mhurhangee/patent-ind-claim-en huggingface dataset:
Air spreading device for spreading dispersed material onto a dispersed material conveyor with at least one air spreading chamber which has an upper dispersed material opening via which dispersed material is introduced into the air spreading chamber , one or more fans for producing air flows for separating the dispersed material in the air spreading chamber , an air in-feed housing through which the air flows produced by the fans are directed into the air spreading chamber and a nozzle unit adjoining the air in-feed housing in the flow direction, wherein the nozzle unit comprises a nozzle chamber with a plurality of outlet nozzles arranged in columns and rows, characterised in that the outlet nozzles each taper in the flow direction in a funnel-like manner from a rectangular inlet cross-section (E) into a round or oval outlet cross-section (A).
Set including a weaving matrix to receive sheets to be applied together, a tool to be applied to move along the periphery of sheets to be applied, a holding medium to maintain at least one sheet (7.8) on the matrix, characterized that the holding medium includes a first part , a second part , and a means of linking between the said first and second parts, the means of linking being a means of mechanical training, the first part being mobile between a holding position in which the said first part is in contact with one of the edges (of the periphery of at least one sheet so as to position and maintain at least one sheet plates in the position on the matrix , and a disassembled position in which that part is distant from the said edge, the means of holding being configured so that when the part moves from the holding position to the disassembled position the other part moves from a disassembled position to a holding position, and in so far as the movement of the portion of the holding position to the position being removed is generated by the tool to be applied , when the tool to be applied along the edge of the sheet .
A system for characterizing a sample using second harmonic generation, the system comprising: a sample holder configured to support a sample ; an optical source configured to direct a light beam onto said sample to produce second harmonic generation (SHG) light; at least one beamsplitter disposed in an optical path between said optical source and said sample, said beamsplitter configured to separate said light from said optical source into a plurality of beams that are incident at a plurality of locations on said sample such that said plurality of beams produce a plurality of second harmonic generation signals; an optical detection system configured to receive second harmonic generated light from said sample, said optical detection system comprising at least one detector array , respective ones of said plurality of beams from said at least one beam splitter configured to produce respective SHG signals that are directed to respective regions of said of at least one detector array; projection optics configured to project second harmonic generation light from said sample onto said at least one detector array; and processing electronics configured to receive signals from said detector array. a sample holder configured to support a sample ; an optical source configured to direct a light beam onto said sample to produce second harmonic generation (SHG) light; at least one beamsplitter disposed in an optical path between said optical source and said sample, said beamsplitter configured to separate said light from said optical source into a plurality of beams that are incident at a plurality of locations on said sample such that said plurality of beams produce a plurality of second harmonic generation signals; an optical detection system configured to receive second harmonic generated light from said sample, said optical detection system comprising at least one detector array , respective ones of said plurality of beams from said at least one beam splitter configured to produce respective SHG signals that are directed to respective regions of said of at least one detector array; projection optics configured to project second harmonic generation light from said sample onto said at least one detector array; and processing electronics configured to receive signals from said detector array.
Method for the continuous or semi-continuous treatment and/or thickening of a sludge, in which the sludge is supplied to a first enclosure in continuous flow, simultaneously injecting air into it at a high flow rate causing a speed V of the emulsion obtained at the site of the confluence between the air and the sludge such that V > 10 m/s, the emulsion being composed of a multitude of sludge droplets in the air current, a given loss of pressure is created in the emulsion by constriction in and/or at the exit from the first enclosure, a flocculant is injected after such a constriction, said emulsion is degassed to atmospheric pressure, and the whole is recovered in a filtration or decanting device .
A system comprising: a first input sensor configured to (i) detect a first amount of force or torque applied by a user on a first component of an x-ray scanner gantry in a first direction, and (ii) generate a first input command signal, wherein the first input command signal indicates the first amount of force or torque; a first summer configured to generate a first error signal based on the first input command signal and a first feedback signal; a first controller configured to control operation of a motor based on the error signal to (i) reduce the first error signal, (ii) provide counterbalancing of the x-ray scanner gantry in the first direction, and (iii) provide a net force or torque on the x-ray scanner gantry in the first direction that is equal to a predetermined value or is within a predetermined range of the predetermined value; and a first feedback sensor configured to (i) detect a second amount of force or torque applied on the x-ray scanner gantry in the first direction as a result of the controlled operation of the motor, and (ii) generate the first feedback signal based on the detected second amount of force or torque. a first input sensor configured to (i) detect a first amount of force or torque applied by a user on a first component of an x-ray scanner gantry in a first direction, and (ii) generate a first input command signal, wherein the first input command signal indicates the first amount of force or torque; a first summer configured to generate a first error signal based on the first input command signal and a first feedback signal; a first controller configured to control operation of a motor based on the error signal to (i) reduce the first error signal, (ii) provide counterbalancing of the x-ray scanner gantry in the first direction, and (iii) provide a net force or torque on the x-ray scanner gantry in the first direction that is equal to a predetermined value or is within a predetermined range of the predetermined value; and a first feedback sensor configured to (i) detect a second amount of force or torque applied on the x-ray scanner gantry in the first direction as a result of the controlled operation of the motor, and (ii) generate the first feedback signal based on the detected second amount of force or torque.
A heat exchanger for heat exchange between a first fluid and at least one second fluid, comprising: a stack of primary plates forming at least one first channel for the first fluid and at least one second channel for the second fluid, wherein the primary plates comprise primary openings having a first cross-section (D1), the primary openings being configured to form first manifolds for enabling first fluid circulation in the first channels and second manifolds for enabling second fluid circulation in the second channels , characterized in that , the heat exchanger further comprises at least one secondary plate disposed between the consecutive stacks of primary plates , wherein the secondary plate comprises secondary openings having a second cross-section (D2), wherein the secondary openings are complementary to and fluidically connected to the primary openings forming the first and second manifolds , wherein the first cross-section (D1) is different than the second cross-section (D2). a stack of primary plates forming at least one first channel for the first fluid and at least one second channel for the second fluid, wherein the primary plates comprise primary openings having a first cross-section (D1), the primary openings being configured to form first manifolds for enabling first fluid circulation in the first channels and second manifolds for enabling second fluid circulation in the second channels , characterized in that , the heat exchanger further comprises at least one secondary plate disposed between the consecutive stacks of primary plates , wherein the secondary plate comprises secondary openings having a second cross-section (D2), wherein the secondary openings are complementary to and fluidically connected to the primary openings forming the first and second manifolds , wherein the first cross-section (D1) is different than the second cross-section (D2).
A support device for medical instruments to be sterilized and/or cleaned, each including a fixing element , the support device including a plate having a lower planar face ( 5 2 ) and a upper planar face ( 5 1 ) and in which is formed at least one mounting through hole for an eyelet having, in its central part, a single passage for receiving and holding, by wedging, a fixing element of a medical instrument, this eyelet having an upper surface ( 7 1 ) extending set back from the upper face ( 5 1 ) of the plate and an outer lateral surface ( 7 3 ) provided with a system for demountable connection with the plate , characterized in that the eyelet has a lower surface ( 7 2 ) extending set back from the lower planar face ( 5 2 ) of the plate and in that the passage of the eyelet is delimited by at least three protrusions spaced apart along the circumference of the internal surface of the eyelet and radially protruding from the internal surface of the eyelet, the internal surface of the eyelet having a section greater than the section of the hole taken between the upper face of the plate and the eyelet and than the section of the hole taken between the lower face of the plate and the eyelet so that only the protrusions are visible through the hole .
A use of a thermoplastic casting material for the production of containers and packaging means, their covers and closures, the casting material containing a binder which is flowable under heat and solid at ambient temperature and at least one additive which does not melt at the melting temperature of the binder, characterised in that the binder contains one or more substances from the group comprising vegetable wax, animal wax, paraffin wax, montan wax and stearin, and in that the additive contains fibrous and filling materials.
A method for controlling an information terminal , comprising: (a) requesting, by the information terminal , a server to transmit update information for predetermined information included in an application screen before a session with the server is timed out after no request to the sever continues during a first time; and (b) displaying, on the information terminal , the application screen including the update information received from the server ; characterized by (c) causing, by the server , the information terminal not to display (S208) the application screen corresponding to an operation with respect to the application screen that leads to an application screen including security information being displayed when the operation is executed by an operator after lapse of a second time from a most recent operation with respect to the application screen by the operator. (a) requesting, by the information terminal , a server to transmit update information for predetermined information included in an application screen before a session with the server is timed out after no request to the sever continues during a first time; and (b) displaying, on the information terminal , the application screen including the update information received from the server ; characterized by (c) causing, by the server , the information terminal not to display (S208) the application screen corresponding to an operation with respect to the application screen that leads to an application screen including security information being displayed when the operation is executed by an operator after lapse of a second time from a most recent operation with respect to the application screen by the operator.
A method for treating a fuel system of a turbine engine , the method comprising: connecting a treatment system to the turbine engine ; and characterised in that it further comprises; drawing preservation fluid out of the fuel system using the treatment system . connecting a treatment system to the turbine engine ; and characterised in that it further comprises; drawing preservation fluid out of the fuel system using the treatment system .
A multi-mode resonator comprising: a housing provided with a cavity corresponding to a substantially single accommodation space; a plurality of metallic resonance arms (2211 - 2214) which are arranged with a predetermined interval therebetween in the cavity such as to generate a resonant signal by multiple coupling therebetween; and a plurality of resonance legs (2221 - 2224) which support the plurality of resonance arms (2211 - 2214), respectively; wherein the plurality is a multiple of 2, and the multi-mode resonator further comprises a tuning screw installed in a center of an entire structure of the plurality of resonance arms (2211 - 2214), wherein at least a pair of resonance arms (2211 - 2214) has a plate shape, wherein at least an edge portion of at least one of the plurality of resonance arms (2211 - 2214) is cut. a housing provided with a cavity corresponding to a substantially single accommodation space; a plurality of metallic resonance arms (2211 - 2214) which are arranged with a predetermined interval therebetween in the cavity such as to generate a resonant signal by multiple coupling therebetween; and a plurality of resonance legs (2221 - 2224) which support the plurality of resonance arms (2211 - 2214), respectively; wherein the plurality is a multiple of 2, and the multi-mode resonator further comprises a tuning screw installed in a center of an entire structure of the plurality of resonance arms (2211 - 2214), wherein at least a pair of resonance arms (2211 - 2214) has a plate shape, wherein at least an edge portion of at least one of the plurality of resonance arms (2211 - 2214) is cut.
A method of operating a pivot drive, in particular a rotary indexing table, having a turntable which can be driven by a motor to make a rotational movement about an axis of rotation (R), wherein at least one sensor , which delivers sensor data and which is connected to a control device, is provided for monitoring a rotational movement of the motor , of the turntable and/or of a rotating component of a drive train arranged between the motor and the turntable , with the sensor data being angular data, wherein the sensor data are compared with predefined DESIRED data stored in the control device to adapt at least one parameter characterizing or influencing the rotational movement on a deviation of the sensor data from the DESIRED data to minimize the determined deviation, characterized in that the sensor data are determined during a measuring cycle which comprises a predetermined time period or a predetermined amount of the rotational movement and the determined sensor data are compared with the corresponding DESIRED data to determine an ACTUAL/DESIRED error which is specific to the measuring cycle and which is used as the basis for the adaptation of the at least one parameter; and in that individual values of the sensor data are compared with corresponding individual values of the DESIRED data during the measuring cycle to continuously update an ACTUAL/DESIRED error and to compare this error with a threshold value, with an error message in particular being output on an exceeding of the threshold value.
A power converter system supporting multiple voltage rails through a plurality of point-to-point power management communication buses, the power converter system comprising: a plurality of power converters each of which is operable to output an independent voltage rail regulated at a defined voltage level; characterized by a plurality of ports each of which is configured for point-to-point communication over a dedicated serial communication power management bus with single and multiple voltage rail support, each port being dedicated to a single serial communication power management bus , the power converter system having fewer ports than voltage rails; and configuration logic operable to flexibly assign each power converter to one of the ports based on configuration information stored in or provided to the power converter system , so that each power converter communicates over the serial communication power management bus to which the port assigned to that power converter is dedicated. a plurality of power converters each of which is operable to output an independent voltage rail regulated at a defined voltage level; characterized by a plurality of ports each of which is configured for point-to-point communication over a dedicated serial communication power management bus with single and multiple voltage rail support, each port being dedicated to a single serial communication power management bus , the power converter system having fewer ports than voltage rails; and configuration logic operable to flexibly assign each power converter to one of the ports based on configuration information stored in or provided to the power converter system , so that each power converter communicates over the serial communication power management bus to which the port assigned to that power converter is dedicated.
Contactless acoustic manipulation apparatus comprising acoustic transducers and an acoustic field controlled by a computing unit using said acoustic transducers wherein the apparatus comprises the computing unit , at least one device for feeding materials and/or components ; a base to form an object upon; a path of acoustic manipulation essentially extending in front of and along arrays of acoustic transducers positioned at least in one plane and from the at least one device for feeding materials and/or components up to the base to form the object upon, wherein said manipulation comprises any of suspension in air and in nodes, trapping, movement by changing driving phases of the transducers following a pre-determined trajectory, and wherein the transducers are arranged to cover most of the acoustic transducer mounting base area; and at least one device for joining, melting, solidifying or welding said materials and/or components .
Method for performing a print job, wherein individual blanks are arranged in an optimized manner in a prepress document for efficient further processing of the printed blanks via a cutting die in accordance with a cutting die layout , and further processing is carried out after the blanks have been printed, characterized in that a plurality of cutting dies are present, for which corresponding digital layout files are available, and in that a computer uses a cutting die from the plurality of cutting dies , and in the process analyzes the cutting die used for further processing using the corresponding layout file, arranges the blanks in the prepress document in an optimized manner in accordance with a sorting rule on the basis of the cutting die layout thus determined, and then carries out a printing process and further processing with the prepress document thus optimized, and in that necessary data of the cutting die and the blank is available in digital form for the analysis via the computer .
Pharmaceutical composition in the form of an oral drinkable suspension in a sachet, comprising as active ingredient diosmin, and optionally flavonoid compounds, and as excipient xanthan gum.
A method performed by a network device transmitting via a plurality of remote radio heads, RRH, for resource adaptation for wireless communications, comprising: determining that a user equipment, UE, is moving along a high speed track; determining a first location of the UE during a first time period with respect to the plurality of RRH; selecting a first numerology for a first transmission based on the first location of the UE; transmitting , in the first time period, using the first numerology including a first subcarrier spacing and a first cyclic prefix ratio, the first transmission for the UE; determining a second location of the UE during a subsequent time period with respect to the plurality of RRH; selecting a second numerology for a second transmission based on the second location of the UE; and transmitting , in the subsequent time period, using the second numerology including a second subcarrier spacing and a second cyclic prefix ratio, the second transmission for the UE, wherein at least one of the second subcarrier spacing is different than the first subcarrier spacing or the second cyclic prefix ratio is different than the first cyclic prefix ratio; the method further comprising: indicating, to the UE, the respective selected numerology in downlink control information, DCI. determining that a user equipment, UE, is moving along a high speed track; determining a first location of the UE during a first time period with respect to the plurality of RRH; selecting a first numerology for a first transmission based on the first location of the UE; transmitting , in the first time period, using the first numerology including a first subcarrier spacing and a first cyclic prefix ratio, the first transmission for the UE; determining a second location of the UE during a subsequent time period with respect to the plurality of RRH; selecting a second numerology for a second transmission based on the second location of the UE; and transmitting , in the subsequent time period, using the second numerology including a second subcarrier spacing and a second cyclic prefix ratio, the second transmission for the UE, wherein at least one of the second subcarrier spacing is different than the first subcarrier spacing or the second cyclic prefix ratio is different than the first cyclic prefix ratio; the method further comprising: indicating, to the UE, the respective selected numerology in downlink control information, DCI.