mhurhangee/patent-ind-claim-en huggingface dataset:
A decorative panel , comprising a core layer provided with a decor layer , said décor layer comprising a substrate layer provided with at least one coating, within said decorative panel at least one light source is located in a position below the outermost surface of the decorative panel, said decor layer being transparent for light emitted by said at least one light source, wherein said at least one light source cannot be removed without destructing said panel characterized in that said decorative panel further comprises at least one intermediate layer , said at least one intermediate layer being positioned between said at least one light source and said decor layer, said at least one intermediate layer being transparent for light emitted by said at least one light source and said at least one intermediate layer comprising thermal conductive materials.
C2'epiAmB, represented by or a pharmaceutically acceptable salt thereof.
A suction device comprising a suction member fixed to an end of a body having therein a passage to which a negative pressure fluid is supplied, the suction member including ribs on a suction surface of the suction member to which a workpiece (W) is attracted under suction, the ribs comprising: a plurality of first rib portions configured to project toward the workpiece, wherein the first rib portions are formed on an outer circumferential side of the passage, and extend radially outward; and a plurality of second rib portions formed on outer circumferential sides of the first rib portions, and which are disposed in a circumferentially offset manner with respect to the first rib portions; wherein supply paths through which the negative pressure fluid flows are formed between adjacent ones of the first rib portions, and at least parts of the second rib portions are disposed so as to face toward directions in which the supply paths extend, characterized in that parts of the first rib portions and parts of the second rib portions are arranged to overlap each other in radial directions of the suction member. a plurality of first rib portions configured to project toward the workpiece, wherein the first rib portions are formed on an outer circumferential side of the passage, and extend radially outward; and a plurality of second rib portions formed on outer circumferential sides of the first rib portions, and which are disposed in a circumferentially offset manner with respect to the first rib portions; wherein supply paths through which the negative pressure fluid flows are formed between adjacent ones of the first rib portions, and at least parts of the second rib portions are disposed so as to face toward directions in which the supply paths extend,
A method of providing an Intelligent Electronic Device IED with new hardware modules, the method comprising: providing hardware modules including a pair of analog input modules AIMs , a Power Supply Module PSM , and a Binary Input/Output BIO module , each module configured for mounting in a vertical arrangement in a first IED housing that has a first form factor, with the PSM and BIO module each being constructed and arranged to directly connect with electrical connections of the first IED housing , providing a second IED housing having a second form factor that is different from the first form factor, mounting the AIMs in the second IED housing , wiring the AIMs to connections at a back panel of the second IED housing , mounting the PSM and the BIO module in the second IED housing , and employing an adaptor structure to electrically connect the PSM and the BIO module with associated connections of the second IED housing ; the method being characterized in that the step of mounting the AIMs includes fixing the AIMs, in a horizontally adjacent manner, to a bottom panel of the second IED housing . providing hardware modules including a pair of analog input modules AIMs , a Power Supply Module PSM , and a Binary Input/Output BIO module , each module configured for mounting in a vertical arrangement in a first IED housing that has a first form factor, with the PSM and BIO module each being constructed and arranged to directly connect with electrical connections of the first IED housing , providing a second IED housing having a second form factor that is different from the first form factor, mounting the AIMs in the second IED housing , wiring the AIMs to connections at a back panel of the second IED housing , mounting the PSM and the BIO module in the second IED housing , and employing an adaptor structure to electrically connect the PSM and the BIO module with associated connections of the second IED housing ; the method being characterized in that the step of mounting the AIMs includes fixing the AIMs, in a horizontally adjacent manner, to a bottom panel of the second IED housing .
A tire comprising a depthwise part I from a point on a sidewall portion outer surface to 0.5 mm on at least a part of a sidewall portion, wherein: the depthwise part I satisfies the following requirement: the depthwise part I: comprising a natural rubber, a butadiene rubber, and a thermoplastic elastomer; a peak temperature T1 (°C) of tan δ is -20°C or more and -5°C or less; and when tan δ at the peak temperature T1 (°C) is α1 and a storage modulus at the peak temperature T1 (°C) is E'1 (MPa), α1≤0.90 and E'1≥5MPa.
A device for closing a hole in a bodily vessel, comprising: a flexible monolithic structure including a domed seal member and a filament connected to said seal member, said seal member sized and configured for receipt against an interior surface of the vessel to cover the hole, said seal member while in a relaxed configuration having a convex exterior surface, an opposite open concave interior surface, and a rim adjacent said convex and concave surfaces, said filament having an unstressed state in which it has a linear longitudinal axis and is yieldingly resilient, said filament extending away from said open concave interior surface without application of force to said filament, said filament having an end portion having a hole that is non-parallel to the longitudinal axis of said filament; and a suture that is looped through the hole of said end portion so that separate portions extend substantially parallel to each other and in a direction away from said seal member; and wherein said domed seal member is elastically deformable under tension applied through said filament to partially or completely flatten said domed seal member whereupon at least part of the interior surface of the seal member is forced against the interior surface of the vessel; characterised by said filament having protrusions along it; a buffer operatively connected to said filament to be moved along said filament toward said seal member; and said suture extending through said buffer. a flexible monolithic structure including a domed seal member and a filament connected to said seal member, said seal member sized and configured for receipt against an interior surface of the vessel to cover the hole, said seal member while in a relaxed configuration having a convex exterior surface, an opposite open concave interior surface, and a rim adjacent said convex and concave surfaces, said filament having an unstressed state in which it has a linear longitudinal axis and is yieldingly resilient, said filament extending away from said open concave interior surface without application of force to said filament, said filament having an end portion having a hole that is non-parallel to the longitudinal axis of said filament; and a suture that is looped through the hole of said end portion so that separate portions extend substantially parallel to each other and in a direction away from said seal member; and wherein said domed seal member is elastically deformable under tension applied through said filament to partially or completely flatten said domed seal member whereupon at least part of the interior surface of the seal member is forced against the interior surface of the vessel; characterised by said filament having protrusions along it; a buffer operatively connected to said filament to be moved along said filament toward said seal member; and said suture extending through said buffer.
Wrapping device for wrapping a bale with a wrapping material for a baler , having a separating device that has a knife arrangement and is movable between at least one wrapping means separating position and an inactive position, wherein at least one blocking device is provided, which is suitable for preventing the separating device from occupying the wrapping means separating position, and the separating device has a drive in the manner of a piston/cylinder arrangement or cooperates with such a drive, wherein the blocking device is suitable for fixing or blocking the piston and/or the cylinder of the piston/cylinder arrangement in at least one position, and the blocking device has at least one pivot element , characterized in that the pivot element is designed such that it can engage in or around the piston .
A compound of formula (I) or a pharmaceutically acceptable salt or solvate thereof; wherein R 1 is selected from C1-C6 alkyl and C3-C6 cycloalkyl; R 2 is selected from H and C1-C3 alkyl; R 3 , R 4 , R 5 , and R 6 are independently selected from hydrogen, C1-C3 alkyl, C1-C3 alkoxy, C1-C3 alkylthio, and halogen, wherein any alkyl is optionally substituted with one or more fluoro; R 7 is selected from hydrogen and C1-C3 alkyl; and R 8 and R 9 are independently selected from C1-C6 alkyl; for use in combination with a 5-ASA agent selected from mesalazine, sulfasalazine, olsalazine, balsalazide, 5-aminosalicylglycine, and 5-aminosalicyltaurine, or a pharmaceutically acceptable salt or solvate thereof, in the treatment of a disease resulting from pathologic inflammation. or a pharmaceutically acceptable salt or solvate thereof; wherein R 1 is selected from C1-C6 alkyl and C3-C6 cycloalkyl; R 2 is selected from H and C1-C3 alkyl; R 3 , R 4 , R 5 , and R 6 are independently selected from hydrogen, C1-C3 alkyl, C1-C3 alkoxy, C1-C3 alkylthio, and halogen, wherein any alkyl is optionally substituted with one or more fluoro; R 7 is selected from hydrogen and C1-C3 alkyl; and R 8 and R 9 are independently selected from C1-C6 alkyl; for use in combination with a 5-ASA agent selected from mesalazine, sulfasalazine, olsalazine, balsalazide, 5-aminosalicylglycine, and 5-aminosalicyltaurine, or a pharmaceutically acceptable salt or solvate thereof, in the treatment of a disease resulting from pathologic inflammation.
A conductive filter unit comprising: a first electrode cap ; a second electrode cap ; an electrode rod ; a conductive filter , and a plurality of supports ; wherein the plurality of supports are connecting the first electrode cap and the second electrode cap and are supporting the conductive filter .; wherein the conductive filter is surrounding an outer circumferential surface of the supports , forming an internal space between the first electrode cap and the second electrode cap ; wherein the electrode rod is protruding from a central portion of the second electrode cap to the internal space formed by the conductive filter , characterized in that the first electrode cap is installed with an electrode formed of a conductive material or is itself formed of a conductive material so that a high voltage may be applied to the conductive filter , the second electrode cap serves to seal a lower portion of the conductive filter and to fix the electrode rod , the conductive filter includes a filter having a filter structure and a conductive material coated on the filter having the filter structure, to collect particles contained in air, and in that the conductive filter is completely adhered and wound along the first electrode cap and the second electrode cap by an adhesive material, and is wound around the supports . a first electrode cap ; a second electrode cap ; an electrode rod ; a conductive filter , and a plurality of supports ; wherein the plurality of supports are connecting the first electrode cap and the second electrode cap and are supporting the conductive filter .; wherein the conductive filter is surrounding an outer circumferential surface of the supports , forming an internal space between the first electrode cap and the second electrode cap ; wherein the electrode rod is protruding from a central portion of the second electrode cap to the internal space formed by the conductive filter , characterized in that the first electrode cap is installed with an electrode formed of a conductive material or is itself formed of a conductive material so that a high voltage may be applied to the conductive filter , the second electrode cap serves to seal a lower portion of the conductive filter and to fix the electrode rod , the conductive filter includes a filter having a filter structure and a conductive material coated on the filter having the filter structure, to collect particles contained in air, and in that the conductive filter is completely adhered and wound along the first electrode cap and the second electrode cap by an adhesive material, and is wound around the supports .
A pressure sensor assembly for measuring the pressure of a fluid comprising: a first housing ; a pressure sensing device arranged within the first housing ; a diaphragm arranged on a surface of the first housing and configured to transmit a force exerted on a first side thereof to the pressure sensing device ; a second housing attached to the first housing and arranged generally circumferentially around the diaphragm , the second housing including a first open end configured to be placed in communication with the fluid to be measured, and a second open end oriented proximate the diaphragm ; and a compressible element arranged within a compressible element space defined within the second housing ; wherein the compressible element is configured to transmit a force exerted thereon by the fluid to be measured to the first side of the diaphragm ; wherein the second housing further defines a cavity space arranged between the compressible element space and the diaphragm ; characterized in that the cavity space is filled with an adhesive material . a first housing ; a pressure sensing device arranged within the first housing ; a diaphragm arranged on a surface of the first housing and configured to transmit a force exerted on a first side thereof to the pressure sensing device ; a second housing attached to the first housing and arranged generally circumferentially around the diaphragm , the second housing including a first open end configured to be placed in communication with the fluid to be measured, and a second open end oriented proximate the diaphragm ; and a compressible element arranged within a compressible element space defined within the second housing ; wherein the compressible element is configured to transmit a force exerted thereon by the fluid to be measured to the first side of the diaphragm ; wherein the second housing further defines a cavity space arranged between the compressible element space and the diaphragm ; characterized in that the cavity space is filled with an adhesive material .
A method for forming an optical glass preform from a soot preform , the method comprising: forming a soot preform ; placing the soot preform in a furnace ; and applying a vacuum through a centerline hole of the soot preform , characterised in that the method further comprises sintering the outside surface of the soot preform to form a glazed soot preform ; and wherein sintering the outside surface of the soot preform comprises passing the soot preform through a hot zone having temperatures between 1,000 °C and 1,600 °C at a ramp rate of greater than 12.5 °C per minute. forming a soot preform ; placing the soot preform in a furnace ; and applying a vacuum through a centerline hole of the soot preform , characterised in that the method further comprises sintering the outside surface of the soot preform to form a glazed soot preform ; and wherein sintering the outside surface of the soot preform comprises passing the soot preform through a hot zone having temperatures between 1,000 °C and 1,600 °C at a ramp rate of greater than 12.5 °C per minute.
A network for use with a data stream that is associated with a required bandwidth allocation and that is associated with a bandwidth sharing definition that defines a bandwidth sharing of the data stream with allocated bandwidths over the network , the network comprising: a first node (A, 24); a second node (E, 24); a first path defined from the first node (A, 24) to the second node (E, 24) that comprises at least a first (25, A-B) segment that is associated with a first allocated bandwidth; and a second path defined from the first node to the second node that comprises at least a second (25, A-D) segment that is associated with a second allocated bandwidth, wherein the data stream is transported over the first or second path that is selected in response to a comparing of a first additional allocation bandwidth to a second additional allocation bandwidth, wherein the first additional allocation bandwidth is calculated as the bandwidth required for carrying the data stream over the first segment based on the first allocated bandwidth according to the bandwidth sharing definition, wherein the second additional allocation bandwidth is calculated as the bandwidth required for carrying the data stream over the second segment based on the second allocated bandwidth according to the bandwidth sharing definition, and wherein the sharing of bandwidths between the data stream and the allocated bandwidth over the at least one of the segments is established to protect one another against a failure in at least one of the segments or at least one of the nodes in the network. a first node (A, 24); a second node (E, 24); a first path defined from the first node (A, 24) to the second node (E, 24) that comprises at least a first (25, A-B) segment that is associated with a first allocated bandwidth; and a second path defined from the first node to the second node that comprises at least a second (25, A-D) segment that is associated with a second allocated bandwidth, wherein the data stream is transported over the first or second path that is selected in response to a comparing of a first additional allocation bandwidth to a second additional allocation bandwidth, wherein the first additional allocation bandwidth is calculated as the bandwidth required for carrying the data stream over the first segment based on the first allocated bandwidth according to the bandwidth sharing definition, wherein the second additional allocation bandwidth is calculated as the bandwidth required for carrying the data stream over the second segment based on the second allocated bandwidth according to the bandwidth sharing definition, and wherein the sharing of bandwidths between the data stream and the allocated bandwidth over the at least one of the segments is established to protect one another against a failure in at least one of the segments or at least one of the nodes in the network.
A bracelet lengthening device, comprising at least one adjustment assembly that is mobile relative to a clasp cover , the adjustment assembly and the cover being respectively provided with a first and a second fastening elements for their respective fastening according to several positions capable of inducing different bracelet lengths, characterized in that the adjustment assembly and the cover are also provided respectively with a first and a second indexing elements of pre-positioning of the adjustment assembly being not sufficient for its fastening, these indexing elements being distinct from the fastening elements, and in that the first indexing element and the second indexing element respectively take the form of at least one protuberance and of hollowed out notching or, conversely, of at least one hollowed out notch and of protuberances.
A method for transporting radio network related information to an application server running in a data center, wherein the application server is in communicative connection with a radio base station of a radio network via at least one fixed network link and the radio base station is configured to communicate with an end user device via at least one radio link over an air interface, thus establishing a communication link between the end user device and the application server via the radio base station as a combination of the at least one fixed network link and the at least one radio link, the method comprising: a) providing at the radio base station an application notification sender which is coupled with a scheduler of the radio base station, b) accessing, using the application notification sender, network data which are used by the scheduler to allocate network resources to the end user device, c) determining, using the application notification sender and based on the network data which have been accessed, a network service quality for a communication between the application server and the end user device, d) establishing a control communication link between the end user device and the application server, the control communication link comprising at least one separate fixed network link from the radio base station to the application server and being configured to only carry data related to the network service quality, and e) sending, using the control communication link, the determined network service quality for a communication between the application server and the end user device from the application notification sender to the application server. a) providing at the radio base station an application notification sender which is coupled with a scheduler of the radio base station, b) accessing, using the application notification sender, network data which are used by the scheduler to allocate network resources to the end user device, c) determining, using the application notification sender and based on the network data which have been accessed, a network service quality for a communication between the application server and the end user device, d) establishing a control communication link between the end user device and the application server, the control communication link comprising at least one separate fixed network link from the radio base station to the application server and being configured to only carry data related to the network service quality, and e) sending, using the control communication link, the determined network service quality for a communication between the application server and the end user device from the application notification sender to the application server.