mhurhangee/ep-ind-claims huggingface dataset:
A process for transferring catalyst particles into a oxygenate to olefin reaction system, comprising: a) storing metalloaluminophosphate catalyst particles in a container; b) transferring the stored catalyst particles from the container to the reaction system; and c) introducing a gas flow into the container during the catalyst particles transfer at a volume transfer ratio of from 0.99 to 10.0, the volume transfer ratio being the ratio of gas entering the container versus catalyst particles and gas exiting from the container via a catalyst outlet, wherein the gas flow that is introduced during transfer is carried out at a cumulative water content of less than 0.1 lb water per lb (wt/wt) of total catalyst transferred. a) storing metalloaluminophosphate catalyst particles in a container; b) transferring the stored catalyst particles from the container to the reaction system; and c) introducing a gas flow into the container during the catalyst particles transfer at a volume transfer ratio of from 0.99 to 10.0, the volume transfer ratio being the ratio of gas entering the container versus catalyst particles and gas exiting from the container via a catalyst outlet,
A method for loading a pack storing device of an order-picking line with packs of one or a plurality of beverage articles, comprising the steps of: providing at least one group of packs (101; 201), particularly a pallet, especially the at least one group of packs (101; 201) comprising packs at least of a single beverage article; and manually loading the pack storing device with at least one pack from the at least one group of packs (101; 201), particularly a pallet, by one or more operators, wherein the order-picking line automatically or partly automatically prepares a further group of packs from packs stored in the pack storing device, wherein the pack storing device comprises at least one storage lane (103; 203); and wherein the storage lane is configured and/or arranged such that a pack can be driven thereon and/or further transported by the dead weight of the pack, to an intended or predetermined area of the storage lane, characterised in that the pack storing device, particularly the storage lanes (103; 203) of the pack storing device, comprises at least one receiving element for receiving the at least one pack from the one or more operators, wherein the at least one receiving element comprises a lateral pack guiding means. providing at least one group of packs (101; 201), particularly a pallet, especially the at least one group of packs (101; 201) comprising packs at least of a single beverage article; and manually loading the pack storing device with at least one pack from the at least one group of packs (101; 201), particularly a pallet, by one or more operators, wherein the order-picking line automatically or partly automatically prepares a further group of packs from packs stored in the pack storing device, wherein the pack storing device comprises at least one storage lane (103; 203); and wherein the storage lane is configured and/or arranged such that a pack can be driven thereon and/or further transported by the dead weight of the pack, to an intended or predetermined area of the storage lane, characterised in that the pack storing device, particularly the storage lanes (103; 203) of the pack storing device, comprises at least one receiving element for receiving the at least one pack from the one or more operators, wherein the at least one receiving element comprises a lateral pack guiding means.
A spectroscopic system comprising: an excitation source configured to provide light; an optical device comprising first and second optical elements (110, 120), the first optical element optically coupled to the excitation source and being positioned at a first angle with respect to the excitation source to pass light received from the excitation source, and the second optical element being optically coupled to the first optical element and positioned at a second angle with respect to the first optical element, the first and second angles being selected such that the second optical element reflects incident light passed from the first optical element back to the first optical element, the first optical element reflects the light reflected from the second optical element, and the second optical element passes said light reflected from the first optical element; a sample space optically coupled to the second optical element and configured to receive the light passed by the second optical element; and a collection device optically coupled to the second optical element; and a detector optically coupled to the collection device, wherein the first and second optical elements are both long pass filters configured to receive emitted light from a sample in the sample space and to provide the emitted light to the collection device. an excitation source configured to provide light; an optical device comprising first and second optical elements (110, 120), the first optical element optically coupled to the excitation source and being positioned at a first angle with respect to the excitation source to pass light received from the excitation source, and the second optical element being optically coupled to the first optical element and positioned at a second angle with respect to the first optical element, the first and second angles being selected such that the second optical element reflects incident light passed from the first optical element back to the first optical element, the first optical element reflects the light reflected from the second optical element, and the second optical element passes said light reflected from the first optical element; a sample space optically coupled to the second optical element and configured to receive the light passed by the second optical element; and a collection device optically coupled to the second optical element; and a detector optically coupled to the collection device, wherein the first and second optical elements are both long pass filters configured to receive emitted light from a sample in the sample space and to provide the emitted light to the collection device.
Pump housing comprising a circumferential wall, a pump casing and a shaft cover, wherein the pump casing is attached to the circumferential wall, and wherein the pump casing comprises a central opening to form an axial supply of the pump housing for material to be pumped, the circumferential wall being an outer wall of the pump housing, wherein the pump housing comprises connection means, connecting the pump casing to the circumferential wall, wherein the connection means are positioned in groups along the circumference of the pump housing, each group comprising a plurality of connection means, wherein the groups are regularly distributed along the circumference of the pump housing, wherein the connection means are formed by bolts, and bolt receiving holes provided on the circumferential wall and bolt receiving holes provided on the pump casing, wherein the circumferential wall comprises bolt receiving structures provided on the outer circumference of the circumferential wall, wherein the bolt receiving structures protrude in a radially outward direction, characterized in that each bolt receiving structure comprises at least two bolt receiving holes.
Safety device for injection molds, comprising: - a plate that can be attached to a fixed part of a mold; - a base that can be attached to a movable part of a mold; wherein the base comprises a safety shaft movable between: - a dismounted position, wherein said safety shaft is housed in a hole of the plate, preventing displacement between the plate and the base, and - an assembled position, wherein said safety shaft is located outside the hole of the plate, the displacement of the safety shaft being driven by an actuator, allowing the displacement between the plate and the base, characterized in that said actuator is arranged at one end of a drive shaft provided with a spring, which pushes the drive shaft to move the safety shaft to the dismounted position. - a plate that can be attached to a fixed part of a mold; - a base that can be attached to a movable part of a mold; - a dismounted position, wherein said safety shaft is housed in a hole of the plate, preventing displacement between the plate and the base, and - an assembled position, wherein said safety shaft is located outside the hole of the plate, the displacement of the safety shaft being driven by an actuator, allowing the displacement between the plate and the base,
Rubber composition that is free of zinc or that contains less than 0.5 phr of zinc, which can be used for the manufacture of tyres, based on at least: - one diene elastomer; - one sulphur-based crosslinking system; - one inorganic filler as reinforcing filler; - one blocked mercaptosilane; and - one amine disulphide. - one diene elastomer; - one sulphur-based crosslinking system; - one inorganic filler as reinforcing filler; - one blocked mercaptosilane; and - one amine disulphide.
Device for sensing the surroundings, which has the following: • a source which emits pulsed signals, • a sensor for sampling pulsed signals which are back-scattered by an object, • a circuit arrangement which has a reference pulse winding for generating a reference pulse in an input path on a primary side of an HF transformer, and • at least one further component (50, 54, 56) of the circuit arrangement, the reference pulse being designed to determine a propagation time in the at least one further component (50, 54, 56). • a source which emits pulsed signals, • a sensor for sampling pulsed signals which are back-scattered by an object, • a circuit arrangement which has a reference pulse winding for generating a reference pulse in an input path on a primary side of an HF transformer, and • at least one further component (50, 54, 56) of the circuit arrangement, the reference pulse being designed to determine a propagation time in the at least one further component (50, 54, 56).
A flash atomizer, comprising: a channel substrate configured to generate a vapor and form a two-phase flow of a fluid; and characterised by: an enhanced surface disposed on the channel substrate and configured to change a temperature and a pressure required to form the vapor, wherein the enhanced surface comprises a plurality of active nucleation sites configured to promote heterogeneous bubble nucleation, said enhanced surface extending to a depth from 0.01 micrometers to 500 micrometers. a channel substrate configured to generate a vapor and form a two-phase flow of a fluid; and characterised by: an enhanced surface disposed on the channel substrate and configured to change a temperature and a pressure required to form the vapor, wherein the enhanced surface comprises a plurality of active nucleation sites configured to promote heterogeneous bubble nucleation, said enhanced surface extending to a depth from 0.01 micrometers to 500 micrometers. an enhanced surface disposed on the channel substrate and configured to change a temperature and a pressure required to form the vapor, wherein the enhanced surface comprises a plurality of active nucleation sites configured to promote heterogeneous bubble nucleation, said enhanced surface extending to a depth from 0.01 micrometers to 500 micrometers.
A heat exchanger comprising: a plurality of refrigerant tubes through which a refrigerant flows, the plurality of refrigerant tubes being disposed to be spaced apart from each other in one direction; and a plurality of fins disposed between the plurality of refrigerant tubes, wherein a distance between the fins disposed on a front end-side of the plurality of refrigerant tubes is greater than that between the fins disposed on a rear end-side of the plurality of refrigerant tubes, wherein each of the fins comprises a fin body and a plurality of louvers extending outward from one surface and the other surface of the fin body, and characterised in that the plurality of louvers comprise a plurality of one side louvers (521, 522, 523) having a louver angle angled with respect to the fin body, which gradually increases from the upstream side to the downstream side with respect to the flow direction of the air. a plurality of refrigerant tubes through which a refrigerant flows, the plurality of refrigerant tubes being disposed to be spaced apart from each other in one direction; and a plurality of fins disposed between the plurality of refrigerant tubes, wherein a distance between the fins disposed on a front end-side of the plurality of refrigerant tubes is greater than that between the fins disposed on a rear end-side of the plurality of refrigerant tubes, wherein each of the fins comprises a fin body and a plurality of louvers extending outward from one surface and the other surface of the fin body, and characterised in that the plurality of louvers comprise a plurality of one side louvers (521, 522, 523) having a louver angle angled with respect to the fin body, which gradually increases from the upstream side to the downstream side with respect to the flow direction of the air.
A method for providing a unique cryptographic key to a guest operating system within a virtual computing environment of a partition of a computing environment, the method comprising steps of: obtaining a cryptographic key; and generating a virtual cryptographic key, for the guest OS using an operation, the cryptographic key and a number of masks; wherein the number of masks used in the generating step is dependent on the virtualization level of the guest OS for which the virtual cryptographic key is being generated; and wherein the generating step is performed by code running on a central processor. obtaining a cryptographic key; and generating a virtual cryptographic key, for the guest OS using an operation, the cryptographic key and a number of masks;
A roof window comprising a frame, a sash, and a locking assembly connecting the sash with the frame, in which the locking assembly is provided with at least one deformation section (31, 32, 33, 34) configured to allow the locking assembly to undergo plastic deformation when the roof window is subjected to a sudden, severe load change such as an impact, said at least one deformation section (31, 32, 33, 34) being provided in a lock casing of the locking assembly. characterised in that said at least one deformation section includes at least one deformation slit (31, 32, 33, 34) adjoining an arcuate track (121, 122) in the lock casing.
A mixed salt composition suitable for use as a sorbent for carbon dioxide removal from a gaseous stream, the composition being in solid form and comprising: i) magnesium oxide; ii) an alkali metal carbonate; and iii) an alkali metal nitrate, wherein the composition has a molar excess of magnesium characterized by a Mg:X atomic ratio of at least 1.1:1, preferably at least 4:1, more preferably at least 6:1, wherein X is the alkali metal, and wherein the composition comprises a porous carrier selected from bauxite, activated carbon, clays, metal oxides, magnesium silicate, molecular sieves, silica gel, and zeolites. i) magnesium oxide; ii) an alkali metal carbonate; and iii) an alkali metal nitrate, wherein the composition has a molar excess of magnesium characterized by a Mg:X atomic ratio of at least 1.1:1, preferably at least 4:1, more preferably at least 6:1, wherein X is the alkali metal, and wherein the composition comprises a porous carrier selected from bauxite, activated carbon, clays, metal oxides, magnesium silicate, molecular sieves, silica gel, and zeolites.
An optical device having a function of measuring a distance from a reference point (P 0) of the optical device to a survey point (P 1) on a peripheral surface of a cylindrical structure seen on an optical axis of a telescope, the optical device comprising: the telescope; a reticle fixed in the telescope, the reticle having right and left reference marks provided on respective sides of the optical axis and in positions away at a predetermined distance from the optical axis in a horizontal direction; and a calculation part that calculates central coordinates of the cylindrical structure; characterized in that the calculation part calculates the central coordinates of the cylindrical structure using coordinates (x a, y a) of the reference point P 0 of the optical device, coordinates (x b, y b) of the survey point (P 1) on the cylindrical structure seen on the optical axis in a state where only one of the right and left reference marks coincides with an edge of the cylindrical structure and the optical axis is positioned on a surface of the cylindrical structure, an aperture angle (θ) between the optical axis and said only one of the right and left reference marks, and a radius (r) of the cylindrical structure. the telescope; a reticle fixed in the telescope, the reticle having right and left reference marks provided on respective sides of the optical axis and in positions away at a predetermined distance from the optical axis in a horizontal direction; and a calculation part that calculates central coordinates of the cylindrical structure;
Method for manufacturing products (200, 300) by means of at least partially layer-by-layer construction, in particular by selective laser melting, comprising the steps: (a) providing a base plate made of the same material as the product, (b) applying a layer of a curable material, (c) selectively curing predetermined zones of the applied layer on the basis of geometrical data of at least two separate products, (d) repeating steps (b) and (c) until the geometry of a respective first partial volume (201, 301) of the respective product has been created as cured material, (e) removing the uncured material, wherein a respective second partial volume (202, 302) of each product is formed as a volume zone of the base plate, further comprising the steps: - providing a reference marking, - clamping into position, by means of the reference marking, the unit formed of the base plate and the first volume zone, - releasing the respective second partial volume (202, 302) of the product from the base plate, preferably by machining, in particular CNC milling. (a) providing a base plate made of the same material as the product, (b) applying a layer of a curable material, (c) selectively curing predetermined zones of the applied layer on the basis of geometrical data of at least two separate products, (d) repeating steps (b) and (c) until the geometry of a respective first partial volume (201, 301) of the respective product has been created as cured material, (e) removing the uncured material, wherein a respective second partial volume (202, 302) of each product is formed as a volume zone of the base plate, - providing a reference marking, - clamping into position, by means of the reference marking, the unit formed of the base plate and the first volume zone, - releasing the respective second partial volume (202, 302) of the product from the base plate, preferably by machining, in particular CNC milling.
A negative pressure wound therapy device comprising: a semi-permeable backing material having a shape with an edge and a first side having an adhesive and a second side; a port hole disposed in the backing material and an adaptor disposed in or within the port hole; an absorptive pad disposed on the first side of the backing material such that a portion of the absorptive pad is disposed under the adaptor and wherein the absorptive pad is capable of absorbing exudates and liquid from a wound, while continuing to allow the device to communicate negative pressure to the wound; a wound interface layer configured to allow epithelialization and to reduce tissue adherence disposed around a portion of the absorptive pad; and, a gasket disposed on the backing material distally between the absorptive pad and the edge. a semi-permeable backing material having a shape with an edge and a first side having an adhesive and a second side; a port hole disposed in the backing material and an adaptor disposed in or within the port hole; an absorptive pad disposed on the first side of the backing material such that a portion of the absorptive pad is disposed under the adaptor and wherein the absorptive pad is capable of absorbing exudates and liquid from a wound, while continuing to allow the device to communicate negative pressure to the wound; a wound interface layer configured to allow epithelialization and to reduce tissue adherence disposed around a portion of the absorptive pad; and, a gasket disposed on the backing material distally between the absorptive pad and the edge.
A lubricating oil composition for internal combustion engines, which comprises the following components: (a) a lubricant base oil having a kinematic viscosity at 100°C of from 2 to 12mm 2 /s, which is a single API group 2 or group 3 base oil having a viscosity index of 95 or higher, a sulfur content of 0.03 mass % or lower and %CA value of 1 or lower, or a plurality thereof, wherein %CA is measured by n-d-M analysis in accordance with ASTM D3238, (b) a nitrogen-containing ashless dispersing agent at a quantity of 0.01-0.3 mass % in terms of nitrogen content relative to the overall composition, (c) a metal-containing detergent, which contains calcium and/or magnesium as an alkaline earth metal, at a quantity of 0.05-0.3 mass % in terms of alkaline earth metal content relative to the overall composition, (d) a zinc dialkyldithiophosphate at a quantity of 0.05-0.13 mass % in terms of phosphorus content relative to the overall composition, and (e) an oil-soluble semi-polar organic boron glycerol ester compound represented by chemical formula 1, at a quantity of 0.015-0.040 mass % in terms of boron content relative to the overall composition, wherein R denotes a straight chain or branched chain alkyl group or straight chain or branched chain alkenyl group having 7-20 carbon atoms. (a) a lubricant base oil having a kinematic viscosity at 100°C of from 2 to 12mm 2 /s, which is a single API group 2 or group 3 base oil having a viscosity index of 95 or higher, a sulfur content of 0.03 mass % or lower and %CA value of 1 or lower, or a plurality thereof, wherein %CA is measured by n-d-M analysis in accordance with ASTM D3238, (b) a nitrogen-containing ashless dispersing agent at a quantity of 0.01-0.3 mass % in terms of nitrogen content relative to the overall composition, (c) a metal-containing detergent, which contains calcium and/or magnesium as an alkaline earth metal, at a quantity of 0.05-0.3 mass % in terms of alkaline earth metal content relative to the overall composition, (d) a zinc dialkyldithiophosphate at a quantity of 0.05-0.13 mass % in terms of phosphorus content relative to the overall composition, and (e) an oil-soluble semi-polar organic boron glycerol ester compound represented by chemical formula 1, at a quantity of 0.015-0.040 mass % in terms of boron content relative to the overall composition, wherein R denotes a straight chain or branched chain alkyl group or straight chain or branched chain alkenyl group having 7-20 carbon atoms.
A method of making a sterol, the method comprising reacting an organometallic compound with pregnenolone or pregnenolone acetate to form the sterol, the sterol having the formula: wherein said sterol is a monohydrate.