mhurhangee/patent-ind-claim-en huggingface dataset:
Method for correcting image errors in a transmission image (B1, B2, B3) of an inspection object (O1, O2, O3), which is generated by means of an inspection apparatus configured for continuous transport of inspection objects (O1, O2, O3) in a transport direction through the inspection apparatus for performing an image inspection method for non-destructive inspection of the inspection objects (O1, O2, O3) and for generating transmission images (B1, B2, B3) of the inspection objects (O1, O2, O3), wherein an image error means that, in a generated transmission image (B2, B3), an image edge of the transmission image (B2, B3) leading or trailing in the transport direction intersects the imaged inspection object (O3), so that the inspection object (O1, O2, O3) is not completely contained in the transmission image (B1, B2, B3), for example because a first part of the inspection object (03-1) is in a first transmission image (B2) and a second part (O3-2) is in a second transmission image (B3), and wherein the method is performed by a computer unit and comprises: a) receiving (S1) a transmission image (B1, B2, B3); b) detecting (S2) whether the transmission image (B3) contains only a part (O3-2) of an inspection object (O3) by checking whether the inspection object (O3) is intersected by a leading or a trailing image edge; c) if the transmission image (B3) contains only a part (O3-2) of an inspection object (O3), retrieving (S3) another transmission image (B2) generated with the inspection apparatus and containing another part (03-1) of the inspection object (O3), wherein based on whether in the transport direction the leading or trailing image edge of the transmission image (B3) intersects the inspection object (O3), a previous transmission image or a subsequent transmission image (B2), respectively, is retrieved; and d) combining (S4) the transmission image (B3) with the further transmission image (B2) into a combined transmission image (B23). a) receiving (S1) a transmission image (B1, B2, B3); b) detecting (S2) whether the transmission image (B3) contains only a part (O3-2) of an inspection object (O3) by checking whether the inspection object (O3) is intersected by a leading or a trailing image edge; c) if the transmission image (B3) contains only a part (O3-2) of an inspection object (O3), retrieving (S3) another transmission image (B2) generated with the inspection apparatus and containing another part (03-1) of the inspection object (O3), wherein based on whether in the transport direction the leading or trailing image edge of the transmission image (B3) intersects the inspection object (O3), a previous transmission image or a subsequent transmission image (B2), respectively, is retrieved; and d) combining (S4) the transmission image (B3) with the further transmission image (B2) into a combined transmission image (B23).
A windscreen wiper device for cleaning a windshield of a vehicle, comprising: an elongated wiper strip of a flexible material for sealing against the windshield and having at least one elongated groove ; at least one flexible and elongated carrier element disposed in said at least one groove of said elongated wiper strip for biasing said elongated wiper strip into a predetermined configuration when in a relaxed state; and wherein said at least one carrier element presents at least one upwardly facing curve and at least one downwardly facing curve when in a relaxed state, wherein said at least one carrier element presents a pair of said downwardly facing curves separated from one another by a single upwardly facing curve such that it is generally M-shaped in said relaxed state, wherein said at least one elongated groove on said elongated wiper strip is further defined as a pair of elongated grooves and wherein said at least one carrier element is further defined as a pair of single parallel and identical carrier elements , further including a frame structure having at least two sets of claws in engagement with said carrier elements . an elongated wiper strip of a flexible material for sealing against the windshield and having at least one elongated groove ; at least one flexible and elongated carrier element disposed in said at least one groove of said elongated wiper strip for biasing said elongated wiper strip into a predetermined configuration when in a relaxed state; and wherein said at least one carrier element presents at least one upwardly facing curve and at least one downwardly facing curve when in a relaxed state,
An electrode mounting unit comprising: a mounting member comprising a horizontal plate , a vertical plate disposed on a top surface of the horizontal plate , and a shaft which is fixed to the vertical plate and into which an electrode roll is fitted to be mounted; and characterized by an unwinding prevention member press-fitted between the electrode wound around the electrode roll and the horizontal plate to press and support the electrode wound around the electrode roll so as to prevent the electrode wound around the electrode roll from being unwound, wherein a top surface of the unwinding prevention member on which the electrode is supported is formed as a curved surface having the same curvature radius as the electrode wound around the electrode roll , wherein a hook protrusion on which the electrode wound around the electrode roll is hooked and supported is formed on one end (112a-1) of the curved surface . a mounting member comprising a horizontal plate , a vertical plate disposed on a top surface of the horizontal plate , and a shaft which is fixed to the vertical plate and into which an electrode roll is fitted to be mounted; and characterized by an unwinding prevention member press-fitted between the electrode wound around the electrode roll and the horizontal plate to press and support the electrode wound around the electrode roll so as to prevent the electrode wound around the electrode roll from being unwound, wherein a top surface of the unwinding prevention member on which the electrode is supported is formed as a curved surface having the same curvature radius as the electrode wound around the electrode roll , wherein a hook protrusion on which the electrode wound around the electrode roll is hooked and supported is formed on one end (112a-1) of the curved surface .
Fuel cell system comprising a housing with a chamber for receiving a fuel cell stack as well as a supply air duct for supplying ambient air to the chamber and an air exhaust duct for discharging air from the chamber to the environment, characterized in that the fuel cell system comprises at least two fans or compressors arranged one behind the other in the supply air and/or air exhaust duct in the direction of air flow.
Apparatus for transmitting data to an electronic system , in particular for transmitting a product number to an electronic ordering system, comprising a housing with at least one button (3; 3.1, 3.2), a control unit , at least one wireless communication module which can be used by the apparatus to transmit data to the electronic system , and at least one reading device (6; 6.1, 6.2) for coding cards , wherein the housing has at least one fastening region for releasably fastening a coding card on which the data are stored or saved, wherein the control unit is designed in such a manner that it uses the at least one reading device (6; 6.1, 6.2) to read the data from a coding card fitted to the at least one fastening region and transmits these data to the electronic system by means of the wireless communication module upon actuation of the at least one button (3; 3.1, 3.2), characterized in that the at least one fastening region is arranged on a surface of the at least one button .
A collision avoidance assist apparatus comprising: a detection section that detects a relative speed between a vehicle and an object ahead; a brake section that brakes the vehicle so as to avoid the collision with the object ahead; characterized by a control section that sets a braking time that will be taken for the relative speed (Vr) to reach zero based on deceleration determined depending on a braking ability of the vehicle, and controls the brake section such that the braking of the vehicle is continued over the braking time. a detection section that detects a relative speed between a vehicle and an object ahead; a brake section that brakes the vehicle so as to avoid the collision with the object ahead; characterized by a control section that sets a braking time that will be taken for the relative speed (Vr) to reach zero based on deceleration determined depending on a braking ability of the vehicle, and controls the brake section such that the braking of the vehicle is continued over the braking time.
Self-punching press-fit element for press-fitting into a component, with - a longitudinal direction - a head part with a head bearing for bearing on the component - a punching collar with a cutting edge at the end, characterized in that - the punching collar is designed as to widen in a conical manner in the longitudinal direction and has an external shell face inclined obliquely outwards with respect to the longitudinal direction , so that an undercut is formed between the cutting edge and the head bearing , - the head bearing has a circumferential displacement web , which is adjoined in the radial direction by a radially external region of the head bearing , which is set back in the longitudinal direction relative to the displacement web , - the displacement web merges into the radially external region forming a step, and - in the radially external region several ribs are formed distributed around the circumference to form an anti-rotation safeguard. - a longitudinal direction - a head part with a head bearing for bearing on the component - a punching collar with a cutting edge at the end, characterized in that - the punching collar is designed as to widen in a conical manner in the longitudinal direction and has an external shell face inclined obliquely outwards with respect to the longitudinal direction , so that an undercut is formed between the cutting edge and the head bearing , - the head bearing has a circumferential displacement web , which is adjoined in the radial direction by a radially external region of the head bearing , which is set back in the longitudinal direction relative to the displacement web , - the displacement web merges into the radially external region forming a step, and - in the radially external region several ribs are formed distributed around the circumference to form an anti-rotation safeguard.
Cooling means for an endoscope or a medical instrument, wherein the endoscope and/or the medical instrument comprises a head piece and an elongated shaft , wherein the head piece is arranged on a proximal end area of the shaft , wherein arranged in the endoscope and/or in the medical instrument is at least one heat-generating component and wherein the head piece comprises a heat exchange surface forming a part of the surface of a housing of the head piece for dissipating the heat generated by the at least one heat-generating component to outside of the endoscope and/or of the medical instrument, wherein the cooling means is formed as a cooling attachment , which is connectable detachably to the endoscope and/or to the medical instrument and is designed to absorb heat from the heat exchange surface of the head piece and to dissipate heat through a cooling fluid flowing through the cooling attachment , wherein the cooling attachment is designed for through-flow by a cooling fluid carried in a closed cooling circuit and wherein the cooling attachment is designed as a handle, characterised in that the heat exchange surface of the head piece forms an axially directed cylinder and the cooling attachment is designed as a sleeve that can be pushed onto the cylinder.
A water heater, comprising: an outdoor unit provided with a refrigerant therein; a heat storage device comprising a gas input pipe and a liquid output pipe communicated with the outdoor unit , the outdoor unit being configured to cause the refrigerant to flow from the gas input pipe to the heat storage device and to flow out from the liquid output pipe , to allow the heat storage device to store heat, characterised in that at least two heat storage devices are provided, the at least two heat storage devices are connected in parallel, the liquid output pipe of any heat storage device is provided with a valve , and the valve is configured to adjust a flow rate of the refrigerant passing through the heat storage device . an outdoor unit provided with a refrigerant therein; a heat storage device comprising a gas input pipe and a liquid output pipe communicated with the outdoor unit , the outdoor unit being configured to cause the refrigerant to flow from the gas input pipe to the heat storage device and to flow out from the liquid output pipe , to allow the heat storage device to store heat, characterised in that at least two heat storage devices are provided, the at least two heat storage devices are connected in parallel, the liquid output pipe of any heat storage device is provided with a valve , and the valve is configured to adjust a flow rate of the refrigerant passing through the heat storage device .
A vehicle drum brake, wherein a pair of brake shoes configured to slidingly contact a brake drum , and a brake lever configured to rotate to cause the brake shoes to slidingly contact the brake drum so as to obtain a braking force are accommodated in a back plate , an anchor plate that abuts on one end of each of the pair of brake shoes to rotatably support the brake shoes is fixed on an anchor attachment part that is formed on the back plate in a manner rising inward of the back plate , a guide part that guides a brake cable coupled to the brake lever is fixedly provided inward of the anchor attachment part in a radial direction of the back plate , and at least one of the back plate and the anchor plate is integrally provided with a support part that abuts on the guide part to support the guide part . a pair of brake shoes configured to slidingly contact a brake drum , and a brake lever configured to rotate to cause the brake shoes to slidingly contact the brake drum so as to obtain a braking force are accommodated in a back plate , an anchor plate that abuts on one end of each of the pair of brake shoes to rotatably support the brake shoes is fixed on an anchor attachment part that is formed on the back plate in a manner rising inward of the back plate , a guide part that guides a brake cable coupled to the brake lever is fixedly provided inward of the anchor attachment part in a radial direction of the back plate , and at least one of the back plate and the anchor plate is integrally provided with a support part that abuts on the guide part to support the guide part .
A surface-coated cutting tool comprising a base material and a coating formed on said base material, said coating including a hard layer, said hard layer including a plurality of crystal grains having a sodium chloride-type crystal structure, wherein, said crystal grains have a layered structure in which a first layer composed of nitride or carbonitride of Al x Ti 1-x and a second layer composed of nitride or carbonitride of Al y Ti 1-y (where x≠y) are alternately stacked, and a total thickness of said first layer and said second layer adjacent to each other is 3 nm or more and 30 nm or less, wherein when crystal orientation of each of said plurality of crystal grains is analyzed using an electron backscatter diffraction system for a cross section of said hard layer that is parallel to a normal direction of a surface of said base material to measure an angle of intersection between a normal direction to plane that is a crystal plane of said crystal grain and the normal direction to the surface of said base material, a proportion A of said crystal grains having said angle of intersection of 0 degree or more to less than 20 degrees is 50% or more, characterized in that boundaries of said crystal grains include coincidence site lattice (CSL) boundaries and general boundaries, the length of Σ3 grain boundaries of said CSL boundaries is 50% or more of the length of Σ3-29 grain boundaries that is a total of respective lengths of Σ3 grain boundaries, Σ7 grain boundaries, Σ11 grain boundaries, Σ17 grain boundaries, Σ19 grain boundaries, Σ21 grain boundaries, Σ23 grain boundaries, and Σ29 grain boundaries included in said CSL boundaries and is 1% or more and 30% or less of the total length of all boundaries that is a sum of the length of said Σ3-29 grain boundaries and the length of said general boundaries, the lengths of grain boundaries being measured as described in the description.
Method for controlling a flow generator in a tank configured for housing a liquid comprising solid matter, the flow generator comprising an impeller and being located at a height (h-mixer) in the tank and the tank having a predetermined maximum filling height (h-max), wherein the flow generator is configured to be operated at a variable operational speed (n) and the demand of operational speed (n-demand) is dependent on the present liquid level height (h-present) in the tank , wherein a max operational speed (n-max) of the flow generator is the operational speed required when the liquid level in the tank is equal to the maximum filling height (h-max), the present operational speed (n-present) being set equal to the demand of operational speed (n-demand) of the flow generator characterized in that the operational speed is determined using the formula: n − present = n − demand = n − max h − max / h − present ∧ a at least when [ (h-mixer) + X ] ≤ (h-present) ≤ (h-max), wherein a ≥ (1/4) and a < 2/3, X = radius of the impeller of the flow generator + 1, and all heights and measures are given in meter. at least when [ (h-mixer) + X ] ≤ (h-present) ≤ (h-max), wherein a ≥ (1/4) and a < 2/3, X = radius of the impeller of the flow generator + 1, and all heights and measures are given in meter.
A fuel manifold assembly for a gas turbine engine , the fuel manifold assembly defining a walled conduit through which a fuel flows in a fuel passage , the walled conduit defining a first end and a second end opposite of the first end along a length of the walled conduit , wherein the fuel manifold assembly includes an exit manifold to which a fuel nozzle attaches, the fuel manifold assembly comprising: a damper assembly coupled to the walled conduit of the fuel manifold assembly , the damper assembly comprising a walled tube extended from the walled conduit , and wherein the damper assembly comprises a walled enclosure defining a damper cavity therein, wherein the damper cavity is in fluid communication with a damper passage defined within the walled tube , and wherein the damper passage is in fluid communication with the fuel passage , wherein the fuel manifold assembly defines a first damper assembly disposed at the first end of the walled conduit and a second damper assembly disposed at the second end of the walled conduit , and wherein the fuel manifold assembly further comprises: a connecting tube coupled to each of the walled enclosure of the first damper assembly and the second damper assembly . a damper assembly coupled to the walled conduit of the fuel manifold assembly , the damper assembly comprising a walled tube extended from the walled conduit , and wherein the damper assembly comprises a walled enclosure defining a damper cavity therein, wherein the damper cavity is in fluid communication with a damper passage defined within the walled tube , and wherein the damper passage is in fluid communication with the fuel passage , wherein the fuel manifold assembly defines a first damper assembly disposed at the first end of the walled conduit and a second damper assembly disposed at the second end of the walled conduit , and wherein the fuel manifold assembly further comprises: a connecting tube coupled to each of the walled enclosure of the first damper assembly and the second damper assembly . a connecting tube coupled to each of the walled enclosure of the first damper assembly and the second damper assembly .
A self-triggered flow-cytometer comprising: a liquid flow path for carrying a bio-sample to a region of the liquid flow path an excitation light source arranged to illuminate the region of the flow path, wherein the illumination of the bio sample in the region of the flow path causes the bio-sample to luminesce; a spectrum dispersive element arranged to disperse at least a portion of the luminescence from the bio-sample; a photo detection device having an array of photodetectors arranged to receive the luminescence dispersed by the spectrum dispersive element such that each photodetector receives a particular spectrum content of the dispersed luminescence, and arranged to generate an analog signal; a digital signal processor, the digital signal processor including an analog to digital converter for converting the analog signals from the array of photodetectors to digital signals, including a storage space having a digital storage space input and a digital storage space output, additionally including an analysis space, wherein the digital signal processor is configured to use the signals received from the array of photodetectors to cause the digital signal processor to store and analyse data from the photo detection device; the flow cytometer is charaterised in that the digital signal processor includes an add-logic that logically adds signals received from the array of photodetectors and uses the logically added signals as a trigger to cause the digital signal processor to store and analyse data from the photo detection device. a liquid flow path for carrying a bio-sample to a region of the liquid flow path an excitation light source arranged to illuminate the region of the flow path, wherein the illumination of the bio sample in the region of the flow path causes the bio-sample to luminesce; a spectrum dispersive element arranged to disperse at least a portion of the luminescence from the bio-sample; a photo detection device having an array of photodetectors arranged to receive the luminescence dispersed by the spectrum dispersive element such that each photodetector receives a particular spectrum content of the dispersed luminescence, and arranged to generate an analog signal; a digital signal processor, the digital signal processor including an analog to digital converter for converting the analog signals from the array of photodetectors to digital signals, including a storage space having a digital storage space input and a digital storage space output, additionally including an analysis space,