltage regulator means being in parallel with the bootstrap capacitor; and energy storage means for preventing a voltage of the bootstrap capacitor from dropping below a desired voltage, the energy storage means being in parallel with the voltage regulator means.
Key module for a keyboard, wherein the key module comprises: a guide for guiding a movement of the key module upon actuation; a support element for supporting the guide; and a switch unit, wherein the switch unit comprises a housing and a contact device at least partially arranged in the housing for establishing electric contact upon actuation of the key module, wherein the contact device comprises a fixed contact piece with a first contact and a contactor with a first spring clip carrying a second contact, a second spring clip for producing an actuation sound and at least one actuation portion, wherein the contactor is integrally formed, wherein the second spring clip is formed to produce the actuation sound upon rebound against the housing, wherein the contact device comprises soldering surfaces or connector pins for attaching the switch unit to a circuit substrate of the keyboard, wherein the electrical contact between the first contact and the second contact is establishable in one contact point. a guide for guiding a movement of the key module upon actuation; a support element for supporting the guide; and a switch unit, wherein the switch unit comprises a housing and a contact device at least partially arranged in the housing for establishing electric contact upon actuation of the key module, wherein the contact device comprises a fixed contact piece with a first contact and a contactor with a first spring clip carrying a second contact, a second spring clip for producing an actuation sound and at least one actuation portion, wherein the contactor is integrally formed, wherein the second spring clip is formed to produce the actuation sound upon rebound against the housing, wherein the contact device comprises soldering surfaces or connector pins for attaching the switch unit to a circuit substrate of the keyboard, wherein the electrical contact between the first contact and the second contact is establishable in one contact point.
A content receiver, comprising: a digital data stream receiver operable to receive a plurality of encoded digital data streams conveyed over a network; a digital data stream decoder configured to extract digital content and metadata from the plurality of encoded digital data streams; a storage medium in which are stored digital content selection profiles and profiled digital content files; a digital content management module operable to: receive user preferences relating to the digital content; store the user preferences as selection parameters of the digital content selection profiles; receive user input during playback of said profiled digital content files; use said user input to generate user operation patterns; use said user operation patterns to modify the selection parameters; use the selection parameters for managing said profiled digital content files wherein the managing includes prioritizing retrieval of the profiled digital content files from the storage medium for playback; generate said profiled digital content files, each of said profiled digital content files being comprised of a portion of said digital content associated with at least one of said digital content selection profiles; and a digital content playback module operable to generate audio signals using said profiled digital content files. a digital data stream receiver operable to receive a plurality of encoded digital data streams conveyed over a network; a digital data stream decoder configured to extract digital content and metadata from the plurality of encoded digital data streams; a storage medium in which are stored digital content selection profiles and profiled digital content files; a digital content management module operable to: receive user preferences relating to the digital content; store the user preferences as selection parameters of the digital content selection profiles; receive user input during playback of said profiled digital content files; use said user input to generate user operation patterns; use said user operation patterns to modify the selection parameters; use the selection parameters for managing said profiled digital content files wherein the managing includes prioritizing retrieval of the profiled digital content files from the storage medium for playback; receive user preferences relating to the digital content; store the user preferences as selection parameters of the digital content selection profiles; receive user input during playback of said profiled digital content files; use said user input to generate user operation patterns; use said user operation patterns to modify the selection parameters; use the selection parameters for managing said profiled digital content files wherein the managing includes prioritizing retrieval of the profiled digital content files from the storage medium for playback; generate said profiled digital content files, each of said profiled digital content files being comprised of a portion of said digital content associated with at least one of said digital content selection profiles; and a digital content playback module operable to generate audio signals using said profiled digital content files.
Anti-aging cosmetic composition comprising: (a) at least one first active ingredient chosen from phloretin; (b) at least one second active ingredient chosen from a mixture of ferulic acid and ascorbic acid; (c) at least one non-aqueous organic solvent; and water as a co-solvent.
A light grid comprising a first sensor head housing having a longitudinal housing axis having a plurality of light transmitters and/or a plurality of light receivers, and at least one first evaluation unit which is arranged in the sensor head housing for evaluating received signals and for outputting analog or digital received data, wherein a second housing is provided which is releasably connected to the sensor head housing, with the sensor head housing only being connectable to the second housing by means of a first electrical interface and with the second housing being connectable to a machine control by means of a second electrical interface; wherein the second housing has a control unit for the light transmitters and/or has a second evaluation unit for further processing the received data and for outputting an object detection signal, characterized in that the control unit and/or the evaluation unit are designed as secure controls in the sense of machine security; and in that the sensor head housing is rotatably supported about the longitudinal housing axis in the second housing, with the second housing having a mount having a partly round housing cross-section for the reception of the sensor head housing, with the mount forming a circular section in cross-section, with the circular section having an angle of more than 180°, and with the senor head housing being arranged in the mount and being held by the mount first by shape matching and additionally by force transmission.
A household appliance, comprising a projection apparatus, wherein the household appliance further comprises a touch control module for touch control operation by the user, characterized in that the touch control module includes a capacitive touch control apparatus, a resistive touch control apparatus, an infrared touch control apparatus or a surface acoustic wave touch control apparatus and the projection apparatus is used to perform projection onto the touch control module and indicate, by using the projection, a touch control position corresponding to the touch control module.
Screw elements for multi-shaft screw machines with paired co-directionally rotating, paired fully wiping screw shafts, characterized - in that adjacent screw elements have an identical, unsymmetrical profile, - the profile comprises a single flight land region with a flight land angle less than π - 2 ⁢ arccos A 2 ⋅ RA, and - in the profile, the flight land region is adjoined on one side by a tapering region, which comprises one or more circular arcs, all of the points that lie on the arcs of the tapering region have a distance from the point of rotation of the profile that lies between ( RA+RI)/2 and RA, A being the centreline distance, RA the outer screw radius. RI the inner screw radius and π the mathematical constant of a circle. - in that adjacent screw elements have an identical, unsymmetrical profile, - the profile comprises a single flight land region with a flight land angle less than π - 2 ⁢ arccos A 2 ⋅ RA, and - in the profile, the flight land region is adjoined on one side by a tapering region, which comprises one or more circular arcs, all of the points that lie on the arcs of the tapering region have a distance from the point of rotation of the profile that lies between ( RA+RI)/2 and RA, A being the centreline distance, RA the outer screw radius. RI the inner screw radius and π the mathematical constant of a circle.
A MEMS switch (300; 300'; 600; 705; 710; 715) having a high-impedance state, the switch (300; 300'; 600; 705; 710; 715) comprising: an actuation bias terminal (305; 605; 610) residing in a released region; a sense bias terminal (310; 625; 630) residing in the released region and physically coupled to the actuation bias terminal (305; 605; 610) by a dielectric (340; 650; 660) which electrically isolates the sense bias terminal (310; 625; 630) from the actuation bias terminal (305; 605; 610); a switch control terminal (315; 615; 620) separated from the actuation bias terminal (305; 605; 610) by a first air gap; a sense node terminal (320; 645) separated from the sense bias terminal (310; 625; 630) by a second air gap; and wherein when a potential is created between the actuation bias terminal (305; 605; 610) and the switch control terminal (315; 615; 620) the actuation bias terminal (305; 605; 610) is drawn towards the switch control terminal (315; 615; 620) resulting in the sense bias terminal (310; 625; 630) contacting the sense node terminal (320; 645), characterized in a spring (325; 325'; 635; 640) supporting the actuation bias terminal (305; 605; 610), the sense bias terminal (310; 625; 630), and the dielectric (340; 650; 660) and that the MEMs-switch (300; 300'; 600; 705; 710; 715) provides a low-impedance state for biasing a capacitive sensor (130; 225; 230). an actuation bias terminal (305; 605; 610) residing in a released region; a sense bias terminal (310; 625; 630) residing in the released region and physically coupled to the actuation bias terminal (305; 605; 610) by a dielectric (340; 650; 660) which electrically isolates the sense bias terminal (310; 625; 630) from the actuation bias terminal (305; 605; 610); a switch control terminal (315; 615; 620) separated from the actuation bias terminal (305; 605; 610) by a first air gap; a sense node terminal (320; 645) separated from the sense bias terminal (310; 625; 630) by a second air gap; and wherein when a potential is created between the actuation bias terminal (305; 605; 610) and the switch control terminal (315; 615; 620) the actuation bias terminal (305; 605; 610) is drawn towards the switch control terminal (315; 615; 620) resulting in the sense bias terminal (310; 625; 630) contacting the sense node terminal (320; 645), characterized in a spring (325; 325'; 635; 640) supporting the actuation bias terminal (305; 605; 610), the sense bias terminal (310; 625; 630), and the dielectric (340; 650; 660) and that the MEMs-switch (300; 300'; 600; 705; 710; 715) provides a low-impedance state for biasing a capacitive sensor (130; 225; 230).
A granulated composition comprising a salt encapsulated by a composition that comprises at least one wax wherein the granulated composition comprises 60 -70% w/w salt, 5 - 10% w/w encapsulating composition, 7 - 10% w/w urea, 7 - 10% w/w sodium bicarbonate and 7 - 10% w/w citric acid.
Device for controlling the position and height of a driver's cab relative to the chassis of a vehicle, wherein the driver's cab is mounted on the chassis so as to be height-adjustable using actuators, wherein at least one of the actuators is monitored via a height sensor, wherein a first sensor is provided on the driver's cab for the purpose of determining the position of the driver's cab, wherein a second sensor is provided on the chassis for the purpose of determining the position of the chassis, characterized in that a computing unit is designed to process the signals from the height sensor, from the first sensor and from the second sensor in such a way that the current height of the remaining actuators is determined from the signals from the height sensor, from the first sensor and from the second sensor and, if predefined limit values are exceeded or undershot, control signals for adjusting the height of all actuators are determined and output to the actuators. wherein the driver's cab is mounted on the chassis so as to be height-adjustable using actuators, wherein at least one of the actuators is monitored via a height sensor, wherein a first sensor is provided on the driver's cab for the purpose of determining the position of the driver's cab, wherein a second sensor is provided on the chassis for the purpose of determining the position of the chassis, characterized in that a computing unit is designed to process the signals from the height sensor, from the first sensor and from the second sensor in such a way that the current height of the remaining actuators is determined from the signals from the height sensor, from the first sensor and from the second sensor and, if predefined limit values are exceeded or undershot, control signals for adjusting the height of all actuators are determined and output to the actuators.