mhurhangee/ep-ind-claims huggingface dataset:
Method for automatically analyzing extruded films, in particular stretched films, wherein a neck-in portion (7a, 7b) is formed at each of both edges of the film at a specific distance from an extrusion lip of a film extruder along the longitudinal transport direction of the film, comprising the following steps: continuously detecting the lateral position of one respective edge of the neck-in portion (7a, 7b) of the film, using two edge detectors (31a, 31b) being arranged along a first line substantially transversal to the longitudinal direction and being spaced from each other by a specific distance, characterized by determining the spatial relation between at least one lateral position at the extrusion lip and a respective lateral position at the neck-in portion (7a, 7b) on the basis of the two lateral positions of the edges of the neck-in portion (7a, 7b) of the film using a calculation means, creating at least one mark on the extruded film at at least one lateral position at the extrusion lip in the border region of the first and/or second lateral side of the film, and detecting the lateral position of the mark at the neck-in portion (7a, 7b). continuously detecting the lateral position of one respective edge of the neck-in portion (7a, 7b) of the film, using two edge detectors (31a, 31b) being arranged along a first line substantially transversal to the longitudinal direction and being spaced from each other by a specific distance, characterized by determining the spatial relation between at least one lateral position at the extrusion lip and a respective lateral position at the neck-in portion (7a, 7b) on the basis of the two lateral positions of the edges of the neck-in portion (7a, 7b) of the film using a calculation means, creating at least one mark on the extruded film at at least one lateral position at the extrusion lip in the border region of the first and/or second lateral side of the film, and detecting the lateral position of the mark at the neck-in portion (7a, 7b).
An image recognition device comprising: a storage unit configured to store, for each model image among a plurality of model images, one or more feature points; a feature point extractor configured to extract one or more feature points from an input image; characterized by: an identification unit configured to compare said one or more feature points in said input image and said one or more feature points in every model image to compute, for each model image, a respective first degree of similarity between the input image and the respective model image, and to identify the input image on the basis of said respective first degree of similarity; wherein the identification unit is configured to compute the first degree of similarity, for each model image, by computing a weighted similarity score as a total of weighted scores, each weighted score being computed for each matching feature point being a feature point in the respective model image matching a feature point in the input image, a respective weighted score being a value that increases as the number of model images including said matching feature point decreases. a storage unit configured to store, for each model image among a plurality of model images, one or more feature points; a feature point extractor configured to extract one or more feature points from an input image; characterized by: an identification unit configured to compare said one or more feature points in said input image and said one or more feature points in every model image to compute, for each model image, a respective first degree of similarity between the input image and the respective model image, and to identify the input image on the basis of said respective first degree of similarity; wherein the identification unit is configured to compute the first degree of similarity, for each model image, by computing a weighted similarity score as a total of weighted scores, each weighted score being computed for each matching feature point being a feature point in the respective model image matching a feature point in the input image, a respective weighted score being a value that increases as the number of model images including said matching feature point decreases. an identification unit configured to compare said one or more feature points in said input image and said one or more feature points in every model image to compute, for each model image, a respective first degree of similarity between the input image and the respective model image, and to identify the input image on the basis of said respective first degree of similarity; wherein the identification unit is configured to compute the first degree of similarity, for each model image, by computing a weighted similarity score as a total of weighted scores, each weighted score being computed for each matching feature point being a feature point in the respective model image matching a feature point in the input image, a respective weighted score being a value that increases as the number of model images including said matching feature point decreases.
A method for receiving information from a fluid container of an intravenous system in fluid communication with a fluid conduit, the method comprising: encoding information into a first acoustic signal to be transmitted by a first device arranged on or in the fluid container; transmitting from the first device the first acoustic signal into a fluid disposed within the fluid container and the fluid conduit; receiving the first acoustic signal at a second device acoustically coupled to the fluid conduit; decoding the information from the first acoustic signal received by the second device, wherein the information is associated with a fluid; comparing the received first acoustic signal to a signal characteristic stored in a second device memory to identify the fluid; determining if the fluid matches a fluid setting for the second device; and taking a corresponding action in the second device based on the received first acoustic signal, wherein the action comprises alerting an operator if the fluid does not match the fluid setting. encoding information into a first acoustic signal to be transmitted by a first device arranged on or in the fluid container; transmitting from the first device the first acoustic signal into a fluid disposed within the fluid container and the fluid conduit; receiving the first acoustic signal at a second device acoustically coupled to the fluid conduit; decoding the information from the first acoustic signal received by the second device, wherein the information is associated with a fluid; comparing the received first acoustic signal to a signal characteristic stored in a second device memory to identify the fluid; determining if the fluid matches a fluid setting for the second device; and taking a corresponding action in the second device based on the received first acoustic signal, wherein the action comprises alerting an operator if the fluid does not match the fluid setting.
Piston pump for pumping a liquid gas fuel, in particular LPG, having a cylinder (110, 120) and a piston (111, 121), wherein the piston (111, 121) is arranged in the cylinder (110, 120) to delimit a cylindrical cavity together with the cylinder (110, 120), the volume of which reduces by an axial movement of the piston (111, 121) within the cylinder (110, 120) in an ejection direction and increases in an opposite suction direction, wherein the cylindrical cavity is connected to an inlet via an inlet valve (112, 122) and to an outlet via an outlet valve (114, 124), wherein a drive is provided which can drive the piston (111, 121) for the axial movement via a crankshaft, a connecting rod (116, 126) and an elongated cylinder rod (117, 127), wherein the cylinder rod (117, 127) has a radial guide element (118, 128) and a guide (119, 129) is configured to axially, linearly guide the guide element (118, 128), so that the cylinder rod (117, 127) can only move axially in the ejection direction or the suction direction, characterized in that the guide (119, 129) is closed in the ejection direction and open in the suction direction.
A phosphor composition for converting light emitted from LED dies, the phosphor composition having an emission dominant wavelength responsive to an excitation dominant wavelength, the phosphor composition comprising: a first phosphor; a second; and a third phosphor, the phosphor composition having a first weight ratio of the first phosphor and the second phosphor, and a second weight ratio of the second phosphor and the third phosphor, the first and second weight ratios being arranged so that the emission dominant wavelength increases as the excitation dominant wavelength increases, wherein the first phosphor is a (Sr, Ba, Ca, Eu) 2 SiO 4 phosphor, the second phosphor is a Y 3 Al 5 O 12:Ce phosphor and the third phosphor a M 2 Si 5 N 8:Eu (M=Sr, Ca, Ba) phosphor, and wherein the first weight ratio is from about 21:15 to about 21:21 and the second weight ratio is from about 21:1 to about 15:6. a first phosphor; a second; and a third phosphor, the phosphor composition having a first weight ratio of the first phosphor and the second phosphor, and a second weight ratio of the second phosphor and the third phosphor, the first and second weight ratios being arranged so that the emission dominant wavelength increases as the excitation dominant wavelength increases, wherein the first phosphor is a (Sr, Ba, Ca, Eu) 2 SiO 4 phosphor, the second phosphor is a Y 3 Al 5 O 12:Ce phosphor and the third phosphor a M 2 Si 5 N 8:Eu (M=Sr, Ca, Ba) phosphor, and wherein the first weight ratio is from about 21:15 to about 21:21 and the second weight ratio is from about 21:1 to about 15:6.
Cooling device for liquid or doughy products which is intended to bring the said products into the solid state, said device being of the type comprising an enclosure inside which the said products scroll with the aid of a scrolling support, the said device including means,, for generating a flow of cold air in the direction of the said support, characterised in that it comprises at least one first cooling module and means for dividing the said products into portions downstream of the said first module in the direction in which the said products scroll, the said means for dividing into portions comprising pre-cutting means (51, 52) which produce grooves on the said products so as to delimit portions, the said device comprising means (6, 7) for separating the said portions, the said pre-cutting means (51, 52) overhanging a pre-cutting plane which is distinct from the said scrolling support, the said device comprising means for conveying the said products along on the said pre-cutting plane.
Device (1; 10) comprising a first bushing (3; 30) and a second bushing (4;40) for connecting a tube (8; 80) having an outer diameter substantially equal to the inner diameter of said first bushing (3; 30) to a seat (9; 90), by inserting at least a portion of the tube (8; 80) in the seat (9; 90), the device comprising an elastic element (2; 20) adapted to be coupled to the outer surface of the tube portion (8; 80) adapted to be inserted in the seat (9; 90), the elastic element (2; 20) being alternatively displaceable at least into: • a tube (8; 80) holding position, in which the elastic element (2; 20) prevents or hinders the removal of the tube (8; 80) from the seat (9; 90); • a tube (8; 80) releasing position, in which the elastic element (2; 20) allows the removal of the tube (8; 80) from the seat (9; 90), wherein the first bushing (3; 30) is couplable with the tube (8; 80) and it is couplable to the second bushing (4; 40) by at least partially inserting the first bushing (3; 30) inside the second bushing (4; 40), wherein one bushing of said first and second bushings (3, 4; 30, 40) comprises said elastic element (2; 20), while the other bushing (4, 3; 40, 30) of said first and second bushings comprises an actuator element (5; 50) actuating said elastic element (2; 20), configured so that the movement of the first bushing (3; 30) within the second bushing (4; 40) alternatively causes the engagement and disengagement between said elastic element (2; 20) and said actuator element (5; 50), so that to alternatively define said holding position and said releasing position depending on the relative position between said first bushing (3; 30) and said second bushing (4; 40), wherein said second bushing (4; 40) comprises a coupling element (4a; 40a), preferably elastic, which at least partially protrudes into said second bushing (4; 40), so that to achieve an interference coupling between said first bushing (3; 30) and said second bushing (4; 40), when the first bushing (3; 30) is inserted in the second bushing (4; 40), characterised in that said coupling element (4a, 40a) is configured as elastic lugs, with a portion protruding into the second bushing (4, 40), wherein said elastic lugs comprise a further portion, preferably at a free end thereof, protruding outside the second bushing (4, 40), so that when the second bushing (4, 40) is inserted in the seat (9, 90), the lugs (4a, 40a) are couplable by interference to the seat (9, 90), so that to reversibly constrain the second bushing (4, 40) to the seat (9, 90). • a tube (8; 80) holding position, in which the elastic element (2; 20) prevents or hinders the removal of the tube (8; 80) from the seat (9; 90); • a tube (8; 80) releasing position, in which the elastic element (2; 20) allows the removal of the tube (8; 80) from the seat (9; 90),
A method for reading a one-dimensional optical code, wherein image data including the code are recorded and a plurality of grayscale profiles through the code are obtained from the image data, a black-and-white profile is formed from the grayscale profiles by means of binarization, and the code content of the code is read from the black-and-white profile, characterized in that, in preparation for binarization, first a sharpened grayscale profile having an increased resolution, sharper edges and more pronounced extremes compared with the original image data is generated from the plurality of grayscale profiles, and in that the sharpened grayscale profile is binarized in order to form the black-and-white profile.
A touch panel comprising: a cover window in which an active area and an inactive area are defined; a sensing electrode in the active area; a wire electrode connected to the sensing electrode; and a bonding part connected to the wire electrode, wherein the sensing electrode comprises a first sensing electrode in the active area; and a second sensing electrode aligned on a same plane with the first sensing electrode in the active area, the first sensing electrode is coupled with the second sensing electrode wherein the wire electrode comprises at least one selected from the group consisting of indium tin oxide, indium zinc oxide, carbon nanotube, and Ag nano wire, and characterized in that a coupling region between the first sensing electrode and the second sensing electrode is increased as the first sensing electrode and the second sensing electrode are located away from the bonding part, wherein the first sensing electrode includes different patterns according to its location in the active area, wherein the second sensing electrode includes different patterns according to its location in the active area, wherein the first sensing electrode and the second sensing electrode have complementary shapes. a cover window in which an active area and an inactive area are defined; a sensing electrode in the active area; a wire electrode connected to the sensing electrode; and a bonding part connected to the wire electrode, wherein the sensing electrode comprises a first sensing electrode in the active area; and a second sensing electrode aligned on a same plane with the first sensing electrode in the active area, the first sensing electrode is coupled with the second sensing electrode wherein the wire electrode comprises at least one selected from the group consisting of indium tin oxide, indium zinc oxide, carbon nanotube, and Ag nano wire, and characterized in that a coupling region between the first sensing electrode and the second sensing electrode is increased as the first sensing electrode and the second sensing electrode are located away from the bonding part, wherein the first sensing electrode includes different patterns according to its location in the active area, wherein the second sensing electrode includes different patterns according to its location in the active area, wherein the first sensing electrode and the second sensing electrode have complementary shapes.
Control device for a flow of intake gas and/or recirculated exhaust gases in a cylinder of an internal combustion engine, for an intake module comprising at least one pipe which is arranged so as to supply the cylinder with intake gas and/or recirculated exhaust gases, said device comprising: - a means for deactivating at least one pipe which is able to be controlled between a first position in which the pipe supplies the cylinder with the intake gases and a second position in which the pipe supplies the cylinder with the recirculated exhaust gases, and - a sealing means capable of closing hermetically an opening of the pipe for the inlet of exhaust gases, characterized in that the sealing means is configured so as to be displaced as a result of the difference in pressure between the intake and the exhaust on both sides of the sealing means, between: - a locked position of the deactivation means in the first position when the pressure at the exhaust is higher than the pressure at the intake, and - a position of release of the deactivation means when the pressure at the exhaust is lower than the pressure at the intake. - a means for deactivating at least one pipe which is able to be controlled between a first position in which the pipe supplies the cylinder with the intake gases and a second position in which the pipe supplies the cylinder with the recirculated exhaust gases, and - a sealing means capable of closing hermetically an opening of the pipe for the inlet of exhaust gases, - a locked position of the deactivation means in the first position when the pressure at the exhaust is higher than the pressure at the intake, and - a position of release of the deactivation means when the pressure at the exhaust is lower than the pressure at the intake.
Window handle for a window, in particular for a turn/tilt window, having electrically switchable functional elements, characterized by a design as a switch handle with a rotatable handle for manually moving, in particular turning, a wing of the window, wherein no connection between the wing and handle exists via movable gear elements, and wherein an electrical plug-in connection is realized between the wing and the switch handle, and comprising at least one electrical switching element for switching the functional elements, said element being arranged on the handle and being manually operable from the outside.
A filter manufacturing machine comprising: a feed path along which filter tow is continuously fed; a forming device connected to a tail end of said feed path, said forming device being configured to form the filter tow into a hollow rod-shaped continuous filter body and send out the formed continuous filter body; a forming tube included in said forming device and having a tubular forming path through which the filter tow is passed while being brought together to be formed into the continuous filter body; a mandrel arranged in said forming tube and forming the tubular forming path in cooperation with said forming tube; and a heat treating section included in said forming tube and configured to heat the filter tow while the filter tow passes through the tubular forming path, characterised in that said mandrel has a small-diameter portion located at an inlet of said forming tube, a large-diameter portion located at an outlet of said forming tube, and a diameter expansion portion located between the small- and large-diameter portions, and the diameter expansion portion of said mandrel is located downstream of said heat treating section as viewed in a moving direction of the filter tow. a feed path along which filter tow is continuously fed; a forming device connected to a tail end of said feed path, said forming device being configured to form the filter tow into a hollow rod-shaped continuous filter body and send out the formed continuous filter body; a forming tube included in said forming device and having a tubular forming path through which the filter tow is passed while being brought together to be formed into the continuous filter body; a mandrel arranged in said forming tube and forming the tubular forming path in cooperation with said forming tube; and a heat treating section included in said forming tube and configured to heat the filter tow while the filter tow passes through the tubular forming path, characterised in that said mandrel has a small-diameter portion located at an inlet of said forming tube, a large-diameter portion located at an outlet of said forming tube, and a diameter expansion portion located between the small- and large-diameter portions, and the diameter expansion portion of said mandrel is located downstream of said heat treating section as viewed in a moving direction of the filter tow.
Swimming pool cleaning apparatus comprising: - a body, - at least one hydraulic liquid circulation circuit between at least one liquid inlet and at least one liquid outlet, and through a removable filtration device of the cleaning apparatus, said filtration device comprising at least one filtration chamber comprising: - a cover, - a filtration basket, the hydraulic fluid circulation circuit comprising a liquid discharge tube, said tube emerging from the cover of the filtration device to form said at least one liquid outlet, the filtration basket comprising a central filtering wall surrounding the liquid discharge tube over at least a part of its length, the filtration basket being produced in a single uninterrupted volume, peripheral to the central filtering wall, characterized in that the cover of the filtration device is securely attached in a removable fashion to the filtration basket, and comprises a handle for extracting the filtration device from the cleaning apparatus. - a body, - at least one hydraulic liquid circulation circuit between at least one liquid inlet and at least one liquid outlet, and through a removable filtration device of the cleaning apparatus, said filtration device comprising at least one filtration chamber comprising: - a cover, - a filtration basket,