mhurhangee/ep-ind-claims huggingface dataset:
A surgical system comprising: an input device; a first actuator and a second actuator coupled to the input device to provide haptic feedback at the input device; and a controller for controlling the first actuator and the second actuator; wherein the controller is configured to apply a first scale factor to a first commanded output and a second commanded output for the first actuator and the second actuator, respectively, when the first commanded output would fall outside a first predetermined working range of the first actuator; wherein a first predetermined working range upper limit is equal to or lower than a maximum output limit of the first actuator, and a first predetermined working range lower limit is greater than or equal to a minimum reliable output level of the first actuator; wherein the first scale factor adjusts the first commanded output to be within the first predetermined working range; wherein the second actuator has a second predetermined working range having a second predetermined working range upper limit equal to or lower than a maximum output limit of the second actuator and having a second predetermined working range lower limit greater than or equal to a minimum reliable output level of the second actuator; and wherein the second commanded output adjusted by the first scale factor falls within the second predetermined working range. an input device; a first actuator and a second actuator coupled to the input device to provide haptic feedback at the input device; and a controller for controlling the first actuator and the second actuator; wherein the controller is configured to apply a first scale factor to a first commanded output and a second commanded output for the first actuator and the second actuator, respectively, when the first commanded output would fall outside a first predetermined working range of the first actuator; wherein a first predetermined working range upper limit is equal to or lower than a maximum output limit of the first actuator, and a first predetermined working range lower limit is greater than or equal to a minimum reliable output level of the first actuator; wherein the first scale factor adjusts the first commanded output to be within the first predetermined working range; wherein the second actuator has a second predetermined working range having a second predetermined working range upper limit equal to or lower than a maximum output limit of the second actuator and having a second predetermined working range lower limit greater than or equal to a minimum reliable output level of the second actuator; and wherein the second commanded output adjusted by the first scale factor falls within the second predetermined working range.
A printing control system communicably connectable to a multifunctional portable terminal, the printing control system being configured to generate a printing command to a printer, the printing control system comprising: a communication device configured to receive an image transmitted from the multifunctional portable terminal; a recording device configured to record the image received by the communication device as a received image; and a control device including a printing management unit capable of generating a printing command for causing the printer to print the received image; characterized in that the printing management unit of the control device is configured to exclude, when a creation date and time of the received image is out of a predetermined printable period, the received image from an item to be printed, or to exclude, when the number of received images is out of a predetermined printable number, at least a part of the received images, which exceeds the printable number, from an item to be printed. a communication device configured to receive an image transmitted from the multifunctional portable terminal; a recording device configured to record the image received by the communication device as a received image; and a control device including a printing management unit capable of generating a printing command for causing the printer to print the received image; characterized in that the printing management unit of the control device is configured to exclude, when a creation date and time of the received image is out of a predetermined printable period, the received image from an item to be printed, or to exclude, when the number of received images is out of a predetermined printable number, at least a part of the received images, which exceeds the printable number, from an item to be printed.
A system capable of performing both single and multidimensional liquid chromatography comprising: a solvent delivery system; a first dimension column path configured to perform a separation process in a first dimension; a second dimension column path configured to perform a separation process in a second dimension; a valve system; and a sample injection system fluidically connected to the valve system, wherein the valve system is configured to direct flow from the sample injection system to the first dimension column path when the valve system is in a first position, wherein the valve system is configured to direct flow from the sample injection system to the second dimension column path without the flow path flowing through the first dimension column path in the chromatography system when the valve system is in a second position, and wherein the solvent delivery system further includes: a first solvent delivery subsystem having a first pump, wherein the first solvent delivery subsystem is directly fluidically connected to a first valve of the valve system; and a second solvent delivery subsystem having a second pump, wherein the second solvent delivery subsystem is directly fluidically connected to a second valve of the valve system. a solvent delivery system; a first dimension column path configured to perform a separation process in a first dimension; a second dimension column path configured to perform a separation process in a second dimension; a valve system; and a sample injection system fluidically connected to the valve system, wherein the valve system is configured to direct flow from the sample injection system to the first dimension column path when the valve system is in a first position, wherein the valve system is configured to direct flow from the sample injection system to the second dimension column path without the flow path flowing through the first dimension column path in the chromatography system when the valve system is in a second position, and wherein the solvent delivery system further includes: a first solvent delivery subsystem having a first pump, wherein the first solvent delivery subsystem is directly fluidically connected to a first valve of the valve system; and a second solvent delivery subsystem having a second pump, wherein the second solvent delivery subsystem is directly fluidically connected to a second valve of the valve system. a first solvent delivery subsystem having a first pump, wherein the first solvent delivery subsystem is directly fluidically connected to a first valve of the valve system; and a second solvent delivery subsystem having a second pump, wherein the second solvent delivery subsystem is directly fluidically connected to a second valve of the valve system.
A print server in a pull-print system including a client terminal and a printer which are located on an internal network, and the print server located on an external network, characterized by comprising: generation means for generating, in response to a print request issued from the client terminal to the printer, a program in a script language, which is to be executed by the client terminal to implement a print instruction issued to the printer to execute processing for a print job and to issue a polling instruction to the printer to execute processing for a polling notification comprising a processing-in-progress job list of active print jobs being printed by the printer, which polling notification is associated with a processing status of the print job and is to be periodically transferred to the print server with a designated polling interval, and transferring the program to the client terminal; reception means for receiving the polling notification from the printer; and monitoring means (402, 403) for monitoring the print job, instructed to be executed by the printer, using the polling notification received by said reception means, wherein said monitoring means (402, 403) is adapted to end the monitoring of the print job instructed to be processed by the printer, when a next polling notification is not received from the printer within the designated polling interval after a previous polling notification is received from the printer. generation means for generating, in response to a print request issued from the client terminal to the printer, a program in a script language, which is to be executed by the client terminal to implement a print instruction issued to the printer to execute processing for a print job and to issue a polling instruction to the printer to execute processing for a polling notification comprising a processing-in-progress job list of active print jobs being printed by the printer, which polling notification is associated with a processing status of the print job and is to be periodically transferred to the print server with a designated polling interval, and transferring the program to the client terminal; reception means for receiving the polling notification from the printer; and monitoring means (402, 403) for monitoring the print job, instructed to be executed by the printer, using the polling notification received by said reception means, wherein said monitoring means (402, 403) is adapted to end the monitoring of the print job instructed to be processed by the printer, when a next polling notification is not received from the printer within the designated polling interval after a previous polling notification is received from the printer.
An immunochromatography device for detecting a detection target in an analyte, comprising a sample addition part, a labeling substance retaining part, a chromatography medium having a detection part, and an absorption part, wherein a nonionic and hydrophilic surfactant having an HLB value of 13 to 18 is retained at least in the sample addition part, and a membrane having a fast flow speed is used as a membrane to be used for the chromatography medium, the flow speed of the membrane being 75 or less as a high flow rate (sec/40 mm).
A method for software management comprising: receiving, by a UPnP device, a software installation command sent by a first control device, installing, by the UPnP device, software on the UPnP device according to the software installation command and saving an identification of the first control device; receiving, by the UPnP device, a software management command for managing the software sent by a second control device, and acquiring an identification of the second control device; and executing, by the UPnP device, the software management command only when the identification of the second control device is consistent with the identification of the first control device; characterized in that the identification of the first control device is carried in the software installation command, and in that the identification of the second control device is carried in the software management command. receiving, by a UPnP device, a software installation command sent by a first control device, installing, by the UPnP device, software on the UPnP device according to the software installation command and saving an identification of the first control device; receiving, by the UPnP device, a software management command for managing the software sent by a second control device, and acquiring an identification of the second control device; and executing, by the UPnP device, the software management command only when the identification of the second control device is consistent with the identification of the first control device; characterized in that the identification of the first control device is carried in the software installation command, and in that the identification of the second control device is carried in the software management command.
Computer-implemented method for determining an ACTUAL delivery volume (ist-fv) for a dosing pump intended for delivering a substance from a container for use in a vehicle washing system, comprising the following method steps: a) Reading in a container data record (bds) for the container from which the substance is to be delivered by means of the metering pump, wherein the container data record (bds) is an electronic data record which is provided for the container, and wherein the container data record (bds) contains information about the design, size and/or a holding volume of the container; b) Reading in a digital fill level value (fs), which represents a fill level measured in the container by means of at least one analog fill level sensor and/or c) Reading in a digital pressure value (p), which represents a pressure measured in the container by means of at least one analog pressure sensor, and reading in a digital density value (ρ) for the substance to be delivered by the dosing pump; d) Determining and outputting the ACTUAL delivery volume (ist-fv) actually delivered by the dosing pump by applying a first function, f1, to the digital fill level value (fs) read in in step b) and the container data record (bds) read in in step a) and/or by applying a second function, f2, to the digital pressure value (p) read in in step c) and the digital density value (ρ) read in in step c) and the container data set (bds) read in in step a). a) Reading in a container data record (bds) for the container from which the substance is to be delivered by means of the metering pump, wherein the container data record (bds) is an electronic data record which is provided for the container, and wherein the container data record (bds) contains information about the design, size and/or a holding volume of the container; b) Reading in a digital fill level value (fs), which represents a fill level measured in the container by means of at least one analog fill level sensor and/or c) Reading in a digital pressure value (p), which represents a pressure measured in the container by means of at least one analog pressure sensor, and reading in a digital density value (ρ) for the substance to be delivered by the dosing pump; d) Determining and outputting the ACTUAL delivery volume (ist-fv) actually delivered by the dosing pump by applying a first function, f1, to the digital fill level value (fs) read in in step b) and the container data record (bds) read in in step a) and/or by applying a second function, f2, to the digital pressure value (p) read in in step c) and the digital density value (ρ) read in in step c) and the container data set (bds) read in in step a).
Method for uniting a system, referred to as a main system, and a system, referred to as a complementary system, each comprising: - infrastructure, referred to as main infrastructure and complementary infrastructure, respectively, for private mobile network radiocommunication, comprising a network core module, a subscriber server connected to the network core module, and at least one base station module connected to the network core module; - a network interface; - a management module; and - a list, referred to as a current list (226 1) or a complementary list, respectively, of identifiers of mobile terminals (222 1, 222 2, 222 3), used by the main or complementary infrastructure, respectively, to authorize any listed mobile terminal to attach to the main or complementary infrastructure, respectively; and the management modules of the main and complementary systems forming a management system and the method comprising the execution, by this management system, of the following steps: - establishing a network connection between the main system and the complementary system via their respective network interfaces; - retrieving, via the network connection, the complementary list; - modifying the current list (226 1) on the basis of the complementary list; and - connecting each base station module of the complementary infrastructure to the network core module of the main infrastructure via the network connection. - infrastructure, referred to as main infrastructure and complementary infrastructure, respectively, for private mobile network radiocommunication, comprising a network core module, a subscriber server connected to the network core module, and at least one base station module connected to the network core module; - a network interface; - a management module; and - a list, referred to as a current list (226 1) or a complementary list, respectively, of identifiers of mobile terminals (222 1, 222 2, 222 3), used by the main or complementary infrastructure, respectively, to authorize any listed mobile terminal to attach to the main or complementary infrastructure, respectively; and - establishing a network connection between the main system and the complementary system via their respective network interfaces; - retrieving, via the network connection, the complementary list; - modifying the current list (226 1) on the basis of the complementary list; and - connecting each base station module of the complementary infrastructure to the network core module of the main infrastructure via the network connection.
A mobile robot, comprising: a traveling unit configured to move a main body; a communication unit configured to communicate with another mobile robot that emits a signal; and a controller configured to recognize the location of the another mobile robot based on the signal, and control the moving of the another mobile robot to follow along a moving path of the main body based on the recognized location, wherein the controller is configured to transmit a signal corresponding to a change of the moving direction to the main body in response to the change of the moving direction, characterized in that, the controller is further configured to sense a change in the receiving direction of the signal according to the change of moving direction to transmit a control command for restricting the follow-up to the another mobile robot. a traveling unit configured to move a main body; a communication unit configured to communicate with another mobile robot that emits a signal; and a controller configured to recognize the location of the another mobile robot based on the signal, and control the moving of the another mobile robot to follow along a moving path of the main body based on the recognized location, wherein the controller is configured to transmit a signal corresponding to a change of the moving direction to the main body in response to the change of the moving direction, characterized in that, the controller is further configured to sense a change in the receiving direction of the signal according to the change of moving direction to transmit a control command for restricting the follow-up to the another mobile robot.
A pen type drug delivery device, said device comprising: a drug delivery device housing, said housing having a distal end for mounting a needle assembly and a proximal end comprising a dose dial grip; a cartridge contained in said housing, said cartridge containing a medication; a drive mechanism; and characterized by a piston rod in communication with at least one groove in the drive mechanism comprising an elongated member having a distal end and a proximal end, where the proximal end has at least one set of guideposts having at least two guideposts where each guidepost extends outwardly from the elongated member and is configured to engage a corresponding groove in a drive member and for transmitting axial or rotational forces from the drive member, wherein the guideposts have oblong shapes, and wherein the distal end of the piston rod comprises a thread. a drug delivery device housing, said housing having a distal end for mounting a needle assembly and a proximal end comprising a dose dial grip; a cartridge contained in said housing, said cartridge containing a medication; a drive mechanism; and characterized by a piston rod in communication with at least one groove in the drive mechanism comprising an elongated member having a distal end and a proximal end, where the proximal end has at least one set of guideposts having at least two guideposts where each guidepost extends outwardly from the elongated member and is configured to engage a corresponding groove in a drive member and for transmitting axial or rotational forces from the drive member, wherein the guideposts have oblong shapes, and wherein the distal end of the piston rod comprises a thread.
A mounting structure for a head up display comprising: a vehicle body strength member for being disposed at a vehicle rear side of a front wall panel of a vehicle interior and extending in a vehicle width direction; a column bracket provided at a lower portion of the vehicle body strength member and that mounts a steering column; a head up display unit located on the vehicle front side of the vehicle body strength member and at an upward position of the steering column, and an inclination guiding part of backward rise provided on the column bracket, wherein the head up display unit is mounted on the column bracket and characterized in that the head up display unit is configured to be moved to a vehicle upward direction and the vehicle rear direction by an emergency input load from a front direction of the vehicle, and in that the inclination guiding part, which guides the movement of the head up display unit to the upward direction, has an inclination angle such that the head up display unit is capable of getting over the vehicle body strength member. a vehicle body strength member for being disposed at a vehicle rear side of a front wall panel of a vehicle interior and extending in a vehicle width direction; a column bracket provided at a lower portion of the vehicle body strength member and that mounts a steering column; a head up display unit located on the vehicle front side of the vehicle body strength member and at an upward position of the steering column, and an inclination guiding part of backward rise provided on the column bracket, wherein the head up display unit is mounted on the column bracket and characterized in that the head up display unit is configured to be moved to a vehicle upward direction and the vehicle rear direction by an emergency input load from a front direction of the vehicle, and in that the inclination guiding part, which guides the movement of the head up display unit to the upward direction, has an inclination angle such that the head up display unit is capable of getting over the vehicle body strength member.
A method for producing a solid milk comprising the following steps: - compressing milk powder at a compression speed between 110 and 200 mm/s to obtain a solid unit, - moistening the solid unit by spraying an amount of water between 0.1 and 8 mg/cm 2 surface area of the solid unit, then - drying the solid unit. - compressing milk powder at a compression speed between 110 and 200 mm/s to obtain a solid unit, - moistening the solid unit by spraying an amount of water between 0.1 and 8 mg/cm 2 surface area of the solid unit, then - drying the solid unit.