mhurhangee/ep-ind-claims huggingface dataset:
A method of providing timing synchronization and clock switching between a first Radio Equipment Controller, REC, (300, 402) operating on a first radio standard and a second REC (306, 410) operating on a second radio standard, each REC communicating with one or more multi-standard radios (303, 414), comprising the steps of: receiving, at said first REC (300, 402), a synchronization signal from a primary synchronization source (301, 401) associated with said first radio standard; generating a synchronized data output derived from said synchronization signal to create a primary clock signal; evaluating the quality of said primary clock signal; referencing said primary clock signal to said first REC (300, 402) if said clock signal is determined to have appropriate quality factors; receiving at said second REC (306, 410) a synchronization signal from a secondary synchronization source (307, 409) associated with said second radio standard; generating a synchronized data output derived from said secondary synchronization signal to create a secondary clock signal; evaluating the quality of said secondary clock signal; referencing said secondary clock to said second REC (306, 410) if said clock signal is determined to have appropriate quality factors; aligning said secondary clock signal with said primary clock signal; and switching reference of said second REC (306, 410) to said primary clock once said primary and secondary clocks are aligned. receiving, at said first REC (300, 402), a synchronization signal from a primary synchronization source (301, 401) associated with said first radio standard; generating a synchronized data output derived from said synchronization signal to create a primary clock signal; evaluating the quality of said primary clock signal; referencing said primary clock signal to said first REC (300, 402) if said clock signal is determined to have appropriate quality factors; receiving at said second REC (306, 410) a synchronization signal from a secondary synchronization source (307, 409) associated with said second radio standard; generating a synchronized data output derived from said secondary synchronization signal to create a secondary clock signal; evaluating the quality of said secondary clock signal; referencing said secondary clock to said second REC (306, 410) if said clock signal is determined to have appropriate quality factors; aligning said secondary clock signal with said primary clock signal; and switching reference of said second REC (306, 410) to said primary clock once said primary and secondary clocks are aligned.
An ultrasound image display method comprising: acquiring ultrasound image data of an object; receiving, via a graphical user interface, a selection of at least one range of image pixel information acquired from the ultrasound image data, wherein the GUI is displayed in a different area from an ultrasound image corresponding to the ultrasound image data; extracting partial ultrasound image data corresponding to the at least one range from among the ultrasound image data; and three-dimensionally displaying an ultrasound image corresponding to the at least one range based on the partial ultrasound image data, wherein the at least one range comprises at least one from among a partial brightness range, a partial color range, and a partial speed range, wherein the three-dimensional displaying of the ultrasound image comprises: receiving a selection of at least one rendering method among a plurality of rendering methods; and three-dimensionally displaying the ultrasound image corresponding to the at least one range by using the selected rendering method. acquiring ultrasound image data of an object; receiving, via a graphical user interface, a selection of at least one range of image pixel information acquired from the ultrasound image data, wherein the GUI is displayed in a different area from an ultrasound image corresponding to the ultrasound image data; extracting partial ultrasound image data corresponding to the at least one range from among the ultrasound image data; and three-dimensionally displaying an ultrasound image corresponding to the at least one range based on the partial ultrasound image data, wherein the at least one range comprises at least one from among a partial brightness range, a partial color range, and a partial speed range, wherein the three-dimensional displaying of the ultrasound image comprises: receiving a selection of at least one rendering method among a plurality of rendering methods; and three-dimensionally displaying the ultrasound image corresponding to the at least one range by using the selected rendering method. receiving a selection of at least one rendering method among a plurality of rendering methods; and three-dimensionally displaying the ultrasound image corresponding to the at least one range by using the selected rendering method.
A method for joint transmission, which is applied in a wireless local area network system composed of an initiating access point, AP, a coordinated AP pre-determined to participate in the joint transmission and a station, STA, wherein the STA is associated with the initiating AP, the method comprising: sending, by the initiating AP to the STA, a request to send message used for the joint transmission, wherein the request to send message comprises a joint transmission indication and address information of the coordinated AP, to enable the STA to send a clear to send message used for the joint transmission to the coordinated AP corresponding to the address information and the initiating AP according to the joint transmission indication, to enable the coordinated AP to send data to the STA according to the clear to send message; sending, by the initiating AP, the data to the STA according to the clear to send message after receiving the clear to send message, to realize sending the data to the STA simultaneously with the coordinated AP. sending, by the initiating AP to the STA, a request to send message used for the joint transmission, wherein the request to send message comprises a joint transmission indication and address information of the coordinated AP, to enable the STA to send a clear to send message used for the joint transmission to the coordinated AP corresponding to the address information and the initiating AP according to the joint transmission indication, to enable the coordinated AP to send data to the STA according to the clear to send message; sending, by the initiating AP, the data to the STA according to the clear to send message after receiving the clear to send message, to realize sending the data to the STA simultaneously with the coordinated AP.
A dew-point cooler comprising a heat exchange element (14, 28), the dew-point cooler operating in counter flow wherein a product air stream flows over a first side of the heat exchange element (14, 28) and is cooled by heat transfer to the element and wherein a portion of the product air stream is diverted back over a second side of the heat exchange element, the second side of the heat exchange element being provided with a supply of water whereby heat transfer from the heat exchange element to the water causes it to evaporate into the air stream, wherein the heat exchange element comprises a membrane and a formed heat exchange laminate attached to the membrane, characterised in that the formed heat exchange laminate comprises a formable carrier layer at least partially covered with a flexible liquid retaining layer having an open structure such that in use, a heat exchange medium can directly contact the carrier layer through the open structure of the liquid retaining layer. characterised in that the formed heat exchange laminate comprises a formable carrier layer at least partially covered with a flexible liquid retaining layer having an open structure such that in use, a heat exchange medium can directly contact the carrier layer through the open structure of the liquid retaining layer.
A method for sterilizing a blow molding machine by filling a preform with a liquid sterilizer of O.OlmL to 10mL before the preform enters a heating part, heating the preform in the heating part, wherein in the heating part the preform containing the liquid sterilizer is held by a holding member and heated to activate the liquid sterilizer in the preform, the holding member is sterilized by the activated sterilizer, the liquid sterilizer remains in the preform to diffuse the liquid sterilizer, and blasting blow air into the preform in a blow molding die, wherein an extension rod is made to protrude into the preform, blow air is blasted into the preform from a valve block to expand the preform into a container and at the same time diffuse the remaining liquid sterilizer in the container, the extension rod then retracts, and the sterilizer remaining in the container is guided to the retracted extension rod through the valve block along with the blow air.
A method for obtaining a DNA plasmid of interest, and comprising the steps of: b) introducing cells containing a DNA plasmid of interest in a passageway and disintegrating them continuously by mixing said cells with an alkaline lysis solution to form lysed cells and performing a neutralization step of the lysed cells with a neutralization solution being an acetic acid/acetate composition to form a first mixture wherein the pH of the said neutralization solution is comprised between about 5.0 and 6.0; c) performing continuously in the passageway a precipitation of DNA Plasmid contaminants by adding a solution containing one or more salts to the first mixture of step b) to form a second mixture by the use of means to provoke Venturi effect, wherein the said salt(s) are selected from the group consisting of CaCl 2, MgCl 2, ZnCl 2, SrCl 2 and BaCl 2, LiCl, ammonium acetate, ammonium sulfate, sodium sulfate and magnesium sulfate or a mixture thereof and wherein the said one or more salt are in the said added solution containing one or more salts at a concentration comprised between 2 M and 6 M; d) recovering the second mixture and allowing a precipitate to separate from the solution of the second mixture; and e) recovering a soluble material comprising the DNA plasmid of interest from the solution of the second mixture, while excluding recovering the precipitate of the second mixture. b) introducing cells containing a DNA plasmid of interest in a passageway and disintegrating them continuously by mixing said cells with an alkaline lysis solution to form lysed cells and performing a neutralization step of the lysed cells with a neutralization solution being an acetic acid/acetate composition to form a first mixture wherein the pH of the said neutralization solution is comprised between about 5.0 and 6.0; c) performing continuously in the passageway a precipitation of DNA Plasmid contaminants by adding a solution containing one or more salts to the first mixture of step b) to form a second mixture by the use of means to provoke Venturi effect, wherein the said salt(s) are selected from the group consisting of CaCl 2, MgCl 2, ZnCl 2, SrCl 2 and BaCl 2, LiCl, ammonium acetate, ammonium sulfate, sodium sulfate and magnesium sulfate or a mixture thereof and wherein the said one or more salt are in the said added solution containing one or more salts at a concentration comprised between 2 M and 6 M; d) recovering the second mixture and allowing a precipitate to separate from the solution of the second mixture; and e) recovering a soluble material comprising the DNA plasmid of interest from the solution of the second mixture, while excluding recovering the precipitate of the second mixture.
Power transmitter for transmitting power inductively to a power receiver via a transmitter coil, the power receiver being connectable to, or part of, a device that is to be charged or provided with power, the power transmitter comprising: - a first unit arranged to receive first data and second data from the power receiver, said first data indicating a modulation requirement for a frequency shift for frequency modulation of the power signal, said second data indicating an inquiry message; and being characterized by further comprising: - a second unit arranged to transmit a response message to the power receiver via the transmitter coil, the response message being intended for responding to said inquiry message, said second unit comprising: a modulator arranged to modulate a power signal according to said modulation requirement when transmitting the response message so as to carry the response message; wherein the second unit is arranged to transmit the response message to the power receiver within a response time, the response time being one of: - a time duration starting from the transmitting of the inquiry message by the power receiver to the receiving of the response message by the power receiver, and - the time duration starting from the power transmitter receiving the last bit of the inquiry message to the power transmitter transmitting the first bit of the response message. - a first unit arranged to receive first data and second data from the power receiver, said first data indicating a modulation requirement for a frequency shift for frequency modulation of the power signal, said second data indicating an inquiry message; and being characterized by further comprising: - a second unit arranged to transmit a response message to the power receiver via the transmitter coil, the response message being intended for responding to said inquiry message, said second unit comprising: a modulator arranged to modulate a power signal according to said modulation requirement when transmitting the response message so as to carry the response message; - a time duration starting from the transmitting of the inquiry message by the power receiver to the receiving of the response message by the power receiver, and - the time duration starting from the power transmitter receiving the last bit of the inquiry message to the power transmitter transmitting the first bit of the response message.
Military vehicle having a remote-controlled weapon and having a guidance information system for receiving and/or transmitting military guidance data, characterized by a plurality of workstations, in particular for a commander and a shooter, wherein each workstation has an operating apparatus which can be used to operate both the weapon and the guidance information system, and wherein the operating apparatuses as well as the weapon and the guidance information system are connected to one another via a network having a plurality of network nodes.
A method for accessing a data memory of a cloud computer system via a gateway computer system, wherein the gateway computer system is connected to the cloud computer system over a network, wherein the gateway computer system stores at least one cryptographic key, wherein the cloud computer system is associated with a URL, and wherein the gateway computer system is associated with an IP address, wherein a domain name system for the name resolution is configured such that the domain contained in the URL of the cloud computer system is resolved in the IP address of the gateway computer system, the method having the following steps: - establishing a protected connection between a first terminal device of the user and the gateway computer system over the network by a program of the terminal device, wherein to this end the URL of the cloud computer system is input into the program and the modified domain name system is used for name resolution of the URL, such that the protected connection is established to the gateway computer system instead of to the cloud computer system, - transmitting a file from the terminal device to the gateway computer system over the protected connection, - establishing a session between the gateway computer system and the cloud computer system over the network, - encryption of the file with the aid of the cryptographic key by the gateway computer system, - transmitting the encrypted file from the gateway computer system to the cloud computer system over the session, - storing the encrypted file in the data memory of the cloud computer system. - establishing a protected connection between a first terminal device of the user and the gateway computer system over the network by a program of the terminal device, wherein to this end the URL of the cloud computer system is input into the program and the modified domain name system is used for name resolution of the URL, such that the protected connection is established to the gateway computer system instead of to the cloud computer system, - transmitting a file from the terminal device to the gateway computer system over the protected connection, - establishing a session between the gateway computer system and the cloud computer system over the network, - encryption of the file with the aid of the cryptographic key by the gateway computer system, - transmitting the encrypted file from the gateway computer system to the cloud computer system over the session, - storing the encrypted file in the data memory of the cloud computer system.
Rotary stirring device for a beverage preparation machine, said device comprising a rotary tool which is rotatable about an axis A and intended to stir a preparation contained in a container, and a conduit for conveying hot water and/or steam to the rotary tool, said conveying conduit comprising a tubular portion which extends along the axis A between a first end which is coupled to the rotary tool by means of a first coupling device and a second end which is coupled to a hollow drive shaft by means of a second coupling device in order to make a fluid connection for hot water and/or steam, characterised in that the second coupling device is a magnetic coupling device configured to generate a magnetic attraction force along the axis A between a drive wall of the drive shaft and a receiving wall of the second end of the tubular portion so as to transmit the rotational movement of the drive shaft to the rotary tool, the second end of the tubular portion and the drive shaft each comprising a magnetic or magnetisable element, and in that the second coupling device comprises a system of mechanical anti-slip stops which ensures automatic alignment between the drive wall of the drive shaft and the receiving wall of the second end of the tubular portion during coupling under the effect of the magnetic attraction force.
A glass pane comprising a glazed element, at least one profiled joint portion, at least one trim which has an elongate shape which extends along an edge of the glazed element and which has in cross-section a general shape having a base and at least one wing which extends from the base at an angle which is not equal to zero, the base being located above an outer face of the profiled joint portion, when viewed in cross-section, a wing comprising at an end opposite the base at least one openwork lug, characterized in that, the openwork lug extends through the profiled joint portion via a hole which opens at the outer face and at an inner face of the profiled joint portion, the openwork lug being folded over below the profiled joint portion or below the glazed element.
A method for stable culture or preparation of bacteria containing carotenoids in an amount of at least 36 mg/g of dry microbial cells, which comprises culturing carotenoid-producing bacteria belonging to the genus Paracoccus in a medium containing cobalt or a cobalt salt at a concentration of 0.02 μmol/L to 4 μmol/L.
A resin container in which a concave portion is provided adjacent a vertical center portion of a body portion, the concave portion includes a bottom face, an upper inclined face continuous from an upper side of the bottom face and a lower inclined face continuous from a lower side of the bottom face, and the upper inclined face and the lower inclined face are inclined such that these upper and lower inclined faces (14, 15) are located closer to each other toward the bottom face side, inclination of the lower inclined face being set smaller than inclination of the upper inclined face; characterized in that, there is provided a vertical groove extending from the bottom face to the lower inclined face, and in the bottom face of the concave portion, there is provided a lateral groove extending in a lateral direction.
A system for characterizing types of cardiac pacing responses, comprising: a pulse generator (900-919, 954, 956, 1041-1044) configured to deliver pacing pulses sufficient in energy to effect capture; a sensor system (900-919, 954, 956,1031-1037) configured to sense cardiac signals respectively following delivery of the pacing pulses; a template processor configured to extract features of the cardiac signals and to cluster the extracted features into a plurality of clusters (220, 230, 240) based on similarity of the extracted features, the template processor further configured to select one or more predominant clusters from the plurality of clusters and to form a cardiac response template associated with a captured response using the predominant clusters, and to select one or more less predominant clusters (230, 240) and to form an additional template characterizing a pacing response other than capture using the one or more less predominant clusters; and a memory configured to store the captured response template and the additional template. a pulse generator (900-919, 954, 956, 1041-1044) configured to deliver pacing pulses sufficient in energy to effect capture; a sensor system (900-919, 954, 956,1031-1037) configured to sense cardiac signals respectively following delivery of the pacing pulses; a template processor configured to extract features of the cardiac signals and to cluster the extracted features into a plurality of clusters (220, 230, 240) based on similarity of the extracted features, the template processor further configured to select one or more predominant clusters from the plurality of clusters and to form a cardiac response template associated with a captured response using the predominant clusters, and to select one or more less predominant clusters (230, 240) and to form an additional template characterizing a pacing response other than capture using the one or more less predominant clusters; and a memory configured to store the captured response template and the additional template.
A crystalline hydrate of the compound of formula 1: wherein the crystalline hydrate is characterized by a powder X-ray diffraction pattern comprising diffraction peaks at 2θ values of 5.68±0.20, 10.43±0.20, 10.94±0.20, and 13.08±0.20.