mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a sensor for sensing motion of the electronic device; an application processor; and a state determination unit configured to: while the application processor is in a sleep state, control to cause sensing information relating to the motion of the electronic device sensed by the sensor to be stored in a memory of the state determination unit, and before entering the sleep state, reporting existence of the stored sensing information to the application processor and transmitting the stored sensing information to the application processor, wherein the application processor is configured, when waking up from the sleep state, to: receive the sensing information from the memory of the state determination unit, and analyze the obtained sensing information. a sensor for sensing motion of the electronic device; an application processor; and a state determination unit configured to: while the application processor is in a sleep state, control to cause sensing information relating to the motion of the electronic device sensed by the sensor to be stored in a memory of the state determination unit, and before entering the sleep state, reporting existence of the stored sensing information to the application processor and transmitting the stored sensing information to the application processor, while the application processor is in a sleep state, control to cause sensing information relating to the motion of the electronic device sensed by the sensor to be stored in a memory of the state determination unit, and before entering the sleep state, reporting existence of the stored sensing information to the application processor and transmitting the stored sensing information to the application processor, wherein the application processor is configured, when waking up from the sleep state, to: receive the sensing information from the memory of the state determination unit, and analyze the obtained sensing information. receive the sensing information from the memory of the state determination unit, and analyze the obtained sensing information.
An image capturing apparatus comprising: an angular velocity detection unit configured to detect an angular velocity of the image capturing apparatus characterized in that the apparatus further comprises: an operation determination unit configured to determine a panning operation state based on angular velocities detected over time; and a zoom control unit configured to perform zoom control based on the panning operation state, wherein the operation determination unit compares a coefficient determined from a change in angular velocity over time with a plurality of predetermined coefficients determined in advance that each of a plurality of panning operation states can have, thereby determining the panning operation state. an angular velocity detection unit configured to detect an angular velocity of the image capturing apparatus characterized in that the apparatus further comprises: an operation determination unit configured to determine a panning operation state based on angular velocities detected over time; and a zoom control unit configured to perform zoom control based on the panning operation state, an operation determination unit configured to determine a panning operation state based on angular velocities detected over time; and a zoom control unit configured to perform zoom control based on the panning operation state, wherein the operation determination unit compares a coefficient determined from a change in angular velocity over time with a plurality of predetermined coefficients determined in advance that each of a plurality of panning operation states can have, thereby determining the panning operation state.
A method of connecting plates of an electrode to a terminal of a storage cell, said terminal having a flat portion and a cylindrical portion on one face of which the flat portion is arranged, comprising: - bending the plates over onto the flat portion starting from a peripheral edge of the flat portion, - clamping said plates between a washer-like member and the flat portion of said terminal, and - welding said plates onto the flat portion of the terminal using transparent laser welding through said washer-like member, the welding holding the washer-like member, the plates and the terminal together. - bending the plates over onto the flat portion starting from a peripheral edge of the flat portion, - clamping said plates between a washer-like member and the flat portion of said terminal, and - welding said plates onto the flat portion of the terminal using transparent laser welding through said washer-like member, the welding holding the washer-like member, the plates and the terminal together.
Electrical interruption switch, in particular for interrupting high currents at high voltages, (a) with a casing, which surrounds a contact unit defining the current path through the interruption switch, and (b) wherein the contact unit has a first and second connection contact (4, 5), a separation region and an upsetting region, (c) wherein the contact unit is formed such that a current can be supplied to it via the first connection contact and can be discharged therefrom via the second connection contact, or vice versa, (d) wherein the contact unit has a sabot or is connected to a sabot, which is formed such that it can be moved from a starting position into an end position by exposure to pressure, wherein in the end position of the sabot the separation region is separated and an insulation spacing between the first and the second connection contact (4, 5) is achieved, (e) wherein the upsetting region is formed such that it is upset during the movement of the sabot from the starting position into the end position, (f) wherein the upsetting region is formed as a tubular or rod-shaped element, the axial direction of extent of which runs along an axis X, wherein the tubular or rod-shaped element has one or more tapers in its cross-sectional surface area along the axis X, wherein the cross-sectional surface area is perpendicular to the axis X, (g) wherein the tubular or rod-shaped element merges at its two opposite end regions in each case into flanges which extend in the direction of the casing and perpendicular to the axis X. characterized in that the upsetting region runs conically from one flange-side end to the other flange-side end with an increasing cross-section. (a) with a casing, which surrounds a contact unit defining the current path through the interruption switch, and (b) wherein the contact unit has a first and second connection contact (4, 5), a separation region and an upsetting region, (c) wherein the contact unit is formed such that a current can be supplied to it via the first connection contact and can be discharged therefrom via the second connection contact, or vice versa, (d) wherein the contact unit has a sabot or is connected to a sabot, which is formed such that it can be moved from a starting position into an end position by exposure to pressure, wherein in the end position of the sabot the separation region is separated and an insulation spacing between the first and the second connection contact (4, 5) is achieved, (e) wherein the upsetting region is formed such that it is upset during the movement of the sabot from the starting position into the end position, (f) wherein the upsetting region is formed as a tubular or rod-shaped element, the axial direction of extent of which runs along an axis X, wherein the tubular or rod-shaped element has one or more tapers in its cross-sectional surface area along the axis X, wherein the cross-sectional surface area is perpendicular to the axis X, (g) wherein the tubular or rod-shaped element merges at its two opposite end regions in each case into flanges which extend in the direction of the casing and perpendicular to the axis X.
A computer-implemented method for a collaborative session in a multi-device environment, comprising: displaying an electronic document on a presentation control device connected to the session and being controlled by a presenting user; displaying the electronic document on an endpoint display device (105, 120) connected to the session; receiving one or more first commands to make one or more changes to the electronic document at the presentation control device; providing a preview of the one or more changes on the presentation control device; receiving one or more second commands at the presentation control device to make corresponding changes to the electronic document displayed on the endpoint control device, the corresponding changes corresponding to one or more of the one or more changes to the electronic document displayed on the presentation control device; and in response to receiving the one or more second commands, translating the one or more first commands into appropriate commands required by the endpoint control device and selectively sending only those of the one or more changes to the electronic document displayed on the presentation control device to the endpoint display device as selected by the presenting user. displaying an electronic document on a presentation control device connected to the session and being controlled by a presenting user; displaying the electronic document on an endpoint display device (105, 120) connected to the session; receiving one or more first commands to make one or more changes to the electronic document at the presentation control device; providing a preview of the one or more changes on the presentation control device; receiving one or more second commands at the presentation control device to make corresponding changes to the electronic document displayed on the endpoint control device, the corresponding changes corresponding to one or more of the one or more changes to the electronic document displayed on the presentation control device; and in response to receiving the one or more second commands, translating the one or more first commands into appropriate commands required by the endpoint control device and selectively sending only those of the one or more changes to the electronic document displayed on the presentation control device to the endpoint display device as selected by the presenting user.
A slide component comprising a pair of slide parts (1, 5) that are adapted to relatively slide on each other, one of the slide parts being provided in a sealing face with a fluid circulation groove that communicates with a high-pressure fluid side via an inlet portion and an outlet portion and is separated from a low-pressure fluid side by a land portion, the other of the slide parts being circumferentially provided in a sealing face with a plurality of interference grooves (15, 16, 17, 20) being adapted for producing pressure variations in a fluid in the fluid circulation groove, the interference grooves (15, 16, 17, 20) communicating with the high-pressure fluid side, wherein the fluid circulation grooves are substantially in a V shape or in a U shape, characterized by adjacent ones of the interference grooves (15, 16, 17, 20) being set to have different shapes, wherein the shape of an interference groove (15-1, 15-3, 15-5, 15-7, 16, 20-1, 20-3, 20-5, 20-7) in a position facing the inlet portion of one of the fluid circulation grooves is different from the shape of an interference groove (15-2, 15-4, 15-6, 15-8, 17, 20-2, 20-4, 20-6, 20-8) in a position facing the outlet of that fluid circulation groove.
A method of preparing a composition comprising combining nanoparticles, a surface modifying agent, a curable resin and a reactive diluent to form a mixture, and milling the mixture in a wet milling apparatus comprising milling beads to form a milled resin system, wherein the mixture comprises less than 2 wt.% solvent, and further wherein the nanoparticles comprise calcite nanoparticles, metal oxide nanoparticles, or non-metal oxide nanoparticles.
Film bearing with at least one film (3, 4) which is arranged inside a bearing sleeve, the bearing sleeve comprising two part bodies (31, 32) which are separate and are joined together again, the bearing sleeve comprising two dividing lines (33, 34; 61, 62) which are continuous in the axial direction, characterized in that the two part bodies (31, 32) are connected to one another in an integrally joined manner at the dividing lines.
A computer-implemented method for estimating a camera pose, comprising: recognizing a three-dimensional, 3D, map representing a physical environment, the 3D map including a plurality of 3D map features defined at a plurality of 3D points distributed throughout the 3D map; receiving an obfuscated image representation derived from an original unobfuscated image of the physical environment captured by a camera, the obfuscated image representation including a plurality of obfuscated features, and each obfuscated feature including i) a two-dimensional, 2D, line that passes through a 2D point in the original unobfuscated image at which an image feature was detected, and ii) a feature descriptor associated with the 2D point that describes the image feature that the 2D line of the obfuscated feature passes through; determining correspondences between the obfuscated features in the obfuscated image representation and 3D map features in the 3D map; and based on the determined correspondences, estimating a six degree of freedom pose of the camera in the physical environment. recognizing a three-dimensional, 3D, map representing a physical environment, the 3D map including a plurality of 3D map features defined at a plurality of 3D points distributed throughout the 3D map; receiving an obfuscated image representation derived from an original unobfuscated image of the physical environment captured by a camera, the obfuscated image representation including a plurality of obfuscated features, and each obfuscated feature including i) a two-dimensional, 2D, line that passes through a 2D point in the original unobfuscated image at which an image feature was detected, and ii) a feature descriptor associated with the 2D point that describes the image feature that the 2D line of the obfuscated feature passes through; determining correspondences between the obfuscated features in the obfuscated image representation and 3D map features in the 3D map; and based on the determined correspondences, estimating a six degree of freedom pose of the camera in the physical environment.
Method for transmission-slip control of a motor vehicle, comprising the steps: - making available a transmission which is connected on the primary side to an engine with an engine control device and to an engine rotational speed sensor, and is connected on the secondary side to a drive shaft, wherein the transmission comprises a transmission controller and at least one secondary-side transmission rotational speed sensor, - transmitting an engine rotational speed (mn) measured by the engine rotational speed sensor, and at least one engine timestamp from the engine control device to the transmission controller, and - synchronization of measurement results of the at least one transmission rotational speed sensor and of the engine rotational speed sensor on the basis of the at least one engine timestamp for a setpoint slip between the engine and the transmission of a maximum 20 rpm, characterized in that, for the synchronization - the engine control device generates a first engine timestamp and transmits it to the transmission controller, - a second engine timestamp is stored by the engine control device, wherein the second engine timestamp is an actual transmission time of the first engine timestamp, - the transmission controller stores a transmission timestamp which is a reception time of the first engine timestamp, and - the second engine timestamp is transmitted to the transmission controller, wherein the reception time is equal to the second engine timestamp, with a tolerance of a maximum one bit interval. - making available a transmission which is connected on the primary side to an engine with an engine control device and to an engine rotational speed sensor, and is connected on the secondary side to a drive shaft, wherein the transmission comprises a transmission controller and at least one secondary-side transmission rotational speed sensor, - transmitting an engine rotational speed (mn) measured by the engine rotational speed sensor, and at least one engine timestamp from the engine control device to the transmission controller, and - synchronization of measurement results of the at least one transmission rotational speed sensor and of the engine rotational speed sensor on the basis of the at least one engine timestamp for a setpoint slip between the engine and the transmission of a maximum 20 rpm, characterized in that, for the synchronization - the engine control device generates a first engine timestamp and transmits it to the transmission controller, - a second engine timestamp is stored by the engine control device, wherein the second engine timestamp is an actual transmission time of the first engine timestamp, - the transmission controller stores a transmission timestamp which is a reception time of the first engine timestamp, and - the second engine timestamp is transmitted to the transmission controller, wherein the reception time is equal to the second engine timestamp, with a tolerance of a maximum one bit interval.
An exhaust gas purification system in an upland area, comprising: a DPD connected to an exhaust pipe of a diesel engine for trapping PM contained in exhaust gas, the exhaust gas purification system having a regeneration mode for automatically regenerating the DPD by performing multi-injection and post-injection to raise a temperature of the exhaust gas from the diesel engine when an amount of the PM in the DPD has reached a certain amount or more during a normal drive mode, characterized in that the exhaust gas purification system determines an upland full-load injection quantity from atmospheric pressure in an upland area and an engine speed when a vehicle is in motion in the normal drive mode in the upland area and drives the vehicle with the injection quantity determined, determines an upland drive regeneration injection quantity obtained by decreasing the upland full-load injection quantity on the basis of a quantity required for the post-injection when the vehicle is in the regeneration mode, gradually decreases an injection quantity from the upland full-load injection quantity to the upland regeneration drive injection quantity when the vehicle switches from the normal drive mode in the upland area to an upland regeneration mode, injects a fuel of the decreased quantity by starting the post-injection after the gradually decreased upland full-load injection quantity falls to the upland regeneration drive injection quantity, and increases the injection quantity from the upland regeneration drive injection quantity to the upland full-load injection quantity after the regeneration is completed. a DPD connected to an exhaust pipe of a diesel engine for trapping PM contained in exhaust gas, the exhaust gas purification system having a regeneration mode for automatically regenerating the DPD by performing multi-injection and post-injection to raise a temperature of the exhaust gas from the diesel engine when an amount of the PM in the DPD has reached a certain amount or more during a normal drive mode, characterized in that the exhaust gas purification system determines an upland full-load injection quantity from atmospheric pressure in an upland area and an engine speed when a vehicle is in motion in the normal drive mode in the upland area and drives the vehicle with the injection quantity determined, determines an upland drive regeneration injection quantity obtained by decreasing the upland full-load injection quantity on the basis of a quantity required for the post-injection when the vehicle is in the regeneration mode, gradually decreases an injection quantity from the upland full-load injection quantity to the upland regeneration drive injection quantity when the vehicle switches from the normal drive mode in the upland area to an upland regeneration mode, injects a fuel of the decreased quantity by starting the post-injection after the gradually decreased upland full-load injection quantity falls to the upland regeneration drive injection quantity, and increases the injection quantity from the upland regeneration drive injection quantity to the upland full-load injection quantity after the regeneration is completed.
A terminal based on photo plethysmo graph PPG, comprising a light emitting diode LED, an analog front end AFE chip, a processor, and a plurality of photo diodes PDs, wherein the plurality of photo diodes PDs comprise a first PD and a second PD, the first PD and the second PD are connected to the AFE chip in parallel, and the AFE chip is connected to the processor; the LED is configured to emit a first optical signal to skin of a user; the first PD is configured to receive a second optical signal reflected by the skin of the user, and convert the second optical signal into a first electrical signal; the second PD is configured to receive the second optical signal reflected by the skin of the user, and convert the second optical signal into a second electrical signal; wherein the terminal further comprises a delay circuit, and the delay circuit is connected in series in a branch where the first PD is located; the delay circuit is configured to perform delay processing on the first electrical signal; the AFE chip is configured to determine a target signal based on the second electrical signal and the first electrical signal subjected to the delay processing; and the processor is configured to process the target signal to obtain a health status of the user. the LED is configured to emit a first optical signal to skin of a user; the first PD is configured to receive a second optical signal reflected by the skin of the user, and convert the second optical signal into a first electrical signal; the second PD is configured to receive the second optical signal reflected by the skin of the user, and convert the second optical signal into a second electrical signal; wherein the terminal further comprises a delay circuit, and the delay circuit is connected in series in a branch where the first PD is located; the delay circuit is configured to perform delay processing on the first electrical signal; the AFE chip is configured to determine a target signal based on the second electrical signal and the first electrical signal subjected to the delay processing; and the processor is configured to process the target signal to obtain a health status of the user.