mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by a processor of a computing device from a contactless card, a uniform resource locator, the URL comprising a cryptogram; opening, by an operating system executing on the processor, a page of an application based on the URL, wherein the page of the application is one of a plurality of pages of the application; transmitting, by the page of the application, the cryptogram to an authentication server; receiving, by the page of the application based on the cryptogram, a virtual account number from a virtual account number server; copying, by the page of the application, the virtual account number to a clipboard of the OS; and pasting, by the OS, the virtual account number from the clipboard to a payment field of a form. receiving, by a processor of a computing device from a contactless card, a uniform resource locator, the URL comprising a cryptogram; opening, by an operating system executing on the processor, a page of an application based on the URL, wherein the page of the application is one of a plurality of pages of the application; transmitting, by the page of the application, the cryptogram to an authentication server; receiving, by the page of the application based on the cryptogram, a virtual account number from a virtual account number server; copying, by the page of the application, the virtual account number to a clipboard of the OS; and pasting, by the OS, the virtual account number from the clipboard to a payment field of a form.
A vent adaptor for a respiratory pressure therapy system, the vent adaptor comprising: a vent assembly comprising: a vent housing defining a central orifice for a flow of pressurized gas to pass through the vent assembly from a delivery conduit to a patient interface, the vent housing having an annular surface around the central orifice, and the annular surface having a plurality of holes (9125; 9126) to discharge a vent flow of pressurized gas to atmosphere; and a membrane positioned adjacent to the annular surface, wherein the membrane is movable such that the membrane is urged against the annular surface of the vent housing as the pressure of the pressurized gas within the vent assembly increases, and characterized by comprising a diffusing member (9146, 3406) configured to allow the vent flow of pressurized gas to flow through the diffusing member (9146, 3406) prior to reaching atmosphere, the diffusing member (9146, 3406) having an annular disc shape that complements the shape of the annular surface of the vent housing on the side facing atmosphere. a vent assembly comprising: a vent housing defining a central orifice for a flow of pressurized gas to pass through the vent assembly from a delivery conduit to a patient interface, the vent housing having an annular surface around the central orifice, and the annular surface having a plurality of holes (9125; 9126) to discharge a vent flow of pressurized gas to atmosphere; and a membrane positioned adjacent to the annular surface, a vent housing defining a central orifice for a flow of pressurized gas to pass through the vent assembly from a delivery conduit to a patient interface, the vent housing having an annular surface around the central orifice, and the annular surface having a plurality of holes (9125; 9126) to discharge a vent flow of pressurized gas to atmosphere; and a membrane positioned adjacent to the annular surface, wherein the membrane is movable such that the membrane is urged against the annular surface of the vent housing as the pressure of the pressurized gas within the vent assembly increases, and
A method for transmitting media stream data in a cloud computing system, wherein the cloud computing system comprises a physical server on which at least one virtual machine VM runs and, a thin client TC which logs in to the corresponding VM to perform communication services, wherein the method comprises: sending, by the TC, media stream transmission information of the TC to the corresponding VM, so that the VM sends the media stream transmission information of the TC to a media gateway; receiving, by the TC, media stream transmission information of the media gateway from the VM; and characterized by: establishing, by the TC, a session between the TC and the media gateway according to the media stream transmission information of the TC and the media stream transmission information of the media gateway, and transmitting media stream data by using the established session. sending, by the TC, media stream transmission information of the TC to the corresponding VM, so that the VM sends the media stream transmission information of the TC to a media gateway; receiving, by the TC, media stream transmission information of the media gateway from the VM; and characterized by: establishing, by the TC, a session between the TC and the media gateway according to the media stream transmission information of the TC and the media stream transmission information of the media gateway, and transmitting media stream data by using the established session. establishing, by the TC, a session between the TC and the media gateway according to the media stream transmission information of the TC and the media stream transmission information of the media gateway, and transmitting media stream data by using the established session.
A heat exchanger, comprising: a frame defining a volumetric body having a longitudinal axis and with substantially flat upper and lower sides that each has inwardly extending ribs oriented substantially in parallel with said longitudinal axis and disposed non-contiguously, so as to define airflow pathways; heat exchange elements disposed within an interior of the body; and partition walls disposed to run perpendicularly with respect to the ribs and to transmit loading between the upper and the lower sides from the ribs and through the interior of the body. a frame defining a volumetric body having a longitudinal axis and with substantially flat upper and lower sides that each has inwardly extending ribs oriented substantially in parallel with said longitudinal axis and disposed non-contiguously, so as to define airflow pathways; heat exchange elements disposed within an interior of the body; and partition walls disposed to run perpendicularly with respect to the ribs and to transmit loading between the upper and the lower sides from the ribs and through the interior of the body.
Horological movement, for a timepiece, comprising a first side intended to be visible through a first glass of the timepiece and a second side intended to be visible through a second glass of the timepiece, the horological movement comprising at least one driving wheel, intended to drive a current time display organ (16, 24), and a display wheel for an additional quantity intended to be displayed on said first and second sides of the horological movement, characterized in that said display wheel drives a display organ for said additional quantity, of generally substantially flat form and bearing at least one first indication relating to said additional quantity on a first of its two faces and at least one additional indication relating to said additional quantity on its second face, said display organ for said additional quantity being arranged in such a way that said additional quantity is displayed simultaneously on said first and second sides of the horological movement.
A free radical radiation curable liquid containing: a) a photoinitiator; and b) a monomer or oligomer including an alkali hydrolyzable group; wherein the alkali hydrolyzable group is an oxalate group located in the atomic chain between two free radical polymerizable groups of the monomer or oligomer including an alkali hydrolyzable group. a) a photoinitiator; and b) a monomer or oligomer including an alkali hydrolyzable group;
An oxyntomodulin peptide analog of the following formula I: wherein: X 1 is Aib (aminoisobutyric acid); X 2 is Asp; X 3 is Tyr or Z; X 4 is Ser; X 5 is Lys; X 6 is Tyr; X 7 is Leu; X 8 is Asp; X 9 is Ser, Aib (aminoisobutyric acid) or Z; X 10 is Gin or Z; X 11 is Met or Leu; X 12 is Asn or Arg; X 13 is Thr or Ala; X 14 is Lys; X 15 is absent; X 16 is absent; C-terminal amino acid may optionally be amidated, wherein one of X 3, X 9 and X 10 is Z; Z is modified Lys to which Z 1 -Z 2 of the following formulas is attached Z 1 is Formula; and Z 2 is Formula; wherein * of Formula is directly bound to a side chain of Lys, and wherein ** of Formula and ** of formula are a bond between Z 1 and Z 2. X 1 is Aib (aminoisobutyric acid); X 2 is Asp; X 3 is Tyr or Z; X 4 is Ser; X 5 is Lys; X 6 is Tyr; X 7 is Leu; X 8 is Asp; X 9 is Ser, Aib (aminoisobutyric acid) or Z; X 10 is Gin or Z; X 11 is Met or Leu; X 12 is Asn or Arg; X 13 is Thr or Ala; X 14 is Lys; X 15 is absent; X 16 is absent; C-terminal amino acid may optionally be amidated, wherein one of X 3, X 9 and X 10 is Z; Z is modified Lys to which Z 1 -Z 2 of the following formulas is attached Z 1 is Formula; and Z 2 is Formula; wherein * of Formula is directly bound to a side chain of Lys, and wherein ** of Formula and ** of formula are a bond between Z 1 and Z 2.
A therapeutical training system comprising a plurality of independently operated stand-alone therapeutical training devices (1, 101, 201, 301, 601, 701, 801, 901, 1001, 1101, 1201, 1301), each training device comprising a shallow housing (2, 102, 202, 602, 702, 1302) having at least a top surface, a bottom surface, and a coloured overlay such that the plurality of training devices appear as differently coloured platforms selected from a group of predefined colours, the shallow housing (2, 102, 202, 602, 702, 1302) of each training device further comprising - at least one force sensor (4, 204, 512, 604, 724, 1330, 1331) configured for measuring the force applied to said top surface and generating a response signal (514, 1414, 1415) in response thereto, - at least one user feedback unit (6, 106, 206, 406, 506, 1306, 1406), - a controller (420, 520, 1420) placed inside said housing (2, 102, 202, 602, 702, 1302) and configured for controlling said user feedback unit (6, 106, 206, 406, 506, 1306, 1406) proportionally to said response signal (514, 1414, 1415) and in such way that a feedback signal is generated in said feedback unit upon activation of the force sensor (4, 204, 512, 604, 724, 1330, 1331, 1412, 1413), wherein the feedback signal corresponds to a colour randomly selected from the group of predefined colours thereby directing a user to activate a training device having a coloured overlay matching the colour of the feedback signal generated. - at least one force sensor (4, 204, 512, 604, 724, 1330, 1331) configured for measuring the force applied to said top surface and generating a response signal (514, 1414, 1415) in response thereto, - at least one user feedback unit (6, 106, 206, 406, 506, 1306, 1406), - a controller (420, 520, 1420) placed inside said housing (2, 102, 202, 602, 702, 1302) and configured for controlling said user feedback unit (6, 106, 206, 406, 506, 1306, 1406) proportionally to said response signal (514, 1414, 1415) and in such way that a feedback signal is generated in said feedback unit upon activation of the force sensor (4, 204, 512, 604, 724, 1330, 1331, 1412, 1413), wherein the feedback signal corresponds to a colour randomly selected from the group of predefined colours thereby directing a user to activate a training device having a coloured overlay matching the colour of the feedback signal generated.
A method for making a fire-retardant blown-in-place insulation comprising the steps of: introducing fibers of one or more feedstocks to a mixer; introducing one or more solvents to the mixer; introducing one or more fire-retardant chemicals to the mixer; mixing the fibers, the one or more solvents and the one or more fire-retardant chemicals in the mixer long enough to retain the one or more fire-retardant chemicals on and within the fibers to form treated fibers; and drying the treated fibers to form the fire-retardant blown-in-place insulation characterized by partially dewatering the fibers of the one or more feedstocks before introducing the fibers to the mixer; and separating in a moist state, the partially dewatered fibers at some point after partially dewatering the fibers. introducing fibers of one or more feedstocks to a mixer; introducing one or more solvents to the mixer; introducing one or more fire-retardant chemicals to the mixer; mixing the fibers, the one or more solvents and the one or more fire-retardant chemicals in the mixer long enough to retain the one or more fire-retardant chemicals on and within the fibers to form treated fibers; and drying the treated fibers to form the fire-retardant blown-in-place insulation characterized by partially dewatering the fibers of the one or more feedstocks before introducing the fibers to the mixer; and separating in a moist state, the partially dewatered fibers at some point after partially dewatering the fibers.
A molten metal stirring device (3, 3A, 3B) configured to stir, in a continuous casting device that continuously molds products by pouring a molten metal of a conductive metal into a mold, a molten metal to be poured into the mold or a molten metal in the mold, the molten metal stirring device (3, 3A, 3B), comprising a cylindrical case with open upper side immersed in the molten metal, and a pipe housed in the case, wherein the case has an outer cylinder and an inner cylinder housed in the outer cylinder, a gap for circulating cooling air is formed between the outer cylinder and the inner cylinder, the inner cylinder has a vent hole communicating the inside of the inner cylinder and the gap to form a cooling air passage extending from the inner cylinder to the gap via the vent hole, a magnetic field device (7, 7A, 7B) in a state in which the pipe is inserted is housed inside the inner cylinder, in the magnetic field device, magnetic lines of force from the magnetic field device (7, 7A, 7B) penetrate the inner cylinder and the outer cylinder to reach the molten metal, or the magnetic lines of force running in the molten metal are strongly magnetized to penetrate the inner cylinder and the outer cylinder to reach the magnetic field device (7, 7A, 7B), further, a first electrode penetrating the inner cylinder and the outer cylinder is provided of which one end is exposed in the inner cylinder, and the other end is exposed to the outside of the outer cylinder to be in contact with the molten metal, the one end of the first electrode is electrically connected to a lead wire running in the pipe, further a second electrode attached to the outer cylinder is provided, and the position where the second electrode is attached to the outer cylinder is set at a position where the current flowing through the molten metal between the second electrode and the first electrode crosses the magnetic lines of force to generate a Lorentz force that rotationally drives the molten metal about the longitudinal axis.
A battery pack comprising battery modules (191, 192) arranged in two or more rows, each of the battery modules comprising a plurality of battery cells or unit modules (130; 500), each of which has two or more battery cells mounted therein, stacked in an upright or upside-down fashion, wherein the battery modules are individually mounted in pack cases (170, 171, 172), the pack cases are provided at upper parts and lower parts thereof with coolant inlet ports and coolant outlet ports such that a coolant to cool the battery cells flows to one side to the other side of the battery modules in a direction perpendicular to the stacked direction of the battery cells or the unit modules, the pack cases are further provided with flow spaces 'coolant introduction parts' extending from the coolant inlet ports to the battery modules, and flow spaces 'coolant discharge parts' extending from the battery modules to the coolant outlet ports, and the coolant inlet ports diverge from a coolant introduction duct such that the coolant inlet ports are connected to the respective pack cases while the coolant outlet ports extend from the respective pack cases such that the coolant outlet ports are connected to a coolant discharge duct, wherein the battery modules are arranged in two or more rows in the stacked direction of the battery cells or the unit modules, the coolant inlet ports diverge from the coolant introduction duct at an angle of 60 to 120 degrees to a direction in which the coolant flows in the coolant introduction duct, and the coolant discharge duct is formed at a place at which the coolant outlet ports are connected to each other such that the coolant discharge duct extends upward.
An infeed alignment device for aligning a carton blank such that a picking device can pick the carton blank, comprising, an upper alignment member for pushing on an upper part of the carton blank, a lower alignment member for pushing on a lower part of the carton blank, wherein the upper and/or lower alignment member is configured to push in a push direction on the top and/or the bottom of the carton blank such that the carton blank is in a picking position for the picking device the upper and lower alignment members are mechanically connected and configured to push at the same time, characterised in that the mechanical connection comprises a push member formed such that it can push on both the upper and lower alignment member in the push direction, and the push member comprises a circular member configured to be pushed at such that the circular member in turn affects the push member to push on the upper and lower alignment members in the push direction.
A camera, especially 3D time-of-flight camera, with an illumination unit which emits light pulses during an illumination phase (Bp), an image sensor, which generates images from the pulses of light reflected by an object, a switching regulator which regulates current to the lighting unit, wherein the switching regulator is operable in a continuous and a discontinuous mode (CCM; DCM), characterized by a control unit which is designed to activate and deactivate the continuous mode of the switching regulator depending on the illumination phase (Bp) of the lighting unit, wherein the control unit activates the continuous mode of the switching regulator before switching on the lighting unit and deactivates it after switching off the lighting unit, and wherein the control unit activates the discontinuous mode between two lighting phases (Bp) of the lighting unit. an illumination unit which emits light pulses during an illumination phase (Bp), an image sensor, which generates images from the pulses of light reflected by an object, a switching regulator which regulates current to the lighting unit, wherein the switching regulator is operable in a continuous and a discontinuous mode (CCM; DCM), characterized by a control unit which is designed to activate and deactivate the continuous mode of the switching regulator depending on the illumination phase (Bp) of the lighting unit, wherein the control unit activates the continuous mode of the switching regulator before switching on the lighting unit and deactivates it after switching off the lighting unit, and wherein the control unit activates the discontinuous mode between two lighting phases (Bp) of the lighting unit.
A resin-coated metal sheet for a container, comprising: a metal sheet; and resin coating layers on two faces of the metal sheet, wherein a resin coating layer to be positioned on an outer face side of the container after forming includes a polyester resin having a melting point of 230°C to 254°C as a main component; measured according to a method described in the description; and the resin coating layer to be positioned on the outer face side of the container after forming contains 0.010% by mass to 1.0% by mass of a lubricant component, where the lubricant component is an acid-modified polyolefin or an oxidized polyolefin with: a weight average molecular weight of 2,500 or more and less than 80,000; and an acid value of 1.0 mg KOH/g to 100 mg KOH/g. a metal sheet; and resin coating layers on two faces of the metal sheet, wherein a resin coating layer to be positioned on an outer face side of the container after forming includes a polyester resin having a melting point of 230°C to 254°C as a main component; measured according to a method described in the description; and the resin coating layer to be positioned on the outer face side of the container after forming contains 0.010% by mass to 1.0% by mass of a lubricant component, where the lubricant component is an acid-modified polyolefin or an oxidized polyolefin with: a weight average molecular weight of 2,500 or more and less than 80,000; and an acid value of 1.0 mg KOH/g to 100 mg KOH/g. a weight average molecular weight of 2,500 or more and less than 80,000; and an acid value of 1.0 mg KOH/g to 100 mg KOH/g.
Packaging suitable for containing an ophthalmic lens having a predetermined peripheral edge, said packaging comprising: - a box having a bottom, a lid for opening and closing that is substantially parallel to said bottom when the box is closed, and at least one side wall element (203a, 203b) defining an internal height of the box comprised between the bottom and the lid; and - a support suitable for supporting the lens by the peripheral edge of said lens, dimensions of the box and of the support being suitable for the box to be able to contain the support with the lens in a fixed position when the lid is closed, a convex face of said lens being turned toward the lid in said position, and a height of the support contained in the closed box being equal to the internal height of the box, packaging wherein the support comprises at least one flexible portion situated close to the peripheral edge of the lens carried by the support, the flexible portion extending in the direction of the lid when the closed box contains the support with the lens, with a length of the flexible portion suitable for the closed lid to curve said flexible portion by pressure, and for the curved flexible portion to rest against the peripheral edge of the lens so as to hold said lens at a distance from the lid inside the box, the flexible portion being actuated by the lid in order to wedge the lens in the box when said lid is reclosed, and the wedging of the lens inside the box being relaxed when the box is reopened, the packaging being characterized in that the flexible portion of the support comprises a recess provided on a side of said portion that is opposite to the lid when the closed box contains the support with the lens, said recess having an abutment surface oriented toward the bottom of the box and being adapted to receive an angle of the lens situated between the peripheral edge and a face of said lens turned toward the closed lid, so as to keep the lens at a distance from the lid in an additional manner relative to the curvature of the flexible portion. - a box having a bottom, a lid for opening and closing that is substantially parallel to said bottom when the box is closed, and at least one side wall element (203a, 203b) defining an internal height of the box comprised between the bottom and the lid; and - a support suitable for supporting the lens by the peripheral edge of said lens,