mhurhangee/ep-ind-claims huggingface dataset:
A capsule for remineralizing water, the capsule comprising: a capsule body defining an inlet side and an outlet side; a first cavity located within the capsule body; a turbulence layer; wherein the first cavity comprises a salt composition; characterized in that the turbulence layer is configured for creating turbulences in water flowing through the capsule body from the inlet side to the outlet side; wherein the turbulence layer is arranged between the first cavity and the outlet side and has a thickness that is greater than 15% of a distance between the inlet side and the outlet side; and wherein the turbulence layer comprises a fibrous material, which is a nonwoven material. a capsule body defining an inlet side and an outlet side; a first cavity located within the capsule body; a turbulence layer; wherein the first cavity comprises a salt composition; characterized in that the turbulence layer is configured for creating turbulences in water flowing through the capsule body from the inlet side to the outlet side; wherein the turbulence layer is arranged between the first cavity and the outlet side and has a thickness that is greater than 15% of a distance between the inlet side and the outlet side; and wherein the turbulence layer comprises a fibrous material, which is a nonwoven material.
A method for operating an electronic device, the method comprising: displaying at least one item corresponding to at least one other electronic device (200-1, 200-2, 200-3, 200-4) and at least one window corresponding to at least one predefined role; transmitting, to each of the at least one other electronic device (200-1, 200-2, 200-3, 200-4), a message for requesting to output an identifiable signal which is visible or audible; receiving, from one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4), the identifiable signal; identifying a location of one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4) based on the received identifiable signal; and assigning the at least one predefined role to one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4) based on the location of one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4); wherein the at least one item is displayed in the at least one window based on the assigned at least one predefined role, and wherein the method further comprises, in response to detecting an input for the at least one item, transmitting a control signal for controlling the at least one other electronic device (200-1, 200-2, 200-3, 200-4) to perform the determined at least one predefined role. displaying at least one item corresponding to at least one other electronic device (200-1, 200-2, 200-3, 200-4) and at least one window corresponding to at least one predefined role; transmitting, to each of the at least one other electronic device (200-1, 200-2, 200-3, 200-4), a message for requesting to output an identifiable signal which is visible or audible; receiving, from one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4), the identifiable signal; identifying a location of one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4) based on the received identifiable signal; and assigning the at least one predefined role to one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4) based on the location of one of the at least one other electronic device (200-1, 200-2, 200-3, 200-4); wherein the at least one item is displayed in the at least one window based on the assigned at least one predefined role, and wherein the method further comprises, in response to detecting an input for the at least one item, transmitting a control signal for controlling the at least one other electronic device (200-1, 200-2, 200-3, 200-4) to perform the determined at least one predefined role.
Tilting motor vehicle with three or four-wheels, of which at least two front wheels (10 ', 10 "), comprising a frame extending from a forecarriage, which supports a pair of front wheels (10', 10 "), to a rear, which supports one or more rear wheels, said forecarriage in turn comprising a forecarriage support frame, wherein said forecarriage support frame is defined by an articulated structure comprising a first and a second portion, which are connected to each other at their own first ends (21a, 22a) by means of an intermediate joint characterized in that they are connected directly or indirectly to said frame at their own second ends (21b, 22b) by means of respective end joints (31, 32), and wherein said intermediate joint and said two end joints (31, 32) each define at least one articulation axes (Y0, Y1, Y2) orthogonal to a centreline plane (M-M) of said motor vehicle, said articulated structure forming a structure corresponding kinematically to a three-hinged arch. wherein said forecarriage support frame is defined by an articulated structure comprising a first and a second portion, which are connected to each other at their own first ends (21a, 22a) by means of an intermediate joint characterized in that they are connected directly or indirectly to said frame at their own second ends (21b, 22b) by means of respective end joints (31, 32), and wherein said intermediate joint and said two end joints (31, 32) each define at least one articulation axes (Y0, Y1, Y2) orthogonal to a centreline plane (M-M) of said motor vehicle, said articulated structure forming a structure corresponding kinematically to a three-hinged arch.
A method for determining an energy consumption of a vehicle provided with a first power source in the form of an engine for generating a first driving force for propulsion of said vehicle, characterised in that the method comprises - estimating, when said vehicle is travelling in a first direction, the energy consumed as a result of a first braking force which counteracts the movement of said vehicle in said direction; - accumulating, during said travelling of said vehicle, a representation of the energy consumed as a result of said first braking force; - estimating the energy consumed as a result of at least one other braking force which counteracts the movement of the vehicle in said direction; - accumulating, during said travelling of said vehicle, a representation of the energy consumed as a result of said at least one other braking force, and - determining a breakdown of energy consumed between said braking forces, and making an assessment of the driving of said vehicle on the basis of said breakdown. - estimating, when said vehicle is travelling in a first direction, the energy consumed as a result of a first braking force which counteracts the movement of said vehicle in said direction; - accumulating, during said travelling of said vehicle, a representation of the energy consumed as a result of said first braking force; - estimating the energy consumed as a result of at least one other braking force which counteracts the movement of the vehicle in said direction; - accumulating, during said travelling of said vehicle, a representation of the energy consumed as a result of said at least one other braking force, and - determining a breakdown of energy consumed between said braking forces, and making an assessment of the driving of said vehicle on the basis of said breakdown.
A loud speaker, comprising: a frame having an opening; a yoke coupled to an inner periphery of the frame; a magnet coupled to a bottom center of the yoke; a plate coupled to a surface of the magnet on an opposite side to a coupled surface with the yoke; a diaphragm with an outer periphery thereof coupled to the frame; and a voice coil, which is coupled to a bottom surface of the diaphragm, and part of which is disposed inside a magnetic gap between the yoke and the plate, wherein characterized in that the yoke has a yoke notched part on a periphery thereof, the plate has a plate notched part on a periphery thereof, and the yoke notched part and the plate notched part are disposed on the same straight line vertical to a bottom surface of the yoke. a frame having an opening; a yoke coupled to an inner periphery of the frame; a magnet coupled to a bottom center of the yoke; a plate coupled to a surface of the magnet on an opposite side to a coupled surface with the yoke; a diaphragm with an outer periphery thereof coupled to the frame; and a voice coil, which is coupled to a bottom surface of the diaphragm, and part of which is disposed inside a magnetic gap between the yoke and the plate, wherein characterized in that the yoke has a yoke notched part on a periphery thereof, the plate has a plate notched part on a periphery thereof, and the yoke notched part and the plate notched part are disposed on the same straight line vertical to a bottom surface of the yoke.
A ventilation system for vehicle lighting comprising - a housing opening having an outwardly projecting opening wall (3, 8), - a ventilation body which is fixed to the housing opening by engagement with an inner part thereof, wherein the ventilation body and the housing opening have walls (17, 25, 28) for forming a ventilation duct with a plurality of direction changes (23, 27) between an edge of the ventilation body and an aperture of the housing opening, characterized in that - the inner part and an outer part which surrounds the opening wall (3, 8) of the housing opening have the walls (17, 25, 28) which respectively bear in a sealing manner in sections in the circumferential direction against the opening wall (3, 8) of the housing opening, - the ventilation body and the housing opening are configured such that the ventilation body can be brought from an unlocked into a locked position or vice versa by rotation according to a predetermined angle of rotation relative to the housing opening. - a housing opening having an outwardly projecting opening wall (3, 8), - a ventilation body which is fixed to the housing opening by engagement with an inner part thereof, wherein the ventilation body and the housing opening have walls (17, 25, 28) for forming a ventilation duct with a plurality of direction changes (23, 27) between an edge of the ventilation body and an aperture of the housing opening, - the inner part and an outer part which surrounds the opening wall (3, 8) of the housing opening have the walls (17, 25, 28) which respectively bear in a sealing manner in sections in the circumferential direction against the opening wall (3, 8) of the housing opening, - the ventilation body and the housing opening are configured such that the ventilation body can be brought from an unlocked into a locked position or vice versa by rotation according to a predetermined angle of rotation relative to the housing opening.
Method for producing a security element, wherein - a substrate is provided, which has a front and a rear side (3, 4), is translucent at least for specific radiation, and comprises a watermark which modulates the opacity of the substrate, - a print element, which at least partially covers the watermark and contains at least one first and one second colourant, is applied to the front side, wherein the first colourant is ablatable by means of the first specific radiation, while the second one is not, and - the substrate is irradiated from the rear side with the specific radiation and the first colourant is ablated by the specific radiation, wherein the watermark is used as a mask for intensity attenuation of the specific radiation to modify the print element in register with the watermark, characterized in that - the first colourant is a remitting colourant having a colour effect and is arranged in a first colour layer and the second colourant is a luminescent colourant and is arranged in a second colour layer, - the first colour layer covers the second colour layer, and - the second colourant is exposed at locations by way of the first colourant being changed in terms of the colour effect by the first specific radiation using the watermark as a mask or being removed from the first colour layer. - a substrate is provided, which has a front and a rear side (3, 4), is translucent at least for specific radiation, and comprises a watermark which modulates the opacity of the substrate, - a print element, which at least partially covers the watermark and contains at least one first and one second colourant, is applied to the front side, wherein the first colourant is ablatable by means of the first specific radiation, while the second one is not, and - the substrate is irradiated from the rear side with the specific radiation and the first colourant is ablated by the specific radiation, wherein the watermark is used as a mask for intensity attenuation of the specific radiation to modify the print element in register with the watermark, - the first colourant is a remitting colourant having a colour effect and is arranged in a first colour layer and the second colourant is a luminescent colourant and is arranged in a second colour layer, - the first colour layer covers the second colour layer, and - the second colourant is exposed at locations by way of the first colourant being changed in terms of the colour effect by the first specific radiation using the watermark as a mask or being removed from the first colour layer.
A method for producing nanostructures, the method comprising: providing a porous substrate having catalyst particles disposed thereon, which catalyst particles comprise copper, a copper compound, and/or a copper alloy, wherein: the substrate is a carbon-based substrate and comprises a population of particles having the catalyst particles disposed thereon; and growing the nanostructures from the catalyst particles, wherein: the substrate particles with catalyst particles disposed thereon are loaded into a reaction vessel and form a packed bed therein, the nanostructures are silicon nanowires grown by a vapour-solid-solid synthesis technique, and the substrate particles are mixed during the growth process. providing a porous substrate having catalyst particles disposed thereon, which catalyst particles comprise copper, a copper compound, and/or a copper alloy, wherein: the substrate is a carbon-based substrate and comprises a population of particles having the catalyst particles disposed thereon; and growing the nanostructures from the catalyst particles, wherein: the substrate particles with catalyst particles disposed thereon are loaded into a reaction vessel and form a packed bed therein, the nanostructures are silicon nanowires grown by a vapour-solid-solid synthesis technique, and the substrate particles are mixed during the growth process. the substrate particles with catalyst particles disposed thereon are loaded into a reaction vessel and form a packed bed therein, the nanostructures are silicon nanowires grown by a vapour-solid-solid synthesis technique, and the substrate particles are mixed during the growth process.
An electronic apparatus comprising: a communicator (no) comprising communication circuitry; and a processor configured to control the electronic apparatus to: in response to a call request being received through the communicator (no), connect a call with a counterpart that requests the call based on receiving a command to accept the call request, and transmit CAPTCHA information to an external device that requests the call based on receiving a command to identify the counterpart while the call with the counterpart is being performed, identify the counterpart that requests the call based on whether response information is matched with the CAPTCHA information in response to receiving the response information about the CAPTCHA information from the external device, and provide information on the identified counterpart to a user of the electronic apparatus. a communicator (no) comprising communication circuitry; and a processor configured to control the electronic apparatus to: in response to a call request being received through the communicator (no), connect a call with a counterpart that requests the call based on receiving a command to accept the call request, and transmit CAPTCHA information to an external device that requests the call based on receiving a command to identify the counterpart while the call with the counterpart is being performed, identify the counterpart that requests the call based on whether response information is matched with the CAPTCHA information in response to receiving the response information about the CAPTCHA information from the external device, and provide information on the identified counterpart to a user of the electronic apparatus. in response to a call request being received through the communicator (no), connect a call with a counterpart that requests the call based on receiving a command to accept the call request, and transmit CAPTCHA information to an external device that requests the call based on receiving a command to identify the counterpart while the call with the counterpart is being performed, identify the counterpart that requests the call based on whether response information is matched with the CAPTCHA information in response to receiving the response information about the CAPTCHA information from the external device, and provide information on the identified counterpart to a user of the electronic apparatus.
An energy storage system, comprising: a vessel made of a refractory material and containing a phase change material; a thermally insulating cover at least partially surrounding the vessel; an emitter, made of a refractory material, having a first side arranged to be heated by the phase change material and a second side intended to radiate thermal power; at least one photovoltaic cell arranged to receive the thermal power emitted by the second side of the emitter; and an electric means for heating the phase change material. a vessel made of a refractory material and containing a phase change material; a thermally insulating cover at least partially surrounding the vessel; an emitter, made of a refractory material, having a first side arranged to be heated by the phase change material and a second side intended to radiate thermal power; at least one photovoltaic cell arranged to receive the thermal power emitted by the second side of the emitter; and an electric means for heating the phase change material.
Processor chip card having a secure microcontroller and an intermediate chip which is designed to receive and to send data in data blocks via a contactless interface (RF, 12) in accordance with a radio communication protocol and to transmit data within the processor chip card having the secure microcontroller in data blocks in accordance with a contact communication protocol, wherein the data blocks each comprise useful data in accordance with the radio communication protocol and in accordance with the contact communication protocol, wherein the intermediate chip is configured in such a way that the maximum volume of useful data of a data block in the radio communication protocol and the contact communication protocol is identical, characterized in that either the processor chip card is designed to collect all data blocks of a data transmission entering the intermediate chip under a communication protocol and in which the intermediate chip is configured, after the last data block of the incoming data transmission has entered, to convert the metadata of each collected data block into the corresponding other communication protocol and to send the converted data blocks, or in that the intermediate chip is configured to convert the metadata of a data block of a data transmission entering the intermediate chip under a communication protocol into the corresponding other communication protocol in parallel with the reception of other data blocks and to pass on the converted data block without waiting for the end of the data transmission. characterized in that either the processor chip card is designed to collect all data blocks of a data transmission entering the intermediate chip under a communication protocol and in which the intermediate chip is configured, after the last data block of the incoming data transmission has entered, to convert the metadata of each collected data block into the corresponding other communication protocol and to send the converted data blocks, or in that the intermediate chip is configured to convert the metadata of a data block of a data transmission entering the intermediate chip under a communication protocol into the corresponding other communication protocol in parallel with the reception of other data blocks and to pass on the converted data block without waiting for the end of the data transmission.
An apparatus for generating extreme ultra-violet light comprising: a vacuum chamber; a rotatable, cylindrically-symmetric element having a surface at least partially coated with a plasma-forming target material and disposed within the vacuum chamber; one or more actuation devices configured to control at least one of an axial position or a tilt of the rotatable, cylindrically-symmetric element; a drive laser source configured to generate one or more laser pulses sufficient to generate EUV light via formation of a plasma by excitation of the plasma-forming target material; a set of focusing optics configured to focus the one or more laser pulses onto a portion of the surface of the rotatable, cylindrically-symmetric element; a set of collection optics configured to receive EUV light emanated from the plasma generated in response to the excitation of the plasma-forming target material and further configured to direct the illumination to an intermediate focal point; and a gas management system including a gas supply subsystem configured to supply plasma-forming target material to the surface of the rotatable, cylindrically-symmetric element. a vacuum chamber; a rotatable, cylindrically-symmetric element having a surface at least partially coated with a plasma-forming target material and disposed within the vacuum chamber; one or more actuation devices configured to control at least one of an axial position or a tilt of the rotatable, cylindrically-symmetric element; a drive laser source configured to generate one or more laser pulses sufficient to generate EUV light via formation of a plasma by excitation of the plasma-forming target material; a set of focusing optics configured to focus the one or more laser pulses onto a portion of the surface of the rotatable, cylindrically-symmetric element; a set of collection optics configured to receive EUV light emanated from the plasma generated in response to the excitation of the plasma-forming target material and further configured to direct the illumination to an intermediate focal point; and a gas management system including a gas supply subsystem configured to supply plasma-forming target material to the surface of the rotatable, cylindrically-symmetric element.
Refrigeration appliance with a refrigeration compartment housing, which delimits an interior of the refrigeration compartment, wherein a lower shelf is arranged in the interior of the refrigeration compartment, and wherein the lower shelf is in contact with a holding element in sections, wherein the holding element has a first connection element and a second connection element, wherein the first connection element engages into a first depression of the refrigeration appliance housing in order to form a plug-in connection and the second connection element engages into a second depression of the refrigeration compartment housing for forming a plug-in connection, characterised in that the refrigeration compartment housing has at least one rear wall and at least one side wall, wherein the rear wall and the side wall connects a curved wall segment, wherein the first depression is arranged in the side wall and the second depression is arranged in the curved wall segment.