mhurhangee/ep-ind-claims huggingface dataset:
A cold storage device, comprising: - a cold storage compartment, notably a freezer compartment configured to operate at a temperature which is ≤ -30 °C; - a door which is openable to provide access to the cold storage compartment and closable to isolate the cold storage compartment from the surroundings of the cold storage device; - a door frame against which the door fits when the door is in its closed position, the door frame having an inner periphery adjacent to the cold storage compartment and an outer periphery adjacent to the exterior of the cold storage device; - a door seal positioned between the door frame and the door when the door is in its closed position; and; - a door handle and door latch mechanism configured to move the door from a partially closed to a fully closed position when closing the door and to retain the door in a fully closed position in which the door seal is compressed between the door and the door frame; characterised in that the door seal comprises a single piece door seal, the single piece door seal comprising i) a sealing portion configured to provide a seal between the door and the door frame when the door is in its closed position, the sealing portion of the door seal comprising a solid, resilient stop configured to completely fill a separation between the door and the door frame when the door is in its closed configuration, with the solid resilient stop preferably being configured to be compressed between the door and the doorframe when the door is in its closed configuration and ii) a thermal insulating portion which, when the door is in its closed position, extends at least partially between the inner periphery of the door frame and the outer periphery of the door frame. - a cold storage compartment, notably a freezer compartment configured to operate at a temperature which is ≤ -30 °C; - a door which is openable to provide access to the cold storage compartment and closable to isolate the cold storage compartment from the surroundings of the cold storage device; - a door frame against which the door fits when the door is in its closed position, the door frame having an inner periphery adjacent to the cold storage compartment and an outer periphery adjacent to the exterior of the cold storage device; - a door seal positioned between the door frame and the door when the door is in its closed position; and; - a door handle and door latch mechanism configured to move the door from a partially closed to a fully closed position when closing the door and to retain the door in a fully closed position in which the door seal is compressed between the door and the door frame;
A multiplex transmission method for a Discovery Reference Signal, DRS, and a Physical Downlink Shared Channel, PDSCH, applied to a base station, the method comprising: determining, over a data transmission burst, a subframe for transmitting the DRS within the data transmission burst; and performing multiplex transmission on the PDSCH over the subframe for transmitting the DRS within the data transmission burst, wherein the subframe for transmitting the DRS is a DRS candidate subframe, and a DRS transmission policy indicates that the subframe should transmit a DRS, wherein the DRS candidate subframe is a subframe where a DRS is allowed to be transmitted, wherein the DRS transmission policy comprises transmitting, within the data transmission burst, a DRS over a DRS candidate subframe satisfying the following condition: the DRS candidate subframe is an i th DRS candidate subframe within the data transmission burst, i being one of 1, 2,..., I, I being a number of DRS candidate subframes within the data transmission burst. determining, over a data transmission burst, a subframe for transmitting the DRS within the data transmission burst; and performing multiplex transmission on the PDSCH over the subframe for transmitting the DRS within the data transmission burst, wherein the subframe for transmitting the DRS is a DRS candidate subframe, and a DRS transmission policy indicates that the subframe should transmit a DRS, wherein the DRS candidate subframe is a subframe where a DRS is allowed to be transmitted, wherein the DRS transmission policy comprises transmitting, within the data transmission burst, a DRS over a DRS candidate subframe satisfying the following condition: the DRS candidate subframe is an i th DRS candidate subframe within the data transmission burst, i being one of 1, 2,..., I, I being a number of DRS candidate subframes within the data transmission burst.
A method implementing a biological sample consisting of a peripherical tissue containing cells for evaluating the pathological alteration of the ADAR dependent A to I mRNA editing of the 5HTR2C in the brain, wherein said peripherical tissue containing cells is a mammal skin sample selected from the group consisting of skin cells line, cultured skin-derived cells and skin tissue sample, and wherein the pathological alteration of the ADAR dependant A to I mRNA editing of the 5HTR2C in the brain is detected by measuring 5HTR2C editing in the skin sample.
A closed container comprising ammonium nitrate particles in an amount of 91 to 99.75 weight% and desiccant in an amount of 0.25 and 9 weight%, wherein - the AN particles have a water content of between 0 and 0.7 weight%; and - the desiccant comprises particles containing between 50 and 95 weight% of AN and between 5 and 50 weight% of magnesium nitrate dispersed in the AN. - the AN particles have a water content of between 0 and 0.7 weight%; and - the desiccant comprises particles containing between 50 and 95 weight% of AN and between 5 and 50 weight% of magnesium nitrate dispersed in the AN.
A battery diagnosis apparatus, comprising: an ohmic resistance determining unit (no) configured to determine an ohmic resistance of a battery cell in each of a plurality of impedance profiles generated at different time points for the battery cell; a resistance change rate calculating unit configured to calculate a resistance change rate between the plurality of determined ohmic resistances; wherein the battery diagnosis apparatus is characterised by comprising: a gas generation level determining unit configured to determine an internal gas generation level of the battery cell based on the calculated resistance change rate; and a state diagnosing unit configured to diagnose a state of the battery cell according to the determined internal gas generation level. an ohmic resistance determining unit (no) configured to determine an ohmic resistance of a battery cell in each of a plurality of impedance profiles generated at different time points for the battery cell; a resistance change rate calculating unit configured to calculate a resistance change rate between the plurality of determined ohmic resistances; wherein the battery diagnosis apparatus is characterised by comprising: a gas generation level determining unit configured to determine an internal gas generation level of the battery cell based on the calculated resistance change rate; and a state diagnosing unit configured to diagnose a state of the battery cell according to the determined internal gas generation level. a gas generation level determining unit configured to determine an internal gas generation level of the battery cell based on the calculated resistance change rate; and a state diagnosing unit configured to diagnose a state of the battery cell according to the determined internal gas generation level.
A display device comprising: a display panel including a front substrate and a back substrate, and comprising an active area capable of displaying an image and a bezel area outside the active area; a back cover disposed in the rear of the display panel; and a front transparent cover, including a front portion covering at least a portion of the bezel area and a side portion covering a lateral side of the display panel, the transparent cover being capable of transmitting light; a black frame including a portion positioned over the bezel area between the front substrate of the display panel and the front portion of the transparent cover, and characterized in that the display device comprises a reflective layer including a portion positioned between said portion of the black frame and the front portion of the transparent cover. a display panel including a front substrate and a back substrate, and comprising an active area capable of displaying an image and a bezel area outside the active area; a back cover disposed in the rear of the display panel; and a front transparent cover, including a front portion covering at least a portion of the bezel area and a side portion covering a lateral side of the display panel, the transparent cover being capable of transmitting light;
Device for washing a glass comprising a supply duct of a washing liquid, at least one dispensing member comprising at least one ring-shaped dispensing duct having at least one hole for the emission of a jet of said liquid, and means for interrupting the flow (7, 7', 8b), for selectively interrupting the passage of a liquid characterized in that said device further comprises at least two radial connecting ducts, which connect said dispensing duct to said supply duct, said at least two radial connecting ducts laying on the same plane of said dispensing duct, so as to be capable of supporting the rim of said glass when it is turned upside down, so that said at least one hole of said dispensing duct can emit a jet of said liquid on the outer surface portion of said glass, and and in that said means for interrupting the flow (7, 7', 8b) selectively interrupting the passage of said liquid through said supply duct or through said dispensing duct.
Dissimilar metal connection arrangement comprising a dissimilar metal connection (25, 30) between a first member (23a, 29a) made of a first metal and having a first end, and a second member (23b, 29b) made of a second metal different from said first metal with regard to its metallurgical behaviour, and having a second end, whereby the first end of the first member (23a, 29a) is fixedly connected to the second end of the second member (23b, 29b), wherein said dissimilar metal connection is a flanged connection with bolts, characterised in that the dissimilar metal connection arrangement comprises a heating means (26, 26') arranged at said dissimilar metal connection (25, 30) for controlled heating of said dissimilar metal connection (25, 30).
A computer-implemented method performed by an application executed in an electronic device, for preventing unauthorized communication between a web page of the application and a local web server of a local utility in said electronic device, the method comprising: receiving the web page from a web server, the web page including a reference to a module including local utility controls; receiving the module and a first token from a module server; sending the first token to the local web server, for authentication of the first token; in response to the authentication, receiving a second token generated by the local utility; and including the second token with at least one request from the module to the local web server; wherein the only permissible communications between the local web server and the application are those which originate from the module provided by the module server. receiving the web page from a web server, the web page including a reference to a module including local utility controls; receiving the module and a first token from a module server; sending the first token to the local web server, for authentication of the first token; in response to the authentication, receiving a second token generated by the local utility; and including the second token with at least one request from the module to the local web server; wherein the only permissible communications between the local web server and the application are those which originate from the module provided by the module server.
A method comprising: obtaining DC luminance or chrominance component coefficient values for the blocks of a plurality of image frames in a sequence of image frames; generating a scene change value for each of the plurality of image frames by summing differences of the DC luminance or chrominance component coefficient values between corresponding sampling points of sequential ones of the plurality of image frames; ranking the plurality of image frames according to their scene change values, from lowest to highest; selecting one or more of the image frames, of the sequence of image frames, with the lowest scene change value for removal based on the ranked plurality of image frames; generating a modified version of the sequence of image frames by removing the selected one or more of the image frames from the plurality of image frames; and inserting a corresponding set of blank frames at a beginning or an end of the modified version of the sequence of image frames. obtaining DC luminance or chrominance component coefficient values for the blocks of a plurality of image frames in a sequence of image frames; generating a scene change value for each of the plurality of image frames by summing differences of the DC luminance or chrominance component coefficient values between corresponding sampling points of sequential ones of the plurality of image frames; ranking the plurality of image frames according to their scene change values, from lowest to highest; selecting one or more of the image frames, of the sequence of image frames, with the lowest scene change value for removal based on the ranked plurality of image frames; generating a modified version of the sequence of image frames by removing the selected one or more of the image frames from the plurality of image frames; and inserting a corresponding set of blank frames at a beginning or an end of the modified version of the sequence of image frames.
An environmental integrated sensor circuit for a portable connected wireless device, the circuit comprising (a) a capacitive proximity sensor configured to determine whether a user is in proximity with its body to the portable connected wireless device, by sensing variation in the capacitance of an electrode connectable to the environmental integrated sensor circuit, (b) a magnetic field probe, providing a signal proportional to a magnetic field strength, the environmental integrated sensor circuit further comprising an analogue/digital converter configured to produce proximity digital values representative of the capacitance of the electrode and magnetic field digital values representative of the magnetic field strength, and further comprising a digital processor configured for suppressing noise and drift components from the proximity digital values and from the magnetic field digital values.
A method for encapsulating a nanostructure, the method comprising the steps of: - providing a substrate; - forming a plug composed of plug material at said substrate; - forming a nanostructure at said plug; - forming a shell composed of at least one shell material on external surfaces of the nanostructure, with the at least one shell material covering said nanostructure and at least some of the plug material, whereby the shell and the plug encapsulate the nanostructure wherein the nanostructure is formed by a growth technique selected from the group comprising physical vapour deposition, chemical vapour deposition, electro- or electroless deposition, molecular beam epitaxy and inkjet printing, and wherein the nanostructure is fabricated using a material that can be deposited or grown as a nanostructure on top of a seed, wherein the nanostructure is formed at said plug having a size selected in the range of 10 nm to 10000 nm in at least one dimension thereof. - providing a substrate; - forming a plug composed of plug material at said substrate; - forming a nanostructure at said plug; - forming a shell composed of at least one shell material on external surfaces of the nanostructure, with the at least one shell material covering said nanostructure and at least some of the plug material, whereby the shell and the plug encapsulate the nanostructure wherein the nanostructure is formed by a growth technique selected from the group comprising physical vapour deposition, chemical vapour deposition, electro- or electroless deposition, molecular beam epitaxy and inkjet printing, and wherein the nanostructure is fabricated using a material that can be deposited or grown as a nanostructure on top of a seed, wherein the nanostructure is formed at said plug having a size selected in the range of 10 nm to 10000 nm in at least one dimension thereof.
An autonomous unmanned wheeled vehicle for cleaning the floor of an accommodation of an animal, the vehicle being configured to clean a first floor surface that is at a first height level, while the vehicle is at least partially being supported on a second floor surface that is at a second height level, wherein the first height level is higher than the second height level, wherein the vehicle comprises: a main body comprising a support side and a cleaning side, and a support device connected to the main body at the support side thereof to at least partially support the main body on the second floor surface, wherein the main body comprises at the cleaning side a contact cleaning device configured to clean the first floor surface by moving over the first floor surface while in contact with the first floor surface, characterized in that the vehicle comprises a tilting device to automatically tilt the main body between a tilted position in which the cleaning side of the main body is movable over the first floor surface without contact between the contact cleaning device and the first floor surface, and a cleaning position, in which the contact cleaning device is in contact with the first floor surface, when the cleaning side is moved over the first floor surface. a main body comprising a support side and a cleaning side, and a support device connected to the main body at the support side thereof to at least partially support the main body on the second floor surface, wherein the main body comprises at the cleaning side a contact cleaning device configured to clean the first floor surface by moving over the first floor surface while in contact with the first floor surface, characterized in that the vehicle comprises a tilting device to automatically tilt the main body between a tilted position in which the cleaning side of the main body is movable over the first floor surface without contact between the contact cleaning device and the first floor surface, and a cleaning position, in which the contact cleaning device is in contact with the first floor surface, when the cleaning side is moved over the first floor surface.
A set of extendable ladders, in particular fire ladder, consisting of at least two ladder parts (1, 2, 3, 4, 5), each part being formed from side rails and rungs running between the side rails, wherein the uppermost ladder part is formed from at least two ladder sections (1a, 1b) interconnected by an articulated link, the articulation axis of which runs substantially parallel with the rungs, wherein, when the uppermost ladder part has been fully retracted into the ladder part lying below, the first ladder section and the second ladder section overlap the ladder part lying below, characterized in that at least the ladder part lying directly below the uppermost ladder part has a gap which, in the head region of the ladder part between the side rails, is open towards the tip of the ladder and is formed to be continuous between a front face and rear face of the ladder part such that in a position in which the articulation axis overlaps the ladder part lying directly below the uppermost ladder part, the second ladder section can be tilted through the gap about the articulation axis.
A control module for a vehicle anti-theft lock comprising a stator and a rotor likely to be driven in rotation in the stator by an appropriate key including an electronic identifier, said module including a support intended to be mounted on the stator and carrying an antenna intended to be linked to an identification unit capable of: - authenticating the electronic identifier of said key by exchanging signals, and - authorizing the starting of the vehicle when an authorized identifier is detected, characterized in that said support further carries at least one contactless switch (7A, 7B) capable of changing switching state when the rotor is moved in rotation, and in that the support includes: - a first portion forming an antenna port designed as a cylindrical skirt enclosing the stator, and - a second portion carrying said at least one contactless switch and designed as a tongue secured to the first portion. - authenticating the electronic identifier of said key by exchanging signals, and - authorizing the starting of the vehicle when an authorized identifier is detected, - a first portion forming an antenna port designed as a cylindrical skirt enclosing the stator, and - a second portion carrying said at least one contactless switch and designed as a tongue secured to the first portion.
An optical sensor module comprising: a substrate; a light source disposed directly on the substrate; a first encapsulant formed over the light source and on the substrate; a photodetector disposed directly on the substrate; a second encapsulant formed over the photodetector and on the substrate; a partition coupled to the substrate and located between the light source and the photodetector for blocking stray light propagating directly from the light source to the photodetector, the partition is spaced apart from at least the first encapsulant by a predetermined distance; a microstructure formed as a top surface of at least one of the first encapsulant and the second encapsulant for concentrating light toward a predetermined direction; and an optical directional component formed by a medial surface of the first encapsulant, the medial surface of the first encapsulant being configured as an inclined plane or as a curvature lens combined with an inclined plane, wherein the medial surface faces the partition, and the inclined plane has an inclination angle with the substrate, so that light emitted from the light source is more concentrated above and less shed onto the partition. a substrate; a light source disposed directly on the substrate; a first encapsulant formed over the light source and on the substrate; a photodetector disposed directly on the substrate; a second encapsulant formed over the photodetector and on the substrate; a partition coupled to the substrate and located between the light source and the photodetector for blocking stray light propagating directly from the light source to the photodetector, the partition is spaced apart from at least the first encapsulant by a predetermined distance; a microstructure formed as a top surface of at least one of the first encapsulant and the second encapsulant for concentrating light toward a predetermined direction; and an optical directional component formed by a medial surface of the first encapsulant, the medial surface of the first encapsulant being configured as an inclined plane or as a curvature lens combined with an inclined plane, wherein the medial surface faces the partition, and the inclined plane has an inclination angle with the substrate, so that light emitted from the light source is more concentrated above and less shed onto the partition.