mhurhangee/ep-ind-claims huggingface dataset:
Dock shelter to be placed around a dock door opening, comprising a U-shaped canopy which has two side portions (22, 23) and one top portion, the canopy has a distal face intended to be facing away from a dock door wall, wherein the canopy comprises a U-shaped distal frame positioned at the distal face, wherein the dock shelter comprises a distal light source extending at least partially along the distal frame, and the distal light source is adapted to change its visual appearance; further comprising a proximity sensor to detect the distance of a vehicle from the dock door, and a controller to change the visual appearance of the distal light source depending on the detected distance, wherein the controller is configured to compare the distance with various distance thresholds to show various visual appearances, characterised in that the distal frame comprises a channel and the distal light source is arranged within the channel. the canopy has a distal face intended to be facing away from a dock door wall, wherein the canopy comprises a U-shaped distal frame positioned at the distal face, wherein the dock shelter comprises a distal light source extending at least partially along the distal frame, and the distal light source is adapted to change its visual appearance; further comprising a proximity sensor to detect the distance of a vehicle from the dock door, and a controller to change the visual appearance of the distal light source depending on the detected distance, wherein the controller is configured to compare the distance with various distance thresholds to show various visual appearances, characterised in that the distal frame comprises a channel and the distal light source is arranged within the channel.
Cell culture comprising a suspension of mammalian cells producing a desired biological substance having a viable cell density of at least 50x10 6 cells/mL and a concentration of the biological substance of at least 5g/L, obtainable by a process for the culturing of the cells in a reactor in suspension in a cell culture medium, wherein the cells produce the desired biological substance, wherein at least one cell culture medium component is fed to the cell culture and wherein the cell culture comprising the cells, the desired biological substance and cell culture medium is circulated over a filter using a tangential flow and wherein the filter has a pore size characterized by a molecular weight cut-off smaller than the molecular weight of the desired biological substance to separate the desired biological substance from substances having a lower molecular weight than the desired biological substance, wherein the liquid outflow from the filter essentially only contains components having a molecular weight lower than that of the desired biological substance and wherein the desired biological substance is retained in or fed back into the reactor.
A data acquisition method, performed by a service provider network function entity, comprising: receiving a service request message initiated by a service consumer for acquiring a resource attribute of a resource, wherein the service request message carries query information configured to indicate the resource attribute; and sending data of the resource attribute to the service consumer through a service response message; wherein the data of the resource is configured with a corresponding code according to the resource attribute, and the query information is a code of the resource attribute; characterized in that in the case that there are at least two resource attributes, the service request message carries a set of codes of the resource attributes; a multi-level code of the resource attribute comprises at least a first-level subcode and a second-level subcode, wherein the multi-level code is configured to represent the resource attribute of a sub-resource contained in the resource, and the first-level subcode identifies a resource data type of the sub-resource and the second-level subcode indicates the resource attribute of the sub-resource identified by the first-level subcode. receiving a service request message initiated by a service consumer for acquiring a resource attribute of a resource, wherein the service request message carries query information configured to indicate the resource attribute; and sending data of the resource attribute to the service consumer through a service response message; wherein the data of the resource is configured with a corresponding code according to the resource attribute, and the query information is a code of the resource attribute; characterized in that in the case that there are at least two resource attributes, the service request message carries a set of codes of the resource attributes; a multi-level code of the resource attribute comprises at least a first-level subcode and a second-level subcode, wherein the multi-level code is configured to represent the resource attribute of a sub-resource contained in the resource, and the first-level subcode identifies a resource data type of the sub-resource and the second-level subcode indicates the resource attribute of the sub-resource identified by the first-level subcode.
A cutter head for an excavator machine having at least one cutter motor, each cutter motor comprising: • a fastener plate; • two hydraulic motors (44, 46); • a common shaft for both hydraulic motors substantially perpendicular to the fastener plate; • a plurality of conduits formed in the thickness of said fastener plate for conveying the liquid used by the hydraulic motors; and characterized in that each cutter motor comprises a mounting structure, distinct from the fastener plate, secured to the fastener plate, and presenting a central portion and two mounting assemblies (32, 34) disposed on either side of the midplane of the fastener plate, the central portion of said mounting structure having a greater thickness than the fastener plate and being mounted in an opening of said fastener plate, in that each motor (44, 46) is mounted in one of said mounting assemblies (22, 34); in that a plurality of ducts are formed in said central portion of the mounting structure, said ducts being connected firstly to said conduits, and secondly to said hydraulic motors for connecting each of the two motors to each of said conduits. • a fastener plate; • two hydraulic motors (44, 46); • a common shaft for both hydraulic motors substantially perpendicular to the fastener plate; • a plurality of conduits formed in the thickness of said fastener plate for conveying the liquid used by the hydraulic motors; and
Bunker silo comprising building blocks designed to form a wall of the bunker silo, said building blocks comprising a hollow body in the form of a block provided with a front wall, a rear wall and two lateral walls opposite one another (4a; 4b), the first lateral wall being provided with male coupling means and the opposite second lateral wall being provided with female coupling means having a complementary shape such that the frontal faces of adjacent building blocks can be assembled with one another by way of the male coupling means engaging in the female coupling means, the building block further comprising an intermediate wall that extends between the front wall and the rear wall, characterized in that the upper face of the intermediate wall has a protruding retaining rib that is intended to be placed against a frontal lateral surface of an overlying building block.
Tasimelteon for use in a method of treating a patient suffering from Non 24 by entraining the patient to a 24 hour sleep-wake cycle in which the patient awakens at or near a target wake time following a daily sleep period of approximately 7 to 9 hours, wherein said method comprises internally administering to the patient 20 to 50 mg of tasimelteon, the tasimelteon is administered orally once daily 0.5 to 1.5 hours before a target sleep time and the patient is light perception impaired.
A mowing apparatus (11 comprising: a pair of support tracks arranged to be parallel to each other and adapted to be mounted to an area to be maintained; and a mowing device adapted to be supported on the pair of support tracks, the mowing device comprising a power supply for moving the mowing device along the pair of support tracks and for operating the mowing device to carry out a mowing operation; characterized in that the pair of support tracks are each configured to guide the mowing device to move along the support tracks during a normal moving operation and to comprise an elongated channel having a C-shaped cross section and opening toward the other one of the pair of support tracks to thereby retain the moving device on the support tracks, and the mowing device is partially received in the elongated channels, so that the mowing device is movable along the elongated channels in the pair of support tracks but is inseparable therefrom in a lateral direction of the support tracks. a pair of support tracks arranged to be parallel to each other and adapted to be mounted to an area to be maintained; and a mowing device adapted to be supported on the pair of support tracks, the mowing device comprising a power supply for moving the mowing device along the pair of support tracks and for operating the mowing device to carry out a mowing operation; characterized in that the pair of support tracks are each configured to guide the mowing device to move along the support tracks during a normal moving operation and to comprise an elongated channel having a C-shaped cross section and opening toward the other one of the pair of support tracks to thereby retain the moving device on the support tracks, and the mowing device is partially received in the elongated channels, so that the mowing device is movable along the elongated channels in the pair of support tracks but is inseparable therefrom in a lateral direction of the support tracks.
A feed roller holder for an image forming apparatus comprising: a feed roller to contact a continuous form as a target for image formation, rotate from upstream to downstream in a conveyance direction of the continuous form, and provide the continuous form with a conveyance path; a roller supporting member that rotatably supports the feed roller; and a holding member that rotatably holds the roller supporting member, wherein the holding member encompasses a rotary axis of the roller supporting member, and the rotary axis of the roller supporting member is offset from but disposed substantially parallel to a rotary shaft of the feed roller; and characterised in that the feed roller holder further comprises a cutter including a cutting blade disposed downstream, in the conveyance direction of the continuous form, from a rotary axis of the holding member to contact and cut the continuous form when the continuous form is not conveyed normally. a feed roller to contact a continuous form as a target for image formation, rotate from upstream to downstream in a conveyance direction of the continuous form, and provide the continuous form with a conveyance path; a roller supporting member that rotatably supports the feed roller; and a holding member that rotatably holds the roller supporting member, wherein the holding member encompasses a rotary axis of the roller supporting member, and the rotary axis of the roller supporting member is offset from but disposed substantially parallel to a rotary shaft of the feed roller; and characterised in that the feed roller holder further comprises a cutter including a cutting blade disposed downstream, in the conveyance direction of the continuous form, from a rotary axis of the holding member to contact and cut the continuous form when the continuous form is not conveyed normally.
A method for checking ceramic ball heads for hip-joint prostheses that have a receiving space with a conical side face with a clamping cone angle γ and a cone inlet and for checking areas of the receiving space are subjected to a pressure, characterised in that a radial force that runs perpendicularly to the longitudinal axis of the ball head is applied exclusively to the area of the cone inlet.
A method for teaching a golfer to select a swing type based upon distance to a target objective on a putting green comprising the steps of: defining a first zone, with placement of at least one first visual indicia laid at a strategic location on a surface of a fairway, within which the golfer should employ a chipping stroke to propel the ball toward the target objective, the first zone being within a first distance to the target objective and being defined by the first visual indicia; defining a second zone, with placement of at least one second visual indicia laid at a strategic location on the surface of the fairway, beyond the first zone within which the golfer should employ a pitch type stroke to propel the ball to the target objective, the second zone being within a second distance to the target objective and being defined by the second visual indicia, said second distance greater than said first distance; and defining a third zone, with placement of at least one third visual indicia laid at a strategic location on the surface of the fairway, beyond the second zone within which the golfer should employ a full stroke to propel the ball to the target objective, the third zone being within a third distance to the target objective and being defined by the third visual indicia, said third distance greater than said second distance; positioning a mat in at least one of the defined zones, said mat including a directional arrow to assist the golfer in aligning a golf swing; and positioning additional arrows in the at least one of the defined zones behind the mat and in front of the mat, said additional arrows pointing towards the target. defining a first zone, with placement of at least one first visual indicia laid at a strategic location on a surface of a fairway, within which the golfer should employ a chipping stroke to propel the ball toward the target objective, the first zone being within a first distance to the target objective and being defined by the first visual indicia; defining a second zone, with placement of at least one second visual indicia laid at a strategic location on the surface of the fairway, beyond the first zone within which the golfer should employ a pitch type stroke to propel the ball to the target objective, the second zone being within a second distance to the target objective and being defined by the second visual indicia, said second distance greater than said first distance; and defining a third zone, with placement of at least one third visual indicia laid at a strategic location on the surface of the fairway, beyond the second zone within which the golfer should employ a full stroke to propel the ball to the target objective, the third zone being within a third distance to the target objective and being defined by the third visual indicia, said third distance greater than said second distance; positioning a mat in at least one of the defined zones, said mat including a directional arrow to assist the golfer in aligning a golf swing; and positioning additional arrows in the at least one of the defined zones behind the mat and in front of the mat, said additional arrows pointing towards the target.
A fuel injector comprising: a magnetostrictive element operably connected to a solenoid coil and having a default length and an expanded length; a nozzle disposed at a terminal end of the fuel injector; a needle element disposed proximate to the terminal end of the fuel injector and movable between a closed position and an open position; and characterised by a fluidomechanical coupler including an output shaft and at least two input shafts oriented parallel to the output shaft and positioned radially from a coaxial axis relative to the output shaft coaxial to the needle element using fluid that operably couples the magnetostrictive element and the needle element and configured to permit the needle element to move from the closed position to the open position when the magnetostrictive element is actuated from the default length to the expanded length. a magnetostrictive element operably connected to a solenoid coil and having a default length and an expanded length; a nozzle disposed at a terminal end of the fuel injector; a needle element disposed proximate to the terminal end of the fuel injector and movable between a closed position and an open position; and characterised by a fluidomechanical coupler including an output shaft and at least two input shafts oriented parallel to the output shaft and positioned radially from a coaxial axis relative to the output shaft coaxial to the needle element using fluid that operably couples the magnetostrictive element and the needle element and configured to permit the needle element to move from the closed position to the open position when the magnetostrictive element is actuated from the default length to the expanded length.
Use of a permselective membrane, which is a carbon membrane of a material whose structure is graphite-like and is formed by at least one sequence of layers of the material, the layers being arranged in planes, there being an average spacing of more than 0.335 nm (3.35 Å) and less than 0.45 nm (4.5 Å) between adjacent layers, the sequence of layers being turbostratically disordered and the material being hydrophobic at least on its free surfaces, for the separation of water from chemical equilibrium reactions, wherein the equilibrium reactions take place in the presence of a gas mixture containing water.
A field emission device, comprising a conductive casing; a collector attached to the casing by an insulator; a nozzle block disposed facing the collector, the nozzle block being provided with a plurality of nozzles discharging a polymer solution; and a power supply applying a high voltage between the nozzle block and the collector, wherein one of a positive electrode and a negative electrode of the power supply is connected to the collector while a remaining one of the positive electrode and the negative electrode of the power supply is connected to the nozzle block and the casing, wherein the casing or the nozzle block is grounded, wherein when the collector is viewed from the nozzle block, a periphery of the insulator is closer to an outside of the field emission device than a periphery of the collector, and when a thickness of the insulator is [a] and a distance between the periphery of the insulator and the periphery of the collector is [b], both [a ≥ 6mmJ and [a + b ≥ 50mm] are satisfied.
An information processing apparatus (100; 210) comprising: a reception unit configured to receive belongings information of a user of another information processing apparatus (100; 220) transmitted from the other information processing apparatus (100; 220) by use of wireless communication; and a control unit configured to cause the received belongings information to be output and to transmit evaluation information on the belongings information to the other information processing apparatus (100; 220) by use of wireless communication on the basis of a user operation for the belongings information, wherein the belongings information is information for notifying objects owned by the user of the other information processing apparatus (100; 220) or the objects worn by the user of the other information processing apparatus (100; 220) to other users. a reception unit configured to receive belongings information of a user of another information processing apparatus (100; 220) transmitted from the other information processing apparatus (100; 220) by use of wireless communication; and a control unit configured to cause the received belongings information to be output and to transmit evaluation information on the belongings information to the other information processing apparatus (100; 220) by use of wireless communication on the basis of a user operation for the belongings information, wherein the belongings information is information for notifying objects owned by the user of the other information processing apparatus (100; 220) or the objects worn by the user of the other information processing apparatus (100; 220) to other users.
A grain bin sensor cable forming method comprising: positioning a pre-formed cable having a pair of wires (20, 22) encased within an outer sheath comprising a plastic material within a mold cavity having an elongated cavity configured to accept a pre-formed length of cable and two end cap cavities; heating the outer sheath of the pre-formed cable; compressing the mold cavity around the heated outer sheath causing a volume of the plastic material to be displaced into the two end cap cavities to provide a post-formed cable, wherein compressing the mold cavity comprises creating depressions in the outer sheath to expose a portion of each of the pair of wires (20, 22), and provide access to the wires (20, 22) through the outer sheath for assembly of a sensor package, and wherein the volume of plastic material displaced comprises the plastic material displaced during the formation of the depressions, coupling the sensor package to the post-formed cable adjacent the end caps; sealing a housing around the post-formed cable and the sensor package; wherein coupling the sensor package comprises aligning contacts with the depressions and engaging each contact with one of the pair of wires (20, 22). positioning a pre-formed cable having a pair of wires (20, 22) encased within an outer sheath comprising a plastic material within a mold cavity having an elongated cavity configured to accept a pre-formed length of cable and two end cap cavities; heating the outer sheath of the pre-formed cable; compressing the mold cavity around the heated outer sheath causing a volume of the plastic material to be displaced into the two end cap cavities to provide a post-formed cable, wherein compressing the mold cavity comprises creating depressions in the outer sheath to expose a portion of each of the pair of wires (20, 22), and provide access to the wires (20, 22) through the outer sheath for assembly of a sensor package, and wherein the volume of plastic material displaced comprises the plastic material displaced during the formation of the depressions, coupling the sensor package to the post-formed cable adjacent the end caps; sealing a housing around the post-formed cable and the sensor package; wherein coupling the sensor package comprises aligning contacts with the depressions and engaging each contact with one of the pair of wires (20, 22).