mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic apparatus comprising: a first camera including a first angle of view; a second camera including a second angle of view; a display ; an input device configured to obtain a set zoom ratio based on a user input; and at least one processor configured to: set the first camera to a specified first frame rate, set the second camera to a second frame rate, which is slower than the first frame rate; wherein, if the zoom ratio is less than a critical ratio, the at least one processor is configured to: set the first camera as a camera which provides a preview image, and display a first image, which is the preview image obtained at the first frame rate by using the first camera, through the display , and wherein, if the zoom ratio is not less than the critical ratio, the at least one processor is configured to: set the second camera to a specified third frame rate, set the first camera to a fourth frame rate, which is slower than the third frame rate, set the second camera as the camera which provides the preview image, and display a second image, which is the preview image obtained at the third frame rate by using the second camera , through the display . a first camera including a first angle of view; a second camera including a second angle of view; a display ; an input device configured to obtain a set zoom ratio based on a user input; and at least one processor configured to: set the first camera to a specified first frame rate, set the second camera to a second frame rate, which is slower than the first frame rate; set the first camera to a specified first frame rate, set the second camera to a second frame rate, which is slower than the first frame rate; wherein, if the zoom ratio is less than a critical ratio, the at least one processor is configured to: set the first camera as a camera which provides a preview image, and display a first image, which is the preview image obtained at the first frame rate by using the first camera, through the display , and set the first camera as a camera which provides a preview image, and display a first image, which is the preview image obtained at the first frame rate by using the first camera, through the display , and wherein, if the zoom ratio is not less than the critical ratio, the at least one processor is configured to: set the second camera to a specified third frame rate, set the first camera to a fourth frame rate, which is slower than the third frame rate, set the second camera as the camera which provides the preview image, and display a second image, which is the preview image obtained at the third frame rate by using the second camera , through the display . set the second camera to a specified third frame rate, set the first camera to a fourth frame rate, which is slower than the third frame rate, set the second camera as the camera which provides the preview image, and display a second image, which is the preview image obtained at the third frame rate by using the second camera , through the display .
An electrode assembly for a vacuum interrupter , the electrode assembly comprising: a contact plate ; an electrode coil connected to the contact plate , the electrode coil including: a base for attachment to a terminal post of the vacuum interrupter , and at least one arcuate arm between the base and the contact plate , each arcuate arm extending along a curved path in a plane approximately perpendicular to a direction of travel of the electrode assembly ; and at least one support member , characterised in that : each arcuate arm includes an end surface that includes an aperture that is positioned to align with a corresponding aperture of an adjacent end surface of an arcuate arm , and each support member is partially positioned within aligned apertures to maintain a gap (G) between adjacent end surfaces . a contact plate ; an electrode coil connected to the contact plate , the electrode coil including: a base for attachment to a terminal post of the vacuum interrupter , and at least one arcuate arm between the base and the contact plate , each arcuate arm extending along a curved path in a plane approximately perpendicular to a direction of travel of the electrode assembly ; and at least one support member , characterised in that : each arcuate arm includes an end surface that includes an aperture that is positioned to align with a corresponding aperture of an adjacent end surface of an arcuate arm , and each support member is partially positioned within aligned apertures to maintain a gap (G) between adjacent end surfaces . a base for attachment to a terminal post of the vacuum interrupter , and at least one arcuate arm between the base and the contact plate , each arcuate arm extending along a curved path in a plane approximately perpendicular to a direction of travel of the electrode assembly ; and at least one support member , characterised in that : each arcuate arm includes an end surface that includes an aperture that is positioned to align with a corresponding aperture of an adjacent end surface of an arcuate arm , and each support member is partially positioned within aligned apertures to maintain a gap (G) between adjacent end surfaces . each arcuate arm includes an end surface that includes an aperture that is positioned to align with a corresponding aperture of an adjacent end surface of an arcuate arm , and each support member is partially positioned within aligned apertures to maintain a gap (G) between adjacent end surfaces .
An external use skin preparation composition for anti-aging comprising a germinated Glycine gracilis extract as an active ingredient, wherein the Glycine gracilis extract is obtained from Glycine gracilis germinated in a culture medium to which cinnamic acid is added.
Forming device for making an internal sealing element for a metal cap used to close a bottle, said cap comprising a metal capsule and a sealing element that is located inside the concavity of the capsule and consists of an approximately disk-shaped base , which base is joined in adherence to the bottom of the concavity and from which base a cup shaped collar extends, the collar being defined by a single annular flange extending from the base , said sealing element being made by inserting and molding a charge of plastic material resting on the bottom of the concavity ; said device comprising: a punch that is movable axially, with the capsule being placed, already provided with the charge of plastic material, at an area corresponding to the punch; a forming ring externally fitted on the punch and sliding axially with respect to the punch , the ring being elastically preloaded so as to remain offset towards the outside with its free head with respect to the free end of the punch when said punch is located far from the bottom of the concavity ; a series of spacer sectors applied on the free head of the forming ring , aimed at keeping said free head at a distance from the bottom of the concavity when the punch is in a position to compress the charge of plastic material and when the free head of the forming ring is moved to surround the free end of the punch, for making a forming chamber , the forming device being characterized in that said elastic preloading is obtained by means of one or more springs which are arranged between corresponding opposing shoulders of said punch and of said forming ring . a punch that is movable axially, with the capsule being placed, already provided with the charge of plastic material, at an area corresponding to the punch; a forming ring externally fitted on the punch and sliding axially with respect to the punch , the ring being elastically preloaded so as to remain offset towards the outside with its free head with respect to the free end of the punch when said punch is located far from the bottom of the concavity ; a series of spacer sectors applied on the free head of the forming ring , aimed at keeping said free head at a distance from the bottom of the concavity when the punch is in a position to compress the charge of plastic material and when the free head of the forming ring is moved to surround the free end of the punch, for making a forming chamber , the forming device being characterized in that said elastic preloading is obtained by means of one or more springs which are arranged between corresponding opposing shoulders of said punch and of said forming ring .
Optical sensor arrangement for time-of-flight measurement, the sensor arrangement comprising - a housing with a first and a second cavity (C1, C2) separated by an optical barrier (B), and with a cover arrangement (CA) covering the first and the second cavity (C1, C2); - a measurement photodetector (PM) and a reference photo-detector (PR) both arranged in the second cavity (C2) and an optical emitter (E) arranged in the first cavity (C1); wherein - the cover arrangement (CA) comprises a translucent or transparent plate (CP) and one or more layers of material (LY) arranged on an inner main surface (SI) of the plate (CP); - the one or more layers (LY) comprise an opaque coating (OC) with a first and a second aperture (A1, A2) located above the first cavity (C1), and with a third and a fourth aperture (A3, A4) located above the second cavity (C2); - the emitter (E) is arranged and configured to emit light through the first aperture (A1), and the measurement photodetector (PM) is arranged and configured to detect light entering the second cavity (C2) through the fourth aperture (A4); and - the second and the third aperture (A2, A3) and reflection at an outer main surface (SO) of the plate (CP) establish a reference path for light from the emitter (E) to the reference photodetector (PR). - a housing with a first and a second cavity (C1, C2) separated by an optical barrier (B), and with a cover arrangement (CA) covering the first and the second cavity (C1, C2); - a measurement photodetector (PM) and a reference photo-detector (PR) both arranged in the second cavity (C2) and an optical emitter (E) arranged in the first cavity (C1); wherein - the cover arrangement (CA) comprises a translucent or transparent plate (CP) and one or more layers of material (LY) arranged on an inner main surface (SI) of the plate (CP); - the one or more layers (LY) comprise an opaque coating (OC) with a first and a second aperture (A1, A2) located above the first cavity (C1), and with a third and a fourth aperture (A3, A4) located above the second cavity (C2); - the emitter (E) is arranged and configured to emit light through the first aperture (A1), and the measurement photodetector (PM) is arranged and configured to detect light entering the second cavity (C2) through the fourth aperture (A4); and - the second and the third aperture (A2, A3) and reflection at an outer main surface (SO) of the plate (CP) establish a reference path for light from the emitter (E) to the reference photodetector (PR).
An apparatus for stretching soft tissue parts in the hip region, comprising: a distraction marrow nail that has a distal anchoring part that can be implanted into a femur and a proximal telescoping part that can be moved in the longitudinal direction with reference to the anchoring part and has a proximal support end, at which a ball is attached, and a support apparatus that can be mounted on the pelvic bone to support the proximal support end of the distraction marrow nail , wherein the support apparatus comprises a base plate that can be affixed to the pelvic bone and an accommodating device that is provided on the base plate for movably accommodating the support end of the distraction marrow nail , wherein the accommodating device comprises a ball seat having a cavity that forms a ball seat surface for accommodating a ball provided at the proximal support end, wherein the inside radius of the ball seat surface corresponds to the outside radius of the ball to be accommodated, and wherein the ball seat is configured in such a manner that the longitudinal axis (LT) of the distraction marrow nail can move within a range of an imaginary cone having a cone angle of 25-45°, preferably approximately 35°, and cannot luxate out of the ball seat when the distraction marrow nail is implanted in the femur and the support apparatus is mounted on the pelvic bone . a distraction marrow nail that has a distal anchoring part that can be implanted into a femur and a proximal telescoping part that can be moved in the longitudinal direction with reference to the anchoring part and has a proximal support end, at which a ball is attached, and a support apparatus that can be mounted on the pelvic bone to support the proximal support end of the distraction marrow nail , wherein the support apparatus comprises a base plate that can be affixed to the pelvic bone and an accommodating device that is provided on the base plate for movably accommodating the support end of the distraction marrow nail , wherein the accommodating device comprises a ball seat having a cavity that forms a ball seat surface for accommodating a ball provided at the proximal support end, wherein the inside radius of the ball seat surface corresponds to the outside radius of the ball to be accommodated, and wherein the ball seat is configured in such a manner that the longitudinal axis (LT) of the distraction marrow nail can move within a range of an imaginary cone having a cone angle of 25-45°, preferably approximately 35°, and cannot luxate out of the ball seat when the distraction marrow nail is implanted in the femur and the support apparatus is mounted on the pelvic bone .
A dishwasher comprising; - a body , - a tub inside the body wherein the washing operation takes place, - a first arm rotatably attachable to the bottom of the tub through a water inlet and around a first axis via a first hub , wherein the first hub comprises a first retainer at least partially inserted inside the water inlet and a tubular first pin extending in between the first retainer and the first arm - a second arm rotatably attachable on to the first arm around a second axis via a second hub , wherein the first hub and the second hub comprises a first gear and a second gear respectively, wherein the first gear and the second gear are rotatably connected to each other through at least an intermediary gear placed inside the first arm , wherein the second arm is in fluid communication with the first arm which is in fluid communication with the water inlet , and - an assembly means for fixing the first arm onto the tub in an initial relative position to the tub predetermined by the manufacturer and characterized in that the assembly means comprises: a locking bracket placed on to the first retainer having a ring shaped base wherein the tubular first pin is passing through and two first protrusions protruding upwards from the base towards the first arm , and a first indentation formed on to the first arm wherein the first protrusions are seated inside. - a body , - a tub inside the body wherein the washing operation takes place, - a first arm rotatably attachable to the bottom of the tub through a water inlet and around a first axis via a first hub , wherein the first hub comprises a first retainer at least partially inserted inside the water inlet and a tubular first pin extending in between the first retainer and the first arm - a second arm rotatably attachable on to the first arm around a second axis via a second hub , wherein the first hub and the second hub comprises a first gear and a second gear respectively, wherein the first gear and the second gear are rotatably connected to each other through at least an intermediary gear placed inside the first arm , wherein the second arm is in fluid communication with the first arm which is in fluid communication with the water inlet , and - an assembly means for fixing the first arm onto the tub in an initial relative position to the tub predetermined by the manufacturer and characterized in that the assembly means comprises: a locking bracket placed on to the first retainer having a ring shaped base wherein the tubular first pin is passing through and two first protrusions protruding upwards from the base towards the first arm , and a first indentation formed on to the first arm wherein the first protrusions are seated inside.
A cellulose acetate having: a total degree of acetyl substitution of not greater than 2.7; a ratio τ of a sum of a degree of acetyl substitution at a 2-position and a degree of acetyl substitution at a 3-position to a degree of acetyl substitution at a 6-position in the total degree of acetyl substitution of not less than 2.0; and a content of a sulfate component of not less than 150 ppm and not greater than 380 ppm, wherein the content of the sulfate component is calculated in terms of SO 4 2- of sulfurous acid gas sublimated from the dried cellulose acetate and is expressed in ppm as the amount of sulfate component in 1 g of the cellulose acetate in the absolute dry state. a total degree of acetyl substitution of not greater than 2.7; a ratio τ of a sum of a degree of acetyl substitution at a 2-position and a degree of acetyl substitution at a 3-position to a degree of acetyl substitution at a 6-position in the total degree of acetyl substitution of not less than 2.0; and a content of a sulfate component of not less than 150 ppm and not greater than 380 ppm, wherein the content of the sulfate component is calculated in terms of SO 4 2- of sulfurous acid gas sublimated from the dried cellulose acetate and is expressed in ppm as the amount of sulfate component in 1 g of the cellulose acetate in the absolute dry state.
Method for operating a substation for medium or high voltage, containing switchgear or controlgear with unmanned operation and maintenance, wherein an inner space , where the switchgear or controlgear are located in, is enclosed by a switchgear or controlgear enclosure , characterized in that the inner space is hermetically locked against an internal space , enclosed by an outer housing of the substation, by an automatically operated door , and that locking and unlocking of that door is logically controlled by evaluation of an automatic sensoring of the presence of a human operator inside the internal space AND the energizing status on current carrying parts of the switchgear and that a robot system is implemented such that the robot system predefined movement area is extended from the inner space of the switchgear or controlgear enclosure , into the internal space enclosed by the outer housing of the substation, in which outer housing also a spare parts handover region area is arranged which stores spare parts for maintenance, where the robot system autonomously takes needed parts and stores replaced parts.
Belay device (2; 102; 202, 402) comprising a braking apparatus (6; 106; 206) and a locking apparatus (8; 108; 208), wherein the locking apparatus (8; 108) comprises a movable rope holding element (12, 14; 112, 114; 212, 214) which is designed to be moved by a rope (16; 116) being held on it, the locking apparatus (8; 108) being designed to lock movement of the rope holding element (12, 14; 112, 114; 212, 214) in a locked state, the locking apparatus (8; 108; 208) changing to the locked state when a safety event occurs, wherein the safety event occurs when a movement parameter of the movement of the rope holding element (12, 14; 112, 114; 212, 214) from a movement parameter set lies outside a predetermined safety range of the movement parameter assigned to this movement parameter, wherein the locking apparatus (8; 108; 208) comprises a centrifugal clutch , characterised in that the braking apparatus (6; 106; 206) is designed to brake a movement of the rope (16; 116) irrespective of the rope movement direction, and in that the braking apparatus (6, 26; 106, 126; 206) is configured separately from movable parts of the centrifugal clutch .
Injection mold for producing a double walled drinking vessel , the double walled drinking vessel comprising an outer container and an inner container , the injection mold comprising - at least one first mold portion , - at least one second mold portion facing the first mold portion , - the first mold portion and the second mold portion being axially movable relative to each other, - the first mold portion forming at least one first cavity corresponding to the outer shape of the outer container and at least one second cavity corresponding to the outer shape of the inner container , the first cavity and the second cavity located concentrically with respect to a central axis (A) of the first mold portion , - an index plate rotatable around and axially movable along the central axis (A) relative to the first mold portion , the index plate comprising at least a first core corresponding to the inner shape of the outer container and at least a second core corresponding to the inner shape of the inner container , - the first cavity having a first cavity injection gate for injecting a mold material into the first cavity for forming the outer container , - the second cavity having a second cavity injection gate for injecting a mold material into the second cavity for forming the inner container , and the first cavity having a further injection gate for injecting a joint material for joining the outer container and the inner container , characterized in that at least the first core is axially movably mounted to the index plate . - at least one first mold portion , - at least one second mold portion facing the first mold portion , - the first mold portion and the second mold portion being axially movable relative to each other, - the first mold portion forming at least one first cavity corresponding to the outer shape of the outer container and at least one second cavity corresponding to the outer shape of the inner container , the first cavity and the second cavity located concentrically with respect to a central axis (A) of the first mold portion , - an index plate rotatable around and axially movable along the central axis (A) relative to the first mold portion , the index plate comprising at least a first core corresponding to the inner shape of the outer container and at least a second core corresponding to the inner shape of the inner container , - the first cavity having a first cavity injection gate for injecting a mold material into the first cavity for forming the outer container , - the second cavity having a second cavity injection gate for injecting a mold material into the second cavity for forming the inner container , and the first cavity having a further injection gate for injecting a joint material for joining the outer container and the inner container ,
Safety workbench having a work space surrounded by a housing having a work opening located in the housing front side and adjustable with an adjustable front panel for admitting an air inlet flow into the work space , an exhaust fan and a circulating fan for conveying an air flow in the safety workbench , which are designed such that a partial air flow drawn in by the exhaust fan is blown through an exhaust air filter as an exhaust air flow out of the safety workbench and a partial air flow drawn in by the circulating fan is blown through a circulating air filter as a downwardly directed circulating air flow into the work space , and a control device , a differential pressure sensor and two pressure transducers connected thereto which are designed to measure a pressure at two different positions within the safety workbench, characterized in that a first of the pressure transducers is arranged in the immediate vicinity of the fan blades on the low-pressure side of the circulating fan and a second of the pressure transducers is arranged in a low-flow area on the low-pressure side of the circulating fan .
A powder chamber , in particular for or of a dental powder jet device, comprising at least one conductive region which is electrically conductive, said at least one conductive region having a contact surface which is formed within the powder chamber , wherein the powder chamber comprises a chamber wall which is formed of a non-metallic material and a portion of the chamber wall is formed as a conductive region and/or wherein the powder chamber comprises a closure for closing the powder chamber , wherein the closure is formed as a conductive region .