mhurhangee/ep-ind-claims huggingface dataset:
A container for a food product comprising: a wrapper surrounding the food product, said wrapper forming a top of the container; the top having an access opening so as to provide access to the food product; a sealing layer adhesively sealed to the top in a sealing area between the access opening and an adjacent edge of the top, and said sealing layer being operable to expose the access opening and reclosable against the top to seal the access opening; and means for pulling the sealing layer back to open the access opening; characterized in that the container further comprises: an elongated strip parallel to the direction of pulling the sealing layer back said elongated strip being formed from a portion of said top, said elongated strip being constructed such that when the sealable layer exposes the access opening for the first time, one end of the elongated strip falls into said container, said sealing layer being transparent and, prior to opening, the elongated strip is located in the sealing area; with the proviso that the portion of the top forming the access opening that is adhesively sealed to the sealing layer is not completely separated by a tear line from the remainder of the wrapper. a wrapper surrounding the food product, said wrapper forming a top of the container; the top having an access opening so as to provide access to the food product; a sealing layer adhesively sealed to the top in a sealing area between the access opening and an adjacent edge of the top, and said sealing layer being operable to expose the access opening and reclosable against the top to seal the access opening; and means for pulling the sealing layer back to open the access opening; an elongated strip parallel to the direction of pulling the sealing layer back said elongated strip being formed from a portion of said top, said elongated strip being constructed such that when the sealable layer exposes the access opening for the first time, one end of the elongated strip falls into said container, said sealing layer being transparent and, prior to opening, the elongated strip is located in the sealing area; with the proviso that the portion of the top forming the access opening that is adhesively sealed to the sealing layer is not completely separated by a tear line from the remainder of the wrapper.
A process for making deinked pulp from recovered paper, which comprises adding an anhydride of crystalline layered silicate in the ink detachment stage to detach the ink from the pulp by mechanical shear at a pH of 7.0-9.9.
Electric motor-driven household appliance, especially juicer or juice centrifuge with an actuation element able to be prevented from switching on by a safety device for a switch to control a drive motor, which is designed to drive a tool to which a collection vessel for separated foodstuff constituents is assigned, characterised in that the safety device is able to be put by the collection vessel in its operationally specified position into a setting releasing the actuation element and the safety device has a blocking means engaging into a slot guide of a slot guide carrier connected to the actuation element for blocking the switch when in contact with a stop of the slot guide.
A power device, comprising: at least one power semiconductor module comprising a wide bandgap semiconductor element; a cooling system for actively cooling the wide bandgap semiconductor element with a cooling medium, wherein the cooling system comprises a refrigeration device for lowering a temperature of the cooling medium below an ambient temperature of the power device; wherein the cooling system is adapted for lowering the temperature of the cooling medium in such a way that a temperature of the wide bandgap semiconductor element is below 100° C. at least one power semiconductor module comprising a wide bandgap semiconductor element; a cooling system for actively cooling the wide bandgap semiconductor element with a cooling medium, wherein the cooling system comprises a refrigeration device for lowering a temperature of the cooling medium below an ambient temperature of the power device; wherein the cooling system is adapted for lowering the temperature of the cooling medium in such a way that a temperature of the wide bandgap semiconductor element is below 100° C.
A controlling method of an air conditioner, the method comprising: receiving an externally input temperature; detecting position associated with an area of concentrated heat; determining an initial operation temperature based on the received externally input temperature or a preset program temperature; cooling or heating a designated space at the determined initial operation temperature for an initial operation time period; and after the initial operation time period has elapsed, cooling or heating the designated space to a comfort temperature, wherein the externally input temperature is a temperature between the initial operation temperature and the comfort temperature in both a cooling operation and a heating operation of the air conditioner, wherein performing cooling or heating a designated space at the determined initial operation temperature comprises performing a direct blowing operation to blow cooled or heated air toward the detected position of the area of concentrated heat. receiving an externally input temperature; detecting position associated with an area of concentrated heat; determining an initial operation temperature based on the received externally input temperature or a preset program temperature; cooling or heating a designated space at the determined initial operation temperature for an initial operation time period; and after the initial operation time period has elapsed, cooling or heating the designated space to a comfort temperature, wherein the externally input temperature is a temperature between the initial operation temperature and the comfort temperature in both a cooling operation and a heating operation of the air conditioner, wherein performing cooling or heating a designated space at the determined initial operation temperature comprises performing a direct blowing operation to blow cooled or heated air toward the detected position of the area of concentrated heat.
A method of transporting a rigid tie-in connection across a body of water for installation underwater, the method comprising: supporting the tie-in connection in the water by buoyancy acting on a frame (12, 64) that supports the tie-in connection until installation; towing the buoyancy-supported frame (12, 64) and the tie-in connection behind a towing vessel in a raised surface-tow configuration towards an installation site, wherein in the surface-tow configuration the combination of the frame (12, 64) and the tie-in connection has negative buoyancy in the water and is supported by external buoyancy; lowering the buoyancy-supported frame (12, 64) and the tie-in connection from the raised surface-tow configuration into a sub-surface transit configuration; and in the transit configuration, towing the buoyancy-supported frame (12, 64) and the tie-in connection behind a towing vessel toward an installation site. supporting the tie-in connection in the water by buoyancy acting on a frame (12, 64) that supports the tie-in connection until installation; towing the buoyancy-supported frame (12, 64) and the tie-in connection behind a towing vessel in a raised surface-tow configuration towards an installation site, wherein in the surface-tow configuration the combination of the frame (12, 64) and the tie-in connection has negative buoyancy in the water and is supported by external buoyancy; lowering the buoyancy-supported frame (12, 64) and the tie-in connection from the raised surface-tow configuration into a sub-surface transit configuration; and in the transit configuration, towing the buoyancy-supported frame (12, 64) and the tie-in connection behind a towing vessel toward an installation site.
An apparatus for operating on tissue, the apparatus comprising: (a) a body; (b) an ultrasonic transducer; (c) a shaft extending distally from the body, wherein the shaft defines a longitudinal axis; (d) an acoustic waveguide, wherein the waveguide is acoustically coupled with the transducer, wherein the waveguide comprises a flexible portion and a nodal portion located distal to the flexible portion, the nodal portion corresponding to a distal node associated with resonant ultrasonic vibrations communicated through the waveguide; (e) an articulation section coupled with the shaft, wherein a portion of the articulation section encompasses the flexible portion of the waveguide, wherein the articulation section further includes a distal collar located distal to the nodal portion of the waveguide, wherein the articulation section further comprises an outer tube engaged with the distal collar; (f) an end effector comprising an ultrasonic blade in acoustic communication with the waveguide; and (g) an articulation drive assembly (200; 300; 400; 500; 600) operable to drive articulation of the articulation section to thereby deflect the end effector from the longitudinal axis, wherein the articulation drive assembly comprises at least one translating member (1310, 1314) coupled with the distal collar, wherein a portion of the at least one translating member (1310, 1314) is interposed between the outer tube and the nodal portion of the waveguide. (a) a body; (b) an ultrasonic transducer; (c) a shaft extending distally from the body, wherein the shaft defines a longitudinal axis; (d) an acoustic waveguide, wherein the waveguide is acoustically coupled with the transducer, wherein the waveguide comprises a flexible portion and a nodal portion located distal to the flexible portion, the nodal portion corresponding to a distal node associated with resonant ultrasonic vibrations communicated through the waveguide; (e) an articulation section coupled with the shaft, wherein a portion of the articulation section encompasses the flexible portion of the waveguide, wherein the articulation section further includes a distal collar located distal to the nodal portion of the waveguide, wherein the articulation section further comprises an outer tube engaged with the distal collar; (f) an end effector comprising an ultrasonic blade in acoustic communication with the waveguide; and (g) an articulation drive assembly (200; 300; 400; 500; 600) operable to drive articulation of the articulation section to thereby deflect the end effector from the longitudinal axis, wherein the articulation drive assembly comprises at least one translating member (1310, 1314) coupled with the distal collar, wherein a portion of the at least one translating member (1310, 1314) is interposed between the outer tube and the nodal portion of the waveguide.
Method of manufacturing a reinforced expanded rubber sealing strip comprising extruding, in an extruder, a rubber compound comprising a blowing agent so as to form an elongate rubber compound strip provided with a groove running along the length of the strip; downstream of the extruder, applying a reinforcing strip of molten thermoplastic material in the groove to form a composite strip of the rubber compound strip and the reinforcing strip; heating the composite strip to expand and vulcanize the rubber compound strip to form a vulcanized composite strip; and cooling the vulcanized composite strip so as to shrink the rubber compound strip and solidify the strip of molten thermoplastic material to form the reinforced expanded rubber sealing strip characterized in that said step of applying a reinforcing strip of molten thermoplastic material in the groove to form a composite strip of the rubber compound strip and the reinforcing strip includes applying the reinforcing strip of molten thermoplastic material to the elongated rubber compound strip at an application position, wherein said application position is located downstream of the extruder, but before heating in the heating step. extruding, in an extruder, a rubber compound comprising a blowing agent so as to form an elongate rubber compound strip provided with a groove running along the length of the strip; downstream of the extruder, applying a reinforcing strip of molten thermoplastic material in the groove to form a composite strip of the rubber compound strip and the reinforcing strip; heating the composite strip to expand and vulcanize the rubber compound strip to form a vulcanized composite strip; and cooling the vulcanized composite strip so as to shrink the rubber compound strip and solidify the strip of molten thermoplastic material to form the reinforced expanded rubber sealing strip characterized in that said step of applying a reinforcing strip of molten thermoplastic material in the groove to form a composite strip of the rubber compound strip and the reinforcing strip includes applying the reinforcing strip of molten thermoplastic material to the elongated rubber compound strip at an application position, wherein said application position is located downstream of the extruder, but before heating in the heating step.
Clutch friction disc comprising friction linings borne by metal backings and fixed to a disc that has orifices, each friction lining being fixed to the disc by means of rivets extending through the orifices in the disc and having a first end welded to the metal backing bearing the said friction lining and a second end comprising a flange pressing against the disc, characterized in that each friction lining thus fixed to the disc has no hole or orifice aligned with the rivets that fix it to the disc.
A method comprising: removing a damaged portion of a coversheet from a dual walled component to expose a plurality of exposed pedestals and define a repair location and an adjacent coversheet portion, wherein the dual walled component comprises a spar comprising a plurality of pedestals and the coversheet, wherein the coversheet is attached to the plurality of pedestals, and wherein the plurality of exposed pedestals is from the plurality of pedestals; and attaching a material to the plurality of exposed pedestals and adjacent coversheet portion using directed energy deposition material addition to form a repaired coversheet portion. removing a damaged portion of a coversheet from a dual walled component to expose a plurality of exposed pedestals and define a repair location and an adjacent coversheet portion, wherein the dual walled component comprises a spar comprising a plurality of pedestals and the coversheet, wherein the coversheet is attached to the plurality of pedestals, and wherein the plurality of exposed pedestals is from the plurality of pedestals; and attaching a material to the plurality of exposed pedestals and adjacent coversheet portion using directed energy deposition material addition to form a repaired coversheet portion.
A display device comprising: a display panel having a front surface, an opposite back surface and lateral faces connecting the front surface and the back surface; a first polarizing plate, which is attached to the front surface of the display panel, wherein the first polarizing plate includes a polarizer defined at the front surface of the display panel and a base film (112, 113) defined at the front surface of the display panel, and a second polarizing plate attached to the back surface of the display panel, wherein a polarizer stretching direction of the polarizer of the first polarizing plate is perpendicular to a polarizer stretching direction of the second polarizing plate, and wherein a stretching direction of the base film (112, 113) of the first polarizing plate is the same as the polarizer stretching direction of the second polarizing plate, characterized in that the display device further comprises a first case member arranged to support the display panel and having a curved upper edge adjacent to a lateral face of the display panel, in that the first polarizing plate connects the display panel with the first case member, and in that the base film (112, 113) of the first polarizing plate is further defined on and attached to the outer surface of the first case member to connect the display panel with the first case member. a display panel having a front surface, an opposite back surface and lateral faces connecting the front surface and the back surface; a first polarizing plate, which is attached to the front surface of the display panel, wherein the first polarizing plate includes a polarizer defined at the front surface of the display panel and a base film (112, 113) defined at the front surface of the display panel, and a second polarizing plate attached to the back surface of the display panel, wherein a polarizer stretching direction of the polarizer of the first polarizing plate is perpendicular to a polarizer stretching direction of the second polarizing plate, and wherein a stretching direction of the base film (112, 113) of the first polarizing plate is the same as the polarizer stretching direction of the second polarizing plate, characterized in that the display device further comprises a first case member arranged to support the display panel and having a curved upper edge adjacent to a lateral face of the display panel, in that the first polarizing plate connects the display panel with the first case member, and in that the base film (112, 113) of the first polarizing plate is further defined on and attached to the outer surface of the first case member to connect the display panel with the first case member.
Device for the contactless detection of a three-dimensional contour, comprising a projector with an image-producing element and a projection lens for imaging a stripe pattern which can be generated on the image-producing element in an object space and also a camera arrangement which includes two camera lenses for observing the object space from two different directions, the projector and the camera arrangement being accommodated together in one measuring head which can be used as a hand-held device, characterised in that the camera arrangement has a common camera chip for both camera lenses, each of the camera lenses producing an image on respectively one half of the camera chip, wherein respectively at least two tilted elements (6, 6') are disposed in a beam path of each of the two camera lenses, all the lenses of the camera lenses being disposed on the object side of these tilted elements (6, 6') and at least one first tilted element of the tilted elements (6, 6') out of the beam path of each of the two camera lenses being disposed on a displaceable slide for adjustment.
A method of thermal energy storage and supply, comprising: providing subcooled water to a pressure vessel; heating liquid water within the pressure vessel using an electrically-powered heater so that the vessel contains saturated liquid water and steam at a variable storage pressure; controlling the heater to raise the storage pressure to a peak storage pressure of at least 2 MPa; selectively discharging steam from an outlet of the pressure vessel to a thermal load, in response to a thermal energy demand, such that during a depletion period the storage pressure reduces by at least 1 MPa from the peak storage pressure. providing subcooled water to a pressure vessel; heating liquid water within the pressure vessel using an electrically-powered heater so that the vessel contains saturated liquid water and steam at a variable storage pressure; controlling the heater to raise the storage pressure to a peak storage pressure of at least 2 MPa; selectively discharging steam from an outlet of the pressure vessel to a thermal load, in response to a thermal energy demand, such that during a depletion period the storage pressure reduces by at least 1 MPa from the peak storage pressure.
Method for detecting the angular position of a cap with respect to a bottle on which said cap is applied, wherein a first marker is provided on the surface of said cap and a second marker is provided on the surface of a portion of said bottle, said method comprising a step of capturing (110; 210) at least one first image (10; 10a, 10b) of said cap and said bottle portion and being characterized in that it further comprises: - a step of removing (120; 220) from said cap and said bottle portion and/or displacing relative to said cap and said bottle portion liquid drops and other possible impurities existing on said cap and said bottle portion; - a step of capturing (130; 230) at least one second image (30; 30a, 30b) of said cap and said bottle portion; - a step of comparing (140; 240) said at least one first image (10; 10a, 10b) and said at least one second image (30; 30a, 30b) of said cap and said bottle portion and generating at least one processing (40; 40a, 40b, 40c) of the image of said cap and said bottle portion; - a step of detecting (150; 250) the positions of said first and second markers (M1, M2) in said at least one processing (40; 40a, 40b, 40c) and determining the angle comprised between said markers (M1, M2). - a step of removing (120; 220) from said cap and said bottle portion and/or displacing relative to said cap and said bottle portion liquid drops and other possible impurities existing on said cap and said bottle portion; - a step of capturing (130; 230) at least one second image (30; 30a, 30b) of said cap and said bottle portion; - a step of comparing (140; 240) said at least one first image (10; 10a, 10b) and said at least one second image (30; 30a, 30b) of said cap and said bottle portion and generating at least one processing (40; 40a, 40b, 40c) of the image of said cap and said bottle portion; - a step of detecting (150; 250) the positions of said first and second markers (M1, M2) in said at least one processing (40; 40a, 40b, 40c) and determining the angle comprised between said markers (M1, M2).
Method for displaying the feasibility of a driving manoeuvre which can be carried out at least partially automatically in a vehicle, in which data on the surroundings of the vehicle are collected, from the data on the surroundings it is determined whether the driving manoeuvre can be carried out at the instantaneous position of the vehicle, a first graphic object (7, 8) which signals whether the driving manoeuvre can be carried out is generated and displayed on a display area, a second graphic object which represents the vehicle is generated and displayed on the display area, a fifth graphic object is generated around the second graphic object, and if another road user is sensed, the position of the other road user is displayed relative to the vehicle by means of the fifth graphic object. data on the surroundings of the vehicle are collected, from the data on the surroundings it is determined whether the driving manoeuvre can be carried out at the instantaneous position of the vehicle, a first graphic object (7, 8) which signals whether the driving manoeuvre can be carried out is generated and displayed on a display area, a second graphic object which represents the vehicle is generated and displayed on the display area, a fifth graphic object is generated around the second graphic object, and if another road user is sensed, the position of the other road user is displayed relative to the vehicle by means of the fifth graphic object.