mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a housing; a roller in the housing, the roller including a settling part; a display unit including a display panel windable around the roller and a module cover covering a rear side of the display panel; a driving unit winding or unwinding the display unit to the roller; and a PCB on one side surface of the display unit, characterized in that the settling part is disposed inwardly of the circumference of the roller, wherein the settling part is disposed in an area where the PCB and the roller come in contact with each other when the roller is rolling, such that when the driving unit winds the display unit to the roller, the PCB is settled in the settling part and at least a part of the PCB comes in contact with the roller. a housing; a roller in the housing, the roller including a settling part; a display unit including a display panel windable around the roller and a module cover covering a rear side of the display panel; a driving unit winding or unwinding the display unit to the roller; and a PCB on one side surface of the display unit, characterized in that the settling part is disposed inwardly of the circumference of the roller, wherein the settling part is disposed in an area where the PCB and the roller come in contact with each other when the roller is rolling, such that when the driving unit winds the display unit to the roller, the PCB is settled in the settling part and at least a part of the PCB comes in contact with the roller.
A method comprising: obtaining an image; identifying a rotation angle for the image by processing the image with a first neural network, wherein the first neural network is a convolutional neural network that determines a rotational offset of an object depicted in the image relative to a base orientation; rotating the image by the identified rotation angle to generate a rotated image; and classifying the rotated image with a second neural network; and outputting an indication of an outcome of the classification, wherein the first neural network is trained, at least in part, based on a sum of a categorical cross-entropy term that is associated with an output of the first neural network and a categorical distance between training data and the output that is produced by the first neural network, wherein the categorical distance is defined as follows: l θ = min ξ y − ξ y ^ % K, ξ y ^ − ξ y % K, where ξ y is an index of a one-hot representation of an output vector that is generated by the first neural network for a training image, ξ ŷ is an index of a one-hot representation of a label that is associated with the training image, and K is a count of classes that are associated with the first neural network. obtaining an image; identifying a rotation angle for the image by processing the image with a first neural network, wherein the first neural network is a convolutional neural network that determines a rotational offset of an object depicted in the image relative to a base orientation; rotating the image by the identified rotation angle to generate a rotated image; and classifying the rotated image with a second neural network; and outputting an indication of an outcome of the classification, wherein the first neural network is trained, at least in part, based on a sum of a categorical cross-entropy term that is associated with an output of the first neural network and a categorical distance between training data and the output that is produced by the first neural network, wherein the categorical distance is defined as follows: l θ = min ξ y − ξ y ^ % K, ξ y ^ − ξ y % K, where ξ y is an index of a one-hot representation of an output vector that is generated by the first neural network for a training image, ξ ŷ is an index of a one-hot representation of a label that is associated with the training image, and K is a count of classes that are associated with the first neural network.
Method for packaging groups of articles to form packaging units with the following steps: 1.1) wrapping the respective packaging unit in its running direction on a transporting path with a sheet material, with, at the same time, the formation of a sheet material overlap and folding flaps (5, 6, 7, 8), each projecting beyond the packaging unit. 1.2) positioning the folding flaps (5, 6, 7, 8) against the packaging unit as they run through a folding unit, and, subsequently and/or simultaneously, fixing the folding flaps (5, 6, 7, 8) to one another such as to form a sheet-material wrapper which is closed on all sides, wherein 1.3) the folding flaps (5, 6, 7, 8) are folded by means of at least one fixed-position folding element (10, 1, 12, 13) and one folding element moved with the packaging unit, characterised in that 1.4) the folding unit comprises two fixed-position folding elements (10, 11) and two moved folding elements (12, 13), wherein 1.5) the moved folding elements (12, 13) are configured on the one hand as a rotating folding disk and, on the other, as a folding driving element moved with the packaging unit, and 1.6) the respective folding process is controlled in such a way that the individual folding processes interact in terms of time, in whole or in part. 1.1) wrapping the respective packaging unit in its running direction on a transporting path with a sheet material, with, at the same time, the formation of a sheet material overlap and folding flaps (5, 6, 7, 8), each projecting beyond the packaging unit. 1.2) positioning the folding flaps (5, 6, 7, 8) against the packaging unit as they run through a folding unit, and, subsequently and/or simultaneously, fixing the folding flaps (5, 6, 7, 8) to one another such as to form a sheet-material wrapper which is closed on all sides, wherein 1.3) the folding flaps (5, 6, 7, 8) are folded by means of at least one fixed-position folding element (10, 1, 12, 13) and one folding element moved with the packaging unit, characterised in that 1.4) the folding unit comprises two fixed-position folding elements (10, 11) and two moved folding elements (12, 13), wherein 1.5) the moved folding elements (12, 13) are configured on the one hand as a rotating folding disk and, on the other, as a folding driving element moved with the packaging unit, and 1.6) the respective folding process is controlled in such a way that the individual folding processes interact in terms of time, in whole or in part.
A method of tracking, using an automated infrastructure management system that infers connections involving ports of patching equipment based on events associated with the connections, the method is characterized by comprising: for a breakout cable having a first end and a second end, wherein the first end defines a breakout end that includes a plurality of independent breakout connectors, identifying, using user input received via a user interface device, a sequence for adding or removing connections involving the breakout connectors of the breakout cable; identifying, by the AIM system, events associated with adding or removing connections involving each of the breakout connectors of the breakout cable; and associating, by the AIM system, each of the breakout connectors of the breakout cable with added or removed connections based on the identified sequence and the identified events. for a breakout cable having a first end and a second end, wherein the first end defines a breakout end that includes a plurality of independent breakout connectors, identifying, using user input received via a user interface device, a sequence for adding or removing connections involving the breakout connectors of the breakout cable; identifying, by the AIM system, events associated with adding or removing connections involving each of the breakout connectors of the breakout cable; and associating, by the AIM system, each of the breakout connectors of the breakout cable with added or removed connections based on the identified sequence and the identified events.
A diagnostic composition comprising an isolated targeted delivery system and a pharmaceutically acceptable carrier and/or suitable excipient(s), wherein the isolated targeted delivery system comprises a CD45 + leukocyte cell comprising within said cell a complex of one or more iron binding proteins and a label, wherein the label (i) is selected from a fluorescence emitting isotope, a radioisotope, a nucleic acid encoding a detectable polypeptide and a contrast agent, or (ii) comprises a chelating agent which forms a complex with divalent or trivalent metal cations; and wherein in the complex (i) the iron binding protein and the label are covalently and/or non-covalently bound, or (ii) the label is entrapped/encapsulated by the iron binding protein or multimers thereof in the absence of a covalent or non-covalent bond. (i) is selected from a fluorescence emitting isotope, a radioisotope, a nucleic acid encoding a detectable polypeptide and a contrast agent, or (ii) comprises a chelating agent which forms a complex with divalent or trivalent metal cations; (i) the iron binding protein and the label are covalently and/or non-covalently bound, or (ii) the label is entrapped/encapsulated by the iron binding protein or multimers thereof in the absence of a covalent or non-covalent bond.
A method for purifying ethanolamine from a fermentation composition, the method comprising: adding a base to the fermentation composition; and removing ethanolamine from the fermentation composition by distillation, wherein addition of the base to the fermentation composition increases the pH of the fermentation composition from about 8 or less to equal to or greater than about pH 9, for example pH 10 or greater, for example pH 11 or greater. adding a base to the fermentation composition; and removing ethanolamine from the fermentation composition by distillation,
Electrical switching device such as a switch, said device being housed in a housing and including: at least one fixed contact and at least one movable contact, the movable contact(s) being carried by a contact-bearing shaft, said shaft being mounted so as to be able to rotate between a position in which the contact(s) are open and a position in which the contact(s) are closed; a mechanism for opening and/or closing the contact(s), which mechanism is mounted in a carrier, said mechanism including a lever for manually manoeuvring the contact(s), which lever is mounted so as to be able to rotate about an axis of the housing; a shaft, termed the sudden closure shaft, intended, at the start of the manual closing manoeuvre of the lever, and over a particular travel of the latter, to keep the movable contact(s) in the open position while storing energy and, after this travel of the lever, to release the contact(s) so that the stored energy brings about the sudden closure of the contacts; and means for fastening the mechanism inside the housing, characterized in that the carrier on which the abovementioned mechanism is mounted includes, on the one hand, on one of its side faces, an aperture able to receive at least a part of said sudden closure shaft, the latter thus being able to be introduced laterally at least partially into said carrier during mounting thereof inside the housing and, on the other hand, on a face opposite the previous face, the abovementioned means for fastening the mechanism in the housing, which means are located on a single side of the mechanism with respect to the sudden closure shaft, this indentation making it possible to mount the sudden closure shaft in the housing after the mechanism has been mounted in its carrier and after this carrier has been fastened in the housing.
A thermosiphon system for cooling electronic devices, comprising: an evaporator; a condenser comprising a plurality of parallel vertically-extending chambers, wherein: the chambers have closed off top ends, the condenser comprises a bottom header and a plurality of condensate tubes projecting upwardly from the bottom header, the plurality of parallel vertically-extending chambers is located within the plurality of condensate tubes; the parallel vertically-extending chambers provide an interior volume bounded by interior surfaces; the interior surfaces include undulations forming a sinusoidal wave and projecting inwardly into the interior volume, wherein the undulations are formed by a plurality of curved segments in which dK/dS is equal to a constant value, where K is an inverse of the radius of curvature of the undulation and S is a distance along the curved segment; and the thermosiphon system further comprises a condensate line fluidically coupling the condenser to the evaporator. an evaporator; a condenser comprising a plurality of parallel vertically-extending chambers, wherein: the chambers have closed off top ends, the condenser comprises a bottom header and a plurality of condensate tubes projecting upwardly from the bottom header, the plurality of parallel vertically-extending chambers is located within the plurality of condensate tubes; the parallel vertically-extending chambers provide an interior volume bounded by interior surfaces; the interior surfaces include undulations forming a sinusoidal wave and projecting inwardly into the interior volume, wherein the undulations are formed by a plurality of curved segments in which dK/dS is equal to a constant value, the chambers have closed off top ends, the condenser comprises a bottom header and a plurality of condensate tubes projecting upwardly from the bottom header, the plurality of parallel vertically-extending chambers is located within the plurality of condensate tubes; the parallel vertically-extending chambers provide an interior volume bounded by interior surfaces; the interior surfaces include undulations forming a sinusoidal wave and projecting inwardly into the interior volume, wherein the undulations are formed by a plurality of curved segments in which dK/dS is equal to a constant value, where K is an inverse of the radius of curvature of the undulation and S is a distance along the curved segment; and the thermosiphon system further comprises a condensate line fluidically coupling the condenser to the evaporator.
A tunable electro-optic filter comprising: a liquid crystal layer; a first liquid crystal alignment layer disposed on the first side of the liquid crystal layer; a second liquid crystal alignment layer disposed on the second side of the liquid crystal layer; a pattern layer comprising a meta-surface structure in contact with a first side of the liquid crystal layer, wherein the pattern layer is directly disposed on a surface of the first liquid crystal alignment layer and comprises a plurality of patterns separated from each other and protruding toward the liquid crystal layer; a first electrode layer disposed on the first side of the liquid crystal layer; a second electrode layer disposed on a second side of the liquid crystal layer; wherein, when a voltage is applied to the liquid crystal layer through the first and second electrode layer, the liquid crystal layer is divided into a plurality of first areas (Ai) separated from each other and a second area, a refractive index of the first areas being different from a refractive index of the second area, and each of the plurality of first areas surrounds each of the plurality of patterns forming the meta-surface structure. a liquid crystal layer; a first liquid crystal alignment layer disposed on the first side of the liquid crystal layer; a second liquid crystal alignment layer disposed on the second side of the liquid crystal layer; a pattern layer comprising a meta-surface structure in contact with a first side of the liquid crystal layer, wherein the pattern layer is directly disposed on a surface of the first liquid crystal alignment layer and comprises a plurality of patterns separated from each other and protruding toward the liquid crystal layer; a first electrode layer disposed on the first side of the liquid crystal layer; a second electrode layer disposed on a second side of the liquid crystal layer; wherein, when a voltage is applied to the liquid crystal layer through the first and second electrode layer, the liquid crystal layer is divided into a plurality of first areas (Ai) separated from each other and a second area, a refractive index of the first areas being different from a refractive index of the second area, and each of the plurality of first areas surrounds each of the plurality of patterns forming the meta-surface structure.
Process for the separation of cobalt from lithium present in a charge comprising lithium-ion batteries or battery scrap, comprising the steps of: - smelting the charge using a bath furnace equipped with a submerged plasma torch for injecting an oxygen-bearing plasma gas into the melt; - defining and maintaining a bath oxygen partial pressure where cobalt is reduced to the metallic state and reporting to an alloy phase, and whereby lithium is oxidized and reporting to the slag phase; - decanting and separating the phases; characterized in that the reduction and oxidizing steps are performed simultaneously. - smelting the charge using a bath furnace equipped with a submerged plasma torch for injecting an oxygen-bearing plasma gas into the melt; - defining and maintaining a bath oxygen partial pressure where cobalt is reduced to the metallic state and reporting to an alloy phase, and whereby lithium is oxidized and reporting to the slag phase; - decanting and separating the phases;
A smoke-diffusing accessory adapted to work with a barbecue, the smoke-diffusing accessory forming a vessel which can contain smoke-generating materials, the smoke-diffusing accessory comprising a lid that engages with the vessel to form a closed enclosure, the lid including calibrated holes in order to regulate oxygen supply in the enclosure, the smoke-diffusing accessory being characterised in that it comprises a suspension system configured to vertically suspend the smoke-diffusing accessory in the barbecue so that the calibrated holes are oriented upwards.
An apparatus comprising: a memory storing instructions; and a control unit configured to execute the instructions to: detect an object of interest within an image of real space; detect an orientation of the object of interest within the image of real space with respect to a real space user perspective; characterized in that the control unit executes the following instructions: generate a plurality of intermediate images of a virtual object related to the object of interest between a first display mode and a second display mode, wherein the first display mode is characterized such that a surface of the virtual object is displayed parallel to the real object of interest, and wherein the second display mode is characterized such that the surface of the virtual object is displayed to face toward a user; and display the plurality of intermediate images. a memory storing instructions; and a control unit configured to execute the instructions to: detect an object of interest within an image of real space; detect an orientation of the object of interest within the image of real space with respect to a real space user perspective; characterized in that the control unit executes the following instructions: generate a plurality of intermediate images of a virtual object related to the object of interest between a first display mode and a second display mode, wherein the first display mode is characterized such that a surface of the virtual object is displayed parallel to the real object of interest, and wherein the second display mode is characterized such that the surface of the virtual object is displayed to face toward a user; and display the plurality of intermediate images. detect an object of interest within an image of real space; detect an orientation of the object of interest within the image of real space with respect to a real space user perspective; characterized in that the control unit executes the following instructions: generate a plurality of intermediate images of a virtual object related to the object of interest between a first display mode and a second display mode, wherein the first display mode is characterized such that a surface of the virtual object is displayed parallel to the real object of interest, and wherein the second display mode is characterized such that the surface of the virtual object is displayed to face toward a user; and display the plurality of intermediate images. generate a plurality of intermediate images of a virtual object related to the object of interest between a first display mode and a second display mode, wherein the first display mode is characterized such that a surface of the virtual object is displayed parallel to the real object of interest, and wherein the second display mode is characterized such that the surface of the virtual object is displayed to face toward a user; and display the plurality of intermediate images.
An omnidirectional lens arrangement comprising - an omnidirectional lens, - a light source, a two-sided, rotatable mirror, from the opposite sides of which light can be reflected, wherein said omnidirectional lens comprises: - a central portion having an optical axis in a first direction, and - an edge portion, which surrounds the central portion, said edge portion comprising - a first boundary-surface zone, - a second boundary-surface zone, - a reflection zone, wherein said mirror is set at an angle relative to the first direction, wherein light from the light source is guided along said first direction through the central portion and out of the lens to said rotatable mirror, is reflected off said rotatable mirror to said edge portion where it is collected by the second boundary-surface zone and oriented towards the reflection zone, is reflected from the reflection zone through the central portion in a second direction at an angle relative to said first direction of 90° ±° 45° towards the first boundary-surface zone, which is arranged to orientate the light, by rotation of the rotatable mirror, omnidirectionally relative to said first direction. - an omnidirectional lens, - a light source, - a central portion having an optical axis in a first direction, and - an edge portion, which surrounds the central portion, said edge portion comprising - a first boundary-surface zone, - a second boundary-surface zone, - a reflection zone,