mhurhangee/patent-ind-claim-en huggingface dataset:
A control method for controlling a second server apparatus configured to communicate with a first server apparatus , providing a collaboration tool in which a user at an information processing apparatus can log in, said second server configured to communicate with a cloud storage service and with a cloud print service , the second server apparatus configured to store a program, the first server apparatus being configured to communicate with the information processing apparatus , the program providing a function for printing a file having been uploaded to the cloud storage service from the information processing apparatus , wherein the second server apparatus executes the steps of the control method, the method characterized by comprising: acquiring (S11000) network information of the information processing apparatus accessing the first server apparatus ; selecting (S8002, and S11002 to S11007), based on the acquired network information, a first piece of printer information defining a default printer to be default-selected for printing from a list of default printers registered in a default printer management table; acquiring (S8003, S8004), from the cloud print service, a list of printers which the user who is logged in to the collaboration tool is able to use; and performing control (S8005, S11003 to S11007, and S11001) for causing the information processing apparatus to display the selected first piece of printer information as the default printer in an area , and to display a button for displaying the list of printers, wherein the list of printers is displayed based on selection of the button, and then a printer is selected from the displayed list of printers by the user. acquiring (S11000) network information of the information processing apparatus accessing the first server apparatus ; selecting (S8002, and S11002 to S11007), based on the acquired network information, a first piece of printer information defining a default printer to be default-selected for printing from a list of default printers registered in a default printer management table; acquiring (S8003, S8004), from the cloud print service, a list of printers which the user who is logged in to the collaboration tool is able to use; and performing control (S8005, S11003 to S11007, and S11001) for causing the information processing apparatus to display the selected first piece of printer information as the default printer in an area , and to display a button for displaying the list of printers, wherein the list of printers is displayed based on selection of the button, and then a printer is selected from the displayed list of printers by the user.
A bottle comprising: a body defining a chamber therein, a neck extending away from the body and defining an opening to the chamber of the body, wherein: the neck includes threads extending around an outside surface of the neck from the opening toward the body, and the neck includes a first stop and a second stop , on the outside surface of the neck, extending from a bottom of a first thread toward the body, the first stop and the second stop defining a first lug retention area , wherein the first lug retention area is configured to engage with a first lug of a closure to secure the closure in place over the opening and around the neck, the bottle being characterized in that the neck includes a first ramped surface , on the outside surface of the neck, extending along the bottom of the first thread to the first stop, the first ramped surface including an angled surface extending increasingly outwardly from the neck from a leading edge of the first ramped surface to the first stop, the first ramped surface configured to lift and guide the first lug over the first stop and into the first lug retention area as the closure is secured over the opening, wherein the leading edge is the first edge of the ramped surface that is encountered by the first lug of the closure when the closure is turned to tighten the closure around the neck. a body defining a chamber therein, a neck extending away from the body and defining an opening to the chamber of the body, wherein: the neck includes threads extending around an outside surface of the neck from the opening toward the body, and the neck includes a first stop and a second stop , on the outside surface of the neck, extending from a bottom of a first thread toward the body, the first stop and the second stop defining a first lug retention area , the neck includes threads extending around an outside surface of the neck from the opening toward the body, and the neck includes a first stop and a second stop , on the outside surface of the neck, extending from a bottom of a first thread toward the body, the first stop and the second stop defining a first lug retention area , wherein the first lug retention area is configured to engage with a first lug of a closure to secure the closure in place over the opening and around the neck, the bottle being characterized in that the neck includes a first ramped surface , on the outside surface of the neck, extending along the bottom of the first thread to the first stop, the first ramped surface including an angled surface extending increasingly outwardly from the neck from a leading edge of the first ramped surface to the first stop, the first ramped surface configured to lift and guide the first lug over the first stop and into the first lug retention area as the closure is secured over the opening, wherein the leading edge is the first edge of the ramped surface that is encountered by the first lug of the closure when the closure is turned to tighten the closure around the neck.
A casing for a battery pack, wherein the casing has a receiving space and an opening in communication with the receiving space , the receiving space is enclosed by a wall portion of the casing , and the wall portion is formed by pressing two or more stacked metal base plates, between which a plurality of cavities are formed, wherein an island is disposed within the cavity , characterized in that , the wall portion comprises a bottom wall and side walls surrounding the bottom wall on a peripheral side of the bottom wall , and the bottom wall and the side walls are integrally formed by said pressing and are each formed by two stacked metal base plates as the wall portion , the plurality of cavities are in communication with each other to form a flow passage (R), and the island is disposed within the flow passage (R), a portion of the island attached to the flat wall is formed in a shape of strip or ellipse, and a long side of the strip or a major axis of the ellipse is parallel to the length direction of the flow passage (R), and a ratio of a height h of the cavity to a width W of the cavity is in a range of h/W ≤1; and a ratio of a length L of the island to a width W1 of the island is in a range of 2 ≤ L/W1≤ 5, and the length L is in a range of 5 mm ≤ L ≤ 15 mm.
A blood sample analyzing method comprising: preparing a measurement specimen by mixing a blood sample with a measuring reagent of a fibrin and fibrinogen degradation product (FDP); acquiring, based on a time-dependent change in optical information obtained by optically measuring the measurement specimen, first information indicating an FDP concentration and second information indicating a curving degree of a time course curve showing the time-dependent change of the optical information; and determining an enhanced fibrinolytic state of the blood sample or acquiring a value related to a D dimer of the blood sample based on the first information and the second information, wherein the value related to the D dimer includes at least one of (i) a ratio between FDP and D dimer and (ii) D dimer concentration, wherein determining the enhanced fibrinolytic state of the blood sample includes comparing a value obtained by applying the FDP concentration indicated by the first information to an evaluation function proportional to the FDP concentration, with the second information. preparing a measurement specimen by mixing a blood sample with a measuring reagent of a fibrin and fibrinogen degradation product (FDP); acquiring, based on a time-dependent change in optical information obtained by optically measuring the measurement specimen, first information indicating an FDP concentration and second information indicating a curving degree of a time course curve showing the time-dependent change of the optical information; and determining an enhanced fibrinolytic state of the blood sample or acquiring a value related to a D dimer of the blood sample based on the first information and the second information, (i) a ratio between FDP and D dimer and (ii) D dimer concentration,
A stopper/piston comprising a cylindrical body having a front axial end that is closed by a front wall , said stopper/piston including an outside surface that is provided with at least one secondary sealing profile , said front wall including a front axial outside surface that is provided with a coating , advantageously a film made of ethylene tetrafluoroethylene, said front wall including a primary sealing profile on its radially-outer edge, the stopper/piston being characterized in that said front wall , and said cylindrical body are made of different materials, said hollow cylindrical body being overmolded on said front wall , and in that said front axial outside surface of said front wall includes a deformation profile that is arranged radially inside said primary sealing profile of said front wall , said deformation profile being adapted to deform radially so as to make it easier to insert and/or to slide said stopper/piston into a syringe body.
A plant cultivation method for conducting a step of irradiating a red illuminative light to a plant and a step of irradiating a blue illuminative light to the plant separately and independently of each other, wherein the irradiation time of the step of irradiating the red illuminative light and the step of irradiating the blue illuminative light is 0.1 hour or more and less than 48 hours, the steps are conducted alternately and successively, and the light quantity ratio of the red illuminative light and the blue illuminative light is 3:1 to more than 1:1, i.e. a higher quantity of red light than blue light, wherein the light quantity is the photosynthetic photon flux density expressed as μmol/m 2 s.
Transport elements (410; 510; 610N, 610V; 710N, 710V; 810N, 810V) for transporting containers in a container treatment facility having a transport track with at least one long stator (450; 1050B; 1150-1B; 1150-2B) of a linear motor, wherein the transport elements are disposed movably on the transport track and are configured such that they can be guided along the transport track through magnetic interaction with the at least one long stator (450; 1050B; 1150-1B, 1150-2B), wherein the front and back sides of the transport elements are shaped in such a way that the transport elements can be driven into one another at least in pairs (410N, 410V; 510N, 510V; 610N, 610V; 710N, 710V; 810N, 810V) to the extent that there will be a minimum attainable transport spacing which is smaller than the longitudinal extension of the transport elements, wherein the transport elements each have rollers (480-1 - 480-4; 580-1 - 580-4; 680-1 - 680-3; 780-1 - 780-4; 880-1 - 880-4) which are spaced apart from one another in the longitudinal direction and by means of which they are mounted movably on the transport track, characterized in that the minimum attainable transport spacing is smaller than the maximum distance of the rollers in the longitudinal direction. wherein the transport elements are disposed movably on the transport track and are configured such that they can be guided along the transport track through magnetic interaction with the at least one long stator (450; 1050B; 1150-1B, 1150-2B), wherein the front and back sides of the transport elements are shaped in such a way that the transport elements can be driven into one another at least in pairs (410N, 410V; 510N, 510V; 610N, 610V; 710N, 710V; 810N, 810V) to the extent that there will be a minimum attainable transport spacing which is smaller than the longitudinal extension of the transport elements, wherein the transport elements each have rollers (480-1 - 480-4; 580-1 - 580-4; 680-1 - 680-3; 780-1 - 780-4; 880-1 - 880-4) which are spaced apart from one another in the longitudinal direction and by means of which they are mounted movably on the transport track, characterized in that the minimum attainable transport spacing is smaller than the maximum distance of the rollers in the longitudinal direction.
A hybrid bonding structure, comprising: a solder ball; and a solder paste bonded to the solder ball, wherein the solder paste includes a solder paste composition, wherein the solder paste composition includes a core and a shell on a surface of the core, wherein a melting point of the shell is lower than a melting point of the core, wherein the core and the shell are configured to form an intermetallic compound in response to the solder paste composition at least partially being at a temperature that is within a temperature range of 20 °C to 190 °C, wherein the core includes at least one alloy of a Sn-Ag-Cu alloy, a Sn-Bi alloy, a Sn-Bi-Ag alloy, and a Sn-Ag-Cu-Ni alloy, wherein the shell includes at least one of bismuth (Bi), indium (In), gallium (Ga), and silver (Ag), and wherein the solder ball includes at least one alloy of a Sn-Ag-Cu alloy, a Sn-Bi alloy, a Sn-Bi-Ag alloy, and a Sn-Ag-Cu-Ni alloy. a solder ball; and a solder paste bonded to the solder ball, wherein the solder paste includes a solder paste composition, wherein the solder paste composition includes a core and a shell on a surface of the core, wherein a melting point of the shell is lower than a melting point of the core, wherein the core and the shell are configured to form an intermetallic compound in response to the solder paste composition at least partially being at a temperature that is within a temperature range of 20 °C to 190 °C, wherein the core includes at least one alloy of a Sn-Ag-Cu alloy, a Sn-Bi alloy, a Sn-Bi-Ag alloy, and a Sn-Ag-Cu-Ni alloy, wherein the shell includes at least one of bismuth (Bi), indium (In), gallium (Ga), and silver (Ag), and wherein the solder ball includes at least one alloy of a Sn-Ag-Cu alloy, a Sn-Bi alloy, a Sn-Bi-Ag alloy, and a Sn-Ag-Cu-Ni alloy.
An electrical terminal structure suitable for connecting a thermocouple comprising a compensating wire to a measuring device, the electrical terminal structure comprising: a first electrical terminal and a mating electrical terminal, the first electrical terminal comprising: an elongate first contact made of a first kind of metal; and a coupling member having a spring portion formed in a cantilever-like shape, extending along the first contact and having a free end extending toward the first contact , and configured to hold a second contact of the mating electrical terminal between the spring portion and the first contact and press the second contact against the first contact , wherein the coupling member is made of a second kind of metal different from the first kind, and the coupling member is fixed to the first contact , the coupling member further having a crimping portion configured to be crimped in such a state that the compensating wire made of the same kind of metal as the first contact is pressed against the first contact , and the coupling member is fixed to the first contact independently of crimping at the crimping portion, characterized in that the second contact of the mating electrical terminal is made of the same kind of metal as the first contact ; the first kind of metal is a metal used for a thermocouple; and the first contact has a shape extending like a strip or rod. an elongate first contact made of a first kind of metal; and a coupling member having a spring portion formed in a cantilever-like shape, extending along the first contact and having a free end extending toward the first contact , and configured to hold a second contact of the mating electrical terminal between the spring portion and the first contact and press the second contact against the first contact , wherein the coupling member is made of a second kind of metal different from the first kind, and the coupling member is fixed to the first contact , the coupling member further having a crimping portion configured to be crimped in such a state that the compensating wire made of the same kind of metal as the first contact is pressed against the first contact , and the coupling member is fixed to the first contact independently of crimping at the crimping portion, characterized in that the second contact of the mating electrical terminal is made of the same kind of metal as the first contact ; the first kind of metal is a metal used for a thermocouple; and the first contact has a shape extending like a strip or rod.
A wireless communication system for an aircraft , said wireless communication system comprising: a router network connected to a plurality of antennas (2a-c), wherein the router network is configured to transmit and receive wireless data communication to and from a stationary communication server outside said aircraft through at least one ground base station (6a-c) via said antennas, wherein said plurality of antennas comprises a plurality of omnidirectional antennas and a plurality of directional antennas , the directional antennas being arranged to target sectors (31a-d) of the ground surface below the aircraft , wherein the router network comprises a plurality of connectivity nodes being physically separated and distributed within the aircraft , wherein the distance between the two connectivity nodes being farthest from each other is at least 50% of the length of a fuselage of the aircraft, the connectivity nodes being connected to each other via a bus, and each connectivity node comprising a control unit , at least one modem , and preferably a plurality of modems, and a connection to at least one of the antennas (2a-c), and wherein each antenna (2a-c) is connected only to one of the connectivity nodes. a router network connected to a plurality of antennas (2a-c), wherein the router network is configured to transmit and receive wireless data communication to and from a stationary communication server outside said aircraft through at least one ground base station (6a-c) via said antennas, wherein said plurality of antennas comprises a plurality of omnidirectional antennas and a plurality of directional antennas , the directional antennas being arranged to target sectors (31a-d) of the ground surface below the aircraft , wherein the router network comprises a plurality of connectivity nodes being physically separated and distributed within the aircraft , wherein the distance between the two connectivity nodes being farthest from each other is at least 50% of the length of a fuselage of the aircraft, the connectivity nodes being connected to each other via a bus, and each connectivity node comprising a control unit , at least one modem , and preferably a plurality of modems, and a connection to at least one of the antennas (2a-c), and wherein each antenna (2a-c) is connected only to one of the connectivity nodes.
Method for contactless control of an elevator system with at least one elevator with an elevator cabin which can be moved between at least two stops and a system controller, wherein a display device is arranged at each stop and is connected to the system controller, wherein the system controller is connected to a server connected to the Internet in such a way that users of the elevator system can enter a destination call into a mobile input device connected to the Internet and transmit it via the Internet to the server and from there to the system controller, wherein the elevator system executes a destination call of a user only if a presence check of the user at a stop has been successfully performed beforehand, characterized in that the system controller generates a trip-related stop code for each stop, which includes a key code obtained from the server and a stop code stored in the system controller for the respective stop and which is displayed on the display device of the respective stop. wherein the elevator system executes a destination call of a user only if a presence check of the user at a stop has been successfully performed beforehand, characterized in that the system controller generates a trip-related stop code for each stop, which includes a key code obtained from the server and a stop code stored in the system controller for the respective stop and which is displayed on the display device of the respective stop.
A solenoid flow control valve (100; 200; 300) comprising: a housing including an inlet port and an outlet port , the housing being provided with a pilot pressure chamber therein; an inlet passage that allows the inlet port to communicate with the pilot pressure chamber ; an outlet passage that allows the pilot pressure chamber to communicate with the outlet port ; a fixed restrictor provided on the outlet passage ; a bypass passage that allows the pilot pressure chamber to communicate with the outlet port in a manner to bypass the fixed restrictor ; a solenoid ; a pilot spool that closes the inlet passage and opens the bypass passage when the solenoid is in a non-excitation state, and opens the inlet passage , generates a pilot pressure in the pilot pressure chamber , and closes the bypass passage when the solenoid is in an excitation state; and a main spool that controls a flow rate from the inlet port to the outlet port in accordance with the pilot pressure in the pilot pressure chamber . a housing including an inlet port and an outlet port , the housing being provided with a pilot pressure chamber therein; an inlet passage that allows the inlet port to communicate with the pilot pressure chamber ; an outlet passage that allows the pilot pressure chamber to communicate with the outlet port ; a fixed restrictor provided on the outlet passage ; a bypass passage that allows the pilot pressure chamber to communicate with the outlet port in a manner to bypass the fixed restrictor ; a solenoid ; a pilot spool that closes the inlet passage and opens the bypass passage when the solenoid is in a non-excitation state, and opens the inlet passage , generates a pilot pressure in the pilot pressure chamber , and closes the bypass passage when the solenoid is in an excitation state; and a main spool that controls a flow rate from the inlet port to the outlet port in accordance with the pilot pressure in the pilot pressure chamber .