mhurhangee/ep-ind-claims huggingface dataset:
A method for active data center cooling infrastructure management, comprising the steps of: injecting randomized signals into operational controls of a data center cooling infrastructure ensuring the signal injections occur within normal operational ranges and constraints; monitoring data center cooling infrastructure performance and operational conditions in the data center in response to the signals; computing confidence intervals about the causal relationships between the operational conditions and the signals; and selecting optimal signals for the operational controls of the data center cooling infrastructure based on the computed confidence intervals. injecting randomized signals into operational controls of a data center cooling infrastructure ensuring the signal injections occur within normal operational ranges and constraints; monitoring data center cooling infrastructure performance and operational conditions in the data center in response to the signals; computing confidence intervals about the causal relationships between the operational conditions and the signals; and selecting optimal signals for the operational controls of the data center cooling infrastructure based on the computed confidence intervals.
A method for cooling exhaust air of a cleaning device, characterized by the following steps: a) introducing a first volume of water into a steam condenser according to claim 10 of a cleaning device in order to build up a steam barrier with respect to an exhaust air outlet of the steam condenser, b) passing exhaust air from a cleaning chamber of the cleaning device through the steam barrier formed from the water, wherein the exhaust air gets in direct contact with the water. a) introducing a first volume of water into a steam condenser according to claim 10 of a cleaning device in order to build up a steam barrier with respect to an exhaust air outlet of the steam condenser, b) passing exhaust air from a cleaning chamber of the cleaning device through the steam barrier formed from the water, wherein the exhaust air gets in direct contact with the water.
A method for reducing potential for substance abuse in skin-worn transdermal patch devices (10,30) containing residual amounts of abusable substances of interest after removal from a first user comprising causing said abusable substance of interest that remains in a patch device as removed from a first user to contact a separately stored anti-abuse substance comprising an adsorbent material that prevents solvent extraction of said abusable substance, and combinations thereof with co-soluble antagonists and/or irritants in a manner which thereby reduces the potential for abuse of said transdermal patch, wherein said extraction of said abusable substance uses a solvent selected from water, ethanol or combinations thereof, wherein said adsorbent material is activated carbon and wherein said abusable substance is an opioid.
An air brake connection system comprising primary and secondary tractor couplings (18, 19), primary and secondary trailer couplings (5, 6), and primary and secondary hoses (38, 39), each hose having couplings (11, 12, 43, 46) at its opposite ends that are uncouplably connectable to the respective tractor coupling and to the respective trailer coupling, characterised in that the primary hose includes a male coupling at the tractor end thereof coupling with the female primary tractor coupling, and a female coupling at the trailer end thereof coupling with the male primary trailer coupling, the female coupling including a self-sealing valve, and in that the secondary hose includes a female coupling at the tractor end thereof coupling with the male secondary tractor coupling, and a male coupling at the trailer end thereof coupling with the secondary female tractor coupling, the male coupling including a self-sealing valve, and in that the tractor couplings (18, 19) and the couplings (43, 46) at the tractor end of each hose (38, 39) are of different diameter to the trailer coupling (5, 6) and the couplings (11, 12) at the trailer end of the respective hose.
Arrangement of a telescopic seat post and a bicycle frame, comprising: - a tubular telescopic element for mounting a saddle, the telescopic element being slidably mounted along a longitudinal axis of a seat tube of the bicycle frame, - a tubular support element which is displaceably mounted in the telescopic element, wherein the supporting element has a fastening section which is connected to the seat tube via a fastening element which can be inserted transversely to the longitudinal axis of the seat tube, characterized in that for an anti-twist protection between the telescopic element and the supporting element a longitudinal groove parallel to the longitudinal axis of the seat post extends in the surface of the supporting element or the telescopic element, into which engages a guide portion, which is fixedly connected to the telescopic element or the supporting element. - a tubular telescopic element for mounting a saddle, the telescopic element being slidably mounted along a longitudinal axis of a seat tube of the bicycle frame, - a tubular support element which is displaceably mounted in the telescopic element,
A blade cover for an axe, comprising a protective portion arranged to cover a sharp edge of a tool head, characterized in that it further comprises a locking mechanism releasably attachable to the tool head, the locking mechanism comprising a rotatable switch and a receiver, the rotatable switch is rotatable between two positions, wherein in a first position the blade cover is fixedly securable to the tool head, and in a second position the blade cover is releasably attachable to the tool head. a protective portion arranged to cover a sharp edge of a tool head, characterized in that it further comprises a locking mechanism releasably attachable to the tool head, the locking mechanism comprising a rotatable switch and a receiver, the rotatable switch is rotatable between two positions, wherein in a first position the blade cover is fixedly securable to the tool head, and in a second position the blade cover is releasably attachable to the tool head.
A lens apparatus (100; 500) attachable to and detachable from an image pickup apparatus body, the lens apparatus comprising: an optical member (101, 102, 105); and a controller (111; 501) configured to perform communication with the image pickup apparatus body with respect to driving of the optical member, characterized in that the controller is configured to transmit, based on first information for identifying the image pickup apparatus body transmitted from the image pickup apparatus body, second information for identifying the lens apparatus to the image pickup apparatus body, and transmit, based on third information for identifying the image pickup apparatus body transmitted from the image pickup apparatus body after the transmission of the second information, fourth information for identifying the lens apparatus to the image pickup apparatus body. an optical member (101, 102, 105); and a controller (111; 501) configured to perform communication with the image pickup apparatus body with respect to driving of the optical member, characterized in that the controller is configured to transmit, based on first information for identifying the image pickup apparatus body transmitted from the image pickup apparatus body, second information for identifying the lens apparatus to the image pickup apparatus body, and transmit, based on third information for identifying the image pickup apparatus body transmitted from the image pickup apparatus body after the transmission of the second information, fourth information for identifying the lens apparatus to the image pickup apparatus body.
A camera based code reader for reading an optical code on an object in a relative movement to the code reader, wherein the code reader has a linear image sensor to record a respective image line and a control and evaluation unit (24, 25, 26) with at least one first pre-processing unit and a further processing unit; wherein the first pre-processing unit is connected at least indirectly to the image sensor and is configured to read image line by image line in the course of the relative movement, to rescale a respective image line with a zoom factor z in a pre-processing, and then to forward it to the further processing unit; and wherein the further processing unit is configured to read the optical code from the image lines, characterized in that the image sensor has a plurality of linear arrangements (20a-d) of light reception elements; in that some of the light reception elements are sensitive to white light and some other respective light reception elements are sensitive to light of respectively only one color and thus a grayscale channel is formed to record grayscale image lines and a plurality of color channels are formed to record color image lines; and in that the first processing unit has a plurality of parallel processing channels, at least one processing channel for the grayscale channel, and at least one processing channel per color channel to respectively rescale a grayscale image line and associated color image lines in parallel and synchronously.
A prepreg sheet comprising: a plurality of prepreg tapes that are juxtaposed to each other and each of which contains a reinforcing fiber bundle and a matrix resin composition, the plurality of prepreg tapes being provided such that adjacent prepreg tapes of the plurality of prepreg tapes overlap each other at respective lateral edge portions of the adjacent prepreg tapes, characterized in that: the adjacent prepreg tapes overlap each other for a length (o) that is not more than 50% of a width of a prepreg tape of the adjacent prepreg tapes; and the adjacent prepreg tapes overlap each other for a length (o) that is not less than 1% of a width of a prepreg tape of the adjacent prepreg tapes. a plurality of prepreg tapes that are juxtaposed to each other and each of which contains a reinforcing fiber bundle and a matrix resin composition, the plurality of prepreg tapes being provided such that adjacent prepreg tapes of the plurality of prepreg tapes overlap each other at respective lateral edge portions of the adjacent prepreg tapes, characterized in that: the adjacent prepreg tapes overlap each other for a length (o) that is not more than 50% of a width of a prepreg tape of the adjacent prepreg tapes; and the adjacent prepreg tapes overlap each other for a length (o) that is not less than 1% of a width of a prepreg tape of the adjacent prepreg tapes.
A method for distributing conference resources using an ad-hoc network comprised of a master device and one or more slave devices, the method being performed at a master device for setting up a conference and having video and audio ports, the method comprising: setting up a conference by processing requests from one or more other devices; linking with a slave device having video and audio ports to establish an ad-hoc network, the slave device presenting its capabilities, including number of ports, to the master device; determining the total number of video and audio ports and their availability; receiving a request from a further device to connect into said conference; providing said request to said slave device; connecting said device to said conference through said slave device; and downgrading video and audio connections to only audio connections when insufficient video ports are available. setting up a conference by processing requests from one or more other devices; linking with a slave device having video and audio ports to establish an ad-hoc network, the slave device presenting its capabilities, including number of ports, to the master device; determining the total number of video and audio ports and their availability; receiving a request from a further device to connect into said conference; providing said request to said slave device; connecting said device to said conference through said slave device; and downgrading video and audio connections to only audio connections when insufficient video ports are available.
An apparatus configured to be employed in a base station, BS, associated with a wireless communication system, comprising: a processing circuit configured to generate a physical downlink shared channel, PDSCH, dynamic rate matching resource set configuration signal comprising information on one or more overlap resource sets, wherein each of the one or more overlap resource sets comprises time-frequency resources on which any overlapping PDSCH may or may not be mapped, based on an indication provided within a PDSCH rate matching indicator signal, wherein the PDSCH dynamic rate matching resource set configuration signal includes information on a symbol-level limited to first 10 or 12 symbols in a slot, in order to indicate a time-domain granularity of the one or more overlap resource sets; and a radio frequency interface, configured to provide the PDSCH dynamic rate matching resource set configuration signal, to an RF circuitry, in order to subsequently provide the PDSCH dynamic rate matching resource set configuration signal to a user equipment, UE, in order to enable the UE to identify the one or more overlap resource sets; characterised in that one or more control resource sets, CORESETs, are configured to the UE; and wherein when the one or more CORESETs that are configured to the UE are not included in the PDSCH dynamic rate matching resource set configuration signal and in a rate-matched resource set configuration signal, the PDSCH rate matching indicator signal is configured to indicate any overlapping PDSCH mapped to resources associated with the one or more CORESETS. a processing circuit configured to generate a physical downlink shared channel, PDSCH, dynamic rate matching resource set configuration signal comprising information on one or more overlap resource sets, wherein each of the one or more overlap resource sets comprises time-frequency resources on which any overlapping PDSCH may or may not be mapped, based on an indication provided within a PDSCH rate matching indicator signal, wherein the PDSCH dynamic rate matching resource set configuration signal includes information on a symbol-level limited to first 10 or 12 symbols in a slot, in order to indicate a time-domain granularity of the one or more overlap resource sets; and a radio frequency interface, configured to provide the PDSCH dynamic rate matching resource set configuration signal, to an RF circuitry, in order to subsequently provide the PDSCH dynamic rate matching resource set configuration signal to a user equipment, UE, in order to enable the UE to identify the one or more overlap resource sets; characterised in that one or more control resource sets, CORESETs, are configured to the UE; and wherein when the one or more CORESETs that are configured to the UE are not included in the PDSCH dynamic rate matching resource set configuration signal and in a rate-matched resource set configuration signal, the PDSCH rate matching indicator signal is configured to indicate any overlapping PDSCH mapped to resources associated with the one or more CORESETS.
A display system (100, 200) configured to display a print preview of a roll paper image and a print area to be printed on a roll paper, the display system comprising: acquisition means configured to acquire a roll paper width of the roll paper on which a plurality of pages are to be printed(52, S1, S2, S3), and a horizontal length of a designated paper size and a number of pages to be previewed; first determination means configured to determine a print area corresponding to the plurality of pages to be printed based on the acquired roll paper width and the acquired horizontal length of the designated paper size (S4, S12) and the number of pages to be previewed; second determination means configured to determine a display magnification of the roll paper image and the print area required to display the entire print area located within the roll paper image and the full width of the roll paper image in a preview area according to a vertical length of the print area and a vertical length of the preview area; and display control means configured to preview the roll paper image and the entire print area in the preview area based on the determined display magnification. acquisition means configured to acquire a roll paper width of the roll paper on which a plurality of pages are to be printed(52, S1, S2, S3), and a horizontal length of a designated paper size and a number of pages to be previewed; first determination means configured to determine a print area corresponding to the plurality of pages to be printed based on the acquired roll paper width and the acquired horizontal length of the designated paper size (S4, S12) and the number of pages to be previewed; second determination means configured to determine a display magnification of the roll paper image and the print area required to display the entire print area located within the roll paper image and the full width of the roll paper image in a preview area according to a vertical length of the print area and a vertical length of the preview area; and display control means configured to preview the roll paper image and the entire print area in the preview area based on the determined display magnification.
An expandable accumulator and reservoir assembly comprising: a reservoir defining an interior chamber containing working fluid therein; and an expandable accumulator including an inner layer defining an interior space (82, 126) in which working fluid is contained, and an outer layer at least partially surrounding the inner layer; wherein the accumulator is at least partially positioned in the reservoir and at least partially immersed in the working fluid contained within the interior chamber, and wherein the accumulator is configured to exchange working fluid with the reservoir, characterized in that the inner layer includes a higher fracture strain than the outer layer. a reservoir defining an interior chamber containing working fluid therein; and an expandable accumulator including an inner layer defining an interior space (82, 126) in which working fluid is contained, and an outer layer at least partially surrounding the inner layer; wherein the accumulator is at least partially positioned in the reservoir and at least partially immersed in the working fluid contained within the interior chamber, and wherein the accumulator is configured to exchange working fluid with the reservoir, characterized in that the inner layer includes a higher fracture strain than the outer layer.
A system for determining an early warning score for a health status of a patient, the system comprising: a set of sensors configured to continuously collect a plurality of medical parameters of the patient, the sensors being integrated into a wearable device, the wearable device being designed to be worn on a wrist of the patient; and at least one processor communicatively coupled to the sensors, the at least one processor being configured to: acquire, via the sensors and during a predetermined time period, initial values of the medical parameters (310; 610); determine, based on the initial values, normal values of the medical parameters (310; 620); acquire, via the sensors and at a pre-determined frequency, further values of the medical parameters (310; 630); determine, based on deviations of the further values from the normal values, individual scores for the medical parameters (310; 640); calculate, based on the individual scores, a general score for the patient (130; 650); and determine, based at least on the general score, the health status of the patient (130; 660). a set of sensors configured to continuously collect a plurality of medical parameters of the patient, the sensors being integrated into a wearable device, the wearable device being designed to be worn on a wrist of the patient; and at least one processor communicatively coupled to the sensors, the at least one processor being configured to: acquire, via the sensors and during a predetermined time period, initial values of the medical parameters (310; 610); determine, based on the initial values, normal values of the medical parameters (310; 620); acquire, via the sensors and at a pre-determined frequency, further values of the medical parameters (310; 630); determine, based on deviations of the further values from the normal values, individual scores for the medical parameters (310; 640); calculate, based on the individual scores, a general score for the patient (130; 650); and determine, based at least on the general score, the health status of the patient (130; 660). acquire, via the sensors and during a predetermined time period, initial values of the medical parameters (310; 610); determine, based on the initial values, normal values of the medical parameters (310; 620); acquire, via the sensors and at a pre-determined frequency, further values of the medical parameters (310; 630); determine, based on deviations of the further values from the normal values, individual scores for the medical parameters (310; 640); calculate, based on the individual scores, a general score for the patient (130; 650); and determine, based at least on the general score, the health status of the patient (130; 660).
A lifting device for installing a bulkhead unit in a wind turbine blade, the wind turbine blade comprising a blade shell defining a blade root portion having an inner blade surface, wherein the bulkhead unit comprises a bulkhead element substantially extending in a radial direction, the bulkhead element having a first side surface and a second side surface facing in opposite longitudinal directions and a first peripheral edge facing the inner blade surface of the wind turbine blade when installed, wherein outer dimensions of the bulkhead element substantially corresponds to inner dimensions of the blade root portion, wherein the bulkhead unit further comprises a frame structure extending in the radial direction, the frame structure is configured to be attached to at least the bulkhead element and to be arranged relative to said first or second side (41, 42) surface, wherein said frame structure is configured to provide support for mounting of additional components, wherein the lifting device comprises a body with first mounting means configured to be mounted to the frame structure of said bulkhead unit and at least one lifting element defining at least one lifting point for coupling to an external lifting unit, wherein said body further comprises second mounting means configured to be connected to the wind turbine blade for fixing the bulkhead unit in an installation position within the blade root portion of the wind turbine blade.