mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: - a light source that emits first light in a first spectral range, in response to an applied electrical signal; and - a fluorescent layer positioned over the light source to receive at least a portion of the first light emitted from the light source, the fluorescent layer comprising: - a first fluorescent material having a property of radiating second light in a second spectral range in response to the first light, wherein the first fluorescent material is a Cerium activated and Gadolinium doped Yttrium Aluminum Garnet phosphor ("Ce:YAG phosphor"); - a second fluorescent material having a property of radiating third light in a third spectral range, the second fluorescent material comprising an europium activated nitrido-silicate; and - a light propagation medium optically coupled to said fluorescent layer to transmit the first light, second light, and third light as composite output in a direction away from the light source, the composite output light having a color characteristic at least partially determined by intensities of the first light, second light, and third light. - a light source that emits first light in a first spectral range, in response to an applied electrical signal; and - a fluorescent layer positioned over the light source to receive at least a portion of the first light emitted from the light source, the fluorescent layer comprising: - a first fluorescent material having a property of radiating second light in a second spectral range in response to the first light, wherein the first fluorescent material is a Cerium activated and Gadolinium doped Yttrium Aluminum Garnet phosphor ("Ce:YAG phosphor"); - a second fluorescent material having a property of radiating third light in a third spectral range, the second fluorescent material comprising an europium activated nitrido-silicate; and - a light propagation medium optically coupled to said fluorescent layer to transmit the first light, second light, and third light as composite output in a direction away from the light source, the composite output light having a color characteristic at least partially determined by intensities of the first light, second light, and third light.
An illuminated suction device for illuminating a surgical field, said device comprising: a suction tube (12; 1610) having a proximal end, a distal end, and a central portion therebetween, the proximal end fluidly connectable to a source of vacuum, wherein the suction tube further comprises an inner surface, an outer surface; and a non-fiber optic optical waveguide (14; 1602) having a proximal end, a distal end, and a central portion therebetween, the central portion comprising a concave saddle portion, wherein light is transmitted through the optical waveguide (14; 1602) by total internal reflection, and wherein the light exits the distal end of the optical waveguide to illuminate the surgical field, wherein the suction (12; 1610) tube is disposed in the concave saddle portion of the optical waveguide, and wherein the distal end of the optical waveguide (14; 1602) comprises an array of lenses for extracting and directing the light delivered therefrom. a suction tube (12; 1610) having a proximal end, a distal end, and a central portion therebetween, the proximal end fluidly connectable to a source of vacuum, wherein the suction tube further comprises an inner surface, an outer surface; and a non-fiber optic optical waveguide (14; 1602) having a proximal end, a distal end, and a central portion therebetween, the central portion comprising a concave saddle portion, wherein light is transmitted through the optical waveguide (14; 1602) by total internal reflection, and wherein the light exits the distal end of the optical waveguide to illuminate the surgical field, wherein the suction (12; 1610) tube is disposed in the concave saddle portion of the optical waveguide, and wherein the distal end of the optical waveguide (14; 1602) comprises an array of lenses for extracting and directing the light delivered therefrom.
Adapter for connecting a motorized tractor head to an attachable chassis, wherein the adapter is of multi-part and modular design for adaptation to different attachable chassis, wherein the adapter has a standard upper part and a variable lower part, which parts are fixedly or preferably releasably connectable or connected to each other at an intersection via a preferably weld-free fastening, in particular a screw connection, characterized in that the upper part has one or more adapter parts (22, 23, 24) designed as identical parts, wherein one adapter part is designed as a preferably plate-like covering plate which also forms the intersection for attaching the lower part.
A waterproofing composition comprising: (a) at least one branched isocyanate component comprising on average at least 2.3 isocyanate groups per molecule wherein the isocyanate component is the reaction product of methylene diphenyl diisocyanate and a multifunctional alcohol; and (b) at least one hydroxycarboxylic acid component which is a hydroxy-group-containing fatty acid having 10 to 23 carbon atoms. (a) at least one branched isocyanate component comprising on average at least 2.3 isocyanate groups per molecule wherein the isocyanate component is the reaction product of methylene diphenyl diisocyanate and a multifunctional alcohol; and (b) at least one hydroxycarboxylic acid component which is a hydroxy-group-containing fatty acid having 10 to 23 carbon atoms.
A method for producing arachidonic acid and/or dihomo-gamma-linolenic acid (DGLA), the method comprising cultivating Mortierella alpina capable of producing arachidonic acid and/or dihomo-gamma-linolenic acid (DGLA), the method further comprising: (a) adding an organic acid selected from the group consisting of succinic acid, fumaric acid, pyruvic acid, and malic acid, or a mixture thereof in an amount of 0.01 to 5 w/v% to a culture medium three days or later after the beginning of the main culture. (a) adding an organic acid selected from the group consisting of succinic acid, fumaric acid, pyruvic acid, and malic acid, or a mixture thereof in an amount of 0.01 to 5 w/v% to a culture medium three days or later after the beginning of the main culture.
A cabin air cooling system for an aircraft, the system comprising: a rotary machine, wherein the rotary machine comprises: a motor including a rotor and a stator; a compressor including a compressor rotor; a shaft extending between the motor and the compressor rotor; and a secondary cooling flow path that is configured to deliver cooling air from a cabin of the aircraft to the motor; the secondary cooling flow path comprising: a first cooling air duct configured to extend between the cabin of the aircraft and the motor, wherein the first cooling air duct is configured to deliver the cooling air from the cabin of the aircraft to the motor; a shut-off valve positioned in the first cooling air duct between the cabin of the aircraft and the motor, wherein the shut-off valve is configured to stop a flow of the cooling air from the cabin to the motor; characterised in that the system comprises a pressure regulating device positioned in the first cooling air duct between the shut-off valve and the motor, wherein the pressure regulating device is configured to regulate a pressure of the cooling air flowing to the motor, and a second cooling air duct extending from the motor, wherein the second cooling air duct is configured to dump the cooling air from the motor to an ambient outside of the aircraft. a rotary machine, wherein the rotary machine comprises: a motor including a rotor and a stator; a compressor including a compressor rotor; a shaft extending between the motor and the compressor rotor; and a motor including a rotor and a stator; a compressor including a compressor rotor; a shaft extending between the motor and the compressor rotor; and a secondary cooling flow path that is configured to deliver cooling air from a cabin of the aircraft to the motor; the secondary cooling flow path comprising: a first cooling air duct configured to extend between the cabin of the aircraft and the motor, wherein the first cooling air duct is configured to deliver the cooling air from the cabin of the aircraft to the motor; a shut-off valve positioned in the first cooling air duct between the cabin of the aircraft and the motor, wherein the shut-off valve is configured to stop a flow of the cooling air from the cabin to the motor; characterised in that the system comprises a pressure regulating device positioned in the first cooling air duct between the shut-off valve and the motor, wherein the pressure regulating device is configured to regulate a pressure of the cooling air flowing to the motor, and a second cooling air duct extending from the motor, wherein the second cooling air duct is configured to dump the cooling air from the motor to an ambient outside of the aircraft.
A method of managing resources at a controlled device (200, 210, 220), the method comprising: waiting (354, 410) a predetermined time for an action invoked by a control point; said action being a command message for executing a service in the controlled device, the service being a service for determining a connection or a non-connection between the control point and the controlled device (200, 210, 220), said action being invoked by the control point using a specific identifier of the control point input as a parameter; determining whether the action is invoked within the predetermined time; and if no action invoked by the control point representing a connection between the control point and the controlled device is received at the controlled device (200, 210, 220) within the predetermined time, increasing available resources by selectively deactivating an application which is controlled by the control point, wherein the application is established in the controlled device (200, 210, 220), and executed in the controller device (200, 201, 220), wherein the application that is controlled by the control point is deactivated by said controlled device, wherein deactivating the application comprises: moving the application to a temporary storage space. waiting (354, 410) a predetermined time for an action invoked by a control point; said action being a command message for executing a service in the controlled device, the service being a service for determining a connection or a non-connection between the control point and the controlled device (200, 210, 220), said action being invoked by the control point using a specific identifier of the control point input as a parameter; determining whether the action is invoked within the predetermined time; and if no action invoked by the control point representing a connection between the control point and the controlled device is received at the controlled device (200, 210, 220) within the predetermined time, increasing available resources by selectively deactivating an application which is controlled by the control point, wherein the application is established in the controlled device (200, 210, 220), and executed in the controller device (200, 201, 220), wherein the application that is controlled by the control point is deactivated by said controlled device, wherein deactivating the application comprises: moving the application to a temporary storage space.
An image forming apparatus comprising: a first generation unit configured to generate a graphic object from a drawing command set for printing the graphic object included in a print job; a second generation unit configured to generate a first mask image by rendering the graphic object; a third generation unit configured to generate a second mask image by shifting the first mask image in a thickening direction by the number of pixels of a thickening width; a fourth generation unit configured to generate a third mask image by logically composing the first mask image and the second mask image; a fifth generation unit configured to convert the third mask image into intermediate data; and a sixth generation unit configured to generate a raster image by rendering of the intermediate data, characterized in that the second generation unit generates the first mask image by rendering graphic objects that satisfy specific conditions among a plurality of graphic objects generated by the first generation unit in a case where the print job includes a drawing command set for printing a plurality of graphic objects, and in that the graphic objects that satisfy the specific conditions are a plurality of graphic objects of which drawing areas do not overlap and of which fills are identical. a first generation unit configured to generate a graphic object from a drawing command set for printing the graphic object included in a print job; a second generation unit configured to generate a first mask image by rendering the graphic object; a third generation unit configured to generate a second mask image by shifting the first mask image in a thickening direction by the number of pixels of a thickening width; a fourth generation unit configured to generate a third mask image by logically composing the first mask image and the second mask image; a fifth generation unit configured to convert the third mask image into intermediate data; and a sixth generation unit configured to generate a raster image by rendering of the intermediate data, characterized in that the second generation unit generates the first mask image by rendering graphic objects that satisfy specific conditions among a plurality of graphic objects generated by the first generation unit in a case where the print job includes a drawing command set for printing a plurality of graphic objects, and in that the graphic objects that satisfy the specific conditions are a plurality of graphic objects of which drawing areas do not overlap and of which fills are identical.
A battery cell with a housing part, wherein the housing part - has an inner side facing an interior of the battery cell and an outer side facing an exterior of the battery cell, wherein - a hole is provided in the housing part, via which hole in the event of a malfunction in which an impermissibly high pressure increase occurs in the interior of the battery cell, pressure can escape into the surrounding area, wherein - a small-plate-like rupture element is provided which completely overlaps the hole, wherein an edge region of the rupture element is connected all around to an edge region of the housing part which extends around the hole, as a result of which the hole is closed off in fluid-tight manner, wherein - the small-plate-like rupture element is at least somewhat larger than the hole and is applied from the outer side onto the hole, wherein provision is made - that when a specified pressure in the interior of the battery cell is exceeded a connection between the rupture element and the housing part fails and the rupture element becomes partially or completely detached from the housing part, - the housing part comprises a plastics material and the small-plate-like rupture element of a metal. - has an inner side facing an interior of the battery cell and an outer side facing an exterior of the battery cell, wherein - a hole is provided in the housing part, via which hole in the event of a malfunction in which an impermissibly high pressure increase occurs in the interior of the battery cell, pressure can escape into the surrounding area, wherein - a small-plate-like rupture element is provided which completely overlaps the hole, wherein an edge region of the rupture element is connected all around to an edge region of the housing part which extends around the hole, as a result of which the hole is closed off in fluid-tight manner, wherein - the small-plate-like rupture element is at least somewhat larger than the hole and is applied from the outer side onto the hole, wherein provision is made - that when a specified pressure in the interior of the battery cell is exceeded a connection between the rupture element and the housing part fails and the rupture element becomes partially or completely detached from the housing part, - the housing part comprises a plastics material and the small-plate-like rupture element of a metal.
Analysis device for analyzing a communication sequence, comprising: a memory in which a target communication sequence is stored; a processor, which is designed to read out the target communication sequence from the memory, to create a Petri net (1103, 1403) depending on the read-out target communication sequence and to compare the communication sequence with the created Petri net (1103, 1403) in order to analyze the communication sequence, wherein the comparison of the communication sequence with the Petri net (1103, 1403) comprises comparing data packets read out from the Petri net with data packets of the communication sequence; and a communication interface, which is designed to capture data packets transmitted in a communication network in order to obtain the communication sequence, wherein a modification instruction is further stored in the memory, and wherein the processor is further designed to read out the modification instruction from the memory, and is designed to generate a modified communication sequence by modifying a data packet captured by means of the communication interface depending on the modification instruction. a memory in which a target communication sequence is stored; a processor, which is designed to read out the target communication sequence from the memory, to create a Petri net (1103, 1403) depending on the read-out target communication sequence and to compare the communication sequence with the created Petri net (1103, 1403) in order to analyze the communication sequence, wherein the comparison of the communication sequence with the Petri net (1103, 1403) comprises comparing data packets read out from the Petri net with data packets of the communication sequence; and a communication interface, which is designed to capture data packets transmitted in a communication network in order to obtain the communication sequence, wherein a modification instruction is further stored in the memory, and wherein the processor is further designed to read out the modification instruction from the memory, and is designed to generate a modified communication sequence by modifying a data packet captured by means of the communication interface depending on the modification instruction.
Container heater with a heater assembly containing a plurality of ceramic PTC heating resistors, a plastic housing which surrounds the PTC heating resistors and forms a housing of an electrical plug connector, wherein the housing of the plug connector has a base which separates a sealed inner space of the plastic housing containing the PTC heating resistors from an outer space and from which contact tongues (4a, 5a) of the plug connector protrude, characterised in that electrical contact is made via the contact tongues (4a, 5a) to a respective sheet metal strip (4, 5), each of which in the inner space abuts with a front side a contact plate (12, 13), which electrically contacts a first part of the PTC heating resistors, and with a rear side abuts a contact plate (15, 16), which electrically contacts a second part of the PTC heating resistors. a heater assembly containing a plurality of ceramic PTC heating resistors, a plastic housing which surrounds the PTC heating resistors and forms a housing of an electrical plug connector, wherein the housing of the plug connector has a base which separates a sealed inner space of the plastic housing containing the PTC heating resistors from an outer space and from which contact tongues (4a, 5a) of the plug connector protrude, characterised in that electrical contact is made via the contact tongues (4a, 5a) to a respective sheet metal strip (4, 5), each of which in the inner space abuts with a front side a contact plate (12, 13), which electrically contacts a first part of the PTC heating resistors, and with a rear side abuts a contact plate (15, 16), which electrically contacts a second part of the PTC heating resistors.
A safety barrier for use with a play apparatus such as a trampoline comprising: at least one support pole and a barrier element, wherein a portion of the barrier element is detachably connectable directly or indirectly to the support pole, the barrier element having an erect configuration and a collapsed configuration, wherein in the erect configuration the portion of the barrier element is connected directly or indirectly to the support pole and in the collapsed configuration the portion of the barrier element is not connected directly or indirectly to the support pole, the safety barrier being characterised in that it further comprises one or more elongate control members, each control member having a first end connected directly or indirectly to the barrier element and a second end being provided with an attachment member configured to engage with an attachment point disposed on a lower portion of the support pole, the elongate control member passing through a guide channel to provide a pulley mechanism to enable the barrier element to be moved between the erect and collapsed configuration, wherein engagement of the attachment member with the attachment point secures the barrier element in the erect configuration.
A water-overflow device for a swimming pool, including a body which comprises: - at least one first access for water entry, and - at least one first conduit connected to the first access for discharging the water entering the first access when the water is found above a first overflow level, defined relatively to the body, on the first conduit is found at least one valve, able to be controlled so as to be found in either one: - of a first open position, in which the valve lets through into the first conduit the water found above said first overflow level, and - of a second closed position, in which the valve does not let through into the first conduit the water found above said first overflow level, characterized in that a system is laid out for causing discharge of the water through a second conduit distinct from the first conduit or through the first conduit, reacting to the fact that, in the second closed position of the valve, the water exceeds a prescribed second overflow level located above the first overflow level, being provided. - at least one first access for water entry, and - at least one first conduit connected to the first access for discharging the water entering the first access when the water is found above a first overflow level, defined relatively to the body, - of a first open position, in which the valve lets through into the first conduit the water found above said first overflow level, and - of a second closed position, in which the valve does not let through into the first conduit the water found above said first overflow level, characterized in that a system is laid out for causing discharge of the water through a second conduit distinct from the first conduit or through the first conduit, reacting to the fact that, in the second closed position of the valve, the water exceeds a prescribed second overflow level located above the first overflow level, being provided.