mhurhangee/ep-ind-claims huggingface dataset:
Machine for the production of oil from paste, characterized in that it comprises: a body or frame, at least one mixer designed to mix the paste, a centrifuge where the centrifugation of the paste occurs for the production of a liquid or a liquid and a solid, means of pumping (12, 16, 17) or pressing which exerts a pressure on the liquid, and a filter positioned after the means of pumping (12, 16, 17) which determines the filtration of the liquid and its separation in water and oil. wherein the mixers, the centrifuge, the means of pumping (12, 16, 17) and the filter are integrated in the body. a body or frame, at least one mixer designed to mix the paste, a centrifuge where the centrifugation of the paste occurs for the production of a liquid or a liquid and a solid, means of pumping (12, 16, 17) or pressing which exerts a pressure on the liquid, and a filter positioned after the means of pumping (12, 16, 17) which determines the filtration of the liquid and its separation in water and oil.
An image forming apparatus comprising: a main body; at least one driving coupling unit located in a side region of the main body, the driving coupling unit being rotated by drive power generated from a drive source; at least one driven coupling unit connected to a rotator inside a developing cartridge mounted in the main body; and a coupling holder in which the driving coupling unit and the driven coupling unit are received and connected to each other to enable transmission of rotation power from the driving coupling unit to the driven coupling unit, wherein the driving coupling unit includes a first spherical portion configured to come into contact with one side of an inner surface of the coupling holder when received in the coupling holder, and wherein the driven coupling unit includes a second spherical portion configured to come into contact with the other side of the inner surface of the coupling holder when received in the coupling holder, the first and second spherical portions support the driving coupling unit and driven coupling unit respectively to rotate with a degree of freedom inside the coupling holder when the rotation centre of the driving coupling unit and a rotation centre of the driven coupling unit are not parallel or are offset from each other. a main body; at least one driving coupling unit located in a side region of the main body, the driving coupling unit being rotated by drive power generated from a drive source; at least one driven coupling unit connected to a rotator inside a developing cartridge mounted in the main body; and a coupling holder in which the driving coupling unit and the driven coupling unit are received and connected to each other to enable transmission of rotation power from the driving coupling unit to the driven coupling unit, wherein the driving coupling unit includes a first spherical portion configured to come into contact with one side of an inner surface of the coupling holder when received in the coupling holder, and wherein the driven coupling unit includes a second spherical portion configured to come into contact with the other side of the inner surface of the coupling holder when received in the coupling holder, the first and second spherical portions support the driving coupling unit and driven coupling unit respectively to rotate with a degree of freedom inside the coupling holder when the rotation centre of the driving coupling unit and a rotation centre of the driven coupling unit are not parallel or are offset from each other.
An over the air, OTA, upgrade method, wherein the method comprises: obtaining, by a vehicle-mounted terminal device, upgrade requirement information used to indicate a first status, in which a vehicle is allowed to perform the OTA upgrade using a software package; obtaining, by the vehicle-mounted terminal device, a vehicle status of the vehicle; and in response to the vehicle status being associated with the first status, starting, by the vehicle-mounted terminal device, the OTA upgrade of the vehicle, using the software package, characterized in that the obtaining, by a vehicle-mounted terminal device, upgrade requirement information comprises: receiving, by the vehicle-mounted terminal device, a notification message carrying a software package identifier from a software server; sending, by the vehicle-mounted terminal device, request information to the software server, wherein the request information is used to request the upgrade requirement information, which is associated with the software package identifier; receiving, by the vehicle-mounted terminal device, the upgrade requirement information from the software server. obtaining, by a vehicle-mounted terminal device, upgrade requirement information used to indicate a first status, in which a vehicle is allowed to perform the OTA upgrade using a software package; obtaining, by the vehicle-mounted terminal device, a vehicle status of the vehicle; and in response to the vehicle status being associated with the first status, starting, by the vehicle-mounted terminal device, the OTA upgrade of the vehicle, using the software package, characterized in that the obtaining, by a vehicle-mounted terminal device, upgrade requirement information comprises: receiving, by the vehicle-mounted terminal device, a notification message carrying a software package identifier from a software server; sending, by the vehicle-mounted terminal device, request information to the software server, wherein the request information is used to request the upgrade requirement information, which is associated with the software package identifier; receiving, by the vehicle-mounted terminal device, the upgrade requirement information from the software server. receiving, by the vehicle-mounted terminal device, a notification message carrying a software package identifier from a software server; sending, by the vehicle-mounted terminal device, request information to the software server, wherein the request information is used to request the upgrade requirement information, which is associated with the software package identifier; receiving, by the vehicle-mounted terminal device, the upgrade requirement information from the software server.
A fuel cell device comprising: a fuel cell stack having a plurality of stacked unit cells; a first current collector and a second current collector which are arranged such that the fuel cell stack is sandwiched between the first current collector and the second current collector in a stacking direction of the unit cells; a housing which stores the fuel cell stack, the first current collector, and the second current collector; characterized by a conductive first fastening member which is electrically connected to the second current collector, extends from the second current collector toward the first current collector in the stacking direction of the unit cells, and has a first protrusion protruding from inside the housing to outside the housing, wherein the first fastening member is configured to extract power, generated in the fuel cell stack, from the second current collector to the outside; and a first elastic member which is provided at the first protrusion of the first fastening member outside the housing so as to elastically bias the second current collector toward the first current collector via the first fastening member. a fuel cell stack having a plurality of stacked unit cells; a first current collector and a second current collector which are arranged such that the fuel cell stack is sandwiched between the first current collector and the second current collector in a stacking direction of the unit cells; a housing which stores the fuel cell stack, the first current collector, and the second current collector; characterized by a conductive first fastening member which is electrically connected to the second current collector, extends from the second current collector toward the first current collector in the stacking direction of the unit cells, and has a first protrusion protruding from inside the housing to outside the housing, wherein the first fastening member is configured to extract power, generated in the fuel cell stack, from the second current collector to the outside; and a first elastic member which is provided at the first protrusion of the first fastening member outside the housing so as to elastically bias the second current collector toward the first current collector via the first fastening member.
An information processing device comprising: an internal storage device holding dummy data; a serial communication unit configured to obtain, from an external storage device holding reproduction information including multiple pieces of reproduction data, the multiple pieces of reproduction data, by obtaining the dummy data from the internal storage device and sending the dummy data to the external storage device; a D/A converter configured to obtain the multiple pieces of reproduction data from the serial communication unit and convert a digital signal into an analog signal (Al) for each of the multiple pieces of reproduction data; a CPU configured to control the serial communication unit; and a DMA controller connected to the serial communication unit, the internal storage device, and the D/A converter, the serial communication unit being configured to obtain the dummy data from the internal storage device by direct memory access thereto, wherein the DMA controller is configured to transfer the dummy data to the serial communication unit from the internal storage device, and the D/A converter being configured to obtain the multiple pieces of reproduction data from the serial communication unit by direct memory access thereto, wherein the DMA controller is configured to transfer the reproduction data to the D/A converter from the serial communication unit, the dummy data having the same number of bits as the reproduction data, and the serial communication unit being configured to communicate with the external storage device so as to exchange data by one bit at a time. an internal storage device holding dummy data; a serial communication unit configured to obtain, from an external storage device holding reproduction information including multiple pieces of reproduction data, the multiple pieces of reproduction data, by obtaining the dummy data from the internal storage device and sending the dummy data to the external storage device; a D/A converter configured to obtain the multiple pieces of reproduction data from the serial communication unit and convert a digital signal into an analog signal (Al) for each of the multiple pieces of reproduction data; a CPU configured to control the serial communication unit; and a DMA controller connected to the serial communication unit, the internal storage device, and the D/A converter, the serial communication unit being configured to obtain the dummy data from the internal storage device by direct memory access thereto, wherein the DMA controller is configured to transfer the dummy data to the serial communication unit from the internal storage device, and the D/A converter being configured to obtain the multiple pieces of reproduction data from the serial communication unit by direct memory access thereto, wherein the DMA controller is configured to transfer the reproduction data to the D/A converter from the serial communication unit, the dummy data having the same number of bits as the reproduction data, and the serial communication unit being configured to communicate with the external storage device so as to exchange data by one bit at a time.
A fire and/or smoke barrier comprising:- • a roller; • a curtain for rolling onto and deployment from the roller; • a bottom bar, attached to the bottom of the curtain, for weighting the curtain for deployment to the floor, characterised in that: • the curtain includes • at least one strip of additional material connected to an upper portion on the curtain, the at least one curtain strip extending for the drop of the curtain and is connected to the bottom bar by tensioning means and • the roller is provided with • at least one support aligned with the at least one curtain strip for locally supporting the weight of the rolled curtain via the said curtain strip(s). • a roller; • a curtain for rolling onto and deployment from the roller; • a bottom bar, attached to the bottom of the curtain, for weighting the curtain for deployment to the floor, • the curtain includes • at least one strip of additional material connected to an upper portion on the curtain, the at least one curtain strip extending for the drop of the curtain and is connected to the bottom bar by tensioning means and • at least one strip of additional material connected to an upper portion on the curtain, the at least one curtain strip extending for the drop of the curtain and is connected to the bottom bar by tensioning means and • the roller is provided with • at least one support aligned with the at least one curtain strip for locally supporting the weight of the rolled curtain via the said curtain strip(s). • at least one support aligned with the at least one curtain strip for locally supporting the weight of the rolled curtain via the said curtain strip(s).
Foundry component for an apparatus for casting or handling a metal melt, wherein - the component comprises a metallic main body which is provided in a melt-contact surface region with an anticorrosion layer structure composed of one or more superposed layers, characterized in that - the anticorrosion layer structure comprises, as sole layer, a protective woven fabric body prefabricated as flexible woven fabric body from a woven fabric material which is casting temperature resistant or a nonwoven protective layer prefabricated as pliable nonwoven layer from a fibre nonwoven material or fibre paper material which is casting temperature resistant or a protective shaped body prefabricated as rigid shaped body from a shaped body material which is casting temperature resistant and has a thickness in the range from 2 mm to 25 mm, or comprises a plurality of layers, of which layers one layer is a protective woven fabric body prefabricated as flexible woven fabric body from a woven fabric material which is casting temperature resistant or a nonwoven protective layer prefabricated as pliable nonwoven layer from a fibre nonwoven material or fibre paper material which is casting temperature resistant or a protective shaped body prefabricated as rigid shaped body from a shaped body material which is casting temperature resistant. - the component comprises a metallic main body which is provided in a melt-contact surface region with an anticorrosion layer structure composed of one or more superposed layers, characterized in that - the anticorrosion layer structure comprises, as sole layer, a protective woven fabric body prefabricated as flexible woven fabric body from a woven fabric material which is casting temperature resistant or a nonwoven protective layer prefabricated as pliable nonwoven layer from a fibre nonwoven material or fibre paper material which is casting temperature resistant or a protective shaped body prefabricated as rigid shaped body from a shaped body material which is casting temperature resistant and has a thickness in the range from 2 mm to 25 mm, or comprises a plurality of layers, of which layers one layer is a protective woven fabric body prefabricated as flexible woven fabric body from a woven fabric material which is casting temperature resistant or a nonwoven protective layer prefabricated as pliable nonwoven layer from a fibre nonwoven material or fibre paper material which is casting temperature resistant or a protective shaped body prefabricated as rigid shaped body from a shaped body material which is casting temperature resistant.
An implantable fiducial tissue marker device comprising: a resorbable porous scaffold with a 3D predefined shape and defining a periphery of the device, wherein the resorbable porous scaffold has shape memory to form the 3D predefined shape when the resorbable porous scaffold is not constrained, and a plurality of visualization markers arranged in discrete locations on the periphery of the device, wherein the scaffold comprises connected unit cells, and wherein the unit cells are skeletal polyhedrons. a resorbable porous scaffold with a 3D predefined shape and defining a periphery of the device, wherein the resorbable porous scaffold has shape memory to form the 3D predefined shape when the resorbable porous scaffold is not constrained, and a plurality of visualization markers arranged in discrete locations on the periphery of the device, wherein the scaffold comprises connected unit cells, and wherein the unit cells are skeletal polyhedrons.
Printing method for a digital printing device for the production of ink drops of different drop sizes, comprising a print head having a plurality of printing systems and comprising at least one control apparatus for feeding control signals to the printing systems for the production of the ink drops, wherein each printing system has a nozzle, at least one ink chamber and an activator, e.g. a piezoelectric activator, which is associated with the at least one ink chamber, for the discharge of ink drops from the ink chamber in question via the nozzle in question onto a substrate to be printed on, as a response to a control signal, wherein, in the context of the control apparatus, only a single waveform for the control signal (7, 7') having a specified time curve is stored for ink drops of all sizes, comprising at least one printing pulse with, optionally, an initial waiting time, a first edge, followed by a first holding time, and, after the first holding time, a second, opposite edge, optionally followed by a second holding time, characterized in that the size and, optionally, the speed of ink drops is varied by virtue of the fact that, at most for a single, intrinsic drop size, the entire stored waveform is transferred as a control signal (7, 7') to the activator in question, while for all other, effective drop sizes, only a portion of the common, stored waveform is transferred to the activator in question, namely one or more selected portions of the initial watinig time, the first edge, the first holding time, the second, opposite edge, and the second holding time, while, in the control signal (7, 7'), one or more other portions of the stored, common waveform are held off from the activator in question.
Small electrical appliance (1, 1'), in particular hair removal device or toothbrush, comprising - an electric load, wherein the electric load heats up during operation; - a temperature sensor arranged spatially separated from the electric load; characterized by - a measuring circuitry for measuring an electrical parameter of the electric load; - control circuitry adapted to protect the electric load from overheating by controlling the electric load based on the electrical parameter of the electric load and an output of the temperature sensor. - an electric load, wherein the electric load heats up during operation; - a temperature sensor arranged spatially separated from the electric load; characterized by - a measuring circuitry for measuring an electrical parameter of the electric load; - control circuitry adapted to protect the electric load from overheating by controlling the electric load based on the electrical parameter of the electric load and an output of the temperature sensor.
A snap fastening, suitable for fixing a first thin wall equipped with an opening, such as a casing wall, door leaf, flap or the like, to a second thin wall likewise equipped with an opening, such as a thin-walled wall bracket, such as a casing frame, door frame, wall aperture edge or the like, having a base part which can be attached to the first (or second) thin wall (14, 18) in the opening (12, 16) thereof, with a head part which extends away from this base part, said head part having, in its longitudinal section from the end of the head part in the direction of the base part, a diameter which firstly increases and then decreases again, said head part representing a male insertion part which, overcoming a spring force which acts radially outwards in the direction of the diameter, can be received by an undercut female insertion part formed or borne by the opening of the thin wall (14, 18), wherein the head part represents a guide or channel for one or two or more thrust elements or retaining elements which are pushed by at least one spring into a position protruding beyond the end of the guide or of the channel and of which the ends protruding from the guide or the channel have a triangular form in a plane of projection lying perpendicular to the thin wall (14, 18), wherein the base part is formed by a plate which covers the longitudinal rims of the opening in the thin wall, wherein the head part is provided as a casing with fastening projections, such as fastening cams (made of flexible material) or leaf spring apparatuses, which have flexible fastening surfaces, which casing can be clipped into an aperture opening (16, 12) in the thin wall (14, 18) such that it grips only one thin wall (rear metal sheet), and in that, in the casing, unlocking apparatuses (releasing means) are provided with which the thrust elements can be pulled back into the casing from the front, and the casing can be released from the other thin wall (front metal sheet), the dimensions between the retaining region of the fastening projections and those of the thrust elements on the one hand and of the bearing plane of the base part on the other hand being selected such that, when the thrust elements are pulled back, the fastening protrusions and bear on the front metal sheet with play, characterised in that on the bearing plane of the base part there is arranged a compression spring which comes to lie between this and the associated edge plane of the thin wall (front metal sheet).
Electro-conductive polymeric back-sheet for back-contact photovoltaic cells comprising an aluminum layer, a cold sprayed metal layer on top of the aluminum layer, and a polymeric back-sheet, characterized in that the polymeric back-sheet has an oxygen transmission rate of at least 20 cm 3 /m 2.atm per day.
Device for use in a bottom construction of a bed for cooling particulate material, where said device comprises a frame, said frame comprises a wall surrounding and opening and extending above and below a plate member arranged in a plane substantially orthogonal to the extent of the wall and away from the opening, where said frame in the plate comprises means for fastening said device to the bottom construction, and where inside the wall of the frame, a primary and a secondary opening (14a, 14b) is provided, where said primary and secondary openings (14a,14b) allows cooling air to pass through the frame and thereby through the bottom and through the bed of particulate material, and where a pendulum plate is pivotably arranged on an shaft, such that the pendulum plate may pivot and thereby block off more or less of the secondary opening, and where said pendulum plate is biased towards a position allowing the secondary opening to be as open as possible, and where the primary opening remains open and where a shutter plate is provided in the frame, where said shutter plate steplessly may be adjusted between positions where the shutter plate is not blocking or substantially completely blocking said primary and/or secondary openings (14a,14b).