mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing at least double-layered tubular rods in the tobacco processing industry, comprising the following method steps of: - conveying a base material web in a longitudinal axial conveying direction , - cutting the base material web in a longitudinal axial manner into a first material web having a first width and a second material web having a second width, wherein the width of the first and/or of the second material web is measured and the cutting is controlled such that the width of the measured material web is set to a predefined value, - gluing at least the second material web , wherein the gluing is in particular applied all-over or approximately all-over, - bringing the first and the second material web together in an offset manner such that the first and the second material web are placed one above the other and are bonded to one another, and - shaping the material webs bonded to one another into a tubular rod . - conveying a base material web in a longitudinal axial conveying direction , - cutting the base material web in a longitudinal axial manner into a first material web having a first width and a second material web having a second width, wherein the width of the first and/or of the second material web is measured and the cutting is controlled such that the width of the measured material web is set to a predefined value, - gluing at least the second material web , wherein the gluing is in particular applied all-over or approximately all-over, - bringing the first and the second material web together in an offset manner such that the first and the second material web are placed one above the other and are bonded to one another, and - shaping the material webs bonded to one another into a tubular rod .
A device for use with an endoscope, comprising: a fork ; and two jaws pivotally mounted about a pivot point of the fork, and movable between a predetermined closed position and a predetermined open position; the device having a centerline (C L ) defined along its longitudinal axis going through the pivot point ; wherein each jaw comprises front teeth at a distal end of the jaw and rear teeth near a proximal end of the jaw and proximal to the front teeth, wherein the front teeth of both jaws are configured to interlock with each other when the jaws are in the closed position; wherein the interlocked front teeth of both jaws in the closed position form a substantially hemisphere-shaped distal tip wherein the rear teeth are defined as those proximal to the substantially hemisphere-shaped distal tip, and the rear teeth of a jaw are contiguous with the rear teeth of the opposing jaw along the centerline (CL), wherein, when the jaws are in the closed positions, the jaws form a gap between the front teeth and most distal rear teeth , wherein the gap defines an object capture area ; the device being characterized in that at least one jaw further comprises a cupped portion , wherein the rear teeth and the front teeth are disposed around the cupped portion . a fork ; and two jaws pivotally mounted about a pivot point of the fork, and movable between a predetermined closed position and a predetermined open position; the device having a centerline (C L ) defined along its longitudinal axis going through the pivot point ; wherein each jaw comprises front teeth at a distal end of the jaw and rear teeth near a proximal end of the jaw and proximal to the front teeth, wherein the front teeth of both jaws are configured to interlock with each other when the jaws are in the closed position; wherein the interlocked front teeth of both jaws in the closed position form a substantially hemisphere-shaped distal tip wherein the rear teeth are defined as those proximal to the substantially hemisphere-shaped distal tip, and the rear teeth of a jaw are contiguous with the rear teeth of the opposing jaw along the centerline (CL), wherein, when the jaws are in the closed positions, the jaws form a gap between the front teeth and most distal rear teeth , wherein the gap defines an object capture area ; the device being characterized in that at least one jaw further comprises a cupped portion , wherein the rear teeth and the front teeth are disposed around the cupped portion .
Method for coating substrates by means of a reactive plasma-assisted HiPIMS sputtering process, wherein first the reactive gas consumption is determined as a function of a coating parameter and for coating the coating parameters are selected in such a way that the coating takes place in a transition mode, characterized in that: • the reactive gas consumption is regulated by setting said coating parameter, wherein said coating parameter is the reactive gas partial pressure, • in order to work in the transition mode the reactive gas partial pressure is set in a range the lower limit of which leads to the maximum reactive gas consumption and the upper limit of which leads to 70% of the maximum reactive gas consumption, wherein: • the HiPIMS process is carried out by using at least two targets made of different materials, and • the working point for the respective target material is adjusted separately over the pulse duration. • the reactive gas consumption is regulated by setting said coating parameter, wherein said coating parameter is the reactive gas partial pressure, • in order to work in the transition mode the reactive gas partial pressure is set in a range the lower limit of which leads to the maximum reactive gas consumption and the upper limit of which leads to 70% of the maximum reactive gas consumption, • the HiPIMS process is carried out by using at least two targets made of different materials, and • the working point for the respective target material is adjusted separately over the pulse duration.
A photocell receptacle comprising: a base configured to be fixedly mounted to a housing of a light fixture , the base having an opening providing access to the interior of the housing of the light fixture , the base having a base locking feature ; a cap having a cap locking feature , the cap locking feature operably engaging the base locking feature to secure the cap to the base , the cap being variably positionable at different angular positions relative to the base , the cap having contact channels holding electrical contacts configured to be electrically connected to corresponding contacts of a photocell ; and a biasing member , the biasing member biasing the cap into a locked position in which the cap locking feature engages the base locking feature , characterized in that : the biasing member is between the base and the cap and biases the cap away from the base ; and the base includes at least one anti-rotation post at its top for engagement with the cap or anti-rotation posts are provided on the cap, for restricting rotation of the cap during mating of a photocell to the cap . a base configured to be fixedly mounted to a housing of a light fixture , the base having an opening providing access to the interior of the housing of the light fixture , the base having a base locking feature ; a cap having a cap locking feature , the cap locking feature operably engaging the base locking feature to secure the cap to the base , the cap being variably positionable at different angular positions relative to the base , the cap having contact channels holding electrical contacts configured to be electrically connected to corresponding contacts of a photocell ; and a biasing member , the biasing member biasing the cap into a locked position in which the cap locking feature engages the base locking feature , characterized in that : the biasing member is between the base and the cap and biases the cap away from the base ; and the base includes at least one anti-rotation post at its top for engagement with the cap or anti-rotation posts are provided on the cap, for restricting rotation of the cap during mating of a photocell to the cap . the biasing member is between the base and the cap and biases the cap away from the base ; and the base includes at least one anti-rotation post at its top for engagement with the cap or anti-rotation posts are provided on the cap, for restricting rotation of the cap during mating of a photocell to the cap .
A control method for adjusting the light intensity without flickering of one or more lamps , the one or more lamps being supplied by an AC electrical distribution network , each of the lamps including one or more light-emitting diodes (LEDs) and a device allowing the variation of the light intensity of the LEDs according to the electrical supply , characterized in that the method comprises the execution of a sequence at each 1⁄2 cycle of the electric supply, the sequence comprising: interrupting the electrical supply of the one or more lamps one or more times per cycle; activating the electrical supply of the one or more lamps one or more times per cycle, wherein the duration of an activation is a conduction period; and applying a load configured to absorb residual energy applied to the supply of the of the one or more lamps following one or more electrical supply interruptions. interrupting the electrical supply of the one or more lamps one or more times per cycle; activating the electrical supply of the one or more lamps one or more times per cycle, wherein the duration of an activation is a conduction period; and applying a load configured to absorb residual energy applied to the supply of the of the one or more lamps following one or more electrical supply interruptions.
A two-dimensional code image generation method, comprising obtaining an initial two-dimensional code image and a preset background image, and performing structured processing on the initial two-dimensional code image according to the preset background image to obtain a structured two-dimensional code image, wherein the structured processing involves fusing an image element of the preset background image with an image element of the initial two-dimensional code image on the premise of retaining the basic information of the initial two-dimensional code image; characterized by : performing style transfer processing only on the preset background image to obtain a style transferred image using a style transfer model for converting an input image to an image of a target style; and performing a fusion operation on the structured two-dimensional code image and the style transferred image to generate a target two-dimensional code image, such that the target two-dimensional code image not only has the basic information and the image element of the preset background image, but also has the target style. obtaining an initial two-dimensional code image and a preset background image, and performing structured processing on the initial two-dimensional code image according to the preset background image to obtain a structured two-dimensional code image, wherein the structured processing involves fusing an image element of the preset background image with an image element of the initial two-dimensional code image on the premise of retaining the basic information of the initial two-dimensional code image; characterized by : performing style transfer processing only on the preset background image to obtain a style transferred image using a style transfer model for converting an input image to an image of a target style; and performing a fusion operation on the structured two-dimensional code image and the style transferred image to generate a target two-dimensional code image, such that the target two-dimensional code image not only has the basic information and the image element of the preset background image, but also has the target style.
Vehicle (2a-2g) for passenger transport, wherein the vehicle (2a-2g) is a tram vehicle, comprising a vehicle body , which has a longitudinal side wall with a passenger access door (8, 8a-8d), a multipurpose area and a door region (32a-32d) which adjoins said passenger access door (8, 8a-8d) and extends in the width direction of the vehicle body from the passenger access door (8, 8a-8d) to the longitudinal median plane of the vehicle body , a further longitudinal side wall , which has a passenger access door that is arranged directly opposite the passenger access door of the first-mentioned longitudinal side wall , characterised in that the multipurpose area is arranged at least halfway within said door region (32a-32d), wherein the multipurpose area has at least one wheelchair space , which is arranged at least halfway within said door region (32a-32d), and wherein the multipurpose area is arranged between the two passenger access doors (8, 8a-8d) such that the multipurpose area extends at least partially over the longitudinal median plane of the vehicle body .
A method of handling communication in a decentralized microgrid control system comprised in a microgrid arrangement comprising at least a first microgrid and a second microgrid separated by a microgrid breaker and each comprising a plurality of assets (G, L, S, B), each asset being associated with a respective microgrid controller, MGC, of the microgrid control system, the method comprising: determining (M1) that the microgrid breaker is open; based on the determination (M1) that the microgrid breaker is open, for at least one MGC of the MGCs in the first microgrid, assigning (M2) the MGC to a first group of MGCs in the first microgrid; the MGC broadcasting (M3) information to the MGCs in the first group; the method characterized by the steps of: determining (M4) that the microgrid breaker is closed; based on the determination (M4) that the microgrid breaker is closed, assigning (M5) the MGC to a second group of MGCs in both the first microgrid and the second microgrid; and the MGC broadcasting (M6) information to the MGCs in the second group. determining (M1) that the microgrid breaker is open; based on the determination (M1) that the microgrid breaker is open, for at least one MGC of the MGCs in the first microgrid, assigning (M2) the MGC to a first group of MGCs in the first microgrid; the MGC broadcasting (M3) information to the MGCs in the first group; the method characterized by the steps of: determining (M4) that the microgrid breaker is closed; based on the determination (M4) that the microgrid breaker is closed, assigning (M5) the MGC to a second group of MGCs in both the first microgrid and the second microgrid; and the MGC broadcasting (M6) information to the MGCs in the second group. determining (M4) that the microgrid breaker is closed; based on the determination (M4) that the microgrid breaker is closed, assigning (M5) the MGC to a second group of MGCs in both the first microgrid and the second microgrid; and the MGC broadcasting (M6) information to the MGCs in the second group.
A centrifugal compressor comprising: a rotor having a shaft that extends along an axis (A) and an impeller that is fixed to an outer surface of the shaft and feeds a fluid (G), which flows into a first side (Da1) in an axial direction (Da) to an outer side in a radial direction of the axis under pressure; a diaphragm configured to surround the impeller from an outer circumference side; a first casing head disposed at a second side (Da2) of the diaphragm in the axial direction at an interval; a seal device disposed between the first casing head and the shaft; a bearing device disposed at the second side in the axial direction with respect to the seal device and disposed between the first casing head and the shaft; a shield part fixed to a first side of the first casing head in the axial direction, and configured to define a suction flow passage for introducing fluid into the impeller along with the diaphragm and to define an insulating space , which thermally insulates the first casing head from the suction flow passage, between the shield part and the first casing head, and characterized by comprising an insulator filled in the insulating space. a rotor having a shaft that extends along an axis (A) and an impeller that is fixed to an outer surface of the shaft and feeds a fluid (G), which flows into a first side (Da1) in an axial direction (Da) to an outer side in a radial direction of the axis under pressure; a diaphragm configured to surround the impeller from an outer circumference side; a first casing head disposed at a second side (Da2) of the diaphragm in the axial direction at an interval; a seal device disposed between the first casing head and the shaft; a bearing device disposed at the second side in the axial direction with respect to the seal device and disposed between the first casing head and the shaft; a shield part fixed to a first side of the first casing head in the axial direction, and configured to define a suction flow passage for introducing fluid into the impeller along with the diaphragm and to define an insulating space , which thermally insulates the first casing head from the suction flow passage, between the shield part and the first casing head, and characterized by comprising an insulator filled in the insulating space.
A system comprising: an elongated instrument a catheter in which the elongated instrument is slidably received; characterized by a trajectory indication device configured to indicate a trajectory of a distal end of the elongated instrument at or near a target tissue in a patient anatomy, the trajectory indication device including: a distal marker for indicating a farthest advancement point of the elongated instrument within the patient anatomy, the distal marker removable from the elongated instrument for deposit in a first location at or near the target tissue; and a proximal marker located at a distal end of the catheter and positioned at a second location along the trajectory of the elongated instrument. an elongated instrument a catheter in which the elongated instrument is slidably received; characterized by a trajectory indication device configured to indicate a trajectory of a distal end of the elongated instrument at or near a target tissue in a patient anatomy, the trajectory indication device including: a distal marker for indicating a farthest advancement point of the elongated instrument within the patient anatomy, the distal marker removable from the elongated instrument for deposit in a first location at or near the target tissue; and a proximal marker located at a distal end of the catheter and positioned at a second location along the trajectory of the elongated instrument. a distal marker for indicating a farthest advancement point of the elongated instrument within the patient anatomy, the distal marker removable from the elongated instrument for deposit in a first location at or near the target tissue; and a proximal marker located at a distal end of the catheter and positioned at a second location along the trajectory of the elongated instrument.
A harness element having two or more electrical conductors and one or more connecting elements (105-108) connected to the conductors , wherein at least one transition region between a connecting element (105-108) and electrical conductors connected thereto is surrounded by a hose-ring-shaped electrical shield element , which at least in the transition region encloses the entirety of the electrical conductors and the connecting element (105-108), wherein the electrical shield element is wetted at least in the transition region with a curable liquid or is at least partially embedded therein, so that the electrical shield element and the connecting element form a form-stable module after the curing of the curable liquid, characterized in that the electrical shield element is electrically connected to individual electrical shields of the electrical conductors enclosed by it.
A negative electrode for a lithium secondary battery comprising: a lithium metal layer; a lithium nitride (Li 3 N) thin film layer formed on at least one surface of the lithium metal layer; and a carbon-based thin film layer formed on the lithium nitride thin film layer, wherein the lithium nitride thin film layer has a thickness of 10 nm to 300 nm, wherein the carbon-based thin film layer has a thickness of 10 nm to 300 nm, wherein the carbon-based thin film layer includes amorphous carbon, low crystalline carbon or a mixture thereof, wherein the carbon-based thin film layer has a specific surface area of 50 m 2 /g or greater. a lithium metal layer; a lithium nitride (Li 3 N) thin film layer formed on at least one surface of the lithium metal layer; and a carbon-based thin film layer formed on the lithium nitride thin film layer, wherein the lithium nitride thin film layer has a thickness of 10 nm to 300 nm, wherein the carbon-based thin film layer has a thickness of 10 nm to 300 nm, wherein the carbon-based thin film layer includes amorphous carbon, low crystalline carbon or a mixture thereof, wherein the carbon-based thin film layer has a specific surface area of 50 m 2 /g or greater.
A package, which comprises an outer casing and an inner casing accommodated slidably within the outer casing and capable of motion between a closed position and an open position, wherein the package further comprises a locking mechanism for preventing immediate opening of the package from the closed position to the open position, said locking mechanism comprises - a locking part arranged inside the outer casing, - a flap of the inner casing having a first end and a second end , one of the ends of the flap is arranged against the locking part of the outer casing in the closed position, and - a first opening flap arranged in the outer casing, the first opening flap of the outer casing and the first end of the flap of the inner casing are arranged at least partly overlapping when the package is in closed position, - a second opening flap arranged in the outer casing, whereby the second opening flap of the outer casing and the second end of the flap of the inner casing are arranged at least partly overlapping when the package is in closed position, and - the flap of the inner casing comprises a first long side and a second long side , said first long side is formed by creasing and said second long side is formed by cutting so that it comprises contacting points between inner and outer casing, wherein the flap is in connection with the inner casing by its side which is formed by creasing, characterized in that the flap of the inner casing is divided to at least two distinct parts, namely - a first end part comprising the first end of the flap and - a second end part comprising the second end of the flap, with at least one cut line between the first long side and the second long side of the flap . - a locking part arranged inside the outer casing, - a flap of the inner casing having a first end and a second end , one of the ends of the flap is arranged against the locking part of the outer casing in the closed position, and - a first opening flap arranged in the outer casing, the first opening flap of the outer casing and the first end of the flap of the inner casing are arranged at least partly overlapping when the package is in closed position, - a second opening flap arranged in the outer casing, whereby the second opening flap of the outer casing and the second end of the flap of the inner casing are arranged at least partly overlapping when the package is in closed position, and - the flap of the inner casing comprises a first long side and a second long side , said first long side is formed by creasing and said second long side is formed by cutting so that it comprises contacting points between inner and outer casing, wherein the flap is in connection with the inner casing by its side which is formed by creasing, characterized in that the flap of the inner casing is divided to at least two distinct parts, namely - a first end part comprising the first end of the flap and - a second end part comprising the second end of the flap, with at least one cut line between the first long side and the second long side of the flap .