mhurhangee/ep-ind-claims huggingface dataset:
Flow device for the removal of impurities from a stream of raw gas and in particular for separating soot particles from combustion exhaust gas, wherein the flow device comprises the following: a plurality of flow segments which each comprise one or more flow bodies and through which the stream of raw gas is arranged to flow for removing impurities in a cleaning mode, wherein the stream of raw gas is arranged to be supplied to the flow segments via a raw gas supply system and wherein a stream of clean gas that has been cleaned by means of the flow segments is removable from the flow segments by means of a clean gas removal system; a regeneration device for regenerating the flow segments, wherein the regeneration device comprises a docking device for establishing a temporary connection between one or more flow segments that are to be regenerated on the one hand and a heating device and/or a flushing device of the regeneration device on the other hand, characterised in that in the cleaning mode the flow through the flow bodies is in a radial direction from the interior to the exterior, wherein the flow segments are arranged at least approximately in the form of a ring, wherein the flow bodies and/or flow body receptacles for holding the flow bodies project outwardly from a base body of the respective flow segment in the radial direction taken with respect to a common central axis and/or a common axis of symmetry of the flow segments, and wherein each flow segment comprises a respective base body and one or more flow bodies and/or flow body receptacles for accommodating the flow bodies which project away from the base body and in particular project radially outwardly. a plurality of flow segments which each comprise one or more flow bodies and through which the stream of raw gas is arranged to flow for removing impurities in a cleaning mode, wherein the stream of raw gas is arranged to be supplied to the flow segments via a raw gas supply system and wherein a stream of clean gas that has been cleaned by means of the flow segments is removable from the flow segments by means of a clean gas removal system; a regeneration device for regenerating the flow segments, wherein the regeneration device comprises a docking device for establishing a temporary connection between one or more flow segments that are to be regenerated on the one hand and a heating device and/or a flushing device of the regeneration device on the other hand, characterised in that in the cleaning mode the flow through the flow bodies is in a radial direction from the interior to the exterior, wherein the flow segments are arranged at least approximately in the form of a ring, wherein the flow bodies and/or flow body receptacles for holding the flow bodies project outwardly from a base body of the respective flow segment in the radial direction taken with respect to a common central axis and/or a common axis of symmetry of the flow segments, and wherein each flow segment comprises a respective base body and one or more flow bodies and/or flow body receptacles for accommodating the flow bodies which project away from the base body and in particular project radially outwardly.
A network comprising at least one first node and at least two second nodes (3a, 3b) connected to the first node by a message transmission device, wherein the network is configured such that there is communication between the first node and the second nodes (3a, 3b) in a communication time slot (10a, 10b), and the first node contacts the at least two second nodes (3a, 3b) in accordance with a polling method and polls the at least two second nodes (3a, 3b) in a fixed time interval, which defines the communication time slot (10a, 10b), wherein data can be transmitted between the first node and the second nodes (3a, 3b) in the communication time slot (10a, 10b), wherein the communication time slot (10a, 10b) has at least one first message time slot and one second message time slot, and wherein the first message time slot can be used by a selected second node (3a, 3b) to transmit a message to the first node and the second message time slot can be used by a plurality of second nodes (3a, 3b) to transmit a message to the first node.
A device comprising a light projector configured to provide flood illumination and active depth sensing, the light projector comprising: a light source configured to emit a light along a first direction; and a diffractive element positioned in a path of the emitted light along the first direction, the diffractive element comprising: a diffractive optical element having a first refractive index, the diffractive optical element configured to project a distribution of focused light from the emitted light during a first mode of the light projector; and a diffusion element having a second refractive index, the diffusion element configured to diffuse the emitted light during a second mode of the light projector; the device further comprising: a refractive material located between the diffractive optical element and the diffusion element, wherein a third refractive index of the refractive material is adjustable between: for the first mode, the second refractive index; and for the second mode, a refractive index different from the second refractive index; a receiver configured to receive reflections of light projected by the light projector; and one or more processors configured to determine one or more depths from the received reflections when the light projector is operating in the first mode, wherein, in the first mode, a light projection from the diffractive element is the distribution of focused light from the diffractive optical element. a light source configured to emit a light along a first direction; and a diffractive element positioned in a path of the emitted light along the first direction, the diffractive element comprising: a diffractive optical element having a first refractive index, the diffractive optical element configured to project a distribution of focused light from the emitted light during a first mode of the light projector; and a diffusion element having a second refractive index, the diffusion element configured to diffuse the emitted light during a second mode of the light projector; a refractive material located between the diffractive optical element and the diffusion element, wherein a third refractive index of the refractive material is adjustable between: for the first mode, the second refractive index; and for the second mode, a refractive index different from the second refractive index; for the first mode, the second refractive index; and for the second mode, a refractive index different from the second refractive index; a receiver configured to receive reflections of light projected by the light projector; and one or more processors configured to determine one or more depths from the received reflections when the light projector is operating in the first mode, wherein, in the first mode, a light projection from the diffractive element is the distribution of focused light from the diffractive optical element.
Plate heat exchanger, consisting of first and second heat exchanger plates (4a, 4b) with at least four apertures for two media, the heat exchanger plates (4a, 4b) being stacked in an alternating manner between a bottom plate and a top plate in such a way that the apertures form collector or distribution ducts (6, 7, 8, 9) which pass through the stack of heat exchanger plates, there being inlets and outlets from the collector or distribution ducts (6, 7, 8, 9) to flow ducts (10, 11) between the heat exchanger plates, in which the transfer of heat takes place, and the flow ducts for the one medium being delimited by the one surface side of the first heat exchanger plate and by the spaced-apart one surface side of the second heat exchanger plate, characterized in that the flow ducts (10, 110) for the other medium are of a discrete type, with the result that the said flow ducts are not in a hydraulic connection among one another in the manner of a short circuit, and are formed by way of flat bearing and metallic connection of the other surface side of the first heat exchanger plate (4a, 104a) to the other surface side of the second heat exchanger plate (4b, 104b), the other surface side of the first heat exchanger plate (4a, 104a) having structures (20, 120) in the form of groove-like furrows, and the other surface side of the second heat exchanger plate (4b, 104b) being configured either with or without structures (20, 120) of this type, fins being inserted between the heat exchanger plates (4a, 4b) in the flow ducts for the one medium, and the structures being produced by way of stamping of the heat exchanger plates (4a or 4a and 4b).
A method of allowing more data throughput to a user equipment, UE, operating in a Third Generation Partnership Project, 3GPP, network having a macro cell and at least one assisted serving cell, the method comprising: the UE receiving, from a physical downlink control channel, PDCCH, of the macro cell in a first subframe, downlink control information, DCI, for the at least one assisted serving cell, the downlink control information being for a future downlink subframe different from the first subframe on the at least one assisted serving cell, wherein downlink control channels and control regions of the subframes of the at least one assisted serving cell are removed and replaced by a physical downlink shared channel, PDSCH, of the at least one assisted serving cell; the UE receiving, from the at least one assisted serving cell, the PDSCH of the at least one assisted serving cell; wherein the user equipment is served by both the macro cell and the at least one assisted serving cell. the UE receiving, from a physical downlink control channel, PDCCH, of the macro cell in a first subframe, downlink control information, DCI, for the at least one assisted serving cell, the downlink control information being for a future downlink subframe different from the first subframe on the at least one assisted serving cell, wherein downlink control channels and control regions of the subframes of the at least one assisted serving cell are removed and replaced by a physical downlink shared channel, PDSCH, of the at least one assisted serving cell; the UE receiving, from the at least one assisted serving cell, the PDSCH of the at least one assisted serving cell; wherein the user equipment is served by both the macro cell and the at least one assisted serving cell.
An aromatic polycarbonate oligomer solid comprising a repeating unit represented by the following general formula and having a weight average molecular weight of 500 to 10000,measured as defined in the description, a low molecular weight component of 5.0 area% or less as measured by high performance liquid chromatography, and a loose bulk density of 0.30 g/cm 3 or more.
A retrofitting structure for existing building comprising: a reinforcing frame including vertical frame members and horizontal frame members and vibration control members the reinforcing frame being provided on an outer wall surface of an existing building having an overhang on the outer wall surface so as to surround the overhang, the horizontal frame members being steel members; and vertical truss members and horizontal truss members configured to couple the reinforcing frame and the outer wall surface, wherein a horizontal shear force acting on the reinforcing frame is transmitted to the existing building via the horizontal truss members, and a vertical force resulting from eccentric bending moment acting on the reinforcing frame is transmitted to the existing building via the vertical truss members, the retrofitting structure being characterized in that the vertical frame members are steel members and in that the vibration control members are interposed in the vertical frame members. a reinforcing frame including vertical frame members and horizontal frame members and vibration control members the reinforcing frame being provided on an outer wall surface of an existing building having an overhang on the outer wall surface so as to surround the overhang, the horizontal frame members being steel members; and vertical truss members and horizontal truss members configured to couple the reinforcing frame and the outer wall surface, wherein a horizontal shear force acting on the reinforcing frame is transmitted to the existing building via the horizontal truss members, and a vertical force resulting from eccentric bending moment acting on the reinforcing frame is transmitted to the existing building via the vertical truss members, the retrofitting structure being characterized in that the vertical frame members are steel members and in that the vibration control members are interposed in the vertical frame members.
A lithium secondary battery comprising: an anode in which the anode current collector is composed of a single layer; a cathode containing a cathode mixture formed on a cathode current collector; a separator interposed between the anode and the cathode; and an electrolyte, wherein the cathode mixture comprises an irreversible compensating additive selected from the group consisting of Li 6 CoO 4, Li 5 FeO 4, Li 6 MnO 4, Li 2 MoO 3, Li 3 N, Li 2 O, LiOH, and Li 2 CO 3. an anode in which the anode current collector is composed of a single layer; a cathode containing a cathode mixture formed on a cathode current collector; a separator interposed between the anode and the cathode; and an electrolyte, wherein the cathode mixture comprises an irreversible compensating additive selected from the group consisting of Li 6 CoO 4, Li 5 FeO 4, Li 6 MnO 4, Li 2 MoO 3, Li 3 N, Li 2 O, LiOH, and Li 2 CO 3.
A mobile communication device comprising a terminal and a smartcard connected to the terminal and comprising a processing unit (106; 202) adapted to generate a time-dependent password, the smartcard includes a power source and a clock unit which can be supplied with power by the power source, and the processing unit (106; 202) is adapted to generate the time-dependent password based on a time signal from the clock unit,wherein the smartcard is adapted to receive an external time signal and to synchronize the clock unit and the time signal, characterized in that the smartcard comprises a user identification module for identifying and/or authenticating a subscriber to a mobile communication network to which the mobile communication device can be connected, wherein the external time signal is received via the communication network (102; 111) and wherein the smartcard is adapted to check, whether the external time signal is accessible, and to synchronize the clock unit and the time signal, when it is determined that the external time signal is accessible.
A method, comprising: amplifying a nucleic acid sequence of interest in a sample comprising genomic DNA of a subject; amplifying a reference sequence in the sample, wherein the reference sequence has at least 80% sequence identity to at least one portion of genomic DNA comprising from about 60 to about 150 base pairs of any of SEQ ID Nos.: 9-13, wherein the at least one portion is present in at least a first minimum number of copies in the genome; and at least one copy of the at least one portion is present on each of at least a second minimum number of chromosomes; quantifying the amplified sequence of interest relative to the amplified reference sequence; and determining a copy number of the sequence of interest from the relative quantified amplified sequence of interest, wherein amplifying the sequence of interest and amplifying the reference sequence are performed by TaqMan quantitative polymerase chain reaction (qPCR). amplifying a nucleic acid sequence of interest in a sample comprising genomic DNA of a subject; amplifying a reference sequence in the sample, wherein the reference sequence has at least 80% sequence identity to at least one portion of genomic DNA comprising from about 60 to about 150 base pairs of any of SEQ ID Nos.: 9-13, wherein the at least one portion is present in at least a first minimum number of copies in the genome; and at least one copy of the at least one portion is present on each of at least a second minimum number of chromosomes; quantifying the amplified sequence of interest relative to the amplified reference sequence; and determining a copy number of the sequence of interest from the relative quantified amplified sequence of interest, wherein amplifying the sequence of interest and amplifying the reference sequence are performed by TaqMan quantitative polymerase chain reaction (qPCR).
An apparatus configured to detect and measure a crack on a surface of a lining of a container, said apparatus, comprising: a scanning device having a laser, optics, a scanner, a photodetector, and receiver electronics, the scanning device being configured to generate a cloud of data points by measuring distances from the scanning device to a plurality of points on the surface of the lining of the container; and a controller connected to the scanning device, characterized in that, the controller is configured to fit a polygonal mesh through the cloud of data points using a resolution selected by a user, and, to fit a minimum surface (Smin) through the cloud of data points, wherein the controller is further configured for, detecting the crack by a portion of the polygonal mesh containing a group of polygons that extends past the minimum surface beyond a threshold distance selected by the user, and for measuring the crack by calculating a plurality of dimensions of the group of polygons. a scanning device having a laser, optics, a scanner, a photodetector, and receiver electronics, the scanning device being configured to generate a cloud of data points by measuring distances from the scanning device to a plurality of points on the surface of the lining of the container; and a controller connected to the scanning device, characterized in that, the controller is configured to fit a polygonal mesh through the cloud of data points using a resolution selected by a user, and, to fit a minimum surface (Smin) through the cloud of data points, wherein the controller is further configured for, detecting the crack by a portion of the polygonal mesh containing a group of polygons that extends past the minimum surface beyond a threshold distance selected by the user, and for measuring the crack by calculating a plurality of dimensions of the group of polygons.
Apparatus for sensing at least one parameter in water containing compounds of chlorine, which apparatus comprises: (i) at least one electrode based sensor for sensing at least one parameter in water; and which apparatus is such that: (ii) the electrode based sensor has a self-cleaning electrode; (iii) the electrode based sensor has a reference electrode; (iv) the self-cleaning electrode is stable in water; (v) the apparatus is configured to operate by liberating chlorine from the water using a first waveform applied to the self-cleaning electrode; (vi) the apparatus is configured to operate by liberating chlorine and oxygen from the water using a second waveform applied to the self-cleaning electrode; and (vii) the apparatus is configured to periodically regenerate the reference electrode, thereby to preserve the condition of the reference electrode. (i) at least one electrode based sensor for sensing at least one parameter in water; (ii) the electrode based sensor has a self-cleaning electrode; (iii) the electrode based sensor has a reference electrode; (iv) the self-cleaning electrode is stable in water; (v) the apparatus is configured to operate by liberating chlorine from the water using a first waveform applied to the self-cleaning electrode; (vi) the apparatus is configured to operate by liberating chlorine and oxygen from the water using a second waveform applied to the self-cleaning electrode; and (vii) the apparatus is configured to periodically regenerate the reference electrode, thereby to preserve the condition of the reference electrode.
A method for emergency switching, characterized by comprising: in a system which comprises a first service processing subsystem, a second service processing subsystem and a network device, wherein the first service processing subsystem is a first interworking gateway system set in a network of a third telecommunication operator and configured to process messages sent from an interworking gateway system in a network of a first telecommunication operator when the first interworking gateway system works normally, and the first interworking gateway system set in the network of the third telecommunication operator establishes a connection with the interworking gateway system in the network of the first telecommunication operator through the network device; the second service processing subsystem is a second interworking gateway system set in the network of the third telecommunication operator and configured to process messages sent from an interworking gateway system in a network of a second telecommunication operator when the second interworking gateway system works normally, and the second interworking gateway system set in the network of the third telecommunication operator establishes a connection with the interworking gateway system in the network of the second telecommunication operator through the network device; and the network device is responsible for address mapping: after a problem occurs in a device of the first service processing subsystem, modifying, by the network device responsible for address mapping, a mapping relationship of a first Internet Protocol address which is mapped to the first service processing subsystem so as to map the first IP address which is mapped to the first service processing subsystem to a second IP address of the second service processing subsystem; and processing the messages sent from the interworking gateway system in the network of the first telecommunication operator by the second service processing subsystem, wherein the second service processing subsystem stores data needed for processing the messages sent from the interworking gateway system in the network of the first telecommunication operator in advance. after a problem occurs in a device of the first service processing subsystem, modifying, by the network device responsible for address mapping, a mapping relationship of a first Internet Protocol address which is mapped to the first service processing subsystem so as to map the first IP address which is mapped to the first service processing subsystem to a second IP address of the second service processing subsystem; and processing the messages sent from the interworking gateway system in the network of the first telecommunication operator by the second service processing subsystem, wherein the second service processing subsystem stores data needed for processing the messages sent from the interworking gateway system in the network of the first telecommunication operator in advance.