mhurhangee/patent-ind-claim-en huggingface dataset:
Measuring module for measurement and testing of an object to be measured , having a measuring chamber that can be evacuated to hold the object to be measured , having a contact element , wherein the object to be measured is thermally connected to a first contact surface of the contact element during the measurement and/or test operation, and having at least one cold head that can be thermally connected to a second contact surface of the contact element , wherein the cold head can be cooled down to cryogenic temperatures using a cryo-refrigerator consisting of at least one cold stage, wherein the contact element consists of material with high thermal conductivity, and the first and second contact surfaces are located on opposite sides of the contact element , and wherein the cold head and the contact element are thermally conductively connected during the measurement and/or testing operation in an environment that can be evacuated, wherein the measuring module comprises a refrigerating chamber that is physically separated from the measuring chamber and can be evacuated separately from the latter, and the cryo-refrigerator together with the cold head is housed in the refrigerating chamber , wherein the contact element is thermally insulated from the outside wall of the measuring module, is part of a separating wall between the measuring chamber and the refrigerating chamber , and makes a local thermal connection between the measuring chamber and the refrigerating chamber , and with a contacting mechanism to vary the heat flow in the hermetically sealed condition of the measuring module with the aid of which the heat flow between the cold head and the contact element can be established, greatly increased, interrupted, or greatly reduced, characterized in that the contacting mechanism comprises a connecting element that is located between the cold head and the contact element and is permanently in close thermal contact with the cold head and the contact element , and that the connecting element has at least one hollow space that can be filled with a fluid having high thermal conductivity at cryogenic temperatures, whereby the thermal conductivity of the connecting element and therefore also the heat flow between the cold head and the contact element can be varied.
A manufacturing method of an atomizing unit , comprising: a step A of disposing a resistance heating element along a groove or a projection having a spiral shape and formed on a side surface of a base member having an axis extending along a predetermined direction; a step B of rotating the base member about the axis as a rotation axis to separate at least a part of the resistance heating element from the groove or the projection; and a step C of disposing a liquid holding member holding an aerosol source to contact or come close to at least a part of the resistance heating element . a step A of disposing a resistance heating element along a groove or a projection having a spiral shape and formed on a side surface of a base member having an axis extending along a predetermined direction; a step B of rotating the base member about the axis as a rotation axis to separate at least a part of the resistance heating element from the groove or the projection; and a step C of disposing a liquid holding member holding an aerosol source to contact or come close to at least a part of the resistance heating element .
A composition comprising: a) about 25% up to about 75% of a plasmolysed micro-organism by weight of the total weight of the composition; b) about at least greater than 20% up to about 60%, preferably 50% by weight flavor or fragrance, of the total weight of the composition, c) about 1% up to about 25%, preferably 10% desiccant; and d) about 4% up to about < 10%, preferably 8% water; wherein the mean particle size by weight of the composition is about greater than 100 micrometer up to about 1 millimeter. a) about 25% up to about 75% of a plasmolysed micro-organism by weight of the total weight of the composition; b) about at least greater than 20% up to about 60%, preferably 50% by weight flavor or fragrance, of the total weight of the composition, c) about 1% up to about 25%, preferably 10% desiccant; and d) about 4% up to about < 10%, preferably 8% water; wherein the mean particle size by weight of the composition is about greater than 100 micrometer up to about 1 millimeter.
A method for operating an electronic device , the method comprising: obtaining additional information about an external environment of the electronic device; detecting a trigger for executing a first task from among one or more tasks that are configured in a semantic information-based task ontology, wherein the trigger is detected based on the additional information; identifying functions for each piece of device information corresponding to the first task; identifying functions corresponding to one or more devices by using a semantic information-based product information ontology; comparing the functions corresponding to the one or more devices with the functions for each piece of the device information corresponding to the first task based on semantic information; and selecting a first device to perform the first task from among the one or more devices based on the comparison result. obtaining additional information about an external environment of the electronic device; detecting a trigger for executing a first task from among one or more tasks that are configured in a semantic information-based task ontology, wherein the trigger is detected based on the additional information; identifying functions for each piece of device information corresponding to the first task; identifying functions corresponding to one or more devices by using a semantic information-based product information ontology; comparing the functions corresponding to the one or more devices with the functions for each piece of the device information corresponding to the first task based on semantic information; and selecting a first device to perform the first task from among the one or more devices based on the comparison result.
A medical device , comprising: a vessel member that defines a compartment interior of the vessel member ; the vessel member being configured to be inserted into a body of a patient; a port attached to the vessel member and coupling the compartment interior of the vessel member to a region exterior of the vessel member ; and a tubular member that defines a lumen and includes a distal end and a proximal end, wherein the tubular member passes through the port ; wherein the proximal end of the tubular member is configured to remain exterior of the compartment interior of the vessel member and the distal end of the tubular member is attached to an internal surface of the vessel member within the compartment interior of the vessel member so that a portion of the internal surface of the vessel member provides a seal at the distal end of the lumen , wherein the vessel member and the tubular member comprise pores, wherein the tubular member is configured to be filled by a filling material delivered into the lumen of the tubular member , wherein the filling material can diffuse out of the medical device through the pores of the vessel member and the tubular member ; characterised in that the delivery of the filling material into the lumen causes one or more portions of the tubular member , which were exterior of the compartment interior of the vessel member prior to the delivery of the filling material, to enter the compartment interior of the vessel member . a vessel member that defines a compartment interior of the vessel member ; the vessel member being configured to be inserted into a body of a patient; a port attached to the vessel member and coupling the compartment interior of the vessel member to a region exterior of the vessel member ; and a tubular member that defines a lumen and includes a distal end and a proximal end, wherein the tubular member passes through the port ; wherein the proximal end of the tubular member is configured to remain exterior of the compartment interior of the vessel member and the distal end of the tubular member is attached to an internal surface of the vessel member within the compartment interior of the vessel member so that a portion of the internal surface of the vessel member provides a seal at the distal end of the lumen , wherein the vessel member and the tubular member comprise pores, wherein the tubular member is configured to be filled by a filling material delivered into the lumen of the tubular member , wherein the filling material can diffuse out of the medical device through the pores of the vessel member and the tubular member ; characterised in that the delivery of the filling material into the lumen causes one or more portions of the tubular member , which were exterior of the compartment interior of the vessel member prior to the delivery of the filling material, to enter the compartment interior of the vessel member .
A tunable optical frequency comb generator, comprising: an optical resonator which exhibits optical nonlinearity and is configured to be a whispering gallery mode resonator supporting optical whispering gallery modes; a laser that is tunable and produces laser light; an optical coupler that couples the laser light into the optical resonator to cause generation of an optical frequency comb signal of periodic different frequencies based on nonlinear wave mixing in the optical resonator , wherein frequencies of the optical frequency comb signal are tunable by tuning the frequency of the laser , and wherein a comb spacing of the optical frequency comb signal is adjustable by locking the laser to the optical resonator and controlling a locking condition of the laser ; an atomic reference device that includes atoms or molecules providing an atomic or molecular transition as a frequency reference; and a locking circuit that locks at least one of the optical resonator or the laser in frequency relative to the atomic or molecular transition of the atomic reference device to stabilize the optical comb signal of periodic different frequencies. an optical resonator which exhibits optical nonlinearity and is configured to be a whispering gallery mode resonator supporting optical whispering gallery modes; a laser that is tunable and produces laser light; an optical coupler that couples the laser light into the optical resonator to cause generation of an optical frequency comb signal of periodic different frequencies based on nonlinear wave mixing in the optical resonator , wherein frequencies of the optical frequency comb signal are tunable by tuning the frequency of the laser , and wherein a comb spacing of the optical frequency comb signal is adjustable by locking the laser to the optical resonator and controlling a locking condition of the laser ; an atomic reference device that includes atoms or molecules providing an atomic or molecular transition as a frequency reference; and a locking circuit that locks at least one of the optical resonator or the laser in frequency relative to the atomic or molecular transition of the atomic reference device to stabilize the optical comb signal of periodic different frequencies.
A heat not burn (HNB) system comprising: a heat not burn consumable having a having a first longitudinal end face , the consumable comprising a plant product interspersed with a thermally conductive material; and a heating element, wherein the heating element abuts the first longitudinal end face of the consumable ; characterised in that an outer surface of the consumable comprises a tubular sheath formed of a thermally conductive material comprising carbon, metal and/or metal alloy and the heating element further comprises a tubular portion which thermally contacts the tubular sheath. a heat not burn consumable having a having a first longitudinal end face , the consumable comprising a plant product interspersed with a thermally conductive material; and a heating element, wherein the heating element abuts the first longitudinal end face of the consumable ; characterised in that an outer surface of the consumable comprises a tubular sheath formed of a thermally conductive material comprising carbon, metal and/or metal alloy and the heating element further comprises a tubular portion which thermally contacts the tubular sheath.
A system for imparting a linear motion to a flexible shaft, the system comprising: a flexible shaft ; a bellcrank having a first arm , a second arm , and a first pivot pin therebetween; an actuating device coupled to the first arm and configured to apply a force thereto to cause the bellcrank to rotate about the first pivot pin ; a second pivot pin coupled to a rod-end of the flexible shaft and further coupled to a slotted hole on the second arm ; a follower surface on the rod-end of the flexible shaft and configured to slide on a cam surface machined on the second arm; and wherein upon application of the force to the first arm , the flexible shaft moves in a substantially linear motion. a flexible shaft ; a bellcrank having a first arm , a second arm , and a first pivot pin therebetween; an actuating device coupled to the first arm and configured to apply a force thereto to cause the bellcrank to rotate about the first pivot pin ; a second pivot pin coupled to a rod-end of the flexible shaft and further coupled to a slotted hole on the second arm ; a follower surface on the rod-end of the flexible shaft and configured to slide on a cam surface machined on the second arm; and wherein upon application of the force to the first arm , the flexible shaft moves in a substantially linear motion.
A seed guide for directing seed into a seed tube or seed conveyor assembly (900; 900A; 900B), the seed guide comprising: a relief portion ; and an introduction portion ; the relief portion and the introduction portion each defining seed guide surfaces; characterized in that the introduction portion comprises at least one protrusion (1990-1, 1990-2) having first and second ends (1991-1, 1991-2, 1992-1, 1992-2), the protrusion is angled from a first side (1993-1, 1993-2) of the introduction portion toward the center of the introduction portion with the second end (1992-1, 1992-2) of the protrusion proximate the center of the introduction portion being further from the relief portion than the first end (1991-1, 1991-2). a relief portion ; and an introduction portion ; the relief portion and the introduction portion each defining seed guide surfaces; characterized in that the introduction portion comprises at least one protrusion (1990-1, 1990-2) having first and second ends (1991-1, 1991-2, 1992-1, 1992-2), the protrusion is angled from a first side (1993-1, 1993-2) of the introduction portion toward the center of the introduction portion with the second end (1992-1, 1992-2) of the protrusion proximate the center of the introduction portion being further from the relief portion than the first end (1991-1, 1991-2).
A game control program embedded in a non-transitory computer readable recording medium comprising instructions which, when the program is executed by a game device, perform the functions of the following modules: a change module configured to change, in a game field in which an object is located, a position of a light source or a direction of radiation by light emitted from the light source based on a control command of a player transferred to the change module via an input device ; game field rendering module configured to define a position of a viewpoint and viewing direction for rendering the game field and to generate an image of the game field by rendering the object located in the game field and a plane of projection for a shadow; a shadow render module configured to render a shadow of the object projected by the light emitted from the light source onto the plane of projection defined in the game field, responsive to the position of the viewpoint and viewing direction for rendering the game field, thereby generating a two-dimensional image of the rendered shadow; and a move module configured to, while the change module is not changing the light source position or direction of radiation, automatically move a character along the shadow of the object by determining the position to which the character is moved with reference to the generated a two-dimensional image of the rendered shadow, and updating two-dimensional co-ordinates of the character accordingly. a change module configured to change, in a game field in which an object is located, a position of a light source or a direction of radiation by light emitted from the light source based on a control command of a player transferred to the change module via an input device ; game field rendering module configured to define a position of a viewpoint and viewing direction for rendering the game field and to generate an image of the game field by rendering the object located in the game field and a plane of projection for a shadow; a shadow render module configured to render a shadow of the object projected by the light emitted from the light source onto the plane of projection defined in the game field, responsive to the position of the viewpoint and viewing direction for rendering the game field, thereby generating a two-dimensional image of the rendered shadow; and a move module configured to, while the change module is not changing the light source position or direction of radiation, automatically move a character along the shadow of the object by determining the position to which the character is moved with reference to the generated a two-dimensional image of the rendered shadow, and updating two-dimensional co-ordinates of the character accordingly.
Disposable surgical drape with a longitudinal direction and a transverse direction and with an upper face and a lower face , comprising a liquid-impermeable base cloth element with a first and a second transverse edge , a first and a second longitudinal edge , a longitudinal central axis and a transverse central axis , and a single cutout hole arranged within the base cloth element , wherein the cutout hole is covered by a film element , and the film element is designed to be adhesive on the lower face , at least in the region of the cutout hole , and in particular has an adhesive coating , wherein a liquid-collecting bag with a bag opening directed towards the cutout hole is fastened to the upper face of the base cloth element , characterized in that the base cloth element has a transparent flat web material at least in an edge region of the cutout hole , wherein the cutout hole is arranged on the transverse central axis , wherein the liquid-collecting bag is arranged on the transverse central axis between the cutout hole and the first or second longitudinal edge in the transverse direction , and wherein an absorbent material portion is fastened permanently to the upper face of the base cloth element , wherein the absorbent material portion is arranged on the transverse central axis between the cutout hole and the respective other first or second longitudinal edge in the transverse direction .
A pocketed spring assembly (12; 12a; 12'; 12d; 12e; 12f; 12g) for use in a bedding or seating product (10; 10a; 10b; 10c), the pocketed spring assembly (12; 12a; 12'; 12d; 12e; 12f; 12g) comprising: a plurality of parallel strings of springs joined together, each of said strings of springs comprising a plurality of individually pocketed springs , each of said strings of springs comprising a piece of fabric (116; 136) joined along a longitudinal seam , the piece of fabric (116; 136) comprising multiple layers , first and second opposed plies of fabric (116; 136) being on opposite sides of the springs , a plurality of pockets being formed along a length of said string of springs by transverse seams joining said first and second plies , at least one spring being positioned in each said pocket , wherein the piece of fabric (116; 136) is impermeable to airflow, but upon the pocket being subjected to a load , air inside the pocket exits the pocket through gaps between segments of the seams , characterized in that one of the layers of the piece of fabric (116; 136) comprises a sound attenuating layer . a plurality of parallel strings of springs joined together, each of said strings of springs comprising a plurality of individually pocketed springs , each of said strings of springs comprising a piece of fabric (116; 136) joined along a longitudinal seam , the piece of fabric (116; 136) comprising multiple layers , first and second opposed plies of fabric (116; 136) being on opposite sides of the springs , a plurality of pockets being formed along a length of said string of springs by transverse seams joining said first and second plies , at least one spring being positioned in each said pocket , wherein the piece of fabric (116; 136) is impermeable to airflow, but upon the pocket being subjected to a load , air inside the pocket exits the pocket through gaps between segments of the seams , characterized in that one of the layers of the piece of fabric (116; 136) comprises a sound attenuating layer .
A hub assembly comprising: a. a top plate , wherein the top plate is flexible; b. a bottom plate , wherein the bottom plate is flexible, and wherein the top plate and bottom plate are coupled together and are configured to form a central hub defining a longitudinal axis of the top plate and the bottom plate; c. a plurality of outer spars , wherein the outer spars are coupled to and extend generally outwardly from the top plate and the bottom plate; and d. a plurality of fan blades , wherein each of the outer spars of the plurality of outer spars is disposed within a fan blade, characterised in that the top plate and the bottom plate each comprise a plurality of cutouts arranged in an angular array about the common longitudinal axis of the top plate and the bottom plate wherein the cutouts of the top plate and of the bottom plate are positioned between outer spars. a. a top plate , wherein the top plate is flexible; b. a bottom plate , wherein the bottom plate is flexible, and wherein the top plate and bottom plate are coupled together and are configured to form a central hub defining a longitudinal axis of the top plate and the bottom plate; c. a plurality of outer spars , wherein the outer spars are coupled to and extend generally outwardly from the top plate and the bottom plate; and d. a plurality of fan blades , wherein each of the outer spars of the plurality of outer spars is disposed within a fan blade, characterised in that
A method of remotely stopping a crack in an internal component of a gas turbine engine , the method comprising: inserting a repair tool configured to be inserted through an access port of the gas turbine engine , said repair tool comprising an attachment mechanism and a working head , within the gas turbine engine ; positioning the working head adjacent to a crack defined on a surface of the internal component , wherein the crack defines a base ; temporarily securing the working head to the internal component being repaired adjacent to the crack defined within the surface of the component via the attachment mechanism of the repair tool ; and locally heating the base of the crack by means of a heating component included in the working head . inserting a repair tool configured to be inserted through an access port of the gas turbine engine , said repair tool comprising an attachment mechanism and a working head , within the gas turbine engine ; positioning the working head adjacent to a crack defined on a surface of the internal component , wherein the crack defines a base ; temporarily securing the working head to the internal component being repaired adjacent to the crack defined within the surface of the component via the attachment mechanism of the repair tool ; and locally heating the base of the crack by means of a heating component included in the working head .