mhurhangee/ep-ind-claims huggingface dataset:
An individual laying nest for laying animals comprising a cell provided with an access opening, means for closing the access opening of said cell, means for discharging eggs outside said cell, means for controlling the closing of the closing means for the passage to the closed position of the closing means, means for controlling the opening of the closing means for the passage to the open position of the closing means, a presence sensor, able to detect the presence of an animal in said cell and a sensor for detecting pressing configured to detect pressing exerted on the closing means in the direction of an opening in the closed position of said closing means, wherein the closing control means are configured, in the open position of the closing means and the activated state of the presence sensor, to allow the passage of the closing means to the closed position, said closing means are, in the closed position, mounted free to go from the closed position to the open position by pushing exerted by the animal on said closing means, and said opening control means are configured to be activated in the activated state of the pushing detection sensor, the opening control means and the closing control means of the closing means comprising an actuator associated with a distributor with three positions, the opening control means being formed by the actuator and the distributor in the first position while the closing control means are formed by the actuator and the distributor in the second and third positions.
A label issuing apparatus, comprising: a printer interface; and a processor configured to: generate print data for an image including a first region with first information and a second region with a first code symbol representing the first information and a second code symbol representing the first information but of a size different than a size of the first code symbol, and control the printer interface to transmit the print data; wherein: the second code symbol is larger than the first code symbol; the first and second code symbols are adjacent to each other in the horizontal direction in the second region, the first region is adjacent to the second region in the vertical direction; and the image further includes a third region adjacent to the second region in the vertical direction and including a third code symbol identical to the first code symbol and a fourth code symbol identical to the second code symbol. a printer interface; and a processor configured to: generate print data for an image including a first region with first information and a second region with a first code symbol representing the first information and a second code symbol representing the first information but of a size different than a size of the first code symbol, and control the printer interface to transmit the print data; wherein: the second code symbol is larger than the first code symbol; the first and second code symbols are adjacent to each other in the horizontal direction in the second region, the first region is adjacent to the second region in the vertical direction; and the image further includes a third region adjacent to the second region in the vertical direction and including a third code symbol identical to the first code symbol and a fourth code symbol identical to the second code symbol. generate print data for an image including a first region with first information and a second region with a first code symbol representing the first information and a second code symbol representing the first information but of a size different than a size of the first code symbol, and control the printer interface to transmit the print data; wherein: the second code symbol is larger than the first code symbol; the first and second code symbols are adjacent to each other in the horizontal direction in the second region, the first region is adjacent to the second region in the vertical direction; and the image further includes a third region adjacent to the second region in the vertical direction and including a third code symbol identical to the first code symbol and a fourth code symbol identical to the second code symbol. the second code symbol is larger than the first code symbol; the first and second code symbols are adjacent to each other in the horizontal direction in the second region, the first region is adjacent to the second region in the vertical direction; and the image further includes a third region adjacent to the second region in the vertical direction and including a third code symbol identical to the first code symbol and a fourth code symbol identical to the second code symbol.
A method comprising: identifying, by a computer, a networked media station connected to a network, wherein the identified networked media station has at least one entertainment device connected thereto, and wherein the networked media station comprises at least one buffer for buffering media content; receiving, by the computer, user input indicating selection of an entertainment device connected to the identified networked media station as a destination for multimedia content; opening, by the computer, a communications link with the networked media station associated with the selected entertainment device; and transmitting, by the computer, the multimedia content stored on the computer to the networked media station; buffering the multimedia content on the at least one buffer of the networked media station; characterised in that, upon determining that the buffered multimedia content has reached a predetermined capacity, outputting, by the networked media station, the multimedia content to the selected entertainment device, further comprising receiving at the computer, from the networked media station, an indication of the packet just received, as well as the status of the at least one buffer, wherein a rate of transmission of the media content is altered based on the status of the at least one buffer, wherein the networked media station provides a wireless network access point to the computer. identifying, by a computer, a networked media station connected to a network, wherein the identified networked media station has at least one entertainment device connected thereto, and wherein the networked media station comprises at least one buffer for buffering media content; receiving, by the computer, user input indicating selection of an entertainment device connected to the identified networked media station as a destination for multimedia content; opening, by the computer, a communications link with the networked media station associated with the selected entertainment device; and transmitting, by the computer, the multimedia content stored on the computer to the networked media station; buffering the multimedia content on the at least one buffer of the networked media station;
An aircraft seat comprising: a base assembly couplable to a floor of an aircraft cabin; a seat frame coupled to the base assembly, the seat frame including a seatback frame and a seat pan frame; a seat pan dress cover including at least one surface configured to conform to a corresponding surface of the seat pan frame; a seatback dress cover including at least one surface configured to conform to a corresponding surface of the seatback frame; and a modular seatback cover attachment system configured to couple the seatback dress cover to a portion of the seatback frame, the modular seatback cover attachment system comprising: one or more trim caps, the one or more trim caps including one or more tabs configured to reversibly couple the one or more trim caps to one or more portions of the seatback frame, the one or more tabs including one or more hook tabs along a rear surface of the one or more trim caps and one or more panel tabs along a front surface of the one or more trim caps; an interlocking assembly, the interlocking assembly configured to interlock the one or more trim caps when the one or more trim caps are coupled to the seatback frame; and a fastening assembly configured to couple the one or more trim caps to a portion of the seatback dress cover. a base assembly couplable to a floor of an aircraft cabin; a seat frame coupled to the base assembly, the seat frame including a seatback frame and a seat pan frame; a seat pan dress cover including at least one surface configured to conform to a corresponding surface of the seat pan frame; a seatback dress cover including at least one surface configured to conform to a corresponding surface of the seatback frame; and a modular seatback cover attachment system configured to couple the seatback dress cover to a portion of the seatback frame, the modular seatback cover attachment system comprising: one or more trim caps, the one or more trim caps including one or more tabs configured to reversibly couple the one or more trim caps to one or more portions of the seatback frame, the one or more tabs including one or more hook tabs along a rear surface of the one or more trim caps and one or more panel tabs along a front surface of the one or more trim caps; an interlocking assembly, the interlocking assembly configured to interlock the one or more trim caps when the one or more trim caps are coupled to the seatback frame; and a fastening assembly configured to couple the one or more trim caps to a portion of the seatback dress cover. one or more trim caps, the one or more trim caps including one or more tabs configured to reversibly couple the one or more trim caps to one or more portions of the seatback frame, the one or more tabs including one or more hook tabs along a rear surface of the one or more trim caps and one or more panel tabs along a front surface of the one or more trim caps; an interlocking assembly, the interlocking assembly configured to interlock the one or more trim caps when the one or more trim caps are coupled to the seatback frame; and a fastening assembly configured to couple the one or more trim caps to a portion of the seatback dress cover.
An optical fiber sensor (1; 2; 3; 4; 5) provided with an optical fiber and a base (20; 21; 25; 26) supporting the optical fiber, comprising: a first fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at a fixation position set on an installation surface for the optical fiber on the base (20; 21; 25; 26) in a state where a fiber Bragg grating (11a, 11b) is arranged in the optical fiber in one side of the fixation position and the optical fiber in the other side of the fixation position respectively; a second fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at the one side of the fixation position in a state where tension is applied to a first fiber Bragg grating which is the fiber Bragg grating of the optical fiber in the one side of the fixation position; and a third fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at the other side of the fixation position in a state where tension which is different from the tension for the first fiber Bragg grating is applied to a second fiber Bragg grating which is the fiber Bragg grating of the optical fiber in the other side of the fixation position and in a state where a Bragg wavelength of the second fiber Bragg grating is different from a Bragg wavelength of the first fiber Bragg grating, characterized in that the optical fiber includes one fiber Bragg grating having a single Bragg wavelength where a part of the one fiber Bragg grating constitutes the first fiber Bragg grating and another part of the one fiber Bragg grating constitutes the second fiber Bragg grating. a first fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at a fixation position set on an installation surface for the optical fiber on the base (20; 21; 25; 26) in a state where a fiber Bragg grating (11a, 11b) is arranged in the optical fiber in one side of the fixation position and the optical fiber in the other side of the fixation position respectively; a second fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at the one side of the fixation position in a state where tension is applied to a first fiber Bragg grating which is the fiber Bragg grating of the optical fiber in the one side of the fixation position; and a third fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at the other side of the fixation position in a state where tension which is different from the tension for the first fiber Bragg grating is applied to a second fiber Bragg grating which is the fiber Bragg grating of the optical fiber in the other side of the fixation position and in a state where a Bragg wavelength of the second fiber Bragg grating is different from a Bragg wavelength of the first fiber Bragg grating, characterized in that the optical fiber includes one fiber Bragg grating having a single Bragg wavelength where a part of the one fiber Bragg grating constitutes the first fiber Bragg grating and another part of the one fiber Bragg grating constitutes the second fiber Bragg grating.
A method for manufacturing and identity booklet cover provided with a radio frequency identification device (RFID), said device featuring an antenna and an integrated circuit module connected to the antenna, said method including the following steps: - producing an antenna having contacts (13 and 14) on a support made of paper or synthetic paper, - creating a recess between the contacts (13 and 14) of the antenna, - placing adhesive dielectric material (25, 26) on the antenna support near said antenna contacts, - the said antenna contacts (13 and 14) having a concave or hollow shape or are hollowed out like a ring so that the said contacts of adhesive material (25, 26) are placed inside the hollow part of the concave shape or inside the recess, - positioning an integrated circuit module on said support, said module featuring groups of contacts (33, 34) and the chip connected to groups of contacts inside an encapsulation of the module, so that the groups of contacts of said module are opposite said contacts of said antenna and the module is encapsulated into the recess, - placing on the face of said support featuring the antenna at least one layer of thermo-adhesive film (40, 50, 60), - placing a cover layer on the layer (or) layer(s) (40 or 50 and 60) of thermo-adhesive film, - laminating together the support layer, the layer (or) layer(s) (40 or 50 and 60) of thermo-adhesive film and the cover layer. - producing an antenna having contacts (13 and 14) on a support made of paper or synthetic paper, - creating a recess between the contacts (13 and 14) of the antenna, - placing adhesive dielectric material (25, 26) on the antenna support near said antenna contacts, - the said antenna contacts (13 and 14) having a concave or hollow shape or are hollowed out like a ring so that the said contacts of adhesive material (25, 26) are placed inside the hollow part of the concave shape or inside the recess, - positioning an integrated circuit module on said support, said module featuring groups of contacts (33, 34) and the chip connected to groups of contacts inside an encapsulation of the module, so that the groups of contacts of said module are opposite said contacts of said antenna and the module is encapsulated into the recess, - placing on the face of said support featuring the antenna at least one layer of thermo-adhesive film (40, 50, 60), - placing a cover layer on the layer (or) layer(s) (40 or 50 and 60) of thermo-adhesive film, - laminating together the support layer, the layer (or) layer(s) (40 or 50 and 60) of thermo-adhesive film and the cover layer.
A method of manufacturing a vehicular arm component for manufacturing the vehicular arm component having a hollow shape in open cross-section by subjecting a workpiece, which is a flat plate, extending in a first plane formed by a first direction and a second direction perpendicular to the first direction to pressing in stages such that two side surfaces (W1, W2) of the workpiece in a second plane formed by the first direction and a third direction perpendicular to the first plane face one another across a gap, the method being characterized in that it comprises a restriking process in which a protrusion disposed on a restriking die to be extended in the first direction is arranged in the gap between the two side surfaces (W1, W2) facing one another and the two side surfaces (W1, W2) are brought into contact with the protrusion such that the workpiece is pressed from an outer periphery to an inner periphery, said method comprising, prior to the restriking process, a forming process in which, in a third plane formed by the second direction and the third direction, the workpiece, which is a flat plate, is pressed such that, while a base portion with a predetermined width is remained in a vicinity of a middle in the second direction, a pair of first extensions extended in the third direction away from both ends of the base portion, a pair of second extensions extended in a direction opposite to a direction in which the first extensions are extended in the third direction away from one another from ends of the first extensions opposite to the ends where the base portion is disposed, and a pair of flange portions extended outward in the second direction away from one another from ends of the second extensions opposite to the ends where the first extensions are disposed are formed, a preliminary process in which the second extensions are bent in a direction in which the first extensions are extended and the flange portions are bent in the third direction, and a bending process in which the second extensions are bent to be substantially parallel to the first extensions, and the first extensions and the second extensions are bent in the third direction such that the flange portions face one another.
A method for supplementing a media asset being streamed, the method comprising: performing a skip operation on the media asset in which skip operation a portion of the media asset is skipped in response to a first user input; receiving a second user input while the media asset is subject to the skip operation; determining a progression point in the media asset corresponding to the received second user input; cross-referencing the determined progression point with a database listing content associated with different progression points in the media asset to determine supplemental content associated with the determined progression point; and generating for presentation the determined supplemental content for the determined progression point while the media asset continues to be subject to the skip operation. performing a skip operation on the media asset in which skip operation a portion of the media asset is skipped in response to a first user input; receiving a second user input while the media asset is subject to the skip operation; determining a progression point in the media asset corresponding to the received second user input; cross-referencing the determined progression point with a database listing content associated with different progression points in the media asset to determine supplemental content associated with the determined progression point; and generating for presentation the determined supplemental content for the determined progression point while the media asset continues to be subject to the skip operation.
Fluid discharge head for application to a mating piece of a discharge device having a discharge nozzle which has a discharge opening and in which an inner sleeve is arranged, which has a medium duct and houses a spring-loaded valve body automatically closing the discharge opening, characterized in that the medium duct extends through the valve body as a passage duct, the inner sleeve has a connecting element to provide a connection to the mating piece and the inner sleeve is pot-shaped at its end facing the discharge opening, in order to form a potlike cylinder chamber in conjunction with the front end of the discharge nozzle, the valve body is formed as a cylindrical piston, which is axially displaceable in the cylinder chamber formed by the inner sleeve, wherein an upper and a lower valve seat is provided for the piston ends (16, 17), and the valve body has an intermediate valve plate, which forms a chamber bottom of a pressure chamber connected to the medium duct, and, in order to open the upper valve seat, a medium discharge pressure which is higher than a spring force holding the valve body closed is settable in the pressure chamber, for which purpose a compression spring is inserted into the cylinder chamber and is supported at one end on the bottom of the intermediate valve plate and on a shoulder of the cylinder chamber adjacent to the valve seat, for the spring preloading of the valve body.
An on board inert gas generation system for use in an aircraft having a source of low pressure air, said gas generation system including a rotary positive displacement compressor (20,40) having an inlet for receiving a portion of said low pressure air, an outlet in flow communication with an air separation module (24,48) which in use delivers a Nitrogen Enriched Air fraction and an Oxygen Enriched Air fraction, the Nitrogen Enriched Air fraction being supplied to a space to be inerted, a motor (16,30,58) for driving said rotary positive displacement compressor (20,40), a sensor (70,72,74) for monitoring the composition of at least one of the fractions delivered by said air separation module (24,48) and/or the composition in said space to be inerted, and a controller (28,82,88) responsive to said sensor (70,90) which in use controls the motor speed in accordance with said monitored composition.
Arrangement having a scale arranged spaced on a carrier, wherein the scale has a measurement division and is attached to the carrier by way of adhesive points which are arranged areally distributed and spaced apart from one another, characterized in that the adhesive points in each case comprise at least three spacers enclosed in adhesive, wherein the adhesive points are arranged with the same mutual centre distances (d) in such a manner that the centre distances (d) of each three adhesive points arranged next to one another define an equilateral triangle.