mhurhangee/patent-ind-claim-en huggingface dataset:
A full line type liquid ejection head comprising: a plurality of liquid chambers each with an activation element for generating a droplet ejected through an ejection opening , and an ejection opening plane with at least two ejection opening groups with a plurality of ejection openings ejecting droplets onto a print medium (P), whereby said groups are arranged in the ejection opening plane across the print medium conveying direction (X) and wherein the ejection opening groups are arranged in parallel in the ejection opening plane , wherein the plurality of ejection openings of at least a first ejection opening group are arranged in a zigzag shape, and the plurality of ejection openings of the further ejection opening groups are arranged in such a staggered manner in a substantial equal interval (d) in a direction (Y) perpendicular to the conveying direction (X) of the print medium (P) in relation to said at least first ejection opening group that the time differences when droplets ejected from adjacent openings land on the print medium (P) for all droplets forming a printed line across the print medium conveying direction (X) are substantially equal (Fig. 13). a plurality of liquid chambers each with an activation element for generating a droplet ejected through an ejection opening , and an ejection opening plane with at least two ejection opening groups with a plurality of ejection openings ejecting droplets onto a print medium (P), whereby said groups are arranged in the ejection opening plane across the print medium conveying direction (X) and wherein the ejection opening groups are arranged in parallel in the ejection opening plane , wherein the plurality of ejection openings of at least a first ejection opening group are arranged in a zigzag shape, and the plurality of ejection openings of the further ejection opening groups are arranged in such a staggered manner in a substantial equal interval (d) in a direction (Y) perpendicular to the conveying direction (X) of the print medium (P) in relation to said at least first ejection opening group that the time differences when droplets ejected from adjacent openings land on the print medium (P) for all droplets forming a printed line across the print medium conveying direction (X) are substantially equal (Fig. 13).
A delivery system for an implantable medical device , comprising: an inner shaft having a proximal end region, a distal end region, a non-circular lumen extending therethrough, and a tension resistance member (30a/30b) extending at least partially between the proximal end region and the distal end region; a deployment catheter disposed along the outer surface of the shaft; and an actuation shaft disposed within the non-circular lumen ; wherein the actuation shaft is coupled to the implantable medical device ; wherein translation of the actuation shaft shifts the implantable medical device from a first collapsed position to a second deployed position; a first tubular member extending within the non-circular lumen ; wherein the first tubular member is designed to accept a guidewire extending therein; and a second tubular member extending within the non-circular lumen ; wherein the actuation member extends within the second tubular member . an inner shaft having a proximal end region, a distal end region, a non-circular lumen extending therethrough, and a tension resistance member (30a/30b) extending at least partially between the proximal end region and the distal end region; a deployment catheter disposed along the outer surface of the shaft; and an actuation shaft disposed within the non-circular lumen ; wherein the actuation shaft is coupled to the implantable medical device ; wherein translation of the actuation shaft shifts the implantable medical device from a first collapsed position to a second deployed position; wherein the actuation shaft is coupled to the implantable medical device ; wherein translation of the actuation shaft shifts the implantable medical device from a first collapsed position to a second deployed position; a first tubular member extending within the non-circular lumen ; wherein the first tubular member is designed to accept a guidewire extending therein; and a second tubular member extending within the non-circular lumen ; wherein the actuation member extends within the second tubular member .
Sacubitril and valsartan in a 1:1 molar ratio for use in the treatment of chronic systolic heart failure with reduced ejection fraction in a human patient, wherein a twice daily target dose of 200 mg of sacubitril and valsartan in a 1:1 molar ratio is reached after a titration with a twice daily starting dose of 50 mg of sacubitril and valsartan in a 1:1 molar ratio for from 2 weeks to 4 weeks, followed by a twice daily dose of 100 mg of sacubitril and valsartan in a 1:1 molar ratio for from 2 weeks to 4 weeks, followed by the twice daily target dose of 200 mg of sacubitril and valsartan in a 1:1 molar ratio thereafter.
A kit for assembling with a garden fence made up of (i) a wire grid formed by interconnected longitudinal wires and cross-wires and (ii) a series of slats which can be provided longitudinally between the longitudinal wires in said wire grid , said kit comprising: - a series of slats with a length L L , - a series of support brackets for suspending said slats from said cross-wires, - two or more top profile segments with a length L P , where the length L P is smaller than the length L L , and - one or more connecting elements (30; 30') for, in use, journaling and aligning a first top profile segment with an adjacent, second top profile segment , wherein said connecting element (30; 30') has a nominal width Ln and the connecting element (30; 30') is provided halfway along its length with a fixing element (31; 31'), wherein said connecting element (30; 30') has a width Lc on the fixing element (31; 31') and wherein Lc is greater than Ln. - a series of slats with a length L L , - a series of support brackets for suspending said slats from said cross-wires, - two or more top profile segments with a length L P , where the length L P is smaller than the length L L , and - one or more connecting elements (30; 30') for, in use, journaling and aligning a first top profile segment with an adjacent, second top profile segment , wherein said connecting element (30; 30') has a nominal width Ln and the connecting element (30; 30') is provided halfway along its length with a fixing element (31; 31'), wherein said connecting element (30; 30') has a width Lc on the fixing element (31; 31') and wherein Lc is greater than Ln.
A method for balancing voltages of a DC link of a multi-level inverter, wherein the DC link (u dc ) comprises two capacitors (C1, C2) connected in series such that each of the capacitors forms one half of the DC link (u c ), divided into the two halves by a neutral point connection (NP), a common-mode voltage of the inverter is controlled on the basis of a common-mode voltage reference (U CM ), and a power of the inverter is controlled on the basis of a power reference (P), characterized in that the method comprises: injecting a periodic common-mode voltage injection signal to the common-mode voltage reference (U CM ) and a periodic power injection signal to the power reference (P), wherein the power injection signal has the same frequency as the common-mode voltage injection signal, and wherein an amplitude of at least one of the common-mode voltage injection signal and the power injection signal or a phase shift between the common-mode voltage injection signal and the power injection signal is controlled on the basis of a difference between voltages over the two halves of the DC link.
A long-circulating liposome, characterized in that the surface of the liposome is modified with c(RGD-ACP-K), which is linked to PEG via a chemical bond, and the PEG is linked to a phospholipid on the surface of the liposome, wherein said liposome comprises an anticancer agent which is doxorubicin or a pharmaceutically acceptable salt thereof.
A clothes dryer apparatus comprising: an electrically conductive, grounded, generally cylindrical rotatable drum having a hollow interior adapted to contain a load of wet clothes to be dried; characterized in that said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch, an electrically conductive anode , coupled to each anode, a source of single frequency RF power, a plurality of air holes formed in the at least one insulated notch , whereby water evaporated from the load by the RF power is removed from the interior of the drum due to the resulting air flow forced through the plurality of air holes into the hollow interior of the drum . an electrically conductive, grounded, generally cylindrical rotatable drum having a hollow interior adapted to contain a load of wet clothes to be dried; characterized in that said drum has a partially indented exterior surface in which at least one generally ring-shaped insulated notch has been formed; positioned within each notch, an electrically conductive anode , coupled to each anode, a source of single frequency RF power, a plurality of air holes formed in the at least one insulated notch , whereby water evaporated from the load by the RF power is removed from the interior of the drum due to the resulting air flow forced through the plurality of air holes into the hollow interior of the drum .
A driving circuit for a switching device for an electric power control, comprising: a driver circuit unit connected to the switching device and configured to control the switching device to an ON state or an OFF state; a controller , a first logic device connected to the switching device and the driver circuit unit and configured to transmit an ON or OFF control signal regarding the switching device to the driver circuit unit and to provide a first monitoring signal detecting an ON state or an OFF state of the switching device to the controller ; a second logic device connected to the switching device and the first logic device and configured to transmit the ON or OFF control signal regarding the switching device to the driving circuit unit through first logic device and to provide a second monitoring signal detecting an ON state or an OFF state of the switching device to the controller ; and the controller connected to the first logic device and the second logic device and configured to provide the ON or OFF control signal regarding the switching device to at least one of the first logic device and the second logic device ; wherein the controller is configured to determine an abnormal state of at least one of the first logic device and the second logic device based on the first and second monitoring signals as received from the first logic device and the second logic device . a driver circuit unit connected to the switching device and configured to control the switching device to an ON state or an OFF state; a controller , a first logic device connected to the switching device and the driver circuit unit and configured to transmit an ON or OFF control signal regarding the switching device to the driver circuit unit and to provide a first monitoring signal detecting an ON state or an OFF state of the switching device to the controller ; a second logic device connected to the switching device and the first logic device and configured to transmit the ON or OFF control signal regarding the switching device to the driving circuit unit through first logic device and to provide a second monitoring signal detecting an ON state or an OFF state of the switching device to the controller ; and the controller connected to the first logic device and the second logic device and configured to provide the ON or OFF control signal regarding the switching device to at least one of the first logic device and the second logic device ; wherein the controller is configured to determine an abnormal state of at least one of the first logic device and the second logic device based on the first and second monitoring signals as received from the first logic device and the second logic device .
A machine-to-machine, M2M, or Internet of Things, loT, device that manages resource links at a service layer, formed in an M2M or loT network, the device comprising: a processor ; and a memory coupled with the processor , the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving a first link profile from an originator , the first link profile comprising instructions that define configuring a use of a link of a first resource; receiving a set of rules , the set of rules for resolving conflicts between actions associated with the first link profile and a second link profile ; receiving a request to manage the link ; and responsive to the request, managing the use of the link based on the first link profile , wherein the managing comprises resolving conflicts between actions associated with the first link profile and the second link profile according to the set of rules . receiving a first link profile from an originator , the first link profile comprising instructions that define configuring a use of a link of a first resource; receiving a set of rules , the set of rules for resolving conflicts between actions associated with the first link profile and a second link profile ; receiving a request to manage the link ; and responsive to the request, managing the use of the link based on the first link profile , wherein the managing comprises resolving conflicts between actions associated with the first link profile and the second link profile according to the set of rules .
A gas turbine engine comprising: a first shaft defining an axis of rotation (A); a speed reduction device driven by the first shaft ; a fan including a fan rotor driven by the speed reduction device ; a compressor section comprising a low pressure compressor having a first plurality of compressor stages driven by the first shaft , and a high pressure compressor having a second plurality of compressor stages driven by a second shaft ; and a turbine section with a high pressure turbine and a low pressure turbine , the low pressure turbine driving the low pressure compressor via the first shaft and the high pressure turbine driving the high pressure compressor via the second shaft , wherein the speed reduction device is positioned intermediate the low pressure turbine and the low pressure compressor such that the low pressure compressor and the fan rotor rotate at a common speed; characterised in that : at least one inducer stage is positioned aft of the fan and coupled for rotation with the fan rotor , wherein the at least one inducer stage is positioned upstream of the compressor section ; the at least one inducer stage comprises one or more inducer blades fixed for rotation with the fan rotor and a core inlet stator fixed to a non-rotating engine structure ; and the core inlet stator is positioned radially outward of the inducer blades and is connected to a strut that is supported by at least one bearing such that the shaft can rotate relative to the strut . a first shaft defining an axis of rotation (A); a speed reduction device driven by the first shaft ; a fan including a fan rotor driven by the speed reduction device ; a compressor section comprising a low pressure compressor having a first plurality of compressor stages driven by the first shaft , and a high pressure compressor having a second plurality of compressor stages driven by a second shaft ; and a turbine section with a high pressure turbine and a low pressure turbine , the low pressure turbine driving the low pressure compressor via the first shaft and the high pressure turbine driving the high pressure compressor via the second shaft , wherein the speed reduction device is positioned intermediate the low pressure turbine and the low pressure compressor such that the low pressure compressor and the fan rotor rotate at a common speed; at least one inducer stage is positioned aft of the fan and coupled for rotation with the fan rotor , wherein the at least one inducer stage is positioned upstream of the compressor section ; the at least one inducer stage comprises one or more inducer blades fixed for rotation with the fan rotor and a core inlet stator fixed to a non-rotating engine structure ; and the core inlet stator is positioned radially outward of the inducer blades and is connected to a strut that is supported by at least one bearing such that the shaft can rotate relative to the strut .
Method for sterilizing a chromatography material, comprising the steps: (a) treating the chromatography material with an aqueous, alkaline-buffered salt solution; and (c) irradiating the chromatography material treated in step (a) with gamma radiation; wherein the chromatography material is a microporous polymer membrane. (a) treating the chromatography material with an aqueous, alkaline-buffered salt solution; and (c) irradiating the chromatography material treated in step (a) with gamma radiation;
A method in a control system for a turbine system , the method comprising: determining, using an intelligent model of fluid flow tailored to the turbine system and based on a database of known data values , at least one location within the fluid flow path that will allow measurement of an accurate data value of an air intake particle ; measuring at least one measured data value of the air intake particle using a sensor placed at the at least one location within the fluid flow path; consulting the intelligent model for at least one of an estimation of possible breach of an air inlet system of the turbine system , amount of ingress of air intake particles into the turbine system , fouling within the turbine system , erosion of at least a portion of the turbine system , and performance degradation rate of the turbine system after the step of measuring at least one measured data value of the air intake particle ; and then receiving, from the intelligent model , the at least one estimation; wherein the intelligent model comprises at least one equation and/or algorithm for analyzing particle accumulation in the turbine system ; wherein the database of known data values includes at least one of a structure of the turbine system , a structure of the fluid flow path , the location of the sensor , other known fluid flow data , testing data , and field observations , and wherein the at least one location within the fluid flow path minimizes the likelihood of accumulation of air intake particles on the sensor . determining, using an intelligent model of fluid flow tailored to the turbine system and based on a database of known data values , at least one location within the fluid flow path that will allow measurement of an accurate data value of an air intake particle ; measuring at least one measured data value of the air intake particle using a sensor placed at the at least one location within the fluid flow path; consulting the intelligent model for at least one of an estimation of possible breach of an air inlet system of the turbine system , amount of ingress of air intake particles into the turbine system , fouling within the turbine system , erosion of at least a portion of the turbine system , and performance degradation rate of the turbine system after the step of measuring at least one measured data value of the air intake particle ; and then receiving, from the intelligent model , the at least one estimation; wherein the intelligent model comprises at least one equation and/or algorithm for analyzing particle accumulation in the turbine system ; wherein the database of known data values includes at least one of a structure of the turbine system , a structure of the fluid flow path , the location of the sensor , other known fluid flow data , testing data , and field observations , and wherein the at least one location within the fluid flow path minimizes the likelihood of accumulation of air intake particles on the sensor .
A solar power generator comprising: - an elongated sheet having three equally distributed folding lines dividing the elongated sheet in four generally equal parts so that the elongated sheet is foldable forming a four-side box frame structure ; - four photovoltaic solar panels , wherein each photovoltaic solar panel is mounted onto each respective part of the elongated sheet and wherein four photovoltaic solar panels are faced inwards to each other when the elongated sheet is folded in the four-side box frame structure ; - metal contacts embedded in the elongated sheet in an area of the folding lines of the elongated sheet configured to be connected to the photovoltaic solar panels in result of which the metal contacts provide an electrical connection between neighbouring photovoltaic solar panels ; - electrodes (6; 7) connected to the photovoltaic solar panels or to the metal contacts ; - a cover having a hole and said cover is mounted onto the open side of the four-side box frame structure ; - a solar bulb comprising a transparent container filed with a transparent liquid , wherein the solar bulb is mounted in the hole of the cover , and wherein the solar bulb is configured so that a light from outer environment can travel through the solar bulb into the four-side box frame structure made by elongated sheet and onto the photovoltaic solar panels disposed therein generating electricity, and wherein the metal contacts , the electrodes (6; 7) and the photovoltaic solar panels are connected in one common circuit so that the generated electricity can be transferred further from the solar power generator through said electrodes (6; 7). - an elongated sheet having three equally distributed folding lines dividing the elongated sheet in four generally equal parts so that the elongated sheet is foldable forming a four-side box frame structure ; - four photovoltaic solar panels , wherein each photovoltaic solar panel is mounted onto each respective part of the elongated sheet and wherein four photovoltaic solar panels are faced inwards to each other when the elongated sheet is folded in the four-side box frame structure ; - metal contacts embedded in the elongated sheet in an area of the folding lines of the elongated sheet configured to be connected to the photovoltaic solar panels in result of which the metal contacts provide an electrical connection between neighbouring photovoltaic solar panels ; - electrodes (6; 7) connected to the photovoltaic solar panels or to the metal contacts ; - a cover having a hole and said cover is mounted onto the open side of the four-side box frame structure ; - a solar bulb comprising a transparent container filed with a transparent liquid , wherein the solar bulb is mounted in the hole of the cover , and