mhurhangee/ep-ind-claims huggingface dataset:
Inclined shelf case having a shelf body with at least one inclined shelf which is inclined to the take-out side and has an abutting element at the bottom end thereof, holding objects placed thereon, wherein the at least one inclined shelf is supported at the shelf body via guide rails and is designed as a pullout running on the guide rails which can be pulled out to the take-out side and has a spring device for decelerating the inclined shelf while being pulled out, said spring device acting between the shelf body and the inclined shelf, wherein the spring device has a connection element which has a first connection section, which is connected to the shelf body in an operating position by means of a holder, characterized in that the connection element has a second connection section, and that the inclined shelf has a fixation holder to which the connection element is fastened via the second connection section in an assembly position, wherein, upon pushing in the inclined shelf with the connection element in the assembly position, the first connection section engages the holder and wherein the second connection section is removable from the fixation holder.
An agricultural harvester having at least one conveyor member for variable acceleration of crop material and a transloading device arranged downstream of the conveyor member for ejection of the crop material into a loading container wherein the transloading device is variable in its state by means of at least one actuator (12, 13) to influence an achieved throwing distance (d), characterised in that the conveyor member is a post-acceleration device wherein acceleration of the crop material is controllable by an adjustment of a gap width of the post-acceleration device, and by a control device which is actuable to compensate for a change in the throwing distance (d) of the crop material, that is caused by varied acceleration of the crop material, by actuation of the at least one actuator (12, 13) of the transloading device.
A system for obtaining photographic and/or videographic images, the system comprising: a processor; a memory operatively associated with the processor; a database comprising a plurality of lighting formulas stored in the memory, wherein each of said plurality of lighting formulas includes an associated image; a graphic user interface operatively associated with the processor, said graphic user interface being configured to display the associated image of said plurality of lighting formulas to the user for selection by the user, and to transmit a user selection of one of said plurality of lighting formulas based on its associated image to the processor; and a motorized carriage separatively associated with the processor, said motorized carriage supporting a light for illuminating a photographic zone; wherein, the processor is configured to send a command to the motorized carriage to position and orient the light with respect to the photographic zone based on the user selection transmitted from the graphic user interface to the processor. a processor; a memory operatively associated with the processor; a database comprising a plurality of lighting formulas stored in the memory, wherein each of said plurality of lighting formulas includes an associated image; a graphic user interface operatively associated with the processor, said graphic user interface being configured to display the associated image of said plurality of lighting formulas to the user for selection by the user, and to transmit a user selection of one of said plurality of lighting formulas based on its associated image to the processor; and a motorized carriage separatively associated with the processor, said motorized carriage supporting a light for illuminating a photographic zone; wherein, the processor is configured to send a command to the motorized carriage to position and orient the light with respect to the photographic zone based on the user selection transmitted from the graphic user interface to the processor.
Assembly comprising a connector for connecting a safety valve device to a fluid system, wherein: - the connector comprises a connector body defining a connector channel having a connector inlet and a connector outlet, - a connector valve is provided in the connector channel, which connector valve is movable into an open position and into a closed position, - in the open position the connector valve does not connector connector channel and in the closed position the connector valve closes the connector channel, and - the connector valve comprises a fluid passage which is sealed by a sealing member, which sealing member looses its sealing function when a fluid pressure at the connector inlet exceeds a predetermined value so that the connector inlet and connector outlet are in fluid connection while the connector valve is located in the closed position, and further comprising a safety valve device, wherein; - the safety valve device comprises a valve body defining a valve channel having a valve inlet and a valve outlet, - the valve inlet is connected to the connector outlet of the connector such that the connector valve is moved into the open position, and - a safety valve is provided in the valve channel, which safety valve closes the valve channel when a fluid pressure at the valve inlet is lower than or equal to the predetermined value and opens the valve channel when the fluid pressure at the valve inlet exceeds the predetermined value. - the connector comprises a connector body defining a connector channel having a connector inlet and a connector outlet, - a connector valve is provided in the connector channel, which connector valve is movable into an open position and into a closed position, - in the open position the connector valve does not connector connector channel and in the closed position the connector valve closes the connector channel, and - the connector valve comprises a fluid passage which is sealed by a sealing member, which sealing member looses its sealing function when a fluid pressure at the connector inlet exceeds a predetermined value so that the connector inlet and connector outlet are in fluid connection while the connector valve is located in the closed position, and further comprising a safety valve device, wherein; - the safety valve device comprises a valve body defining a valve channel having a valve inlet and a valve outlet, - the valve inlet is connected to the connector outlet of the connector such that the connector valve is moved into the open position, and - a safety valve is provided in the valve channel, which safety valve closes the valve channel when a fluid pressure at the valve inlet is lower than or equal to the predetermined value and opens the valve channel when the fluid pressure at the valve inlet exceeds the predetermined value.
Process for the preparation of pharmaceutical grade human chorionic gonadotropin (hCG) comprising the phases: (a) separation of urine of pregnant women, or crude fraction thereof, by chromatography on ion exchange resin having a particle size between 50 and 500 micrometers; (b) separation of the product obtained in (a), by means of dye-affinity chromatography. (c) ultra/nanofiltration of the solution obtained in (b) (d) recovery of the final product from the solution obtained in (c). (a) separation of urine of pregnant women, or crude fraction thereof, by chromatography on ion exchange resin having a particle size between 50 and 500 micrometers; (b) separation of the product obtained in (a), by means of dye-affinity chromatography. (c) ultra/nanofiltration of the solution obtained in (b) (d) recovery of the final product from the solution obtained in (c).
A method of producing carbon particles for an electrode, each containing particles of a metal capable of forming an alloy with lithium, being formed by an aggregation of numerous fine particles composed of carbon, and having a hollow open-cell structure in which cells among the fine particles form a plurality of interconnected pores, which comprises the steps of: mixing together a monomer having a low compatibility with a polymer to be formed, an organic solvent having a low compatibility with the polymer to be formed, and particles of a metal capable of forming an alloy with lithium, to prepare a monomer-containing mixture; dispersing the monomer-containing mixture in an aqueous phase to prepare a suspension containing, dispersed therein, oil droplets of the monomer-containing mixture; polymerizing the oil droplets in the suspension to prepare resin particles; and curing the resin particles. mixing together a monomer having a low compatibility with a polymer to be formed, an organic solvent having a low compatibility with the polymer to be formed, and particles of a metal capable of forming an alloy with lithium, to prepare a monomer-containing mixture; dispersing the monomer-containing mixture in an aqueous phase to prepare a suspension containing, dispersed therein, oil droplets of the monomer-containing mixture; polymerizing the oil droplets in the suspension to prepare resin particles; and curing the resin particles.
Vehicle door handle assembly comprising: - a bowl configured to be mounted in an opening of a door panel, - a peripheral gasket disposed between the bowl and the door panel and configured to be sandwiched between the bowl and the door panel to provide waterproofness, wherein the bowl comprises a concavity, the said concavity being configured for receiving an edge of the door panel and wherein the peripheral gasket comprises a plurality of pads distributed along the upper portion of the peripheral gasket when the vehicle is assembled, said pads being configured to protrude in the concavity of the bowl to prevent friction between the edge of the door panel and the said concavity. - a bowl configured to be mounted in an opening of a door panel, - a peripheral gasket disposed between the bowl and the door panel and configured to be sandwiched between the bowl and the door panel to provide waterproofness,
A method for enriching a plurality of target nucleic acids in a sample, the method comprising: providing an endonuclease system; wherein each of the plurality of target nucleic acids comprises a first variant and a second variant, wherein the first variant of each of the plurality of target nucleic acids comprises a wild-type allele sequence, wherein the wild-type allele sequence comprises a AKT1, BRAF, EGFR, KRAS, MAP2K1, NRAS, PI3KCA or PTEN wild-type allele sequence, wherein the endonuclease system comprises a plurality of clustered regularly interspaced short palindromic repeat (CRISPR) RNAs (crRNAs), or derivatives thereof, each crRNA comprising a targeting sequence, and a plurality of CRISPR-associated (Cas) proteins, or variants thereof, each Cas protein capable of binding to a protospacer adjacent motif site on a target nucleic acid, wherein the first variant of each target nucleic acid comprises a PAM site adjacent to a region complementary to a crRNA targeting sequence, and wherein the second variant does not comprise the PAM site or does not comprise the region complementary to the crRNA targeting sequence adjacent to the PAM site, and contacting the sample with the endonuclease system, thereby depleting the first variant and enriching the second variant of each of the plurality of target nucleic acids in the sample. providing an endonuclease system; wherein each of the plurality of target nucleic acids comprises a first variant and a second variant, wherein the first variant of each of the plurality of target nucleic acids comprises a wild-type allele sequence, wherein the wild-type allele sequence comprises a AKT1, BRAF, EGFR, KRAS, MAP2K1, NRAS, PI3KCA or PTEN wild-type allele sequence, wherein the endonuclease system comprises a plurality of clustered regularly interspaced short palindromic repeat (CRISPR) RNAs (crRNAs), or derivatives thereof, each crRNA comprising a targeting sequence, and a plurality of CRISPR-associated (Cas) proteins, or variants thereof, each Cas protein capable of binding to a protospacer adjacent motif site on a target nucleic acid, wherein the first variant of each target nucleic acid comprises a PAM site adjacent to a region complementary to a crRNA targeting sequence, and wherein the second variant does not comprise the PAM site or does not comprise the region complementary to the crRNA targeting sequence adjacent to the PAM site, and contacting the sample with the endonuclease system, thereby depleting the first variant and enriching the second variant of each of the plurality of target nucleic acids in the sample.
Use of a liquid mixture for testing and validating x-ray screening devices for inspecting objects or persons which contains glycerol, characterized in that it consists of a mixture of glycerol, ethanol and water.
Method for producing a sheet metal product from a sheet metal preliminary product, wherein at least one surface of the sheet metal preliminary product is coated with a coating, wherein the coating used is zinc, wherein the sheet metal preliminary product is rolled, wherein depressions are rolled into the surface during the rolling operation, wherein, after the coating and rolling operations, lubricant (8.1) is introduced into the depressions, wherein, after the introduction of lubricant (8.1), the sheet metal preliminary product is mechanically formed by a forming tool, characterized in that the surface is coated in such a way that, in the forming tool during the forming process, the coating is elastically deformable under loads of 0.5 MPa to 20 MPa and plastically deformable under loads of above 20 MPa.
A cooktop appliance apparatus having a cooking surface (104, 1306) for use in cooking, the apparatus including: a heating subsystem associated with the cooking surface; a controller for controlling operation of the heating subsystem; a hardware-implemented safety module (1100, 1200) comprising two or more electronic safety circuits (1102, 1104, 1202, 1204), each safety circuit having: a temperature sensor (206, 504, 1106, 1316) for sensing a temperature associated with the heating subsystem, and a comparator adapted to compare the sensed temperature with a threshold safety temperature, and an electronic switch (1210, 1208) for activating operation of the heating sub-system; wherein temperature sensors of the respective safety circuits are located beneath a sensor cap that is biased into a raised position above the cooking surface; wherein electronic switches of the respective safety circuits together effect operation of the heating sub-system only when at least two safety circuits determine that the sensed temperature is below a predetermined threshold safety temperature. a heating subsystem associated with the cooking surface; a controller for controlling operation of the heating subsystem; a hardware-implemented safety module (1100, 1200) comprising two or more electronic safety circuits (1102, 1104, 1202, 1204), each safety circuit having: a temperature sensor (206, 504, 1106, 1316) for sensing a temperature associated with the heating subsystem, and a comparator adapted to compare the sensed temperature with a threshold safety temperature, and a temperature sensor (206, 504, 1106, 1316) for sensing a temperature associated with the heating subsystem, and a comparator adapted to compare the sensed temperature with a threshold safety temperature, and an electronic switch (1210, 1208) for activating operation of the heating sub-system; wherein temperature sensors of the respective safety circuits are located beneath a sensor cap that is biased into a raised position above the cooking surface; wherein electronic switches of the respective safety circuits together effect operation of the heating sub-system only when at least two safety circuits determine that the sensed temperature is below a predetermined threshold safety temperature.
A water outlet fitting with a pedestal, a hose device with a hose and a water outlet head and with a support, wherein the support includes: a mounting section for mounting the support on the pedestal of the water outlet fitting; a locking section at the free end of the support for producing a releasable locking of the hose device; and a guide section for connecting the locking section to the mounting section and optionally for providing an engagement surface for the hose device; wherein in a first use variant (starting position) the hose device is locked to the support, wherein in a second use variant the hose device is removed from the support and is freely movable with respect to the support, characterised in that the hose device is guided along the underside of the support and that the support is formed of an at least partially elastic material, which has a restoring force, which automatically returns the hose device and the support back into the starting position after a displacement. a mounting section for mounting the support on the pedestal of the water outlet fitting; a locking section at the free end of the support for producing a releasable locking of the hose device; and a guide section for connecting the locking section to the mounting section and optionally for providing an engagement surface for the hose device; wherein in a first use variant (starting position) the hose device is locked to the support, wherein in a second use variant the hose device is removed from the support and is freely movable with respect to the support, characterised in that the hose device is guided along the underside of the support and that the support is formed of an at least partially elastic material, which has a restoring force, which automatically returns the hose device and the support back into the starting position after a displacement.
Device for connecting two parts (18, 24) of a negative mould for producing shaft bottom parts from concrete, comprising: - a positioning element comprising a holding portion which is designed to hold a first part of the negative mould on the positioning element, and comprising a positioning projection which is designed to be pressed into a second part of the negative mould in order to provisionally hold the positioning element and the first part of the negative mould on the second part of the negative mould, characterised by - a fixing screw which is designed to engage with the first part of the negative mould and to be screwed into the second part of the negative mould, in order to press the first part against the second part and to fix it thereto, the fixing screw being passed through a sleeve and being brought into engagement or being able to be brought into engagement with the sleeve, the sleeve being brought into engagement or being able to be brought into engagement with the positioning element, and the sleeve comprising a stop for coming to rest on a stop of the positioning element, in order to carry along the positioning element when moving towards the second part of the negative mould. - a positioning element comprising a holding portion which is designed to hold a first part of the negative mould on the positioning element, and comprising a positioning projection which is designed to be pressed into a second part of the negative mould in order to provisionally hold the positioning element and the first part of the negative mould on the second part of the negative mould, characterised by - a fixing screw which is designed to engage with the first part of the negative mould and to be screwed into the second part of the negative mould, in order to press the first part against the second part and to fix it thereto,
Luminous clothing item comprising: an outer layer provided with at least one through opening extending between an outer face and an inner face of said outer layer, at least one luminous duct combined with said inner face of said outer layer and having at least one first luminous portion at least partially arranged at said at least one through opening, and at least one protective element at least partially transparent to the light emitted by said at least one luminous duct, combined with said outer layer and placed so as to close said at least one through opening, characterized in that said at least one protective element is water-vapor permeable. an outer layer provided with at least one through opening extending between an outer face and an inner face of said outer layer, at least one luminous duct combined with said inner face of said outer layer and having at least one first luminous portion at least partially arranged at said at least one through opening, and at least one protective element at least partially transparent to the light emitted by said at least one luminous duct, combined with said outer layer and placed so as to close said at least one through opening, characterized in that said at least one protective element is water-vapor permeable.
A vapour compression cycle dehumidification system comprising: an evaporator, a condenser, a heating unit, a cooling unit, a compressor, an expansion device and a refrigerant flow within the system; wherein the cooling unit is in fluid communication with the heating unit; wherein the cooling unit, the evaporator and the heating unit are arranged sequentially along a flow path of the first gas stream; wherein the cooling unit pre-cools the first gas stream prior to contact with the evaporator; and wherein the condenser is located downstream of the heating unit along the flow path of the first gas stream or is located outside of the flow path of the first gas stream; characterised in that the refrigerant fluid flows sequentially from the compressor to the heating unit via the condenser, from the heating unit to the cooling unit along a first flow path, from the cooling unit to the heating unit along a second flow path different from the first flow path, from the heating unit to the cooling unit along a third flow path, different from the first flow path, optionally from the cooling unit to the heating unit along a fourth flow path which is different from the second flow path, from the cooling unit or the heating unit to the evaporator via the expansion device and from the evaporator to the compressor to complete the refrigerant cycle. an evaporator, a condenser, a heating unit, a cooling unit, a compressor, an expansion device and a refrigerant flow within the system; wherein the cooling unit is in fluid communication with the heating unit; wherein the cooling unit, the evaporator and the heating unit are arranged sequentially along a flow path of the first gas stream; wherein the cooling unit pre-cools the first gas stream prior to contact with the evaporator; and wherein the condenser is located downstream of the heating unit along the flow path of the first gas stream or is located outside of the flow path of the first gas stream; characterised in that the refrigerant fluid flows sequentially from the compressor to the heating unit via the condenser, from the heating unit to the cooling unit along a first flow path, from the cooling unit to the heating unit along a second flow path different from the first flow path, from the heating unit to the cooling unit along a third flow path, different from the first flow path, optionally from the cooling unit to the heating unit along a fourth flow path which is different from the second flow path, from the cooling unit or the heating unit to the evaporator via the expansion device and from the evaporator to the compressor to complete the refrigerant cycle.