mhurhangee/ep-ind-claims huggingface dataset:
A method executed on a computing device for integrating a spreadsheet application with a customer relationship management, CRM, application, the method comprising: displaying one or more data tables, charts or graphs related to a CRM stored entity managed within the CRM application; detecting selection of a spreadsheet option associated with at least one of the displayed data tables, charts or graphs; activating a spreadsheet application from within the CRM application; automatically loading CRM data associated with a selected data table, chart or graph into the spreadsheet application; activating one or more spreadsheet application functionalities for interacting with the loaded CRM data; detecting selection of a hypothetical analysis option to perform a hypothetical scenario analysis, wherein during the hypothetical scenario analysis, changed data is not updated at the CRM application; detecting, during the hypothetical scenario analysis, a change to one or more values displayed on a table presented on the spreadsheet application; evaluating how the change to the one or more values affects related values; and automatically saving the changed one or more values as a tracked hypothetical analysis at the CRM application. displaying one or more data tables, charts or graphs related to a CRM stored entity managed within the CRM application; detecting selection of a spreadsheet option associated with at least one of the displayed data tables, charts or graphs; activating a spreadsheet application from within the CRM application; automatically loading CRM data associated with a selected data table, chart or graph into the spreadsheet application; activating one or more spreadsheet application functionalities for interacting with the loaded CRM data; detecting selection of a hypothetical analysis option to perform a hypothetical scenario analysis, wherein during the hypothetical scenario analysis, changed data is not updated at the CRM application; detecting, during the hypothetical scenario analysis, a change to one or more values displayed on a table presented on the spreadsheet application; evaluating how the change to the one or more values affects related values; and automatically saving the changed one or more values as a tracked hypothetical analysis at the CRM application.
An invasive medical device comprising: a flexible elongate device portion attached to a handle, the elongate device portion including a steerable flexible tip at a distal end of the elongate device portion and a plurality of pull wires for steering the steerable flexible tip attached to said steerable flexible tip; and a plurality of electrically conductive shape memory elements entirely contained within said handle, each of the shape memory elements attached to and extending in a length direction between one of said pull wires and a current source connection, and wherein each of the shape memory elements having a negative coefficient of expansion in said length direction is configured to allow flow of electrical current between the current source connection and a terminal. a flexible elongate device portion attached to a handle, the elongate device portion including a steerable flexible tip at a distal end of the elongate device portion and a plurality of pull wires for steering the steerable flexible tip attached to said steerable flexible tip; and a plurality of electrically conductive shape memory elements entirely contained within said handle, each of the shape memory elements attached to and extending in a length direction between one of said pull wires and a current source connection, and wherein each of the shape memory elements having a negative coefficient of expansion in said length direction is configured to allow flow of electrical current between the current source connection and a terminal.
A method for managing the quality of an ink of an inkjet printer versus temperature resorting to the management of the viscosity of the ink versus temperature, said ink comprising a solvent or a mixture of solvents, and said solvent or mixture of solvents representing at least 50% by mass of the total mass of the ink, wherein the viscosity of the ink at a temperature T is calculated from the following parameters: - the viscosity of the ink at a single reference temperature T ref; - the parameters K or Ln, and -E/R of the equation giving the viscosity of the solvent or of the mixture of solvents: Ln (viscosity of the solvent or of the mixture of solvents) = Ln -E/RT, wherein E is the Arrhenius activation energy given in J/mol, and R is the ideal gas constant. - the viscosity of the ink at a single reference temperature T ref; - the parameters K or Ln, and -E/R of the equation giving the viscosity of the solvent or of the mixture of solvents: Ln (viscosity of the solvent or of the mixture of solvents) = Ln -E/RT, wherein E is the Arrhenius activation energy given in J/mol, and R is the ideal gas constant.
Apparatus for the non-destructive testing of vehicle restraint members constructed from steel, comprising: a support for each end of a vehicle restraint member, each of said supports being provided with a clamp, each clamp comprising an upper and lower jaw profiled to correspond to that of the vehicle restraint member, to apply a clamping force to the respective end of the vehicle restraint member; means (80, 81) for applying a pre-determined deflecting load to the front face of the member, and intermediate to the ends thereof; and a measuring device for measuring the deflection of the vehicle restraint member, resulting from application of said deflecting load, characterised in that each clamp is provided with a measuring device to determine the thickness of a vehicle restraint member by measuring the distance between the upper and lower jaws of the clamp when closed. a support for each end of a vehicle restraint member, each of said supports being provided with a clamp, each clamp comprising an upper and lower jaw profiled to correspond to that of the vehicle restraint member, to apply a clamping force to the respective end of the vehicle restraint member; means (80, 81) for applying a pre-determined deflecting load to the front face of the member, and intermediate to the ends thereof; and a measuring device for measuring the deflection of the vehicle restraint member, resulting from application of said deflecting load, characterised in that each clamp is provided with a measuring device to determine the thickness of a vehicle restraint member by measuring the distance between the upper and lower jaws of the clamp when closed.
A sample analyzer comprising: a measuring part for preparing a measurement sample from a blood sample or a body fluid sample that differs from the blood sample, measuring the prepared measurement sample, and obtaining characteristic information representing characteristics of components within the measurement sample; a mode setting means for setting either a blood measurement mode for measuring the blood sample, or a body fluid measurement mode for measuring the body fluid sample as an operating mode; a first control means configured to control the measuring part so as to execute operations in the blood measurement mode when the blood measurement mode has been set by the mode setting means; and a second control means configured to control the measuring part so as to execute operations in the body fluid measurement mode which differ from the operations in the blood measurement mode when the body fluid measurement mode has been set by the mode setting means. a measuring part for preparing a measurement sample from a blood sample or a body fluid sample that differs from the blood sample, measuring the prepared measurement sample, and obtaining characteristic information representing characteristics of components within the measurement sample; a mode setting means for setting either a blood measurement mode for measuring the blood sample, or a body fluid measurement mode for measuring the body fluid sample as an operating mode; a first control means configured to control the measuring part so as to execute operations in the blood measurement mode when the blood measurement mode has been set by the mode setting means; and a second control means configured to control the measuring part so as to execute operations in the body fluid measurement mode which differ from the operations in the blood measurement mode when the body fluid measurement mode has been set by the mode setting means.
An insert element (104, 204) for a transport container (100, 200) for transporting a cosmetic or pharmaceutical object (154, 254), wherein the insert element (104, 204) comprises a receptacle (108, 208) configured to receive the cosmetic or pharmaceutical object (154, 254), wherein the insert element (104, 204) includes a frame (140, 240), wherein the frame (140, 240) encloses the receptacle (108, 208), wherein the frame (140, 240) is at least partially formed as a double wall, characterized in that the frame (140, 240) has one or more spring devices, wherein each spring device is arranged on an outer side of the frame (140, 240), and wherein each spring device is arranged in an area of the frame (140, 240) where the frame (140, 240) is formed as a double wall.
A surgical positioning system for total ankle replacement comprising a first component, a second component and a third component, said system being characterized in that: the first component includes an elongate shaft coupled to a head, the head configured to be disposed in a joint between a first bone and a second bone; the second component includes diverging first and second portions (12, 14), the second portion defining a hole that is sized and configured to receive the shaft of the first component, the first portion defining a first channel on a first side, the first channel being defined by a bottom wall and a pair of spaced apart side walls (16b,c) that extend from the bottom wall and defining an axis, wherein the side walls (16b,c) extend from the bottom wall at a non-orthogonal angle; and the third component is configured to be coupled to the second component, the third component including a base and a pointer extension, the base including a protrusion that is sized and configured to be received slidably within the first channel such that the third component can translate with respect to the first component and the second component along the axis, the pointer extension extending in a direction substantially perpendicular to the axis. the first component includes an elongate shaft coupled to a head, the head configured to be disposed in a joint between a first bone and a second bone; the second component includes diverging first and second portions (12, 14), the second portion defining a hole that is sized and configured to receive the shaft of the first component, the first portion defining a first channel on a first side, the first channel being defined by a bottom wall and a pair of spaced apart side walls (16b,c) that extend from the bottom wall and defining an axis, wherein the side walls (16b,c) extend from the bottom wall at a non-orthogonal angle; and the third component is configured to be coupled to the second component, the third component including a base and a pointer extension, the base including a protrusion that is sized and configured to be received slidably within the first channel such that the third component can translate with respect to the first component and the second component along the axis, the pointer extension extending in a direction substantially perpendicular to the axis.
An in vitro sensor for point-of-care detection of at least one analyte- or reaction product, said sensor comprising: an inert, impermeable substrate including a first transparent surface oppositely disposed from a second surface and first and second cavities each of said first and second cavities defining an opening at said second surface; wherein said substrate is formed from one or more of plastic and glass: a sensing system disposed in said first cavity, said sensing system comprising an analyte-detection optode membrane, including at least one indicator material that undergoes a colour change in response to the analyte or a reaction product, an analyte-permeable membrane, and a plurality of non-transparent microbeads having an average diameter of 0.5-100 μm and in contact with at least one of said analyte-detection optode membrane and said analyte-permeable membrane, said analyte-permeable membrane being layered upon said analyte-detection optode membrane and covering an opening of said first cavity; and a reference system disposed in said second cavity. an inert, impermeable substrate including a first transparent surface oppositely disposed from a second surface and first and second cavities each of said first and second cavities defining an opening at said second surface; wherein said substrate is formed from one or more of plastic and glass: a sensing system disposed in said first cavity, said sensing system comprising an analyte-detection optode membrane, including at least one indicator material that undergoes a colour change in response to the analyte or a reaction product, an analyte-permeable membrane, and a plurality of non-transparent microbeads having an average diameter of 0.5-100 μm and in contact with at least one of said analyte-detection optode membrane and said analyte-permeable membrane, said analyte-permeable membrane being layered upon said analyte-detection optode membrane and covering an opening of said first cavity; and a reference system disposed in said second cavity. a sensing system disposed in said first cavity, said sensing system comprising an analyte-detection optode membrane, including at least one indicator material that undergoes a colour change in response to the analyte or a reaction product, an analyte-permeable membrane, and a plurality of non-transparent microbeads having an average diameter of 0.5-100 μm and in contact with at least one of said analyte-detection optode membrane and said analyte-permeable membrane, said analyte-permeable membrane being layered upon said analyte-detection optode membrane and covering an opening of said first cavity; and a reference system disposed in said second cavity.
A machine for the production and dispensing of chilled food products comprising a tank containing an evaporator which forms part of a refrigerating circuit of the machine and a motorized mixer which rotates coaxially with the evaporator, with evaporator and mixer which project inside the tank through a rear sealed opening thereof, the tank being moreover provided with a top opening closed by a removable lid, a bottom and at the front with a tap for dispensing the product through a dispensing outlet arranged above a dispensing zone intended to house a container for receiving the product, characterized in that it comprises a shell which encloses at least partially the tank and forms a covering for at least partial thermal insulation of the side walls of the tank from the external environment, the shell being openable to be removed from or mounted on the tank.
An implant delivery apparatus for treating an ocular disorder, comprising: at least two implants loaded within the implant delivery apparatus; a source of energy for selectively releasing energy to deliver said at least two implants into eye tissue; characterized by a cam operatively coupled to said source of energy and having a contoured profile configured to vary the amount of energy delivered to each implant during an implant delivery cycle. at least two implants loaded within the implant delivery apparatus; a source of energy for selectively releasing energy to deliver said at least two implants into eye tissue; characterized by a cam operatively coupled to said source of energy and having a contoured profile configured to vary the amount of energy delivered to each implant during an implant delivery cycle.
A method for freezing sorted sperm cells compromised by a sorting event comprising the steps of: • obtaining a plurality of sperm cells; • subjecting said plurality of sperm cells to sorting stresses; • selecting said plurality of sperm cells for a desired characteristic; • adding an egg-yolk-containing sperm cell extender to said plurality of selected sperm cells to form a first extended sperm cell mixture having a first protein content value; • cooling said first extended sperm cell mixture to a temperature of less than 10 degrees Celsius to create a first cooled extended sperm cell mixture; • adding a protein-free cryoprotectant-containing sperm cell extender having a volume equal to a volume of said first cooled extended sperm cell mixture to said first cooled extended sperm cell mixture to form a second cooled extended sperm cell mixture having a second protein content value which includes more than 0.4 to 3.2 percentage by volume of egg yolk; • maintaining said second cooled extended sperm cell mixture in an unclarified state; • subjecting said unclarified second cooled extended sperm cell mixture to centrifugation; • adding a supplemental protein-containing sperm cell extender to the centrifugated second cooled extended sperm cell mixture to increase the total protein content of such a protein-containing sperm cell extender having a third protein content value higher than the first protein content value and which includes more than 1 to 50 percentage by volume of egg yolk; • freezing said extended sperm cell mixture. • obtaining a plurality of sperm cells; • subjecting said plurality of sperm cells to sorting stresses; • selecting said plurality of sperm cells for a desired characteristic; • adding an egg-yolk-containing sperm cell extender to said plurality of selected sperm cells to form a first extended sperm cell mixture having a first protein content value; • cooling said first extended sperm cell mixture to a temperature of less than 10 degrees Celsius to create a first cooled extended sperm cell mixture; • adding a protein-free cryoprotectant-containing sperm cell extender having a volume equal to a volume of said first cooled extended sperm cell mixture to said first cooled extended sperm cell mixture to form a second cooled extended sperm cell mixture having a second protein content value which includes more than 0.4 to 3.2 percentage by volume of egg yolk; • maintaining said second cooled extended sperm cell mixture in an unclarified state; • subjecting said unclarified second cooled extended sperm cell mixture to centrifugation; • adding a supplemental protein-containing sperm cell extender to the centrifugated second cooled extended sperm cell mixture to increase the total protein content of such a protein-containing sperm cell extender having a third protein content value higher than the first protein content value and which includes more than 1 to 50 percentage by volume of egg yolk; • freezing said extended sperm cell mixture.
A server computer (1100, 1305) of an arrangement of server computers, comprising: at least one application server (208, 1101) configured to provide an application to one or more mobile communication terminals (102, 201, 1304) accessing the application server (208, 1101) via a radio access network (103, 202, 1301) of a mobile communication network; and a notification interface configured to notify a core network component of the mobile communication network about another server computer of the arrangement of server computers which the mobile communication network may use as backup for providing the application to the one or more mobile communication terminals (102, 201, 1304) in case the server computer (1100, 1305) fails to provide the application to the one or more mobile communication terminals (102, 201, 1304) at a predetermined quality level. at least one application server (208, 1101) configured to provide an application to one or more mobile communication terminals (102, 201, 1304) accessing the application server (208, 1101) via a radio access network (103, 202, 1301) of a mobile communication network; and a notification interface configured to notify a core network component of the mobile communication network about another server computer of the arrangement of server computers which the mobile communication network may use as backup for providing the application to the one or more mobile communication terminals (102, 201, 1304) in case the server computer (1100, 1305) fails to provide the application to the one or more mobile communication terminals (102, 201, 1304) at a predetermined quality level.
Akkermansia muciniphila or fragments thereof for use in treating a metabolic disorder selected from the group comprising obesity; metabolic syndrome; insulin-deficiency or insulin-resistance related disorders; Diabetes Mellitus including Type 2 Diabetes; glucose intolerance; abnormal lipid metabolism; hyperglycemia; dyslipidemia; barrier function diseases including inflammatory bowel disease, more particularly Crohn's disease and ulcerative colitis, and irritable bowel syndrome; hypercholesterolemia; and atherogenic dyslipidemia, wherein Akkermansia muciniphila is pasteurized.
A method of purifying an allulose conversion product, comprising mixing the allulose conversion product with a powdered activated carbon having an average particle diameter of 10 to 250 μm to produce a mixture, and obtaining a filtered solution by removing impurities and the activated carbon with filtering the mixture using a filter device which comprises a filter press.
A tread for a tire, the tread comprising a main tread portion defined by a pair of intermediate circumferential first ribs, a pair of intermediate circumferential second ribs, and a center circumferential third rib, wherein the intermediate circumferential first ribs are each defined by a respective shoulder groove and a respective first circumferential groove, the intermediate circumferential second ribs are each defined by the respective first circumferential groove and a respective second circumferential groove, and the center circumferential third rib is defined by said second circumferential grooves, wherein the first circumferential grooves each have a trapezoidal cross-section with slanted walls and a flat bottom and wherein the second circumferential grooves each have a trapezoidal cross-section with slanted walls and a flat bottom, and wherein the first circumferential grooves each comprise a stabilizing structure comprising a circumferentially extending subgroove in the radially innermost flat bottom of the respective first circumferential groove, characterized in that the subgroove is a sinusoidal subgroove and in that the radial depth of the first circumferential grooves is shallower or less than the depth of the second circumferential grooves.