mhurhangee/patent-ind-claim-en huggingface dataset:
Machine for the treatment of folded printed fabrics comprising: a) a box-shaped treatment chamber ; b) a plurality of sticks , for being operated in said treatment chamber for supporting a printed fabric (T) and forming folds of said printed fabric (T) c) a handling structure , for being active on said sticks to advance said sticks along a substantially closed path (P), according to a predetermined advancement direction, wherein said path (P) comprises: an operating stretch (T1), wherein said sticks are adapted to support the printed fabric (T), said operating stretch (T1) having a beginning (T1A) and an end (T1B); a recirculation stretch (T2), wherein the handling structure is adapted for transporting the sticks from the end (T1B) of said operating stretch (T1) to the beginning (T1A) of said operating stretch (T1), characterized in that said machine comprises: d) an uncoupling station , for being active in said recirculation stretch (T2) and configured to adjust a distance between a respective stick and the next stick along the substantially closed path (P); wherein said box-shaped treatment chamber comprises a pair of side walls , said sticks being substantially perpendicular to said side walls ; wherein each of said side walls is provided with a guide (G), said guide (G) being substantially continuous along said closed path (P) and guiding said sticks along said closed path (P). a) a box-shaped treatment chamber ; b) a plurality of sticks , for being operated in said treatment chamber for supporting a printed fabric (T) and forming folds of said printed fabric (T) c) a handling structure , for being active on said sticks to advance said sticks along a substantially closed path (P), according to a predetermined advancement direction, wherein said path (P) comprises: an operating stretch (T1), wherein said sticks are adapted to support the printed fabric (T), said operating stretch (T1) having a beginning (T1A) and an end (T1B); a recirculation stretch (T2), wherein the handling structure is adapted for transporting the sticks from the end (T1B) of said operating stretch (T1) to the beginning (T1A) of said operating stretch (T1), characterized in that said machine comprises: an operating stretch (T1), wherein said sticks are adapted to support the printed fabric (T), said operating stretch (T1) having a beginning (T1A) and an end (T1B); a recirculation stretch (T2), wherein the handling structure is adapted for transporting the sticks from the end (T1B) of said operating stretch (T1) to the beginning (T1A) of said operating stretch (T1), characterized in that said machine comprises: d) an uncoupling station , for being active in said recirculation stretch (T2) and configured to adjust a distance between a respective stick and the next stick along the substantially closed path (P); wherein said box-shaped treatment chamber comprises a pair of side walls , said sticks being substantially perpendicular to said side walls ;
An item of luggage or wallet comprising - at least one outer surface , wherein at least one three-dimensional elevation protruding from the outer surface is arranged on the at least one outer surface , - wherein the three-dimensional elevation protruding from the outer surface comprises at least two stacked layers connected to each other, wherein the at least one elevation is rip-shaped, characterized in that the layers of the at least one elevation are imprinted. - at least one outer surface , wherein at least one three-dimensional elevation protruding from the outer surface is arranged on the at least one outer surface , - wherein the three-dimensional elevation protruding from the outer surface comprises at least two stacked layers connected to each other, wherein the at least one elevation is rip-shaped, characterized in that the layers of the at least one elevation are imprinted.
An apparatus for use in imaging a specimen, the apparatus comprising: a substrate comprising an upper surface , a lower surface and a hole extending between and through the upper and lower surfaces, the upper surface having a zone that at least partially circumscribes the hole that is configured to support the specimen over the hole , the zone is at least partially surrounded by a recess in the upper surface of the substrate; and a heat insulating platform including an upper surface, a lower surface and a through opening extending through the upper and lower surfaces, at least a portion of the lower surface of the substrate being supported on the heat insulating platform in a manner that permits air to flow between the heat insulating platform and the substrate , the through opening providing an unobstructed line of sight to and through the hole in the substrate, characterised in that the zone is configured to support the specimen such that outer portions of a bottom edge of the specimen are located over the recess . a substrate comprising an upper surface , a lower surface and a hole extending between and through the upper and lower surfaces, the upper surface having a zone that at least partially circumscribes the hole that is configured to support the specimen over the hole , the zone is at least partially surrounded by a recess in the upper surface of the substrate; and a heat insulating platform including an upper surface, a lower surface and a through opening extending through the upper and lower surfaces, at least a portion of the lower surface of the substrate being supported on the heat insulating platform in a manner that permits air to flow between the heat insulating platform and the substrate , the through opening providing an unobstructed line of sight to and through the hole in the substrate, characterised in that the zone is configured to support the specimen such that outer portions of a bottom edge of the specimen are located over the recess .
A biosensor, comprising: a sensing element ; and a cover disposed on the sensing element , wherein the sensing element comprises: a first substrate embedded with a photodiode ; and a filter layer disposed on the substrate ; and wherein the cover comprises: a second substrate ; an upper optical element disposed in the second substrate ; and an upper reaction well disposed below the upper optical element, and wherein the biosensor further comprises a lower reaction well disposed on the filter layer , and wherein the upper optical element is a concentric grating , wherein the photodiode, upper reaction well, lower reaction well and concentric grating are arranged to vertically correspond with each other. a sensing element ; and a cover disposed on the sensing element , wherein the sensing element comprises: a first substrate embedded with a photodiode ; and a filter layer disposed on the substrate ; and a first substrate embedded with a photodiode ; and a filter layer disposed on the substrate ; and wherein the cover comprises: a second substrate ; an upper optical element disposed in the second substrate ; and an upper reaction well disposed below the upper optical element, and a second substrate ; an upper optical element disposed in the second substrate ; and an upper reaction well disposed below the upper optical element, and wherein the biosensor further comprises a lower reaction well disposed on the filter layer , and wherein the upper optical element is a concentric grating , wherein the photodiode, upper reaction well, lower reaction well and concentric grating are arranged to vertically correspond with each other.
A lifting mechanism for adjusting a working depth of a reconsolidation device of a reversible plow , having - a boom arm which is configured to be connected to a plow frame of the reversible plow ; - a lifting arm which is configured to be connected to a carrier unit for one or more working units (114a-114j) of the reconsolidation device ; and - a lifting cylinder by means of which the lifting arm can be pivoted relative to the boom arm for adjusting the working depth of the reconsolidation device ; characterized by a linkage which is articulated to the boom arm and via which the lifting cylinder is connected to the boom arm . - a boom arm which is configured to be connected to a plow frame of the reversible plow ; - a lifting arm which is configured to be connected to a carrier unit for one or more working units (114a-114j) of the reconsolidation device ; and - a lifting cylinder by means of which the lifting arm can be pivoted relative to the boom arm for adjusting the working depth of the reconsolidation device ;
A system for optimizing signal quality in an optical communication system, comprising: a transmitter for converting digital signals to optical signals comprising a transmitter digital signal processing chip including a pre-distortion logic and a transmitter look-up table, LUT, , the pre-distortion logic being adapted for applying maximum a posteriori, MAP, based pre-distortion on the digital signals, based on the transmitter LUT ; and a receiver operatively coupled to the transmitter for receiving and converting the optical signals from the transmitter to digital signals, the receiver comprising a receiver digital signal processing chip including a correction logic and a receiver LUT , the correction logic being adapted for applying MAP based correction to the digital signals based on the receiver LUT , wherein the receiver LUT is fed back to the transmitter and the transmitter LUT is constructed by scaling the receiver LUT by a weight factor and is iteratively updated based on a weighted sum of the receiver LUT . a transmitter for converting digital signals to optical signals comprising a transmitter digital signal processing chip including a pre-distortion logic and a transmitter look-up table, LUT, , the pre-distortion logic being adapted for applying maximum a posteriori, MAP, based pre-distortion on the digital signals, based on the transmitter LUT ; and a receiver operatively coupled to the transmitter for receiving and converting the optical signals from the transmitter to digital signals, the receiver comprising a receiver digital signal processing chip including a correction logic and a receiver LUT , the correction logic being adapted for applying MAP based correction to the digital signals based on the receiver LUT , wherein the receiver LUT is fed back to the transmitter and the transmitter LUT is constructed by scaling the receiver LUT by a weight factor and is iteratively updated based on a weighted sum of the receiver LUT .
A connector comprising: an outer conductor comprising a first outer conductor and a second outer conductor which are slidably assembled together, the first outer conductor comprising at least one electrical contact pins configured to be in electrical contact with a first electronic component ; and a center conductor provided in the outer conductor and comprising a first center conductor and a second center conductor which are slidably assembled together; wherein the connector further comprises: an insulation seat molded on the first outer conductor by insert molding, the at least one electrical contact pins being exposed outside from a surface of the insulation seat ; and a first elastic element located outside of at least a portion of the outer conductor , one end of which is abutted against the insulation seat and adapted to apply an axial thrust to the first outer conductor , characterized in that a plurality of electrical contact pins protrudes out of an outer end surface of the insulation seat to be in electrical contact with the first electronic component . an outer conductor comprising a first outer conductor and a second outer conductor which are slidably assembled together, the first outer conductor comprising at least one electrical contact pins configured to be in electrical contact with a first electronic component ; and a center conductor provided in the outer conductor and comprising a first center conductor and a second center conductor which are slidably assembled together; wherein the connector further comprises: an insulation seat molded on the first outer conductor by insert molding, the at least one electrical contact pins being exposed outside from a surface of the insulation seat ; and a first elastic element located outside of at least a portion of the outer conductor , one end of which is abutted against the insulation seat and adapted to apply an axial thrust to the first outer conductor , characterized in that a plurality of electrical contact pins protrudes out of an outer end surface of the insulation seat to be in electrical contact with the first electronic component . an insulation seat molded on the first outer conductor by insert molding, the at least one electrical contact pins being exposed outside from a surface of the insulation seat ; and a first elastic element located outside of at least a portion of the outer conductor , one end of which is abutted against the insulation seat and adapted to apply an axial thrust to the first outer conductor , characterized in that a plurality of electrical contact pins protrudes out of an outer end surface of the insulation seat to be in electrical contact with the first electronic component .
A grafted polytriallylamine comprising polytriallylamine, an anion, and a moiety that binds to uric acid or precursor thereof, wherein the moiety is linked to a tertiary amine of the polytriallylamine.
A driving support device, comprising: an external world information acquisition unit configured to acquire external world information; an available parking position calculation unit configured to calculate an available parking position of an own vehicle from the external world information acquired by the external world information acquisition unit ; an own vehicle stop position estimation unit configured to detect, while the vehicle is running, a position of the own vehicle and to estimate an estimated stop position at which the own vehicle is estimated to stop from the position of the own vehicle; and a parking route determination unit configured to determine, while the vehicle is running, a first parking route from the estimated stop position to one or more of the available parking positions, wherein the parking route determination unit is configured to determine the first parking route on a basis of an arc having a turning radius greater than or equal to a minimum rotation radius of the own vehicle from the estimated stop position and an arc having a turning radius greater than or equal to a minimum rotation radius of the own vehicle from the available parking position, and comprising an in-vehicle display device configured to display the available parking position, and to change a display content of each available parking position according to an determination result of the first parking route to each available parking position. an external world information acquisition unit configured to acquire external world information; an available parking position calculation unit configured to calculate an available parking position of an own vehicle from the external world information acquired by the external world information acquisition unit ; an own vehicle stop position estimation unit configured to detect, while the vehicle is running, a position of the own vehicle and to estimate an estimated stop position at which the own vehicle is estimated to stop from the position of the own vehicle; and a parking route determination unit configured to determine, while the vehicle is running, a first parking route from the estimated stop position to one or more of the available parking positions, wherein the parking route determination unit is configured to determine the first parking route on a basis of an arc having a turning radius greater than or equal to a minimum rotation radius of the own vehicle from the estimated stop position and an arc having a turning radius greater than or equal to a minimum rotation radius of the own vehicle from the available parking position, and comprising an in-vehicle display device configured to display the available parking position, and to change a display content of each available parking position according to an determination result of the first parking route to each available parking position.
Water extinguishing system , comprising - a fluid supply for providing an extinguishing fluid, - a pump which is configured for conveying the extinguishing fluid into a distributor pipe from the fluid supply , - a test line which branches off from the distributor pipe and which is configured for guidance of the extinguishing fluid conveyed by the pump , wherein the test line has an opening member which is configured to open the test line at the time of a test run of the pump , wherein the test line has a shut-off member which is configured to close the test line in the event of the water extinguishing system being triggered; characterized in that the water extinguishing system furthermore comprises a control unit which is configured to control an automatic test run of the pump , and to abort the automatic test run, and to close the test line by means of the shut-off member , in the event of the water extinguishing system being triggered. - a fluid supply for providing an extinguishing fluid, - a pump which is configured for conveying the extinguishing fluid into a distributor pipe from the fluid supply , - a test line which branches off from the distributor pipe and which is configured for guidance of the extinguishing fluid conveyed by the pump , wherein the test line has an opening member which is configured to open the test line at the time of a test run of the pump , wherein the test line has a shut-off member which is configured to close the test line in the event of the water extinguishing system being triggered; characterized in that the water extinguishing system furthermore comprises a control unit which is configured to control an automatic test run of the pump , and to abort the automatic test run, and to close the test line by means of the shut-off member , in the event of the water extinguishing system being triggered. the test line has a shut-off member which is configured to close the test line in the event of the water extinguishing system being triggered; characterized in that the water extinguishing system furthermore comprises a control unit which is configured to control an automatic test run of the pump , and to abort the automatic test run, and to close the test line by means of the shut-off member , in the event of the water extinguishing system being triggered.
An electronic device comprising: a flexible display (212; 300) including a plurality of layers; a support member ; a second support member coupled to the support member , the second support member being configured to slide in a first direction with respect to the support member ; wherein the flexible display (212; 300) includes a first region (2121; 300a) formed in a flat surface and a second region (2122, 2123; 300b) extending from the first region (2121; 300a), the first region (2121; 300a) is mounted on the support member , and a portion of the second region (2122, 2123; 300b) is mounted on the second support member ; wherein the second region (2122, 2123; 300b) is formed in a flat surface or a curved surface depending on a state of the electronic device being an open state or a closed state, wherein the electronic device transitions between the closed state and the open state when the second support member slides relative to the support member ; and wherein the plurality of layers includes a first layer extending to the first region and the second region, the first layer included in the first region (2121; 300a) has a first structure, and the first layer included in the second region (2122, 2123; 300b) has a second structure; the first region (2121; 300a) having a first flexibility and the second region (2122, 2123; 300b) having a second flexibility different from the first flexibility, wherein the first flexibility is smaller than the second flexibility. a flexible display (212; 300) including a plurality of layers; a support member ; a second support member coupled to the support member , the second support member being configured to slide in a first direction with respect to the support member ; wherein the flexible display (212; 300) includes a first region (2121; 300a) formed in a flat surface and a second region (2122, 2123; 300b) extending from the first region (2121; 300a), the first region (2121; 300a) is mounted on the support member , and a portion of the second region (2122, 2123; 300b) is mounted on the second support member ; wherein the second region (2122, 2123; 300b) is formed in a flat surface or a curved surface depending on a state of the electronic device being an open state or a closed state, wherein the electronic device transitions between the closed state and the open state when the second support member slides relative to the support member ; and wherein the plurality of layers includes a first layer extending to the first region and the second region, the first layer included in the first region (2121; 300a) has a first structure, and the first layer included in the second region (2122, 2123; 300b) has a second structure; the first region (2121; 300a) having a first flexibility and the second region (2122, 2123; 300b) having a second flexibility different from the first flexibility, wherein the first flexibility is smaller than the second flexibility.
A compound of Formula I, or salt thereof, wherein: MBG is tetrazolyl; R 1 is fluoro; R 2 is fluoro; R 3 is OCF 3 or OCH 2 CF 3 ; R 4 is 2,4-difluorophenyl; R 5 is -P(O)(OH) 2 ; R 6 is hydrogen; and n is 1. MBG is tetrazolyl; R 1 is fluoro; R 2 is fluoro; R 3 is OCF 3 or OCH 2 CF 3 ; R 4 is 2,4-difluorophenyl; R 5 is -P(O)(OH) 2 ; R 6 is hydrogen; and n is 1.
A light-emitting-element housing member comprising: a bottom base material that includes a first surface , and a mounting part on the first surface on which a light emitting element is to be mounted; and a frame member that includes side walls erected on the first surface to surround the mounting part , and an opening that penetrates through one of the side walls and is configured to transmit light emitted from the light emitting element to the outside of the light-emitting-element housing member , wherein the opening includes an inner edge having a first side , a second side , a third side , and a fourth side , the first side , the second side , the third side , and the fourth side forming the shape of the opening in a plane of the side wall through which the opening penetrates, the first side , forming a lower side, extending along the first surface and arranged at a position close to or at the first surface of the bottom base material , the second side , forming an upper side, extending along the first surface and arranged at a position farther from the bottom base material than the first side , the third side and the fourth side each connecting the first side to the second side , and the second side being longer than the first side . a bottom base material that includes a first surface , and a mounting part on the first surface on which a light emitting element is to be mounted; and a frame member that includes side walls erected on the first surface to surround the mounting part , and an opening that penetrates through one of the side walls and is configured to transmit light emitted from the light emitting element to the outside of the light-emitting-element housing member , wherein the opening includes an inner edge having a first side , a second side , a third side , and a fourth side , the first side , the second side , the third side , and the fourth side forming the shape of the opening in a plane of the side wall through which the opening penetrates, the first side , forming a lower side, extending along the first surface and arranged at a position close to or at the first surface of the bottom base material , the second side , forming an upper side, extending along the first surface and arranged at a position farther from the bottom base material than the first side , the third side and the fourth side each connecting the first side to the second side , and the second side being longer than the first side .