mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for a body cavity irrigation system including a reservoir containing an irrigation liquid and a catheter , the controller comprising: a housing ; a dial rotatably attached to the housing and movable between positions corresponding to stages of a body cavity irrigation procedure, said dial including a central opening sized to receive a portion of a user's hand; said controller in communication with an electromechanical pump and at least one electromechanical valve that are in fluid communication with the reservoir and the catheter so that the electromechanical pump and at least one electromechanical valve are configured to perform a stage of the body cavity irrigation procedure corresponding to a selected dial position. a housing ; a dial rotatably attached to the housing and movable between positions corresponding to stages of a body cavity irrigation procedure, said dial including a central opening sized to receive a portion of a user's hand; said controller in communication with an electromechanical pump and at least one electromechanical valve that are in fluid communication with the reservoir and the catheter so that the electromechanical pump and at least one electromechanical valve are configured to perform a stage of the body cavity irrigation procedure corresponding to a selected dial position.
Incineration apparatus, comprising a fluidized bed redox reactor having - a reaction chamber with particulate matter comprising particulate metal oxide and - a fluidized bottom with at least one reducing agent inlet for a gas to fluidize the particulate matter, the incineration apparatus further comprising a fluidized bed combustor having - a combustion chamber with particulate matter comprising particulate metal, - a fluidized bottom with at least one oxidizer inlet for an oxygen containing gas to fluidize the particulate matter and - an ignition device embodied to at least locally raise the temperature to cause an exothermic combustion reaction of the particulate metal with the oxygen containing gas, characterized in that the incineration apparatus further comprises an electrolysis unit for producing hydrogen gas and oxygen having a hydrogen outlet for the produced hydrogen gas and an oxygen outlet for the produced oxygen, wherein the oxygen outlet is connected to the oxidizer inlet of the fluidized bed combustor and the hydrogen outlet is connected to the reducing agent inlet of the fluidized bed redox reactor , so that the produced hydrogen gas is provided as the hydrogen gas containing gas to the reaction chamber , wherein the hydrogen gas containing gas fluidizes the particulate matter comprising particulate metal oxide, wherein in the resulting fluidized bed the particulate metal oxide react with the hydrogen gas to particulate metal and water. - a reaction chamber with particulate matter comprising particulate metal oxide and - a fluidized bottom with at least one reducing agent inlet for a gas to fluidize the particulate matter, - a combustion chamber with particulate matter comprising particulate metal, - a fluidized bottom with at least one oxidizer inlet for an oxygen containing gas to fluidize the particulate matter and - an ignition device embodied to at least locally raise the temperature to cause an exothermic combustion reaction of the particulate metal with the oxygen containing gas,
Method of self-adjusting calibration parameters of a print system during color calibration, comprising starting a print job, printing color outputs on sheets of the print job for color calibration according to a calibration algorithm that is provided with predetermined calibration parameters, the parameters including a frequency of printing the color outputs , by using an image sensor , reading the color outputs for color calibration, verifying if a color output matches a target value, calibrating the color output if the color output does not match the target value, characterized by determining if a number of color calibrations pertaining to a particular color output exceeds a threshold, and increasing the frequency of printing the particular color output if the number of color calibrations exceeds the threshold.
A device for conveyance of a shelf storage transport vehicle in and counter to a vertical direction (z), wherein the device comprises at least one guide device and at least one transport element for the transport vehicle , wherein a movement of the transport element in and counter to the vertical direction (z) can be guided by means of the guide device , wherein the device comprises at least one drive device for driving the transport element with at least one conveyer rope , wherein the transport element has at least one stop element and the guide device has at least one corresponding stop element , wherein the stop element of the transport element can be placed into a stop state and into a release state, and wherein the at least one stop element of the guide device is arranged in such a way that a movement of the transport element counter to the vertical direction (z) is blocked for the transport vehicle by the stop elements in a transit position, characterized in that the device is configured such that, after the transit position is reached in the stop state, the at least one conveyer rope is placed into a tension-free state for the purpose of driving the transport vehicle onto the transport element or driving the transport vehicle off the transport element .
A picture mounting having: a web having a display panel which has a display surface on its front face, an image being recorded on the display surface, the display panel having a perimeter defined by a frame having a plurality of spars; each spar being made of leaves created from the web and extending from the perimeter of the display panel, each of the leaves being folded at least twice, in a rearward direction to create a spar having a polygonal cross-section; the spars being mutually interlocking behind the front surface of the display panel thereby to create the frame; wherein the leaves include mutually engageable elements which, upon folding in the rearward direction, create mutual interlocking of the spars, wherein the mutually engageable elements provide a cam action to draw at least two of the spars into location against a rearward facing surface of the display panel. a web having a display panel which has a display surface on its front face, an image being recorded on the display surface, the display panel having a perimeter defined by a frame having a plurality of spars; each spar being made of leaves created from the web and extending from the perimeter of the display panel, each of the leaves being folded at least twice, in a rearward direction to create a spar having a polygonal cross-section; the spars being mutually interlocking behind the front surface of the display panel thereby to create the frame; wherein the leaves include mutually engageable elements which, upon folding in the rearward direction, create mutual interlocking of the spars, wherein the mutually engageable elements provide a cam action to draw at least two of the spars into location against a rearward facing surface of the display panel.
A method for automated context information based selective data provision for wireless data communication between an electronic device and an external entity , the electronic device comprising a radio frequency identification device , the method comprising: storing a plurality of data records into a data storage in the electronic device , each of the plurality of data records representing digital information about ticket data and/or payment data; obtaining contextual information regarding environment and/or operation of the electronic device , wherein the contextual information comprises at least one of current time or location/position of the electronic device ; scanning (S30) informational data associated with said plurality of data records stored in the data storage to obtain filter information relating to said plurality of data records; selecting (S31) at least one data record out of said plurality of data records, wherein said selecting of said data record is performed in accordance with said filter information and the contextual information for identifying relevant data records from said plurality of data records for current context of the electronic device ; at the radio frequency identification device , retrieving from said data storage and configuring (S32) said at least one selected data record; and providing (S33) said at least one configured data record for being retrievable wirelessly by the external entity through radio frequency identification based communication from said radio frequency identification device . storing a plurality of data records into a data storage in the electronic device , each of the plurality of data records representing digital information about ticket data and/or payment data; obtaining contextual information regarding environment and/or operation of the electronic device , wherein the contextual information comprises at least one of current time or location/position of the electronic device ; scanning (S30) informational data associated with said plurality of data records stored in the data storage to obtain filter information relating to said plurality of data records; selecting (S31) at least one data record out of said plurality of data records, wherein said selecting of said data record is performed in accordance with said filter information and the contextual information for identifying relevant data records from said plurality of data records for current context of the electronic device ; at the radio frequency identification device , retrieving from said data storage and configuring (S32) said at least one selected data record; and providing (S33) said at least one configured data record for being retrievable wirelessly by the external entity through radio frequency identification based communication from said radio frequency identification device .
A user equipment , comprising: a receiver configured to receive a physical multicast channel, PMCH, transmission through a plurality of spatial layers ; and processing circuitry configured to: configure PMCH parameters indicated by a network node; process the PMCH transmission, for the plurality of spatial layers , using the configured PMCH parameters to obtain multicast channel transport blocks; and process enhanced multicast broadcast single frequency network, eMBSFN, reference signals supporting at least two antenna ports; characterized in that the processing circuitry is further configured to report a measured block error rate of the multicast channel transport blocks; wherein resource elements of the eMBSFN reference signals for each of the two antenna ports occupy a respective half of corresponding resource elements for a single antenna port transmission of multicast broadcast single frequency network, MBSFN, reference signals. a receiver configured to receive a physical multicast channel, PMCH, transmission through a plurality of spatial layers ; and processing circuitry configured to: configure PMCH parameters indicated by a network node; process the PMCH transmission, for the plurality of spatial layers , using the configured PMCH parameters to obtain multicast channel transport blocks; and process enhanced multicast broadcast single frequency network, eMBSFN, reference signals supporting at least two antenna ports; configure PMCH parameters indicated by a network node; process the PMCH transmission, for the plurality of spatial layers , using the configured PMCH parameters to obtain multicast channel transport blocks; and process enhanced multicast broadcast single frequency network, eMBSFN, reference signals supporting at least two antenna ports; characterized in that the processing circuitry is further configured to report a measured block error rate of the multicast channel transport blocks; wherein resource elements of the eMBSFN reference signals for each of the two antenna ports occupy a respective half of corresponding resource elements for a single antenna port transmission of multicast broadcast single frequency network, MBSFN, reference signals.
A process for removing heavy metal ions from a phosphoric acid solution containing said heavy metal ions, the method comprising: adding an effective amount of a reagent to the phosphoric acid solution to form heavy metal complexes, and separating the heavy metal complexes from the phosphoric acid solution, wherein said reagent comprises: an organothiophosphorus compound selected from the group consisting of organodithiophosphinic acid, organodithiophosphonic acid, organodithiophosphoric acid, organomonothiophosphinic acid, organomonothiophosphonic acid, organomonothiophosphoric acid, salts of any of the foregoing organothiophosphorus compounds in the form of sodium, ammonium, or potassium, and mixtures thereof; and a surfactant selected from the group consisting of sulfosuccinates, arylsulfonates, alkyarylsulfonates, diphenyl sulfonates, olefin sulfonates, sulfonates of ethoxylated alcohols, petroleum sulfonates, sulfosuccinamates, alkoxylated surfactants, ester/amide surfactants, EO/PO block copolymers, and mixtures thereof. adding an effective amount of a reagent to the phosphoric acid solution to form heavy metal complexes, and separating the heavy metal complexes from the phosphoric acid solution, an organothiophosphorus compound selected from the group consisting of organodithiophosphinic acid, organodithiophosphonic acid, organodithiophosphoric acid, organomonothiophosphinic acid, organomonothiophosphonic acid, organomonothiophosphoric acid, salts of any of the foregoing organothiophosphorus compounds in the form of sodium, ammonium, or potassium, and mixtures thereof; and a surfactant selected from the group consisting of sulfosuccinates, arylsulfonates, alkyarylsulfonates, diphenyl sulfonates, olefin sulfonates, sulfonates of ethoxylated alcohols, petroleum sulfonates, sulfosuccinamates, alkoxylated surfactants, ester/amide surfactants, EO/PO block copolymers, and mixtures thereof.
A transducer baseplate comprising: a base with a protrusion extending from the base along a longitudinal axis (A) of the transducer baseplate, wherein the base has a cross-sectional perimeter (C) in a plane perpendicular to the longitudinal axis; and a pair of pressure plena , each plenum being in fluid connection with an area external to the protrusion through a respective pressure line ; characterised in that the transducer baseplate further comprises a pair of transducer receptacles defined within the protrusion and opposed across the longitudinal axis (A), wherein the receptacles each have a cross-sectional shape (B) in a plane parallel to the longitudinal axis; wherein the pressure plena are separated by a plenum wall , one plenum in fluid communication with each receptacle, respectively; and wherein the pressure lines provide a direct fluid path to their respective receptacles. a base with a protrusion extending from the base along a longitudinal axis (A) of the transducer baseplate, wherein the base has a cross-sectional perimeter (C) in a plane perpendicular to the longitudinal axis; and a pair of pressure plena , each plenum being in fluid connection with an area external to the protrusion through a respective pressure line ; characterised in that the transducer baseplate further comprises a pair of transducer receptacles defined within the protrusion and opposed across the longitudinal axis (A), wherein the receptacles each have a cross-sectional shape (B) in a plane parallel to the longitudinal axis; wherein the pressure plena are separated by a plenum wall , one plenum in fluid communication with each receptacle, respectively; and wherein the pressure lines provide a direct fluid path to their respective receptacles.
Tap for storing pressurised fluid, in particular hydrogen gas, comprising a body housing a fluid circuit comprising a first end intended to be connected to the orifice of at least one pressurised fluid storage , at least one second drawing-off end intended to be connected to a receiving circuit to make it possible to supply fluid drawn-off from the storage via the circuit , at least one third filling end intended to be connected to a pressurised gas source to make it possible to fill the storage via the circuit , the second and third ends being connected to the first end via respectively a drawing-off branch of the circuit and a branch for filling the circuit , the drawing-off and filling branches being connected in parallel to the first end of the circuit and each comprising a set of valve(s), characterised in that the drawing-off and filling branches each comprise a respective valve in series with a respective unidirectional valve , and in that the two unidirectional valves of the two branches are of opposite directions, respectively filling direction and drawing-off direction.
A method of making a proximity sensor, comprising: providing a first node ; coupling a sensing element to the first node; providing an second node ; coupling a shielding area to the second node; providing a buffer coupled to the first node and coupled to the second node, wherein the buffer is configured to drive the second node and the shielding area to a voltage potential of the sensing element; providing a first capacitor as a separate component coupled between the first node and the second node; and providing a second capacitor as a separate component coupled between the second node and a ground potential . providing a first node ; coupling a sensing element to the first node; providing an second node ; coupling a shielding area to the second node; providing a buffer coupled to the first node and coupled to the second node, wherein the buffer is configured to drive the second node and the shielding area to a voltage potential of the sensing element; providing a first capacitor as a separate component coupled between the first node and the second node; and providing a second capacitor as a separate component coupled between the second node and a ground potential .
Media line having a contoured connection portion , wherein the media line is multi-ply and is provided with the contoured connection portion at at least its one line end , wherein the multi-ply media line is overmoulded with the contoured connection portion , wherein the media line has at the line end or in the region of the line end at least one joining zone for the media-tight joining of the media line and the contoured connection portion , characterised in that the media line has at the line end or in the region of the line end remote from the joining zone of the media line at least one injection-moulding region , wherein the multi-ply media line has in the joining zone at least one exposed portion which is exposed as far as a joining layer (F) of the line wall of the media line , and the contoured connection portion is injection moulded onto the media line externally via the injection-moulding region , wherein at least one injection point is provided in the injection-moulding region of the contoured connection portion and is arranged at or in the region of a protruding formation of the contoured connection portion , remote from the joining zone .
A T cell receptor (TCR) that can bind to the KASEKIFYV-HLA A0201 complex, the TCR comprises a TCR α chain variable domain and a TCR β chain variable domain, 3 complementarity determining regions (CDR) of the TCR α chain variable domain are: α CDR1- TSESDYY (SEQ ID NO: 10) α CDR2- QEAYKQQN (SEQ ID NO: 11) α CDR3- AYRSGIIQGAQKLV (SEQ ID NO: 12); and 3 complementarity determining regions of the TCR β chain variable domain are: β CDR1- PRHDT (SEQ ID NO: 13) β CDR2- FYEKMQ (SEQ ID NO: 14) β CDR3- ASSSDRELLFYNEQF (SEQ ID NO: 15). 3 complementarity determining regions (CDR) of the TCR α chain variable domain are: α CDR1- TSESDYY (SEQ ID NO: 10) α CDR2- QEAYKQQN (SEQ ID NO: 11) α CDR3- AYRSGIIQGAQKLV (SEQ ID NO: 12); and 3 complementarity determining regions of the TCR β chain variable domain are: β CDR1- PRHDT (SEQ ID NO: 13) β CDR2- FYEKMQ (SEQ ID NO: 14) β CDR3- ASSSDRELLFYNEQF (SEQ ID NO: 15).
A casting nozzle for a horizontal strip casting plant, in particular for casting steel strip, which is designed connected to a supply channel as a rectangular hollow block consisting of refractory material, the runout region of which is located only a little way above a cooled endless belt which receives the melt running out, the hollow block being divided at least once in the casting direction, characterised in that at the separating point of the segments (1.1 - 1.4) there is arranged as sealing element a felt of refractory material based on Al 2 O 3 , the thickness of which is 1 - 2 mm, and the remaining gaps in the separating-point region are to be selected in their width such that they are closed when the casting nozzle is operated, wherein the bottom elements (3.1 - 3.4) of the hollow block which abut each other at the separating point in cross-section transversely to the casting direction have a corresponding step-like shoulder (7.1, 7.2) which correspond with each other.
A process for controlling kinematic viscosity of a polyalphaolefin in a range of 1-70 centistokes at 100° C, the process comprising the steps of: oligomerizing C6 and above olefin monomers in the presence of an aluminum halide, a promoter and optionally, a solvent to obtain a polyalphaolefin; wherein, the kinematic viscosity of the polyalphaolefin is controlled by adjusting oligomerization temperature at a fixed olefin monomer and aluminium halide mole ratio, wherein mole ratio of the olefin monomer to the aluminum halide is from 10 to 500; wherein the oligomerization temperature is in the range from 10° C to 150° C; wherein the promoter is iso-butyl alcohol; and wherein mole ratio of the aluminum halide to the promoter is from 1 to 10. oligomerizing C6 and above olefin monomers in the presence of an aluminum halide, a promoter and optionally, a solvent to obtain a polyalphaolefin; wherein, the kinematic viscosity of the polyalphaolefin is controlled by adjusting oligomerization temperature at a fixed olefin monomer and aluminium halide mole ratio, wherein mole ratio of the olefin monomer to the aluminum halide is from 10 to 500; wherein the oligomerization temperature is in the range from 10° C to 150° C; wherein the promoter is iso-butyl alcohol; and wherein mole ratio of the aluminum halide to the promoter is from 1 to 10.