mhurhangee/ep-ind-claims huggingface dataset:
A head-up display device for a vehicle which projects an image from a light transmission portion, the head-up display device comprising: a housing which has the light transmission portion; light emitting means for outputting laser light; scanning means for scanning the laser light from the light emitting means to generate the image; reflection means for reflecting the image generated by the scanning means to project the image outside the housing; and angle adjustment means for adjusting the reflection means at a desired angle; the device being characterised in that it further comprises: test laser light output means for causing the light emitting means to output test laser light based on test laser light output data recorded in the recording means in advance after a start switch of the vehicle is turned on; light source state detection means (102, 20) for detecting a current value in the light emitting means or first light intensity, which is light intensity of the test laser light, when the light emitting means emits the test laser light; and invisible position holding means (302, 401) for controlling the angle adjustment means such that the position of the reflection means is an invisible position at which the test laser light is reflected inside the housing at least until a predetermined condition is established after the light emitting means outputs the test laser light. a housing which has the light transmission portion; light emitting means for outputting laser light; scanning means for scanning the laser light from the light emitting means to generate the image; reflection means for reflecting the image generated by the scanning means to project the image outside the housing; and angle adjustment means for adjusting the reflection means at a desired angle; test laser light output means for causing the light emitting means to output test laser light based on test laser light output data recorded in the recording means in advance after a start switch of the vehicle is turned on; light source state detection means (102, 20) for detecting a current value in the light emitting means or first light intensity, which is light intensity of the test laser light, when the light emitting means emits the test laser light; and invisible position holding means (302, 401) for controlling the angle adjustment means such that the position of the reflection means is an invisible position at which the test laser light is reflected inside the housing at least until a predetermined condition is established after the light emitting means outputs the test laser light.
A barrier film comprising: (a) a barrier layer having two opposing major surfaces (126, 128), wherein the barrier layer comprises buckling deformations and non-buckling regions; (b) a first organic layer in direct contact with one of the opposing major surfaces of the barrier layer; (c) a second organic layer in direct contact with the other of the opposing major surfaces of the barrier layer; and (d) a substrate in direct contact with the first organic layer or the second organic layer; wherein the barrier layer comprises metal oxide. (a) a barrier layer having two opposing major surfaces (126, 128), wherein the barrier layer comprises buckling deformations and non-buckling regions; (b) a first organic layer in direct contact with one of the opposing major surfaces of the barrier layer; (c) a second organic layer in direct contact with the other of the opposing major surfaces of the barrier layer; and (d) a substrate in direct contact with the first organic layer or the second organic layer; wherein the barrier layer comprises metal oxide.
A method of forming a bioabsorbable drug delivery tube comprising the steps of: preparing a solution of a polymeric material and at least one therapeutic agent using a solvent wherein the polymeric material comprises a bioabsorbable polymer; dispensing a first layer of the solution onto a stage; coating the length and surfaces of the stage; containing the stage within a chamber and providing a solvent within the chamber; partially removing the solvent from the material by rotating the stage for a period of time within the chamber; removing the stage having partially dried material thereon from the chamber; placing the stage in a (drying) environment to further remove the solvent from the material; and removing the dried material from the stage, to obtain the drug delivery tube. preparing a solution of a polymeric material and at least one therapeutic agent using a solvent wherein the polymeric material comprises a bioabsorbable polymer; dispensing a first layer of the solution onto a stage; coating the length and surfaces of the stage; containing the stage within a chamber and providing a solvent within the chamber; partially removing the solvent from the material by rotating the stage for a period of time within the chamber; removing the stage having partially dried material thereon from the chamber; placing the stage in a (drying) environment to further remove the solvent from the material; and removing the dried material from the stage, to obtain the drug delivery tube.
A steel cord for reinforcing rubber articles with a multi-twisted structure in which a plurality of strands (11, 12) formed by twisting a plurality of wires together in a layered-twisted structure are twisted together in a 2-layer-twisted structure, wherein a cord mass is from 35 g/m to 65 g/m, and the ratio of flexural rigidity G (N•mm 2) to cord cross section A (mm 2), G/A is from 400 N to 650 N, wherein the flexural rigidity G (N•mm 2) of a cord is calculated by G = ∑ i n di × (E × 9.8) × I di = ∑ i n di × 21000 × 9.8 × πd i 4 /64 (N•mm 2), letting the diameter of a wire constituting the cord be d i (mm), the number of the wires be n di, the Young's modulus of wire material be E (kgf/mm 2), and the geometrical moment of inertia be I di (mm 4), characterized in that: the strand has 1+6+10, 1+6+12, 2+9 or 2+9+13 structure. the strand has 1+6+10, 1+6+12, 2+9 or 2+9+13 structure.
A method for debugging computer program code by means of a debugging software, which provides software means for causing the debugging software to stop at a breakpoint and which is set and incorporated in said computer program code, comprising: -- making the stop of the debugging software dependent on one or more predefinable conditions, wherein: -- the one or more predefinable conditions are different for at least two breakpoints; -- the one or more predefinable conditions are identical for a predefinable type of breakpoint; -- the one or more predefinable conditions are stored in a data array, which is accessible for only one type of breakpoints; and the setting of the breakpoint is achieved by setting a macro call, comprising said breakpoint, wherein the conditions are structured such, that in all macros of the computer program code an identical condition has to be fulfilled, and wherein the identical condition works like a main switch, and wherein in different macros, additional to said identical condition, additional second, third, fourth or more conditions are implemented, and wherein the macros are stored in one or more separate data structures, the separate data structures being external to the computer program code and being included into the computer program code by include instructions in the definition part of the computer program code. -- making the stop of the debugging software dependent on one or more predefinable conditions, -- the one or more predefinable conditions are different for at least two breakpoints; -- the one or more predefinable conditions are identical for a predefinable type of breakpoint; -- the one or more predefinable conditions are stored in a data array, which is accessible for only one type of breakpoints; and
A collapsible watertight assembly comprising: an impermeable flexible container having an open end adapted to be sealed, an inlet or outlet port closable by a cap, and sealing means to provide a watertight seal on the open end; the collapsible watertight assembly further comprising an inner container, which inner container is adapted to fit inside the impermeable flexible container; the inner container being adapted to receive items to be washed, wherein, in use, the impermeable flexible container is supplied with water and a cleaning substance, the said open end is sealed by the sealing means (10, 12), the port is closed by said cap to enable the assembly to be agitated to thereby clean the said items, characterised in that the inner container is reticulated and in that the impermeable flexible container has a reinforced base and a handle is welded to the reinforced base. an impermeable flexible container having an open end adapted to be sealed, an inlet or outlet port closable by a cap, and sealing means to provide a watertight seal on the open end; the collapsible watertight assembly further comprising an inner container, which inner container is adapted to fit inside the impermeable flexible container; the inner container being adapted to receive items to be washed, wherein, in use, the impermeable flexible container is supplied with water and a cleaning substance, the said open end is sealed by the sealing means (10, 12), the port is closed by said cap to enable the assembly to be agitated to thereby clean the said items, characterised in that the inner container is reticulated and in that the impermeable flexible container has a reinforced base and a handle is welded to the reinforced base.
A homeopathic composition comprising Cuprum metallicum, Staphysagria and Ribes nigrum, characterized in that the dilution of homeopathic stocks is 5 CH for Cuprum metallicum and Ribes nigrum and 7 CH for Staphysagria.
A decorative laminate comprising a visible side and a substrate side, comprising at least the following immediately consecutive and mutually bonded layers F-A on the visible side and also one or more decorative layer(s) D on the substrate side of the layer A, characterised in that: the layer F represents the outermost layer on the visible side and contains 75 to 100% by weight of extrudable thermoplastic ionomer; the layer A adjoining the layer F contains 60 to 95% by weight of extrudable thermoplastic ionomer; and the layer A contains a total of 5 to 40% by weight of one or more non-migratory organic anti-static agents. the layer F represents the outermost layer on the visible side and contains 75 to 100% by weight of extrudable thermoplastic ionomer; the layer A adjoining the layer F contains 60 to 95% by weight of extrudable thermoplastic ionomer; and the layer A contains a total of 5 to 40% by weight of one or more non-migratory organic anti-static agents.
An analyte assessing system comprising: a housing that substantially defines an internal space; an analyte measurement component that is within said housing or proximate said housing; a first temperature sensor that is disposed at a first position within said housing and in thermal communication with a heat source; a second temperature sensor that is disposed at a second position within said housing and in thermal communication with said heat source to a lesser extent relative to said first temperature sensor; a first opening in said housing at a location proximate said second temperature sensor, a second opening at a second location in said housing, a channel extending between said first opening and said second opening and containing said second temperature sensor, wherein each of said openings place said channel in fluid communication with the ambient environment outside of said housing, to permit ambient air to contact said second temperature sensor and to displace heated air proximate said second temperature sensor; and, a processor that is disposed within said housing, wherein the processor is in electronic communication with said first temperature sensor and said second temperature sensor, and uses temperature data (TM, TS) from said temperature sensors to calculate a temperature associated with said analyte measurement component. a housing that substantially defines an internal space; an analyte measurement component that is within said housing or proximate said housing; a first temperature sensor that is disposed at a first position within said housing and in thermal communication with a heat source; a second temperature sensor that is disposed at a second position within said housing and in thermal communication with said heat source to a lesser extent relative to said first temperature sensor; a first opening in said housing at a location proximate said second temperature sensor, a second opening at a second location in said housing, a channel extending between said first opening and said second opening and containing said second temperature sensor, wherein each of said openings place said channel in fluid communication with the ambient environment outside of said housing, to permit ambient air to contact said second temperature sensor and to displace heated air proximate said second temperature sensor; and, a processor that is disposed within said housing, wherein the processor is in electronic communication with said first temperature sensor and said second temperature sensor, and uses temperature data (TM, TS) from said temperature sensors to calculate a temperature associated with said analyte measurement component.
Lighting system for a vehicle having glass surfaces as windows and/or roof modules and having linings in the interior, wherein the glass surfaces are at least on one side covered at least partially with ceramic paste, wherein the ceramic paste has reflective particles and the glass surfaces are at least partially surrounded by at least one light module.
An apparatus (30, 230, 330, 630, 830) for introducing a fluid into a subsea production flow system, the apparatus comprising: a first flow path through the apparatus for fluidly coupling a subsea well to a subsea production flow system; an inlet (36, 736) for receiving the introduced fluid; a second flow path for fluidly connecting the inlet and the subsea production flow system via at least part of the first flow path; a valve (40, 240, 340, 440, 740) operable to control the flow of the introduced fluid through the inlet to the subsea production flow system; and at least one flow barrier (38, 238, 262, 338, 362, 438, 462, 641, 738, 841) in the first flow path, preventing the passage of the introduced fluid from the inlet to the subsea well. a first flow path through the apparatus for fluidly coupling a subsea well to a subsea production flow system; an inlet (36, 736) for receiving the introduced fluid; a second flow path for fluidly connecting the inlet and the subsea production flow system via at least part of the first flow path; a valve (40, 240, 340, 440, 740) operable to control the flow of the introduced fluid through the inlet to the subsea production flow system; and at least one flow barrier (38, 238, 262, 338, 362, 438, 462, 641, 738, 841) in the first flow path, preventing the passage of the introduced fluid from the inlet to the subsea well.
A material composition, comprising on the one hand a particulate or granular material and, on the other hand, a binder which is disposed as a coating on the particles or grains, the binder comprising a hydroxyl-terminated polymer cross-linked by a boron compound, characterised in that the concentration of the particulate or granular material is 90-98vol% of the finished composition.
An application recommendation method, comprising: initiating a broadcast message to each service system located within a preset geographic location range, so that the service system returns a response message; when an application corresponding to a response message returned by a service system is not installed in a terminal device, sending a download request to a server, so that the server returns download information; and downloading and installing the application according to the download information returned by the server; wherein the broadcast message carries a terminal device identifier and a user identifier that are used by the service system to identify a terminal device that sends the broadcast message and a user who sends the broadcast message, respectively; the response message carries a service type and a service identifier of the service system and a uniform resource locator URL address of an application store, so that the terminal device determines whether an application corresponding to the service type and the service identifier has already been installed, and when the application corresponding to the service type and the service identifier is not installed in the terminal device, sends a download request to the server according to the URL address; and the download request comprises a service type and a service identifier of a service system corresponding to the application that is not installed, so that the server searches for the application corresponding to the service type and the service identifier. initiating a broadcast message to each service system located within a preset geographic location range, so that the service system returns a response message; when an application corresponding to a response message returned by a service system is not installed in a terminal device, sending a download request to a server, so that the server returns download information; and downloading and installing the application according to the download information returned by the server; wherein the broadcast message carries a terminal device identifier and a user identifier that are used by the service system to identify a terminal device that sends the broadcast message and a user who sends the broadcast message, respectively; the response message carries a service type and a service identifier of the service system and a uniform resource locator URL address of an application store, so that the terminal device determines whether an application corresponding to the service type and the service identifier has already been installed, and when the application corresponding to the service type and the service identifier is not installed in the terminal device, sends a download request to the server according to the URL address; and the download request comprises a service type and a service identifier of a service system corresponding to the application that is not installed, so that the server searches for the application corresponding to the service type and the service identifier.
A large scale chromatography container system, comprising: a housing: a pre-packed disposable chromatography cartridge, disposed in the housing; a structural support in the housing configured to retain the chromatography cartridge within the housing; and the housing being able to withstand pressure generated inside the chromatography cartridge of less than 3 bar, the system being characterized in that said structural support is a plurality of ribs ( 307 a-g; 309 a-g) located at the sides of the housing, in that the cartridge is disposed within the housing in a vertical position, such that flow within the cartridge in use is from side to side, and in that the cartridge includes a first mobile phase port configured to receive process liquids and a second mobile phase port configured to release process liquids each mounted to the side of the cartridge. a housing: a pre-packed disposable chromatography cartridge, disposed in the housing; a structural support in the housing configured to retain the chromatography cartridge within the housing; and the housing being able to withstand pressure generated inside the chromatography cartridge of less than 3 bar, the system being characterized in that said structural support is a plurality of ribs ( 307 a-g; 309 a-g) located at the sides of the housing, in that the cartridge is disposed within the housing in a vertical position, such that flow within the cartridge in use is from side to side, and in that the cartridge includes a first mobile phase port configured to receive process liquids and a second mobile phase port configured to release process liquids each mounted to the side of the cartridge. a pre-packed disposable chromatography cartridge, disposed in the housing; a structural support in the housing configured to retain the chromatography cartridge within the housing; and the housing being able to withstand pressure generated inside the chromatography cartridge of less than 3 bar, the system being characterized in that said structural support is a plurality of ribs ( 307 a-g; 309 a-g) located at the sides of the housing, in that the cartridge is disposed within the housing in a vertical position, such that flow within the cartridge in use is from side to side, and in that the cartridge includes a first mobile phase port configured to receive process liquids and a second mobile phase port configured to release process liquids each mounted to the side of the cartridge.
A pallet removably attachable to a container having at least one locking portion and a locating member, the pallet including: a base having side members; characterized in that: at least one locking mechanism configured to engage or disengage the at least one locking portion on the container upon relative rotation between the pallet and the container; and; a locating portion configured to receive the locating member. a base having side members; characterized in that: at least one locking mechanism configured to engage or disengage the at least one locking portion on the container upon relative rotation between the pallet and the container; and; a locating portion configured to receive the locating member. at least one locking mechanism configured to engage or disengage the at least one locking portion on the container upon relative rotation between the pallet and the container; and; a locating portion configured to receive the locating member.
Process for producing an oxide-containing layer on an aluminium metal or an aluminium metal alloy by electrooxidation, characterized in that the oxide -containing layer is applied in an aqueous bath, wherein the bath temperature during electrooxidation is in the range from ≥ -30°C to ≤ 20°C, which comprises at least: a) protic acid solution comprising sulfuric acid, b) at least one short chain C 3 -C 6 ketone as solvent, c) at least one anodically polymerizable monomer, and d) aluminium. a) protic acid solution comprising sulfuric acid, b) at least one short chain C 3 -C 6 ketone as solvent, c) at least one anodically polymerizable monomer, and d) aluminium.