mhurhangee/ep-ind-claims huggingface dataset:
A method of upgrading a vertical spindle pulverizer, comprising the steps of: removing a cover from a journal opening in a housing of the pulverizer to access a grinding zone of the pulverizer; removing a first journal assembly having a toroidal grinding roll from the pulverizer through the journal opening; removing a plurality of toroidal table segments from a grinding table of the pulverizer; installing a plurality of inclined bull ring segments on the grinding table; installing a second journal assembly having a conical grinding roll in the pulverizer; and replacing the cover over the journal opening; wherein the inclined bull ring segments are configured to register with a grinding surface of the conical grinding roll, characterised in that the step of installing the second journal assembly in the pulverizer includes mounting the second journal assembly to a pivot bracket on which the journal assembly is configured to pivot via two opposed pivot shaft segments, wherein the opposed pivot shaft segments are spaced from one another and do not extend a length of the pivot bracket. removing a cover from a journal opening in a housing of the pulverizer to access a grinding zone of the pulverizer; removing a first journal assembly having a toroidal grinding roll from the pulverizer through the journal opening; removing a plurality of toroidal table segments from a grinding table of the pulverizer; installing a plurality of inclined bull ring segments on the grinding table; installing a second journal assembly having a conical grinding roll in the pulverizer; and replacing the cover over the journal opening; wherein the inclined bull ring segments are configured to register with a grinding surface of the conical grinding roll, characterised in that the step of installing the second journal assembly in the pulverizer includes mounting the second journal assembly to a pivot bracket on which the journal assembly is configured to pivot via two opposed pivot shaft segments, wherein the opposed pivot shaft segments are spaced from one another and do not extend a length of the pivot bracket.
The use of a licorice extract and/or rosemary extract as an adipose stem cell attractant for filling in dermal cavities with dermal structure under the influence of adipose stem cells attracted in the dermal cavities by the adipose stem cell attractant, wherein said licorice extract and/or rosemary extract is(are) obtained by using an extraction solvent selected from water or an organic solvent, or mixtures thereof.
Multilayer antistatic and/or conductive for insoles, wherein, it consists of an assembly of superimposed layers, said assembly comprising: - a first layer of fabric which is intended to be facing and/or in contact, preferably by means of a sock, with the foot of the user wearing the shoe, inside which is inserted the insole made with said multilayer, said first layer is in non-conductive material fiber fabric and has no surface seams in conductive material, - a second layer in antistatic and/or electrically conductive polymeric material intended to be in contact with the midsole of the shoe, inside which the insole made with said multilayer is inserted, and characterized in that: - said second layer is entirely and completely positioned below the first layer, and - an electrically conductive resin is applied to said first layer in non-conductive fiber fabric, in correspondence with at least one area of said first layer, which is in a different material than said second layer and which penetrates and passes through said first layer to allow the passage, only at at least one area of said first layer, of the electric charges through the first layer towards said second layer. - a first layer of fabric which is intended to be facing and/or in contact, preferably by means of a sock, with the foot of the user wearing the shoe, inside which is inserted the insole made with said multilayer, said first layer is in non-conductive material fiber fabric and has no surface seams in conductive material, - a second layer in antistatic and/or electrically conductive polymeric material intended to be in contact with the midsole of the shoe, inside which the insole made with said multilayer is inserted, - said second layer is entirely and completely positioned below the first layer, and - an electrically conductive resin is applied to said first layer in non-conductive fiber fabric, in correspondence with at least one area of said first layer, which is in a different material than said second layer and which penetrates and passes through said first layer to allow the passage, only at at least one area of said first layer, of the electric charges through the first layer towards said second layer.
Industrial truck, comprising a frame and at least one support roller unit, comprising • at least one non-driven support roller having a substantially horizontally extending roller axis, • a pivot bearing having a substantially vertically extending axis of rotation, the roller axis and the axis of rotation being arranged spaced apart from one another at a predetermined spacing, the pivot bearing is designed as an annular pivot bearing having an outer bearing element and an inner bearing element that is rotatable relative to the outer bearing element, about the axis of rotation, an axle pin of the at least one non-driven support roller is mounted indirectly or directly on the inner bearing element of the pivot bearing, and the pivot bearing is arranged at least in part within the height extension of the at least one non-driven support roller, characterised in that the pivot bearing is arranged completely within the height extension of the at least one non-driven support roller, and in that the fastening points which are provided for fastening the support roller unit on the frame of the industrial truck are arranged within the height extension of the at least one support roller. • at least one non-driven support roller having a substantially horizontally extending roller axis, • a pivot bearing having a substantially vertically extending axis of rotation, the roller axis and the axis of rotation being arranged spaced apart from one another at a predetermined spacing, the pivot bearing is designed as an annular pivot bearing having an outer bearing element and an inner bearing element that is rotatable relative to the outer bearing element, about the axis of rotation, an axle pin of the at least one non-driven support roller is mounted indirectly or directly on the inner bearing element of the pivot bearing, and the pivot bearing is arranged at least in part within the height extension of the at least one non-driven support roller, characterised in that the pivot bearing is arranged completely within the height extension of the at least one non-driven support roller, and in that the fastening points which are provided for fastening the support roller unit on the frame of the industrial truck are arranged within the height extension of the at least one support roller.
An air conditioning system comprising: a compressor having a motor; a condenser; an evaporator; a drive configured to be powered by an AC input voltage and to provide multiphase, AC output to the motor; and a motor braking assembly (300; 400) electrically connected to the drive, the motor braking assembly including at least one switch (302; 402) and at least one braking resistor (304; 404); wherein the at least one switch is held in an open state by power from the drive; characterised in that the air conditioning system comprises an active magnetic bearing assembly supporting a rotor of the motor, the active magnetic bearing assembly configured to be powered by the AC input voltage; wherein upon disruption of the AC input voltage, the at least one switch (302; 402) assumes a closed state shorting windings of the motor through the at least one braking resistor (304; 404). a compressor having a motor; a condenser; an evaporator; a drive configured to be powered by an AC input voltage and to provide multiphase, AC output to the motor; and a motor braking assembly (300; 400) electrically connected to the drive, the motor braking assembly including at least one switch (302; 402) and at least one braking resistor (304; 404); wherein the at least one switch is held in an open state by power from the drive; characterised in that the air conditioning system comprises an active magnetic bearing assembly supporting a rotor of the motor, the active magnetic bearing assembly configured to be powered by the AC input voltage; wherein upon disruption of the AC input voltage, the at least one switch (302; 402) assumes a closed state shorting windings of the motor through the at least one braking resistor (304; 404).
Sectional door to open and close an opening in a wall which forms a link between the inside and outside of a building, primarily consisting of a frame intended to be mounted in or against the edge of the opening and at least two panels connected together by hinges which can be moved by means of guide rails and have at least a closed position, characterised in that the sectional door has sealing means to hermetically seal the opening, whereby the sealing means comprise sealing strips (28,29) which, when the panels are in a closed position, seal an opening between the frame and the sides of the panels and the top of the top panel, and whereby the sealing strips (28,29) form a closed sealing arch.
Process for the production of an element, in particular a cable with, at the surface, a coefficient of friction reduced in comparison with silicone, where the element comprises externally a silicone-like substrate material which is a crosslinkable plastic which in the crosslinked final state has a coefficient of friction comparable with that of silicone, examples being silicones, polyurethanes, polyamides, polytetrafluoroethylene (PTFE), ethylene-tetrafluoroethylene (ETFE), perfluorinated ethylene-propylene, perfluoroalkoxy and also copolymers thereof, where the substrate material is configured in a first step to give an at least to some extent uncrosslinked intermediate product, then in a second step solid particles are introduced into the surface and finally in a third step the uncrosslinked substrate material is crosslinked, characterized in that mica particles in platelet form are introduced as solid particles, where for this purpose the uncrosslinked intermediate product in the second step is passed through a storage container with solid particles present therein and the storage container is subjected to oscillation or turbulence and/or an air stream is produced in the storage container so that the solid particles are mechanically impressed into the surface and the solid particles are distributed across the surface, where at least some of the solid particles form scale-like projections from the surface.
A power management system, comprising: a plurality of power units (11, U) electrically connected one by one to form a power unit string, wherein each of the power units (11, U) comprises a battery module and a first switch device, the battery module and the first switch device are serially connected to form a serial module and the battery module and the first switch device of the same power unit (11, U) have always the same current flowing through; a plurality of first diodes, wherein one end of each first diode is connected to a respective serial module, and all the other ends of all the first diodes are electrically connected in parallel to a first common node to form a discharge path for the serial modules, and when the first diodes are used to discharge the serial modules, only one of the first diodes has discharge current flowing through; a control unit electrically connected to the first switch devices for outputting a first switch signal (Si) to each of the first switch devices in accordance with a control signal (Sc) individually, and controlling each of the first switch devices to turn on or off individually so as to control the respective serially connected battery module to discharge or not to discharge a discharge voltage to the first common node; and a first polarity switch unit (13, P) electrically connected to the power unit string, the first common node and the control unit and outputting a first operating voltage, wherein the control unit outputs a first adjusting signal to the first polarity switch unit (13, P) to control a polarity of the first operating voltage. a plurality of power units (11, U) electrically connected one by one to form a power unit string, wherein each of the power units (11, U) comprises a battery module and a first switch device, the battery module and the first switch device are serially connected to form a serial module and the battery module and the first switch device of the same power unit (11, U) have always the same current flowing through; a plurality of first diodes, wherein one end of each first diode is connected to a respective serial module, and all the other ends of all the first diodes are electrically connected in parallel to a first common node to form a discharge path for the serial modules, and when the first diodes are used to discharge the serial modules, only one of the first diodes has discharge current flowing through; a control unit electrically connected to the first switch devices for outputting a first switch signal (Si) to each of the first switch devices in accordance with a control signal (Sc) individually, and controlling each of the first switch devices to turn on or off individually so as to control the respective serially connected battery module to discharge or not to discharge a discharge voltage to the first common node; and a first polarity switch unit (13, P) electrically connected to the power unit string, the first common node and the control unit and outputting a first operating voltage, wherein the control unit outputs a first adjusting signal to the first polarity switch unit (13, P) to control a polarity of the first operating voltage.
Method for connecting at least one further steam generator to a first steam generator in a power plant, comprising at least two steam generators and a steam turbine, in which a fluid used to drive the steam turbine is conveyed in a fluid circuit comprising a number of steam systems (27, 31, 36), wherein the steam systems (27, 31, 36) are assigned individual steam generators and are able to be separated from one another by shut-off valves (42, 43, 44, 45, 46, 47, 50, 51, 52) and in which the fluid of at least the first steam generator is connected to the steam turbine, characterised in that, before the steam of the at least one further steam generator has reached approximately the same steam parameters as the steam of the first steam generator, the shut-off valve of at least one first steam system of the at least one further steam generator is opened, so that steam can flow into the further steam generator.
User equipment for receiving a downlink control channel, comprising: a receiving unit, configured to receive a candidate time-frequency resource group in which a first reference signal, RS, time-frequency resource is located, wherein the downlink control channel comprises a first downlink control channel and a second downlink control channel, and the first RS time-frequency resource corresponds to a first RS, the first downlink control channel comprises the first RS and first downlink control information, DCI; and the user equipment further comprises: a processing unit, configured to: determine the first RS time-frequency resource based on the candidate time-frequency resource group; determine a first DCI time-frequency resource corresponding to the first DCI based on the first RS time-frequency resource; detect the first RS on the first RS time-frequency resource, and demodulate the first DCI on the first DCI time-frequency resource by using the first RS; and determine a second time-frequency resource corresponding to the second downlink control channel based on the first DCI. a receiving unit, configured to receive a candidate time-frequency resource group in which a first reference signal, RS, time-frequency resource is located, wherein the downlink control channel comprises a first downlink control channel and a second downlink control channel, and the first RS time-frequency resource corresponds to a first RS, the first downlink control channel comprises the first RS and first downlink control information, DCI; and the user equipment further comprises: a processing unit, configured to: determine the first RS time-frequency resource based on the candidate time-frequency resource group; determine a first DCI time-frequency resource corresponding to the first DCI based on the first RS time-frequency resource; detect the first RS on the first RS time-frequency resource, and demodulate the first DCI on the first DCI time-frequency resource by using the first RS; and determine a second time-frequency resource corresponding to the second downlink control channel based on the first DCI. determine the first RS time-frequency resource based on the candidate time-frequency resource group; determine a first DCI time-frequency resource corresponding to the first DCI based on the first RS time-frequency resource; detect the first RS on the first RS time-frequency resource, and demodulate the first DCI on the first DCI time-frequency resource by using the first RS; and determine a second time-frequency resource corresponding to the second downlink control channel based on the first DCI.
A digital pen, comprising: a battery powering the digital pen, a sensor configured to sense state information of the digital pen, the state information including a battery voltage; a signal generator configured to generate a first signal indicating a location of the digital pen with respect to a display apparatus, the first signal comprising a first frequency, and the signal generator including a frequency divider; a signal transmitter; and a controller configured to: in response to the battery voltage being greater than or equal to a predetermined voltage, control the frequency divider to divide the first frequency by a first division ratio to generate a second signal having a second frequency, in response to the battery voltage being less than the predetermined voltage, control the frequency divider to divide the first frequency by a second division ratio to generate a third signal having a third frequency, control the signal transmitter to transmit one of the second signal and the third signal to the display apparatus; wherein the sensor comprises a battery state sensor including a comparer arranged to compare a current battery voltage of the digital pen with a predetermined voltage values thereby to sense battery state information of the digital pen a battery powering the digital pen, a sensor configured to sense state information of the digital pen, the state information including a battery voltage; a signal generator configured to generate a first signal indicating a location of the digital pen with respect to a display apparatus, the first signal comprising a first frequency, and the signal generator including a frequency divider; a signal transmitter; and a controller configured to: in response to the battery voltage being greater than or equal to a predetermined voltage, control the frequency divider to divide the first frequency by a first division ratio to generate a second signal having a second frequency, in response to the battery voltage being less than the predetermined voltage, control the frequency divider to divide the first frequency by a second division ratio to generate a third signal having a third frequency, control the signal transmitter to transmit one of the second signal and the third signal to the display apparatus; wherein the sensor comprises a battery state sensor including a comparer arranged to compare a current battery voltage of the digital pen with a predetermined voltage values thereby to sense battery state information of the digital pen in response to the battery voltage being greater than or equal to a predetermined voltage, control the frequency divider to divide the first frequency by a first division ratio to generate a second signal having a second frequency, in response to the battery voltage being less than the predetermined voltage, control the frequency divider to divide the first frequency by a second division ratio to generate a third signal having a third frequency, control the signal transmitter to transmit one of the second signal and the third signal to the display apparatus;
A data acquisition system adapted to be coupled to a mains power source, comprising: a test probe, configured to be coupled to a subject, wherein in particular the subject is a biological sample; an analog to digital converter adapted to convert a signal from the test probe to samples; a noise replica generator adapted to generate estimates of noise in the samples; a noise removal block adapted to remove from each sample an estimate of noise therein; and a gating module characterized in that the gating module is adapted to determine when the subject is undergoing stimulation, wherein the gating module is adapted to provide the samples to only the noise removal block when the subject is undergoing stimulation, and to both the noise replica generator and the noise removal block when the subject is not undergoing stimulation. a test probe, configured to be coupled to a subject, wherein in particular the subject is a biological sample; an analog to digital converter adapted to convert a signal from the test probe to samples; a noise replica generator adapted to generate estimates of noise in the samples; a noise removal block adapted to remove from each sample an estimate of noise therein; and a gating module characterized in that the gating module is adapted to determine when the subject is undergoing stimulation, wherein the gating module is adapted to provide the samples to only the noise removal block when the subject is undergoing stimulation, and to both the noise replica generator and the noise removal block when the subject is not undergoing stimulation. to only the noise removal block when the subject is undergoing stimulation, and to both the noise replica generator and the noise removal block when the subject is not undergoing stimulation.
A fan assembly for a vehicle seat with a radial fan comprising a fan housing, said fan housing comprising an axial and a radial housing opening (15; 17) and the fan housing with its axial housing opening being positioned on a carrier plate, which is part of a seat frame, and being held thereon by at least one holding element, with an intermediate layer being positioned in the support area between the fan housing and the carrier plate, characterized in in that the intermediate layer consists of a reversibly deformable material, and that the holding element includes at least one upper, two middle and two lower sections (4; 3; 2), wherein the middle sections are each adjoining the ends of the upper section, while being angled thereto, and each of the lower sections forms a foot, which is assigned to the carrier plate, at the other end of the respective middle section, wherein the upper section and the middle sections are dimensioned such that the upper section comes to rest on the fan housing at the side facing away from the carrier plate, and wherein at least the middle sections are reversibly deformable.