mhurhangee/patent-ind-claim-en huggingface dataset:
A compound selected from compounds of formula 2 wherein R 1 is H or methyl; R 2 is C 3-5 alkyl, C 3-5 alkenyl or C 3-5 cycloalkyl-C 1-2 alkyl; R 3 and R 4 are together =O or =CH 2 ; R 5 and R 6 are together =O; n is 1-4; and Q is phenyl or heteroaryl of 5-6 ring atoms with at least one atom selected from N, O or S; wherein each phenyl or heteroaryl is optionally substituted with one or two R Q substituents, wherein each R Q is independently selected from halogen, C 1-3 alkyl, CF 3 , OH, C 1-3 alkyloxy, -NH 2 , -NHR 7 , or -NR 7 R 8 , wherein R 7 and R 8 are independently C 1-3 alkyl; or two adjacent R Q together form a -O-(CH 2 ) m -O- moiety, wherein m is 1, 2 or 3; with the proviso that: when n is 1, Q is not unsubstituted phenyl; or a pharmaceutically acceptable salt, hydrate, and/or solvate thereof R 1 is H or methyl; R 2 is C 3-5 alkyl, C 3-5 alkenyl or C 3-5 cycloalkyl-C 1-2 alkyl; R 3 and R 4 are together =O or =CH 2 ; R 5 and R 6 are together =O; n is 1-4; and Q is phenyl or heteroaryl of 5-6 ring atoms with at least one atom selected from N, O or S; wherein each phenyl or heteroaryl is optionally substituted with one or two R Q substituents, wherein each R Q is independently selected from halogen, C 1-3 alkyl, CF 3 , OH, C 1-3 alkyloxy, -NH 2 , -NHR 7 , or -NR 7 R 8 , wherein R 7 and R 8 are independently C 1-3 alkyl; or two adjacent R Q together form a -O-(CH 2 ) m -O- moiety, wherein m is 1, 2 or 3; with the proviso that: when n is 1, Q is not unsubstituted phenyl; or a pharmaceutically acceptable salt, hydrate, and/or solvate thereof when n is 1, Q is not unsubstituted phenyl; or a pharmaceutically acceptable salt, hydrate, and/or solvate thereof
An exhaust device that purifies exhaust gas discharged from an engine through an exhaust pipe , the exhaust device comprising: a chamber that forms an expansion chamber of the exhaust gas at a downstream side of the exhaust pipe ; a partition wall that partitions the expansion chamber into a first expansion chamber and a second expansion chamber ; an introduction pipe that enters the second expansion chamber from a downstream end of the exhaust pipe (31a, 3 lb); and a catalyst interposed at an intermediate portion of the introduction pipe in the second expansion chamber , characterized in that the partition wall is formed with a first opening connecting an outlet of the introduction pipe to the first expansion chamber and a second opening connecting the first expansion chamber to the second expansion chamber , and the second opening overlaps with the catalyst when viewed from a side of the first expansion chamber such that the exhaust gas is blown from the second opening to a side surface of the catalyst to warm up the catalyst , and in a plan view, a center line of the catalyst is parallel to the partition wall . a chamber that forms an expansion chamber of the exhaust gas at a downstream side of the exhaust pipe ; a partition wall that partitions the expansion chamber into a first expansion chamber and a second expansion chamber ; an introduction pipe that enters the second expansion chamber from a downstream end of the exhaust pipe (31a, 3 lb); and a catalyst interposed at an intermediate portion of the introduction pipe in the second expansion chamber , characterized in that the partition wall is formed with a first opening connecting an outlet of the introduction pipe to the first expansion chamber and a second opening connecting the first expansion chamber to the second expansion chamber , and the second opening overlaps with the catalyst when viewed from a side of the first expansion chamber such that the exhaust gas is blown from the second opening to a side surface of the catalyst to warm up the catalyst , and in a plan view, a center line of the catalyst is parallel to the partition wall .
A beetroot composition comprising betalains, having the following feature: ratios of HPLC peak areas as detected with a DAD detector of: HPLC Ratio 1 = ∑ area 504 nm ∑ area 504 nm + ∑ area 534 nm ≥ 0.25 and HPLC Ratio 2 = area 526 nm area 526 nm + ∑ area 534 nm ≥ 0.25 wherein Σ area 504 nm is the sum of peak areas detected at 504 nm, wherein the peaks show a λ max in the UV-Vis spectrum between 502 nm and 510 nm; ∑ area 534nm is the sum of peak areas detected at 534 nm, wherein the peaks show a λ max in the UV-Vis spectrum between 532 nm and 540 nm and area 526nm is the peak area detected at 526 nm, wherein the peak shows a λ max in the UV-Vis spectrum between 522 nm and 530 nm. ratios of HPLC peak areas as detected with a DAD detector of: HPLC Ratio 1 = ∑ area 504 nm ∑ area 504 nm + ∑ area 534 nm ≥ 0.25 and HPLC Ratio 2 = area 526 nm area 526 nm + ∑ area 534 nm ≥ 0.25 wherein Σ area 504 nm is the sum of peak areas detected at 504 nm, wherein the peaks show a λ max in the UV-Vis spectrum between 502 nm and 510 nm; ∑ area 534nm is the sum of peak areas detected at 534 nm, wherein the peaks show a λ max in the UV-Vis spectrum between 532 nm and 540 nm and area 526nm is the peak area detected at 526 nm, wherein the peak shows a λ max in the UV-Vis spectrum between 522 nm and 530 nm.
A bi-static radar system configured for coherent detection of a radar-signal , said system comprising: a reference clock generator operable to generate a common reference clock signal at a reference-frequency that is proportional to a fraction of a radar-frequency of a radar-signal transmitted by the system ; a frame sync generator operable to trigger a modulation sequence; a plurality of transmit-receive modules , each comprising: a transmitter operable to generate the radar-signal at the radar-frequency based on the reference clock signal ; a receiver operable to coherently detect the radar-signal based on the reference clock signal ; and an independent VCO, wherein the independent VCOs of each of the transmit-receive modules is made to be coherent by controlling that independent VCO with a separate Fractional N PLL, with each of the separate Fractional N PLLs using the common reference clock signal and the modulation sequence, the later of which is triggered in each of the separate Fractional N PLLs by the frame sync generator . a reference clock generator operable to generate a common reference clock signal at a reference-frequency that is proportional to a fraction of a radar-frequency of a radar-signal transmitted by the system ; a frame sync generator operable to trigger a modulation sequence; a plurality of transmit-receive modules , each comprising: a transmitter operable to generate the radar-signal at the radar-frequency based on the reference clock signal ; a receiver operable to coherently detect the radar-signal based on the reference clock signal ; and an independent VCO, wherein the independent VCOs of each of the transmit-receive modules is made to be coherent by controlling that independent VCO with a separate Fractional N PLL, with each of the separate Fractional N PLLs using the common reference clock signal and the modulation sequence, the later of which is triggered in each of the separate Fractional N PLLs by the frame sync generator . a transmitter operable to generate the radar-signal at the radar-frequency based on the reference clock signal ; a receiver operable to coherently detect the radar-signal based on the reference clock signal ; and an independent VCO, wherein the independent VCOs of each of the transmit-receive modules is made to be coherent by controlling that independent VCO with a separate Fractional N PLL, with each of the separate Fractional N PLLs using the common reference clock signal and the modulation sequence, the later of which is triggered in each of the separate Fractional N PLLs by the frame sync generator .
An electrical connection device comprising: a first electrical connector having vias formed therein and first electrical contacts formed in the vias; a second electrical connector having vias formed therein and second electrical contacts formed in the vias; and a flexible silicon connector section connecting the first electrical connector and the second electrical connector, the first electrical connector, the second electrical connector, and the flexible silicon connector section being formed from a single piece of flexible silicon material , the connector section comprising flexible strands separated by slots , the flexible strands being flexible in directions orthogonal to a longitudinal direction of the connector section, the flexible strands including metal traces deposited therein to provide an electrical connection between the first electrical connector and the second electrical connector. a first electrical connector having vias formed therein and first electrical contacts formed in the vias; a second electrical connector having vias formed therein and second electrical contacts formed in the vias; and a flexible silicon connector section connecting the first electrical connector and the second electrical connector, the first electrical connector, the second electrical connector, and the flexible silicon connector section being formed from a single piece of flexible silicon material , the connector section comprising flexible strands separated by slots , the flexible strands being flexible in directions orthogonal to a longitudinal direction of the connector section, the flexible strands including metal traces deposited therein to provide an electrical connection between the first electrical connector and the second electrical connector.
A hydroprocessing catalyst composition, comprising: a support material which is alumina, silica, silica-alumina or a mixture thereof which support material is loaded with an active metal precursor and an additive comprising at least 20 vol. % of an ether amine compound, wherein said ether amine compound is miscible with n-formylmorpholine at a temperature of 25 °C and wherein said additive further comprises n-formylmorpholine, wherein the metal element is selected from Group 6, 9 and 10 of the IUPAC Periodic Table of the elements and phosphorous and wherein the ether amine compound has the formula R-O-(CH 2 ) n NH 2 wherein R is an alkyl functional group comprising from 4 to 14 carbon atoms and n is an integer ranging from 1 to 6, wherein said ether amine compound has a flash point of at least 80 °C and wherein said ether amine compound has a molecular weight greater than 160, and the metal element being selected from chromium, molybdenum, tungsten, cobalt and nickel; wherein, when present, the Group 9 and 10 metal component is present in the support material in an amount in the range of 0.5 wt. % to 20 wt. %, based on the dry support material and the metal component as the element regardless of the actual form of the metal component; wherein, when present, the Group 6 metal component is present in the support material in an amount in the range of 5 wt. % to 50 wt. %, based on the dry support material and the metal component as the element regardless of the actual form of the metal component; wherein at least 75 % of the pore volume of the support material is filled with the ether amine containing additive.
A pulsation control device , comprising: a body constructed of a composite, non-metallic carbon fiber and epoxy material having a polymer liner, the body forming an annular cylinder with dome-shaped ends and sealing fluids under pressure inside, the body formed with identical half structures each half structure including half a dome-shaped or half elliptical end structure at either end of half a cylindrical center portion ; and a metallic inlet nozzle and a metallic outlet nozzle each within an opening in one of the dome-shaped or elliptical ends of the body, the metallic inlet nozzle and the metallic outlet nozzle permitting fluid flow into and out of the body. a body constructed of a composite, non-metallic carbon fiber and epoxy material having a polymer liner, the body forming an annular cylinder with dome-shaped ends and sealing fluids under pressure inside, the body formed with identical half structures each half structure including half a dome-shaped or half elliptical end structure at either end of half a cylindrical center portion ; and a metallic inlet nozzle and a metallic outlet nozzle each within an opening in one of the dome-shaped or elliptical ends of the body, the metallic inlet nozzle and the metallic outlet nozzle permitting fluid flow into and out of the body.
Freezing installation for freezing food articles in blocks, particularly seafood, where the food articles prior to being introduced into the freezing installation are arranged in trays , said freezing installation comprising a pre-pressing apparatus and one or more horizontal plate freezers , said plate freezer having one or more horizontal freezing plates , the freezing installation further comprising: - means for introducing trays into the pre-pressing apparatus, - the pre-pressing apparatus comprises a plurality of horizontal shelves onto which in use the trays are placed, and a top plate , said shelves and top plate are stacked on top of each other, where each horizontal shelf and the top plate are connected to at least one actuator such that each shelf and top plate is able to be moved vertically, and the at least one actuator can provide a downwards force in use urging the horizontal shelves and the top plate into contact with the trays positioned on the shelves ; - means for transferring the trays from the shelves of the pre-pressing apparatus, to the horizontal freezing plates of the one or more horizontal plate freezers ; - one or more plate freezers , each having a plurality of freezing plates stacked on top of each other - means for emptying the plate freezer , and transferring the tray for further processing. - means for introducing trays into the pre-pressing apparatus, - the pre-pressing apparatus comprises a plurality of horizontal shelves onto which in use the trays are placed, and a top plate , said shelves and top plate are stacked on top of each other, where each horizontal shelf and the top plate are connected to at least one actuator such that each shelf and top plate is able to be moved vertically, and the at least one actuator can provide a downwards force in use urging the horizontal shelves and the top plate into contact with the trays positioned on the shelves ; - means for transferring the trays from the shelves of the pre-pressing apparatus, to the horizontal freezing plates of the one or more horizontal plate freezers ; - one or more plate freezers , each having a plurality of freezing plates stacked on top of each other - means for emptying the plate freezer , and transferring the tray for further processing.
Joining device for joining a metal segment to a concrete segment of a hybrid hollow tower; the concrete segment comprising a widened area at its upper end in contact with the metal segment ; a high quantity of reinforcement in the widened area of the concrete segment in order to bear tensile stresses; the metal segment comprising a base arranged to abut on said widened area ; the joining device being in the form of a bolt cage and comprising an anchoring ring with a rectangular cross section; a set of bolts , one end of each bolt passing through holes of the anchoring ring and attached to both sides of the anchoring ring by a first set of nuts , a set of connectors attached to the side surfaces of the anchoring ring to extend radially from either side of the anchoring ring in a direction substantially perpendicular to the bolts , and wherein the connectors are arranged alternately a different distances from the top edges of the side surfaces of the anchoring ring so as not to interfere with said reinforcement ;wherein the joining device is embedded in the widened area of the concrete segment when in use, the other protruding ends of the bolts being arranged to pass through engaging holes of the base of the metal segment when in use and secured thereto by a second set of nuts .
An acceleration transducer comprising a main body having tangential side faces (12.1, 12.2, 12.3, 12.4) and normal side faces (12.6, 12.7), which tangential side faces (12.1, 12.2, 12.3, 12.4) are arranged tangentially to a vertical axis (z) and which normal side faces (12.6, 12.7) are arranged normally to the vertical axis (z); further comprising at least one piezoelectric element which is secured to a tangential side face (12.1, 12.2, 12.3); at least one seismic mass attached to the piezoelectric element (10, 10', 10"); and a housing (1.2) and a signal output (1.4), which signal output (1.4) is attached to the housing (1.2) and comprises signal conductors (14.1, 14.1', 14.1", 14.2); wherein a tangential side face (12.4) to which no piezoelectric element is attached is arranged spaced apart from the signal conductors (14.1, 14.1', 14.1", 14.2) by means of an assembly gap (1.24) extending perpendicularly to the vertical axis (z); characterized in that a first normal side face (12.7) comprises a converter unit (1.3) and main body output conductors (13.8, 13.8', 13.8", 13.9), which converter unit (1.3) is only and directly arranged on a first normal side face (12.7) or in that a support (13.7) secured to a first normal side face (12.7) comprises a converter unit (1.3) and main body output conductors (13.8, 13.8', 13.8", 13.9), which converter unit (1.3) is only arranged on the first normal side face (12.7); and in that the main body output conductors (13. 8, 13.8', 13.8", 13.9) spanning the assembly gap (1.24) perpendicularly to the vertical axis (z) are directly contacted with the signal conductors (14.1, 14.1', 14.1", 14.2).
Exhaust gas system for an internal combustion engine of a saddle-ride type vehicle , comprising: - a first conduit portion with one or more primary catalysts arranged inside thereof; - a second conduit portion with one or more secondary catalysts arranged inside thereof; - a third conduit portion inside of which there is arranged no catalyst or a number of secondary catalysts which is less than the number of secondary catalysts arranged inside said second conduit portion ; - at least one outlet for discharging exhaust gas to atmosphere; wherein said first conduit portion extends from a first end connectable to an outlet of said internal combustion engine and branches at a branch point into said second and third conduit portions ; wherein said exhaust gas system further comprises at least one valve configured to deviate an exhaust gas flow coming from the engine from the first conduit portion into one or both of said the second and third conduit portions . - a first conduit portion with one or more primary catalysts arranged inside thereof; - a second conduit portion with one or more secondary catalysts arranged inside thereof; - a third conduit portion inside of which there is arranged no catalyst or a number of secondary catalysts which is less than the number of secondary catalysts arranged inside said second conduit portion ; - at least one outlet for discharging exhaust gas to atmosphere; wherein said first conduit portion extends from a first end connectable to an outlet of said internal combustion engine and branches at a branch point into said second and third conduit portions ; wherein said exhaust gas system further comprises at least one valve configured to deviate an exhaust gas flow coming from the engine from the first conduit portion into one or both of said the second and third conduit portions . wherein said first conduit portion extends from a first end connectable to an outlet of said internal combustion engine and branches at a branch point into said second and third conduit portions ; wherein said exhaust gas system further comprises at least one valve configured to deviate an exhaust gas flow coming from the engine from the first conduit portion into one or both of said the second and third conduit portions .
A method of operating an access point to connect to a host device via a wireless communication connection using a connecting device , the method comprising: registering information of the connecting device when the connecting device is physically connected to the access point ; transmitting a first beacon message after the connecting device has been physically disconnected from the access point ; characterised by: receiving a first signal in response to the first beacon message, the first signal including personal identification number 'PIN' information, manufacturer information of the connecting device , and MAC address information of the connecting device ; determining whether the connecting device is already registered by determining whether the first signal includes information of a specific manufacturer, whether the probe request signal includes PIN information, and whether the MAC address is an already registered MAC address; and in response to determining that the connecting device is already registered by the access point , establishing the wireless communication with the connecting device and the host device by performing an authentication protocol exchange with the connecting device comprising the PIN information. registering information of the connecting device when the connecting device is physically connected to the access point ; transmitting a first beacon message after the connecting device has been physically disconnected from the access point ; characterised by: receiving a first signal in response to the first beacon message, the first signal including personal identification number 'PIN' information, manufacturer information of the connecting device , and MAC address information of the connecting device ; determining whether the connecting device is already registered by determining whether the first signal includes information of a specific manufacturer, whether the probe request signal includes PIN information, and whether the MAC address is an already registered MAC address; and in response to determining that the connecting device is already registered by the access point , establishing the wireless communication with the connecting device and the host device by performing an authentication protocol exchange with the connecting device comprising the PIN information. receiving a first signal in response to the first beacon message, the first signal including personal identification number 'PIN' information, manufacturer information of the connecting device , and MAC address information of the connecting device ; determining whether the connecting device is already registered by determining whether the first signal includes information of a specific manufacturer, whether the probe request signal includes PIN information, and whether the MAC address is an already registered MAC address; and in response to determining that the connecting device is already registered by the access point , establishing the wireless communication with the connecting device and the host device by performing an authentication protocol exchange with the connecting device comprising the PIN information.