mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber splice enclosure, comprising: - a cap enclosing an inner volume, the cap having an access opening for accessing the inner volume, - a base removably attached to the access opening of the cap, the base having one or more ports for access of optical cables into the inner volume, - a fiber routing frame mounted on the base and arranged into the inner volume, and - a tubular element arranged in the inner volume and surrounding the fiber routing frame, the tubular element having a first edge portion and a second edge portion, the tubular element comprising first retaining elements arranged at the first edge portion, and second retaining elements arranged at the second edge portion, the first retaining elements and second retaining elements being configured to be mutually coupled for retaining together the first edge portion and the second edge portion, wherein: - the tubular element comprises a bottom tubular portion proximate to the base, a top tubular portion distal to the base, and one or more frangible lines releasably connecting the top tubular portion to the bottom tubular portion; - each first retaining element comprises a protrusion and each second retaining element comprises a slot configured for receiving and retaining a protrusion, wherein - said slots are arranged in slot arrays, whereby a protrusion is configured to be received selectively in each slot of a slot array for adjusting a distance between the first edge portion and the second edge portion. - a cap enclosing an inner volume, the cap having an access opening for accessing the inner volume, - a base removably attached to the access opening of the cap, the base having one or more ports for access of optical cables into the inner volume, - a fiber routing frame mounted on the base and arranged into the inner volume, and - a tubular element arranged in the inner volume and surrounding the fiber routing frame, the tubular element having a first edge portion and a second edge portion, the tubular element comprising first retaining elements arranged at the first edge portion, and second retaining elements arranged at the second edge portion, the first retaining elements and second retaining elements being configured to be mutually coupled for retaining together the first edge portion and the second edge portion, - the tubular element comprises a bottom tubular portion proximate to the base, a top tubular portion distal to the base, and one or more frangible lines releasably connecting the top tubular portion to the bottom tubular portion; - each first retaining element comprises a protrusion and each second retaining element comprises a slot configured for receiving and retaining a protrusion, wherein - said slots are arranged in slot arrays, whereby a protrusion is configured to be received selectively in each slot of a slot array for adjusting a distance between the first edge portion and the second edge portion.
A sheet cassette connectable to a printer, the sheet cassette comprising: a case configured to store a recording sheet; a cover covering the case; a connecting part configured to be connected to the printer; and a spring configured to press a recording sheet in the sheet cassette toward a position at which the printer is to be located when connected to the sheet cassette, wherein the spring is provided on the case, the cover covers the case and the spring, the connecting part is attached to the case, and the spring is configured to press a recording sheet placed on the cover toward the position at which the printer is to be located when connected to the sheet cassette, when the spring is exposed. a case configured to store a recording sheet; a cover covering the case; a connecting part configured to be connected to the printer; and a spring configured to press a recording sheet in the sheet cassette toward a position at which the printer is to be located when connected to the sheet cassette, wherein the spring is provided on the case, the cover covers the case and the spring, the connecting part is attached to the case, and the spring is configured to press a recording sheet placed on the cover toward the position at which the printer is to be located when connected to the sheet cassette, when the spring is exposed.
A computer-implemented method for enabling a self-burn-in test of a power supply device, PSD, that comprises a pulse-width modulation, PWM, controller and a plurality of power stages, comprising: Sending, by the PWM controller, a first PWM signal to switch a specific power stage of the plurality of power stages to an On state; sending, by the PWM controller, at least one second PWM signal to switch other power stage or power stages of the plurality of power stages to a Tri-state, wherein the other power stage or power stages functions as a load during a time period that the specific power stage is in the On state; and collecting, by the PWM controller, output voltage, output current and temperature data from the specific power stage; wherein the specific power stage of the plurality of power stages comprises a voltage sensing circuit, a current sensing circuit and a temperature sensor. Sending, by the PWM controller, a first PWM signal to switch a specific power stage of the plurality of power stages to an On state; sending, by the PWM controller, at least one second PWM signal to switch other power stage or power stages of the plurality of power stages to a Tri-state, wherein the other power stage or power stages functions as a load during a time period that the specific power stage is in the On state; and collecting, by the PWM controller, output voltage, output current and temperature data from the specific power stage; wherein the specific power stage of the plurality of power stages comprises a voltage sensing circuit, a current sensing circuit and a temperature sensor.
A surface-baked food item comprising a first food item, and a second food item containing fat and oil, wherein part or all of a surface of the second food item is coated with a heated product of sugar, wherein the first food item is at least one type or two types or more food items selected from the food item group consisting of pudding, crème brulee, custard pudding, ice cream, cake, "iced milk" - ice cream with a milk solids content of 10% or more and a milk fat content of 3% or more, "lacto-ice" - ice cream with a milk solids content of 3% or more, sherbet, cheese, yogurt, pasta, and meat, wherein the second food item is at least one type or two types or more food items selected from the food item group consisting of chocolates; fat and oil derived from a vegetable source such as palm, coconut, soybean, corn, rapeseed, sunflower, cotton seed, cacao - cocoa butter, shea or rice; animal fat and oil such as butter, cream or lard; edible refined and processed fat and oil or margarine, wherein the second food item and the heated product of sugar are in a form of layers, the layer of the second food item has a thickness of 0.8 mm to 7.0 mm, the layer of the second food item coats at least part of a surface of the first food item, and the layer of the heated product of sugar coats part or all of a surface of the layer of the second food item. wherein the first food item is at least one type or two types or more food items selected from the food item group consisting of pudding, crème brulee, custard pudding, ice cream, cake, "iced milk" - ice cream with a milk solids content of 10% or more and a milk fat content of 3% or more, "lacto-ice" - ice cream with a milk solids content of 3% or more, sherbet, cheese, yogurt, pasta, and meat, wherein the second food item is at least one type or two types or more food items selected from the food item group consisting of chocolates; fat and oil derived from a vegetable source such as palm, coconut, soybean, corn, rapeseed, sunflower, cotton seed, cacao - cocoa butter, shea or rice; animal fat and oil such as butter, cream or lard; edible refined and processed fat and oil or margarine, wherein the second food item and the heated product of sugar are in a form of layers, the layer of the second food item has a thickness of 0.8 mm to 7.0 mm, the layer of the second food item coats at least part of a surface of the first food item, and the layer of the heated product of sugar coats part or all of a surface of the layer of the second food item.
A multimedia wall outlet configured to receive radio-frequency signals via a coaxial cable, the radio-frequency signals comprising multimedia signal components on their own frequency ranges, the wall outlet comprising separating means for separating said multimedia signal components to their own frequency ranges; characterized in that the wall outlet comprises a pi tubular filter element configured to provide a galvanic isolation between a ground of a shield of the coaxial cable and a ground of the wall outlet, wherein said RF signals are conducted from the coaxial cable through said pi tubular filter element to said separating means, wherein the said pi tubular filter element comprises a first tubular capacitor, a tubular ferrite operating as an inductor and a second tubular capacitor, said capacitors and ferrite residing within an outer metal tube and surrounding an inner metal tube, wherein a wall of the inner metal tube is in contact with the ground of the shield of the coaxial cable supplying the RF signal, and a wall of the outer metal tube is in contact with the ground of the wall outlet, a diameter of the outer metal tube being less than 13 mm, the length of the outer metal tube being less than 18 mm and the length of the inner metal tube being less than 25 mm, wherein a body of the wall outlet is provided with a cavity dimensioned to correspond to outer dimensions of the pi tubular filter element, such that the pi tubular filter element can be pressed in the cavity to be in a stable contact with the body of the wall outlet, wherein the pi tubular filter element further comprises the outer metal tube being in a form of a cylinder, and the inner metal tube being inside the outer metal tube, the inner metal tube being longer than the outer metal tube and extending through a central hole in an end wall of the outer metal tube, said inner metal tube providing a passageway for a signal conductor arranged to conduct the RF signals through the pi tubular filter element, wherein said multimedia signal components comprise a television signal, a radio signal and a data signal, and the wall outlet further comprises connectors (402, 404, 406) for each of said multimedia signal components, and a location of the cavity within the body of the wall outlet is selected such that an insulation distance of more than 2 mm is arranged between the pi tubular filter element, when situated in the cavity, and each of said connectors (402, 404, 406).
A method of decoding an encoded representation of a picture of a video stream of multiple pictures (10, 40, 42, 50), said method comprising: retrieving buffer description information defining at least one reference picture (40, 42) from a data structure included in said encoded representation of said picture; determining, based on said buffer description information, at least one picture identifier identifying a reference picture (40, 42) among said at least one reference picture (40, 42) as decoding reference for said picture; updating a decoded picture buffer (530, 650) based on said at least one picture identifier by marking all reference pictures present in said decoded picture buffer (530, 650) and not being associated with any of said at least one picture identifier determined based on said buffer description information as unused for reference; decoding said picture based on said encoded representation of said picture and at least one reference picture (40, 42) present in said decoded picture buffer (530, 650), wherein decoding said picture is performed after updating said decoded picture buffer (530, 650), characterized in that said buffer description information defines said at least one reference picture (40,42) in an absolute and explicit way by means of said encoded representation of said picture which contains in said data structure the information about which reference picture to use for reference during decoding, independently of the encoded representation of previous pictures in the video stream. retrieving buffer description information defining at least one reference picture (40, 42) from a data structure included in said encoded representation of said picture; determining, based on said buffer description information, at least one picture identifier identifying a reference picture (40, 42) among said at least one reference picture (40, 42) as decoding reference for said picture; updating a decoded picture buffer (530, 650) based on said at least one picture identifier by marking all reference pictures present in said decoded picture buffer (530, 650) and not being associated with any of said at least one picture identifier determined based on said buffer description information as unused for reference; decoding said picture based on said encoded representation of said picture and at least one reference picture (40, 42) present in said decoded picture buffer (530, 650), wherein decoding said picture is performed after updating said decoded picture buffer (530, 650), characterized in that said buffer description information defines said at least one reference picture (40,42) in an absolute and explicit way by means of said encoded representation of said picture which contains in said data structure the information about which reference picture to use for reference during decoding, independently of the encoded representation of previous pictures in the video stream.
Transmission system for transmitting data messages via a load line (L') between a control device and at least one lamp (3, 11), the control device being connected, on the other side, to the phase conductor of a supply voltage source and the at least one lamp (3, 11) being connected, on the other side, to the neutral conductor of the supply voltage source, • the control device comprising a power section, a control unit, an operating unit, a channel coder/modulator for generating data messages and a short-circuit safety shutdown, • the lamp (3, 11) comprising a load, the power of which can be controlled, a feedback controller, a feedback switch and a current measurement resistor, • the load comprising a decoder for evaluating a received data message, a drive circuit, a power element and a luminous means, • a monitoring circuit of the feedback controller permanently monitoring the voltage of the load line (L') for the occurrence of mains interference, characterized by • the feedback controller connecting the feedback switch after mains interference has been detected, as a result of which a flow of current which short-circuits the load is established via the current measurement resistor and the feedback switch and causes a brief pulse-like current increase on the load line (L'), and • this brief pulse-like current increase being detected by the short-circuit safety shutdown of the control device, thus initiating repeated transmission of a data message which previously had interference. • the control device comprising a power section, a control unit, an operating unit, a channel coder/modulator for generating data messages and a short-circuit safety shutdown, • the lamp (3, 11) comprising a load, the power of which can be controlled, a feedback controller, a feedback switch and a current measurement resistor, • the load comprising a decoder for evaluating a received data message, a drive circuit, a power element and a luminous means, • a monitoring circuit of the feedback controller permanently monitoring the voltage of the load line (L') for the occurrence of mains interference, characterized by • the feedback controller connecting the feedback switch after mains interference has been detected, as a result of which a flow of current which short-circuits the load is established via the current measurement resistor and the feedback switch and causes a brief pulse-like current increase on the load line (L'), and • this brief pulse-like current increase being detected by the short-circuit safety shutdown of the control device, thus initiating repeated transmission of a data message which previously had interference.
Automotive light comprising at least one main cup-shaped body having the inner surface structured so to direct the incident light towards the mouth of the same main cup-shaped body, and at least one light source which is located within the main cup-shaped body, and is structured so as to emit light when electricity powered; the automotive light moreover comprising at least two additional optical filters (7, 8) that are made of a transparent or semi-transparent material, and are arranged so to be crossed in sequence by the light produced by the light source; the two additional optical filters (7, 8) being both provided with a respective optical surface structured so to have a decorative optical pattern which is cyclically repeated with a predetermined spatial periodicity; the shape and/or spatial periodicity of the decorative optical pattern on the first optical filter being different from the shape and/or spatial periodicity of the decorative optical pattern on the second optical filter, and such to cause, in the light coming out from the main cup-shaped body, an interferometric effect with Moire deterioration which generates a virtual decorative optical pattern different from the decorative optical patterns on the two additional optical filters (7, 8); the automotive light being characterized in that one of said optical filters (7, 8) consists of a cup-shaped body (7, 8) which is made of a transparent or semi-transparent material and is placed at the bottom of the main cup-shaped body so as to be crossed by the light emitted by the light source and reflected towards the mouth of said main cup-shaped body, or of a substantially bell-shaped cap (7, 8) which is made of a transparent or semi-transparent material (7, 8) and is fitted onto the light source so as to be crossed by the light emitted by the latter.
A method for manufacturing a product that is waterproof and provided with a cavity, such as a glove, a shoe, a sports shoe, or a backpack, wherein first a structure is made with the shape and outer surface of the product, provided with a cavity, stitching portions of laminated material such as laminated natural or synthetic leather, and/or a laminated material based on leather, and/or a laminated textile material, and/or a laminated substrate, attached together by corresponding seams, and then the following steps are carried out: a) turning the structure inside out and applying a thermally-curable silicone compound material, in uncured liquid state, on the seams, including the stitches of the seams and the edges of the portions that form the seams, obtaining a structure with applications; b) subjecting the structure with applications of the silicone compound material obtained in step a) to heating at a curing temperature of said material, c) simultaneously to step b), and by means of pumping means, performing a vacuum by sucking the air from outside the structure with applications of the silicone compound material obtained in step a) into the structure through the seams thereof, and from there extracting said air outside. a) turning the structure inside out and applying a thermally-curable silicone compound material, in uncured liquid state, on the seams, including the stitches of the seams and the edges of the portions that form the seams, obtaining a structure with applications; b) subjecting the structure with applications of the silicone compound material obtained in step a) to heating at a curing temperature of said material, c) simultaneously to step b), and by means of pumping means, performing a vacuum by sucking the air from outside the structure with applications of the silicone compound material obtained in step a) into the structure through the seams thereof, and from there extracting said air outside.
A method of wireless communication at a user equipment, comprising: receiving, while in a connected mode with a serving cell of a base station, a signal via a first antenna and a second antenna of the user equipment, wherein the first antenna is associated with a transmit chain of the user equipment; identifying an imbalance between a first signal measurement of the signal received via the first antenna and a second signal measurement of the signal received via the second antenna; comparing the identified imbalance with an imbalance threshold; and selecting the first signal measurement or the second signal measurement for mobility event reporting based at least in part on a result of the comparison. receiving, while in a connected mode with a serving cell of a base station, a signal via a first antenna and a second antenna of the user equipment, wherein the first antenna is associated with a transmit chain of the user equipment; identifying an imbalance between a first signal measurement of the signal received via the first antenna and a second signal measurement of the signal received via the second antenna; comparing the identified imbalance with an imbalance threshold; and selecting the first signal measurement or the second signal measurement for mobility event reporting based at least in part on a result of the comparison.
A skincare device configured to treat the skin of a user, comprising: a main body having a first side having a first surface, a second side substantially opposite the first side having a second surface, and an intermediate portion extending from the first side to the second side and having a third surface, the first side and the intermediate portion defining a groove extending towards the second side; a removable locking mechanism configured to be inserted into the groove, and wherein the locking mechanism is transparent; a light source disposed within the main body and configured to emit light to treat said skin, the light source configured to emit the light adjacent the first side, into the groove, and through the removable locking mechanism; a motor disposed within the main body and configured to produce pulsations of said skincare device; a temperature control unit disposed within the main body, the temperature control unit configured to generate heat to treat said skin and transfer the heat to the first side; and a user control disposed on the intermediate portion, the user control configured to operate the light source, the motor, and the temperature control unit. a main body having a first side having a first surface, a second side substantially opposite the first side having a second surface, and an intermediate portion extending from the first side to the second side and having a third surface, the first side and the intermediate portion defining a groove extending towards the second side; a removable locking mechanism configured to be inserted into the groove, and wherein the locking mechanism is transparent; a light source disposed within the main body and configured to emit light to treat said skin, the light source configured to emit the light adjacent the first side, into the groove, and through the removable locking mechanism; a motor disposed within the main body and configured to produce pulsations of said skincare device; a temperature control unit disposed within the main body, the temperature control unit configured to generate heat to treat said skin and transfer the heat to the first side; and a user control disposed on the intermediate portion, the user control configured to operate the light source, the motor, and the temperature control unit.