mhurhangee/ep-ind-claims huggingface dataset:
A photographing apparatus for photographing an image through a multiple exposure sensor, the photographing apparatus comprising: an image sensor (110, 220) including a plurality of pixels comprising a plurality of colors; input circuitry configured to receive an input of a photographing command; and a processor (130, 230) configured to: control exposure times to be different for each of a plurality of pixel groups in which the plurality of pixels are grouped by color, in response to a photographing command being input through the input circuitry; and acquire, through the image sensor during a single aperture opening time, a multiple exposure image in which segmented motions of a moving subject are represented by different colors and/or brightness, based on the different exposure times for each of the plurality of pixel groups. an image sensor (110, 220) including a plurality of pixels comprising a plurality of colors; input circuitry configured to receive an input of a photographing command; and a processor (130, 230) configured to: control exposure times to be different for each of a plurality of pixel groups in which the plurality of pixels are grouped by color, in response to a photographing command being input through the input circuitry; and acquire, through the image sensor during a single aperture opening time, a multiple exposure image in which segmented motions of a moving subject are represented by different colors and/or brightness, based on the different exposure times for each of the plurality of pixel groups. control exposure times to be different for each of a plurality of pixel groups in which the plurality of pixels are grouped by color, in response to a photographing command being input through the input circuitry; and acquire, through the image sensor during a single aperture opening time, a multiple exposure image in which segmented motions of a moving subject are represented by different colors and/or brightness, based on the different exposure times for each of the plurality of pixel groups.
A method of wireless communication, comprising: receiving a request from a second eNodeB to dynamically change a subframe interlace to a prohibited subframe interlace; characterized by: transitioning the subframe interlace to the prohibited subframe interlace in accordance with the request by preventing new data transmission on the prohibited subframe interlace and allowing retransmission on the prohibited subframe interlace. receiving a request from a second eNodeB to dynamically change a subframe interlace to a prohibited subframe interlace; characterized by: transitioning the subframe interlace to the prohibited subframe interlace in accordance with the request by preventing new data transmission on the prohibited subframe interlace and allowing retransmission on the prohibited subframe interlace. transitioning the subframe interlace to the prohibited subframe interlace in accordance with the request by preventing new data transmission on the prohibited subframe interlace and allowing retransmission on the prohibited subframe interlace.
A fusion construct, comprising an amino acid sequence of a tissue inhibitor of metalloproteinases (TIMP) or a biologically active fragment thereof that inhibits active matrix metalloproteinases, wherein said TIMP or biologically active fragment thereof is linked to a glycosylphosphatidylinositol -anchor, for accelerating treatment wound closure by activating the proliferation and migration of dermal keratinocytes, or for effecting the proliferation and mobilization of keratinocytes and/or mesothelial cells in wounds.
Wastewater system accelerator comprising an in-line lifting station which is followed by a closed regulation chamber in the desired direction of the water flow, the regulation chamber comprising a gravel trap which is connected to an adaptive pump which is equipped with a frequency converter, the regulation chamber being equipped with a probe for continuously measuring the water level therein, which probe is capable of electronically communicating the water level to the frequency converter, characterized in that the probe is piezometric and is suspended from the cover of the regulation chamber, in a protective tube which is notched in a herringbone pattern that protects the probe.
A toilet bowl usable in particular in areas with limited or even quite restricted space, having a fixed part or structure connectable in a direct or indirect manner to a floor or wall, said fixed part having an inlet for water and said toilet bowl also having, on its lower part, a discharge for the water to be discharged directly into the sewer or into a suitable hygienic collection container, characterized in that a plurality of strips or shells are mounted on said fixed part in a manner such that they can rotate around a substantially horizontal axis, i.e. around respective hinges on the fixed part itself, wherein, in the use position of the toilet bowl, said strips are superimposed on each other to a minimum extent and an upper strip has a substantially horizontal upper edge defining the lateral borders of the toilet bowl, while in a non-use position of the toilet bowl, said strips are superimposed on each other to a maximum extent and are all assembled together, i.e. housed at least in part but preferably completely inside said fixed part or structure.
A cassette comprising: a flexible accommodating body that is arranged to accommodate an accumulative fluorescent sheet in a light shielded state; an entrance/exit portion that is provided at one end portion of the flexible accommodating body, and through which the accumulative fluorescent sheet can be inserted and removed into and from the flexible accommodating body due to mounting to a radiographic image reading device; and characterized by opening/closing means for opening the flexible accommodating body at a portion different from the one end portion such that a push-out member, that pushes the accumulative fluorescent sheet out toward the entrance/exit portion, can be inserted, and for closing the flexible accommodating body in a light shielded state. a flexible accommodating body that is arranged to accommodate an accumulative fluorescent sheet in a light shielded state; an entrance/exit portion that is provided at one end portion of the flexible accommodating body, and through which the accumulative fluorescent sheet can be inserted and removed into and from the flexible accommodating body due to mounting to a radiographic image reading device; and characterized by opening/closing means for opening the flexible accommodating body at a portion different from the one end portion such that a push-out member, that pushes the accumulative fluorescent sheet out toward the entrance/exit portion, can be inserted, and for closing the flexible accommodating body in a light shielded state.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a source base station, a radio resource control, RRC, message including a conditional handover, CHO, configuration wherein the CHO configuration includes an execution condition associated with a candidate target base station, the execution condition including a first measurement identity, ID, and a second measurement ID; determining whether triggering condition for the first measurement ID and the second measurement ID are fulfilled for the candidate target base station; generating a measurement report indicating a target base station based on the determination that the triggering conditions for the first measurement ID and the second measurement ID are fulfilled for the target base station; transmitting, to the source base station, the measurement report; and executing the CHO to the target base station. receiving, from a source base station, a radio resource control, RRC, message including a conditional handover, CHO, configuration wherein the CHO configuration includes an execution condition associated with a candidate target base station, the execution condition including a first measurement identity, ID, and a second measurement ID; determining whether triggering condition for the first measurement ID and the second measurement ID are fulfilled for the candidate target base station; generating a measurement report indicating a target base station based on the determination that the triggering conditions for the first measurement ID and the second measurement ID are fulfilled for the target base station; transmitting, to the source base station, the measurement report; and executing the CHO to the target base station.
An apparatus for delivering an anastomotic clip between an artery and a vein, said apparatus comprising: an elongate core with a lumen extending from a proximal end to a distal end, said core including a reduced diameter segment near its distal end, the reduced diameter segment providing a step; a flexible needle sheath comprising a lumen, wherein the flexible needle sheath is slidably received within the lumen of the core; a flexible needle slidably received within the lumen of the flexible needle sheath so as to be slidably advanceable and retractable such that the needle can protrude to penetrate a wall of one or more vessels; an outer sheath which slidingly surrounds the core; an anastomotic clip for placement between the artery and the vein; and a handle on the proximal end of the apparatus to advance and retract the outer sheath and core in order to deploy the anastomotic clip between the artery and the vein; wherein the core has a dilating tip at its distal end; wherein the anastomotic clip is maintained between the outer sheath and the reduced diameter segment of the core; wherein the anastomotic clip is at least partially self-expanding and the outer sheath maintains the anastomotic clip in a compressed state prior to deployment. an elongate core with a lumen extending from a proximal end to a distal end, said core including a reduced diameter segment near its distal end, the reduced diameter segment providing a step; a flexible needle sheath comprising a lumen, wherein the flexible needle sheath is slidably received within the lumen of the core; a flexible needle slidably received within the lumen of the flexible needle sheath so as to be slidably advanceable and retractable such that the needle can protrude to penetrate a wall of one or more vessels; an outer sheath which slidingly surrounds the core; an anastomotic clip for placement between the artery and the vein; and a handle on the proximal end of the apparatus to advance and retract the outer sheath and core in order to deploy the anastomotic clip between the artery and the vein; wherein the core has a dilating tip at its distal end; wherein the anastomotic clip is maintained between the outer sheath and the reduced diameter segment of the core; wherein the anastomotic clip is at least partially self-expanding and the outer sheath maintains the anastomotic clip in a compressed state prior to deployment.
A balloon inflation/deflation system for use with an endoscope and comprising: balloon inflation functionality providing a predetermined open-loop inflation sequence comprising an automatic inflation sequence; balloon deflation functionality; and an inflated balloon pressure indicator; characterized in that the automatic inflation sequence includes at least one step of continuing balloon inflation over a predetermined time duration (Tl) once exceedance of a preset inflated balloon pressure has been indicated by the pressure measured in said inflated balloon pressure indicator. balloon inflation functionality providing a predetermined open-loop inflation sequence comprising an automatic inflation sequence; balloon deflation functionality; and an inflated balloon pressure indicator;
A method performed at a device comprising a receiver, the method comprising: scanning at least one sub-band of a plurality of sub-bands within a spectral band of a received signal comprising a desired signal contribution to determine whether signal data obtained from said at least one sub-band further comprises at least one undesired signal contribution, wherein said at least one sub-band is selected for scanning based, at least in part, on a scan order that prioritizes scanning of said plurality of sub-bands based, at least in part, on a ranking in increasing order of differences between a center frequency of said spectral band and respective center frequencies of each of said plurality of sub-bands, wherein said respective center frequencies of a first portion of said plurality of sub-bands are greater than said center frequency of said spectral band, and said respective center frequencies of a second portion of said plurality of sub-bands are less than said center frequency of said spectral band, and wherein at least a part of said ranking in increasing order alternates between sub-bands of said first portion and sub-bands of said second portion; and in response to determining that said signal data in said at least one sub-band comprises said at least one undesired signal contribution, initiating at least one notch filter within a receiver to affect said at least one undesired signal contribution. scanning at least one sub-band of a plurality of sub-bands within a spectral band of a received signal comprising a desired signal contribution to determine whether signal data obtained from said at least one sub-band further comprises at least one undesired signal contribution, wherein said at least one sub-band is selected for scanning based, at least in part, on a scan order that prioritizes scanning of said plurality of sub-bands based, at least in part, on a ranking in increasing order of differences between a center frequency of said spectral band and respective center frequencies of each of said plurality of sub-bands, wherein said respective center frequencies of a first portion of said plurality of sub-bands are greater than said center frequency of said spectral band, and said respective center frequencies of a second portion of said plurality of sub-bands are less than said center frequency of said spectral band, and wherein at least a part of said ranking in increasing order alternates between sub-bands of said first portion and sub-bands of said second portion; and in response to determining that said signal data in said at least one sub-band comprises said at least one undesired signal contribution, initiating at least one notch filter within a receiver to affect said at least one undesired signal contribution.
Device for locking and releasing a functionally essential component of a motor vehicle, in particular a steering column or a gear lever, comprising a locking bolt movably mounted between a locking position for locking the functionally essential component and an unlocking position for unlocking the functionally essential component, a transmission, which is in mechanical operative connection with the locking bolt in order to transfer the locking bolt between the locking position and the unlocking position, and a detection unit, which has a slider element for moving a signal transmitter and at least one first stationary sensor element for detecting at least one position (RS, DS) of the slider element, the transmission having a cam-like, rotatably driven guide link which interacts with a corresponding guide pin of the slider element in order to transfer the slider element between a rest position, in which the signal transmitter is located at a distance from the first sensor element, and a detection position, in which the signal transmitter is located in the detection region of the first sensor element, wherein the guide link is at least partially radially open on one side, characterized in that, the guide link has, with an increasing distance (r) from an axis of rotation of the transmission, firstly a guide region which is closed on both sides along the guide link, then an entry region which opens to one side of the guide link and becomes wider, and then a support region for the guide pin of the slide element, which support region is open radially on one side along the guide link.
A securable banknote carrier adapted to be inserted into a banknote cassette, said securable banknote carrier comprising an enclosure of flexible material attached to an articulated bi-fold frame delimiting a banknote aperture; wherein the frame comprises a pair of hingedly coupled opposing jaw members and locking means configured to irreversibly lock the opposing jaw members together in a banknote aperture closed position; characterised in that each jaw member includes a pair of opposing axial lugs configured to be releasably received by corresponding mounting brackets (52, 53) of the banknote cassette, and wherein the frame is configured such that when moving from a banknote aperture open position to the banknote aperture closed position the opposing jaw members rotate inwardly towards one another from a position in which the jaw members are substantially coplanar to a position in which the jaw members are substantially adjacent and parallel to each other in the banknote aperture closed position.
A filtering system for waters contaminated by pollutants, in particular for removing or at least reducing the concentration of heavy metals and/or PAHs from said contaminated waters, said system comprising a duct for the transit of said contaminated water, wherein it comprises a tank with activated carbon powders in communication with said duct for the transit of said contaminated water by introduction means adapted to introduce said active carbon powders into said active duct, wherein said system comprises at least one filter for said polluted water with said activated carbon powders added in communication with said duct, said at least a first filter being adapted to separate the products of the absorption of said pollutants by said activated carbon from said contaminated water and to retain said absorption products, said system been characterized in that it comprises means for removing any gases from said duct, in that said means for removing said possible gases are put in communication with said duct downstream of the introduction point of said activated carbon powders into said duct and upstream of said at least a first filter for said polluted waters added with said activated carbon powders.
A method for securing the connection-oriented, bi-directional transmission of predetermined data blocks by scrambling, in which: • on the transmission side, a repetition of a data block with a modified scrambling is carried out on the transmission side, in accordance with a reception-side error detection and taking into account that the transmission security of the data blocks depends on the content of the data, • to increase the transmission security, the modified scrambling is carried out for repetition and is taken into account that the previous scrambling was inconvenient for transmission, • a return channel is a part of the protocol of a data block to be transmitted and • a data exchange takes place via the transmission channel only between a respective data element of an input buffer and a data element uniquely assigned to said input buffer in the receiving-side output buffer, wherein up to four repetitions of the data block with scrambling, which are different from previous transmissions are used, and in that, in the fourth repetition, the first scrambling is started again and the transmission channel is considered to be completely disturbed. • on the transmission side, a repetition of a data block with a modified scrambling is carried out on the transmission side, in accordance with a reception-side error detection and taking into account that the transmission security of the data blocks depends on the content of the data, • to increase the transmission security, the modified scrambling is carried out for repetition and is taken into account that the previous scrambling was inconvenient for transmission, • a return channel is a part of the protocol of a data block to be transmitted and • a data exchange takes place via the transmission channel only between a respective data element of an input buffer and a data element uniquely assigned to said input buffer in the receiving-side output buffer, wherein up to four repetitions of the data block with scrambling, which are different from previous transmissions are used, and in that, in the fourth repetition, the first scrambling is started again and the transmission channel is considered to be completely disturbed.
A lower-body garment comprising: a torso portion adapted to cover at least a lower torso area of a wearer when the lower-body garment is worn by the wearer; a first leg portion extending from the torso portion; a second leg portion extending from the torso portion, the torso portion defining at least a waist opening, the first leg portion and the second leg portion defining a first leg opening and a second leg opening respectively; and at least one wipe zone (120, 134) comprising a repeating linear pattern of foam ink deposited on an outer-facing surface at one or more predetermined locations on the lower-body garment. a torso portion adapted to cover at least a lower torso area of a wearer when the lower-body garment is worn by the wearer; a first leg portion extending from the torso portion; a second leg portion extending from the torso portion, the torso portion defining at least a waist opening, the first leg portion and the second leg portion defining a first leg opening and a second leg opening respectively; and at least one wipe zone (120, 134) comprising a repeating linear pattern of foam ink deposited on an outer-facing surface at one or more predetermined locations on the lower-body garment.
A man-made vitreous fibre (MMVF) plant growth substrate comprising a coherent slab having the following properties: (a) a total volume in the range 3 to 11 litres, (b) a first layer of MMVF having a density in the range 40 to 90 kg/m 3, (c) in interfacial contact with the first layer, a second layer of MMVF having a density in the range 35 to 85 kg/m 3 that is lower than the density of MMVF of first layer; and (d) the MMVF of both layers is bonded by an organic binder selected from formaldehyde-free binders and wherein the loss on ignition of the slab is in the range of 2.5% to 5.3%. (a) a total volume in the range 3 to 11 litres, (b) a first layer of MMVF having a density in the range 40 to 90 kg/m 3, (c) in interfacial contact with the first layer, a second layer of MMVF having a density in the range 35 to 85 kg/m 3 that is lower than the density of MMVF of first layer; and (d) the MMVF of both layers is bonded by an organic binder selected from formaldehyde-free binders