mhurhangee/ep-ind-claims huggingface dataset:
Espresso coffee machine comprising: - a main boiler, configured for producing hot water and steam; - at least one dispensing group, configured for producing coffee and physically and functionally independent from said main boiler; - a secondary boiler physically and hydraulically connected to each dispensing group, said secondary boiler being configured to keep the water for dispensing coffee at a predetermined temperature value checked by a temperature probe; - a main water inlet circuit for inletting water from the water supply network, hydraulically connected to the main boiler and to the secondary boiler of each dispensing group, said main water inlet circuit comprising at least one booster pump that applies a predetermined pressure value to the water; and - an electronic control unit, the espresso coffee machine being characterised in that it comprises: - a pressure sensor, provided with a sensitive element enclosed within the secondary boiler of each dispensing group and placed in contact with the water; - a bypass circuit hydraulically connected, at a first end, to said main water inlet circuit upstream of the booster pump and, at the opposite end, to each dispensing group; and - at least one two-way proportional valve, arranged on the bypass circuit and electronically controlled by the electronic control unit, said two-way proportional valve being configured to recirculate a part of delivery flow of said booster pump on said main water inlet circuit and upstream of the booster pump, in order to maintain a certain coffee extraction pressure value in each dispensing group set in real time by the pressure sensor. - a main boiler, configured for producing hot water and steam; - at least one dispensing group, configured for producing coffee and physically and functionally independent from said main boiler; - a secondary boiler physically and hydraulically connected to each dispensing group, said secondary boiler being configured to keep the water for dispensing coffee at a predetermined temperature value checked by a temperature probe; - a main water inlet circuit for inletting water from the water supply network, hydraulically connected to the main boiler and to the secondary boiler of each dispensing group, said main water inlet circuit comprising at least one booster pump that applies a predetermined pressure value to the water; and - an electronic control unit, - a pressure sensor, provided with a sensitive element enclosed within the secondary boiler of each dispensing group and placed in contact with the water; - a bypass circuit hydraulically connected, at a first end, to said main water inlet circuit upstream of the booster pump and, at the opposite end, to each dispensing group; and - at least one two-way proportional valve, arranged on the bypass circuit and electronically controlled by the electronic control unit, said two-way proportional valve being configured to recirculate a part of delivery flow of said booster pump on said main water inlet circuit and upstream of the booster pump, in order to maintain a certain coffee extraction pressure value in each dispensing group set in real time by the pressure sensor.
A colon cleaning device comprising: a tube through which liquid and fecal matter are removed from a colon of a patient, the tube having a longitudinal axis; a cleaning head positioned at the distal end of the tube, the cleaning head having at least one opening (53A, 53B) coaxial with the longitudinal axis, the at least one opening sized for fecal matter to enter the interior of the cleaning head from the colon; at least one disassembly element disposed within the cleaning head, said at least one disassembly element is a thin rod for slicing through the fecal matter during rotation around the longitudinal axis; and an actuating mechanism which actuates the disassembly element to perform sweeping displacement inside the cleaning head so that the at least one disassembly element rotates around the longitudinal axis to slice through the fecal matter; wherein said thin rod is coupled at one end along the longitudinal axis and at the other end at a radial distance away from the longitudinal axis, so that the rod is arranged at an angle relative to the longitudinal axis; and wherein the cleaning head and the tube are sized and shaped to be displaced along the colon of a patient. a tube through which liquid and fecal matter are removed from a colon of a patient, the tube having a longitudinal axis; a cleaning head positioned at the distal end of the tube, the cleaning head having at least one opening (53A, 53B) coaxial with the longitudinal axis, the at least one opening sized for fecal matter to enter the interior of the cleaning head from the colon; at least one disassembly element disposed within the cleaning head, said at least one disassembly element is a thin rod for slicing through the fecal matter during rotation around the longitudinal axis; and an actuating mechanism which actuates the disassembly element to perform sweeping displacement inside the cleaning head so that the at least one disassembly element rotates around the longitudinal axis to slice through the fecal matter; wherein said thin rod is coupled at one end along the longitudinal axis and at the other end at a radial distance away from the longitudinal axis, so that the rod is arranged at an angle relative to the longitudinal axis; and wherein the cleaning head and the tube are sized and shaped to be displaced along the colon of a patient.
A blender comprising: a body formed by an outer case made of a metal material to define an outer appearance and an inner case accommodated inside the outer case; a container which is seated on the body in which a blade module for crushing food is disposed; a motor assembly provided inside the inner case to rotate the blade module; and a wireless communication module provided in the inner case and performing wireless communication with a remote device, characterised in that the outer case comprises a communication module opening that is opened at a position corresponding to a mounting position of the communication module. a body formed by an outer case made of a metal material to define an outer appearance and an inner case accommodated inside the outer case; a container which is seated on the body in which a blade module for crushing food is disposed; a motor assembly provided inside the inner case to rotate the blade module; and a wireless communication module provided in the inner case and performing wireless communication with a remote device, characterised in that the outer case comprises a communication module opening that is opened at a position corresponding to a mounting position of the communication module.
A method for producing a beverage using a beverage dispensing system, the method comprising: A. inserting a cartridge holding one or more beverage ingredients into an attachment mechanism coupled to a container holding a mixing solution, the cartridge comprising a pod and a cap, the pod including a chamber an opening and a cover, the cover being a foil seal located over the opening of the pod, which cap includes a foil retainer whereby the attachment mechanism comprises an engagement assembly, a piercing portion and a valve assembly, wherein the cap includes a locating portion which engages with the engagement assembly to properly position the cartridge within the attachment mechanism, B. pressing on the cartridge thereby engaging the cartridge with the engagement assembly whereby the piercing portion pushes against the foil retainer, thereby piercing the cover with the foil retainer and releasing the valve assembly into the container, and C. mixing the one or more beverage ingredients with the mixing solution in the container, wherein the foil retainer holds the cover open without allowing the cover to close over the opening. A. inserting a cartridge holding one or more beverage ingredients into an attachment mechanism coupled to a container holding a mixing solution, the cartridge comprising a pod and a cap, the pod including a chamber an opening and a cover, the cover being a foil seal located over the opening of the pod, which cap includes a foil retainer whereby the attachment mechanism comprises an engagement assembly, a piercing portion and a valve assembly, wherein the cap includes a locating portion which engages with the engagement assembly to properly position the cartridge within the attachment mechanism, B. pressing on the cartridge thereby engaging the cartridge with the engagement assembly whereby the piercing portion pushes against the foil retainer, thereby piercing the cover with the foil retainer and releasing the valve assembly into the container, and C. mixing the one or more beverage ingredients with the mixing solution in the container, wherein the foil retainer holds the cover open without allowing the cover to close over the opening.
Method for repercussion-free unidirectional transfer of data from a first network zone (21, 311, 411) to a second network zone (23, 313, 413) for evaluation in a remote application server (29, 203), performed by a transfer apparatus and having the method steps of: - capturing the data, which are transferred in a network data format, in the first network zone (21, 311, 411), - transforming the data from the network data format into a transport data format, - unidirectionally transferring the data in the transport data format to the second network zone (23, 313, 413), - transforming the data from the transport data format back into the network data format, and - transmitting the data to an application server (29, 203), wherein the transforming back is performed in a second network zone (23, 313, 413) that is physically remote from the first network zone (21, 311, 411), characterized in that the transforming of the network data from the network data format into the transport data format involves a protocol format conversion from a network protocol used for transferring the network data in the first network zone (21, 311, 411) into a transport protocol used for transferring the network data to the second network zone (23, 313, 413) being performed, wherein the network protocol allows a bidirectional communication and the transport protocol allows only a unidirectional communication. - capturing the data, which are transferred in a network data format, in the first network zone (21, 311, 411), - transforming the data from the network data format into a transport data format, - unidirectionally transferring the data in the transport data format to the second network zone (23, 313, 413), - transforming the data from the transport data format back into the network data format, and - transmitting the data to an application server (29, 203), wherein the transforming back is performed in a second network zone (23, 313, 413) that is physically remote from the first network zone (21, 311, 411),
A method for wireless communications, by a base station, BS, on a shared radio frequency spectrum, SRFS, band, comprising: winning contention to the SRFS band for at least a portion of a radio frame period, wherein the radio frame period comprises a plurality of subframe periods; transmitting a first signal at a first transmit power during a first period; and transmitting a second signal at a second transmit power during a second period, wherein the first transmit power and the second transmit power are controlled based, at least in part, on a power level determined for the radio frame period and wherein the power level of the radio frame period is determined based, at least in part, on a first path loss, measured by a user equipment, UE, of a neighboring cell and a second path loss, measured by the BS, of the neighboring cell. winning contention to the SRFS band for at least a portion of a radio frame period, wherein the radio frame period comprises a plurality of subframe periods; transmitting a first signal at a first transmit power during a first period; and transmitting a second signal at a second transmit power during a second period, wherein the first transmit power and the second transmit power are controlled based, at least in part, on a power level determined for the radio frame period and wherein the power level of the radio frame period is determined based, at least in part, on a first path loss, measured by a user equipment, UE, of a neighboring cell and a second path loss, measured by the BS, of the neighboring cell.
A magnetic connection structure of an eyewear for solid connection, comprising a front connecting portion and a temple connecting portion, said front connecting portion including a front connecting piece, the inner side of which is provided with a rectangular stainless iron upper hinge having an upper hinge groove with a downward opening, said temple connecting portion comprising a temple connecting piece, a magnetic connecting piece and a lower hinge, wherein said magnetic connecting piece is fastened to the lower hinge, wherein the upper portion of the outer side of the front connecting portion is provided with a one-step lower snap fit, wherein the magnetic connecting piece includes a metal protective shell and a magnet core disposed inside said metal protective shell, the protruding upper portion of the magnetic connecting piece matches the upper hinge groove, and the front end of the temple connecting piece is provided with an elastic piece and a fixing piece that are separated from each other, wherein said elastic piece matches said snap fit and said fixing piece is connected to the lower hinge. said front connecting portion including a front connecting piece, the inner side of which is provided with a rectangular stainless iron upper hinge having an upper hinge groove with a downward opening, said temple connecting portion comprising a temple connecting piece, a magnetic connecting piece and a lower hinge, wherein said magnetic connecting piece is fastened to the lower hinge, wherein the upper portion of the outer side of the front connecting portion is provided with a one-step lower snap fit, wherein the magnetic connecting piece includes a metal protective shell and a magnet core disposed inside said metal protective shell, the protruding upper portion of the magnetic connecting piece matches the upper hinge groove, and the front end of the temple connecting piece is provided with an elastic piece and a fixing piece that are separated from each other, wherein said elastic piece matches said snap fit and said fixing piece is connected to the lower hinge.
An audio guidance generation device (10, 30, 50) comprising: a message management unit that receives and accumulates a message, wherein the message is distributed for every update, the message being data representing a latest situation of a competition; an explanation generation unit that generates an explanatory text for conveying unconveyed information detected from the message, based on conveyed information; and a speech synthesis unit (13, 34) that outputs a speech converted from the explanatory text, wherein the explanation generation unit stores the unconveyed information for the explanatory text as the conveyed information after generating the explanatory text, stands by until completion of output of the speech, and initiates a procedure for generating a new explanatory text based on updated unconveyed information, characterized in that the message management unit detects a modified portion of the message due to update of the message, generates new information according to a type of the varied part, and further accumulates the generated new information. a message management unit that receives and accumulates a message, wherein the message is distributed for every update, the message being data representing a latest situation of a competition; an explanation generation unit that generates an explanatory text for conveying unconveyed information detected from the message, based on conveyed information; and a speech synthesis unit (13, 34) that outputs a speech converted from the explanatory text, wherein the explanation generation unit stores the unconveyed information for the explanatory text as the conveyed information after generating the explanatory text, stands by until completion of output of the speech, and initiates a procedure for generating a new explanatory text based on updated unconveyed information, characterized in that the message management unit detects a modified portion of the message due to update of the message, generates new information according to a type of the varied part, and further accumulates the generated new information.
Identification module for mobile devices, wherein the identification module has a housing, a transponder, an energy storage device and a printed circuit board that carries the transponder or that is connected to the transponder, wherein the housing has an opening, a chamber, a recess opposite the opening and means for arranging or fastening the identification module on/to a mobile device, wherein the transponder has a data storage device for storing identification data and a radio module for wirelessly transmitting the identification data and is supplied with energy by means of the energy storage device, wherein the chamber is delimited on the one hand by the opening and on the other hand by the recess, and wherein the energy storage device is arranged so as to be removable through the opening and the opening can be closed by a cover, characterized in that the printed circuit board is arranged in the recess of the housing and closes the chamber with the interposition of a sealing element, wherein the back side of the printed circuit board that faces away from the chamber is sealed by means of an encapsulation compound. wherein the transponder has a data storage device for storing identification data and a radio module for wirelessly transmitting the identification data and is supplied with energy by means of the energy storage device, wherein the chamber is delimited on the one hand by the opening and on the other hand by the recess, and wherein the energy storage device is arranged so as to be removable through the opening and the opening can be closed by a cover, characterized in that the printed circuit board is arranged in the recess of the housing and closes the chamber with the interposition of a sealing element, wherein the back side of the printed circuit board that faces away from the chamber is sealed by means of an encapsulation compound.
A method of operating a device having a display, a rear camera, and a front camera arranged to capture an image of a user while the user is viewing the display, the method comprising: displaying a second preview image based on the image captured by the front camera in a region of the display; displaying, while displaying the second preview image in the region of the display, a first preview image based on the image captured by the front camera in a partial region of the display proximate to a lens of the front camera; wherein the region of the display in which the second preview image is displayed is larger than the partial region. displaying a second preview image based on the image captured by the front camera in a region of the display; displaying, while displaying the second preview image in the region of the display, a first preview image based on the image captured by the front camera in a partial region of the display proximate to a lens of the front camera; wherein the region of the display in which the second preview image is displayed is larger than the partial region.
Binder composition for manufacturing of a wood-based material, in particular a board-shaped wood-based material, comprising - an organic phase comprising at least one isocyanate binder, - an aqueous phase and - a solubilizer, which is ionic and/or alcoholic hydroxy group-free, for rapid mixing of both phases and/or for accelerating the curing of the isocyanate binder, wherein - the solubilizer is one or more substances selected from the group consisting of N,N-naphthalenesulfonic acid, dodecane sulfonic acid or diethylbenzyl sodium sulfosuccinate or the respective sodium salt, and - the proportion of solubilizer is between 0.05% and 1.0% based on the mass of the isocyanate binder. - an organic phase comprising at least one isocyanate binder, - an aqueous phase and - a solubilizer, which is ionic and/or alcoholic hydroxy group-free, for rapid mixing of both phases and/or for accelerating the curing of the isocyanate binder, wherein - the solubilizer is one or more substances selected from the group consisting of N,N-naphthalenesulfonic acid, dodecane sulfonic acid or diethylbenzyl sodium sulfosuccinate or the respective sodium salt, and - the proportion of solubilizer is between 0.05% and 1.0% based on the mass of the isocyanate binder.
A liquid discharge apparatus configured to discharge a UV-curable ink having a plurality of print modes, the liquid discharge apparatus comprising: a scanning carriage, which scans in a direction perpendicular to the line feed direction, comprising a head unit, the head unit comprising a plurality of spot color heads, wherein each spot color head comprises a plurality of nozzles, a determiner configured to determine the print modes; and a controller configured to change, based on the print mode determined by the determiner, a use nozzle width and a discharge amount of a spot color head in a line feed direction such that a print mode having a low print speed in the line feed direction has a narrower nozzle width and a larger discharge amount than a print mode having a high print speed in the line feed direction, wherein the discharge amount of a spot color head is the discharge amount of the spot color head per unit area per one scan of one head, and wherein the use nozzle width is total length in the line feed direction of the nozzle(s) in use. a scanning carriage, which scans in a direction perpendicular to the line feed direction, comprising a head unit, the head unit comprising a plurality of spot color heads, wherein each spot color head comprises a plurality of nozzles, a determiner configured to determine the print modes; and a controller configured to change, based on the print mode determined by the determiner, a use nozzle width and a discharge amount of a spot color head in a line feed direction such that a print mode having a low print speed in the line feed direction has a narrower nozzle width and a larger discharge amount than a print mode having a high print speed in the line feed direction, wherein the discharge amount of a spot color head is the discharge amount of the spot color head per unit area per one scan of one head, and wherein the use nozzle width is total length in the line feed direction of the nozzle(s) in use.