mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for the pretreatment and subsequent plastification or agglomeration of plastics, in particular of thermoplastics waste for recycling purposes, with a container for the material to be processed, where the arrangement has, in the container, at least one mixing and/or comminution implement which rotates around an axis of rotation and which is intended for the mixing, heating and optionally comminution of the plastics material, where an aperture through which the pretreated plastics material can be removed from the interior of the container is formed in a side wall of the container in the region of the level of the, or of the lowest, mixing and/or comminution implement that is closest to the base, where at least one extruder or compressor is provided to receive the pretreated material, and has at least one screw which rotates in a housing and which has compressing, plastifying or agglomerating action, where the housing has, located at its end or in its jacket wall, an intake aperture for the material to be received by the screw, and there is connection between the intake aperture and the aperture, where the imaginary continuation of the central longitudinal axis of the extruder or of the screw closest to the intake aperture, in a direction opposite to the direction of conveying of the extruder, passes, and does not intersect, the axis of rotation, and the ratio of the length of the screw, measured from the edge situated downstream in the direction of conveying of the screw,or from the point of the intake aperture situated furthest downstream, to the end of the screw or to the first melt discharge aperture in the housing, situated furthest upstream in relation to the conveying direction of the screw at the end of the screw that is distal, remote from the container, to the nominal diameter (d) of the screw is ≥ 7, characterized in that, on the outflow side or in the direction of rotation or of movement of the mixing and/or comminution implement, an offset distance between the longitudinal axis of the extruder or of the screw closest to the intake aperture, and the radius of the container that is parallel to the longitudinal axis and that proceeds outwards from the axis of rotation of the mixing and/or comminution implement in the conveying direction of the extruder, and that the compressing format of the screw begins only from a distance of more than 1.5 times the diameter (d) of the screw, measured from the edge situated downstream in the conveying direction of the screw or from the point of the intake aperture situated furthest downstream, where the beginning of the compressing format of the screw means the point at which the helix angle of the screw is for the first time ≥ 1°, where the design of the screw in the region in front of the beginning of the compressing format is in essence compression less or decompressing and the helix angle is < 1°, where the helix angle is the angle between the central longitudinal axis of the screw or parallel thereto and a straight line or curve drawn through the respectively lowest points of each screw channel.
A vessel, comprising a hull and a guide for guiding a monopile to be driven into a seabed, which guide is movably mounted to the hull and provided with a receiving part and a closure part which is movable with respect to the receiving part for creating a closed condition of the guide in which closed condition the guide forms an annular body extending in a main plane and an open condition in which the guide has an opening to a space which is bordered by the receiving part, allowing a monopile to be received in the space via the opening, a displacing device (13, 14) for displacing the guide within the main plane with respect to the hull and a control system for controlling the displacing device (13, 14), characterised in that the control system is configured such that it determines an oscillating path of a monopile with respect to the hull in a direction within the main plane when the monopile and the guide are moving towards each other and the guide is in the open condition for receiving the monopile and such that the displacing device (13, 14) displaces the guide substantially synchronously with the determined oscillating path in the same direction thereof.
A printing apparatus comprising: a printing element substrate including a heating element configured to heat liquid to discharge the liquid from a discharging opening, a substrate including the heating element, and a temperature detecting element configured to detect a temperature of the substrate, wherein a detection period, during which a result of detecting the temperature of the substrate by the temperature detecting element is obtainable, extends across a plurality of cycles of a latch signal periodically input to the printing element substrate, and wherein a data input circuit of the printing element substrate is configured to output a heating enabling signal (he), to be applied to the heating element, for discharging the liquid and the latch signal are output, in such a manner that, in the detection period, an output value of a temperature waveform at a portion on which noise generated due to driving of a logic circuit of the printing element substrate based on the latch signal is superimposed does not exceed a preset threshold value (th), the temperature waveform being a temperature waveform of the substrate detected by the temperature detecting element, characterized in that the printing element substrate includes a mask signal generation unit configured to generate a mask signal (m), and wherein the detection period is a period during which the mask signal is output at a high level. a printing element substrate including a heating element configured to heat liquid to discharge the liquid from a discharging opening, a substrate including the heating element, and a temperature detecting element configured to detect a temperature of the substrate, a heating element configured to heat liquid to discharge the liquid from a discharging opening, a substrate including the heating element, and a temperature detecting element configured to detect a temperature of the substrate, wherein a detection period, during which a result of detecting the temperature of the substrate by the temperature detecting element is obtainable, extends across a plurality of cycles of a latch signal periodically input to the printing element substrate, and wherein a data input circuit of the printing element substrate is configured to output a heating enabling signal (he), to be applied to the heating element, for discharging the liquid and the latch signal are output, in such a manner that, in the detection period, an output value of a temperature waveform at a portion on which noise generated due to driving of a logic circuit of the printing element substrate based on the latch signal is superimposed does not exceed a preset threshold value (th), the temperature waveform being a temperature waveform of the substrate detected by the temperature detecting element, characterized in that the printing element substrate includes a mask signal generation unit configured to generate a mask signal (m), and wherein the detection period is a period during which the mask signal is output at a high level.
A battery device, comprising: at least one battery cell, configured to store electricity; and a management chip, coupled to the battery cell, configured to control the battery cell to discharge with a constant power, characterized in that based on a plurality of voltage ranges or battery capacity ranges and a plurality of over-discharge current protection values corresponding to the voltage ranges or battery capacity ranges stored in the management chip, the management chip is configured to set one of the over-discharge current protection values corresponding to one of the voltage ranges or battery capacity ranges as a present over-discharge current protection value of the battery device after the management chip detects and determines that the voltage or the battery capacity of the battery cell has fallen in one of the voltage ranges or battery capacity ranges. at least one battery cell, configured to store electricity; and a management chip, coupled to the battery cell, configured to control the battery cell to discharge with a constant power, characterized in that based on a plurality of voltage ranges or battery capacity ranges and a plurality of over-discharge current protection values corresponding to the voltage ranges or battery capacity ranges stored in the management chip, the management chip is configured to set one of the over-discharge current protection values corresponding to one of the voltage ranges or battery capacity ranges as a present over-discharge current protection value of the battery device after the management chip detects and determines that the voltage or the battery capacity of the battery cell has fallen in one of the voltage ranges or battery capacity ranges.
A computing node in a distributed information security system, wherein the computing node is adapted to communicate with a subset of clients of the distributed information security system, wherein the computing node is adapted to provide at least one cryptographic service relating to transactions for the subset of clients, wherein the computing node is provisioned with a plurality of keys for use by said at least one cryptographic service wherein the plurality of keys (111, 112, 113) are provided in a key list with a limited period of validity, wherein the computing node is adapted to perform a deterministic process based on data identifying a transaction for a client in the subset of clients to associate a key from the plurality of keys (111, 112, 113) to a service request for the client relating to the transaction, wherein the same key is to be used for further service requests relating to the same transaction, and wherein the computing node is further adapted to carry out the same deterministic process reusing the plurality of keys (111, 112, 113) in the key list for further cryptographic services for further transactions for the subset of clients during the limited period of validity of the key list, wherein the key list is replaced with a further key list when the key list is no longer valid.
A method for generating mesenchymal stromal cells comprising culturing hemangioblasts under conditions in which the cells differentiate to produce mesenchymal stromal cells.
Drawer mechanism having a fixed rail element for attaching to a furniture cabinet and at least one movable rail element mounted on said fixed rail element, comprising an inner rail being an innermost movable rail element to be fastened to an extendable furniture part, the drawer mechanism comprising a retraction device having a spring-loaded slide movable in the retraction/extension direction for temporarily coupling to elements (7, 7a, 7b) disposed in a region of a free end of the inner rail, wherein the slide is capable of being blocked in a retraction position by a blocking latch bolt (21, 22) that in a guide is movable transversely to the retraction/extension direction, wherein the slide for coupling to the elements (7, 7a, 7b) of the inner rail has at least one pivot element (45, 46) which is pivotable about an axis that is oriented so as to be perpendicular to the retraction/extension direction and perpendicular to the movement direction of the blocking latch bolt (21, 22), wherein a geometry of the pivot element (45, 46) matches a geometry of the elements (7, 7a, 7b) disposed in the region of the free end of the inner rail, wherein the pivot element (45, 46) and the guide are disposed in such a manner that the blocking latch bolt (21, 22) in a blocking position blocks a pivoting movement of the pivot element (45, 46).
Electro-mechanical system to be used inside the vacuum chamber of a deposition facility suitable to collect, retrieve and select the wasted materials deriving from metal deposition processes making use of vacuum chambers, comprising: - a driver module installed on a horizontal support plate that houses a row of rectangular upright palettes arranged vertically along the support plate, said palettes having a first (side a) and a second (side b) side and comprising an engine stage including an electric engine, a pulley and a transmission system of the movement (6, 10, 15a, 15b), said engine stage being configured to allow the rotation of said palettes - a simple module, based on a horizontal support plate that houses a row of rectangular upright palettes, connected and activated by the driver module through a transmission system; - an electronic interface that automates the rotation of the palettes as a function of the metal to be used in said deposition process characterized in that said palettes are driven by the electric engine system in two steps of rotation that allow to intercept priority materials in the form of a uniform layer on one side (side a) and other materials on the opposite side (side b) of said palettes. - a driver module installed on a horizontal support plate that houses a row of rectangular upright palettes arranged vertically along the support plate, said palettes having a first (side a) and a second (side b) side and comprising an engine stage including an electric engine, a pulley and a transmission system of the movement (6, 10, 15a, 15b), said engine stage being configured to allow the rotation of said palettes - a simple module, based on a horizontal support plate that houses a row of rectangular upright palettes, connected and activated by the driver module through a transmission system; - an electronic interface that automates the rotation of the palettes as a function of the metal to be used in said deposition process characterized in that said palettes are driven by the electric engine system in two steps of rotation that allow to intercept priority materials in the form of a uniform layer on one side (side a) and other materials on the opposite side (side b) of said palettes.
A method of operating an uninterruptible power supply, UPS, configured to provide power to a load from a first power source and a second power source, characterized in that, the method comprises: transitioning a voltage reference of a voltage control for an inverter of the UPS momentarily from a first voltage reference corresponding to a first voltage waveform output by the inverter to an altered second voltage reference corresponding to an altered second voltage waveform output by the inverter when for a transition of the load between the first power source and the second power source occurs; and transitioning the altered second voltage reference corresponding to the altered second voltage waveform back to the first voltage reference corresponding to the first voltage waveform. transitioning a voltage reference of a voltage control for an inverter of the UPS momentarily from a first voltage reference corresponding to a first voltage waveform output by the inverter to an altered second voltage reference corresponding to an altered second voltage waveform output by the inverter when for a transition of the load between the first power source and the second power source occurs; and transitioning the altered second voltage reference corresponding to the altered second voltage waveform back to the first voltage reference corresponding to the first voltage waveform.
Satellite cover panel for covering a satellite, particularly a payload bay of a satellite comprising • an energy storage module • at least one energy generating module defining, at least partially, a first outer surface of the satellite cover panel, • a logic board defining, at least partially, a second outer surface of the satellite cover panel, characterized in that • the first outer surface and the second outer surface face away from each other and from the energy storage module, and • the energy storage module is provided between the energy generating module and the logic board. • an energy storage module • at least one energy generating module defining, at least partially, a first outer surface of the satellite cover panel, • a logic board defining, at least partially, a second outer surface of the satellite cover panel, • the first outer surface and the second outer surface face away from each other and from the energy storage module, and • the energy storage module is provided between the energy generating module and the logic board.
A method of a User Equipment, in the following also referred to as UE, comprising: triggering a first beam failure recovery, in the following also referred to as BFR, associated with a first cell if the first cell is a Secondary Cell, in the following also referred to as SCell, of the UE (1205, 1305); and responsive to the first triggered BFR, triggering a Scheduling Request, in the following also referred to as SR, for SCell BFR associated with the first cell based upon the first triggered BFR being not canceled and based upon an unavailability of UL-SCH resources for accommodating a BFR Medium Access Control, in the following also referred to as MAC, Control Element, in the following also referred to as CE, and a subheader of the BFR MAC CE, and performing a BFR procedure comprising transmission of the SR (1210, 1310); characterized by further comprising: responsive to deactivation of the first cell, not stopping the transmission of the SR if the UE has an activated cell, other than the first cell, associated with a second triggered BFR. triggering a first beam failure recovery, in the following also referred to as BFR, associated with a first cell if the first cell is a Secondary Cell, in the following also referred to as SCell, of the UE (1205, 1305); and responsive to the first triggered BFR, triggering a Scheduling Request, in the following also referred to as SR, for SCell BFR associated with the first cell based upon the first triggered BFR being not canceled and based upon an unavailability of UL-SCH resources for accommodating a BFR Medium Access Control, in the following also referred to as MAC, Control Element, in the following also referred to as CE, and a subheader of the BFR MAC CE, and performing a BFR procedure comprising transmission of the SR (1210, 1310); characterized by further comprising: responsive to deactivation of the first cell, not stopping the transmission of the SR if the UE has an activated cell, other than the first cell, associated with a second triggered BFR.
Rubber composition based on at least: - one elastomer, - carbon black in a content ranging from 2 to 15 phr, - graphite in a content of greater than or equal to 60 phr, and - a plasticizing oil, the content of which is less than or equal to 30 phr. - one elastomer, - carbon black in a content ranging from 2 to 15 phr, - graphite in a content of greater than or equal to 60 phr, and - a plasticizing oil, the content of which is less than or equal to 30 phr.
A household appliance comprising a steam generator having - a reservoir wherein water is stored, - at least one inlet opening and at least one outlet opening arranged on the reservoir, - a heater that heats the water inside the reservoir, - a temperature sensor, - a control unit, - a channel that extends from the inlet opening into the reservoir and to below a predetermined minimum water level (h_min) so that the end of the channel is enabled to always remain in the water and steam is not discharged from the inlet opening, and - a temperature sensor arranged on the steam generator and configured to measure the temperature of the heater surface and to relay the temperature data to the control unit, wherein the control unit is configured to - cut off the current delivered to the heater if the temperature of the heater surface has reached a predetermined cut-off temperature and supply current to the heater again when the temperature of the heater surface falls to reach a predetermined cut-in temperature, and - enable water to be taken into the steam generator by deciding that the water level has fallen under the minimum water level (h_min) if the operation time period of the heater from its cut-in to its cut-off is less than a limit time period (t_lim) prerecorded in its memory. - a reservoir wherein water is stored, - at least one inlet opening and at least one outlet opening arranged on the reservoir, - a heater that heats the water inside the reservoir, - a temperature sensor, - a control unit, - a channel that extends from the inlet opening into the reservoir and to below a predetermined minimum water level (h_min) so that the end of the channel is enabled to always remain in the water and steam is not discharged from the inlet opening, and - a temperature sensor arranged on the steam generator and configured to measure the temperature of the heater surface and to relay the temperature data to the control unit, - cut off the current delivered to the heater if the temperature of the heater surface has reached a predetermined cut-off temperature and supply current to the heater again when the temperature of the heater surface falls to reach a predetermined cut-in temperature, and - enable water to be taken into the steam generator by deciding that the water level has fallen under the minimum water level (h_min) if the operation time period of the heater from its cut-in to its cut-off is less than a limit time period (t_lim) prerecorded in its memory.
A vehicle lower body frame structure which supports a lower part of a vehicle cabin where a front seat and a rear seat are disposed, the structure comprising: a pair of side members disposed under the vehicle cabin on both sides in a vehicle width direction and extending along a vehicle front-rear direction; a front seat cross member provided so as to extend along the vehicle width direction on a lower side of the front seat and coupling together the side members; a rear seat cross member provided so as to extend along the vehicle width direction on a lower side of the rear seat and coupling together the side members on a rear side of the front seat cross member; and coupling members provided so as to extend along the vehicle front-rear direction further on an inner side in the vehicle width direction than the side members and coupling together the front seat cross member and the rear seat cross member, characterized in that the front seat cross member and the rear seat cross member have a branch structure, with portions thereof on both end sides in the vehicle width direction each forked into a front-side branch and a rear-side branch in the vehicle front-rear direction. a pair of side members disposed under the vehicle cabin on both sides in a vehicle width direction and extending along a vehicle front-rear direction; a front seat cross member provided so as to extend along the vehicle width direction on a lower side of the front seat and coupling together the side members; a rear seat cross member provided so as to extend along the vehicle width direction on a lower side of the rear seat and coupling together the side members on a rear side of the front seat cross member; and coupling members provided so as to extend along the vehicle front-rear direction further on an inner side in the vehicle width direction than the side members and coupling together the front seat cross member and the rear seat cross member, characterized in that the front seat cross member and the rear seat cross member have a branch structure, with portions thereof on both end sides in the vehicle width direction each forked into a front-side branch and a rear-side branch in the vehicle front-rear direction.