mhurhangee/patent-ind-claim-en huggingface dataset:
A laying nest for hens, comprising: a box having a bottom , sidewalls , a back wall and a roof , wherein the box is configured to house hens and eggs; an expulsion system that is configured to remove the hens from the box, wherein the expulsion system comprises: a floor ; a first shaft provided with a gear wheel having a plurality of teeth, the gear wheel being fixedly connected with the first shaft; a gear rack having a plurality of teeth that correspond to the teeth of the gear wheel; and a second shaft having an axis; wherein the floor is both rotatably connected with the first shaft and pivotably connected with the box via the second shaft; wherein the gear rack is both fixedly arranged in the box and configured for cooperation with said gear wheel; and wherein upon rotation of the first shaft, the first shaft moves along a path extending parallel to the gear rack, thereby pivotably moving the floor by virtue of the first shaft moving along the path extending parallel to the gear rack and the second shaft pivoting around the axis. a box having a bottom , sidewalls , a back wall and a roof , wherein the box is configured to house hens and eggs; an expulsion system that is configured to remove the hens from the box, wherein the expulsion system comprises: a floor ; a first shaft provided with a gear wheel having a plurality of teeth, the gear wheel being fixedly connected with the first shaft; a gear rack having a plurality of teeth that correspond to the teeth of the gear wheel; and a second shaft having an axis; a floor ; a first shaft provided with a gear wheel having a plurality of teeth, the gear wheel being fixedly connected with the first shaft; a gear rack having a plurality of teeth that correspond to the teeth of the gear wheel; and a second shaft having an axis; wherein the floor is both rotatably connected with the first shaft and pivotably connected with the box via the second shaft; wherein the gear rack is both fixedly arranged in the box and configured for cooperation with said gear wheel; and wherein upon rotation of the first shaft, the first shaft moves along a path extending parallel to the gear rack, thereby pivotably moving the floor by virtue of the first shaft moving along the path extending parallel to the gear rack and the second shaft pivoting around the axis.
A method of preparing a thermoplastic resin, the method comprising a coagulation step of adding a water-soluble silicate compound and a metal salt coagulant to an α-methylstyrene-vinyl cyan compound copolymer latex, followed by coagulation, wherein the coagulation step is carried out at a temperature of greater than 80 °C, wherein the water-soluble silicate compound is added after or upon addition of the metal salt coagulant, the method comprising an aging step after the coagulation step, wherein the aging step is carried out at 110 °C or more.
Surge protection device ensemble comprising a surge protection device (SPD) comprising an overvoltage protection means (USE) in a first housing (SPD-G), wherein the first housing (SPD-G) comprises at least two connections (SPD-A1, SPD-A2) for contacting the overvoltage protection means (USE), wherein the surge protection device ensemble also comprises a fuse module (S) comprising a fuse (F) in a second housing (S-G), wherein the second housing (S-G) comprises at least two connections (S-A1, S-A2) for contacting the fuse (F), wherein the second housing (S-G) having one of the connections (S-A1) of the fuse module (S) inserted in a form-fitting manner in one connection (A1; A2) of the at least two connections (A1, A2) of the surge protection device (SPD), wherein the fuse module (S) on the inserted side electrically connects the fuse module (S) and the surge protection device (SPD), characterized in that the fuse module (S) may be inserted into each of the connections (SPD-A1, SPD-A2), wherein a similar fuse module (S) is inserted in a form-fitting manner into each of the connections, wherein the surge protection device ensemble comprises two fuse modules (S), wherein the two fuse modules are each inserted into one of the two connections of the surge protection devices (SPD), wherein the two fuse modules may be arranged in a form-fitting manner with respect to each other.
A method of operating a radio frequency network comprising a hybrid fiber coax infrastructure initially designed to operate at a first normal frequency band, the method enabling the hybrid fiber coax infrastructure to be used to deliver integrated wireless data services, the method comprising: transmitting, from a distribution node , orthogonal frequency division multiplexing "OFDM" waveforms over at least a portion of the hybrid fiber coax infrastructure using at least a frequency band wider in frequency than a normal operating band of the hybrid fiber coax infrastructure , the frequency band being lower in frequency than a user frequency band used by at least one wireless user device of the hybrid fiber coax infrastructure; receiving, via at least one computerized premises device , the transmitted OFDM waveforms, the receiving of the transmitted OFDM waveforms comprising receiving the transmitted OFDM waveforms from the distribution node disposed upstream from the at least one computerized premises device in the hybrid fiber coax infrastructure; upconverting, at the at least one computerized premises device, the received OFDM waveforms to the user frequency band to form upconverted waveforms ; and wirelessly transmitting, at the at least one computerized premises device, the upconverted waveforms to the at least one wireless user device . transmitting, from a distribution node , orthogonal frequency division multiplexing "OFDM" waveforms over at least a portion of the hybrid fiber coax infrastructure using at least a frequency band wider in frequency than a normal operating band of the hybrid fiber coax infrastructure , the frequency band being lower in frequency than a user frequency band used by at least one wireless user device of the hybrid fiber coax infrastructure; receiving, via at least one computerized premises device , the transmitted OFDM waveforms, the receiving of the transmitted OFDM waveforms comprising receiving the transmitted OFDM waveforms from the distribution node disposed upstream from the at least one computerized premises device in the hybrid fiber coax infrastructure; upconverting, at the at least one computerized premises device, the received OFDM waveforms to the user frequency band to form upconverted waveforms ; and wirelessly transmitting, at the at least one computerized premises device, the upconverted waveforms to the at least one wireless user device .
An organic light emitting display device comprising: a substrate including an active area and a non-display area provided outside the active area; a dam structure in the non-display area of the substrate and surrounding the active area, wherein the dam structure comprises: a first dam structure extending in a first direction, a second dam structure extending in a second direction, and a third dam structure extending between and connecting the first dam structure and the second dam structure, wherein the first dam structure and the second dam structure are arranged in parallel with outermost lines of the active area, and the third dam structure is not arranged in parallel with the outermost lines of the active area; and a first align mark disposed outside the dam structure in the non-display area of the substrate, the first align mark adjacent the third dam structure and characterised in that the first alignment mark is formed on or inward from an extension line of the first dam structure or an extension line of the second dam structure. a substrate including an active area and a non-display area provided outside the active area; a dam structure in the non-display area of the substrate and surrounding the active area, wherein the dam structure comprises: a first dam structure extending in a first direction, a second dam structure extending in a second direction, and a third dam structure extending between and connecting the first dam structure and the second dam structure, wherein the first dam structure and the second dam structure are arranged in parallel with outermost lines of the active area, and the third dam structure is not arranged in parallel with the outermost lines of the active area; and a first dam structure extending in a first direction, a second dam structure extending in a second direction, and a third dam structure extending between and connecting the first dam structure and the second dam structure, wherein the first dam structure and the second dam structure are arranged in parallel with outermost lines of the active area, and the third dam structure is not arranged in parallel with the outermost lines of the active area; and a first align mark disposed outside the dam structure in the non-display area of the substrate, the first align mark adjacent the third dam structure and characterised in that the first alignment mark is formed on or inward from an extension line of the first dam structure or an extension line of the second dam structure.
A display comprising a plurality of pixels , wherein each pixel comprises a plasmonic resonator including first and second metallic material elements and incorporating a layer of a phase change material , the plasmonic resonator being arranged such that in one material state of the phase change material the electric field coupling between the second metallic material element and the phase change material layer is strong and so strong absorption of selected wavelengths of the incident light occurs, whereas in another state of the phase change material the electric field coupling between the metallic material elements and the phase change material layer, and between the metallic material elements, is weak and so re-radiation of incident light occurs, the pixel being of high reflectance.
A method of wireless communication in a wireless communication network for a scheduling entity to communicate with a set of one or more subordinate entities utilizing a time division duplex, TDD, carrier, wherein the TDD carrier comprises a plurality of subframes, the method comprising: providing a configurable subframe structure to be separately used for said plurality of subframes, said subframe structure comprises a downlink control portion , an uplink control portion , and a data portion, characterized in that the data portion comprises both an uplink data portion , and a downlink data portion and in that the method further comprises: determining desired numbers of symbols allocated to the UL control portion, the UL data portion, the DL control portion and the DL data portion for a current subframe; configuring the configurable subframe structure to produce the current subframe having the desired numbers of symbols; transmitting information related to said desired numbers of symbols to said set of one or more subordinate entities; and performing communication between the scheduling entity and the set of one or more subordinate entities using the current subframe. determining desired numbers of symbols allocated to the UL control portion, the UL data portion, the DL control portion and the DL data portion for a current subframe; configuring the configurable subframe structure to produce the current subframe having the desired numbers of symbols; transmitting information related to said desired numbers of symbols to said set of one or more subordinate entities; and performing communication between the scheduling entity and the set of one or more subordinate entities using the current subframe.
An infusion device comprising: a pump to pump fluid in a first infusion line; an input device ; an output device ; one or more processors ; and memory storing instructions that, when executed by one or more of the processors, cause the infusion device to initiate a first infusion of a first type, receive, at the input device while the first infusion is infusing, input indicating a selection of a second infusion of a second type, display, at the output device, a configurable parameter of the second infusion, receive, at the input device, input indicating a value for the configurable parameter, characterized in that the infusion device is configured to determine whether the second infusion has already been selected for infusion on a line other than the first infusion line in a duplicability check, initiate the second infusion based on the determination that there is no duplication of the second infusion, provide a notification to a user based on the determination that there is duplication of the second infusion, and provide an option to override the duplication of the second infusion and initiate the second infusion. a pump to pump fluid in a first infusion line; an input device ; an output device ; one or more processors ; and memory storing instructions that, when executed by one or more of the processors, cause the infusion device to initiate a first infusion of a first type, receive, at the input device while the first infusion is infusing, input indicating a selection of a second infusion of a second type, display, at the output device, a configurable parameter of the second infusion, receive, at the input device, input indicating a value for the configurable parameter, characterized in that the infusion device is configured to determine whether the second infusion has already been selected for infusion on a line other than the first infusion line in a duplicability check, initiate the second infusion based on the determination that there is no duplication of the second infusion, provide a notification to a user based on the determination that there is duplication of the second infusion, and provide an option to override the duplication of the second infusion and initiate the second infusion.
An axle assembly comprising: an electric motor having a rotor that is rotatable about a first axis ; a drive pinion that is rotatable about the first axis and that has a gear portion and a shaft portion that extends from the gear portion ; a rotor shaft that extends through the drive pinion and is operatively connected to the rotor ; and a countershaft transmission that operatively connects the rotor shaft to the drive pinion , the countershaft transmission having a first countershaft subassembly that is rotatable about a first countershaft axis and a second countershaft subassembly that is rotatable about a second countershaft axis . an electric motor having a rotor that is rotatable about a first axis ; a drive pinion that is rotatable about the first axis and that has a gear portion and a shaft portion that extends from the gear portion ; a rotor shaft that extends through the drive pinion and is operatively connected to the rotor ; and a countershaft transmission that operatively connects the rotor shaft to the drive pinion , the countershaft transmission having a first countershaft subassembly that is rotatable about a first countershaft axis and a second countershaft subassembly that is rotatable about a second countershaft axis .
A method for analyzing DNA, the method comprising: - forming labelled DNA fragments by: (a) cleaving genomic DNA into DNA fragments; (b) selectively functionalizing any non-methylated CpG sites present in the DNA with a linker comprising a hydrolysable moiety; and (c) attaching a label to the linker; - separating the labelled DNA fragments from any non-labelled DNA fragments; - hydrolysing the hydrolysable moiety of the linker of the separated labelled DNA fragments, so as to release the DNA fragments from the label; and - sequencing the released DNA fragments. - forming labelled DNA fragments by: (a) cleaving genomic DNA into DNA fragments; (b) selectively functionalizing any non-methylated CpG sites present in the DNA with a linker comprising a hydrolysable moiety; and (c) attaching a label to the linker; (a) cleaving genomic DNA into DNA fragments; (b) selectively functionalizing any non-methylated CpG sites present in the DNA with a linker comprising a hydrolysable moiety; and (c) attaching a label to the linker; - separating the labelled DNA fragments from any non-labelled DNA fragments; - hydrolysing the hydrolysable moiety of the linker of the separated labelled DNA fragments, so as to release the DNA fragments from the label; and - sequencing the released DNA fragments.
An image display device comprising: a tuner configured to receive a video signal; a storage unit configured to store the video signal; a display unit configured to output the video signal; and a control unit configured to control the image display device, wherein the control unit is configured to control the display unit to display a video based on the video signal, wherein the control unit is further configured to record another video signal and to display, on the display unit, a progress bar of another video based on the another video signal, and a thumbnail image of the another video, wherein the thumbnail image of the another video and the progress bar of the another video are overlaid on the video, and wherein an indicator is displayed on the progress bar to indicate a recording progress of the another video, wherein the thumbnail image is displayed above the progress bar and corresponds to a location of the indicator on the progress bar , wherein the control unit further configured to, when the indicator is located at a first position on the progress bar, display a first thumbnail image corresponding to the first position, when the indicator is located at a second position on the progress bar, display a second thumbnail image corresponding to the second position. a tuner configured to receive a video signal; a storage unit configured to store the video signal; a display unit configured to output the video signal; and a control unit configured to control the image display device, wherein the control unit is configured to control the display unit to display a video based on the video signal, wherein the control unit is further configured to record another video signal and to display, on the display unit, a progress bar of another video based on the another video signal, and a thumbnail image of the another video, wherein the thumbnail image of the another video and the progress bar of the another video are overlaid on the video, and wherein an indicator is displayed on the progress bar to indicate a recording progress of the another video, wherein the thumbnail image is displayed above the progress bar and corresponds to a location of the indicator on the progress bar , wherein the control unit further configured to, when the indicator is located at a first position on the progress bar, display a first thumbnail image corresponding to the first position, when the indicator is located at a second position on the progress bar, display a second thumbnail image corresponding to the second position.
Pump for recirculating a cooling fluid for a vehicle with combustion engine, comprising: - a pump body designed to be fixed to a base of the vehicle engine; - an impeller inserted inside a chamber containing the cooling fluid and mounted on a driven shaft , - at least one first electric motor for driving the shaft of the impeller ; wherein - said electric motor comprises a fixed stator and a rotor radially outer lying with respect to the stator and connected to the shaft of the impeller of the pump on the outside of the cooling fluid chamber and via transmission means (54,54a;354,354a;54a,66), and the electric motor is designed to operate the impeller independently of the combustion engine, characterized in that the fixed stator of said electric motor is mounted on the pump body of the pump on the outside thereof. - a pump body designed to be fixed to a base of the vehicle engine; - an impeller inserted inside a chamber containing the cooling fluid and mounted on a driven shaft , - at least one first electric motor for driving the shaft of the impeller ; - said electric motor comprises a fixed stator and a rotor radially outer lying with respect to the stator and connected to the shaft of the impeller of the pump on the outside of the cooling fluid chamber and via transmission means (54,54a;354,354a;54a,66), and the electric motor is designed to operate the impeller independently of the combustion engine,
A phytase mutant, comprising the amino acid sequence shown as SEQ ID NO: 3 or SEQ ID NO: 5 or SEQ ID NO: 7 or SEQ ID NO: 9.
A method for wireless communication by a user equipment, UE , in a wireless communication system in which the LTE has periodic motion in a repetitive manner between a plurality of positions, the method comprising: initiating , at the UE , measurements of received reference signals that are to be transmitted in a respective plurality of downlink transmission beams from a base station , each of the plurality of downlink transmission beams being transmitted at a different position of the UEs periodic motion; measuring , responsive to the initiating, one or more parameters of each of the received reference signals to generate a plurality of sets of measured beam parameters each associated with a corresponding downlink transmission beam ; reporting , to the base station , each of the plurality of sets of measured beam parameters; receiving , responsive to the reporting the plurality of sets of measured beam parameters, a plurality of transmission configuration indicator, TCI, states for use in deterministically receiving a subsequent plurality of sequential transmission beams from the base station in a subsequent same periodic motion; and storing , at the UE , the plurality of TCI states . initiating , at the UE , measurements of received reference signals that are to be transmitted in a respective plurality of downlink transmission beams from a base station , each of the plurality of downlink transmission beams being transmitted at a different position of the UEs periodic motion; measuring , responsive to the initiating, one or more parameters of each of the received reference signals to generate a plurality of sets of measured beam parameters each associated with a corresponding downlink transmission beam ; reporting , to the base station , each of the plurality of sets of measured beam parameters; receiving , responsive to the reporting the plurality of sets of measured beam parameters, a plurality of transmission configuration indicator, TCI, states for use in deterministically receiving a subsequent plurality of sequential transmission beams from the base station in a subsequent same periodic motion; and storing , at the UE , the plurality of TCI states .