mhurhangee/patent-ind-claim-en huggingface dataset:
A drink receptacle holder for an aircraft passenger accommodation unit comprising: - a drink receptacle retainer portion , for retaining a drink receptacle in an upright orientation, and - a mounting portion , for mounting to a mounting structure, wherein the drink receptacle retainer portion and the mounting portion are pivotally mounted to each other such that the orientation of a drink receptacle retained by the drink receptacle retainer portion can be adjusted with respect to the mounting portion, wherein the drink receptacle retainer portion is freely pivotable in relation to the mounting portion , such that the drink receptacle retainer portion naturally pivots in relation to the mounting portion as the orientation of the mounting portion is changed; wherein the drink receptacle retainer portion comprises a support ring provided around a central point, the support ring being provided on a support member, and wherein the support ring has a gap through a circumferential point of the support ring. - a drink receptacle retainer portion , for retaining a drink receptacle in an upright orientation, and - a mounting portion , for mounting to a mounting structure, wherein the drink receptacle retainer portion and the mounting portion are pivotally mounted to each other such that the orientation of a drink receptacle retained by the drink receptacle retainer portion can be adjusted with respect to the mounting portion, wherein the drink receptacle retainer portion is freely pivotable in relation to the mounting portion , such that the drink receptacle retainer portion naturally pivots in relation to the mounting portion as the orientation of the mounting portion is changed; wherein the drink receptacle retainer portion comprises a support ring provided around a central point, the support ring being provided on a support member, and wherein the support ring has a gap through a circumferential point of the support ring.
A tube for temporary affixment to a mouthpiece of a smoking article , the tube comprising: an open upstream end ; an open downstream end ; an outer surface; and an inner surface defining a lumen for receiving the mouthpiece of the smoking article , the lumen extending from the open upstream end to the open downstream end , wherein the tube further comprises: a first ventilation zone for providing ventilation into the lumen of the tube , the first ventilation zone comprising a first line of perforation holes extending from the outer surface to the inner surface and circumscribing the tube at a location at least 10mm from the open downstream end of the tube , characterized in that the tube further comprises a second ventilation zone for providing ventilation into the lumen of the tube , the second ventilation zone comprising a first line of perforation holes circumscribing the tube at a location between 10mm and 15mm from the open upstream end of the tube , wherein the first line of perforation holes of the first ventilation zone is configured to provide a different level of ventilation than the first line of perforation holes of the second ventilation zone. an open upstream end ; an open downstream end ; an outer surface; and an inner surface defining a lumen for receiving the mouthpiece of the smoking article , the lumen extending from the open upstream end to the open downstream end , wherein the tube further comprises: a first ventilation zone for providing ventilation into the lumen of the tube , the first ventilation zone comprising a first line of perforation holes extending from the outer surface to the inner surface and circumscribing the tube at a location at least 10mm from the open downstream end of the tube , characterized in that the tube further comprises a second ventilation zone for providing ventilation into the lumen of the tube , the second ventilation zone comprising a first line of perforation holes circumscribing the tube at a location between 10mm and 15mm from the open upstream end of the tube , wherein the first line of perforation holes of the first ventilation zone is configured to provide a different level of ventilation than the first line of perforation holes of the second ventilation zone. a first ventilation zone for providing ventilation into the lumen of the tube , the first ventilation zone comprising a first line of perforation holes extending from the outer surface to the inner surface and circumscribing the tube at a location at least 10mm from the open downstream end of the tube , characterized in that the tube further comprises a second ventilation zone for providing ventilation into the lumen of the tube , the second ventilation zone comprising a first line of perforation holes circumscribing the tube at a location between 10mm and 15mm from the open upstream end of the tube , wherein the first line of perforation holes of the first ventilation zone is configured to provide a different level of ventilation than the first line of perforation holes of the second ventilation zone.
A prosthetic foot device , comprising: a pair of elongated forefoot members including an upper forefoot member disposed over a lower forefoot member , each forefoot member extending from an attachment section configured to be coupled to a limb of an amputee; the lower forefoot member extending through an ankle section , located at the ankle location of a natural foot, through an arch section to a termination point at a ball location of a natural foot; the upper forefoot member extending through an ankle section and through an arch section and past the termination point of the lower forefoot member to a termination point at a toe location of a natural foot; and characterized in that the lower forefoot member is disposed under and directly adjacent to the upper forefoot member from at least the ankle section to the termination point at the ball location of a natural foot such that there is no gap between the lower forefoot member and the upper forefoot member . a pair of elongated forefoot members including an upper forefoot member disposed over a lower forefoot member , each forefoot member extending from an attachment section configured to be coupled to a limb of an amputee; the lower forefoot member extending through an ankle section , located at the ankle location of a natural foot, through an arch section to a termination point at a ball location of a natural foot; the upper forefoot member extending through an ankle section and through an arch section and past the termination point of the lower forefoot member to a termination point at a toe location of a natural foot; and characterized in that the lower forefoot member is disposed under and directly adjacent to the upper forefoot member from at least the ankle section to the termination point at the ball location of a natural foot such that there is no gap between the lower forefoot member and the upper forefoot member .
A bearing for sliding structures comprising: - an inner ring with an outer surface and an inner threaded surface configured to be fastened to a sliding structure, - a rolling system formed by an annular cage and a plurality of metal balls , wherein the cage is mounted on the outer surface of the inner ring and is provided with a plurality of through cavities arranged in radial positions around the same, and wherein the balls are housed in the cavities in a radially mobile way, wherein each ball has a greater diameter than the transverse cross section of the cage in order to enable the bearing to roll, - an outer metal ring , mounted on the rolling system and provided with an outer surface , an inner surface , and a pair of side surfaces arranged between both, wherein the inner surface has a groove configured to allow the balls to roll, - a metal stamped bushing mounted and fixed to the outer surface of the outer ring , and, - an injected thermoplastic strip with an external outer surface , an inner surface in contact with the stamped bushing , and a pair of side surfaces arranged between the two, characterized in that - the stamped bushing has an omega profile formed by compressible central part in order to retain the stamped bushing between the outer ring and the thermoplastic strip , a first foot (8") sized to make contact with the side surface of the thermoplastic strip , and a second foot sized to make contact with the side surface of the outer ring . - an inner ring with an outer surface and an inner threaded surface configured to be fastened to a sliding structure, - a rolling system formed by an annular cage and a plurality of metal balls , wherein the cage is mounted on the outer surface of the inner ring and is provided with a plurality of through cavities arranged in radial positions around the same, and wherein the balls are housed in the cavities in a radially mobile way, wherein each ball has a greater diameter than the transverse cross section of the cage in order to enable the bearing to roll, - an outer metal ring , mounted on the rolling system and provided with an outer surface , an inner surface , and a pair of side surfaces arranged between both, wherein the inner surface has a groove configured to allow the balls to roll, - a metal stamped bushing mounted and fixed to the outer surface of the outer ring , and, - an injected thermoplastic strip with an external outer surface , an inner surface in contact with the stamped bushing , and a pair of side surfaces arranged between the two, - the stamped bushing has an omega profile formed by compressible central part in order to retain the stamped bushing between the outer ring and the thermoplastic strip , a first foot (8") sized to make contact with the side surface of the thermoplastic strip , and a second foot sized to make contact with the side surface of the outer ring .
A binding machine , comprising: an accommodating portion configured to accommodate a tape reel (TR), which has a tubular bobbin (C) and a tape (TP) wound around an outer circumferential surface of the bobbin, with a part of the tape pulled out of the accommodating portion ; a main handle configured to hold the tape pulled out from the accommodating portion ; and a clincher arm attached to the main handle rotatably in a first direction toward the main handle and a second direction away from the main handle , and configured to grip the tape (TP) held by the main handle by rotating in the first direction and further pull out the tape by rotating in the second direction after the gripping, wherein the accommodating portion includes: a side wall (26A1) configured to face a side surface of the accommodated tape reel, a first protrusion (26B2) protruding from the side wall and configured to fit to the bobbin of the accommodated tape reel so as to rotatably support the tape reel, and a second protrusion , characterized in that the second protrusion protrudes from the side wall and is configured to abut with a side surface of the accommodated tape reel, and in that the first protrusion (26B2) is provided to be movable back and forth in an axial direction of the accommodating portion. an accommodating portion configured to accommodate a tape reel (TR), which has a tubular bobbin (C) and a tape (TP) wound around an outer circumferential surface of the bobbin, with a part of the tape pulled out of the accommodating portion ; a main handle configured to hold the tape pulled out from the accommodating portion ; and a clincher arm attached to the main handle rotatably in a first direction toward the main handle and a second direction away from the main handle , and configured to grip the tape (TP) held by the main handle by rotating in the first direction and further pull out the tape by rotating in the second direction after the gripping, wherein the accommodating portion includes: a side wall (26A1) configured to face a side surface of the accommodated tape reel, a first protrusion (26B2) protruding from the side wall and configured to fit to the bobbin of the accommodated tape reel so as to rotatably support the tape reel, and a second protrusion , a side wall (26A1) configured to face a side surface of the accommodated tape reel, a first protrusion (26B2) protruding from the side wall and configured to fit to the bobbin of the accommodated tape reel so as to rotatably support the tape reel, and a second protrusion , characterized in that the second protrusion protrudes from the side wall and is configured to abut with a side surface of the accommodated tape reel, and in that the first protrusion (26B2) is provided to be movable back and forth in an axial direction of the accommodating portion.
A vehicular torque control device , comprising: a) a storage unit; b) gear stage detection means for detecting a gear stage of a transmission of a vehicle in current travelling; c1) engine speed detection means for detecting an engine speed of the vehicle in current travelling; c2) driving wheel rotating speed detection means for detecting a driving wheel rotating speed of the vehicle in current travelling; and d) torque control means for controlling output torque of an engine of the vehicle in current travelling, e) wherein the storage unit stores theoretical drive ratios corresponding with the gear stages respectively, and f) wherein, when a first gear stage is shifted down to a second gear stage, the torque control means makes the output torque increased, in the case that a relative value of a current drive ratio calculated on the basis of the engine speed and the driving wheel rotating speed with respect to the theoretical drive ratio corresponding with the second gear stage is equal to or greater than a first threshold value, so that the current drive ratio becomes close to the theoretical drive ratio corresponding with the second gear stage; and g) wherein the relative value is the difference or the rate of the current drive ratio with respect to the theoretical drive ratio. a) a storage unit; b) gear stage detection means for detecting a gear stage of a transmission of a vehicle in current travelling; c1) engine speed detection means for detecting an engine speed of the vehicle in current travelling; c2) driving wheel rotating speed detection means for detecting a driving wheel rotating speed of the vehicle in current travelling; and d) torque control means for controlling output torque of an engine of the vehicle in current travelling, e) wherein the storage unit stores theoretical drive ratios corresponding with the gear stages respectively, and f) wherein, when a first gear stage is shifted down to a second gear stage, the torque control means makes the output torque increased, in the case that a relative value of a current drive ratio calculated on the basis of the engine speed and the driving wheel rotating speed with respect to the theoretical drive ratio corresponding with the second gear stage is equal to or greater than a first threshold value, so that the current drive ratio becomes close to the theoretical drive ratio corresponding with the second gear stage; and g) wherein the relative value is the difference or the rate of the current drive ratio with respect to the theoretical drive ratio.
An apparatus for managing performance of a random number generator which comprises at least one light source and an image sensor including at least one pixel, the apparatus comprising: an output identification unit configured to, when a light signal radiated from the at least one light source is input into the image sensor, identify an output value of each pixel corresponding to a light intensity value of a light signal input into the each pixel; a performance analysis unit configured to analyze performance of each pixel using the output value of each pixel and a preset statistical characteristic reference area which is a range of the light intensity value; and a setting change unit configured to change a setting value for at least one of the light source and the image sensor based on a result of analysis of the performance of each pixel. an output identification unit configured to, when a light signal radiated from the at least one light source is input into the image sensor, identify an output value of each pixel corresponding to a light intensity value of a light signal input into the each pixel; a performance analysis unit configured to analyze performance of each pixel using the output value of each pixel and a preset statistical characteristic reference area which is a range of the light intensity value; and a setting change unit configured to change a setting value for at least one of the light source and the image sensor based on a result of analysis of the performance of each pixel.
Ambroxol or a pharmaceutical acceptable salt thereof, as unique active ingredient, for its use in the treatment of diseases of the motor units.
A closure leaf comprising a closure frame part, the frame part comprising an element adapted for adjusting a boundary dimension of the frame part, the element being applied to the frame part by moulding, the closure frame part being substantially rectangular, each side having an element for adjusting a boundary dimension of the frame part , and each element comprising a rail the rails comprising transoms and stiles of the closure leaf , characterised in that the rails have a width of about 60mm and a base transom of the closure leaf comprises a plurality of rails which are superposed in an in use vertical sense.
An atomizer , comprising: a heating element , configured for heating and atomizing tobacco liquid to generate an aerosol; a tobacco liquid reservoir , configured for storing the tobacco liquid; and a liquid drive component , connected with the tobacco liquid reservoir directly or indirectly, the liquid drive component being configured for controlling a volume of tobacco liquid conveyed to the heating element; wherein the liquid drive component comprises a pump and a button , when the button is pressed, the pump conveys the tobacco liquid from the tobacco liquid reservoir to the heating element; wherein the pump comprises an inlet and an outlet; the pump is in communication with the tobacco liquid reservoir; the pump conveys the tobacco liquid in the tobacco liquid reservoir from the inlet to the outlet by means of pressing the button; characterized in that : the heating element is at least one metal net or one grille metal sheet layered. a heating element , configured for heating and atomizing tobacco liquid to generate an aerosol; a tobacco liquid reservoir , configured for storing the tobacco liquid; and a liquid drive component , connected with the tobacco liquid reservoir directly or indirectly, the liquid drive component being configured for controlling a volume of tobacco liquid conveyed to the heating element; wherein the liquid drive component comprises a pump and a button , when the button is pressed, the pump conveys the tobacco liquid from the tobacco liquid reservoir to the heating element; wherein the pump comprises an inlet and an outlet; the pump is in communication with the tobacco liquid reservoir; the pump conveys the tobacco liquid in the tobacco liquid reservoir from the inlet to the outlet by means of pressing the button; characterized in that : the heating element is at least one metal net or one grille metal sheet layered.
An air conditioner, comprising: a heat exchanger housed inside a main body and arranged in a flow passage of air to be sucked into the main body through an air inlet and blown out to a target space through an air outlet ; and an airflow-direction vane (7; 107; 207; 307; 607) arranged at the air outlet , wherein the airflow-direction vane comprises a first curved portion and a second curved portion , wherein the first curved portion is positioned on an upstream side with respect to the second curved portion , and a curvature of the first curved portion is larger than a curvature of the second curved portion , and wherein a boundary portion between the first curved portion and the second curved portion matches with a closest portion, which is the closest part to an inner air duct wall of the air outlet on the airflow-direction vane (7; 107; 207; 307) in a horizontal blowing state, or is positioned on a downstream with respect to the closest portion; characterized in that the airflow-direction vane further comprises a flat plate portion , and in that the flat plate portion is positioned on an upstream side with respect to the first curved portion . a heat exchanger housed inside a main body and arranged in a flow passage of air to be sucked into the main body through an air inlet and blown out to a target space through an air outlet ; and an airflow-direction vane (7; 107; 207; 307; 607) arranged at the air outlet , wherein the airflow-direction vane comprises a first curved portion and a second curved portion , wherein the first curved portion is positioned on an upstream side with respect to the second curved portion , and a curvature of the first curved portion is larger than a curvature of the second curved portion , and wherein a boundary portion between the first curved portion and the second curved portion matches with a closest portion, which is the closest part to an inner air duct wall of the air outlet on the airflow-direction vane (7; 107; 207; 307) in a horizontal blowing state, or is positioned on a downstream with respect to the closest portion; characterized in that the airflow-direction vane further comprises a flat plate portion , and in that the flat plate portion is positioned on an upstream side with respect to the first curved portion .
Device for trapping insects, comprising a casing provided with a housing for placing a refill provided with an adhesive surface for trapping insects, said casing comprising a light emitter illuminating at least one part of the refill , characterized in that said refill comprises an outer transparent or translucent frame surrounding the adhesive surface for attracting insects which is illuminated by said light emitter , wherein said refill comprises at least one protective sheet which is removed before a first use.
Tool holder for rotationally driven tools , having a rotationally symmetrical holding body consisting of metal, wherein the tool holder contains a front, clamping region with a holding opening for a shank of the tool and also contains a rear, holding region for being held in a work spindle of a machine tool, wherein a sleeve consisting of a fibre-reinforced plastic material is arranged at least in the front, clamping region of the tool holder , characterized in that the sleeve is shrink-fitted onto the holding body in the front, clamping region of the tool holder .