mhurhangee/ep-ind-claims huggingface dataset:
A capillary system for a fluid indicator including: a. at least one fluid restrictor having a small aperture (26, 26', 26") having a characteristic internal aperture width formed therethrough; and b. a capillary tube having a characteristic internal aperture width much larger to a certain ratio than the characteristic width of the small aperture (26, 26', 26") of the fluid restrictor, the capillary tube being adapted to receive at least two immiscible fluids (16, 20), the fluid restrictor being sealingly affixed into at least one end of said tube so that the small aperture (26, 26', 26") communicates between the inside of the capillary tube and the outside of the capillary tube, wherein further, the small aperture (26, 26', 26") of the fluid restrictor has a width of between 0.03 and 0.1 mm. a. at least one fluid restrictor having a small aperture (26, 26', 26") having a characteristic internal aperture width formed therethrough; and b. a capillary tube having a characteristic internal aperture width much larger to a certain ratio than the characteristic width of the small aperture (26, 26', 26") of the fluid restrictor, the capillary tube being adapted to receive at least two immiscible fluids (16, 20), the fluid restrictor being sealingly affixed into at least one end of said tube so that the small aperture (26, 26', 26") communicates between the inside of the capillary tube and the outside of the capillary tube, wherein further, the small aperture (26, 26', 26") of the fluid restrictor has a width of between 0.03 and 0.1 mm.
A contact assembly for contacting an electrically conductive contact, with a first contact plane formed by contact surfaces and a second contact plane spaced apart from the first contact plane and projecting beyond the first contact plane, this second contact plane being spanned by contact surfaces on contact bodies that are elastically deflectable at least up to the first contact plane, characterised in that both contact planes (56, 66) are each spanned by exactly three contact surfaces (54, 68) arranged in a triangle. characterised in that both contact planes (56, 66) are each spanned by exactly three contact surfaces (54, 68) arranged in a triangle.
An electrical interface comprising: a first power conductor having a surface; a nano-particle sheet having a first surface and an opposite second surface, the first surface of the nano-particle sheet electrically coupled to the surface of the first power conductor; and a second power conductor having a surface electrically coupled to the opposite second surface of the nano-particle sheet; wherein the nano-particle sheet comprises at least one nano-particle layer (92, 97) of carbon-containing nano-particles; wherein the carbon-containing nano-particles comprise carbon nanotubes; and wherein the nano-particle sheet comprises a metal foil having a first surface and an opposite second surface; and wherein the at least one nano-particle layer (92, 97) of carbon nanotubes is formed on at least one of the first surface and the opposite second surface of the metal foil. a first power conductor having a surface; a nano-particle sheet having a first surface and an opposite second surface, the first surface of the nano-particle sheet electrically coupled to the surface of the first power conductor; and a second power conductor having a surface electrically coupled to the opposite second surface of the nano-particle sheet; wherein the nano-particle sheet comprises at least one nano-particle layer (92, 97) of carbon-containing nano-particles; wherein the carbon-containing nano-particles comprise carbon nanotubes; and wherein the nano-particle sheet comprises a metal foil having a first surface and an opposite second surface; and wherein the at least one nano-particle layer (92, 97) of carbon nanotubes is formed on at least one of the first surface and the opposite second surface of the metal foil.
Vehicle air conditioning unit having a compressor for compressing a refrigerant, a condenser for cooling and condensing the refrigerant from the compressor, a pressure-reduction unit for decompressing the refrigerant from the condenser, an evaporator for cooling air that can be supplied to a vehicle interior, and a cold store which comprises a heat exchanger, which can be used as a store evaporator, and a cold storage medium, a throttle device being provided which can reduce a refrigerant pressure in the heat exchanger of the cold store in relation to a refrigerant pressure in the evaporator, whereby the evaporator and the cold store are connected in series in a refrigerant circuit, wherein the cold store is arranged downstream of the evaporator and characterised in that, between the evaporator and the cold store, a bypass line branches off which opens into the refrigerant circuit again downstream of the cold store.
A method comprising: receiving a selection by a first user of at least one first service identifier associated with a second service, wherein the second service comprises a content delivery service; generating an opaque identifier associated with the first user, a first service, and the second service, wherein the opaque identifier is associated with known user information accessible to the first service and anonymous to the second service, wherein the first service comprises a data collection service, and wherein the first service processes demographic information about the first user; transmitting the opaque identifier to the second service to allow access to the second service, wherein the opaque identifier facilitates anonymous gathering of first data by the second service relating to consumption of content from the second service; receiving the anonymously gathered first data from the second service, wherein the anonymously gathered first data is associated with the opaque identifier by the second service; and generating information by performing a demographic analysis on the anonymously gathered first data. receiving a selection by a first user of at least one first service identifier associated with a second service, wherein the second service comprises a content delivery service; generating an opaque identifier associated with the first user, a first service, and the second service, wherein the opaque identifier is associated with known user information accessible to the first service and anonymous to the second service, wherein the first service comprises a data collection service, and wherein the first service processes demographic information about the first user; transmitting the opaque identifier to the second service to allow access to the second service, wherein the opaque identifier facilitates anonymous gathering of first data by the second service relating to consumption of content from the second service; receiving the anonymously gathered first data from the second service, wherein the anonymously gathered first data is associated with the opaque identifier by the second service; and generating information by performing a demographic analysis on the anonymously gathered first data.
A hung mass accelerometer, comprising: a body having an internal cavity oriented along a longitudinal axis, said body formed of one or more materials having an effective body coefficient of thermal expansion; first and second flexures (18, 20) attached to the body at opposite ends of the internal cavity, said first and second flexures (18, 20) compliant along the longitudinal axis; a proof mass between the first and second flexures to hang inside the internal cavity, said proof mass allowed to move along the longitudinal axis in an open-loop configuration; first and second sensor heads (26, 28) mounted on the body on opposite ends of the internal cavity along the longitudinal axis on opposite sides of the proof mass at distances d1 and d2 that increase and decrease in opposition as said proof mass moves along the longitudinal axis, each said sensor head (26, 28) having a reference coil responsive to an alternating drive signal to produce an oscillating primary magnetic field that induces Eddy currents in the proof mass that create an opposing secondary magnetic field that resists the primary magnetic field generated by the reference coil, any change in a distance between the reference coil and the proof mass causing a change in a magnetic field interaction that produces differential alterations to the alternating drive signal, characterized in that said first and second sensor heads (26, 28) are formed of one or more materials having effective first and second sensors CTEs such that a growth of said first and second sensor heads (26, 28) along the longitudinal axis is equal and opposite the growth of said body along the longitudinal axis in response to a predicted body temperature gradient along the longitudinal axis to null the effects on the alternating drive signal. a body having an internal cavity oriented along a longitudinal axis, said body formed of one or more materials having an effective body coefficient of thermal expansion; first and second flexures (18, 20) attached to the body at opposite ends of the internal cavity, said first and second flexures (18, 20) compliant along the longitudinal axis; a proof mass between the first and second flexures to hang inside the internal cavity, said proof mass allowed to move along the longitudinal axis in an open-loop configuration; first and second sensor heads (26, 28) mounted on the body on opposite ends of the internal cavity along the longitudinal axis on opposite sides of the proof mass at distances d1 and d2 that increase and decrease in opposition as said proof mass moves along the longitudinal axis, each said sensor head (26, 28) having a reference coil responsive to an alternating drive signal to produce an oscillating primary magnetic field that induces Eddy currents in the proof mass that create an opposing secondary magnetic field that resists the primary magnetic field generated by the reference coil, any change in a distance between the reference coil and the proof mass causing a change in a magnetic field interaction that produces differential alterations to the alternating drive signal,
An optical line terminal OLT device virtualization method, comprising: creating a plurality of virtual OLT systems on an optical line terminal OLT device; and determining system resources of each of the plurality of virtual OLT systems according to a preset rule, wherein the system resources comprise a physical resource and a logical resource, and physical resources and logical resources of the plurality of virtual OLT systems are different from each other, wherein the preset rule comprises: service boards that are on the OLT device and that are allocated to the plurality of virtual OLT systems are different, thereby providing different system resources to be allocated; and service flows corresponding to the plurality of virtual OLT systems provide different service types. creating a plurality of virtual OLT systems on an optical line terminal OLT device; and determining system resources of each of the plurality of virtual OLT systems according to a preset rule, wherein the system resources comprise a physical resource and a logical resource, and physical resources and logical resources of the plurality of virtual OLT systems are different from each other, wherein the preset rule comprises: service boards that are on the OLT device and that are allocated to the plurality of virtual OLT systems are different, thereby providing different system resources to be allocated; and service flows corresponding to the plurality of virtual OLT systems provide different service types. service boards that are on the OLT device and that are allocated to the plurality of virtual OLT systems are different, thereby providing different system resources to be allocated; and service flows corresponding to the plurality of virtual OLT systems provide different service types.
A folding wall partition storable within a cavity of a ceiling suspended from an overhead structure, the wall partition comprising: foldable panel assemblies pivotally connected through a series of vertically spaced apart supports, each panel assembly including an upper panel and a lower panel pivotally connected to one another, the upper and lower panels extending substantially in a common vertical plane when in a deployed position and extending laterally outwardly of the common vertical plane in an opposed surface-to-surface stacked relationship when in a stored position; a moving mechanism supported by the overhead structure and engaging the panel assemblies to displace them between the stored and deployed positions; and characterized in that the folding wall partition comprises: a cover assembly having cover panels each with a first end being connected to an uppermost one of the supports and a second end spaced horizontally away from the first end, the cover panels extending in a first common horizontal plane (HP 1) between the first and second ends when in the deployed position, the cover panels being displaceable with the panel assemblies between the stored and deployed positions, the cover panels remaining in the first common horizontal plane and being substantially coplanar with the ceiling to conceal the cavity therein when in the deployed position, the cover panels extending in a second common horizontal plane (HP 2) higher than the first common horizontal plane (HP 1) and within the cavity of the ceiling when the cover panels are in the stored position. foldable panel assemblies pivotally connected through a series of vertically spaced apart supports, each panel assembly including an upper panel and a lower panel pivotally connected to one another, the upper and lower panels extending substantially in a common vertical plane when in a deployed position and extending laterally outwardly of the common vertical plane in an opposed surface-to-surface stacked relationship when in a stored position; a moving mechanism supported by the overhead structure and engaging the panel assemblies to displace them between the stored and deployed positions; and characterized in that the folding wall partition comprises: a cover assembly having cover panels each with a first end being connected to an uppermost one of the supports and a second end spaced horizontally away from the first end, the cover panels extending in a first common horizontal plane (HP 1) between the first and second ends when in the deployed position, the cover panels being displaceable with the panel assemblies between the stored and deployed positions, the cover panels remaining in the first common horizontal plane and being substantially coplanar with the ceiling to conceal the cavity therein when in the deployed position, the cover panels extending in a second common horizontal plane (HP 2) higher than the first common horizontal plane (HP 1) and within the cavity of the ceiling when the cover panels are in the stored position.
A device for the front side sealing of a pipe from which fluid leaks, whereby the device comprises an inner pipe, which has a smaller diameter than the tube to be sealed and is inserted at the front end into the pipe to be sealed against the flow direction of the fluid, as well as a sealing element which is intended to seal the annular gap between the inner pipe and the pipe to be sealed, which is characterised by the fact that a turbine, which can be propelled by the flowing fluid, is mounted in the region of the front end of the inner pipe, that the sealing body is arranged to be moveable on the inner pipe, and that the device comprises a mechanical transmission, which translates the rotary movement of the rotor of the turbine according to flowing fluid into a mouvement of the sealing body, through which the latter is transferred from a less sealing position into a more sealing position.
A thermal working machine having an evaporator, a condenser, a compressor, a throttle element, and a refrigerant circuit (152, 153) with a water-based refrigerant having a refrigerant component with a hydroxyl group characterized by a refrigerant adjusting device (%A), by means of which the refrigerant component with the hydroxyl group can be changed during the operation of the thermal working machine (150, 151).
A chocolate confection comprising: from 94.3% to 99.4% by weight of white chocolate; up to 5% by weight of a cocoa extract; and up to 1% by weight of a food acid; wherein the cocoa extract has a mean particle size of less than 30 microns; and wherein the food acid comprises any acid suitable for human consumption, including, but not limited to, acetic acid, adipic acid, ascorbic acid, citric acid, fumaric acid, lactic acid, sorbic acid, tartaric acid, phosphoric acid, acid compositions derived from fruit juices or extracts or concentrates, sodium acid phosphate, sodium acid sulfate, gluconic acid, glucono-delta-lactone, or combinations thereof. from 94.3% to 99.4% by weight of white chocolate; up to 5% by weight of a cocoa extract; and up to 1% by weight of a food acid; wherein the cocoa extract has a mean particle size of less than 30 microns; and wherein the food acid comprises any acid suitable for human consumption, including, but not limited to, acetic acid, adipic acid, ascorbic acid, citric acid, fumaric acid, lactic acid, sorbic acid, tartaric acid, phosphoric acid, acid compositions derived from fruit juices or extracts or concentrates, sodium acid phosphate, sodium acid sulfate, gluconic acid, glucono-delta-lactone, or combinations thereof.
Computer-implemented method for designing a 3D assembly of modeled objects, comprising: - rendering on a second computer a 3D assembly of modeled objects by merging a second 3D modeled object with at least one raster image of a first 3D modeled object, the at least one raster image having being streamed from a first computer to the second computer; - sending from the second computer to the first computer first data related to the second 3D modeled object for contact computation between the first and second 3D modeled objects, the first data comprising simple representations of the second 3D modeled object; - computing on the first computer a contact between the first and second 3D modeled objects; - sending from the first computer to the second computer second data for rendering again the 3D assembly of modeled objects according to the contact computation, the second data related to the first 3D modeled object that was determined being in contact with the second object at the computing step, the second data comprising geometries of the first 3D modeled object or two or more depth maps of the first 3D modeled object; and - computing on the second computer a possible contact between the second data and the second 3D modeled object. - rendering on a second computer a 3D assembly of modeled objects by merging a second 3D modeled object with at least one raster image of a first 3D modeled object, the at least one raster image having being streamed from a first computer to the second computer; - sending from the second computer to the first computer first data related to the second 3D modeled object for contact computation between the first and second 3D modeled objects, the first data comprising simple representations of the second 3D modeled object; - computing on the first computer a contact between the first and second 3D modeled objects; - sending from the first computer to the second computer second data for rendering again the 3D assembly of modeled objects according to the contact computation, the second data related to the first 3D modeled object that was determined being in contact with the second object at the computing step, the second data comprising geometries of the first 3D modeled object or two or more depth maps of the first 3D modeled object; and - computing on the second computer a possible contact between the second data and the second 3D modeled object.
A swing adsorption contactor system comprising: a plurality of hollow rigid liners each having an inner surface, open axial ends, and integral stand-offs that project in the axial direction from each axial end of the liner, adjacent liners being fixedly connected to each other; a monolith adsorbent contactor being disposed within each liner, each monolith adsorbent contactor having an outer surface spaced from the inner surface of the liner; and a bonding agent being disposed in the space between the outer surface of the monolith adsorbent contactor and the inner surface of the liner to form a seal to prevent gaseous flow in the space. a plurality of hollow rigid liners each having an inner surface, open axial ends, and integral stand-offs that project in the axial direction from each axial end of the liner, adjacent liners being fixedly connected to each other; a monolith adsorbent contactor being disposed within each liner, each monolith adsorbent contactor having an outer surface spaced from the inner surface of the liner; and a bonding agent being disposed in the space between the outer surface of the monolith adsorbent contactor and the inner surface of the liner to form a seal to prevent gaseous flow in the space.
A method for lowering fuel consumption in a vehicle, the method comprising: detecting a need to shift based on a plurality of current vehicle operating conditions, the vehicle operating in a first transmission gear of a manual transmission; calculating a first predicted vehicle operating condition based on switching to a second transmission gear that is higher than the first transmission gear; calculating a second predicted vehicle operating condition based on switching to a third transmission gear that is higher than the second transmission gear; comparing the first predicted vehicle operating condition and the second predicted vehicle operating condition to a desired vehicle operating condition, wherein comparing the first predicted operating condition and the second predicted operating condition to the desired vehicle operating condition comprises determining whether a predicted engine speed for the vehicle when switched to the second transmission gear or the third transmission gear would produce power within a peak power band; presenting a prompt to a vehicle operator to switch to the second transmission gear in response to determining that the second transmission gear and not the third transmission gear meets the desired vehicle operating condition; and presenting a prompt to the vehicle operator to switch to the third transmission gear in response to determining that the third transmission gear meets the desired vehicle operating condition. detecting a need to shift based on a plurality of current vehicle operating conditions, the vehicle operating in a first transmission gear of a manual transmission; calculating a first predicted vehicle operating condition based on switching to a second transmission gear that is higher than the first transmission gear; calculating a second predicted vehicle operating condition based on switching to a third transmission gear that is higher than the second transmission gear; comparing the first predicted vehicle operating condition and the second predicted vehicle operating condition to a desired vehicle operating condition, wherein comparing the first predicted operating condition and the second predicted operating condition to the desired vehicle operating condition comprises determining whether a predicted engine speed for the vehicle when switched to the second transmission gear or the third transmission gear would produce power within a peak power band; presenting a prompt to a vehicle operator to switch to the second transmission gear in response to determining that the second transmission gear and not the third transmission gear meets the desired vehicle operating condition; and presenting a prompt to the vehicle operator to switch to the third transmission gear in response to determining that the third transmission gear meets the desired vehicle operating condition.