mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional measurement apparatus comprising: a first camera arranged to capture a workpiece to acquire a first image; a second camera arranged to capture the workpiece from a view point different from that of the first camera to acquire a second image; and a control unit configured to extract a plurality of edge lines of the workpiece respectively from the first image and the second image, calculate each of line-of-sight errors with respect to provisional three-dimensional coordinates, wherein the line-of-sight errors are calculated from an endpoint of a first edge line selected from the plurality of edge lines of the first image and an endpoint of a second edge line extracted from the plurality of edge lines of the second image so as to correspond to the first edge line, set an evaluation function from the respective line-of-sight errors and a three-dimensional constraint condition set based on a three-dimensional shape of the workpiece, and make an optimization calculation based on the evaluation function to determine three-dimensional coordinates of the workpiece. a first camera arranged to capture a workpiece to acquire a first image; a second camera arranged to capture the workpiece from a view point different from that of the first camera to acquire a second image; and a control unit configured to extract a plurality of edge lines of the workpiece respectively from the first image and the second image, calculate each of line-of-sight errors with respect to provisional three-dimensional coordinates, wherein the line-of-sight errors are calculated from an endpoint of a first edge line selected from the plurality of edge lines of the first image and an endpoint of a second edge line extracted from the plurality of edge lines of the second image so as to correspond to the first edge line, set an evaluation function from the respective line-of-sight errors and a three-dimensional constraint condition set based on a three-dimensional shape of the workpiece, and make an optimization calculation based on the evaluation function to determine three-dimensional coordinates of the workpiece.
A method of streaming virtual reality video data, the method comprising: receiving, by a processor of a client device from a server device, the processor implemented in circuitry, data representative of one or more most-interested regions of a plurality of regions of an image of 360 degree video data, the data representative of the one or more most-interested regions being external to video coding layer data of a bitstream including the video data; outputting, by the processor of the client device, a request to pre-fetch relatively high-quality video data for the one or more most-interested regions of an upcoming image; receiving, by the processor of the client device, the relatively high-quality video data for the one or more most-interested regions of the image; outputting, by the processor of the client device, after outputting the request to pre-fetch the relatively high-quality video data, a request to fetch relatively low-quality video data for one or more other regions of the image, the request for the relatively low-quality video data including an indication of the one or more other regions of the image; and receiving, by the processor of the client device, the relatively low-quality video data for the one or more other regions of the image. receiving, by a processor of a client device from a server device, the processor implemented in circuitry, data representative of one or more most-interested regions of a plurality of regions of an image of 360 degree video data, the data representative of the one or more most-interested regions being external to video coding layer data of a bitstream including the video data; outputting, by the processor of the client device, a request to pre-fetch relatively high-quality video data for the one or more most-interested regions of an upcoming image; receiving, by the processor of the client device, the relatively high-quality video data for the one or more most-interested regions of the image; outputting, by the processor of the client device, after outputting the request to pre-fetch the relatively high-quality video data, a request to fetch relatively low-quality video data for one or more other regions of the image, the request for the relatively low-quality video data including an indication of the one or more other regions of the image; and receiving, by the processor of the client device, the relatively low-quality video data for the one or more other regions of the image.
An optoelectronic code reader having a light reception element for converting reception light from a detection area into image data, an evaluation unit for performing a read operation in which a code region is detected in the image data and its code content is read, and an interface, characterized in that the evaluation unit is configured to output the image data of a read operation and parameters of the reading situation of the read operation when the image data was captured via the interface following a predeterminable trigger event, in that the trigger event is one of the following: on request, on read error, on successful read, or on each read, and in that the parameters of the reading situation comprise at least one of the following: focus setting, illumination, scanning frequency, distance to a code region, own position and/or own orientation of the code read relative to the detection area (12,18).
A battery pack, the battery pack comprising: an upper housing portion including a first air vent; a lower support frame configured to receive a plurality of battery cells and to space apart the battery cells from one another, the lower support frame including a second air vent positioned at a first end of the lower support frame, a third air vent positioned at a second end of the lower support frame and opposite the second air vent, and an air passage positioned between the second air vent and the third air vent, the first air vent positioned approximately or substantially directly above the second air vent, and the second air vent at least partially isolated from the first air vent by a heat sink. an upper housing portion including a first air vent; a lower support frame configured to receive a plurality of battery cells and to space apart the battery cells from one another, the lower support frame including a second air vent positioned at a first end of the lower support frame, a third air vent positioned at a second end of the lower support frame and opposite the second air vent, and an air passage positioned between the second air vent and the third air vent, the first air vent positioned approximately or substantially directly above the second air vent, and the second air vent at least partially isolated from the first air vent by a heat sink. a second air vent positioned at a first end of the lower support frame, a third air vent positioned at a second end of the lower support frame and opposite the second air vent, and an air passage positioned between the second air vent and the third air vent, the first air vent positioned approximately or substantially directly above the second air vent, and the second air vent at least partially isolated from the first air vent by a heat sink.
A method, comprising: determining reception of a multiple touch input comprising a first touch input having a first text position within a first word and a second touch input having a second text position within a second word; determining a first text selection point (202; 205; 206) positioned at a first word boundary outside of the first word based on the first text position; determining a second text selection point (203; 208; 209) positioned at a second word boundary outside of the second word based on the second text position; and selecting text information between said first text selection point and said second text selection point. determining reception of a multiple touch input comprising a first touch input having a first text position within a first word and a second touch input having a second text position within a second word; determining a first text selection point (202; 205; 206) positioned at a first word boundary outside of the first word based on the first text position; determining a second text selection point (203; 208; 209) positioned at a second word boundary outside of the second word based on the second text position; and selecting text information between said first text selection point and said second text selection point.
A protective device, comprising: - a plurality of slats, each having a front wall and an upper wall, positioned in such a way that the front walls are in contact, in succession, to define overall a continuous surface of vertical closing, each upper wall having at an end a coupling edge defining at least one seat which is C-shaped and open towards the closing surface, - a plurality of pins, each designed to engage at the coupling edge inside at least one open seat of a slat; - a closing sheet, coupled to the pins for being inserted inside the above-mentioned at least one seat of the coupling edges, the slats being relatively mobile along a direction of movement between a configuration of maximum extension, wherein the closing surface defined is maximum, and a configuration of minimum extension, wherein the closing surface defined is minimum, each of the slats having, at the coupling edge, a series of protrusions each defining one of the above-mentioned open seats, the device being characterised in that the protrusions are offset from each other in plan to define recesses between each of the protrusions and one of two slats, consecutive to each other, has, at the coupling edge, the open seats at the recesses of the other slat, and the recesses at the open seats of the other slat, in such a way that in the configuration of minimum extension the open seats of a slat insert at least partially in the recesses of the other slat. - a plurality of slats, each having a front wall and an upper wall, positioned in such a way that the front walls are in contact, in succession, to define overall a continuous surface of vertical closing, each upper wall having at an end a coupling edge defining at least one seat which is C-shaped and open towards the closing surface, - a plurality of pins, each designed to engage at the coupling edge inside at least one open seat of a slat; - a closing sheet, coupled to the pins for being inserted inside the above-mentioned at least one seat of the coupling edges,
A transport system comprising: a track section; a moving element (50, 650) mounted on said track section; and at least one pallet,wherein the moving element is configured to engage/disengage the at least one pallet of the transport system, the movement of each pallet being carried out by moving said moving element along the track section; a pallet rail positioned adjacent the track section, wherein the moving element moves the pallet onto said pallet rail, the transport system further comprising a vacuum system incorporated with the moving element for providing vacuum to the moving element and engaged pallet, said vacuum system comprising: a vacuum pump; a vacuum assembly comprising a vacuum chamber on the moving element for storing vacuum; a vacuum inlet provided on the vacuum chamber and for connection to the vacuum pump; and a vacuum outlet in communication with the vacuum chamber and positioned on the moving element, said vacuum outlet being associated with the pallet for provisioning of vacuum at the pallet; wherein the vacuum pump is driven directly by energy generated by interaction between the moving element and the transport system and the vacuum pump is driven while the moving element is in motion on the transport system. a track section; a moving element (50, 650) mounted on said track section; and at least one pallet,wherein the moving element is configured to engage/disengage the at least one pallet of the transport system, the movement of each pallet being carried out by moving said moving element along the track section; a pallet rail positioned adjacent the track section, wherein the moving element moves the pallet onto said pallet rail, the transport system further comprising a vacuum system incorporated with the moving element for providing vacuum to the moving element and engaged pallet, said vacuum system comprising: a vacuum pump; a vacuum assembly comprising a vacuum chamber on the moving element for storing vacuum; a vacuum inlet provided on the vacuum chamber and for connection to the vacuum pump; and a vacuum outlet in communication with the vacuum chamber and positioned on the moving element, said vacuum outlet being associated with the pallet for provisioning of vacuum at the pallet; a vacuum pump; a vacuum assembly comprising a vacuum chamber on the moving element for storing vacuum; a vacuum inlet provided on the vacuum chamber and for connection to the vacuum pump; and a vacuum outlet in communication with the vacuum chamber and positioned on the moving element, said vacuum outlet being associated with the pallet for provisioning of vacuum at the pallet; wherein the vacuum pump is driven directly by energy generated by interaction between the moving element and the transport system and the vacuum pump is driven while the moving element is in motion on the transport system.
The use of a combination of polyalkoxylated polyamines, which can be obtained by reacting polyamines with alkylene oxide, in particular ethylene oxide and/or propylene oxide, and alkoxylated C 8 -C 18 alcohols having an average degree of alkoxylation in the range of from 1 to 5, in particular of from 2 to 4, in washing or cleaning agents for enhancing the primary washing or cleaning performance when washing textiles or when cleaning hard surfaces of stains.
A method for cell selection by a terminal in a wireless communication system, the method comprising: receiving a cell list including an identifier of at least one cell, and a cell selection indicator associated with the cell list from a base station; determining whether the selection indicator is set to on; if the indicator is set to off, regarding as cell selection candidates the cells listed in said cell list regardless of a mobility level of the terminal; if the indicator is set to on and the terminal is in a high mobility, ruling out from cell selection candidates the cells included in said cell list. receiving a cell list including an identifier of at least one cell, and a cell selection indicator associated with the cell list from a base station; determining whether the selection indicator is set to on; if the indicator is set to off, regarding as cell selection candidates the cells listed in said cell list regardless of a mobility level of the terminal; if the indicator is set to on and the terminal is in a high mobility, ruling out from cell selection candidates the cells included in said cell list.
A gram-positive bacterium comprising a polycistronic expression unit, said polycistronic expression unit comprising an endogenous gene and one or more exogenous genes, wherein said endogenous gene and said one or more exogenous genes are transcriptionally controlled by a promoter endogenous to the gram-positive bacterium, wherein said promoter is selected from the group consisting of an enolase ( eno) promoter, a usp45 promoter, a gapB promoter, a pyk promoter, an rpmB promoter, and an rplS promoter of said gram-positive bacterium.
A system for dynamic configuration of a virtual keyboard, comprising: an electronic display configured to display a virtual keyboard, wherein the virtual keyboard comprises a plurality of keys; and a processor communicatively coupled to the electronic display and configured to: receive a first string of erased characters; receive a second string of replacement characters; compare the first string and the second string to determine a difference at corresponding character locations of the first string and the second string; increment a counter based on the difference, wherein the counter corresponds to the difference at the corresponding character locations of the first string and the second string; adjust at least one of the plurality of keys of the virtual keyboard based on the counter meeting a threshold; and reset the counter based on the counter meeting the threshold. an electronic display configured to display a virtual keyboard, wherein the virtual keyboard comprises a plurality of keys; and a processor communicatively coupled to the electronic display and configured to: receive a first string of erased characters; receive a second string of replacement characters; compare the first string and the second string to determine a difference at corresponding character locations of the first string and the second string; increment a counter based on the difference, wherein the counter corresponds to the difference at the corresponding character locations of the first string and the second string; adjust at least one of the plurality of keys of the virtual keyboard based on the counter meeting a threshold; and reset the counter based on the counter meeting the threshold. receive a first string of erased characters; receive a second string of replacement characters; compare the first string and the second string to determine a difference at corresponding character locations of the first string and the second string; increment a counter based on the difference, wherein the counter corresponds to the difference at the corresponding character locations of the first string and the second string; adjust at least one of the plurality of keys of the virtual keyboard based on the counter meeting a threshold; and reset the counter based on the counter meeting the threshold.
A tunable optical source comprising a semiconductor laser diode and a feedback section for providing wavelength selective feedback to the laser diode, wherein the feedback section comprises a zone plate device for frequency filtering of optical radiation so as to deliver radiation of a selected frequency at a predetermined location for use in said feedback, the zone plate device providing a non-rectilinear diffraction grating which diffracts incident radiation onto an optical axis through the device, characterised in that: the optical source further comprises control means for controlling the refractive index of material of the zone plate device so as to control the selected frequency at said predetermined location. the optical source further comprises control means for controlling the refractive index of material of the zone plate device so as to control the selected frequency at said predetermined location.
A stent, comprising a first tubular element formed of a first bioerodible metal composition and second tubular element formed of a second bioerodible metal composition, the first and second tubular elements (21, 21') are concentrically arranged; wherein the first and second bioerodible metal compositions are different and characterised in that the first metal composition is Mg or a Mg alloy and the second metal composition is iron or an iron alloy; and wherein a protective coating is provided between the two metals to reduce galvanic coupling.
Use of a contactlessly operating optical laser triangulation method for ascertaining at least one geometrical characteristic of at least one component of the components of a brake pad (1, 1') of a disc brake device of a vehicle prior to an installation or an initial commencement of operation of the brake pad (1, 1') and/or of the at least one component of the components of the brake pad (1, 1') in the disc brake device or in the vehicle, wherein a) in the contactlessly operating optical laser triangulation method, a laser is used to project a spot of light onto the at least one component of the components of the brake pad (1, 1') in an illumination direction, and the light reflected by the at least one component of the components of the brake pad (1, 1') in an observation direction is imaged on a light-receiving element, characterized in that b) the type of the at least one component of the components of the brake pad (1, 1') is ascertained on the basis of the angle between illumination direction and observation direction by triangulation, and wherein c) an installation fault in the brake pad (1, 1') is detected by means of a comparison with predefined setpoint values or setpoint value ranges for the type of the at least one component of the components of the brake pad (1, 1'), said installation fault consisting in the at least one component of the brake pad not being intended for installation together with the other components of the brake pad (1, 1'), and wherein d) a fault signal is generated in the event of an installation fault in the brake pad (1, 1') being detected. a) in the contactlessly operating optical laser triangulation method, a laser is used to project a spot of light onto the at least one component of the components of the brake pad (1, 1') in an illumination direction, and the light reflected by the at least one component of the components of the brake pad (1, 1') in an observation direction is imaged on a light-receiving element, characterized in that b) the type of the at least one component of the components of the brake pad (1, 1') is ascertained on the basis of the angle between illumination direction and observation direction by triangulation, and wherein c) an installation fault in the brake pad (1, 1') is detected by means of a comparison with predefined setpoint values or setpoint value ranges for the type of the at least one component of the components of the brake pad (1, 1'), said installation fault consisting in the at least one component of the brake pad not being intended for installation together with the other components of the brake pad (1, 1'), and wherein d) a fault signal is generated in the event of an installation fault in the brake pad (1, 1') being detected.
An electrical locking system for an electromechanical panic door-lock having a mechanical activation element, in the form of a pressure rod that runs horizontally over the width of the door on the interior side of the door for opening the door in an emergency, an emergency button, a control unit for securing the lock, and a signaling device for displaying at least one safety condition of the locking system, whereby the signaling device is arranged on the mechanical activation element and that the signaling device is an illumination means that is integrated in the pressure rod and is designed to have two different illumination colors for displaying at least two different safety conditions, and whereby the illumination means is linked to the control unit via a wireless signal connection.