mhurhangee/ep-ind-claims huggingface dataset:
A correction device for correcting text passages in a recognized text information which recognized text information is recognized by a speech recognition device from digital speech data and which is therefore associated to the digital speech data, the correction device comprising: reception means (13, 14) for receiving the digital speech data and the associated recognized text information and a link information, which link information at each text passage of the associated recognized text information marks the part of the digital speech data at which the text passage was recognized by the speech recognition device, and a confidence level information, which confidence level information at each text passage of the recognized text information represents a correctness of the recognition of said text passage; and editing means designed to display the recognized text information in a text window on a screen; and synchronous playback means for performing a synchronous playback mode, in which synchronous playback mode during an acoustic playback of the digital speech data the text passage of the recognized text information associated to the digital speech data just played back and marked by the link information is indicated in said text window by high-lighting; and indication means for indicating the confidence level information of the displayed text passage of the recognized text information during the synchronous playback, wherein the confidence level information is separately indicated in said text window at a fixed position. reception means (13, 14) for receiving the digital speech data and the associated recognized text information and a link information, which link information at each text passage of the associated recognized text information marks the part of the digital speech data at which the text passage was recognized by the speech recognition device, and a confidence level information, which confidence level information at each text passage of the recognized text information represents a correctness of the recognition of said text passage; and editing means designed to display the recognized text information in a text window on a screen; and synchronous playback means for performing a synchronous playback mode, in which synchronous playback mode during an acoustic playback of the digital speech data the text passage of the recognized text information associated to the digital speech data just played back and marked by the link information is indicated in said text window by high-lighting; and indication means for indicating the confidence level information of the displayed text passage of the recognized text information during the synchronous playback, wherein the confidence level information is separately indicated in said text window at a fixed position.
Bottle packaging system in a bottling line, said system comprising the following components: a. a rotating carousel pick-up device for picking up bottles from a labelling or filling machine, b. a rectilinear multi-lane (4, 4') conveying belt, c. a packaging machine, such as a shrinkwrap machine or a cartoning machine, d. a transport system for connecting the packs exiting from the packaging machine with downstream devices, such as e. at least one handle applicator and f. at least one in-line palletiser, and possible packs orientators, characterised in that it comprises, at a grip circumference of said rotating carousel, which corresponds to the point of release of the bottles by the gripping means, a connecting zone with the above-mentioned conveying belt, said connecting zone consisting of a plurality of adjacent, flexible chain belts and with a spiral progression, that is to say, with increasing curvature radius, which constitute as many lanes, adapted to support and distance, in a centrifugal direction, the bottles released onto them by said gripping means, directing them towards the corresponding lane (4, 4') of said conveying belt, the lanes of said connecting zone underneath the rotating carousel being in a position of intersection with said grip circumference, wherein said positions of intersection between said grip circumference and said lanes are distributed in discrete positions equidistant along a circular arc of said grip circumference of angle α between 180°-240°. a. a rotating carousel pick-up device for picking up bottles from a labelling or filling machine, b. a rectilinear multi-lane (4, 4') conveying belt, c. a packaging machine, such as a shrinkwrap machine or a cartoning machine, d. a transport system for connecting the packs exiting from the packaging machine with downstream devices, such as e. at least one handle applicator and f. at least one in-line palletiser, and possible packs orientators,
A secondary battery comprising: a positive electrode; a negative electrode including a negative electrode current collector and a negative electrode layer disposed on the negative electrode current collector, the negative electrode current collector including elemental zinc, and the negative electrode layer including a negative electrode active material that includes at least one compound selected from the group consisting of an oxide of titanium, a lithium-titanium oxide, and a lithium-titanium composite oxide; and an electrolyte solution including an aqueous solvent and an electrolyte. a positive electrode; a negative electrode including a negative electrode current collector and a negative electrode layer disposed on the negative electrode current collector, the negative electrode current collector including elemental zinc, and the negative electrode layer including a negative electrode active material that includes at least one compound selected from the group consisting of an oxide of titanium, a lithium-titanium oxide, and a lithium-titanium composite oxide; and an electrolyte solution including an aqueous solvent and an electrolyte.
Device for the electrical connection of a container to a counter-element, which device is constructed as a plug-in apparatus which has at least one switch and in which a first plug-in part constructed as a plug is movably guided in at least one direction of movement relative to a second plug-in part constructed as a plug socket, and also in which a plug-socket insert guided by a holding arrangement is guided in a rotationally movable manner relative to said holding arrangement, wherein the plug has a locking element which can be secured on the holding arrangement by a rotating movement and in which the plug-socket insert is coupled directly to an actuating arrangement of a switch unit, wherein the plug-socket insert is provided with a connecting projection which extends in the direction of the switch unit, and characterised in that the plug-socket insert, the connecting projection and the switch unit are arranged one behind another in the direction of a longitudinal axis of the plug-socket unit in such a way that said switch unit is actuatable by a rotating movement of the connecting projection.
A sample carrier comprising: a body comprising two or more recesses to hold sample containers or samples; and three or more RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) attached to the body, wherein at least one of the three or more RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) is adapted to define the origin of the sample carrier and the remaining RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) are adapted to define the orientation of the sample carrier, wherein the remaining RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) comprise two RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) which form a right angle with the RFID tag (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) adapted to define the origin, and wherein the RFID tag (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) adapted to define the origin or one of the remaining RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) comprises information regarding dimensions of the sample carrier. a body comprising two or more recesses to hold sample containers or samples; and three or more RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) attached to the body, wherein at least one of the three or more RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) is adapted to define the origin of the sample carrier and the remaining RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) are adapted to define the orientation of the sample carrier, wherein the remaining RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) comprise two RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) which form a right angle with the RFID tag (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) adapted to define the origin, and wherein the RFID tag (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) adapted to define the origin or one of the remaining RFID tags (208-12; 314, 316, 340; 380 (a-c), 390 (a-c); 406, 408) comprises information regarding dimensions of the sample carrier.
A display control method, applied to a terminal device (100,400) having a transmissive liquid crystal display, LCD, wherein a backlight side of the transmissive LCD has a mechanical structure, and the method comprises: detecting (201,301) an operating status of the terminal device (100,400); if the terminal device (100,400) is in a standby state, turning off the transmissive LCD of the terminal device (100,400); and controlling the transmissive LCD to be in a transparent state to display the mechanical structure on the backlight side of the transmissive LCD, wherein the terminal device (100,400) is a smart watch, characterized in that the method furthermore comprises: if a notification message is received, determining a priority attribute of the notification message; and keeping the transmissive LCD in the transparent state if the priority attribute indicates a low priority. detecting (201,301) an operating status of the terminal device (100,400); if the terminal device (100,400) is in a standby state, turning off the transmissive LCD of the terminal device (100,400); and controlling the transmissive LCD to be in a transparent state to display the mechanical structure on the backlight side of the transmissive LCD, wherein the terminal device (100,400) is a smart watch, characterized in that the method furthermore comprises: if a notification message is received, determining a priority attribute of the notification message; and keeping the transmissive LCD in the transparent state if the priority attribute indicates a low priority. if a notification message is received, determining a priority attribute of the notification message; and keeping the transmissive LCD in the transparent state if the priority attribute indicates a low priority.
A tubular structure comprising: a tubular member provided with an annular protrusion (12, 22) on each of both tube end portions; and corresponding ring members (13A, 13B) disposed respectively on a side opposite to each corresponding tube end portion with respect to the corresponding annular protrusion (12, 22) on an outer periphery of the tubular member, each ring member (13A, 13B) having two side surfaces (13a, 13b) perpendicular to an axis of the tubular member, wherein one of the tube end portions of the tubular member is an insertion opening and the other tube end portion of the tubular member is a receiving opening larger in diameter than the insertion opening. a tubular member provided with an annular protrusion (12, 22) on each of both tube end portions; and corresponding ring members (13A, 13B) disposed respectively on a side opposite to each corresponding tube end portion with respect to the corresponding annular protrusion (12, 22) on an outer periphery of the tubular member, each ring member (13A, 13B) having two side surfaces (13a, 13b) perpendicular to an axis of the tubular member, wherein one of the tube end portions of the tubular member is an insertion opening and the other tube end portion of the tubular member is a receiving opening larger in diameter than the insertion opening.
An LED light for use in a fluorescent light fixture comprising: a housing; a circuit board having a first surface configured to face an illumination area, the circuit board mounted in the housing and defining a plane conceptually dividing the housing into a first portion and a second portion; at least one LED mounted on the first surface of the circuit board and configured to emanate light in a first direction; and light distribution means configured to distribute a portion of the light emanated in the first direction to at least a second direction different than the first direction, the light distribution means comprising the first portion of the housing facing the first surface of the circuit board configured to deflect the portion of the light to the at least second direction, and apertures in the circuit board configured to pass the portion of the light in the at least second direction through the circuit board. a housing; a circuit board having a first surface configured to face an illumination area, the circuit board mounted in the housing and defining a plane conceptually dividing the housing into a first portion and a second portion; at least one LED mounted on the first surface of the circuit board and configured to emanate light in a first direction; and light distribution means configured to distribute a portion of the light emanated in the first direction to at least a second direction different than the first direction, the light distribution means comprising the first portion of the housing facing the first surface of the circuit board configured to deflect the portion of the light to the at least second direction, and apertures in the circuit board configured to pass the portion of the light in the at least second direction through the circuit board.
A host, wherein the host comprises a virtual machine monitor, VMM, and at least one network interface card, a first virtual machine runs on the host, the VMM comprises multiple VLAN subinterfaces, and the at least one network interface card comprises switching equipment and at least three network ports, wherein a first network port and a second network port support a network interface card virtualization capability, the first network port is corresponding to at least one physical function, PF, and multiple virtual functions, VFs, virtual local area network, VLAN, identifiers are configured for the multiple VFs and the VLAN identifiers of the VFs are different from each other, the first virtual machine is connected to at least one VF of the first network port, a quantity of VLAN subinterfaces is the same as a quantity of VFs of the first network port and the VLAN subinterfaces are in a one-to-one correspondence with the VFs of the first network port, the VLAN subinterfaces have same VLAN identifiers as the VFs corresponding to the VLAN subinterfaces, and the first network port and the second network port are connected by using a network cable, the VMM further comprises a virtual network function module; the first virtual machine is configured to send a data packet to a second virtual machine by using the VF that is connected to the first virtual machine, wherein the data packet carries a VLAN identifier of the VF that sends the data packet, and an address of the second virtual machine; switching equipment of the first network port is configured to receive the data packet, and forcibly forward the data packet to the second network port by using the network cable; switching equipment of the second network port is configured to receive the data packet from the first network port, and send, according to the VLAN identifier carried in the data packet, the data packet to a VLAN subinterface identified by the VLAN identifier; the VLAN subinterface is configured to receive the data packet, remove the VLAN identifier in the data packet, and send the data packet to the virtual network function module for performing network function processing. the first virtual machine is configured to send a data packet to a second virtual machine by using the VF that is connected to the first virtual machine, wherein the data packet carries a VLAN identifier of the VF that sends the data packet, and an address of the second virtual machine; switching equipment of the first network port is configured to receive the data packet, and forcibly forward the data packet to the second network port by using the network cable; switching equipment of the second network port is configured to receive the data packet from the first network port, and send, according to the VLAN identifier carried in the data packet, the data packet to a VLAN subinterface identified by the VLAN identifier; the VLAN subinterface is configured to receive the data packet, remove the VLAN identifier in the data packet, and send the data packet to the virtual network function module for performing network function processing.
A method for determining frequency correction and time slot boundary detection for synchronization in a wireless device, the method being performed in said wireless device, comprising the steps of acquiring a plurality of cell broadcast frequencies; determining a subgroup of cell broadcast frequencies from said received plurality of cell broadcast frequencies, said subgroup comprising a first cell broadcast control channel, BCCH, carrier frequency, f1, and a second cell BCCH carrier frequency, f2, each of one which has a corresponding frequency correction channel, FCCH, signal frequency at a frequency offset of 67.77 KHz; recovering frequency and time slot information in said subgroup by tuning a local oscillator to a center frequency of said subgroup and down converting said subgroup by multiplication with the local oscillator, whereby the center frequency being determined to (f1+f2)/2; extracting individual frequencies from said recovered frequency information; and providing said individual frequencies to a frequency correction detector.
A powder drying system comprising a powder drying component (200, 400, 500) and a CO gas detection system adapted for detection of CO gas from smoldering powders in said powder drying system component, such as a spray dryer chamber, a fluid bed or a bag filter, characterized in that the CO gas detection system comprises: at least one inlet CO gas detector arranged on at least one gas inlet of said powder drying system component such as to provide at least one inlet CO gas content measurement, at least one outlet CO gas detector arranged on at least one gas outlet of said powder drying system component such as to provide at least one outlet CO gas content measurement, and an analyzing unit adapted for receiving the at least one inlet CO gas content measurement from the at least one inlet CO gas detector, receiving the at least one outlet CO gas content measurement from the at least one outlet CO gas detector and comparing the sum of the at least one inlet CO gas content measurement and the sum of the at least one outlet CO gas content measurement while compensating for dilution, mixing, and time delay of the outlet CO gas content measurement such as to provide a differential measurement, ΔC outlet, indicative of the CO gas content from smoldering powders in a powder drying system component, wherein at least the at least one outlet CO gas detector comprises an IR laser transmitter and is adapted for detecting over a measurement volume and is arranged on the at least one gas outlet in such a way that said measurement volume extends directly inside a gas flow in said at least one gas outlet. at least one inlet CO gas detector arranged on at least one gas inlet of said powder drying system component such as to provide at least one inlet CO gas content measurement, at least one outlet CO gas detector arranged on at least one gas outlet of said powder drying system component such as to provide at least one outlet CO gas content measurement, and an analyzing unit adapted for receiving the at least one inlet CO gas content measurement from the at least one inlet CO gas detector, receiving the at least one outlet CO gas content measurement from the at least one outlet CO gas detector and comparing the sum of the at least one inlet CO gas content measurement and the sum of the at least one outlet CO gas content measurement while compensating for dilution, mixing, and time delay of the outlet CO gas content measurement such as to provide a differential measurement, ΔC outlet, indicative of the CO gas content from smoldering powders in a powder drying system component, wherein at least the at least one outlet CO gas detector comprises an IR laser transmitter and is adapted for detecting over a measurement volume and is arranged on the at least one gas outlet in such a way that said measurement volume extends directly inside a gas flow in said at least one gas outlet.
An engineered mammalian cell or cell line stably expressing: (a) an epithelial sodium channel (ENaC) alpha or delta subunit; (b) an ENaC beta subunit; and (c) an ENaC gamma subunit, wherein at least one subunit is expressed from an introduced nucleic acid, wherein the cells in the cell line do not express ENaC endogenously; and wherein a functional ENaC is stably expressed. (a) an epithelial sodium channel (ENaC) alpha or delta subunit; (b) an ENaC beta subunit; and (c) an ENaC gamma subunit,
A flushing system for a catheter, comprising a supply line having a pump portion, a discharge line having a pump portion, and a pump, characterized in that the diameter d2 of the pump portion of the discharge line is smaller than the diameter d1 of the pump portion of the supply line, the pump cooperates with the pump portion of the supply line in order to supply flushing fluid to the catheter, the pump cooperates with the pump portion of the discharge line in order to discharge flushing fluid from the catheter, a support element to which the supply line and the discharge line are fastened being provided, the support element extending along a main plane of extension, the supply line and the discharge line extending through the support element in this main plane of extension, the support element having an opening, and the pump portions (72, 74) of the supply line and discharge line extending along the opening, the pump being designed as a linear peristaltic pump, the pump comprising a camshaft having a number of cams, each cam being motion-coupled to one finger in each case, each finger cooperating with the supply line and discharge line in order to convey fluid, and the fingers sequentially compressing the supply line and discharge line in order to generate a fluid flow. characterized in that the diameter d2 of the pump portion of the discharge line is smaller than the diameter d1 of the pump portion of the supply line, the pump cooperates with the pump portion of the supply line in order to supply flushing fluid to the catheter, the pump cooperates with the pump portion of the discharge line in order to discharge flushing fluid from the catheter, a support element to which the supply line and the discharge line are fastened being provided, the support element extending along a main plane of extension, the supply line and the discharge line extending through the support element in this main plane of extension, the support element having an opening, and the pump portions (72, 74) of the supply line and discharge line extending along the opening, the pump being designed as a linear peristaltic pump, the pump comprising a camshaft having a number of cams, each cam being motion-coupled to one finger in each case, each finger cooperating with the supply line and discharge line in order to convey fluid, and the fingers sequentially compressing the supply line and discharge line in order to generate a fluid flow.