mhurhangee/patent-ind-claim-en huggingface dataset:
Method for installing a drain, wherein the drain comprises: - a cup with a fluid outlet to be connected to a conduit, wherein the cup accommodates a water trap , the cup further comprising an axial channel along the circumference, the channel being open upwards and limited by a bottom , a channel wall and a cup wall ; - a circumferential drain wall adapted to fit into the channel , whereby the drain wall is arranged axially movable in the channel ; and - a casting framework arranged releasable around the outer circumference of the drain wall , the framework having a radial extension, wherein the drain wall has an outward radial flange at an upper end, the radial extension of the flange being equal or less than the radial extension of the framework , wherein the method comprises the following consecutive steps: a. arranging the cup at the desired place for the drain, and connecting the outlet to a conduit, b. inserting the drain wall into the axial channel , the wall protrudes above the expected level of the floor, c. arranging the framework around the circumference of the drain wall ; and d. casting the floor, characterized in that the method further comprises the steps of: e. sliding down the drain wall until a lower part of the radial extension of the framework is below the surface of the casted floor, f. once the floor is cured, removing the framework from the drain wall , the framework will leave a circumferential recess in the casted floor; and g. moving the drain wall axially into the axial channel until the radial flange of the drain wall rests upon the circumferential recess. - a cup with a fluid outlet to be connected to a conduit, wherein the cup accommodates a water trap , the cup further comprising an axial channel along the circumference, the channel being open upwards and limited by a bottom , a channel wall and a cup wall ; - a circumferential drain wall adapted to fit into the channel , whereby the drain wall is arranged axially movable in the channel ; and - a casting framework arranged releasable around the outer circumference of the drain wall , the framework having a radial extension, wherein the drain wall has an outward radial flange at an upper end, the radial extension of the flange being equal or less than the radial extension of the framework , a. arranging the cup at the desired place for the drain, and connecting the outlet to a conduit, b. inserting the drain wall into the axial channel , the wall protrudes above the expected level of the floor, c. arranging the framework around the circumference of the drain wall ; and d. casting the floor, e. sliding down the drain wall until a lower part of the radial extension of the framework is below the surface of the casted floor, f. once the floor is cured, removing the framework from the drain wall , the framework will leave a circumferential recess in the casted floor; and g. moving the drain wall axially into the axial channel until the radial flange of the drain wall rests upon the circumferential recess.
A rapid-cooling quenching apparatus in which a high-temperature metal sheet is dipped and cooled in a liquid , the apparatus comprising: a water tank containing the liquid in which the metal sheet is dipped, a jetting device having a plurality of nozzles through which the liquid is jetted onto front and back surfaces of the metal sheet and at least some of which are placed in the liquid in the water tank , and a pair of restraining rolls which are placed between an entrance-side end of the jetting device and an exit-side end of the jetting device and restrain the metal sheet , wherein nozzles nearest to the restraining rolls are inclined toward the restraining rolls from a horizontal plane in the jetting device . a water tank containing the liquid in which the metal sheet is dipped, a jetting device having a plurality of nozzles through which the liquid is jetted onto front and back surfaces of the metal sheet and at least some of which are placed in the liquid in the water tank , and a pair of restraining rolls which are placed between an entrance-side end of the jetting device and an exit-side end of the jetting device and restrain the metal sheet , wherein nozzles nearest to the restraining rolls are inclined toward the restraining rolls from a horizontal plane in the jetting device .
A textured press plate for use in manufacture of decorative laminate , characterized in that the textured press plate is manufactured by the method comprising: applying a UV curable acrylate mixture directly to a surface of a press plate substrate ; irradiating the UV curable acrylate mixture with LED precure by excimer UV so that the UV curable acrylate mixture is only crosslinked on a surface thereof to produce a supermatting surface through micro-convolution; and fully curing the UV-irradiated layer to form a textured coating layer on the surface of the press plate. applying a UV curable acrylate mixture directly to a surface of a press plate substrate ; irradiating the UV curable acrylate mixture with LED precure by excimer UV so that the UV curable acrylate mixture is only crosslinked on a surface thereof to produce a supermatting surface through micro-convolution; and fully curing the UV-irradiated layer to form a textured coating layer on the surface of the press plate.
A method for managing real-time access to logic data stored in a differential phase-change memory operated in single-ended mode and comprising a first main memory module that stores first logic data to be refreshed, and an auxiliary memory module , and a second main memory module that stores third logic data to be refreshed, said method comprising the steps of: a- storing second logic data in the auxiliary memory module , copying the first logic data; b- refreshing the first logic data; c- fetching , in response to a request for reading the first logic data, the second logic data during the step of refreshing the first logic data, and fetching the first logic data otherwise, d- storing fourth logic data in the auxiliary memory module , copying the third logic data; e- refreshing the third logic data; and f- fetching , in response to a request for reading the third logic data, the fourth logic data during the step of refreshing the third logic data, and fetching the third logic data otherwise, wherein the first main memory module is synchronised to a first clock signal (CLK A ) having a first frequency, and the second main memory module is synchronised to a second clock signal having a second frequency different from the first frequency, the method further comprising the steps of: - causing the auxiliary memory module to operate according to the synchronism of the first clock signal (CLK A ) during fetching of the second logic data; and - causing the auxiliary memory module to operate according to the synchronism of the second clock signal during fetching of the fourth logic data. a- storing second logic data in the auxiliary memory module , copying the first logic data; b- refreshing the first logic data; c- fetching , in response to a request for reading the first logic data, the second logic data during the step of refreshing the first logic data, and fetching the first logic data otherwise, d- storing fourth logic data in the auxiliary memory module , copying the third logic data; e- refreshing the third logic data; and f- fetching , in response to a request for reading the third logic data, the fourth logic data during the step of refreshing the third logic data, and fetching the third logic data otherwise, - causing the auxiliary memory module to operate according to the synchronism of the first clock signal (CLK A ) during fetching of the second logic data; and - causing the auxiliary memory module to operate according to the synchronism of the second clock signal during fetching of the fourth logic data.
Technoscopic instrument for machining surfaces in technical hollow spaces, wherein the instrument comprises a stationary tubular shaft and a tool unit , which is arranged distally on the shaft , for holding a machining tool and which can be swivelled perpendicularly to a longitudinal axis of the shaft by means of joint , wherein for selective swivelling, the tool unit is coupled to a first adjustment unit that is arranged proximally on the instrument , wherein the swivellable tool unit comprises an end section which is arranged distally with regard to the joint , is borne in an axially displaceable manner and via an elongated control element that does not yield to tension, is rigid and bends perpendicularly to its longitudinal axial extension, is coupled a second adjustment unit arranged proximally on the instrument , which is provided independently of and separately from the first adjustment unit , for the selective telescoping of the end section , characterised in that the control element is at a distance from a longitudinal axis of the shaft and in the tool unit assumes a coaxial alignment with the tool unit , wherein, facing the joint , the tool unit has an inlet area for the control elements that tapers in the distal direction. wherein the swivellable tool unit comprises an end section which is arranged distally with regard to the joint , is borne in an axially displaceable manner and via an elongated control element that does not yield to tension, is rigid and bends perpendicularly to its longitudinal axial extension, is coupled a second adjustment unit arranged proximally on the instrument , which is provided independently of and separately from the first adjustment unit , for the selective telescoping of the end section , characterised in that the control element is at a distance from a longitudinal axis of the shaft and in the tool unit assumes a coaxial alignment with the tool unit , wherein, facing the joint , the tool unit has an inlet area for the control elements that tapers in the distal direction.
A method for capturing specific cells present in blood, the method comprising: centrifuging sampled blood at a centrifugal force of 1000 to 3000 G; and capturing specific cells therefrom onto a hydrophilic polymer layer, wherein the specific cells are cancer cells. centrifuging sampled blood at a centrifugal force of 1000 to 3000 G; and capturing specific cells therefrom onto a hydrophilic polymer layer, wherein the specific cells are cancer cells.
An apparatus for removing particles (P) using symmetrical gas injection, the apparatus comprising: a casing having an inner space; a gas injection part in which a plurality of gas nozzles are formed on a first side of the casing , the plurality of gas nozzles are disposed symmetrically and away from an object (M), and particles (P) on the surface of the object (M) are removed by injecting gas on the object (M); a recovery part which has a recovery pipe connected to a second side of the casing , opposite of the first side and inserted therein and configured to recover the particles (P) removed from the object (M) to the recovery pipe ; a direction induction nozzle which is formed in the casing and configured to inject direction induced gas toward an inlet of the recovery pipe to induce the particles (P) removed from the object (M) in a desired direction; and a cleaning gas injection part which is connected to the second side of the casing and configured to inject cleaning gas to the inside of the casing , wherein the cleaning gas moves in a longitudinal direction inside the casing along an outer side of the recovery pipe to prevent foreign substances existing around the gas nozzles from being introduced to the recovery part . a casing having an inner space; a gas injection part in which a plurality of gas nozzles are formed on a first side of the casing , the plurality of gas nozzles are disposed symmetrically and away from an object (M), and particles (P) on the surface of the object (M) are removed by injecting gas on the object (M); a recovery part which has a recovery pipe connected to a second side of the casing , opposite of the first side and inserted therein and configured to recover the particles (P) removed from the object (M) to the recovery pipe ; a direction induction nozzle which is formed in the casing and configured to inject direction induced gas toward an inlet of the recovery pipe to induce the particles (P) removed from the object (M) in a desired direction; and a cleaning gas injection part which is connected to the second side of the casing and configured to inject cleaning gas to the inside of the casing , wherein the cleaning gas moves in a longitudinal direction inside the casing along an outer side of the recovery pipe to prevent foreign substances existing around the gas nozzles from being introduced to the recovery part .
Method for operating an ultrasound generator for supplying HF power to an ultrasonic transducer , which ultrasound generator has at least one oscillation circuit that is electrically excitable by means of an exciter signal at an excitation frequency (f), which oscillation circuit is in electrically operative connection with at least one electro-mechanical oscillation system of the ultrasonic transducer, the impedance of which has a magnitude maximum (PR) in the case of a parallel resonance of the oscillation system and a magnitude minimum (SR) in the case of a series resonance of oscillation system, wherein a) in the oscillation circuit , at least during start-up of the oscillation system at an initial excitation frequency (f) the phase difference (Δφ) between the current and the voltage of the exciter signal is determined and used for regulating the frequency of the ultrasound generator ; characterised in that b) in dependence upon the determined phase difference (Δφ), in the case of a phase difference < 0° the initial excitation frequency (f) is regulated in respect of its frequency in such a way that when a start frequency of the excitation signal is reached the phase difference (Δφ) becomes substantially zero and the impedance of the oscillation system approaches its magnitude minimum (SR) or its magnitude maximum (PR); c) the oscillation system at the start frequency is excited to ultrasonic oscillations and, d) for adaptation of the amplitude or output of the oscillation system, the excitation frequency is regulated in such a way that the phase (Δφ) of the impedance of the oscillation system is > 0°. a) in the oscillation circuit , at least during start-up of the oscillation system at an initial excitation frequency (f) the phase difference (Δφ) between the current and the voltage of the exciter signal is determined and used for regulating the frequency of the ultrasound generator ; characterised in that b) in dependence upon the determined phase difference (Δφ), in the case of a phase difference < 0° the initial excitation frequency (f) is regulated in respect of its frequency in such a way that when a start frequency of the excitation signal is reached the phase difference (Δφ) becomes substantially zero and the impedance of the oscillation system approaches its magnitude minimum (SR) or its magnitude maximum (PR); c) the oscillation system at the start frequency is excited to ultrasonic oscillations and, d) for adaptation of the amplitude or output of the oscillation system, the excitation frequency is regulated in such a way that the phase (Δφ) of the impedance of the oscillation system is > 0°.
A hybrid method of video and vision based access control for parking occupancy determination, said method comprising: defining at least two regions of interest with respect to a parking area of interest, wherein a first region of interest among said at least two regions of interest is smaller than a second region of interest among said at least two regions of interest; acquiring image frames of said parking area of interest, the acquired image frames including said at least two regions of interest ; performing a video-based analysis to analyse said at least two regions of interest defined within said parking area of interest for motion detection or content change detection ; performing a vision-based image content classification operation with respect to the first region of interest when a change of image content in the first region of interest is detected in the video-based analysis ; and performing an object tracking operation with respect to the second region of interest if a result of said vision-based image content classification operation indicates a presence of an object of interest within said first region of interest to thereafter determine the access type based on the tracking result of the object of interest to thereafter determine parking occupancy. defining at least two regions of interest with respect to a parking area of interest, wherein a first region of interest among said at least two regions of interest is smaller than a second region of interest among said at least two regions of interest; acquiring image frames of said parking area of interest, the acquired image frames including said at least two regions of interest ; performing a video-based analysis to analyse said at least two regions of interest defined within said parking area of interest for motion detection or content change detection ; performing a vision-based image content classification operation with respect to the first region of interest when a change of image content in the first region of interest is detected in the video-based analysis ; and performing an object tracking operation with respect to the second region of interest if a result of said vision-based image content classification operation indicates a presence of an object of interest within said first region of interest to thereafter determine the access type based on the tracking result of the object of interest to thereafter determine parking occupancy.
Wound stator comprising a body provided with notches and a winding formed from a ply comprising a plurality of phase coils (E1-E6), said winding comprising a regular part in which, for each phase coil (E1-E6), segment structures are each linked, via two loop structures , to two adjacent segment structures situated in two different notches ; and an irregular winding part in which, for each phase coil (E1-E6), composed of a single wire , a segment structure is linked via two loop structures to two segment structures that are radially superposed with respect to one another in one and the same notch , so that, for each phase coil, the direction of travel by the phase coil in the notches of the stator is reversed in a notch called reversal notch in which is housed said segment structure linked via two loop structures to two superposed segment structures , the stator being characterized in that , for at least one phase coil (E1-E6) of the irregular winding part , at least one of the loop structures has radial adjustments such that said at least one loop structure of the phase coils (E1-E6) do not overlap.
A system comprising: a needle hub having a proximal end and a distal end , the proximal end of the needle hub (26, 126 226) having a connection portion configured to receive a first container; a cannula received by the needle hub , the cannula having a proximal end and a distal end and a lumen; a cannula seal comprising a resilient sleeve enclosing at least a portion of the cannula , the cannula seal having an open proximal end and a distal end , wherein the needle hub and cannula seal define a collapsible capsule having an interior cavity; and a vial adapter configured to be attached to a second container, the vial adapter having a vial seal and a body , the vial seal is configured to engage the cannula seal , the body of the vial adapter is configured to align with a septum of the second container; wherein the cannula seal has a first position where the cannula seal encloses the distal end of the cannula 20, 120, 120B) and a second position where the cannula seal is engaged to the vial and is retracted to insert the distal end of the cannula and lumen to an interior of the vial, and further wherein the vial seal of the vial adapter defines a recess that is configured to receive the distal end of the cannula seal , characterized in that the system further comprising an aspiration arrangement having a ring-shaped filter and a one-way valve disposed in the collapsible capsule the filter disposed between the interior cavity and an exterior of the collapsible capsule thereby allowing air to be aspirated through the filter and into the cannula lumen. a needle hub having a proximal end and a distal end , the proximal end of the needle hub (26, 126 226) having a connection portion configured to receive a first container; a cannula received by the needle hub , the cannula having a proximal end and a distal end and a lumen; a cannula seal comprising a resilient sleeve enclosing at least a portion of the cannula , the cannula seal having an open proximal end and a distal end , wherein the needle hub and cannula seal define a collapsible capsule having an interior cavity; and a vial adapter configured to be attached to a second container, the vial adapter having a vial seal and a body , the vial seal is configured to engage the cannula seal , the body of the vial adapter is configured to align with a septum of the second container; wherein the cannula seal has a first position where the cannula seal encloses the distal end of the cannula 20, 120, 120B) and a second position where the cannula seal is engaged to the vial and is retracted to insert the distal end of the cannula and lumen to an interior of the vial, and further wherein the vial seal of the vial adapter defines a recess that is configured to receive the distal end of the cannula seal , characterized in that the system further comprising an aspiration arrangement having a ring-shaped filter and a one-way valve disposed in the collapsible capsule the filter disposed between the interior cavity and an exterior of the collapsible capsule thereby allowing air to be aspirated through the filter and into the cannula lumen.