mhurhangee/patent-ind-claim-en huggingface dataset:
An ophthalmic system (100; 150; 300; 400; 500; 700; 800; 3200; 3300) comprising: an ophthalmic lens (100, 101; 104, 150; 300, 301; 401; 501, 503; 702; 800, 802; 3001, 3003; 3200; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701), the ophthalmic lens comprising: a substrate (101; 104; 301; 401; 501, 503; 702; 802; 3001, 3003; 3202, 3203; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701); and a selective light wavelength filter (101; 103; 303; 401; 501; 703; 803; 3002; 3201; 3301; 4520, 4530, 4540, 4550; 4702, 4703) comprising a dye with porphyrin or porphyrin derivatives; characterized in that : the selective light wavelength filter selectively blocks 5 to 50% of light having a wavelength of 400 nm to 460 nm due to the presence of a Soret band and has a yellowness index that is no more than 15, and the ophthalmic system transmits at least 80% of light intensity of light having a wavelength of 460 nm to 700 nm. an ophthalmic lens (100, 101; 104, 150; 300, 301; 401; 501, 503; 702; 800, 802; 3001, 3003; 3200; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701), the ophthalmic lens comprising: a substrate (101; 104; 301; 401; 501, 503; 702; 802; 3001, 3003; 3202, 3203; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701); and a selective light wavelength filter (101; 103; 303; 401; 501; 703; 803; 3002; 3201; 3301; 4520, 4530, 4540, 4550; 4702, 4703) comprising a dye with porphyrin or porphyrin derivatives; a substrate (101; 104; 301; 401; 501, 503; 702; 802; 3001, 3003; 3202, 3203; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701); and a selective light wavelength filter (101; 103; 303; 401; 501; 703; 803; 3002; 3201; 3301; 4520, 4530, 4540, 4550; 4702, 4703) comprising a dye with porphyrin or porphyrin derivatives; characterized in that : the selective light wavelength filter selectively blocks 5 to 50% of light having a wavelength of 400 nm to 460 nm due to the presence of a Soret band and has a yellowness index that is no more than 15, and the ophthalmic system transmits at least 80% of light intensity of light having a wavelength of 460 nm to 700 nm. the selective light wavelength filter selectively blocks 5 to 50% of light having a wavelength of 400 nm to 460 nm due to the presence of a Soret band and has a yellowness index that is no more than 15, and the ophthalmic system transmits at least 80% of light intensity of light having a wavelength of 460 nm to 700 nm.
A building wall flexible cladding wrap for an exterior wall of a building, the building wall flexible cladding wrap comprising: a flexible facing layer including an absorbent and porous flexible facing substrate and powdered aggregate bonded to the facing substrate, substantially forming a visible layer of the cladding wrap for the creation of a brick- or stone-work effect; and a flexible backing layer including a flexible backing substrate to which the facing layer is attached; the bonding of the powdered aggregate to the facing substrate being provided by way of a polymeric binding agent , and the flexible facing layer being formed into tiles , the tiles being attached to the backing layer in a spaced apart relationship for the creation of the brick- or stone-work effect, wherein the facing layer with the powdered aggregate and polymeric binding agent is cured by application of heat and air, so that the facing layer remains porous and flexible.
A fragrance composition comprising a compound represented by Formula as an active ingredient: where in Formula , R 1 represents a linear, branched, or cyclic alkyl group having from 1 to 4 carbon(s); and R 2 represents a linear, branched, or cyclic alkyl group having from 1 to 6 carbon(s).
A dye-initiator package for a resin composition used in the additive manufacturing of resorbable implants comprising, a first dye which limits the transmission of light that activates a photo-initiator, a photo-initiator and a light absorber which absorbs light reflected from the first dye, wherein the resin comprises at least one polymer and at least one solvent.
A method of synchronizing content of a first device with content of a second device using a control point , the method comprising at the control point: determining a synchronization protocol supported by the first device and the second device which can be used in synchronizing the content of the first device with the content of the second device ; and requesting at least the first device to synchronize the content of the first device with the content of the second device by using the determined synchronization protocol; and characterized in that the control point is remote from the first device and the second device; and in that synchronizing the content of the first device with the content of the second device by using the determined synchronization protocol is carried out without further intervention of the control point. determining a synchronization protocol supported by the first device and the second device which can be used in synchronizing the content of the first device with the content of the second device ; and requesting at least the first device to synchronize the content of the first device with the content of the second device by using the determined synchronization protocol; and characterized in that the control point is remote from the first device and the second device; and in that synchronizing the content of the first device with the content of the second device by using the determined synchronization protocol is carried out without further intervention of the control point.
A composition comprising an acid and/or anhydride grafted ethylene/alpha-olefin interpolymer that comprises the following properties: A) number of grafts per polymer chain ≥ 1.80, and B) melt viscosity (at 177°C) ≤ 50,000 mPa.s; wherein the number of grafts per polymer chain is determined according to formula A: Grafts per Chain = MAH wt% 98 100 − MAH wt% M n wherein the MAH wt% is determined in accordance with the method described in the description; wherein the Mn is determined in accordance with the GPC method described in the description; and wherein the melt viscosity is measured using a Brookfield Viscometer Model, and a Brookfield RV-DV-II-Pro viscometer spindle 31. A) number of grafts per polymer chain ≥ 1.80, and B) melt viscosity (at 177°C) ≤ 50,000 mPa.s; wherein the number of grafts per polymer chain is determined according to formula A: Grafts per Chain = MAH wt% 98 100 − MAH wt% M n wherein the MAH wt% is determined in accordance with the method described in the description; wherein the Mn is determined in accordance with the GPC method described in the description; and wherein the melt viscosity is measured using a Brookfield Viscometer Model, and a Brookfield RV-DV-II-Pro viscometer spindle 31. wherein the number of grafts per polymer chain is determined according to formula A: Grafts per Chain = MAH wt% 98 100 − MAH wt% M n wherein the MAH wt% is determined in accordance with the method described in the description; wherein the Mn is determined in accordance with the GPC method described in the description; and wherein the melt viscosity is measured using a Brookfield Viscometer Model, and a Brookfield RV-DV-II-Pro viscometer spindle 31.
Inhalable gaseous medicament made up of a binary mixture of argon gas and oxygen gas for use in a method for treating, reducing or resorbing brain lesions subsequent to an ischemic stroke in an individual who must subsequently undergo a mechanical thrombectomy, said method comprising: (a) the administration of the gaseous medicament by inhalation after said ischemic stroke, said gaseous medicament containing a proportion by volume of argon of between 50 and 70%, (b) followed by a mechanical thrombectomy with mechanical extraction of at least one portion of the blood clot resulting from the ischemic stroke, and in which the administration of the gaseous medicament by inhalation: (i) is begun as early as possible after an ischemic stroke diagnosis, (ii) is maintained throughout the thrombectomy, and (iii) is continued after a reperfusion subsequent to the mechanical extraction of at least one portion of the blood clot resulting from the ischemic stroke. (a) the administration of the gaseous medicament by inhalation after said ischemic stroke, said gaseous medicament containing a proportion by volume of argon of between 50 and 70%, (b) followed by a mechanical thrombectomy with mechanical extraction of at least one portion of the blood clot resulting from the ischemic stroke, (i) is begun as early as possible after an ischemic stroke diagnosis, (ii) is maintained throughout the thrombectomy, and (iii) is continued after a reperfusion subsequent to the mechanical extraction of at least one portion of the blood clot resulting from the ischemic stroke.
Device for forming and dividing of at least one string-shaped pasty foodstuff (11, 11', 11") into slice-shaped products (12, 12', 12"), with - a forming nozzle for extruding the string-shaped foodstuff (11, 11', 11") along a conveying direction (F) through a nozzle opening (41, 71', 71") that determines the thickness (D) of the slice-shaped product (12, 12', 12"), - at least one forming plate that is arranged downstream of the forming nozzle and that can be displaced during extrusion with at least one positioning element in at least one component transversally to the conveying direction (F), and - with a control unit that controls the positioning element synchronously to the extrusion velocity in a way that the at least one forming plate forms a longitudinal contour (L) of the slice-shaped product (12, 12', 12") variably during extrusion. wherein the longitudinal contour (L) forms a profile contour of the slice-shaped product (12, 12', 12") at least partially, and wherein the forming plate is arranged on the forming nozzle in a way that it forms a product side that is positioned transversally in relation to the thickness expansion. - a forming nozzle for extruding the string-shaped foodstuff (11, 11', 11") along a conveying direction (F) through a nozzle opening (41, 71', 71") that determines the thickness (D) of the slice-shaped product (12, 12', 12"), - at least one forming plate that is arranged downstream of the forming nozzle and that can be displaced during extrusion with at least one positioning element in at least one component transversally to the conveying direction (F), and - with a control unit that controls the positioning element synchronously to the extrusion velocity in a way that the at least one forming plate forms a longitudinal contour (L) of the slice-shaped product (12, 12', 12") variably during extrusion. wherein the longitudinal contour (L) forms a profile contour of the slice-shaped product (12, 12', 12") at least partially, and wherein the forming plate is arranged on the forming nozzle in a way that it forms a product side that is positioned transversally in relation to the thickness expansion.
A vaccine comprising a complex of a peptide consisting of an amino acid sequence that is the same as the amino acid sequence of SEQ ID NO: 1 or the same as the amino acid sequence of SEQ ID NO: 1 except for 1 or 2 amino acid deletions, substitutions or additions and an epitope of a disease-causing biological protein, selected from the group consisting of DPP4, IL-17A, IgE and PCSK9.
A composition comprising a Southernwood extract and an amine compound of formula I or formula II shown below: wherein R 1 , R 2 , R 3 , R 4 , and R 5 independently are selected from the group consisting of hydrogen, C 1 -C 6 alkyl, and C 1 -C 6 hydroxyalkyl; or a cosmetically-acceptable salt thereof, and wherein said composition comprises from 3% to 10% of said Southernwood extract.
An edge profile for at least partially encircling the edges in double glass embodiments, wherein the subject matter edge profile comprises at least one inner profile so as to stay between the glass plates at least partially, and at least one outer profile configured to be fixed to said inner profile and provided so as to at least partially cover the edge of the glass plates ; there is at least one locking tab provided on at least one fixation arm and fixed to at least one tab , provided on the wall of at least one locking housing , by entering said locking housing , where said tab and said locking tab are provided mutually on the inner profile and on the outer profile ; the inner profile comprises at least one base and at least two lateral arms associated with said base from one each ends thereof and which extend in a manner forming the locking housing in between; characterized in that the lateral arms extend in a manner moving away from each other and said tab is in the form of saw screw step. there is at least one locking tab provided on at least one fixation arm and fixed to at least one tab , provided on the wall of at least one locking housing , by entering said locking housing , where said tab and said locking tab are provided mutually on the inner profile and on the outer profile ; the inner profile comprises at least one base and at least two lateral arms associated with said base from one each ends thereof and which extend in a manner forming the locking housing in between; characterized in that the lateral arms extend in a manner moving away from each other and said tab is in the form of saw screw step.
Pump arrangement , in particular a centrifugal pump, in particular a main coolant pump for power stations, with - a pump housing which defines an interior with an inlet opening for aspirating a delivery medium and an outlet opening for expelling the delivery medium, and which also defines a chamber connected to the interior , - a sealing water system which comprises a first conduit system and which serves for supplying sealing water to the chamber defined by the pump housing , - a second conduit system which serves for discharging a controlled leakage flow from the chamber defined by the pump housing , - a protective valve which is arranged in the second conduit system and which serves for blocking the leakage flow discharged from the chamber if said leakage flow has reached a particular temperature, characterized by - a shut-off fitting connected in parallel to the protective valve , wherein the opening of the protective valve after a fall in the temperature is possible only by means of the opening of the shut-off fitting and the associated pressure drop upstream of the protective valve , or the drop in system pressure. - a pump housing which defines an interior with an inlet opening for aspirating a delivery medium and an outlet opening for expelling the delivery medium, and which also defines a chamber connected to the interior , - a sealing water system which comprises a first conduit system and which serves for supplying sealing water to the chamber defined by the pump housing , - a second conduit system which serves for discharging a controlled leakage flow from the chamber defined by the pump housing , - a protective valve which is arranged in the second conduit system and which serves for blocking the leakage flow discharged from the chamber if said leakage flow has reached a particular temperature, - a shut-off fitting connected in parallel to the protective valve , wherein the opening of the protective valve after a fall in the temperature is possible only by means of the opening of the shut-off fitting and the associated pressure drop upstream of the protective valve , or the drop in system pressure.
A device, which comprises a lighting means , a cooling element (9.1) and an operating device for the lighting means , wherein the lighting means comprises at least one input connection (7.2) for coupling the lighting means with the operating device , and wherein the device further comprises an impedance element connected at least to one input connection (7.2), and wherein the cooling element (9.1) is arranged around the lighting means , characterized in that the impedance element connects the at least one input connection (7.2) to a connection point of the cooling element (9.1), which has a virtual ground, wherein the impedance element comprises at least one capacitor and a resistor arranged parallel to the at least one capacitor .
An exhaust hood for a steam turbine , comprising: a lower exhaust hood configured to be coupled to the steam turbine ; a steam guide disposed within the lower exhaust hood and configured to direct an exhaust steam flow from a plurality of last stage buckets of the casing of the steam turbine ; a condenser opening disposed beneath the lower exhaust hood and configured to receive the exhaust steam flow from the lower exhaust hood ; at least one exhaust hood plate provided as a structural member mounted within the lower exhaust hood and directing a substantially uniform distribution of the exhaust steam flow toward the condenser opening , characterised in that the at least one exhaust hood plate extends in a generally vertical plane from a side frame of the lower exhaust hood and includes double walled structural plates forming an internal channel between the structural plates for a flow of a coolant; the internal channel configured to direct a coolant flow through the double walled structural plates and to cool and condensate the exhaust steam flow proximate to the at least one exhaust hood plate . a lower exhaust hood configured to be coupled to the steam turbine ; a steam guide disposed within the lower exhaust hood and configured to direct an exhaust steam flow from a plurality of last stage buckets of the casing of the steam turbine ; a condenser opening disposed beneath the lower exhaust hood and configured to receive the exhaust steam flow from the lower exhaust hood ; at least one exhaust hood plate provided as a structural member mounted within the lower exhaust hood and directing a substantially uniform distribution of the exhaust steam flow toward the condenser opening , characterised in that the at least one exhaust hood plate extends in a generally vertical plane from a side frame of the lower exhaust hood and includes double walled structural plates forming an internal channel between the structural plates for a flow of a coolant; the internal channel configured to direct a coolant flow through the double walled structural plates and to cool and condensate the exhaust steam flow proximate to the at least one exhaust hood plate .
An apparatus for the automated detection and removal of workpieces, comprising an object recognition device for detecting the workpieces; and a gripper for picking the workpieces; and a control for evaluating the data of the object recognition device , for track planning and for controlling the gripper , wherein the object recognition device is installed separately from the gripper at the apparatus and is not moved along with it, wherein the object recognition device is arranged at a travel arrangement by which it can be traveled from a position of rest into at least one measuring position and back, characterized in that the object recognition device is located in its position of rest outside a collision region with the gripper and is located in its measuring position inside a collision region with the gripper .
A compressor, comprising a centrifugal compressor gas-supplementing structure, the centrifugal compressor gas-supplementing structure comprises an annular gas-supplementing passage for introducing supplemented gas into a gas passage of the compressor, wherein an airflow-guiding assembly is provided in the annular gas-supplementing passage , and the airflow-guiding assembly is used for adjusting a direction of the supplemented gas flowing into the gas passage , so that an angle between a direction of the supplemented gas flowing into the gas passage and a direction of an airflow in the gas passage falls within a preset range; wherein the preset range is -5° to 5°; wherein the compressor comprises a plurality of return vanes , the airflow-guiding assembly comprises at least one group of guide vanes provided in a circumferential direction of the annular gas-supplementing passage ; wherein a thickness of each guide vane of the at least one group of guide vanes is the same as a thickness of each of the plurality of return vanes ; wherein the each guide vane of the at least one group of guide vanes is of a flat plate shape, an inclined direction thereof is the same as an inclined direction of the each return vane of the compressor; or, the each guide vane of the at least one group of guide vanes is of a spiral shape, an inclined direction thereof is the same as an inclined direction of the each of the return vanes of the compressor; characterised in that , viewed from an axial direction of an impeller, the each guide vane of the at least one group of guide vanes is provided outside, in a radial direction, of each of the return vanes ; and in that the each guide vane of the at least one group of guide vanes is spaced from the each return vane and a radially inward end of the each guide vane is provided between two adjacent return vanes.
A system for collecting aircraft performance data using smart applications, the system comprising: an aircraft; one or more user devices operably coupled to the aircraft, wherein the one or more devices comprises one or more sensors configured to collect sensor data of the aircraft; a server comprising a storage medium, the storage medium being coupled to a processor, wherein the processor is configured to: receive sensor data from the one or more sensors of the ones or more user devices associated with the aircraft, and characterized in that the sensor data comprises biosensor data including temperature data and heart rate data from the one or more user devices; detect an aircraft event of the aircraft based at least in part on the sensor data, wherein the aircraft event is associated with at least one of in-flight turbulence characteristics, hard landing characteristics, or air management characteristics; and correlate the biosensor data to inflight turbulence. an aircraft; one or more user devices operably coupled to the aircraft, wherein the one or more devices comprises one or more sensors configured to collect sensor data of the aircraft; a server comprising a storage medium, the storage medium being coupled to a processor, wherein the processor is configured to: receive sensor data from the one or more sensors of the ones or more user devices associated with the aircraft, and characterized in that the sensor data comprises biosensor data including temperature data and heart rate data from the one or more user devices; detect an aircraft event of the aircraft based at least in part on the sensor data, wherein the aircraft event is associated with at least one of in-flight turbulence characteristics, hard landing characteristics, or air management characteristics; and correlate the biosensor data to inflight turbulence. receive sensor data from the one or more sensors of the ones or more user devices associated with the aircraft, and characterized in that the sensor data comprises biosensor data including temperature data and heart rate data from the one or more user devices; detect an aircraft event of the aircraft based at least in part on the sensor data, wherein the aircraft event is associated with at least one of in-flight turbulence characteristics, hard landing characteristics, or air management characteristics; and correlate the biosensor data to inflight turbulence.
Process for the selective oxidation of hydrogen sulfide, said process comprising passing an input gas stream that originates from a tail gas stream of a Claus process comprising the hydrogen sulfide, together with oxygen over a catalyst bed to produce elemental sulfur and an output gas stream, said process further comprising determining the amount of residual hydrogen sulfide in the output gas stream to control at least one process parameter and wherein the amount of residual hydrogen sulfide in the output stream is maintained at between 50 ppmv and 500 ppmv.