mhurhangee/ep-ind-claims huggingface dataset:
An imaging optical system comprising: two optical systems (A, B), the two optical systems each including, from an object side toward an image side, a front group (AF, BF) and a rear group (AR, BR), as well as a first reflector (AP1, BP1) and a second reflector (AP2, BP2) configured to change an optical path between the front group and the rear group, characterized in that the two optical systems each include an object-side infrared cut-filter and an image-side infrared cut-filter having different spectral characteristics, wherein a wavelength of light for which the object-side infrared cut-filter has a spectral transmittance and a spectral reflectance of 50% is longer than a wavelength of light for which the image-side infrared cutfilter has a spectral transmittance and a spectral reflectance of 50%, wherein the object-side infrared cut-filter has a spectral reflectance of 50% or more for light with wavelengths of 750 nm or longer, wherein the image-side infrared cut-filter has a spectral reflectance of 50% or more for light with wavelengths of 650 nm or longer, wherein the object-side infrared cut-filter is provided on one of an incident surface and an emission surface of the first reflector, and wherein the image-side infrared cut-filter is provided on one of an incident surface and an emission surface of the second reflector. two optical systems (A, B), the two optical systems each including, from an object side toward an image side, a front group (AF, BF) and a rear group (AR, BR), as well as a first reflector (AP1, BP1) and a second reflector (AP2, BP2) configured to change an optical path between the front group and the rear group, characterized in that the two optical systems each include an object-side infrared cut-filter and an image-side infrared cut-filter having different spectral characteristics, wherein a wavelength of light for which the object-side infrared cut-filter has a spectral transmittance and a spectral reflectance of 50% is longer than a wavelength of light for which the image-side infrared cutfilter has a spectral transmittance and a spectral reflectance of 50%, wherein the object-side infrared cut-filter has a spectral reflectance of 50% or more for light with wavelengths of 750 nm or longer, wherein the image-side infrared cut-filter has a spectral reflectance of 50% or more for light with wavelengths of 650 nm or longer, wherein the object-side infrared cut-filter is provided on one of an incident surface and an emission surface of the first reflector, and wherein the image-side infrared cut-filter is provided on one of an incident surface and an emission surface of the second reflector.
An optically transparent protective film comprising: a top layer; and a bottom layer substantially coextensive with the top layer, and wherein the top layer is selected from the group consisting of urethane-acrylic hybrid polymer free of N-methylpyrrolidone; and the bottom layer is comprised of a non-PVC based polymer, and further comprising: an adhesive layer, and wherein the adhesive layer is in contact with the bottom layer. a top layer; and a bottom layer substantially coextensive with the top layer, and wherein the top layer is selected from the group consisting of urethane-acrylic hybrid polymer free of N-methylpyrrolidone; and the bottom layer is comprised of a non-PVC based polymer, and further comprising: an adhesive layer, and wherein the adhesive layer is in contact with the bottom layer. an adhesive layer, and wherein the adhesive layer is in contact with the bottom layer.
A shoe outer sole for relieving pressure from a wearer's metatarsal heads, comprising: a shaft region disposed in the outer sole so as to underlie metatarsal shafts of the wearer, the shaft region comprising a first lower surface; a ball region disposed in the outer sole so as to underlie the metatarsal heads of the wearer, the ball region being anterior to the shaft region and comprising a second lower surface; a toe region disposed in the outer sole so as to underlie the phalanges of the wearer, the toe region being anterior to the ball region and comprising a third lower surface, wherein the second lower surface is raised relative to the first lower surface and the third lower surface; a cavity positioned under the second lower surface and between the shaft region and toe region, wherein a length of the cavity varies in a transverse direction such that the length of the cavity is larger on a medial side of the outer sole and smaller on a lateral side of the outer sole; and an upper surface comprising a first portion disposed above the shaft region, a second portion disposed above the ball region, and a third portion disposed above the toe region, wherein the first portion is raised relative to the second portion and the third portion, and wherein the first portion has a transversely varying height that varies between medial and lateral points. a shaft region disposed in the outer sole so as to underlie metatarsal shafts of the wearer, the shaft region comprising a first lower surface; a ball region disposed in the outer sole so as to underlie the metatarsal heads of the wearer, the ball region being anterior to the shaft region and comprising a second lower surface; a toe region disposed in the outer sole so as to underlie the phalanges of the wearer, the toe region being anterior to the ball region and comprising a third lower surface, wherein the second lower surface is raised relative to the first lower surface and the third lower surface; a cavity positioned under the second lower surface and between the shaft region and toe region, wherein a length of the cavity varies in a transverse direction such that the length of the cavity is larger on a medial side of the outer sole and smaller on a lateral side of the outer sole; and an upper surface comprising a first portion disposed above the shaft region, a second portion disposed above the ball region, and a third portion disposed above the toe region, wherein the first portion is raised relative to the second portion and the third portion, and wherein the first portion has a transversely varying height that varies between medial and lateral points.
A fuel additive composition for controlling formation of deposits and for reducing already formed deposits formed in a fuel injection system and engine, or in an internal combustion engine, wherein the fuel additive composition comprises oxide derivative of (a) iso-borneol or (b) borneol; wherein the oxide derivative of (a) iso-borneol or (b) borneol is a reaction product of an oxirane compound and the isoborneol or the borneol; wherein the oxirane compound is selected from the group comprising (i) ethylene oxide, (ii) propylene oxide, (iii) butylene oxide.
A dental composition, comprising: cement; and a non-aqueous liquid, wherein the cement includes: a first domain including alite; a second domain including belite; and a matrix located between one or more selected from the group consisting of the first domain and the second domain wherein the matrix includes silicon (Si)-atom-doped tricalcium aluminate (3CaO·Al 2 O 3). cement; and a non-aqueous liquid, wherein the cement includes: a first domain including alite; a second domain including belite; and a matrix located between one or more selected from the group consisting of the first domain and the second domain wherein the matrix includes silicon (Si)-atom-doped tricalcium aluminate (3CaO·Al 2 O 3). a first domain including alite; a second domain including belite; and a matrix located between one or more selected from the group consisting of the first domain and the second domain wherein the matrix includes silicon (Si)-atom-doped tricalcium aluminate (3CaO·Al 2 O 3).
A system having a mobile key unit for reading and writing data from at least one external device of a facility, wherein the data at least comprise identification data for the device to be checked, and wherein the mobile key unit has a first transmission/reception unit by means of which data can be wirelessly transmitted between the device and the key unit, characterized in that the key unit has a first memory; the key unit has at least one first secure channel having a first evaluation unit and the first transmission/reception unit; and has at least one second channel having a second evaluation unit and a second transmission/reception unit by means of which data can be wirelessly transmitted between the same device and the key unit, with the data being able to be transmitted using at least one of the transmission/reception units.
Locking device for assembling several parts, comprising an internal open housing that is equipped with internal locking segments, an internal open casing for insertion into the housing and which is equipped with external locking segments and internal locking grooves, and a plug for insertion into the casing and which is equipped with external locking grooves, wherein - the external locking segments of the casing are corresponding to and opposite to the internal locking segments of the housing, wherein - each of the internal locking segments of the housing comprises an inclining locking surface, and each of the external locking segments of the casing comprises an inclining locking surface, where said locking surfaces (20b,22b) are forced against each other during retraction of the plug. - the external locking segments of the casing are corresponding to and opposite to the internal locking segments of the housing, wherein - each of the internal locking segments of the housing comprises an inclining locking surface, and each of the external locking segments of the casing comprises an inclining locking surface, where said locking surfaces (20b,22b) are forced against each other during retraction of the plug.
A percutaneous temporary valve system, comprising a temporary valve, a central core, and a sheath for containing and delivering said temporary valve and central core; characterized in that said temporary valve comprising a body and a plurality of lines, each of said lines connected at a first end to a rim of said valve body and at a second end to said central core; said central core being connected to the end of said sheath; wherein said temporary valve and said central core are folded in an inverted delivery configuration within said sheath and are adapted to be deployed by pushing the central core out of the sheath thereby everting said temporary valve and said central core.
Fuel injector for an internal combustion engine, the injector extending along a main axis and comprising - an overmoulded coil assembly provided with an axial blind hole extending towards the inside of the coil assembly, - a helical spring axially compressed in the blind hole between a pin and a stem passing through a magnetic armature, characterized in that the winding diameter of a first turn of the spring in contact with the stem passing through the magnetic armature is smaller than the winding diameter of the central portion of turns of the spring, wherein the first turn is curved inwards by an angular length equal to the last 270°. - an overmoulded coil assembly provided with an axial blind hole extending towards the inside of the coil assembly, - a helical spring axially compressed in the blind hole between a pin and a stem passing through a magnetic armature,
Device for manufacture of a composite piece, which exhibits a shaped plate and at least one plastic functional piece molded on to the shaped plate, comprising: a heater (32, 36; 76, 80) for heating a plate blank; a shaping tool (22, 26; 62, 72) with at least two shaping elements and for receiving and shaping of the plate blank, to bring the plate blank into a desired shape and thus to manufacture the shaped plate; means (44, 46; 64, 66) for insertion of a molding material into the shaping tool (22, 26; 62, 72) for molding the plastic functional piece onto the shaped plate in the shaping tool (22, 26; 62, 72) to manufacture the composite piece, wherein the shaping tool (22, 26; 62, 72) is so configured that after the shaping of the plate blank, at least one cavity remains; and a closing unit for opening and closing the shaping tool (22, 26; 62, 72); wherein the heater (32, 36; 76, 80) is integrated into the closing unit and the closing unit is configured to open and close the heater (32, 36; 76, 80); wherein the device is configured as an injection-molding tool with two tool halves (10, 14), wherein a shaping element (22, 26; 62, 72) and a part of the heater (32, 36; 76, 80) lie next to each other in a tool half 10, 14 and the tool halves (10, 14) are able to move via the closing unit relative to each other, to open or close the shaping tool (22, 26; 62, 72) and the heater (32, 36; 76, 80) with the same stroke.. a heater (32, 36; 76, 80) for heating a plate blank; a shaping tool (22, 26; 62, 72) with at least two shaping elements and for receiving and shaping of the plate blank, to bring the plate blank into a desired shape and thus to manufacture the shaped plate; means (44, 46; 64, 66) for insertion of a molding material into the shaping tool (22, 26; 62, 72) for molding the plastic functional piece onto the shaped plate in the shaping tool (22, 26; 62, 72) to manufacture the composite piece, wherein the shaping tool (22, 26; 62, 72) is so configured that after the shaping of the plate blank, at least one cavity remains; and a closing unit for opening and closing the shaping tool (22, 26; 62, 72); wherein the heater (32, 36; 76, 80) is integrated into the closing unit and the closing unit is configured to open and close the heater (32, 36; 76, 80); wherein the device is configured as an injection-molding tool with two tool halves (10, 14), wherein a shaping element (22, 26; 62, 72) and a part of the heater (32, 36; 76, 80) lie next to each other in a tool half 10, 14 and the tool halves (10, 14) are able to move via the closing unit relative to each other, to open or close the shaping tool (22, 26; 62, 72) and the heater (32, 36; 76, 80) with the same stroke..
A method, referred to as photo Bi-OCD, for electroless deposition of a metallic compound onto the top surface of a semiconducting substrate comprising the following consecutive steps of: - providing a semiconducting substrate having a first side of said substrate and a second side of said substrate preferably opposite to the first side of said substrate thereby defining a thickness of semiconductor material, - contacting the first side of the substrate with a first electrically conductive electrolyte comprising dissolved metal ions of the metallic compound, - contacting the second side of the substrate with a second electrically conductive electrolyte, - providing an electrical conductive path between said first and second electrolytes, characterized in that: - the firstt side of said substrate versus the second side of said substrate is differential illuminated for creating a potential difference between said first and said second side of said substrate. - providing a semiconducting substrate having a first side of said substrate and a second side of said substrate preferably opposite to the first side of said substrate thereby defining a thickness of semiconductor material, - contacting the first side of the substrate with a first electrically conductive electrolyte comprising dissolved metal ions of the metallic compound, - contacting the second side of the substrate with a second electrically conductive electrolyte, - providing an electrical conductive path between said first and second electrolytes, - the firstt side of said substrate versus the second side of said substrate is differential illuminated for creating a potential difference between said first and said second side of said substrate.
A method of preparing a conjugate in which a compound represented by the formula is conjugated to Lys 45 and 97 amino acids of erythropoietin, the method comprising: (a) a step of dissolving the compound represented by the formula in phosphoric acid salt; (b) a step of adding erythropoietin in a molar ratio of 1:1 to 1:5 with respect to the compound represented by the formula to (a) and stirring at 18° C to 32° C for 0.2 to 3 hours; and (c) a step of stopping reaction by adjusting acidity (pH) to 4.0 to 5.0 (a) a step of dissolving the compound represented by the formula in phosphoric acid salt; (b) a step of adding erythropoietin in a molar ratio of 1:1 to 1:5 with respect to the compound represented by the formula to (a) and stirring at 18° C to 32° C for 0.2 to 3 hours; and (c) a step of stopping reaction by adjusting acidity (pH) to 4.0 to 5.0
An electronic device comprising: a printed circuit board, PCB, including a processor; a display set including a window, a display and a display circuit board for controlling an image output through the display under control of the processor, wherein the display circuit board is disposed between the display and the PCB; a first connector electrically connected to the PCB and comprising a plurality of socket contacts separated from each other; a second connector electrically connected to the display circuit board and comprising a plurality of header contacts separated from each other; and a bracket disposed between the display circuit board and the PCB, wherein the first connector and the second connector are connected through a through hole of the bracket; wherein the processor is configured to detect an incomplete connection between the first connector and the second connector when an electric current does not flow between at least one preset contact among the plurality of socket contacts of the first connector and a preset header contact of the second connector, and to notify, through the display, in response to no electric current flow detected, a connection failure between the first connector and the second connector, and wherein the bracket has a plate shape, including a first side (4S1) configured for mounting of the display set and a second side (4S3) configured for mounting of the PCB, wherein the first side (4S1) and the second side (4S3) are formed in a groove shape for receiving the display set and the PCB respectively. a printed circuit board, PCB, including a processor; a display set including a window, a display and a display circuit board for controlling an image output through the display under control of the processor, wherein the display circuit board is disposed between the display and the PCB; a first connector electrically connected to the PCB and comprising a plurality of socket contacts separated from each other; a second connector electrically connected to the display circuit board and comprising a plurality of header contacts separated from each other; and a bracket disposed between the display circuit board and the PCB, wherein the first connector and the second connector are connected through a through hole of the bracket; wherein the processor is configured to detect an incomplete connection between the first connector and the second connector when an electric current does not flow between at least one preset contact among the plurality of socket contacts of the first connector and a preset header contact of the second connector, and to notify, through the display, in response to no electric current flow detected, a connection failure between the first connector and the second connector, and wherein the bracket has a plate shape, including a first side (4S1) configured for mounting of the display set and a second side (4S3) configured for mounting of the PCB, wherein the first side (4S1) and the second side (4S3) are formed in a groove shape for receiving the display set and the PCB respectively.
A therapeutically effective amount of: i) vemurafenib, an inhibitor of BRAF, ii) trametinib, an inhibitor of MEK and iii) imatinib, an inhibitor of DDR1/2 for use in the treatment of melanoma in a subject in need thereof.
A method for operating a collaboration and communication platform with a Web-RTC-based cloud service, which is operated through a first network system provided in a first cloud with at least one access node, at least one application node, at least one first media access control node, and at least one storage node, characterized in that the method comprises the following steps: - providing at least one second MAC node, belonging to a service provider, for a second network system belonging to the service provider, which is connected to the first network system via a secure link, - executing all RTC and media services supplied by the service provider via the second MAC node, and - storing all user-sensitive data in the possession of the service provider supplying the second network system in the at least one storage node in the first network system. - providing at least one second MAC node, belonging to a service provider, for a second network system belonging to the service provider, which is connected to the first network system via a secure link, - executing all RTC and media services supplied by the service provider via the second MAC node, and - storing all user-sensitive data in the possession of the service provider supplying the second network system in the at least one storage node in the first network system.
A foldable frame for a stroller comprising: a front leg having a front wheel disposed at a distal end thereof; a rear leg having a rear wheel disposed at a distal end thereof; a handle support having a handle disposed at a distal end thereof; a folding mechanism connecting proximal ends of the front leg, the rear leg, and the handle support in a manner enabling folding movement between a folded position and a deployed position; characterized in that it comprises a swivel assembly connecting the front wheel to the front leg, the swivel assembly enabling rotating movement of the front wheel about a generally upstanding swivel axis, the swivel assembly further having a positioner moveable by an actuator in engaging and releasing directions that, when moved in the engaging direction, rotates the front wheel toward a predetermined position, the actuator connecting to the folding mechanism to move the positioner to the engaged position when the stroller is moved from the deployed position toward the folded position; the swivel assembly further including a cam surface encircling the swivel axis, fixed in relation and aligned generally orthogonally thereto, the cam surface positioned to enable the positioner to contact the cam surface, the cam surface sloped between a high point and a low point, the positioner making contact with the cam surface when moving in the engaging direction, continued movement in the engaging direction causing the cam to rotate until the positioner rests at the low point at which no further movement in the engaging direction is permitted. a front leg having a front wheel disposed at a distal end thereof; a rear leg having a rear wheel disposed at a distal end thereof; a handle support having a handle disposed at a distal end thereof; a folding mechanism connecting proximal ends of the front leg, the rear leg, and the handle support in a manner enabling folding movement between a folded position and a deployed position; characterized in that it comprises a swivel assembly connecting the front wheel to the front leg, the swivel assembly enabling rotating movement of the front wheel about a generally upstanding swivel axis, the swivel assembly further having a positioner moveable by an actuator in engaging and releasing directions that, when moved in the engaging direction, rotates the front wheel toward a predetermined position, the actuator connecting to the folding mechanism to move the positioner to the engaged position when the stroller is moved from the deployed position toward the folded position; the swivel assembly further including a cam surface encircling the swivel axis, fixed in relation and aligned generally orthogonally thereto, the cam surface positioned to enable the positioner to contact the cam surface, the cam surface sloped between a high point and a low point, the positioner making contact with the cam surface when moving in the engaging direction, continued movement in the engaging direction causing the cam to rotate until the positioner rests at the low point at which no further movement in the engaging direction is permitted.