mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a first communications device (200,502) to communicate with a second communications device, said first (200,502) and second communications device being in a region including a third communications device, the method comprising: transmitting a presence indicator broadcast signal over an airlink; receiving (408,512) a presence indicator broadcast signal communicated over the airlink directly from the second communications device; receiving (408,512) a presence indicator broadcast signal communicated over the airlink directly from the third communications device; transmitting (414,520), in response to the presence indicator broadcast signal from the second communication device, a paging signal directly to said second communications device over the airlink; receiving, following transmission of said paging signal and prior to transmitting data, a paging response signal, directly from the second device; receiving a signal from the third communications device prior to transmitting data, directed to said second communications device, said signal including information from the third device indicating that the third device can act as an intermediary between the first and second communications device for the communication of data; and transmitting data, intended to be delivered to said second communications device, to said third communications device. transmitting a presence indicator broadcast signal over an airlink; receiving (408,512) a presence indicator broadcast signal communicated over the airlink directly from the second communications device; receiving (408,512) a presence indicator broadcast signal communicated over the airlink directly from the third communications device; transmitting (414,520), in response to the presence indicator broadcast signal from the second communication device, a paging signal directly to said second communications device over the airlink; receiving, following transmission of said paging signal and prior to transmitting data, a paging response signal, directly from the second device; receiving a signal from the third communications device prior to transmitting data, directed to said second communications device, said signal including information from the third device indicating that the third device can act as an intermediary between the first and second communications device for the communication of data; and transmitting data, intended to be delivered to said second communications device, to said third communications device.
An engine assembly comprising: - a split-cycle internal combustion engine comprising a compression section and an expansion section; characterized in that the engine assembly comprises - a cooling system comprising a first circuit configured so as to circulate a heat-exchange fluid along at least one closed loop, the first circuit comprising a first pump and a first circuit portion extending through the crankcase and/or the head of said compression and expansion sections in order to remove heat from said crankcase and/or head; wherein said heat-exchange fluid has a boiling temperature such that at least a fraction of the heat-exchange fluid changes phase, in use, from liquid to vapour in said first circuit portion, in an operating condition of the engine; and in that said first circuit comprises a turbine arranged along said closed loop downstream of said first circuit portion in order to receive vapour generated in said first circuit portion and produce mechanical energy by the expansion of the vapour. - a split-cycle internal combustion engine comprising a compression section and an expansion section; characterized in that the engine assembly comprises - a cooling system comprising a first circuit configured so as to circulate a heat-exchange fluid along at least one closed loop, the first circuit comprising a first pump and a first circuit portion extending through the crankcase and/or the head of said compression and expansion sections in order to remove heat from said crankcase and/or head;
An image forming apparatus comprising: a control panel unit configured to receive input operation from a user and set setting information associating a registered image corresponding to a desired mark extracted from a scanned original document with control information indicating image data storage or copy prohibition; a scanning unit configured to scan an opened book placed on an original platen to acquire cover image data corresponding to a front surface, a back surface and a rear surface of the book cover; a camera holding unit in an original platen cover and configured to hold a camera which is configured to acquire and transmit to the image forming apparatus opened page data of the book in synchrony with the book cover image data acquisition with the scanning unit; a page memory configured to store the acquired cover image data and the opened page data in association with each other; and a processor configured to detect a stamp or a seal prepared by a user on the book corresponding to the registered image from the image data stored in the page memory; the processor is further configured to delete the image data stored in the page memory when detecting the registered image from the image data stored in the page memory. a control panel unit configured to receive input operation from a user and set setting information associating a registered image corresponding to a desired mark extracted from a scanned original document with control information indicating image data storage or copy prohibition; a scanning unit configured to scan an opened book placed on an original platen to acquire cover image data corresponding to a front surface, a back surface and a rear surface of the book cover; a camera holding unit in an original platen cover and configured to hold a camera which is configured to acquire and transmit to the image forming apparatus opened page data of the book in synchrony with the book cover image data acquisition with the scanning unit; a page memory configured to store the acquired cover image data and the opened page data in association with each other; and a processor configured to detect a stamp or a seal prepared by a user on the book corresponding to the registered image from the image data stored in the page memory; the processor is further configured to delete the image data stored in the page memory when detecting the registered image from the image data stored in the page memory.
A hearing aid device comprising: at least one microphone structure configured for receiving an acoustic signal from an environment and to process said acoustic signal into an electrical signal; a processing unit configured for receiving said electrical signal and modifying said signal based on a hearing loss compensation; a receiver configured to receive said modified electrical signal and process said modified electrical signal into an acoustic signal, and further to transmit said acoustic signal to a part of the auditory system of a hearing impaired user; wherein the microphone structure comprises: a microphone having a microphone aperture arranged in a microphone housing structure; said hearing device further comprising a printed circuit board, wherein an inlet element is arranged on a first side of said printed circuit board and said microphone housing structure is arranged on a second side of said printed circuit board;said inlet element being configured to receive a sound inlet structure, said sound inlet structure being configured to provide an acoustic path from said environment to said microphone aperture and the sound inlet structure is configured to be releasably attached to the inlet element at least one microphone structure configured for receiving an acoustic signal from an environment and to process said acoustic signal into an electrical signal; a processing unit configured for receiving said electrical signal and modifying said signal based on a hearing loss compensation; a receiver configured to receive said modified electrical signal and process said modified electrical signal into an acoustic signal, and further to transmit said acoustic signal to a part of the auditory system of a hearing impaired user; wherein the microphone structure comprises: a microphone having a microphone aperture arranged in a microphone housing structure; said hearing device further comprising a printed circuit board, wherein an inlet element is arranged on a first side of said printed circuit board and said microphone housing structure is arranged on a second side of said printed circuit board;said inlet element being configured to receive a sound inlet structure, said sound inlet structure being configured to provide an acoustic path from said environment to said microphone aperture and the sound inlet structure is configured to be releasably attached to the inlet element a microphone having a microphone aperture arranged in a microphone housing structure; said hearing device further comprising a printed circuit board, wherein an inlet element is arranged on a first side of said printed circuit board and said microphone housing structure is arranged on a second side of said printed circuit board;said inlet element being configured to receive a sound inlet structure, said sound inlet structure being configured to provide an acoustic path from said environment to said microphone aperture and the sound inlet structure is configured to be releasably attached to the inlet element
A method for transferring graphene pieces to a substrate, characterized by the following steps: a) A substrate with a plurality of placeholders for the graphene pieces is selected; b) The substrate is arranged and aligned on a substrate holder in a chamber; c) A transfer layer with openings is selected as placeholder for the graphene pieces; d) The transfer layer is arranged and aligned on the substrate holder above the substrate so that the openings in the transfer layer are aligned above the placeholders on the substrate; e) A liquid is filled into the chamber up to above the transfer layer, and the transfer layer is raised on the liquid column; f) Graphene pieces on the liquid film are inserted into the openings of the transfer layer; g) The distance between the substrate and the graphene pieces in the openings is reduced until the graphene pieces are arranged on the placeholders of the substrate. a) A substrate with a plurality of placeholders for the graphene pieces is selected; b) The substrate is arranged and aligned on a substrate holder in a chamber; c) A transfer layer with openings is selected as placeholder for the graphene pieces; d) The transfer layer is arranged and aligned on the substrate holder above the substrate so that the openings in the transfer layer are aligned above the placeholders on the substrate; e) A liquid is filled into the chamber up to above the transfer layer, and the transfer layer is raised on the liquid column; f) Graphene pieces on the liquid film are inserted into the openings of the transfer layer; g) The distance between the substrate and the graphene pieces in the openings is reduced until the graphene pieces are arranged on the placeholders of the substrate.
Process for producing an electrical insulation paper comprising a particle composite, comprising the steps of: - mixing a dispersion of particles in platelet form, a carrier fluid and a functionalizing agent which is distributed in the carrier fluid and has a proportion by mass in the dispersion corresponding to a predetermined mass ratio based on the proportion by mass of the particles; - producing a sediment by sedimenting the dispersion, as a result of which the particles in platelet form are arranged in essentially plane-parallel layers in the sediment; - removing the carrier fluid from the sediment; - introducing energy into the sediment to overcome the activation energy of that chemical reaction of the functionalizing agent with the particles which forms the particle composite from the sediment with coupling of the particles via the functionalizing agent, wherein the mass ratio is predetermined such that the particle composite has a porous structure; - producing the insulation paper. - mixing a dispersion of particles in platelet form, a carrier fluid and a functionalizing agent which is distributed in the carrier fluid and has a proportion by mass in the dispersion corresponding to a predetermined mass ratio based on the proportion by mass of the particles; - producing a sediment by sedimenting the dispersion, as a result of which the particles in platelet form are arranged in essentially plane-parallel layers in the sediment; - removing the carrier fluid from the sediment; - introducing energy into the sediment to overcome the activation energy of that chemical reaction of the functionalizing agent with the particles which forms the particle composite from the sediment with coupling of the particles via the functionalizing agent, - producing the insulation paper.
A vehicle allowing a power storage device mounted therein to be externally charged using electric power from an external power supply, said vehicle comprising: a power generation device (130, 160; 165); and a control device configured to control said external charging, said control device being characterized by being configured, when it is estimated that charging of said power storage device is not completed within a target charging time period set by a user using only the electric power from said external power supply, to charge said power storage device with the electric power from said external power supply additionally using electric power generated by said power generation device (130, 160; 165) during the external charging. a power generation device (130, 160; 165); and a control device configured to control said external charging, said control device being characterized by being configured, when it is estimated that charging of said power storage device is not completed within a target charging time period set by a user using only the electric power from said external power supply, to charge said power storage device with the electric power from said external power supply additionally using electric power generated by said power generation device (130, 160; 165) during the external charging.
A computer-implemented method to communicate digital data between computing devices (110, 120) using sound, comprising: packetizing, by a first computing device, data to be communicated; modulating, by the first computing device, a stream of the packetized data using binary phase shift keying (BPSK) modulation; upsampling, by the first computing device, the modulated stream; filtering, by the first computing device, the upsampled stream to one signal in a frequency band in the response range of a speaker of the first computing device and in the response range of a microphone of a second computing device; and transmitting, by the first computing device, the filtered signal as sound using the speaker of the first computing device. packetizing, by a first computing device, data to be communicated; modulating, by the first computing device, a stream of the packetized data using binary phase shift keying (BPSK) modulation; upsampling, by the first computing device, the modulated stream; filtering, by the first computing device, the upsampled stream to one signal in a frequency band in the response range of a speaker of the first computing device and in the response range of a microphone of a second computing device; and transmitting, by the first computing device, the filtered signal as sound using the speaker of the first computing device.
A cartridge assembly comprising: a cartridge member configured to couple a tissue treatment device with an electrosurgical unit including a radio frequency power delivery apparatus and a fluid delivery apparatus and configured to engage with and disengage from a cartridge receptacle of the electrosurgical unit; wherein the tissue treatment device is configured to deliver fluid from the fluid delivery apparatus and radio-frequency power from the radio-frequency power delivery apparatus for treating tissue, and characterized in that the cartridge member is configured to operate with the radio-frequency power delivery apparatus of the electrosurgical unit and the fluid delivery apparatus of the electrosurgical unit for supplying radio-frequency power from the radio-frequency delivery apparatus to the tissue treatment device and for supplying fluid from the fluid delivery apparatus to the tissue treatment device. a cartridge member configured to couple a tissue treatment device with an electrosurgical unit including a radio frequency power delivery apparatus and a fluid delivery apparatus and configured to engage with and disengage from a cartridge receptacle of the electrosurgical unit; wherein the tissue treatment device is configured to deliver fluid from the fluid delivery apparatus and radio-frequency power from the radio-frequency power delivery apparatus for treating tissue, and characterized in that the cartridge member is configured to operate with the radio-frequency power delivery apparatus of the electrosurgical unit and the fluid delivery apparatus of the electrosurgical unit for supplying radio-frequency power from the radio-frequency delivery apparatus to the tissue treatment device and for supplying fluid from the fluid delivery apparatus to the tissue treatment device.
A method for suppressing the isomerization of a monospecific sc(Fv)2 in a pharmaceutical composition, wherein an isomerization of said sc(Fv)2 is the structural conversion reaction from a bivalent scFv type to a single chain diabody type, and/or the structural conversion reaction from a single chain diabody type to a bivalent scFv type, wherein the sc(Fv)2 has a structure in which the variable regions are arranged in the order [variable region 1]-(linker 1)-[variable region 2]-(linker 2)-[variable region 3]-(linker 3)-[variable region 4], wherein linker 1, linker 2 and linker 3 have each a length of 5 to 30 amino acids, wherein in the single chain diabody type, variable region 1 and variable region 4 are associated, and variable region 2 and variable region 3 are associated, and wherein in the bivalent scFv type, variable region 1 and variable region 2 are associated, and variable region 3 and variable region 4 are associated, and wherein the method comprises the step of adding to an sc(Fv)2 composition salt and pH adjusting agent, and setting the salt concentration of the composition to 150 mM to 300 mM and the pH to pH 6.0 to 9.0.
Lighting device of a vehicle comprising at least one lighting means for a road scene in front of the vehicle, arranged to form a first light beam defined by a first lighting, and a device for generating a second light beam defined by a second lighting configured to superimpose the second beam on the first light beam, in which a sum of the first lighting and of the second lighting is greater than the first lighting and in which the second lighting of the second beam is superior to the first lighting of the first beam and in which the second light beam forms driving assistance information.
A system for seed orientation comprising: a vision system in proximity to a seed disk, the vision system configured to determine seed orientation data for a seed on the seed disk; and, a seed belt configured to receive the seed from the seed disk and to adjust an orientation of the seed from the seed disk to a desired seed orientation within a furrow during planting. a vision system in proximity to a seed disk, the vision system configured to determine seed orientation data for a seed on the seed disk; and, a seed belt configured to receive the seed from the seed disk and to adjust an orientation of the seed from the seed disk to a desired seed orientation within a furrow during planting.
A mixing apparatus for the repair of coating adhered on a can end, comprising: a plurality of holding tanks in fluid communication with a first delivery system and a mixer, the first fluid delivery system comprising a plurality of conduits connected to respective holding tanks; a pressure tank in fluid communication with the mixer; and a spray device in fluid communication with a second fluid delivery system and the pressure tank, wherein a plurality of liquids or fluids are flowed through the first fluid delivery system, wherein the plurality of liquids or fluids are mixed in the mixer to yield a mixed solution which is flowed to the pressure tank, and wherein the mixed solution is flowed through the second fluid delivery system and dispensed on the can end; the mixing apparatus being characterised by each of said liquids or fluids being delivered from a respective holding tank to said mixer via a respective conduit. a plurality of holding tanks in fluid communication with a first delivery system and a mixer, the first fluid delivery system comprising a plurality of conduits connected to respective holding tanks; a pressure tank in fluid communication with the mixer; and a spray device in fluid communication with a second fluid delivery system and the pressure tank, wherein a plurality of liquids or fluids are flowed through the first fluid delivery system, wherein the plurality of liquids or fluids are mixed in the mixer to yield a mixed solution which is flowed to the pressure tank, and wherein the mixed solution is flowed through the second fluid delivery system and dispensed on the can end; the mixing apparatus being characterised by each of said liquids or fluids being delivered from a respective holding tank to said mixer via a respective conduit.