mhurhangee/ep-ind-claims huggingface dataset:
An electrode for an all solid-state battery, comprising: an electrode current collector; and an electrode active material layer formed on at least one surface of the electrode current collector, wherein the electrode active material layer includes a plurality of electrode active material particles, a solid electrolyte coated on at least part of surface of the plurality of electrode active material particles to connect the plurality of electrode active material particles, and a linear structure distributed between the plurality of electrode active material particles, and wherein the linear structure comprises halloysite nanotube. an electrode current collector; and an electrode active material layer formed on at least one surface of the electrode current collector, wherein the electrode active material layer includes a plurality of electrode active material particles, a solid electrolyte coated on at least part of surface of the plurality of electrode active material particles to connect the plurality of electrode active material particles, and a linear structure distributed between the plurality of electrode active material particles, and wherein the linear structure comprises halloysite nanotube.
Glass sheet having a boron-, strontium- and lithium-free glass composition comprising the following in weight percentage, expressed with respect to the total weight of glass: 65 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % 2 ≤ K 2 O ≤ 6 % 2 < Al 2 O 3 ≤ 4 % 2 ≤ CaO < 10 % 0 ≤ MgO ≤ 8 %; as well as a total iron (expressed in the form of Fe 2 O 3) in a content ranging from 0.002 to 0.06 % by weight and a K 2 O/(K 2 O+Na 2 O) ratio which is from 0.2 to 0.5. 65 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % 2 ≤ K 2 O ≤ 6 % 2 < Al 2 O 3 ≤ 4 % 2 ≤ CaO < 10 % 0 ≤ MgO ≤ 8 %;
Method for providing encoded video signal data that are protected against digital copying, characterised by the steps: - providing partitioned video signal data derived from original video signal data; - encoding said partitioned video signal data and providing for said encoded video signal data presentation control information data that are related to said partition, wherein said presentation control information data serve for, upon receiving and correspondingly decoding said encoded video signal data, a split of the decoded video signal data into data for at least two different video signals according to said partitioning using said presentation control information data and a distortion of at least one of said partitions according to distortion information data, and serve for, upon supplying each one of said different video signals to a corresponding number of directional light sources (78, A; 77, B) for picture signals, each of which light sources having a different position and/or angle with respect to a common screen, projection of the video signals of all light sources on said screen in order to form a merged video signal approximating said original video signal, wherein said positions and/or angles of said light sources are adapted to said distortion information data. - providing partitioned video signal data derived from original video signal data; - encoding said partitioned video signal data and providing for said encoded video signal data presentation control information data that are related to said partition,
A method for handling an automatic analyzer, said automatic analyzer comprising: a nozzle for sucking liquid to be dispensed; a pump for generating pressure variations allowing suction of the liquid into the nozzle; a passage (23, 24) connecting the nozzle with the pump; and a drive mechanism for shifting the nozzle in horizontal and vertical directions; wherein the passage (23, 24) is at least partially composed of a flexible tube and the flexible tube has an upward or downward convex bending portion in the middle thereof, the convex bending portion changing in position and shifting along with the drive mechanism at a nozzle side, and wherein, when the nozzle is shifted horizontally, a value obtained by subtracting a vertical distance (L 1) between a tip portion of the nozzle and the uppermost portion of the nozzle from a vertical distance (L 2) between a top of a convex portion of the flexible tube and an uppermost portion of the nozzle is a value ranging from -30 mm to 130 mm. a nozzle for sucking liquid to be dispensed; a pump for generating pressure variations allowing suction of the liquid into the nozzle; a passage (23, 24) connecting the nozzle with the pump; and a drive mechanism for shifting the nozzle in horizontal and vertical directions; wherein the passage (23, 24) is at least partially composed of a flexible tube and the flexible tube has an upward or downward convex bending portion in the middle thereof, the convex bending portion changing in position and shifting along with the drive mechanism at a nozzle side, and wherein, when the nozzle is shifted horizontally, a value obtained by subtracting a vertical distance (L 1) between a tip portion of the nozzle and the uppermost portion of the nozzle from a vertical distance (L 2) between a top of a convex portion of the flexible tube and an uppermost portion of the nozzle is a value ranging from -30 mm to 130 mm.
A folding box made of cardboard comprising grip holes and comprising assigned device for preventing the tearing of the folding box in the region of the grip holes in the case of excessive weight of the folding box content, characterized in that the device for preventing the tearing - is formed by a carrying strap, to the ends of which - carrying strap grip holes and - positioning elements, which can be inserted into the grip holes of the folding box, are attached. - is formed by a carrying strap, to the ends of which - carrying strap grip holes and - positioning elements, which can be inserted into the grip holes of the folding box, are attached.
A construction element for both indoor and outdoor raised floors, characterized in that it consists of a rigid part with a thickness comprised between 6 and 18 mm and comprises at least one substantially flat surface, which is reinforced by means of a polymer matrix made up of a resin combined with a catalyst and having a viscosity before the hardening comprised between 2,000 centipoises (2 Pa·s) and 14,000 centipoises (14 Pa.s), preferably between 3,000 centipoises (3 Pa·s) and 12,000 centipoises (12 Pa·s), wherein the resin and the catalyst mixture is applied on said flat surface with a thickness comprised between 0.1 and 5 mm, such that a filament fiber mesh is completely embedded inside the polymer matrix when hardened, resulting in the mesh being at least 0.2 mm apart from the surface or outer layer of said polymer matrix and the weight of said filament fiber mesh being less than 50 % of the weight of the assembly formed by the polymer matrix plus the mesh.
A method to verify a calling party when placing a call to a recipient party, the method comprising, at a call verification server: - receiving at an Application Program Interface platform of the call verification server, a request from a calling party for registration for the calling party verification, - sending to the calling party, as a response to the request for registration, a first token associated at the API platform to the calling party, - receiving at the API platform a request to set up a call, the request comprising a recipient party for the call, and a second token, - setting up the call to the recipient party, when there is a match between the first and second token, wherein the request to set up a call is received from the calling party and the request for registration does not comprise the recipient party for the call. - receiving at an Application Program Interface platform of the call verification server, a request from a calling party for registration for the calling party verification, - sending to the calling party, as a response to the request for registration, a first token associated at the API platform to the calling party, - receiving at the API platform a request to set up a call, the request comprising a recipient party for the call, and a second token, - setting up the call to the recipient party, when there is a match between the first and second token,
Mechanism for adjusting the active length of a timepiece balance spring whose outer end is fixed to a balance spring stud secured to a bar, said mechanism including two pins for clamping or touching the outer coil of the balance spring during the operation of said balance spring, where said two pins are in a single piece with said bar, characterized in that at least said bar includes a position adjustable mechanism including a rigid carrier structure, carrying, via at least one elastic strip, a position adjustable component carrying at least one of said pins and including an indexing means arranged to cooperate with a complementary indexing means comprised in an adjustment mechanism, said complementary indexing means being mounted disengageable to the indexing means and being lockable in a cooperating position by a clamping mechanism elastically fixed to said structure, said clamping mechanism being in turn subjected to the action of a locking mechanism which allows said clamping mechanism to occupy either an uncoupled position wherein said adjustment mechanism is free, or a coupled position wherein said clamping mechanism hinders said adjustment mechanism, said locking mechanism being also elastically fixed to said structure.
A method of driving a turbine, the method comprising the following steps: (a) providing solid carbon dioxide; (b) heating the solid carbon dioxide to produce a high pressure carbon dioxide fluid; (c) passing the carbon dioxide over a blade of the turbine; and (d) collecting the carbon dioxide that has passed over the turbine blade; wherein carbon dioxide collected in step (d) is in solid form, characterised in that in step (a) the solid carbon dioxide is provided at atmospheric pressure. (a) providing solid carbon dioxide; (b) heating the solid carbon dioxide to produce a high pressure carbon dioxide fluid; (c) passing the carbon dioxide over a blade of the turbine; and (d) collecting the carbon dioxide that has passed over the turbine blade;
Welding torch comprising guidance means designed to guide a wire-like welding filler material mechanically along an axis at least in a section of the welding torch, comprising at least one process gas nozzle, which coaxially surrounds at least the guidance means, and comprising a welding current terminal, which is connected in a conducting manner to an element of the welding torch that is configured for conducting current, wherein a hollow electrode, which coaxially surrounds the axis and, as the element configured for conducting current, is connected in a conducting manner to the welding current terminal, wherein the guidance means are designed to guide the welding filler material in a potential-free manner with no electrical connection to the welding current terminal, characterized in that the welding torch also has a coil and/or magnet arrangement, which is configured for providing an electric and/or magnetic field applied around the axis and is designed to make an arc emanating from the hollow electrode rotate about the axis, wherein the coil arrangement is integrated in the welding torch and, by being suitably supplied with current, produces the electric and/or magnetic field applied around the axis.
A metallic glass alloy comprising: Ni (68.6- w - x - y - z) Cr 8.7+ w Nb 3+ x P 16.5+ y B 3.2+ z, where w, x, y, and z are positive or negative atomic percentages that represent a deviation from the base composition having absolute values that satisfy: 0.21 | w | + 0.84 | x | + 0.96 | y | + 1.18 | z | < 1.89, and wherein the largest rod diameter that can be formed with an amorphous phase is at least 3 mm.
A body orifice remodeling device comprising: a cylindrical handpiece having a defined length, wherein the handpiece comprises two separable sections, a proximal section and a distal section which is adapted to be inserted into a human vagina; an electrode mounted either on the outside or mounted within the distal section of the handpiece; the electrode being a capacitive electrode, the electrode further being insulated with biocompatible material, embedded in a thermal gel to, when the RF electrode is activated, minimize hot spots; a source of radio frequency energy in the handpiece which is configured to generate RF energy to the electrode; a source of electromagnetic stimulation energy (EMagS) in the handpiece which is configured to generate (EMagS) energy to the human vagina; a controller configured to: cause the source of RF to generate RF energy; cause the source of EMagS energy to generate EMagS energy within the human vagina; and, regulate the application of RF energy and EMagS energy, the distal section comprising a disposable material or a sterilizable material, the distal section being curved to match the contours of the human vagina, and the proximal section comprising one or more connections to one or more sources of power to power the RF energy and the source of EMagS energy. a cylindrical handpiece having a defined length, wherein the handpiece comprises two separable sections, a proximal section and a distal section which is adapted to be inserted into a human vagina; an electrode mounted either on the outside or mounted within the distal section of the handpiece; the electrode being a capacitive electrode, the electrode further being insulated with biocompatible material, embedded in a thermal gel to, when the RF electrode is activated, minimize hot spots; a source of radio frequency energy in the handpiece which is configured to generate RF energy to the electrode; a source of electromagnetic stimulation energy (EMagS) in the handpiece which is configured to generate (EMagS) energy to the human vagina; a controller configured to: cause the source of RF to generate RF energy; cause the source of EMagS energy to generate EMagS energy within the human vagina; and, regulate the application of RF energy and EMagS energy, the distal section comprising a disposable material or a sterilizable material, the distal section being curved to match the contours of the human vagina, and the proximal section comprising one or more connections to one or more sources of power to power the RF energy and the source of EMagS energy.
An integrated beverage blending system comprising: an ice portion control module; an ingredient module comprising an ingredient therein; and a dispensing nozzle in communication with said ice portion control module and said ingredient module, wherein said ice and said ingredient are dispensed into a beverage container via said dispensing nozzle, wherein said ingredient module comprises a housing, an ingredient container disposed within said housing, an ingredient conduit disposed between said ingredient container and said dispensing nozzle, and a device that causes said ingredient to move from said ingredient container, through said ingredient conduit and into said dispensing nozzle under pressure, and characterized in that said dispensing nozzle comprises an ice dispensing conduit on an interior surface thereof and a plurality of ingredient passages integrally formed within a wall of said dispensing nozzle, wherein each ingredient passage is isolated from other ingredient passages and said ice dispensing conduit, whereby product and/or flavor contamination is avoided, and wherein said ingredient conduit is connected to an end of one of said plurality of ingredient passages on an exterior surface of said dispensing nozzle. an ice portion control module; an ingredient module comprising an ingredient therein; and a dispensing nozzle in communication with said ice portion control module and said ingredient module, wherein said ice and said ingredient are dispensed into a beverage container via said dispensing nozzle, wherein said ingredient module comprises a housing, an ingredient container disposed within said housing, an ingredient conduit disposed between said ingredient container and said dispensing nozzle, and a device that causes said ingredient to move from said ingredient container, through said ingredient conduit and into said dispensing nozzle under pressure, and characterized in that said dispensing nozzle comprises an ice dispensing conduit on an interior surface thereof and a plurality of ingredient passages integrally formed within a wall of said dispensing nozzle, wherein each ingredient passage is isolated from other ingredient passages and said ice dispensing conduit, whereby product and/or flavor contamination is avoided, and wherein said ingredient conduit is connected to an end of one of said plurality of ingredient passages on an exterior surface of said dispensing nozzle.
A garment care device comprising: a steam generator, a plug arranged on said steam generator to access the inside of said steam generator, said plug being detachable by rotation via a thread, characterised in that the plug comprises a mechanism having mechanical movements being dependent on the temperature of said steam generator, such that when the temperature of said steam generator is equal to or above a given temperature threshold, said mechanism is adapted to prevent the plug from being detached from the steam generator, wherein the mechanism comprises a reversibly thermally deformable element whose expansion when the temperature of the steam generator is equal to or above the given temperature threshold causes the mechanism to prevent the plug from being detached from the steam generator, and whose contraction when the temperature of the steam generator is below the given temperature threshold causes the mechanism to allow the plug to be detached from the steam generator. a steam generator, a plug arranged on said steam generator to access the inside of said steam generator, said plug being detachable by rotation via a thread, characterised in that the plug comprises a mechanism having mechanical movements being dependent on the temperature of said steam generator, such that when the temperature of said steam generator is equal to or above a given temperature threshold, said mechanism is adapted to prevent the plug from being detached from the steam generator, wherein the mechanism comprises a reversibly thermally deformable element whose expansion when the temperature of the steam generator is equal to or above the given temperature threshold causes the mechanism to prevent the plug from being detached from the steam generator, and whose contraction when the temperature of the steam generator is below the given temperature threshold causes the mechanism to allow the plug to be detached from the steam generator.
Method for updating a ventilation device, in which an operating program stored in the device is replaced at least in part by a new operating program and the operating program is stored at least in part in a modifiable memory of the device and is replaced at least in part by the new operating program when the update is carried out, wherein a respiratory gas pump is arranged and a connection tube is connected by way of a coupling in the ventilation device in the region of a device housing with an operating field and a display as an indicator, wherein the device housing has an interface for facilitating a data transfer and wherein the interface is realized as a USB interface, by means of which the input and/or output of data is effectuated, and, moreover, interfaces for adaptable add-on devices and information management systems, for example for receiving storage media or for the connection to an ECG, EEG, printer, defibrillator, pulse oximeter or any other medical-technical device, are provided in the device, and wherein recorded data, such as trends, extraordinary events, warning notifications, are transmitted to the medical practitioner and conspicuous events, operating hours or other data for ensuring the flawless operation are transmitted to the user or the maintenance/customer service when required, in each case by means of a modem, and wherein a pulse oximeter is adaptable to an interface for ascertaining further body parameters and the body parameters ascertained by the adapted pulse oximeter are displayed on the display of the ventilation device, characterized in that such regions which are only activated once the relevant sensor is adapted are provided in the region of the display and measurement values of the adapted pulse oximeter are then displayed in these regions.
A method of wireless data transmission to trigger a handover or a handover decision of the wireless data transmission from a first radio link to a second radio link, comprising: detecting, by a first radio access point a degradation of the first radio link established for a first frequency band between the first radio access point and a user equipment based on a link quality performance indicator, sending, by the first radio access point to a network entity, information regarding the degradation of the first radio link quality, sending, by the network entity addressed to the user equipment, a request for a measurement of radio link quality for at least one second radio link, wherein the second radio link is between a second radio access point operating in the first frequency band and the user equipment, receiving, by the network entity from the user equipment, a result of the measurement of the radio link quality for the second radio link, sending (311, 312), by the network entity addressed to the user equipment, a trigger for a handover or a handover decision of the data transmission from the first radio link to the second radio link depending on the result of the measurement, wherein the request for a measurement of radio link quality for at least one second radio link and the trigger for the handover or the handover decision is sent via a third radio link between the user equipment and the network entity operating in a second frequency band, wherein the network entity is an evolved node B or 5G node or a base station, and wherein the first frequency band is above 6Ghz and the second frequency band is below 6Ghz. detecting, by a first radio access point a degradation of the first radio link established for a first frequency band between the first radio access point and a user equipment based on a link quality performance indicator, sending, by the first radio access point to a network entity, information regarding the degradation of the first radio link quality, sending, by the network entity addressed to the user equipment, a request for a measurement of radio link quality for at least one second radio link, wherein the second radio link is between a second radio access point operating in the first frequency band and the user equipment, receiving, by the network entity from the user equipment, a result of the measurement of the radio link quality for the second radio link, sending (311, 312), by the network entity addressed to the user equipment, a trigger for a handover or a handover decision of the data transmission from the first radio link to the second radio link depending on the result of the measurement, wherein the request for a measurement of radio link quality for at least one second radio link and the trigger for the handover or the handover decision is sent via a third radio link between the user equipment and the network entity operating in a second frequency band, wherein the network entity is an evolved node B or 5G node or a base station, and wherein the first frequency band is above 6Ghz and the second frequency band is below 6Ghz.