mhurhangee/ep-ind-claims huggingface dataset:
An image pickup apparatus capable of reconstructing an input image to generate a plurality of output images with focus positions different from each other, the image pickup apparatus comprising: an imaging optical system; an image pickup element including a plurality of pixels; an image processing unit configured to generate the output image from the input image acquired by the image pickup element; and a control unit configured to drive the imaging optical system to perform focus control, wherein the image processing unit is configured to acquire information on a refocus control range, and the control unit is configured to perform the focus control based on the information on the refocus control range, characterized in that the image processing unit is configured to acquire, based on the information on the refocus control range, a third focus position that is a focus position at which a first focus position and a second focus position are included in the refocus control range, and the control unit is configured to drive the imaging optical system so as to move the focus position to the third focus position to perform the focus control. an imaging optical system; an image pickup element including a plurality of pixels; an image processing unit configured to generate the output image from the input image acquired by the image pickup element; and a control unit configured to drive the imaging optical system to perform focus control, wherein the image processing unit is configured to acquire information on a refocus control range, and the control unit is configured to perform the focus control based on the information on the refocus control range,
In-line roller skate comprising a pair of side frame elements (5a,5b), joined to each other by at least one transversal frame element, between which a front wheel, a rear wheel and at least one intermediate wheel (7b,7c) are pivotally mounted, and a boot provided with a sole, said boot being fastened to said frame through a fastening portion, wherein said fastening portion is located between said sole and said frame in a central region in the longitudinal direction between said front and rear wheels and comprises a support integral to said boot / frame and fastened to said frame / boot, characterized in that said support is provided, along at least a portion of its length, with a curved cross section perpendicular to said longitudinal direction so as to allow the passage of a portion of the wheels.
A radiation generating system comprising one or more first light sources and one or more second light sources, wherein: - the one or more first light sources and the one or more second light sources are solid state light sources; - the one or more first light sources are configured to generate in an operational mode first light source light having a first centroid wavelength (λc1) defined within a wavelength range of at maximum 380 nm; - the one or more second light sources are configured to generate in an operational mode second light source light having a second centroid wavelength (λc2) defined within the wavelength range of at maximum 420 nm; wherein the second centroid wavelength (λc2) > the first centroid wavelength (λc1); - the radiation generating system is configured to provide a beam of radiation comprising one or more of (i) a first beam comprising first light source light having a first beam angle (α1) defined by full width half maxima and (ii) a second beam comprising second light source light having a second beam angle (α2) defined by full width half maxima; wherein the first beam and the second beam at least partly overlap, the radiation generating system being characterized in that the first beam angle (α1) < the second beam angle (α2). - the one or more first light sources and the one or more second light sources are solid state light sources; - the one or more first light sources are configured to generate in an operational mode first light source light having a first centroid wavelength (λc1) defined within a wavelength range of at maximum 380 nm; - the one or more second light sources are configured to generate in an operational mode second light source light having a second centroid wavelength (λc2) defined within the wavelength range of at maximum 420 nm; wherein the second centroid wavelength (λc2) > the first centroid wavelength (λc1); - the radiation generating system is configured to provide a beam of radiation comprising one or more of (i) a first beam comprising first light source light having a first beam angle (α1) defined by full width half maxima and (ii) a second beam comprising second light source light having a second beam angle (α2) defined by full width half maxima; wherein the first beam and the second beam at least partly overlap, the radiation generating system being characterized in that the first beam angle (α1) < the second beam angle (α2).
Pre-stressed compact beam of elastic material where two outer elements (10, 12) which are symmetrical or near symmetrical about the total cross-section's neutral axis, are joined in pre-stressed condition by subsequent mutual sliding displacement of the elements, characterized in that the outer elements (10, 12) are held together by means of a shear transmitting center element arranged for mechanical transmission of forces obtained by providing adjacent surfaces of the center element and the outer elements (10, 12) with three-dimensional structures which are arranged to come into tight-fitting mutual interaction only when the elements are inflicted with a certain pre-stressing force to thereby mutually adhere the elements together in a curved condition.
A cervical orthotic with a U-shaped frame, which is intended and designed to rest on a patient's chest, with a chin rest which is U-shaped and at its two end regions is connected via a pivot connection to the end regions of the U-shaped frame, and with a support for the back of the head, which support is connected or is connectable to the U-shaped frame in order to, together with the U-shaped frame, close the cervical orthotic in a ring-like fashion, the frame and the chin rest being connected to one another in front of the pivot connection via a height-adjustable fixing device, the height-adjustable fixing device having at least one catch rail with at least two catch openings (11, 12, 13) for locking the chin rest at least at two different heights, the height-adjustable fixing device having at least one retainer, which is operatively connected to a compression spring in such a way that the retainer engages in one of the catch openings (11, 12, 13) in the catch rail, and the retainer being connected via an elongate unlocking connection to an unlocking element displaceable against the pressure direction of the compression spring, characterised in that the catch rail is fixedly connected to the chin rest.
Jewellery ring configured to be able to accommodate fingers of different sizes, comprising: a ring body having an opening that is substantially annular and intended to receive the finger, the ring body comprising at least one recess communicating with the opening; at least one adjustment pad mounted to be movable in the recess and extending over an angular segment along the ring body; a spring device configured to exert an elastic force on the adjustment pad such that the latter can be displaced along an axis that is substantially radial with respect to the ring body, the ring being configurable between a first configuration in which an inner diameter of the opening of the ring is maximal and substantially equal to the diameter of the inner face of the body of the ring and at least one second configuration in which the inner diameter of the opening is reduced and defined, at least partly, by the adjustment pad which protrudes from the inner face of the ring body; characterized in that the ring comprises a guiding device (50, 51) configured to guide the displacement of the adjustment pad substantially at the centre of the angular segment formed by the adjustment pad and on the radial axis. a ring body having an opening that is substantially annular and intended to receive the finger, the ring body comprising at least one recess communicating with the opening; at least one adjustment pad mounted to be movable in the recess and extending over an angular segment along the ring body; a spring device configured to exert an elastic force on the adjustment pad such that the latter can be displaced along an axis that is substantially radial with respect to the ring body, the ring being configurable between a first configuration in which an inner diameter of the opening of the ring is maximal and substantially equal to the diameter of the inner face of the body of the ring and at least one second configuration in which the inner diameter of the opening is reduced and defined, at least partly, by the adjustment pad which protrudes from the inner face of the ring body; characterized in that the ring comprises a guiding device (50, 51) configured to guide the displacement of the adjustment pad substantially at the centre of the angular segment formed by the adjustment pad and on the radial axis.
Pointer instrument, in particular for a motor vehicle, comprising a pointer drive for deflecting a support body rotatable about an axis of rotation, on which support body a pointer that is visible in a display is present, wherein the support body is designed as a ring and mounted on bearings, wherein the bearings are arranged away from the axis of rotation in such a way that the central region of the ring is kept free from components of the pointer apparatus, wherein a light-guiding element is arranged on the side of the support body facing away from an observer, into which light-guiding element light from at least one light source is guidable and which light-guiding element extends along at least part of the trajectory of the pointer, and the support body and preferably the pointer are embodied in a light-guiding manner such that the pointer is embodied to be illuminable by means of light emerging from the light-guiding element, characterized in that at least part of the light-guiding element, at least in the direction of extent parallel to the display, is embodied in portions as a cylindrical ring segment, a first end face of the ring segment is provided with at least one first input coupling surface and a second end face of the ring segment is provided with at least one second output coupling surface.
A cover for an air compressor or a pump in a pump assembly, the cover comprising: a main plate body having a first surface and a second surface opposite from the first surface; a plurality of external fins that are formed on the first surface and protrude outwardly from the first surface; and a plurality of internal fins that are arranged proximate the second surface and extend in an opposite direction relative to a direction in which the plurality of external fins extend, wherein heat from the air compressor or pump is received by the plurality of internal fins and flows through the main plate body, whereby a temperature of a fluid exiting the air compressor or pump is reduced, characterized by a chamber that is formed in the main plate body and opens to the second surface, wherein the chamber has a base surface defining a closed side of the chamber, and the plurality of internal fins extend from the base surface of the chamber to the second surface of the main plate body. a main plate body having a first surface and a second surface opposite from the first surface; a plurality of external fins that are formed on the first surface and protrude outwardly from the first surface; and a plurality of internal fins that are arranged proximate the second surface and extend in an opposite direction relative to a direction in which the plurality of external fins extend, wherein heat from the air compressor or pump is received by the plurality of internal fins and flows through the main plate body, whereby a temperature of a fluid exiting the air compressor or pump is reduced, characterized by a chamber that is formed in the main plate body and opens to the second surface, wherein the chamber has a base surface defining a closed side of the chamber, and the plurality of internal fins extend from the base surface of the chamber to the second surface of the main plate body.
Loading arm assembly for a load-handling vehicle configured for unloading and loading transportation containers having a hook, the loading arm assembly including: a main arm, an auxiliary arm connected with respect to the main arm, a pivot arm part connected with respect to the auxiliary arm so as to be pivotable by way of an articulation, wherein the pivot arm part in a transporting position engages in a clearance of the auxiliary arm, wherein the loading arm assembly further comprises a gripping hook connected with respect to a first end of the pivot arm part, the gripping hook configured for unloading and loading of transportation containers having a hook, characterized in that a crossbeam (20, 21) is connected with respect to a second end of the pivot arm part, the crossbeam (20, 21) including at least two corner grippers (24, 25) configured for unloading and loading of ISO containers. a main arm, an auxiliary arm connected with respect to the main arm, a pivot arm part connected with respect to the auxiliary arm so as to be pivotable by way of an articulation, wherein the pivot arm part in a transporting position engages in a clearance of the auxiliary arm, wherein the loading arm assembly further comprises a gripping hook connected with respect to a first end of the pivot arm part, the gripping hook configured for unloading and loading of transportation containers having a hook,
A gas supply device, comprising: a gas passage through which gas is supplied to a target space; a filter unit provided at an inlet of the gas passage; an air pump provided on the gas passage; and wherein the gas supply device further comprises a heating unit that heats gas flowing into a filter provided in the filter unit; characterized by a salt amount detection unit that detects an amount of salt adhering to the filter provided in the filter unit; and a humidity detection unit that detects a relative humidity of gas flowing into the gas passage from the inlet; wherein the heating unit is configured to heat the gas flowing into the filter in a case where the amount of salt detected by the salt amount detection unit is equal to or higher than a reference salt amount and the relative humidity of the gas detected by the humidity detection unit is equal to or higher than a humidity reference value. a gas passage through which gas is supplied to a target space; a filter unit provided at an inlet of the gas passage; an air pump provided on the gas passage; and wherein the gas supply device further comprises a heating unit that heats gas flowing into a filter provided in the filter unit; characterized by a salt amount detection unit that detects an amount of salt adhering to the filter provided in the filter unit; and a humidity detection unit that detects a relative humidity of gas flowing into the gas passage from the inlet; wherein the heating unit is configured to heat the gas flowing into the filter in a case where the amount of salt detected by the salt amount detection unit is equal to or higher than a reference salt amount and the relative humidity of the gas detected by the humidity detection unit is equal to or higher than a humidity reference value.
Flow regulating valve subassembly with a housing, in which a valve piston is accommodated linearly movably, there being provided in the housing a first and a second working connection (12, 13) which are connectable to one another via a valve seat on the housing, with the valve piston being acted upon, via a first end face, by the pressure of the first working connection in the opening direction and, via an annular surface, by the pressure of the second working connection in the opening direction, and the valve piston being acted upon in the closing direction, via a second end face, by the pressure of the higher-pressure working connection, the second end face delimiting with the housing a valve space, and there being formed by the housing and the valve piston an adjustable throttle, the cross section of which changes continuously during displacement of the valve piston, the higher-pressure working connection being connected to the valve space via the throttle, and with a pilot control valve arrangement which is arranged in a control line connecting the valve space to the lower-pressure working connection, characterized in that the pilot control valve arrangement has a fixed displacement diaphragm and a continuously adjustable 2/2-way valve, the valve body of which is acted upon in the closing direction by a control pressure, picked off upstream of the fixed displacement diaphragm, of the control line and in the opening direction by an actuator and by a control pressure, picked off downstream of the fixed displacement diaphragm, of the control line, and the position of which can be detected via a position detection means.
A computer implemented method for recursively correcting an error associated with phasic synchrony of sequence data generated from a population of substantially identical copies of a template molecule, comprising: (a) detecting a plurality of signals generated in response to a plurality of nucleotide species introduced during a sequencing reaction; (b) generating an observed value for the signal detected from each of the nucleotide species; (c) defining a plurality of positive incorporation values and a plurality of negative incorporation values with respect to a threshold, as the observed values corrected by a carry forward value and an incomplete extension value; (d) revising the carry forward value and the incomplete extension value by performing perturbation increments computed by minimizing a function of the noise, wherein the noise value is derived from a plurality of observed values associated with the negative incorporation values; (e) re-defining the plurality of positive incorporation values and the plurality of negative incorporation values corrected by the revised carry forward value and the revised incomplete extension value; and (f) repeating steps (d)-(e) until convergence of the plurality of positive incorporation values and the plurality of negative incorporation values. (a) detecting a plurality of signals generated in response to a plurality of nucleotide species introduced during a sequencing reaction; (b) generating an observed value for the signal detected from each of the nucleotide species; (c) defining a plurality of positive incorporation values and a plurality of negative incorporation values with respect to a threshold, as the observed values corrected by a carry forward value and an incomplete extension value; (d) revising the carry forward value and the incomplete extension value by performing perturbation increments computed by minimizing a function of the noise, wherein the noise value is derived from a plurality of observed values associated with the negative incorporation values; (e) re-defining the plurality of positive incorporation values and the plurality of negative incorporation values corrected by the revised carry forward value and the revised incomplete extension value; and (f) repeating steps (d)-(e) until convergence of the plurality of positive incorporation values and the plurality of negative incorporation values.
A method for determining available communication sub-channels in an OFDM communication system comprising a first and second transceivers and a plurality of communication sub-channels, the method comprising the following steps performed by the first transceiver: transmitting in parallel, on all sub-channels of a first set of sub-channels selected by the first transceiver from the plurality of communication sub-channels available at the first transceiver, a copy of a first handshake packet comprising first availability information regarding the sub-channels of the first set upon which the first transceiver is able and/or willing to operate; receiving in parallel, on all sub-channels of a second set of sub-channels selected by the second transceiver from the plurality of communication sub-channels available at the second transceiver, a copy of a second handshake packet comprising second availability information regarding the sub-channels of the second set upon which the second transceiver is able and/or willing to operate; and determining at least one set of common available sub-channels based on the first and second availability information regarding the respective first and second sets of sub-channels, by selecting sub-channels common to both the first and second sets. transmitting in parallel, on all sub-channels of a first set of sub-channels selected by the first transceiver from the plurality of communication sub-channels available at the first transceiver, a copy of a first handshake packet comprising first availability information regarding the sub-channels of the first set upon which the first transceiver is able and/or willing to operate; receiving in parallel, on all sub-channels of a second set of sub-channels selected by the second transceiver from the plurality of communication sub-channels available at the second transceiver, a copy of a second handshake packet comprising second availability information regarding the sub-channels of the second set upon which the second transceiver is able and/or willing to operate; and determining at least one set of common available sub-channels based on the first and second availability information regarding the respective first and second sets of sub-channels, by selecting sub-channels common to both the first and second sets.
A Bluetooth power supply apparatus, comprising a housing, a USB interface embedded in the housing, and a Bluetooth power supply circuit arranged in the housing and electrically connected to the USB interface, wherein the Bluetooth power supply apparatus is detachable and the Bluetooth power supply circuit comprises a storage battery, a DC power supply module connected to the storage battery, and a Bluetooth control circuit connected to the DC power supply module and the USB interface and wherein the Bluetooth control circuit comprises a power switch chip for switching on and off the power provided by the storage battery to the USB interface and a Bluetooth chip for controlling the on-off state of the power switch chip.