mhurhangee/patent-ind-claim-en huggingface dataset:
A method for powder coating of a surface comprising the steps of a. provision of a pre-coated metal surface, wherein said pre-coated metal surface comprises a charged polymer surface, particularly a positively charged polymer surface, b. application of a membrane to said charged polymer surface and subsequent application of an electrostatic potential to said membrane, wherein said membrane is applied in such way to said charged polymer surface that ion permeation takes place after the application of the electrostatic potential in sections, of the polymer yielding a charged polymer surface with activated polymer surface sections, c. removal of said membrane, yielding an activated surface, d. application of at least one charged powder coating onto said activated surface, yielding a patterned surface. a. provision of a pre-coated metal surface, wherein said pre-coated metal surface comprises a charged polymer surface, particularly a positively charged polymer surface, b. application of a membrane to said charged polymer surface and subsequent application of an electrostatic potential to said membrane, wherein said membrane is applied in such way to said charged polymer surface that ion permeation takes place after the application of the electrostatic potential in sections, of the polymer yielding a charged polymer surface with activated polymer surface sections, c. removal of said membrane, yielding an activated surface, d. application of at least one charged powder coating onto said activated surface,
Film production process of at least one two-colored patterned thermally deformable plastic film comprising the steps: - Extruding one first plastic material into a flowable plastic melt and two-dimensional dispensing of the plastic melt from the first plastic material in a first thickness using an extruder die / slot die; - application in a defined two-dimensional way of a second scatterable and/or free-flowing plastic material in a defined pattern design using a pattern template onto the plastic melt consisting of the first plastic material , and - calendaring / calibrating the thickness of the plastic melt and simultaneously at least partially impressing the second plastic material which is applied two-dimensionally and in a pattern design into the first plastic material by means of a calendar arrangement , - cooling the melt into a solid plastic film, wherein for applying the second plastic material the second plastic material is available as granulate, powder, grit or particle mixture, wherein the particle size of the second plastic material corresponds on average - to the end thickness of the plastic film , or - up to a maximum of 50% greater and/or a minimum of 70% smaller than the end thickness of the plastic film . - Extruding one first plastic material into a flowable plastic melt and two-dimensional dispensing of the plastic melt from the first plastic material in a first thickness using an extruder die / slot die; - application in a defined two-dimensional way of a second scatterable and/or free-flowing plastic material in a defined pattern design using a pattern template onto the plastic melt consisting of the first plastic material , and - calendaring / calibrating the thickness of the plastic melt and simultaneously at least partially impressing the second plastic material which is applied two-dimensionally and in a pattern design into the first plastic material by means of a calendar arrangement , - cooling the melt into a solid plastic film, wherein for applying the second plastic material the second plastic material is available as granulate, powder, grit or particle mixture, wherein the particle size of the second plastic material corresponds on average - to the end thickness of the plastic film , or - up to a maximum of 50% greater and/or a minimum of 70% smaller than the end thickness of the plastic film .
Rotating electrical machine comprising: - stator with a winding provided with phase outputs , - a bearing comprising openings allowing the passage of the phase outputs , said rotating electric machine comprising at least one sealing element fixed onto the bearing to at least partially seal one of said openings allowing the passage of the phase outputs of the bearing , said sealing element extending at least partly into a thickness of the corresponding opening , characterized in that the sealing element comprises snap-fitting means with the bearing . - stator with a winding provided with phase outputs , - a bearing comprising openings allowing the passage of the phase outputs ,
A backlight device comprising: a plurality of light sources arranged in a shape of a matrix; a reflective sheet having partition walls arranged to surround each of the plurality of light sources in four directions and reflecting light emitted from the plurality of light sources , a region obtained by surrounding a light source with partition walls in four directions being a light-emitting region ; a luminance uniformity plate located above the reflective sheet and uniforming luminance of the light emitted from the plurality of light sources and light reflected by the reflective sheet , the luminance uniformity plate being a reflective plate with a plurality of holes corresponding to the light distribution of the light sources , wherein the size of the holes in each light-emitting region becomes smaller with decreasing distance of the holes to the light source of the respective light-emitting region in planar view; a support member supporting the luminance uniformity plate , characterized in that the reflective sheet includes an opening portion in a portion of at least one partition wall of the partition walls arranged in the four directions which is other than four corners, and in that the support member includes a shield portion disposed in the opening portion and shielding the opening portion . a plurality of light sources arranged in a shape of a matrix; a reflective sheet having partition walls arranged to surround each of the plurality of light sources in four directions and reflecting light emitted from the plurality of light sources , a region obtained by surrounding a light source with partition walls in four directions being a light-emitting region ; a luminance uniformity plate located above the reflective sheet and uniforming luminance of the light emitted from the plurality of light sources and light reflected by the reflective sheet , the luminance uniformity plate being a reflective plate with a plurality of holes corresponding to the light distribution of the light sources , wherein the size of the holes in each light-emitting region becomes smaller with decreasing distance of the holes to the light source of the respective light-emitting region in planar view; a support member supporting the luminance uniformity plate , characterized in that the reflective sheet includes an opening portion in a portion of at least one partition wall of the partition walls arranged in the four directions which is other than four corners, and in that the support member includes a shield portion disposed in the opening portion and shielding the opening portion .
A cancer vaccine, comprising: (a) a tumor-associated carbohydrate antigen; and (b) a diphtheria toxin (DT), wherein the ratio of the tumor-associated carbohydrate antigen to DT ranges from 5:1 to 24:1, and the tumor-associated carbohydrate antigen is selected from Globo H, stage-specific embryonic antigen-3 (SSEA-3) or stage-specific embryonic antigen-4 (SSEA-4). (a) a tumor-associated carbohydrate antigen; and (b) a diphtheria toxin (DT),
A surgical instrument for connecting body tissue with a connecting means for connecting body tissue, wherein the connecting means comprises two tool elements movable in relation to one another, wherein the instrument comprises a cutting means with a cutting element for cutting tissue and the cutting element is movable in relation to at least one of the tool elements , characterized in that the cutting means is designed as an RF cutting means that has the cutting element and a counterelectrode lying opposite same, to which RF current can be fed; the counterelectrode is formed on one of the tool elements ; and the cutting element has a cutting edge , which defines a cutting plane , which is sloped in relation to a tool element surface, on which the counterelectrode is formed, wherein the cutting edge of the cutting element and the counterelectrode have a circular design.
A subsea process fluid flow measurement system comprising: a venturi flow meter body configured to receive a fluid flow therethrough, the venturi flow meter body having a constricted throat region and a plurality of pressure taps disposed therein; at least one remote seal assembly mounted to a respective pressure tap on the venturi flow meter body , the remote seal assembly comprising: an upper housing having a fluid coupling for coupling the remote seal assembly to a process fluid pressure measurement device ; a lower housing coupled to the upper housing and having an interface that is configured to mount to a pressure vessel , the lower housing also having a process fluid inlet ; an isolation diaphragm disposed between the upper and lower housings; wherein at least one of the upper housing, lower housing and isolation diaphragm are constructed from a material suitable for immersion in saltwater; a pressure transmitter fluidically coupled to each at least one remote seal assembly ; and wherein each remote seal assembly is mounted to the venturi flow meter body by no more than four bolts. a venturi flow meter body configured to receive a fluid flow therethrough, the venturi flow meter body having a constricted throat region and a plurality of pressure taps disposed therein; at least one remote seal assembly mounted to a respective pressure tap on the venturi flow meter body , the remote seal assembly comprising: an upper housing having a fluid coupling for coupling the remote seal assembly to a process fluid pressure measurement device ; a lower housing coupled to the upper housing and having an interface that is configured to mount to a pressure vessel , the lower housing also having a process fluid inlet ; an isolation diaphragm disposed between the upper and lower housings; wherein at least one of the upper housing, lower housing and isolation diaphragm are constructed from a material suitable for immersion in saltwater; an upper housing having a fluid coupling for coupling the remote seal assembly to a process fluid pressure measurement device ; a lower housing coupled to the upper housing and having an interface that is configured to mount to a pressure vessel , the lower housing also having a process fluid inlet ; an isolation diaphragm disposed between the upper and lower housings; wherein at least one of the upper housing, lower housing and isolation diaphragm are constructed from a material suitable for immersion in saltwater; a pressure transmitter fluidically coupled to each at least one remote seal assembly ; and wherein each remote seal assembly is mounted to the venturi flow meter body by no more than four bolts.
A diagnostic method of a depollution device of a motor vehicle , said vehicle including a petrol-driven heat engine and a depollution device of the exhaust gases of said petrol-driven heat engine , said exhaust gases being designed to pass through said depollution device from upstream to downstream, said vehicle including an upstream oxygen probe placed upstream of the depollution device and a downstream oxygen probe placed downstream of the depollution device , said method including: - a step of determining the temperature (T) of the exhaust gases by the upstream oxygen probe , - a step of determining the temperature (T) of the exhaust gases by the downstream oxygen probe , - a step of detecting the presence of the depollution device between the oxygen probes if the time interval (Δt) between a first time at which the temperature (T) determined by the upstream oxygen probe reaches a predetermined value and a second time at which the temperature (T) determined by the downstream oxygen probe reaches said predetermined value is greater than a predetermined interval threshold value, characterized in that - a step of determining the regeneration of the depollution device if the determined temperatures (T) bring about the detection of an exothermic phenomenon between said upstream oxygen probe and said downstream probe . - a step of determining the temperature (T) of the exhaust gases by the upstream oxygen probe , - a step of determining the temperature (T) of the exhaust gases by the downstream oxygen probe , - a step of detecting the presence of the depollution device between the oxygen probes if the time interval (Δt) between a first time at which the temperature (T) determined by the upstream oxygen probe reaches a predetermined value and a second time at which the temperature (T) determined by the downstream oxygen probe reaches said predetermined value is greater than a predetermined interval threshold value, characterized in that - a step of determining the regeneration of the depollution device if the determined temperatures (T) bring about the detection of an exothermic phenomenon between said upstream oxygen probe and said downstream probe .
A device for supporting raised floors, comprising: - a base , - an annular element , internally threaded, supported by said base , - a cylindrical body , threaded externally and designed to engage by screwing with said annular element , - a support head designed to house one or more elements of a floor, said support head being stably connected to said cylindrical body, - adjusting means for adjusting the distance of said support head from said base , said adjusting means comprising gripping organs emerging from said support head and configured to allow engagement with said support head to cause its rotation, in screwing/unscrewing with respect to said annular element , said adjusting means also comprising an engagement portion centrally obtained in said support head and configured to be engageable by a tool to cause rotation of said support head , in screwing/unscrewing with respect to said annular element , characterised in that said gripping organs emerging from said head comprise at least two hexagonal elements extending below said support head and configured to be engaged by a wrench. - a base , - an annular element , internally threaded, supported by said base , - a cylindrical body , threaded externally and designed to engage by screwing with said annular element , - a support head designed to house one or more elements of a floor, said support head being stably connected to said cylindrical body, - adjusting means for adjusting the distance of said support head from said base , said adjusting means comprising gripping organs emerging from said support head and configured to allow engagement with said support head to cause its rotation, in screwing/unscrewing with respect to said annular element , said adjusting means also comprising an engagement portion centrally obtained in said support head and configured to be engageable by a tool to cause rotation of said support head , in screwing/unscrewing with respect to said annular element , characterised in that said gripping organs emerging from said head comprise at least two hexagonal elements extending below said support head and configured to be engaged by a wrench.
A method of controlling a wind turbine, the wind turbine comprising a tower structure supporting a nacelle and a rotor with a number of pitch-adjustable rotor blades, the rotor being arranged to drive an electrical generator, the method comprises: obtain a position signal indicative of a position of the nacelle in a direction of a movement of the nacelle; determine a first signal based on the position signal, the first signal being determined to reduce nacelle vibration in the direction of the movement of the nacelle; determine a tower vibration frequency of a tower vibration eigenmode; determine an excitation frequency affecting the tower structure; determine an adjustment gain, the adjustment gain having an operational sign defined by a separation between the excitation frequency and the tower vibration frequency, and apply the adjustment gain to the first signal; and determine an actuator signal based on the gain adjusted first signal, and apply the actuator signal to an actuator of the wind turbine capable of reducing nacelle vibration in the direction of the movement of the nacelle. obtain a position signal indicative of a position of the nacelle in a direction of a movement of the nacelle; determine a first signal based on the position signal, the first signal being determined to reduce nacelle vibration in the direction of the movement of the nacelle; determine a tower vibration frequency of a tower vibration eigenmode; determine an excitation frequency affecting the tower structure; determine an adjustment gain, the adjustment gain having an operational sign defined by a separation between the excitation frequency and the tower vibration frequency, and apply the adjustment gain to the first signal; and determine an actuator signal based on the gain adjusted first signal, and apply the actuator signal to an actuator of the wind turbine capable of reducing nacelle vibration in the direction of the movement of the nacelle.
A rotor blade for an axial fan , comprising: a main body which is to be fastened to a hub of the rotor , and which is made predominantly or entirely of a first material; and a cap which is attachable to a radially outwards pointing end of the main body , and which is made predominantly or entirely of a second material, wherein the second material has a higher thermal expansion coefficient than the first material, characterised in that the second material is aluminium or contains aluminium. a main body which is to be fastened to a hub of the rotor , and which is made predominantly or entirely of a first material; and a cap which is attachable to a radially outwards pointing end of the main body , and which is made predominantly or entirely of a second material, wherein the second material has a higher thermal expansion coefficient than the first material, characterised in that the second material is aluminium or contains aluminium.
An image processing apparatus , comprising generating means for generating, using a plurality of radiation images corresponding to mutually different radiation energies, a first material decomposition image (B) that indicates a thickness of a first material and a second material decomposition image (S) that indicates a thickness of a second material that differs from the first material, wherein the generating means generates, using the first material decomposition image and the second material decomposition image, a thickness image (T) in which the thickness of the first material and the thickness of the second material are added together; characterized in that the generating means, using a new thickness image (T') obtained by applying a spatial filter to the thickness image, and the plurality of radiation images, generates a material decomposition image (B') indicating a thickness of the first material with reduced noise compared to the first material decomposition image, a material decomposition image (S') indicating a thickness of the second material with reduced noise compared to the second material decomposition image, and a third material decomposition image (I') that indicates a thickness of a third material that is different from the first and second materials. generating means for generating, using a plurality of radiation images corresponding to mutually different radiation energies, a first material decomposition image (B) that indicates a thickness of a first material and a second material decomposition image (S) that indicates a thickness of a second material that differs from the first material, wherein the generating means generates, using the first material decomposition image and the second material decomposition image, a thickness image (T) in which the thickness of the first material and the thickness of the second material are added together; characterized in that the generating means, using a new thickness image (T') obtained by applying a spatial filter to the thickness image, and the plurality of radiation images, generates a material decomposition image (B') indicating a thickness of the first material with reduced noise compared to the first material decomposition image, a material decomposition image (S') indicating a thickness of the second material with reduced noise compared to the second material decomposition image, and a third material decomposition image (I') that indicates a thickness of a third material that is different from the first and second materials.
A method for controlling an interface emulsion layer within an oil treatment vessel , the method comprising the step of: injecting a water flow into a brine water layer of the oil treatment vessel through a plurality of inlets arranged about a manifold oriented in a horizontal plane and located in the brine water layer ; characterised in that each of the inlets is a radial eductor oriented in a vertical plane relative to the center line of the said manifold ; and the water flow through the eductors into the brine water layer causes a swirling flow pattern of a volume of water in the said brine water layer around each radial eductor , the swirling flow pattern agitating a lower surface of the interface emulsion layer residing above the brine water layer . injecting a water flow into a brine water layer of the oil treatment vessel through a plurality of inlets arranged about a manifold oriented in a horizontal plane and located in the brine water layer ; characterised in that each of the inlets is a radial eductor oriented in a vertical plane relative to the center line of the said manifold ; and the water flow through the eductors into the brine water layer causes a swirling flow pattern of a volume of water in the said brine water layer around each radial eductor , the swirling flow pattern agitating a lower surface of the interface emulsion layer residing above the brine water layer .
An operating method of a mobile device that can be controlled using a touch and drag operation, the mobile device having a touch screen, the method comprising: displaying, by the device, one or more menu icons in a first zone on the touch screen; sensing, by the device, a touch selection of a menu icon among the one or more menu icons displayed in the first zone on the touch screen; visibly providing, by the device, a boundary of a second zone on the touch screen in response to the sensed touch selection, the boundary of the second zone being visible after the touch selection is sensed, and removing the visibly provided boundary of the second zone if the menu icon is dragged from the first zone to the second zone; executing a function according to the dragging of the menu icon from the first zone to the second zone and displaying information regarding the function in the second zone; and after beginning executing the function, displaying a plurality of sub-menu icons that are used to control the information regarding the executed function. displaying, by the device, one or more menu icons in a first zone on the touch screen; sensing, by the device, a touch selection of a menu icon among the one or more menu icons displayed in the first zone on the touch screen; visibly providing, by the device, a boundary of a second zone on the touch screen in response to the sensed touch selection, the boundary of the second zone being visible after the touch selection is sensed, and removing the visibly provided boundary of the second zone if the menu icon is dragged from the first zone to the second zone; executing a function according to the dragging of the menu icon from the first zone to the second zone and displaying information regarding the function in the second zone; and after beginning executing the function, displaying a plurality of sub-menu icons that are used to control the information regarding the executed function.