mhurhangee/patent-ind-claim-en huggingface dataset:
A prosthetic socket having a longitudinal axis X for attachment to a limb of a patient having first and second sides (A, B) comprises: a) a first portion having a first edge , a second edge a first end and a second end ; b) a second portion having a first edge a second edge a first end and a second end characterised in that the prosthetic socket further comprises c) a hinge connecting the first edge of the first portion to the first edge of the second portion ; and d) a clasp between the second edge of the first portion and the second edge of the second portion and wherein said clasp includes a screw thread adjuster for adjusting the position of the second portion relative to the first portion . a) a first portion having a first edge , a second edge a first end and a second end ; b) a second portion having a first edge a second edge a first end and a second end characterised in that the prosthetic socket further comprises c) a hinge connecting the first edge of the first portion to the first edge of the second portion ; and d) a clasp between the second edge of the first portion and the second edge of the second portion and wherein said clasp includes a screw thread adjuster for adjusting the position of the second portion relative to the first portion .
A door leaf for a front door, comprising: - an outer casing covering at least the door leaf broadsides of the door leaf , the outer casing being formed from a metal sheet; - an insert element , which is surrounded at least in regions by the outer casing and is arranged on an end face region of the door leaf , wherein the insert element is formed from a laminated wood as a wood material, characterized in that a foil element is applied to an outer surface of the insert element facing the end face region of the door leaf . - an outer casing covering at least the door leaf broadsides of the door leaf , the outer casing being formed from a metal sheet; - an insert element , which is surrounded at least in regions by the outer casing and is arranged on an end face region of the door leaf , wherein
A film comprising a layer containing a thermoplastic resin, wherein when a highest temperature of glass transition temperatures of the film is designated as Tg [°C], a temperature T [°C] at which an elongation at break is 50% or more exists in a range of Tg to (Tg + 50 [°C]), when, with respect to concaves and convexes of an abrasive grain surface of a polyester film sheet having, as an abrasive grain, aluminum oxide having a grain size of 12 μm coated thereon, an amplitude relative to a spatial frequency f is designated as A 1 (f); with respect to concaves and convexes of a film surface when adhering the film to the abrasive grain surface at any temperature of the range of Tg to (Tg + 50 [°C]) and a pressure of 0.3 MPa, an amplitude relative to the spatial frequency f is designated as A 2 (f); and a ratio of A 2 (f) to A 1 (f) is designated as φ(f) = A 2 (f)/A 1 (f), a minimum value fc of spatial frequencies where φ(f) is 0.1 is 2.0 mm -1 or less, and wherein the film has a substrate layer and an adhesive layer, the substrate layer contains a methacrylic resin, the thickness t 1 [m] of the substrate layer is 5 × 10 -5 m or more, the adhesive layer contains an acrylic resin or an aromatic vinyl-based elastomer, and the thickness t 2 [m] of the adhesive layer is 5 × 10 -5 m or more.
A high frequency vibration spindle system with non-contact power transmission, comprising: a spindle ; a toolholder detachably mounted on the spindle and adapted to engage with a tool ; an electric power transmission device , including a first induction module and a second induction module spaced apart from each other with a gap, wherein the second induction module is disposed at the spindle or the toolholder , and the second induction module is adapted to receive an electric power from the first induction module in a non-contact electromagnetic induction manner; and a transducer , adapted to be controlled to vibrate the tool and being disposed at the toolholder and electrically connected with the second induction module to receive the electric power; the high frequency vibration spindle system is characterized in that : the high frequency vibration spindle system further comprises a restraining part provided on the second induction module and located between the first induction module and the second induction module , wherein the restraining part winds around an exterior circumference of the second induction module to provide a restraint force for counteracting a centrifugal force generated when the second induction module rotates. a spindle ; a toolholder detachably mounted on the spindle and adapted to engage with a tool ; an electric power transmission device , including a first induction module and a second induction module spaced apart from each other with a gap, wherein the second induction module is disposed at the spindle or the toolholder , and the second induction module is adapted to receive an electric power from the first induction module in a non-contact electromagnetic induction manner; and a transducer , adapted to be controlled to vibrate the tool and being disposed at the toolholder and electrically connected with the second induction module to receive the electric power; the high frequency vibration spindle system is characterized in that : the high frequency vibration spindle system further comprises a restraining part provided on the second induction module and located between the first induction module and the second induction module , wherein the restraining part winds around an exterior circumference of the second induction module to provide a restraint force for counteracting a centrifugal force generated when the second induction module rotates.
A three-wheeled electric vehicle , comprising a front-axle device having two steerable front wheels which are aligned essentially in parallel to one another in the straight-run position; a rear-axle device comprising a driven rear wheel ; a vehicle frame on which the front-axle device and the rear-axle device are supported; wherein the front-axle device is formed such that, during a steering movement, the vehicle frame and the front wheels may tilt in the direction of the steering movement; wherein a compactness value KW, which is calculated from the ratio between the distance SP of the front wheels , which are arranged essentially in parallel to one another in the straight-run position, and the wheelbase RS measured between the front wheels and the rear wheel in the straight-run position of the front wheels , satisfies the following condition: with KW = SP / RS 0.35 ≤ KW ≤ 0.80 characterized in that the vehicle frame is closed in itself and is formed such that it surrounds a driver with its upper body and head accommodated in the vehicle , and that a safety belt device , is arranged on the vehicle frame , wherein at least one holding point of the safety belt device is arranged on the vehicle frame such that forces acting on the safety belt device are introduced into an upper and/or front section of the vehicle frame , wherein the front-axle device , together with a tilt kinematics system of the steerable front wheels , is releasably connected to the vehicle frame as a complete unit. a front-axle device having two steerable front wheels which are aligned essentially in parallel to one another in the straight-run position; a rear-axle device comprising a driven rear wheel ; a vehicle frame on which the front-axle device and the rear-axle device are supported; wherein the front-axle device is formed such that, during a steering movement, the vehicle frame and the front wheels may tilt in the direction of the steering movement; wherein a compactness value KW, which is calculated from the ratio between the distance SP of the front wheels , which are arranged essentially in parallel to one another in the straight-run position, and the wheelbase RS measured between the front wheels and the rear wheel in the straight-run position of the front wheels , satisfies the following condition: with KW = SP / RS 0.35 ≤ KW ≤ 0.80 characterized in that the vehicle frame is closed in itself and is formed such that it surrounds a driver with its upper body and head accommodated in the vehicle , and that a safety belt device , is arranged on the vehicle frame , wherein at least one holding point of the safety belt device is arranged on the vehicle frame such that forces acting on the safety belt device are introduced into an upper and/or front section of the vehicle frame , wherein the front-axle device , together with a tilt kinematics system of the steerable front wheels , is releasably connected to the vehicle frame as a complete unit.
A locking assembly configured to be mounted on a door mounted in a frame in order to prevent the door from being opened, wherein the door comprises a locking arrangement comprising a handle connected to a rotatably mounted rod member , characterised in that the locking assembly comprises - an angle sensor arranged to detect the rotational position or the change in the rotational position of a rod member , - an anti-rotation device having a locking member and an actuator arranged and configured to displace the locking member and bring the locking member into: - a position in which the rod member cannot be rotated in one predefined direction of rotation , and - a position in which the rod member can be rotated in one predefined direction of rotation , - and a blocking member is attached to the rod member to abut the locking member . - an angle sensor arranged to detect the rotational position or the change in the rotational position of a rod member , - an anti-rotation device having a locking member and an actuator arranged and configured to displace the locking member and bring the locking member into: - a position in which the rod member cannot be rotated in one predefined direction of rotation , and - a position in which the rod member can be rotated in one predefined direction of rotation , - a position in which the rod member cannot be rotated in one predefined direction of rotation , and - a position in which the rod member can be rotated in one predefined direction of rotation , - and a blocking member is attached to the rod member to abut the locking member .
Wood screw for screwing at least one wood element, the wood screw having a shank which has a screw head at the rear end of the shank and a tapering front end , a screw thread extending from a tip of the front end in the direction of the screw head over at least a part of the shank , and at least one rib (6', 6") being provided in the region of the front end between thread flanks (5' 5") of the screw thread , characterized in that the at least one rib (6', 6") is located in the region of the tapering front end and is provided in the thread path only after at least one thread length which corresponds to one turn of the screw thread , such that a threaded region at the tip is free of ribs (6', 6").
A data processing method, comprising: sending , by a user equipment, UE, updated metadata; obtaining , by the UE, a code word for broadcasting, wherein the code word comprises a metadata index value corresponding to the updated metadata; and broadcasting , by the UE, the obtained code word. sending , by a user equipment, UE, updated metadata; obtaining , by the UE, a code word for broadcasting, wherein the code word comprises a metadata index value corresponding to the updated metadata; and broadcasting , by the UE, the obtained code word.
A hand-held disposable stand-up flexible container , configured for retail sale, wherein the container comprises: a multiple dose product volume that directly contains a fluent product, wherein about all of the product volume is made from one or more films, wherein the term " multiple dose" refers to an amount of product that is about equal to two or more units of typical consumption, application or use; a first expanded structural support volume (2046-1) made from portions of one or more first layers of film, said expanded structural support volume comprising a fillable space at least partially filled with one or more expansion materials, which create tension in the one one or more layers of film; a main seal that extends through portions of the one or more first layers of film and also through portions of one or more additional layers of film of the container; and characterized in that the container further comprises: a first reinforcing seal (2027-1) that extends through portions of the one or more first layers of film but not through any portion of the one or more additional layers of film; wherein at least a portion of the first reinforcing seal (2027-1) is disposed between at least a portion of the main seal and at least a portion of the first expanded structural support volume (2046-1). a multiple dose product volume that directly contains a fluent product, wherein about all of the product volume is made from one or more films, wherein the term " multiple dose" refers to an amount of product that is about equal to two or more units of typical consumption, application or use; a first expanded structural support volume (2046-1) made from portions of one or more first layers of film, said expanded structural support volume comprising a fillable space at least partially filled with one or more expansion materials, which create tension in the one one or more layers of film; a main seal that extends through portions of the one or more first layers of film and also through portions of one or more additional layers of film of the container; and characterized in that the container further comprises: a first reinforcing seal (2027-1) that extends through portions of the one or more first layers of film but not through any portion of the one or more additional layers of film; wherein at least a portion of the first reinforcing seal (2027-1) is disposed between at least a portion of the main seal and at least a portion of the first expanded structural support volume (2046-1). a first reinforcing seal (2027-1) that extends through portions of the one or more first layers of film but not through any portion of the one or more additional layers of film; wherein at least a portion of the first reinforcing seal (2027-1) is disposed between at least a portion of the main seal and at least a portion of the first expanded structural support volume (2046-1).
Object, in particular a portable object such as a timepiece or smartphone, this object comprising an electro-optic display device provided with an optically active element, whose optical properties can be modified by applying an electric voltage or current between at least one electrode and one corresponding auxiliary electrode, between which the optically active element is disposed, the object further comprising a frame which delimits an opening wherein the electro-optic display device is arranged, the object further comprising an external electronic power and control device (31; 66) in addition to elements (32, 34, 36; 64, 70) for the electrical connection of the electro-optic display device to the external electronic power and control device (31; 66), the external electronic power and control device (31; 66), as well as the electrical connection elements (32, 34, 36; 64, 70) being hidden by the frame of the object, characterized in that the electro-optic display device defines an opaque active display area (38; 72), whose surface area is less than the surface area of the opening delimited by the frame , such that, even when the electro-optic display device is activated and displays information, a transparent area (40; 74) remains between the active display area (38; 72) and the edges of the frame , whereas an area located beneath the active display area (38; 72) is hidden.
A nozzle of a cleaner comprising: a housing; and an agitator rotatably coupled to the housing and including a body and a brush part coupled to an outer circumferential surface of the body , wherein the brush part includes: a first brush coupled to the outer circumferential surface of the body and extending in a radial direction of the body ; and a second brush disposed in parallel with the first brush , wherein the first brush is disposed to be brought into a floor earlier than the second brush when the agitator rotates, and wherein the second brush has lower stiffness than the first brush , characterized in that the brush part further includes a blocking member disposed in parallel with the first and second brushes , and the blocking member is made of a rubber material. a housing; and an agitator rotatably coupled to the housing and including a body and a brush part coupled to an outer circumferential surface of the body , wherein the brush part includes: a first brush coupled to the outer circumferential surface of the body and extending in a radial direction of the body ; and a second brush disposed in parallel with the first brush , wherein the first brush is disposed to be brought into a floor earlier than the second brush when the agitator rotates, and wherein the second brush has lower stiffness than the first brush , characterized in that the brush part further includes a blocking member disposed in parallel with the first and second brushes , and the blocking member is made of a rubber material. a first brush coupled to the outer circumferential surface of the body and extending in a radial direction of the body ; and a second brush disposed in parallel with the first brush , wherein the first brush is disposed to be brought into a floor earlier than the second brush when the agitator rotates, and wherein the second brush has lower stiffness than the first brush , characterized in that the brush part further includes a blocking member disposed in parallel with the first and second brushes , and the blocking member is made of a rubber material.
A vehicle lamp , comprising: a plurality of semiconductor light emitting modules vertically stacked with each other, each of semiconductor light emitting modules having a substrate and a plurality of semiconductor light emitting devices disposed on the substrate; partition walls formed between the semiconductor light emitting devices in each of semiconductor light emitting modules and passing through each of the semiconductor light emitting modules in a thickness direction, wherein each of the respective semiconductor light emitting modules has semiconductor light emitting devices that emit different wavelengths of light; and electrode lines electrically connected to each of the plurality of semiconductor light emitting devices , wherein each of the semiconductor light emitting modules has first and second electrodes, wherein the partition walls have holes through which the electrode lines pass, and wherein the electrode lines comprise first and second electrode lines provided in at least one of the semiconductor light emitting modules, except the semiconductor light emitting module stacked on a bottommost layer of the lamp. a plurality of semiconductor light emitting modules vertically stacked with each other, each of semiconductor light emitting modules having a substrate and a plurality of semiconductor light emitting devices disposed on the substrate; partition walls formed between the semiconductor light emitting devices in each of semiconductor light emitting modules and passing through each of the semiconductor light emitting modules in a thickness direction, wherein each of the respective semiconductor light emitting modules has semiconductor light emitting devices that emit different wavelengths of light; and electrode lines electrically connected to each of the plurality of semiconductor light emitting devices , wherein each of the semiconductor light emitting modules has first and second electrodes, wherein the partition walls have holes through which the electrode lines pass, and wherein the electrode lines comprise first and second electrode lines provided in at least one of the semiconductor light emitting modules, except the semiconductor light emitting module stacked on a bottommost layer of the lamp.
A method of determining a beacon location, the method comprising: receiving, at a mobile node, a first beacon signal from a first beacon and a second beacon signal from a second beacon; based on a first received signal strength of the first beacon signal, determining whether the mobile node is in close proximity to the first beacon, wherein determining whether the mobile node is in close proximity comprises comparing the first received signal strength to a threshold indicative of close proximity; based on a second received signal strength of the second beacon signal, determining a distance from the mobile node to the second beacon; and in response to a determination that the mobile node is in close proximity to the first beacon, updating an estimated position of at least one of the first beacon and second beacon using the determined distance from the mobile node to the second beacon as a distance measure between the first and second beacons, wherein the determination that the mobile node is in close proximity to the first beacon comprises a determination that the mobile node is sufficiently close to the first beacon to be treated as co-located with the first beacon with respect to updating the estimated position using the determined distance. receiving, at a mobile node, a first beacon signal from a first beacon and a second beacon signal from a second beacon; based on a first received signal strength of the first beacon signal, determining whether the mobile node is in close proximity to the first beacon, wherein determining whether the mobile node is in close proximity comprises comparing the first received signal strength to a threshold indicative of close proximity; based on a second received signal strength of the second beacon signal, determining a distance from the mobile node to the second beacon; and in response to a determination that the mobile node is in close proximity to the first beacon, updating an estimated position of at least one of the first beacon and second beacon using the determined distance from the mobile node to the second beacon as a distance measure between the first and second beacons, wherein the determination that the mobile node is in close proximity to the first beacon comprises a determination that the mobile node is sufficiently close to the first beacon to be treated as co-located with the first beacon with respect to updating the estimated position using the determined distance.