mhurhangee/ep-ind-claims huggingface dataset:
A ceramic body comprising: a first region comprising a host material and a first concentration of a dopant, wherein the first concentration is effective to produce luminescence; and a second region comprising the host material and a second concentration of the dopant, wherein the second concentration is less than the first concentration; wherein the first region has an average grain size larger than an average grain size of the second region; and the ceramic body exhibits an internal quantum efficiency of at least 0.80 when exposed to radiation having a wavelength of 455 nm. a first region comprising a host material and a first concentration of a dopant, wherein the first concentration is effective to produce luminescence; and a second region comprising the host material and a second concentration of the dopant, wherein the second concentration is less than the first concentration; wherein the first region has an average grain size larger than an average grain size of the second region; and the ceramic body exhibits an internal quantum efficiency of at least 0.80 when exposed to radiation having a wavelength of 455 nm.
A transdermal or transmucosal formulation comprising: 2.7 to 3.3% wt of diclofenac or a pharmaceutically acceptable salt thereof, 40.5 to 49.5% wt of ethanol, 18.0 to 22.0% wt of propylene glycol, 4.5 to 5.5% wt of diethylene glycol monoethyl ether and 2.7 to 3.3% wt of myristyl alcohol.
A cardiac valve support adapted for endovascular delivery to a cardiac valve, comprising: a first support element with a collapsed delivery configuration and a deployed configuration; a second support element with a collapsed delivery configuration and a deployed configuration; a first bridging member extending from the first support element to the second support element, wherein the first bridging member has a delivery configuration and a deployed configuration; and a second bridging member extending from the first support element to the second support element, wherein the second bridging member has a delivery configuration and a deployed configuration; wherein the first support element and the second support element are generally annular in shape in their expanded configurations; and wherein the first and second bridging members extend radially inward from the first and second support elements (12, 14) in the deployed configurations; characterised in that said first and second bridging members extend from first and second discrete locations which are about 180 degrees from one another around the first and second support elements (12, 14); and further characterised in that said first and second bridging members are adapted to securingly engage a replacement heart valve, wherein the replacement heart valve comprises an expandable anchor and a plurality of leaflets. a first support element with a collapsed delivery configuration and a deployed configuration; a second support element with a collapsed delivery configuration and a deployed configuration; a first bridging member extending from the first support element to the second support element, wherein the first bridging member has a delivery configuration and a deployed configuration; and a second bridging member extending from the first support element to the second support element, wherein the second bridging member has a delivery configuration and a deployed configuration; wherein the first support element and the second support element are generally annular in shape in their expanded configurations; and wherein the first and second bridging members extend radially inward from the first and second support elements (12, 14) in the deployed configurations; characterised in that said first and second bridging members extend from first and second discrete locations which are about 180 degrees from one another around the first and second support elements (12, 14); and further characterised in that said first and second bridging members are adapted to securingly engage a replacement heart valve, wherein the replacement heart valve comprises an expandable anchor and a plurality of leaflets.
A rotation angle detection device, comprising: a first sensor which is configured to generate a first electrical signal according to a rotation angle of an object to be detected and whose shaft angle multiplier N is an integer, the shaft angle multiplier N representing that the electrical signal changes by N periods for one period of the rotation angle; a second sensor which is configured to generate a second electrical signal according to the rotation angle of the object to be detected and whose shaft angle multiplier n is an integer smaller than the shaft angle multiplier N of the first sensor; and an arithmetic unit that is configured to calculate the rotation angle from the first and second electrical signals, wherein the arithmetic unit is configured to calculate a first calculated angle from the first electrical signal, and to calculate from the second electrical signal a second calculated angle that corresponds one-to-one to the rotation angle in a range of 0° to 360° that is a full rotation of the object to be detected, and when a difference between the first calculated angle multiplied by n/N and the second calculated angle reaches a set value that is set based on a product of n/N and 360°, the arithmetic unit is configured to calculate a correction angle by making offset correction of adding an offset value corresponding to the set value to the first calculated angle multiplied by n/N, and calculates the rotation angle based on the correction angle. a first sensor which is configured to generate a first electrical signal according to a rotation angle of an object to be detected and whose shaft angle multiplier N is an integer, the shaft angle multiplier N representing that the electrical signal changes by N periods for one period of the rotation angle; a second sensor which is configured to generate a second electrical signal according to the rotation angle of the object to be detected and whose shaft angle multiplier n is an integer smaller than the shaft angle multiplier N of the first sensor; and an arithmetic unit that is configured to calculate the rotation angle from the first and second electrical signals, wherein the arithmetic unit is configured to calculate a first calculated angle from the first electrical signal, and to calculate from the second electrical signal a second calculated angle that corresponds one-to-one to the rotation angle in a range of 0° to 360° that is a full rotation of the object to be detected, and when a difference between the first calculated angle multiplied by n/N and the second calculated angle reaches a set value that is set based on a product of n/N and 360°, the arithmetic unit is configured to calculate a correction angle by making offset correction of adding an offset value corresponding to the set value to the first calculated angle multiplied by n/N, and calculates the rotation angle based on the correction angle.
A galactoside O-acetyltransferase variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein leucine, which is an amino acid corresponding to position 106 of SEQ ID NO: 3, is substituted with phenylalanine.
A fire suppression nozzle for mounting through a hole in a ceiling of a room, said nozzle comprising a housing containing a channel arranged to communicate a fluid from a fluid inlet to a fluid outlet (23, 25), said channel comprising a closure member operable to move between a first position where the channel is obstructed such that fluid cannot be communicated to the fluid outlet and a second position where fluid can be communicated to the fluid outlet, and wherein the fluid outlet is in the form of at least one aperture (23, 25) extending through a portion of the polymer housing into said channel, wherein the closure member is prevented from moving from the first to the second position by an elongate heat sensitive member, characterized in that the housing is a polymer housing wherein the polymer housing comprises a base defined by a plate, wherein the polymer housing is provided with an opening which passes through the plate and which is adjacent to the heat sensitive member such that in use the heat sensitive member is exposed to the room, wherein the nozzle is configured so that when mounted through a hole in the ceiling of a room the elongate axis of the heat sensitive member is in a horizontal orientation and the opening provides a continuous passage for hot gas to pass vertically through the nozzle from a side of the nozzle facing the room to a side of the nozzle facing away from the room. wherein the closure member is prevented from moving from the first to the second position by an elongate heat sensitive member, characterized in that the housing is a polymer housing wherein the polymer housing comprises a base defined by a plate, wherein the polymer housing is provided with an opening which passes through the plate and which is adjacent to the heat sensitive member such that in use the heat sensitive member is exposed to the room, wherein the nozzle is configured so that when mounted through a hole in the ceiling of a room the elongate axis of the heat sensitive member is in a horizontal orientation and the opening provides a continuous passage for hot gas to pass vertically through the nozzle from a side of the nozzle facing the room to a side of the nozzle facing away from the room.
Method for stainless steel production, without electrical energy supply, on the basis of liquid pig iron and FeCr solids, wherein the liquid pig iron after pre-treatment in a blast furnace and a DDD treatment (dephosphorisation, desiliconisation, desulphurisation) is in an AOD converter (2, 3) heated, refined or alloyed, reduced and subsequently an adaptation/setting of the treated steel melt is carried out in a ladle furnace, characterised in that for stainless steel production of all stainless qualities not only in the austenitic, but also in the ferritic range the slag-free liquid pig iron quantity pre-treated in the blast furnace is separated and introduced into two classic 'twin' AOD-L converters (2, 3), in which by parallel contrary sequence the required chemical process steps (the DDD treatment, the heating and the decarbonising and alloying) are then carried out with use of autogenic chemical energy, wherein the DDD treatment is initially carried out in the first twin AOD-L converter and the decarbonisation is initially carried out in the second twin AOD-L converter.
A motor vehicle seating arrangement comprising a pair of outboard seats (105, 106) spaced apart to define therebetween a gap into which an item of utility is fitted; wherein the item of utility is supported solely by the two outboard seats (105, 106) on a left hand side by a sliding connection with a right hand side of a left outboard seat of the pair of outboard seats(105, 106) and on a right hand side by a sliding connection with a left hand side of a right outboard seat (105, 106) of the pair of outboard seats; each of the outboard seats (105, 106) having a seat pedestal for mounting the respective seat on a floor of a motor vehicle so that each of the outboard seats (105, 106) is selectively movable in a fore-aft direction of the motor vehicle. wherein the item of utility is supported solely by the two outboard seats (105, 106) on a left hand side by a sliding connection with a right hand side of a left outboard seat of the pair of outboard seats(105, 106) and on a right hand side by a sliding connection with a left hand side of a right outboard seat (105, 106) of the pair of outboard seats; each of the outboard seats (105, 106) having a seat pedestal for mounting the respective seat on a floor of a motor vehicle so that each of the outboard seats (105, 106) is selectively movable in a fore-aft direction of the motor vehicle.
Rotating unit for a coating lance installation for the thermal coating of an interior, having at least the following components: - a tool holder for a coating lance having an axis of rotation; - a rotary drive for rotating the tool holder about the axis of rotation; - a coating material supply line for supplying a coating material to the coating lance; - a process medium supply line for providing process media for coating an interior by means of a coating lance accommodated in the tool holder, characterized in that the rotary drive is designed as a hollow-shaft motor coaxial with the axis of rotation of the tool holder, and wherein the tool holder and the coating material supply line as well as the process medium supply line are arranged centrally with respect to the hollow-shaft motor. - a tool holder for a coating lance having an axis of rotation; - a rotary drive for rotating the tool holder about the axis of rotation; - a coating material supply line for supplying a coating material to the coating lance; - a process medium supply line for providing process media for coating an interior by means of a coating lance accommodated in the tool holder,
A cover comprising; a main section provided with link means (30, 36) to allow linking of the cover to an adjacent cover, wherein the main section is shaped to include opposing side walls and defines: a reinforced plastics material central region in which elongate reinforcement members are provided extending within the side walls, and end regions located to opposite ends of and integrally formed with the central region, characterised in that the elongate reinforcement members are contained within the side walls and stop short of the end regions, and wherein the link means (30, 36) are provided at the end regions. a main section provided with link means (30, 36) to allow linking of the cover to an adjacent cover, wherein the main section is shaped to include opposing side walls and defines: a reinforced plastics material central region in which elongate reinforcement members are provided extending within the side walls, and end regions located to opposite ends of and integrally formed with the central region, characterised in that the elongate reinforcement members are contained within the side walls and stop short of the end regions, and wherein the link means (30, 36) are provided at the end regions. a reinforced plastics material central region in which elongate reinforcement members are provided extending within the side walls, and end regions located to opposite ends of and integrally formed with the central region, characterised in that the elongate reinforcement members are contained within the side walls and stop short of the end regions, and wherein the link means (30, 36) are provided at the end regions.
A method for the arrangement of a printing plate on a plate cylinder having at least one channel in which at least one front clamping device and at least one rear clamping device are arranged, wherein the rear clamping device is part of at least one slide which is arranged to be movable by means of at least one tensioning drive within the at least one channel along a tensioning path to the at least one front clamping device, wherein in a tensioning process first the at least one slide is moved by means of the at least one tensioning drive together with a rear end of the printing plate clamped with the at least one rear clamping device to the at least one front clamping device and a first channel wall, characterized in that subsequently at least one rear spacer is set to a position relative to the at least one slide which defines a specified distance of the at least one rear clamping device from a second channel wall independently from the at least one tensioning drive and that following this the at least one tensioning drive is deactivated and the at least one slide together with the at least one rear clamping device at least as a result of this is held in its position along the tensioning path that a force exerted by the tensioned printing plate presses the at least one slide via its at least one rear spacer against the second channel wall.
Container which is pre-filled or pre-fillable with one or more substances, such as a medical liquid and similar, comprising a squeezable activation compartment intended to contain said one or more substances, a dispensing compartment including a first portion equipped with at least one dispensing member (311, 312, 314) of said one or more substances, and a second portion, wherein said second portion of said dispensing compartment and said activation compartment are fluid-dynamically connected, an activator element arranged inside said container, having a head comprising a tapered closing portion and adapted to engage between said activation compartment and said dispensing compartment of said container; wherein said activator element is movable so as to pass from a closed position, wherein it hermetically and/or fluid-dynamically isolates the contents of said activation compartment from the contents of said dispensing compartment, to an open position, wherein said activator element puts said activation compartment and said dispensing compartment in fluid-dynamic communication so as to allow the dispensing of said substances through said at least one dispensing member (311, 312, 314); the container characterized in that said head of said activator element comprises a sliding crown which is larger than said closing portion, which is provided with one or more mixing means (4221, 4222). a squeezable activation compartment intended to contain said one or more substances, a dispensing compartment including a first portion equipped with at least one dispensing member (311, 312, 314) of said one or more substances, and a second portion, wherein said second portion of said dispensing compartment and said activation compartment are fluid-dynamically connected, an activator element arranged inside said container, having a head comprising a tapered closing portion and adapted to engage between said activation compartment and said dispensing compartment of said container; wherein said activator element is movable so as to pass from a closed position, wherein it hermetically and/or fluid-dynamically isolates the contents of said activation compartment from the contents of said dispensing compartment, to an open position, wherein said activator element puts said activation compartment and said dispensing compartment in fluid-dynamic communication so as to allow the dispensing of said substances through said at least one dispensing member (311, 312, 314); the container characterized in that said head of said activator element comprises a sliding crown which is larger than said closing portion, which is provided with one or more mixing means (4221, 4222).
A processor device for an endoscope connectable to a specific network, the device comprising: an endoscope data transmission unit configured to: transmit first endoscope-running data to an endoscope data collection server according to claim 8 through the specific network at a first timing, wherein the first timing is set to a specific timing interval so that the first endoscope-running data continues to be transmitted at a specific timing interval during the endoscopy using an endoscope system including the endoscope, and wherein the first endoscope-running data includes at least identification information used to identify the endoscope, a light source device, and a processor body, and transmit to the endoscope data collection server through the specific network second endoscope-running data of which a volume is larger than a volume of the first endoscope-running data at a second timing, different from the first timing, when an error is generated, the error notifying the fact that at least one of the endoscope, a light source device, or a processor body included in the endoscope system does not operate normally, or the fact that an abnormal image difficult to be used for endoscopy is displayed, wherein the second endoscope-running data is device-related information related to operation information, working information, or processing information of the endoscope, the light source device, or the processor body. transmit first endoscope-running data to an endoscope data collection server according to claim 8 through the specific network at a first timing, wherein the first timing is set to a specific timing interval so that the first endoscope-running data continues to be transmitted at a specific timing interval during the endoscopy using an endoscope system including the endoscope, and wherein the first endoscope-running data includes at least identification information used to identify the endoscope, a light source device, and a processor body, and transmit to the endoscope data collection server through the specific network second endoscope-running data of which a volume is larger than a volume of the first endoscope-running data at a second timing, different from the first timing, when an error is generated, the error notifying the fact that at least one of the endoscope, a light source device, or a processor body included in the endoscope system does not operate normally, or the fact that an abnormal image difficult to be used for endoscopy is displayed, wherein the second endoscope-running data is device-related information related to operation information, working information, or processing information of the endoscope, the light source device, or the processor body.
A user interface for a domestic appliance, in particular for a cooking hob and/or cooking oven, wherein: - the user interface comprises a printed circuit board supporting at least one illuminating element, - the user interface comprises a lighting mask arranged at least partially within a radiation area of the illuminating element on the printed circuit board, - the lighting mask includes at least one spring element, and - the spring element of the lighting mask penetrates and/or passes by the printed circuit board, so that - the user interface is configured to be supported between a substructure and a cover element of the domestic appliance, characterised in that the printed circuit board includes at least one cut-out, wherein the spring element of the lighting mask penetrates the corresponding cut-out of the printed circuit board. - the user interface comprises a printed circuit board supporting at least one illuminating element, - the user interface comprises a lighting mask arranged at least partially within a radiation area of the illuminating element on the printed circuit board, - the lighting mask includes at least one spring element, and - the spring element of the lighting mask penetrates and/or passes by the printed circuit board, so that - the user interface is configured to be supported between a substructure and a cover element of the domestic appliance,