mhurhangee/ep-ind-claims huggingface dataset:
Electronic chip manufacturing method, comprising the following successive steps: a) forming of a first layer (63; 65) on top of and in contact with a second doped semiconductor layer of a first conductivity type, the second layer being on top of and in contact with a third doped semiconductor layer of a second conductivity type opposite to the first conductivity type; b) doping of the first layer (63; 65) to form, on the second layer, a first doped sub-layer of the first conductivity type and a second doped sub-layer of the second conductivity type; c) forming of islands in the first layer (63; 65) organized in an array of rows and columns at the surface of the second layer; and d) forming of memory cells based on a phase-change material on the islands of the first layer (63; 65), the second layer, the third layer, and the second sub-layer of the first layer (63; 65) forming a bipolar transistor and characterized in, after step c), an epitaxy step e) during which a fourth semiconductor layer is formed between the islands of the first layer (63; 65), and, between steps c) and e), a step of forming of electrically-insulating spacers around the islands. a) forming of a first layer (63; 65) on top of and in contact with a second doped semiconductor layer of a first conductivity type, the second layer being on top of and in contact with a third doped semiconductor layer of a second conductivity type opposite to the first conductivity type; b) doping of the first layer (63; 65) to form, on the second layer, a first doped sub-layer of the first conductivity type and a second doped sub-layer of the second conductivity type; c) forming of islands in the first layer (63; 65) organized in an array of rows and columns at the surface of the second layer; and d) forming of memory cells based on a phase-change material on the islands of the first layer (63; 65), the second layer, the third layer, and the second sub-layer of the first layer (63; 65) forming a bipolar transistor and characterized in, after step c), an epitaxy step e) during which a fourth semiconductor layer is formed between the islands of the first layer (63; 65), and, between steps c) and e), a step of forming of electrically-insulating spacers around the islands.
A control method of an electronic apparatus, the method comprising: displaying an image including at least one object; obtaining a user voice; obtaining information on the at least one object by inputting the image to a first AI model for visual understanding, and identifying a target object among the at least one object based on the information obtained and a word included in the user voice; obtaining tag information on the target object including a keyword of the user voice by inputting the user voice to a second AI model for linguistic understanding; and providing the obtained tag information. displaying an image including at least one object; obtaining a user voice; obtaining information on the at least one object by inputting the image to a first AI model for visual understanding, and identifying a target object among the at least one object based on the information obtained and a word included in the user voice; obtaining tag information on the target object including a keyword of the user voice by inputting the user voice to a second AI model for linguistic understanding; and providing the obtained tag information.
A functional medical package, comprising a) at least one sterile container removably received inside the package; and b) at least one subsystem configured for being at least partially inserted into a host, the subsystem being received in the sterile container; - wherein the sterile container comprises at least one insertion exit opening for the subsystem, - wherein the insertion exit opening is closed by a liner sealing on the insertion exit opening, characterised in that, c) the package in which the sterile container is removably received is a disposable package, and wherein, - the liner sealing of the subsystem is attached to the disposable package, such that the liner sealing is automatically peeled off when the sterile container is removed from the disposable package. a) at least one sterile container removably received inside the package; and b) at least one subsystem configured for being at least partially inserted into a host, the subsystem being received in the sterile container; - wherein the sterile container comprises at least one insertion exit opening for the subsystem, - wherein the insertion exit opening is closed by a liner sealing on the insertion exit opening, - wherein the sterile container comprises at least one insertion exit opening for the subsystem, - wherein the insertion exit opening is closed by a liner sealing on the insertion exit opening, c) the package in which the sterile container is removably received is a disposable package, and wherein, - the liner sealing of the subsystem is attached to the disposable package, such that the liner sealing is automatically peeled off when the sterile container is removed from the disposable package. - the liner sealing of the subsystem is attached to the disposable package, such that the liner sealing is automatically peeled off when the sterile container is removed from the disposable package.
A scraper for the removal of deposits from the exterior of a tubular member comprising: a. first and second coaligned, spaced apart annular disks (10, 20) and b. a scraper cartridge mounted in co-alignment between said first and second annular disks (10, 20) characterized in that the scraper cartridge comprises a plurality of resilient wire assemblies positioned to define an opening having a diameter less than the external diameter of said tubular member, said plurality of wire assemblies each consisting of a resilient wire having at least three integral, concatenated, resilient segments defined by a geniculation between two adjacent segments, whereby at least one of said segments is aligned in said cartridge to deformingly contact an exterior surface of the tubular member positioned through said opening. a. first and second coaligned, spaced apart annular disks (10, 20) and b. a scraper cartridge mounted in co-alignment between said first and second annular disks (10, 20)
Method of manufacturing an encapsulated electronic device comprising the steps of - providing a substrate of an inorganic material, - providing an encapsulated electronic device on the substrate subsequently comprising the following sub steps, - providing (S4-S6) a first barrier structure (20, 120) with at least one inorganic layer (24, 124, 224) and at least one organic layer (23, 123, 223), - providing an electronic device (10, 110, 210) between the first and a second barrier structure (30, 130), - providing (S8-S10) the second barrier structure (30, 130), with at least one inorganic layer (31, 131, 231) and at least one organic layer (32, 132, 232), wherein the at least one inorganic layer (31, 131, 231) of the second barrier structure (30, 130) contacts the at least one inorganic layer of the first barrier structure, wherein the encapsulated electronic device is released from the substrate after its completion, characterized in that the encapsulated device comprises a patterned additional organic layer being a release layer that is applied at said first barrier structure at a side remote from the electronic device, and the pattern forming an array of microlenses in said release layer was obtained by using a substrate with a complementary pattern as the substrate or wherein at least one further inorganic layer of the first barrier structure of the encapsulated device is provided with a pattern forming an array of microlenses by forming a release layer with a patterned surface pointing away from the substrate and forming the further inorganic layer on the release layer such that it follows the release layer. - providing a substrate of an inorganic material, - providing an encapsulated electronic device on the substrate subsequently comprising the following sub steps, - providing (S4-S6) a first barrier structure (20, 120) with at least one inorganic layer (24, 124, 224) and at least one organic layer (23, 123, 223), - providing an electronic device (10, 110, 210) between the first and a second barrier structure (30, 130), - providing (S8-S10) the second barrier structure (30, 130), with at least one inorganic layer (31, 131, 231) and at least one organic layer (32, 132, 232), wherein the at least one inorganic layer (31, 131, 231) of the second barrier structure (30, 130) contacts the at least one inorganic layer of the first barrier structure, wherein the encapsulated electronic device is released from the substrate after its completion, characterized in that the encapsulated device comprises a patterned additional organic layer being a release layer that is applied at said first barrier structure at a side remote from the electronic device, and the pattern forming an array of microlenses in said release layer was obtained by using a substrate with a complementary pattern as the substrate or wherein at least one further inorganic layer of the first barrier structure of the encapsulated device is provided with a pattern forming an array of microlenses by forming a release layer with a patterned surface pointing away from the substrate and forming the further inorganic layer on the release layer such that it follows the release layer.
Valve flap unit for a drain valve of a sanitary article, especially of a wash basin, comprising a support element with a bearing point; and a valve unit with a bearing axis, a valve flap projecting from the bearing axis, and an actuation lever projecting from the bearing axis; wherein the valve unit with the bearing axis is mounted in a pivotable manner in the bearing point; wherein at least one abutment section (9, 10) interacting with an abutment region of the actuation lever is arranged on the support element, said abutment section (9, 10) providing an abutment for the actuation lever; wherein the at least one abutment section (9, 10) of the support element and the abutment region of the actuation lever are formed such that a ferromagnetic attraction results between the abutment section (9, 10) and the actuation lever, and wherein the abutment region of the actuation lever is arranged on the free end of the actuation lever. a support element with a bearing point; and a valve unit with a bearing axis, a valve flap projecting from the bearing axis, and an actuation lever projecting from the bearing axis; wherein the valve unit with the bearing axis is mounted in a pivotable manner in the bearing point; wherein at least one abutment section (9, 10) interacting with an abutment region of the actuation lever is arranged on the support element, said abutment section (9, 10) providing an abutment for the actuation lever; wherein the at least one abutment section (9, 10) of the support element and the abutment region of the actuation lever are formed such that a ferromagnetic attraction results between the abutment section (9, 10) and the actuation lever, and wherein the abutment region of the actuation lever is arranged on the free end of the actuation lever.
A method of forming flavour particles comprising spraying an emulsion of a flavour material in an aqueous coating material with a core material in a heated environment at a drying temperature, the core material being a finely-divided native starch having a particle size distribution of 80 - 750 μm and a gelatinisation temperature higher than that of the drying temperature.
A method for treating liquefied hydrocarbons comprising acid gases to remove said acid gases while minimizing loss of amine species, said method comprising the step of contacting said liquefied hydrocarbons with an absorbent aqueous solution of a first amine compound, said first amine compound having the structure wherein R 1 is propane-2,3-diol; R2 is hydrogen, methyl, ethyl, 2-hydroxyethyl, or propane-2,3-diol; and R3 is hydrogen, methyl, ethyl, 2-hydroxyethyl or propane-2,3-diol.
A washing appliance with a vent system, the vent system comprising: a mixing chamber providing a first and second inlet (62, 60) separated from an outlet of the mixing chamber, the first and second inlet (62, 60) configured to provide a jet pump action where a first airstream through the first inlet is introduced through a nozzle into a second air stream to draw the second airstream through the second inlet to mix therewith and be discharged through the outlet; first ducting adapted to communicate between the mixing chamber and a washing chamber of the washing appliance so that the second inlet receives moist air through the first ducting from the washing chamber and the first inlet receives relatively drier air from outside of the washing chamber of the washing appliance; and an electric blower communicating with the mixing chamber to produce a pressure difference generating the first airstream wherein the first ducting attaches to the second inlet and the electric blower is positioned at the first inlet to intake the drier air from outside the washing chamber and discharge it through the first inlet; wherein the electric blower communicates with the first inlet through a bifurcated passageway having a first branch attached to the first inlet and a second branch communicating with second ducting communicating between the second branch and the washing chamber of the washing appliance to direct dry air into the washing chamber. a mixing chamber providing a first and second inlet (62, 60) separated from an outlet of the mixing chamber, the first and second inlet (62, 60) configured to provide a jet pump action where a first airstream through the first inlet is introduced through a nozzle into a second air stream to draw the second airstream through the second inlet to mix therewith and be discharged through the outlet; first ducting adapted to communicate between the mixing chamber and a washing chamber of the washing appliance so that the second inlet receives moist air through the first ducting from the washing chamber and the first inlet receives relatively drier air from outside of the washing chamber of the washing appliance; and an electric blower communicating with the mixing chamber to produce a pressure difference generating the first airstream wherein the first ducting attaches to the second inlet and the electric blower is positioned at the first inlet to intake the drier air from outside the washing chamber and discharge it through the first inlet; wherein the electric blower communicates with the first inlet through a bifurcated passageway having a first branch attached to the first inlet and a second branch communicating with second ducting communicating between the second branch and the washing chamber of the washing appliance to direct dry air into the washing chamber.
Compound of general formula or of general formula: wherein: - R1 is an alkyl radical or a phenyl radical optionally substituted with one or more C 1 -C 3 alkyl groups; - R2 is a linear or branched C 1 -C 6 alkyl radical; - R3 is a linear or branched C 1 -C 6 alkyl radical; - m = 0, 1 or 2; - n = 0, 1, 2, 3 or 4; - 2X Θ indicates two pharmaceutically acceptable monovalent anions or a pharmaceutically acceptable bivalent anion. - R1 is an alkyl radical or a phenyl radical optionally substituted with one or more C 1 -C 3 alkyl groups; - R2 is a linear or branched C 1 -C 6 alkyl radical; - R3 is a linear or branched C 1 -C 6 alkyl radical; - m = 0, 1 or 2; - n = 0, 1, 2, 3 or 4; - 2X Θ indicates two pharmaceutically acceptable monovalent anions or a pharmaceutically acceptable bivalent anion.
A squeeze container comprising: an open cylindrical neck portion; a shoulder portion extending substantially horizontally from a base end of the neck portion; a body portion provided below the shoulder portion; and a bottom portion provided below the body portion, wherein the body portion is compressed back and forth from outside to discharge contents, the body portion has a shape of a polygon or an oval tapered in a left-right direction in plan view, the body portion includes a pair of front-and-back pressing portions that are disposed to face each other so as to flatten the polygonal or the oval in the left-right direction by being compressed back and forth, and a pair of left-and-right tapered portions connecting the pressing portions to each other, and characterised in that a pair of front-and-back V-shaped grooves are provided between each of the pressing portions of the body portion and the shoulder portion so as to face each other while being recessed in a central axis direction of the body portion and having a groove bottom formed by an upper bending line extending substantially horizontally. an open cylindrical neck portion; a shoulder portion extending substantially horizontally from a base end of the neck portion; a body portion provided below the shoulder portion; and a bottom portion provided below the body portion, wherein the body portion is compressed back and forth from outside to discharge contents, the body portion has a shape of a polygon or an oval tapered in a left-right direction in plan view, the body portion includes a pair of front-and-back pressing portions that are disposed to face each other so as to flatten the polygonal or the oval in the left-right direction by being compressed back and forth, and a pair of left-and-right tapered portions connecting the pressing portions to each other, and characterised in that a pair of front-and-back V-shaped grooves are provided between each of the pressing portions of the body portion and the shoulder portion so as to face each other while being recessed in a central axis direction of the body portion and having a groove bottom formed by an upper bending line extending substantially horizontally.
A method of producing a liquid developer containing a dispersing agent, an insulating liquid (a), and a toner particle that contains a colorant and a binder resin, the method comprising: a step of preparing a mixture containing the colorant, the binder resin, the insulating liquid (a), a solvent (b), and the dispersing agent; and a step of distillatively removing the solvent (b) from the mixture, wherein the binder resin dissolves in the solvent (b) and does not dissolve in the insulating liquid (a), the dispersing agent dissolves in both the insulating liquid (a) and the solvent (b), and the binder resin contains a polymer A that has an alkali metal sulfonate group or an alkaline-earth metal sulfonate group. a step of preparing a mixture containing the colorant, the binder resin, the insulating liquid (a), a solvent (b), and the dispersing agent; and a step of distillatively removing the solvent (b) from the mixture, wherein the binder resin dissolves in the solvent (b) and does not dissolve in the insulating liquid (a), the dispersing agent dissolves in both the insulating liquid (a) and the solvent (b), and the binder resin contains a polymer A that has an alkali metal sulfonate group or an alkaline-earth metal sulfonate group.
A data sharing method performed by a trust center, the method comprising: • receiving a request for obtaining a user key of a shared file corresponding to a uniform resource locator, URL, of a first user from a second user, wherein the second user is a legitimate user authorized by the first user through the trust center to access the shared file, and the shared file is a shared file encrypted by using the user key (step 101); • obtaining according to the URL a file description of the corresponding shared file from a cloud server, wherein the file description is a file description obtained by encrypting the user key by using a public key of the trust center (step 102); • decrypting the file description by using a private key corresponding to the public key of the trust center to obtain the user key of the first user (step 103); and • sending the user key to the second user (step 104). • receiving a request for obtaining a user key of a shared file corresponding to a uniform resource locator, URL, of a first user from a second user, wherein the second user is a legitimate user authorized by the first user through the trust center to access the shared file, and the shared file is a shared file encrypted by using the user key (step 101); • obtaining according to the URL a file description of the corresponding shared file from a cloud server, wherein the file description is a file description obtained by encrypting the user key by using a public key of the trust center (step 102); • decrypting the file description by using a private key corresponding to the public key of the trust center to obtain the user key of the first user (step 103); and • sending the user key to the second user (step 104).
Tamper-proof system for the permanent securing of nuts that are screwed onto a screw bolt up to a planar stop, comprising an inner sleeve and an outer sleeve which is arranged coaxially thereto, which can be freely rotated vis-à-vis the inner sleeve, and comprises a collar, characterised in that the inner sleeve is mountable on the nut, that at least one blocking arm is connected to the inner sleeve in an articulated manner so that said arm can be tilted outwards in relation to the common axis of the sleeves (1, 2), wherein in the tilted state it lies on the outer sleeve over the collar, and in that on its side facing the common axis, the blocking arm has means that are suitable for engaging in the thread of the screw bolt protruding above the nut.
A cooking appliance, comprising an appliance cover, an appliance body and an inner lid, the appliance cover being coveringly arranged above the appliance body in a closable and openable manner, the appliance body being provided with a heating structure, wherein the appliance cover comprises: a cover body, the cover body being provided with a venting passage through which the inside of the cooking appliance communicates with the outside, the inner lid being detachably mounted to the cover body; a baking assembly, the baking assembly being arranged below the cover body, the inner lid being located below the baking assembly when mounted to the cover body; a venting cap, the venting cap being detachably mounted at any one end of two ends of the venting passage, wherein the venting cap is configured to be assembled at a bottom end of the venting passage when the inner lid is dismounted, and the venting cap is configured to be assembled at a top end of the venting passage after the inner lid is mounted a cover body, the cover body being provided with a venting passage through which the inside of the cooking appliance communicates with the outside, the inner lid being detachably mounted to the cover body; a baking assembly, the baking assembly being arranged below the cover body, the inner lid being located below the baking assembly when mounted to the cover body; a venting cap, the venting cap being detachably mounted at any one end of two ends of the venting passage, wherein the venting cap is configured to be assembled at a bottom end of the venting passage when the inner lid is dismounted, and the venting cap is configured to be assembled at a top end of the venting passage after the inner lid is mounted