mhurhangee/ep-ind-claims huggingface dataset:
A self-lubricated actuator for a control flap of a helicopter rotor blade, comprising: a housing defining an internal cavity; a motor disposed within said internal cavity for rotation of a motor shaft within said internal cavity; and an output rod which extends from said internal cavity, said output rod extends from said housing; characterized by further comprising a transmission device operatively associated with said motor shaft to convert rotation of said motor shaft into a linear movement of said output rod to extend and retract said output rod with respect to said actuator housing, said output rod extends at least partially within said internal cavity wherein said internal cavity contains a volume of lubrication medium sufficient to substantially immerse said motor shaft, said transmission device and said output rod which is at least partially within said internal cavity. a housing defining an internal cavity; a motor disposed within said internal cavity for rotation of a motor shaft within said internal cavity; and an output rod which extends from said internal cavity, said output rod extends from said housing; a transmission device operatively associated with said motor shaft to convert rotation of said motor shaft into a linear movement of said output rod to extend and retract said output rod with respect to said actuator housing, said output rod extends at least partially within said internal cavity wherein said internal cavity contains a volume of lubrication medium sufficient to substantially immerse said motor shaft, said transmission device and said output rod which is at least partially within said internal cavity.
Method for controlling a display of an augmented-reality head-up display apparatus for a motor vehicle, comprising the steps of: - generating a navigation mark for contact-analogue display using the augmented-reality head-up display apparatus; - generating a reference mark for contact-analogue display using the augmented-reality head-up display apparatus based on a reference object in the surrounding area of the motor vehicle; and - outputting the navigation mark and the reference mark for display using the augmented-reality head-up display apparatus; characterized in that the form and extent of a representation error that leads to an incorrectly positioned navigation mark becomes visible to a driver of the motor vehicle due to a deviation between the reference object and the reference mark. - generating a navigation mark for contact-analogue display using the augmented-reality head-up display apparatus; - generating a reference mark for contact-analogue display using the augmented-reality head-up display apparatus based on a reference object in the surrounding area of the motor vehicle; and - outputting the navigation mark and the reference mark for display using the augmented-reality head-up display apparatus;
A cleaning robot comprising: a modular in which one or more modules (31, 32, 33, 36, 53, 61, 67, 74, 76, 89) configured to support different functions are integrated and comprising a recognition module; and a controller (37, 55, 64, 66, 70, 73, 75, 77, 78, 79, 140, 660) configured to control performance of cleaning characterized in that the recognition module or an Internet-of-Things (IoT) device detects at least one of a user present in an indoor space, a distance between the user and the cleaning robot, a movement of the user, a position of the user and surrounding noise; and the controller (37, 55, 64, 66, 70, 73, 75, 77, 78, 79, 140, 660) controls a level of a quiet mode on the basis of at least one of a result detected through the recognition module or a result detected through the IoT device. a modular in which one or more modules (31, 32, 33, 36, 53, 61, 67, 74, 76, 89) configured to support different functions are integrated and comprising a recognition module; and a controller (37, 55, 64, 66, 70, 73, 75, 77, 78, 79, 140, 660) configured to control performance of cleaning characterized in that the recognition module or an Internet-of-Things (IoT) device detects at least one of a user present in an indoor space, a distance between the user and the cleaning robot, a movement of the user, a position of the user and surrounding noise; and the controller (37, 55, 64, 66, 70, 73, 75, 77, 78, 79, 140, 660) controls a level of a quiet mode on the basis of at least one of a result detected through the recognition module or a result detected through the IoT device.
A self-driving method, comprising: Determining, by a self-driving apparatus, a task feature vector of a self-driving task based on M groups of historical paths of the self-driving task, wherein the task feature vector is a vector representing features of the self-driving task, and M is an integer greater than 0; Determining, by the self-driving apparatus based on the task feature vector and a status vector, a target driving operation that needs to be performed, wherein the status vector is configured to represent a driving status of the self-driving apparatus; and Performing, by the self-driving apparatus, the target driving operation. Determining, by a self-driving apparatus, a task feature vector of a self-driving task based on M groups of historical paths of the self-driving task, wherein the task feature vector is a vector representing features of the self-driving task, and M is an integer greater than 0; Determining, by the self-driving apparatus based on the task feature vector and a status vector, a target driving operation that needs to be performed, wherein the status vector is configured to represent a driving status of the self-driving apparatus; and Performing, by the self-driving apparatus, the target driving operation.
A blade insert (2000, 2200), threaded fastener and wedge block (2010, 2210), in combination, which blade insert is shaped and configured to be mounted to a jaw of a material processor by the wedge block (2010, 2210), the blade insert having: an insert body with first and second surfaces disposed on opposite sides thereof; a first material-processing surface feature; and a through-hole extending from the first surface to the second, wherein the blade insert is shaped and configured to be mounted to the jaw by the wedge block (2010, 2210) extending into the through hole, the wedge block having a threaded portion and wedge surfaces, which wedge surfaces comprise rotationally-symmetric and non-rotationally-symmetric portions, the wedge surfaces being shaped and configured to engage a corresponding wedge surface of a structure other than the wedge block such that upon threaded engagement and tightening of a threaded fastener relative to the threaded portion of the wedge block, i) a force urges the blade insert into engagement with the jaw in a force-applying direction of the fastener, and ii) a force urges, via the wedge surface, the blade insert into engagement with the jaw in a direction different from the force-applying direction; wherein the through-hole is formed of a conical frustum on each of the insert body first and second surfaces, both of which conical frustums tapers inwardly as the conical frustums progress toward a middle of the through-hole; the combination of blade insert, threaded fastener and wedge block, wherein a maximum width of the through-hole exceeds a minimum width of the through-hole by less than 50% an insert body with first and second surfaces disposed on opposite sides thereof; a first material-processing surface feature; and a through-hole extending from the first surface to the second, wherein the blade insert is shaped and configured to be mounted to the jaw by the wedge block (2010, 2210) extending into the through hole, the wedge block having a threaded portion and wedge surfaces, which wedge surfaces comprise rotationally-symmetric and non-rotationally-symmetric portions, the wedge surfaces being shaped and configured to engage a corresponding wedge surface of a structure other than the wedge block such that upon threaded engagement and tightening of a threaded fastener relative to the threaded portion of the wedge block, i) a force urges the blade insert into engagement with the jaw in a force-applying direction of the fastener, and ii) a force urges, via the wedge surface, the blade insert into engagement with the jaw in a direction different from the force-applying direction; wherein the through-hole is formed of a conical frustum on each of the insert body first and second surfaces, both of which conical frustums tapers inwardly as the conical frustums progress toward a middle of the through-hole; the combination of blade insert, threaded fastener and wedge block, wherein a maximum width of the through-hole exceeds a minimum width of the through-hole by less than 50%
A modular rack system for suspending wine bottles height adjustably from between a ceiling and a floor, wherein each wine bottle has a body with a diameter, said modular rack system comprising: a) a plurality of cables; and b) a plurality of support blocks; wherein said support blocks are spaced apart horizontally from each other by a distance; wherein said plurality of cables are for extending tautly from the ceiling to the floor; wherein each support block height adjustably engages two of said plurality of cables; and wherein between two of said plurality of height adjustable support blocks are the wine bottles supported. a) a plurality of cables; and b) a plurality of support blocks;
Earth conductor monitoring device for monitoring an earth conductor in the sense of a protective conductor via which an electrical appliance is earthed: a) at least one earth conductor connection, which is set up for connecting an earth conductor potential of the earth conductor, b) at least one first potential connection, which is set up for connecting a first electrical potential (0 V) that is different from the earth conductor potential, c) at least one second potential connection, which is set up for connecting a second electrical potential (U b) that differs from the first potential (0 V) and the earth conductor potential, d) at least one electrical switching device which is set up to selectively establish (connection state) or interrupt (interruption state) an electrical connection between the first potential connection and the earth conductor connection as a function of an electrical control signal, e) at least one control device, which is set up to automatically emit control signals to the electrical switching device, characterized in that the electrical signals at the earth conductor connection are evaluated without measuring the current in the earth conductor. a) at least one earth conductor connection, which is set up for connecting an earth conductor potential of the earth conductor, b) at least one first potential connection, which is set up for connecting a first electrical potential (0 V) that is different from the earth conductor potential, c) at least one second potential connection, which is set up for connecting a second electrical potential (U b) that differs from the first potential (0 V) and the earth conductor potential, d) at least one electrical switching device which is set up to selectively establish (connection state) or interrupt (interruption state) an electrical connection between the first potential connection and the earth conductor connection as a function of an electrical control signal, e) at least one control device, which is set up to automatically emit control signals to the electrical switching device,
A dispense head for coupling with the mouth of a rigid container and with a bag in the container for holding a liquid to be dispensed, the dispense head comprising: a central probe portion axially extending a vertical length of the dispense head and having a first fluid passageway and a second fluid passageway, each with respective upper outlets extending horizontally and lower outlets, the probe having a central flange extending radially outward; an upper body portion with a central aperture radially capturing the central probe portion; characterized by the fact that the dispense head further comprises a lower body portion that cooperates with the upper body portion to sandwich the central flange of the central probe portion therebetween; a nut that extends around the lower body portion and having a inwardly extending flange that is rotatable received in a circular recess between the upper body portion and the lower body portion, the nut having threads to connect with the rigid container. a central probe portion axially extending a vertical length of the dispense head and having a first fluid passageway and a second fluid passageway, each with respective upper outlets extending horizontally and lower outlets, the probe having a central flange extending radially outward; an upper body portion with a central aperture radially capturing the central probe portion; characterized by the fact that the dispense head further comprises a lower body portion that cooperates with the upper body portion to sandwich the central flange of the central probe portion therebetween; a nut that extends around the lower body portion and having a inwardly extending flange that is rotatable received in a circular recess between the upper body portion and the lower body portion, the nut having threads to connect with the rigid container.
Assembly (6, 306) of a plurality of identical insertion bodies (1, 101, 201, 301, 401), - wherein each insertion body is elongated and tapers to a tip, - wherein the insertion bodies (1, 101, 201, 301, 401) next to one another or behind one another are connected to one another by one or more connecting elements (28, 328), - wherein the connecting elements (28, 328) are designed to be torn off mechanically by the effect of an external force on an individual insertion body (1, 101, 201, 301, 401), characterized in that - each insertion body has an electronic transmitting and/or receiving device, wherein the electronic transmitting and/or receiving device is designed as an RFID tag, - the insertion bodies (1, 301) and the connecting elements (28, 328) are made from the same plastic material in the same process. - wherein each insertion body is elongated and tapers to a tip, - wherein the insertion bodies (1, 101, 201, 301, 401) next to one another or behind one another are connected to one another by one or more connecting elements (28, 328), - wherein the connecting elements (28, 328) are designed to be torn off mechanically by the effect of an external force on an individual insertion body (1, 101, 201, 301, 401), characterized in that - each insertion body has an electronic transmitting and/or receiving device, wherein the electronic transmitting and/or receiving device is designed as an RFID tag, - the insertion bodies (1, 301) and the connecting elements (28, 328) are made from the same plastic material in the same process.
A storage system (290, 391) comprising: a stack (210, 320) of first memory die (100, 200) configured to store data; and a logic die (206, 306) including an interface circuit configured to receive multiple memory requests from an external host (205, 305) using a first command bus, a second command bus, and a data bus, and a controller configured to interface with the stack (210, 320) of first memory die (100, 200) to store and retrieve the data from the stack (210, 320) of first memory die (100, 200); the storage device being characterized in that the logic die (206, 306) includes a second memory having a faster access time than devices of the stack (210, 320) of first memory die (100, 200); and wherein the interface circuit is configured to directly access the second memory in response to a first memory request of the multiple of memory requests, wherein multiple selected bits of the first command bus are configured to provide at least a first command identifier upon a first transition of a clock signal of the first command bus, based on the state of each of the multiple selected bits; and wherein the controller is configured to directly access the second memory device in response to the first command identifier. a stack (210, 320) of first memory die (100, 200) configured to store data; and a logic die (206, 306) including an interface circuit configured to receive multiple memory requests from an external host (205, 305) using a first command bus, a second command bus, and a data bus, and a controller configured to interface with the stack (210, 320) of first memory die (100, 200) to store and retrieve the data from the stack (210, 320) of first memory die (100, 200); the storage device being characterized in that the logic die (206, 306) includes a second memory having a faster access time than devices of the stack (210, 320) of first memory die (100, 200); and wherein the interface circuit is configured to directly access the second memory in response to a first memory request of the multiple of memory requests, wherein multiple selected bits of the first command bus are configured to provide at least a first command identifier upon a first transition of a clock signal of the first command bus, based on the state of each of the multiple selected bits; and wherein the controller is configured to directly access the second memory device in response to the first command identifier.
A method, performed by a device, of assisting with driving of a vehicle, the method comprising: sensing, by using one or more sensors mounted on or in the vehicle, an ambient environment of a location of the vehicle at a time of the sensing; obtaining sensing information about the ambient environment based on the sensing of the ambient environment; comparing map information stored in the vehicle with the obtained sensing information; determining a map reliability of the map information based on a result of the comparing based on covariance values of six degrees of freedom, 6-DOF, of a map region corresponding to the current location among regions of the map information; and controlling, by the device, the driving of the vehicle based on the determined map reliability wherein the controlling comprises: determining whether the map reliability is less than or equal to a predetermined threshold value; and based on a determination that the map reliability is less than or equal to the predetermined threshold value, changing at least one of: a driving mode of the vehicle from an autonomous driving mode to a manual driving mode, or a driving speed of the vehicle to a predetermined speed or less. sensing, by using one or more sensors mounted on or in the vehicle, an ambient environment of a location of the vehicle at a time of the sensing; obtaining sensing information about the ambient environment based on the sensing of the ambient environment; comparing map information stored in the vehicle with the obtained sensing information; determining a map reliability of the map information based on a result of the comparing based on covariance values of six degrees of freedom, 6-DOF, of a map region corresponding to the current location among regions of the map information; and controlling, by the device, the driving of the vehicle based on the determined map reliability determining whether the map reliability is less than or equal to a predetermined threshold value; and based on a determination that the map reliability is less than or equal to the predetermined threshold value, changing at least one of: a driving mode of the vehicle from an autonomous driving mode to a manual driving mode, or a driving speed of the vehicle to a predetermined speed or less. a driving mode of the vehicle from an autonomous driving mode to a manual driving mode, or a driving speed of the vehicle to a predetermined speed or less.
A method comprising: selecting a large prime number, p; selecting a generator from a group of numbers modulo p; provisioning an integrated circuit, IC, device with a unique identification number, UID, and Key Derivation Data, KDD, wherein the UID is determined from the KDD and the generator; programming a firmware image into the IC device, wherein the firmware image includes an embedded product specific parameter, PSP, calculated from a product specific key, PSK, and a manufacturer derivation parameter, MDP, wherein the MDP is calculated from a random MCP and the generator; configuring the IC device to calculate a device-specific key, DSK, using the KDD and the PSP; using the UID, the MCP and the PSK with a secure application separate from the IC device, calculating a DSK for the IC device; providing the UID and the DSK calculated with the secure application separate from the IC device to a provider of an online service; and enabling the provider of the online service to authenticate the IC device using the UID and the DSK calculated with the secure application in response to the IC device contacting the online service. provisioning an integrated circuit, IC, device with a unique identification number, UID, and Key Derivation Data, KDD, wherein the UID is determined from the KDD and the generator; programming a firmware image into the IC device, wherein the firmware image includes an embedded product specific parameter, PSP, calculated from a product specific key, PSK, and a manufacturer derivation parameter, MDP, wherein the MDP is calculated from a random MCP and the generator; configuring the IC device to calculate a device-specific key, DSK, using the KDD and the PSP; using the UID, the MCP and the PSK with a secure application separate from the IC device, calculating a DSK for the IC device; providing the UID and the DSK calculated with the secure application separate from the IC device to a provider of an online service; and enabling the provider of the online service to authenticate the IC device using the UID and the DSK calculated with the secure application in response to the IC device contacting the online service.
An indicator instrument for indicating an operational condition of a motor vehicle by means of a plurality of adjacently arranged light fields that are arranged in the field of vision of a person on board the motor vehicle, wherein each of the light fields is associated with at least one light source that emits light for illuminating the light field, wherein the indicator instrument comprises a plurality of adjacently arranged light guides, wherein each light field is associated with exactly one light guide into which the at least one light source associated with each light field couples light via a light input surface of the light guide, and wherein a light output surface of the light guide, via which the light is decoupled from the light guide, forms the respective light field, characterised in that, the light guides have the form of rectangular block optics, wherein, for each of the cuboids, one side of the cuboid arranged opposite the at least one light source forms the light input surface and a side opposite the light input surface forms the light output surface and thus the light field, wherein the light propagates in the light guide from the input surface to the output surface in the direction of the light field, and wherein all lateral surfaces of the cuboid between the input surface and the output surface form totally reflective boundary surfaces of the light guide.