mhurhangee/patent-ind-claim-en huggingface dataset:
A container for containing a fluid, comprising: a sidewall construct comprising an inner sidewall extending at least partially around an interior of the container , an outer sleeve attached to the inner sidewall , and a cavity defined between the inner sidewall and the outer sleeve ; and a closed bottom defining a bottom of the interior of the container , the container comprises insulating features comprising the cavity and a plurality of annular bands (B1, B2, B3, B4, B5, B6, B7), each annular band of the plurality of annular bands (B1, B2, B3, B4, B5, B6, B7) comprises a plurality of spacers and a plurality of gaps separating respective adjacent spacers in a respective annular band, each spacer extends in the cavity from the inner sidewall to the outer sleeve and one or more of the spacers having a width between about 0,76 mm (30 mils) and about 0,97 mm (38 mils), the gaps of the respective annular bands define a plurality of fluid paths (F1, F2) through the cavity , the respective gaps of respective adjacent annular bands are offset from one another, at least one fluid path of the plurality of fluid paths (F1, F2) extends from a lower edge of the outer sleeve to an upper edge of the outer sleeve , the cavity is open to an external environment at each of the upper edge of the outer sleeve and the lower edge of the outer sleeve such that the at least one fluid path of the plurality of fluid paths is in communication with the external environment. a sidewall construct comprising an inner sidewall extending at least partially around an interior of the container , an outer sleeve attached to the inner sidewall , and a cavity defined between the inner sidewall and the outer sleeve ; and a closed bottom defining a bottom of the interior of the container , the container comprises insulating features comprising the cavity and a plurality of annular bands (B1, B2, B3, B4, B5, B6, B7), each annular band of the plurality of annular bands (B1, B2, B3, B4, B5, B6, B7) comprises a plurality of spacers and a plurality of gaps separating respective adjacent spacers in a respective annular band, each spacer extends in the cavity from the inner sidewall to the outer sleeve and one or more of the spacers having a width between about 0,76 mm (30 mils) and about 0,97 mm (38 mils), the gaps of the respective annular bands define a plurality of fluid paths (F1, F2) through the cavity , the respective gaps of respective adjacent annular bands are offset from one another, at least one fluid path of the plurality of fluid paths (F1, F2) extends from a lower edge of the outer sleeve to an upper edge of the outer sleeve , the cavity is open to an external environment at each of the upper edge of the outer sleeve and the lower edge of the outer sleeve such that the at least one fluid path of the plurality of fluid paths is in communication with the external environment.
Coating device for coating an, in particular planar, workpiece (W) with a coating material (B, B'), comprising: a pressing element for affixing a coating material (B, B') to a workpiece (W) surface to be coated, in particular a narrow side of a workpiece, and an apparatus for causing a relative movement between the workpiece (W) and the pressing element , a detection apparatus (S1, S2) for detecting a surface property on the workpiece (W) surface to be coated and an apparatus for acting on the adhesive to be used based on the detection result of the detection apparatus, and an application element for applying the adhesive to the workpiece (W) surface to be coated, characterised in that the coating device is designed to change the adhesive temperature in the region of the application element based on the detection result of the detection apparatus (S1, S2). a pressing element for affixing a coating material (B, B') to a workpiece (W) surface to be coated, in particular a narrow side of a workpiece, and an apparatus for causing a relative movement between the workpiece (W) and the pressing element , a detection apparatus (S1, S2) for detecting a surface property on the workpiece (W) surface to be coated and an apparatus for acting on the adhesive to be used based on the detection result of the detection apparatus, and an application element for applying the adhesive to the workpiece (W) surface to be coated, characterised in that the coating device is designed to change the adhesive temperature in the region of the application element based on the detection result of the detection apparatus (S1, S2).
Coppice-with-standard with at least three permanent forest strips comprising permanent forest trees and at least two coppice strips comprising coppice trees; wherein coppice strips and permanent forest strips are arranged alternately, so that recurrently at least one coppice strip is arranged between two permanent forest strips immediately adjacent thereto; wherein the permanent forest trees in the permanent forest strips each form a permanent forest corridor; wherein the coppice trees in the coppice strips each form a coppice corridor; wherein the shortest distance between adjacent permanent forest corridors is 4 to 11 m, characterized in that the shortest distance between an outer boundary of a permanent forest corridor and the closest outer boundary of an immediately adjacent coppice corridor is 2.0 to 7 m. wherein coppice strips and permanent forest strips are arranged alternately, so that recurrently at least one coppice strip is arranged between two permanent forest strips immediately adjacent thereto; wherein the permanent forest trees in the permanent forest strips each form a permanent forest corridor; wherein the coppice trees in the coppice strips each form a coppice corridor; wherein the shortest distance between adjacent permanent forest corridors is 4 to 11 m, characterized in that the shortest distance between an outer boundary of a permanent forest corridor and the closest outer boundary of an immediately adjacent coppice corridor is 2.0 to 7 m.
A footplate assembly configured to be coupled to a wheelchair and comprising: a base plate defining an upper surface and a bottom surface; a sensor subassembly secured to the upper surface of the base plate and defining a contact surface for engagement with a foot , the sensor subassembly comprising: a plurality of force sensors configured to produce respective outputs indicative of force applied by the foot; characterized by a plurality of proximity sensors configured to produce respective outputs indicative of a distance between the foot and the contact surface . a base plate defining an upper surface and a bottom surface; a sensor subassembly secured to the upper surface of the base plate and defining a contact surface for engagement with a foot , the sensor subassembly comprising: a plurality of force sensors configured to produce respective outputs indicative of force applied by the foot; characterized by a plurality of proximity sensors configured to produce respective outputs indicative of a distance between the foot and the contact surface . a plurality of force sensors configured to produce respective outputs indicative of force applied by the foot; characterized by a plurality of proximity sensors configured to produce respective outputs indicative of a distance between the foot and the contact surface .
A virtual image display device comprising: a display unit that generates an image display light (L) by modulating an illumination light; and a projection optical system that includes a concave mirror for reflecting the image display light toward a virtual image presentation plate and a convex lens provided between the display unit and the concave mirror, wherein the display unit is provided at a focal point within a meridional plane of a composite optical system formed by the virtual image presentation plate and the projection optical system, and the focal point within the meridional plane is located nearer the convex lens than a focal point within a sagittal plane of the composite optical system. a display unit that generates an image display light (L) by modulating an illumination light; and a projection optical system that includes a concave mirror for reflecting the image display light toward a virtual image presentation plate and a convex lens provided between the display unit and the concave mirror, wherein the display unit is provided at a focal point within a meridional plane of a composite optical system formed by the virtual image presentation plate and the projection optical system, and the focal point within the meridional plane is located nearer the convex lens than a focal point within a sagittal plane of the composite optical system.
A rotor comprising: a rotor core formed of a plurality of sheet members stacked on each other, said rotor core having a first magnet-inserted hole and a second magnet-inserted hole located radially outward relative to said first magnet-inserted hole ; magnets inserted into said first and second magnet-inserted holes , respectively; a filling portion , injected into said first and second magnet-inserted holes , to secure said magnets to said rotor core ; and an end plate provided on an axial end surface of said rotor core , said plurality of sheet members including a first sheet member having first and second holes constituting said first and second magnet-inserted holes , respectively, and a second sheet member located at at least one axial end of said rotor core and having a portion covering a part of said first hole so that a channel where a filler is carried to be fed into the second magnet-inserted hole radially outward is secured, wherein the second sheet member has first and second holes corresponding to the first and second holes of the first sheet member . a rotor core formed of a plurality of sheet members stacked on each other, said rotor core having a first magnet-inserted hole and a second magnet-inserted hole located radially outward relative to said first magnet-inserted hole ; magnets inserted into said first and second magnet-inserted holes , respectively; a filling portion , injected into said first and second magnet-inserted holes , to secure said magnets to said rotor core ; and an end plate provided on an axial end surface of said rotor core , said plurality of sheet members including a first sheet member having first and second holes constituting said first and second magnet-inserted holes , respectively, and a second sheet member located at at least one axial end of said rotor core and having a portion covering a part of said first hole so that a channel where a filler is carried to be fed into the second magnet-inserted hole radially outward is secured, wherein the second sheet member has first and second holes corresponding to the first and second holes of the first sheet member . a first sheet member having first and second holes constituting said first and second magnet-inserted holes , respectively, and a second sheet member located at at least one axial end of said rotor core and having a portion covering a part of said first hole so that a channel where a filler is carried to be fed into the second magnet-inserted hole radially outward is secured, wherein the second sheet member has first and second holes corresponding to the first and second holes of the first sheet member .
A nonwoven fabric comprising a non-melting fiber A having a high-temperature shrinkage rate of 3% or less, determined as described in the specification, and a thermal conductivity conforming to ISO22007-3, 2008 of 0.060 W/m·K or less and a thermoplastic fiber B having a LOI value conforming to JIS K 7201-2, 2007 of 25 or more, wherein the non-melting fiber A is an acrylonitrile-based flame resistant fiber obtained by heating and oxidizing an acrylic fiber as a precursor in high-temperature air and the thermoplastic fiber B is a fiber formed of a resin selected from polyarylene sulfide, wherein the melting point of the thermoplastic fiber B is lower than the ignition temperature of the non-melting fiber A, and the density of the nonwoven fabric is more than 50 kg/m 3 and less than 200 kg/m 3 , the density being calculated by dividing the weight of a 30 cm square sample by the thickness measured by a method conforming to JIS L 1913, 2010. wherein the non-melting fiber A is an acrylonitrile-based flame resistant fiber obtained by heating and oxidizing an acrylic fiber as a precursor in high-temperature air and the thermoplastic fiber B is a fiber formed of a resin selected from polyarylene sulfide, wherein the melting point of the thermoplastic fiber B is lower than the ignition temperature of the non-melting fiber A, and the density of the nonwoven fabric is more than 50 kg/m 3 and less than 200 kg/m 3 , the density being calculated by dividing the weight of a 30 cm square sample by the thickness measured by a method conforming to JIS L 1913, 2010.
A method in a mobile terminal connectable to a base station, the method comprising the steps of: receiving a number of transmission time intervals, TTIs, to be used in a first TTI bundle; transmitting information related to a single HARQ process to the base station as the first TTI bundle using the received number of TTIs starting with a first TTI, wherein a redundancy version of the information is sent in each TTI within the first TTI bundle without receiving a HARQ feedback; receiving the HARQ feedback sent from the base station only when the base station receives a last TTI within the first TTI bundle; and retransmitting the information as a second TTI bundle, starting two HARQ round trip times subsequent to the first TTI, said HARQ round trip times being defined as a time between HARQ transmission and retransmission for a HARQ operation mode that uses a single TTI for transmissions and retransmissions. receiving a number of transmission time intervals, TTIs, to be used in a first TTI bundle; transmitting information related to a single HARQ process to the base station as the first TTI bundle using the received number of TTIs starting with a first TTI, wherein a redundancy version of the information is sent in each TTI within the first TTI bundle without receiving a HARQ feedback; receiving the HARQ feedback sent from the base station only when the base station receives a last TTI within the first TTI bundle; and retransmitting the information as a second TTI bundle, starting two HARQ round trip times subsequent to the first TTI, said HARQ round trip times being defined as a time between HARQ transmission and retransmission for a HARQ operation mode that uses a single TTI for transmissions and retransmissions.
A method for treating panels in the manufacture of printed circuit boards which includes the following phases: - setting up a panel with a first side , a second side opposite the first side, and at least one through hole in the thickness of the panel; - positioning the opening for an intake system in contact with the first side of the panel so this opening delimits a portion on the first side containing the through hole ; - creating negative pressure within the intake system and simultaneously - exposing at least one portion on the second side of this panel to a flow of plasma, whereby this portion on the second side contains the through hole . - setting up a panel with a first side , a second side opposite the first side, and at least one through hole in the thickness of the panel; - positioning the opening for an intake system in contact with the first side of the panel so this opening delimits a portion on the first side containing the through hole ; - creating negative pressure within the intake system and simultaneously - exposing at least one portion on the second side of this panel to a flow of plasma, whereby this portion on the second side contains the through hole .
A MEMS actuator comprising: an inner frame, the inner frame comprising a first shock stop ; and an outer frame coupled to the inner frame by a plurality of flexures, wherein the outer frame comprises a second shock stop configured to contact the first shock stop in the event of a shock; characterized in that the first shock stop and second shock stop each comprise a plurality of apertures . an inner frame, the inner frame comprising a first shock stop ; and an outer frame coupled to the inner frame by a plurality of flexures, wherein the outer frame comprises a second shock stop configured to contact the first shock stop in the event of a shock; characterized in that the first shock stop and second shock stop each comprise a plurality of apertures .
Apparatus for receiving a helical formation of rings free falling from the delivery end of a conveyor , and for gathering the rings into a coil, said apparatus comprising: a vertically disposed mandrel having an upper end positioned for encirclement by the free falling rings; a vertically disposed support column positioned adjacent to said mandrel; characterized by upper and lower coil plate assemblies carried by and vertically adjustable on said support column; and a drive system for vertically adjusting said coil plate assemblies in a descending manner in which the free falling rings encircling said mandrel are initially accumulated on said upper coil plate assembly before being transferred onto said lower coil plate assembly. a vertically disposed mandrel having an upper end positioned for encirclement by the free falling rings; a vertically disposed support column positioned adjacent to said mandrel; characterized by upper and lower coil plate assemblies carried by and vertically adjustable on said support column; and a drive system for vertically adjusting said coil plate assemblies in a descending manner in which the free falling rings encircling said mandrel are initially accumulated on said upper coil plate assembly before being transferred onto said lower coil plate assembly.
A safety joint comprising: a plug body having a flow passage (11A-3) with a small inner diameter that is open at one end and a flow passage (11A-2) with a large inner diameter that communicates with the flow passage (11A-3) with a small inner diameter via a tapered valve seat ; a valve body having a small-diameter portion and a large-diameter portion continuous with the small-diameter portion via a tapered portion ; an elastic body that presses the valve body in a direction of the two flow passages (11A-2, 11A-3) in the plug body ; a hollow-shaped cover having a plurality of projections on an outer peripheral portion thereof, the cover being disposed in the flow passage (11A-2) with a large inner diameter of the plug body so as to surround the valve body ; a first sealing means (12S1) formed by the tapered portion of the valve body coming into contact with the valve seat of the plug body ; a second sealing means (12S2) provided in the small-diameter portion of the valve body and abutting against an inner wall of the flow passage (11A-3) with a small inner diameter of the plug body, wherein when the tapered portion of the valve body is not seated on the valve seat of the plug body , the cover surrounds at least a portion of a region from the second sealing means (12S2) to the large-diameter portion side of the valve body , and a flow passage is formed by the adjacent projections and the outer peripheral portion of the cover , and an inner peripheral surface of the passage (11A-2) with a large inner diameter of the plug body . a plug body having a flow passage (11A-3) with a small inner diameter that is open at one end and a flow passage (11A-2) with a large inner diameter that communicates with the flow passage (11A-3) with a small inner diameter via a tapered valve seat ; a valve body having a small-diameter portion and a large-diameter portion continuous with the small-diameter portion via a tapered portion ; an elastic body that presses the valve body in a direction of the two flow passages (11A-2, 11A-3) in the plug body ; a hollow-shaped cover having a plurality of projections on an outer peripheral portion thereof, the cover being disposed in the flow passage (11A-2) with a large inner diameter of the plug body so as to surround the valve body ; a first sealing means (12S1) formed by the tapered portion of the valve body coming into contact with the valve seat of the plug body ; a second sealing means (12S2) provided in the small-diameter portion of the valve body and abutting against an inner wall of the flow passage (11A-3) with a small inner diameter of the plug body, wherein when the tapered portion of the valve body is not seated on the valve seat of the plug body , the cover surrounds at least a portion of a region from the second sealing means (12S2) to the large-diameter portion side of the valve body , and a flow passage is formed by the adjacent projections and the outer peripheral portion of the cover , and an inner peripheral surface of the passage (11A-2) with a large inner diameter of the plug body .
A method for vehicle anti-collision control, comprising: receiving information about a rear vehicle status and a relative distance between a vehicle behind and a present vehicle (S110); when the information about the status indicates that there is a vehicle coming from behind and the relative distance between the vehicle behind and the present vehicle is less than a pre-determined distance, calculating an estimated time T for which the present vehicle is to be rear-ended by the vehicle behind (S120); and performing an anti-collision operation for the present vehicle if T < T threshold , where T threshold is a pre-determined first anti-collision time threshold (S130), characterized in that the anti-collision operation is determined based on a status of a brake of the present vehicle and a forward safe distance d: when the brake is not stepped on and d > 0, moving the present vehicle forward by a distance d', otherwise sending a first rear-end collision warning to a driver, wherein the forward safe distance d is a distance within which the present vehicle is able to move forward safely, and d' ≤ d. receiving information about a rear vehicle status and a relative distance between a vehicle behind and a present vehicle (S110); when the information about the status indicates that there is a vehicle coming from behind and the relative distance between the vehicle behind and the present vehicle is less than a pre-determined distance, calculating an estimated time T for which the present vehicle is to be rear-ended by the vehicle behind (S120); and performing an anti-collision operation for the present vehicle if T < T threshold , where T threshold is a pre-determined first anti-collision time threshold (S130), characterized in that the anti-collision operation is determined based on a status of a brake of the present vehicle and a forward safe distance d: when the brake is not stepped on and d > 0, moving the present vehicle forward by a distance d', otherwise sending a first rear-end collision warning to a driver, wherein the forward safe distance d is a distance within which the present vehicle is able to move forward safely, and d' ≤ d. when the brake is not stepped on and d > 0, moving the present vehicle forward by a distance d', otherwise sending a first rear-end collision warning to a driver, wherein the forward safe distance d is a distance within which the present vehicle is able to move forward safely, and d' ≤ d.