mhurhangee/ep-ind-claims huggingface dataset:
A battery electrode foil comprising an aluminium alloy, wherein the aluminium alloy has the following composition in wt.-%: Si: 0.07 - 0.12 wt.-%, Fe: 0.18 - 0.24 wt.-%, Cu: 0.03 - 0.08 wt.-%, Mn: 0.015 - 0.025 wt.-%, Zn: ≤ 0,01 wt.-%, Ti: 0.015 - 0.025 wt.-%, wherein the aluminium alloy can comprise impurities up to a maximum of 0.01 % in each case, up to a maximum of 0.03 % in total, wherein the remaining wt.-% are aluminium, but the aluminium content must be at least 99.5 wt.-%; wherein the battery electrode foil has intermetallic phases of a diameter length of from 0.1 to 1.0 μm with a density ≤ 9500 particles/mm 2, and wherein the battery electrode foil has a thickness of 8 to 20 μm, preferably 12 μm. wherein the aluminium alloy has the following composition in wt.-%: Si: 0.07 - 0.12 wt.-%, Fe: 0.18 - 0.24 wt.-%, Cu: 0.03 - 0.08 wt.-%, Mn: 0.015 - 0.025 wt.-%, Zn: ≤ 0,01 wt.-%, Ti: 0.015 - 0.025 wt.-%, wherein the aluminium alloy can comprise impurities up to a maximum of 0.01 % in each case, up to a maximum of 0.03 % in total, wherein the remaining wt.-% are aluminium, but the aluminium content must be at least 99.5 wt.-%; wherein the battery electrode foil has intermetallic phases of a diameter length of from 0.1 to 1.0 μm with a density ≤ 9500 particles/mm 2, and wherein the battery electrode foil has a thickness of 8 to 20 μm, preferably 12 μm.
Method for controlling lamp operating devices connected to a bus system, by means of at least one local command emitter (10, 15) which is likewise connected to the bus system, wherein a central clock pulse generator is connected to the bus system, wherein the lamp operating devices are controlled via transmission of data packets, wherein each of the data packets includes segments transmitted one after another, wherein, after initiation of the data packet transmission by the central clock pulse generator, the local command emitter (10, 15) fills up a segment (30 1, 30 2, 30 n) of the data packet assigned to it with data, wherein the data from the at least one local command emitter (10, 15) include control information generated by it for controlling the lamp operating devices, wherein filling up includes the local command emitter (10, 15) sending the control information generated by it in the corresponding segment of the data packet, characterized in that the central clock pulse generator monitors the at least one local command emitter (10, 15), in the event the central clock pulse generator detects that the at least one local command emitter (10, 15) is unable to fill up the assigned segment (30 1, 30 2, 30 n) of the data packet, the central clock pulse generator in this event fills up the corresponding segment (30 1, 30 2, 30 n) of the data packet with the data last sent by this local command emitter (10, 15) and sends said segment.
A method of transceiving signals in accordance with a frame structure of a cell in a wireless communication system, the method comprising: transceiving the signals using a plurality of carriers (510, 520) in accordance with the frame structure of the cell, wherein the frame structure of the cell supports the plurality of carriers (510, 520), wherein a first carrier of the plurality of carriers (510, 520) comprises a fixed downlink assignment region, an uplink assignment region, and a dynamic downlink assignment region, wherein a size or a resource index of the dynamic downlink assignment region is indicated by the fixed downlink assignment region, wherein the size of the dynamic downlink assignment region is flexibly changeable, wherein a second carrier of the plurality of carriers (510, 520) comprises only the uplink assignment region (521, 523). transceiving the signals using a plurality of carriers (510, 520) in accordance with the frame structure of the cell, wherein the frame structure of the cell supports the plurality of carriers (510, 520), wherein a first carrier of the plurality of carriers (510, 520) comprises a fixed downlink assignment region, an uplink assignment region, and a dynamic downlink assignment region, wherein a size or a resource index of the dynamic downlink assignment region is indicated by the fixed downlink assignment region, wherein the size of the dynamic downlink assignment region is flexibly changeable, wherein a second carrier of the plurality of carriers (510, 520) comprises only the uplink assignment region (521, 523).
Method for load adaptation, quantity and purity checking of a pressure-swing adsorption plant, wherein the pressure-swing adsorption plant runs through a work cycle and the work cycle comprises at least one production cycle, wherein during the production cycle, an uninterrupted supply of a feed gas into at least one adsorber takes place and the point in time at which the production cycle is terminated is determined by - a determination of the quantity M A (t) of the product gas taken from the at least one adsorber during the production cycle, wherein the production cycle is terminated when the quantity M A (t) is greater than or equal to a specified quantity M design, and wherein the quantity M A (t) is calculated from the quantity Q(t), taken from the product buffer and measured, and from the pressure curve in the product buffer, wherein the specified quantity M design corresponds to a defined quantity of product gas which can be provided by the plant in one work cycle in compliance with the desired degree of purity, wherein the product buffer is a device that is designed to store product gas and to supply it to a consumer as needed. - a determination of the quantity M A (t) of the product gas taken from the at least one adsorber during the production cycle, wherein the production cycle is terminated when the quantity M A (t) is greater than or equal to a specified quantity M design, and wherein the quantity M A (t) is calculated from the quantity Q(t), taken from the product buffer and measured, and from the pressure curve in the product buffer, wherein the specified quantity M design corresponds to a defined quantity of product gas which can be provided by the plant in one work cycle in compliance with the desired degree of purity, wherein the product buffer is a device that is designed to store product gas and to supply it to a consumer as needed.
An air-conditioning system having a plurality of air conditioners: each air conditioner comprising; an indoor unit arranged with a human detection sensor for detecting a human motion in an air-conditioning target space and an inlet temperature sensor for detecting an inlet temperature of the indoor unit; a compressor controlling an efficiency of heat exchange of a heat exchanger installed in the indoor unit; a remote controller for starting and stopping an operation of the air conditioner and setting a preset temperature; and a control unit for driving and controlling the compressor, on the basis of information regarding the starting and stopping of the operation and the preset temperature set by the remote controller and detection information obtained by the inlet temperature sensor and the human detection sensor, wherein the indoor units of the plurality of air conditioners are installed in the same indoor space, and the control units of the air conditioners are connected by wiring or wirelessly, wherein each of the control units of the plurality of air conditioners can grasp the detection information of the human detection sensor, preset temperature information of the remote controller, and inlet temperature information of the inlet temperature sensor of the other air conditioners in the same space, wherein on the basis of the difference between the preset temperature information and inlet temperature information, each of the control units calculates an air-conditioning load of each of the air-conditioning target spaces and an air-conditioning load of an entire air-conditioning space that is a sum of the air-conditioning load of each of the air-conditioning target spaces, the entire air-conditioning space being formed from each of the air-conditioning target spaces and wherein, in a case where the calculated air-conditioning loads in both of the entire air-conditioning space and at least part of the plurality of the air-conditioning target spaces have a margin respectively, the control unit of each of the air conditioners controls and drives each compressor to perform a power-saving operation of the entire air-conditioning space by stopping operation of at least one of the air conditioners, making one or more efficient air conditioners having better operation efficiency than the other air conditioners to preferentially operate, or shifting the preset temperature or the inlet temperature of each of the air conditioners to a side where power consumption is made to be smaller than a current value, within the margins of the air-conditioning loads of the air-conditioning target space and the entire air-conditioning space.
A compound for use in eradicating hematological CD47+ cancer cells and tumors, including cancer stem cells, in a patient, the compound comprising a polypeptide capable of binding to the extracellular domain of human CD47 to interrupt signaling between human Sirpα and human CD47, wherein the polypeptide comprises soluble human Sirpα, or a CD47-binding fragment thereof, fused to an Fc portion of an IgG.
A defrostable heat exchanging apparatus comprising: a heat exchanger configured to cool gas flowing there through by heating a liquid also passing there through; a blockage positionable upstream of the heat exchanger with respect to the liquid so as to reduce flow of the liquid through a portion of the heat exchanger aligned with the blockage relative to the flow of the liquid through other portions of the heat exchanger; and a positioning mechanism for moving the blockage relative to the heat exchanger, characterized in that the positioning mechanism is configured to be actuated by the flow of liquid so as to move the blockage relative to the heat exchanger. a heat exchanger configured to cool gas flowing there through by heating a liquid also passing there through; a blockage positionable upstream of the heat exchanger with respect to the liquid so as to reduce flow of the liquid through a portion of the heat exchanger aligned with the blockage relative to the flow of the liquid through other portions of the heat exchanger; and a positioning mechanism for moving the blockage relative to the heat exchanger, characterized in that the positioning mechanism is configured to be actuated by the flow of liquid so as to move the blockage relative to the heat exchanger.
Device for positioning a desk accessory, in particular a power socket, relative to a support, in particular a desktop, comprising: - a first fixation element, for providing a releasable rigid connection between the device and the support; - a second fixation element, for providing a releasable rigid connection between the device and the desk accessory; - a supporting body, designed for keeping the desk accessory at a distance from the support and extending at least from the first fixation element to the second fixation element; wherein - the device is provided with at least one coupling element that is detachable from a counter-coupling element, which coupling element and counter-coupling element can be coupled to each other in a concrete number of predetermined angles only for the purpose of positioning the desk accessory relative to the supporting in an equally concrete number of angles, wherein the coupling element is at least partly part of the first or second fixation elements, wherein the coupling element has an outer surface for engaging the counter-coupling element, which outer surface is at least is at least partially rotationally symmetrical, so that at least a part of the outer surface coincides with itself when the coupling member is rotated through a certain angle, and part of the outer surface does not coincide with itself in an intermediate position, wherein part of the outer surface, at least in a mathematical sense, coincides with an adjacent or non-adjacent part of the outer surface when the coupling element is rotated by a multiple of the predetermined angle, wherein an opening in the counter-coupling element through which a connection between the first and second fixation elements extend in a coupled position is narrower than a largest cross-sectional-size of the coupling element, so that coupling and uncoupling without deformation of the coupling part or counter-coupling part are impeded, characterized by a locking device, such as a locking pin, which connects or blocks the coupling element and the counter-coupling element in such a way that mutual movement is impeded.
A lighting system including a backlight unit, said back light unit comprising: a first reflector; a second reflector partially having an inclined surface; at least one light source module disposed between the first and second reflectors (200 and 300); and at least one reflective structure comprising: a reflective part to reflect light; and a support part to support the reflective part, characterized in that said reflective structure is disposed on the second reflector, and said reflective part is disposed to be spaced apart from the second reflector; and said support part is disposed between the second reflector and the reflective part, and the reflective part is placed on an optical axis of the light source module. a first reflector; a second reflector partially having an inclined surface; at least one light source module disposed between the first and second reflectors (200 and 300); and at least one reflective structure comprising: a reflective part to reflect light; and a support part to support the reflective part, characterized in that said reflective structure is disposed on the second reflector, and said reflective part is disposed to be spaced apart from the second reflector; and said support part is disposed between the second reflector and the reflective part, and the reflective part is placed on an optical axis of the light source module.
A control entity for a communication network, comprising: a controller being configured for generating a downlink control signal scheduling a downlink data resource in a first subframe (117, 117a, 117b), the downlink control signal comprising a downlink index indicating the subframe (117, 117a, 117b, 118) in which the downlink data resource is to be scheduled; wherein the controller is configured for providing the downlink control signal over a downlink control resource located on a first carrier and the downlink data resource is located on a second carrier, the second carrier being different from the first carrier, characterised in that the second carrier is cross-carrier scheduled by the first carrier and in the event that the downlink control resource is unavailable in the first subframe (117, 117a, 117b) of the first carrier, the controller is further configured to schedule the downlink data resource on the second carrier, in a subframe which is chronologically earlier than the first subframe (117, 117a, 117b) of the first carrier. a controller being configured for generating a downlink control signal scheduling a downlink data resource in a first subframe (117, 117a, 117b), the downlink control signal comprising a downlink index indicating the subframe (117, 117a, 117b, 118) in which the downlink data resource is to be scheduled; wherein the controller is configured for providing the downlink control signal over a downlink control resource located on a first carrier and the downlink data resource is located on a second carrier, the second carrier being different from the first carrier, characterised in that the second carrier is cross-carrier scheduled by the first carrier and in the event that the downlink control resource is unavailable in the first subframe (117, 117a, 117b) of the first carrier, the controller is further configured to schedule the downlink data resource on the second carrier, in a subframe which is chronologically earlier than the first subframe (117, 117a, 117b) of the first carrier.
Computer implemented method of processing a digital object, comprising the following steps: - denoising an original object of a first type containing noise in order to obtain a denoised object of said first type; - obtaining a quasi-white noise object of the first type from a difference between the original object and the denoised object; - applying to the denoised object a first processing comprising a neighbouring processing transforming the values of an object element according to the values of adjoining object elements in order to obtain a transformed object of a second type, the first processing being such that it would have the effect of structuring the noise contained in the original object if it were applied to said original object; - applying a second white processing, which transforms a quasi-white object into a quasi-white object, to the noise object in order to obtain a quasi-white transformed noise object of the second type; and - introducing the transformed noise object into the transformed object. - denoising an original object of a first type containing noise in order to obtain a denoised object of said first type; - obtaining a quasi-white noise object of the first type from a difference between the original object and the denoised object; - applying to the denoised object a first processing comprising a neighbouring processing transforming the values of an object element according to the values of adjoining object elements in order to obtain a transformed object of a second type, the first processing being such that it would have the effect of structuring the noise contained in the original object if it were applied to said original object; - applying a second white processing, which transforms a quasi-white object into a quasi-white object, to the noise object in order to obtain a quasi-white transformed noise object of the second type; and - introducing the transformed noise object into the transformed object.
A hot swappable fan module, comprising: an outer frame, having a handle; a cooling fan, located on one side of the outer frame, and having an electrical connecting portion; at least one fixing element, operable to fix the outer frame and the cooling fan, and characterized by: a light guide assembly, used as another fixing element having a light guide function for fixing the outer frame and the cooling fan, the light guide assembly comprising: a light guide post, arranged corresponding to the fixing element, and penetrating through the cooling fan and the outer frame; a first stopping portion, located on the light guide post, and abutting against one surface of the cooling fan opposite to the outer frame; and a second stopping portion, arranged opposite to the first stopping portion and abutting against one surface of the outer frame opposite to the cooling fan, wherein the second stopping portion is light-transmittable and is optically coupled to the light guide post. an outer frame, having a handle; a cooling fan, located on one side of the outer frame, and having an electrical connecting portion; at least one fixing element, operable to fix the outer frame and the cooling fan, and characterized by: a light guide assembly, used as another fixing element having a light guide function for fixing the outer frame and the cooling fan, the light guide assembly comprising: a light guide post, arranged corresponding to the fixing element, and penetrating through the cooling fan and the outer frame; a first stopping portion, located on the light guide post, and abutting against one surface of the cooling fan opposite to the outer frame; and a second stopping portion, arranged opposite to the first stopping portion and abutting against one surface of the outer frame opposite to the cooling fan, wherein the second stopping portion is light-transmittable and is optically coupled to the light guide post. a light guide post, arranged corresponding to the fixing element, and penetrating through the cooling fan and the outer frame; a first stopping portion, located on the light guide post, and abutting against one surface of the cooling fan opposite to the outer frame; and a second stopping portion, arranged opposite to the first stopping portion and abutting against one surface of the outer frame opposite to the cooling fan, wherein the second stopping portion is light-transmittable and is optically coupled to the light guide post.
A method for measuring pH in a low conductivity aqueous sample with a measurement device comprising at least one measurement electrode having a first carbon region having a single continuous pH sensitive carbon region, wherein the single pH sensitive carbon region of the measurement electrode is a single pit sp2 carbon region of a boron doped diamond-based pH electrode, the device further comprising at least one reference electrode, at least one auxiliary electrode and a memory storing instructions executable by a processor to identify a pH of a low conductivity aqueous sample by measuring an electrical potential between the at least one measurement electrode and the at least one reference electrode; wherein the method comprises: introducing the low conductivity aqueous sample into the measurement device; applying an electrical potential to the at least one reference electrode and the at least one auxiliary electrode; measuring an electrical potential between the at least one measurement electrode and the at least one reference electrode; and identifying a pH of the low conductivity aqueous sample based upon the electrical potential. introducing the low conductivity aqueous sample into the measurement device; applying an electrical potential to the at least one reference electrode and the at least one auxiliary electrode; measuring an electrical potential between the at least one measurement electrode and the at least one reference electrode; and identifying a pH of the low conductivity aqueous sample based upon the electrical potential.
An internal combustion engine having a combustion chamber with two exhaust ports, each exhaust port having a respective exhaust valve (24, 25) for controlling independently the flow therethrough, wherein the respective exhaust ports are coupled via respective exhaust tracts (26, 27) to respective turbomachines (31, 41), and the turbine outlet of one turbomachine (31, 32) is coupled to the turbine inlet of the other turbomachine (41, 42), wherein a first of the turbomachines has a first bypass tract directly connecting the turbine inlet to the turbine outlet thereof, said first bypass tract being controlled by a first bypass valve, wherein a second of the turbomachines is a turbocompounder, and characterized in that said second turbomachine has a second bypass tract directly connecting the turbine inlet to the turbine outlet thereof, said second bypass tract being controlled by a second bypass valve.