mhurhangee/patent-ind-claim-en huggingface dataset:
A process for conducting a chemical reaction in a process microchannel, the process microchannel containing at least one catalyst, the catalyst comprising a solid phase catalyst or a homogeneous catalyst immobilized on a solid, the process comprising: flowing reactants in the process microchannel, the reactants comprising a liquid and a gas or gaseous reactants that react to form a liquid product, the inlet superficial velocity of the gaseous reactants being at least 0.1 m/s; contacting the at least one catalyst with the reactants; and reacting the reactants in the presence of the catalyst to form at least one product, the product comprising a mixture of two or more hydrocarbons. flowing reactants in the process microchannel, the reactants comprising a liquid and a gas or gaseous reactants that react to form a liquid product, the inlet superficial velocity of the gaseous reactants being at least 0.1 m/s; contacting the at least one catalyst with the reactants; and reacting the reactants in the presence of the catalyst to form at least one product, the product comprising a mixture of two or more hydrocarbons.
An analyzer comprising: a first measurement unit ; a second measurement unit ; a transportation device for transporting samples in a rack to at least one measurement unit selected from the first measurement unit and the second measurement unit, wherein the transportation device comprises a transportation line and is configured to transport samples in a rack in both directions including from the first measurement unit to the second measurement unit and from the second measurement unit to the first measurement unit on the transportation line ; and a transportation controller for determining whether or not one of the samples is transportable to the selected one measurement unit on the basis of at least one of a state notification of the first measurement unit and a state notification of the second measurement unit , wherein the transportation controller controls the transportation device to transport the sample to the first measurement unit when the sample is transportable to the first measurement unit, and to transport the sample to the second measurement unit when the sample is not transportable to the first measurement unit. a first measurement unit ; a second measurement unit ; a transportation device for transporting samples in a rack to at least one measurement unit selected from the first measurement unit and the second measurement unit, wherein the transportation device comprises a transportation line and is configured to transport samples in a rack in both directions including from the first measurement unit to the second measurement unit and from the second measurement unit to the first measurement unit on the transportation line ; and a transportation controller for determining whether or not one of the samples is transportable to the selected one measurement unit on the basis of at least one of a state notification of the first measurement unit and a state notification of the second measurement unit , wherein the transportation controller controls the transportation device to transport the sample to the first measurement unit when the sample is transportable to the first measurement unit, and to transport the sample to the second measurement unit when the sample is not transportable to the first measurement unit.
Pull-out guide for furniture parts movable relative to a furniture body , in particular drawers, comprising - a body rail which can be fastened to the furniture body via a body angle , - a running rail attachable to the movable part of the furniture - and a center rail which is mounted displaceably in a direction of travel between the body rail and the running rail , - wherein the center rail forms a first web with rolling body raceways arranged at its ends for rolling bodies arranged between the center rail and the body rail , a first and a second bearing unit, as well as a second web connected to the first web and having rolling body raceways arranged at its free end for rolling bodies arranged between the center rail and the running rail and forming a third bearing unit, - and wherein the width (B K ) of the body rail considered in the direction of the longitudinal extension of the first web is greater than the width (B L ) of the running rail , - wherein the center rail is shaped such that the running rail is arranged eccentrically with respect to the body rail in an imaginary plane, the normal of which is formed by the direction of travel, in an area remote from the body angle , characterized in that - at least 50% of the running rail is located above the body rail . - a body rail which can be fastened to the furniture body via a body angle , - a running rail attachable to the movable part of the furniture - and a center rail which is mounted displaceably in a direction of travel between the body rail and the running rail , - wherein the center rail forms a first web with rolling body raceways arranged at its ends for rolling bodies arranged between the center rail and the body rail , a first and a second bearing unit, as well as a second web connected to the first web and having rolling body raceways arranged at its free end for rolling bodies arranged between the center rail and the running rail and forming a third bearing unit, - and wherein the width (B K ) of the body rail considered in the direction of the longitudinal extension of the first web is greater than the width (B L ) of the running rail , - wherein the center rail is shaped such that the running rail is arranged eccentrically with respect to the body rail in an imaginary plane, the normal of which is formed by the direction of travel, in an area remote from the body angle , characterized in that - at least 50% of the running rail is located above the body rail .
Coolant supply system for a drive device of an electrically operated vehicle axle, having an electric machine which has a cylindrical stator housing in which is situated, axially on both sides of a rotor/stator assembly, a winding overhang space on the base of which coolant accumulates, wherein the two winding overhang spaces are fluidically connected to one another by way of a coolant sump ; and wherein the stator housing construction height (h1) and the coolant sump construction height (h2) add up in the electric machine height direction (z) so as to form an overall construction height (hges); and wherein for reducing the overall construction height (hges) the coolant sump is offset from a rotor axis vertical plane (V) by a transverse offset (Δx) in such a way that the stator housing construction height (h1) and the coolant sump construction height (h2) at least partially overlap one another in the electric machine height direction (z) by an overlapping dimension (Δz); and wherein the electric machine when installed transversely is installed so as to be axially parallel to the vehicle axle, characterized in that the coolant sump is divided into two slosh ducts which are disposed on both sides of the rotor axis vertical plane (V), each being offset by a transverse offset (Δx); and in that during uphill travel of the vehicle a slosh duct , which is at the rear in the direction of travel (FR) guarantees a lateral force-related crossflow of coolant between the winding overhang spaces ; or during downhill travel of the vehicle a slosh duct , which is at the front in the direction of travel (FR), guarantees a lateral force-related crossflow of coolant between the winding overhang spaces . wherein the electric machine when installed transversely is installed so as to be axially parallel to the vehicle axle, characterized in that the coolant sump is divided into two slosh ducts which are disposed on both sides of the rotor axis vertical plane (V), each being offset by a transverse offset (Δx); and in that during uphill travel of the vehicle a slosh duct , which is at the rear in the direction of travel (FR) guarantees a lateral force-related crossflow of coolant between the winding overhang spaces ; or during downhill travel of the vehicle a slosh duct , which is at the front in the direction of travel (FR), guarantees a lateral force-related crossflow of coolant between the winding overhang spaces .
A system for separating an intestine from a bowel package , wherein the bowel package comprises a package remainder and a membrane connecting the intestine to the package remainder ; wherein the system comprises (i) a retaining zone comprising a retaining location , (ii) a separation zone , (iii) a sensing zone , (iv) a collecting zone , (v) a retaining element , and (vi) a transporting element ; wherein the retaining element is configured for holding at least a part of the package remainder at the retaining location , wherein a second intestine end is attached to the package remainder ; and wherein the transporting element is configured for engaging with a first intestine end separated from the membrane and for moving the intestine in a direction from the retaining zone to the collecting zone , wherein the intestine is moved through the separation zone via the sensing zone ; wherein the system is configured for straightening the membrane in the sensing zone and in the separation zone ; characterized in that the system comprises (i) a sensor configured for sensing in the sensing zone of the system a parameter of the intestine , relating to a connection location connecting the intestine to the membrane and (ii) a control system configured for controlling positioning of a mobile separation device during moving the intestine such that the mobile separation device separates the intestine in the separation zone from the membrane at a predetermined longitudinal intestine position based on the connection location determined from the parameter sensed in the sensing zone at the predetermined longitudinal intestine position .
A vibrating press for molding concrete products, comprising: - a frame for supporting a concrete mold , - at least one positioning rod connected to the frame, - a tamper for pressing concrete present in said concrete mold , said tamper being movable relative to the frame by sliding along said at least one positioning rod , the positioning rod including: - a first portion connected to the frame and a second portion connected to the first portion , said second portion being translatable relative to the first portion so as to modify a length (L) of the positioning rod , and - a holding device positioned around at least part of the first and second portions , said holding device being configured to be able to adopt, on the one hand, a so-called open position in which the second portion is movable relative to the first portion , and, on the other hand, a so-called closed position in which the second portion is immobilized relative to the first portion . - a frame for supporting a concrete mold , - at least one positioning rod connected to the frame, - a tamper for pressing concrete present in said concrete mold , said tamper being movable relative to the frame by sliding along said at least one positioning rod , - a first portion connected to the frame and a second portion connected to the first portion , said second portion being translatable relative to the first portion so as to modify a length (L) of the positioning rod , and - a holding device positioned around at least part of the first and second portions , said holding device being configured to be able to adopt, on the one hand, a so-called open position in which the second portion is movable relative to the first portion , and, on the other hand, a so-called closed position in which the second portion is immobilized relative to the first portion .
A regulator valve assembly , comprising: a housing defining an actuator cavity comprising a top region of the actuator cavity and a bottom region of the actuator cavity, a piston head cavity comprising a regulator inlet , and an inlet port , wherein the housing further defines a solenoid port; a solenoid coupled to the solenoid port a piston rod comprising a piston head disposed within the piston head cavity and a rod end disposed within the actuator cavity ; and a disc retainer within the housing , coupled to a proximate seating surface of the inlet port , the valve assembly being characterised in that a first face of a membrane disc is coupled to a lateral seating surface of the inlet port disposed between the piston head cavity and the disc retainer , wherein: the solenoid is configured to energize, which allows for output of the gas from the solenoid to the bottom region via a solenoid output line ; the membrane disc is configured to rupture in response to energizing the solenoid ; and when the membrane disc is ruptured, the solenoid can de-energize and the friction between an O-ring and the housing can hold the piston rod in an open position such that the pressurized gas can continue to enter the piston head cavity . a housing defining an actuator cavity comprising a top region of the actuator cavity and a bottom region of the actuator cavity, a piston head cavity comprising a regulator inlet , and an inlet port , wherein the housing further defines a solenoid port; a solenoid coupled to the solenoid port a piston rod comprising a piston head disposed within the piston head cavity and a rod end disposed within the actuator cavity ; and a disc retainer within the housing , coupled to a proximate seating surface of the inlet port , the valve assembly being characterised in that a first face of a membrane disc is coupled to a lateral seating surface of the inlet port disposed between the piston head cavity and the disc retainer , wherein: the solenoid is configured to energize, which allows for output of the gas from the solenoid to the bottom region via a solenoid output line ; the membrane disc is configured to rupture in response to energizing the solenoid ; and when the membrane disc is ruptured, the solenoid can de-energize and the friction between an O-ring and the housing can hold the piston rod in an open position such that the pressurized gas can continue to enter the piston head cavity . the solenoid is configured to energize, which allows for output of the gas from the solenoid to the bottom region via a solenoid output line ; the membrane disc is configured to rupture in response to energizing the solenoid ; and when the membrane disc is ruptured, the solenoid can de-energize and the friction between an O-ring and the housing can hold the piston rod in an open position such that the pressurized gas can continue to enter the piston head cavity .
A gravitational liquid-splitting device characterized in that the gravitational liquid-splitting device comprises: a funnel having an inner space and a bottom opening connected to the inner space; a dispensing valve mounted to the funnel and configured to close or open the bottom opening of the funnel ; a liquid-splitting part connected to a bottom of the funnel and having: an input channel formed in the liquid-splitting part and extending upward and downward; an upper end of the input channel forming an input opening on a top of the liquid-splitting part and connected to the bottom opening of the funnel ; and two output channels formed in the liquid-splitting part ; each of the output channels having a first end and a second end; the first end connected to a lower end of the input channel ; the second end extending inclinedly downward and connected to an exterior of the liquid-splitting part ; and a stirring assembly having a funnel cover detachably covering an upper opening of the funnel ; and a stirrer connected to the funnel cover and configured to stir liquid in the funnel . a funnel having an inner space and a bottom opening connected to the inner space; a dispensing valve mounted to the funnel and configured to close or open the bottom opening of the funnel ; a liquid-splitting part connected to a bottom of the funnel and having: an input channel formed in the liquid-splitting part and extending upward and downward; an upper end of the input channel forming an input opening on a top of the liquid-splitting part and connected to the bottom opening of the funnel ; and two output channels formed in the liquid-splitting part ; each of the output channels having a first end and a second end; the first end connected to a lower end of the input channel ; the second end extending inclinedly downward and connected to an exterior of the liquid-splitting part ; and an input channel formed in the liquid-splitting part and extending upward and downward; an upper end of the input channel forming an input opening on a top of the liquid-splitting part and connected to the bottom opening of the funnel ; and two output channels formed in the liquid-splitting part ; each of the output channels having a first end and a second end; the first end connected to a lower end of the input channel ; the second end extending inclinedly downward and connected to an exterior of the liquid-splitting part ; and a stirring assembly having a funnel cover detachably covering an upper opening of the funnel ; and a stirrer connected to the funnel cover and configured to stir liquid in the funnel . a funnel cover detachably covering an upper opening of the funnel ; and a stirrer connected to the funnel cover and configured to stir liquid in the funnel .
A method of testing and/or checking the operation of an axial turbomachine through which a gas stream passes, the method comprising the following actions: - measuring the operating parameters of the turbomachine, said parameters including the pressure in the gas stream at different axial positions; - calculating the operating conditions of the turbomachine on the basis of the measured parameters and the Laplace coefficient y of the gas passing through the turbomachine; characterised in that the measurement of parameters comprises a measurement of the temperature of the gas stream ; and the calculation of operating conditions comprises a determination of the Laplace coefficient y on the basis of the measurement of the temperature of the gas stream . - measuring the operating parameters of the turbomachine, said parameters including the pressure in the gas stream at different axial positions; - calculating the operating conditions of the turbomachine on the basis of the measured parameters and the Laplace coefficient y of the gas passing through the turbomachine; the measurement of parameters comprises a measurement of the temperature of the gas stream ; and the calculation of operating conditions comprises a determination of the Laplace coefficient y on the basis of the measurement of the temperature of the gas stream .
A method comprising: performing, by a first device over a ranging connection that uses Wi-Fi, at least one ranging operation with a second device to compute at least one distance measurement between the first device and the second device, the at least one ranging operation being secured based on a shared secret previously shared between the first device and the second device; determining, by the first device, whether the at least one distance measurement meets a set of criteria; and when the at least one distance measurement meets the set of criteria, transmitting, by the first device over a Bluetooth connection that uses Bluetooth and differs from the ranging connection, the shared secret to the second device to modify a security state at the second device. performing, by a first device over a ranging connection that uses Wi-Fi, at least one ranging operation with a second device to compute at least one distance measurement between the first device and the second device, the at least one ranging operation being secured based on a shared secret previously shared between the first device and the second device; determining, by the first device, whether the at least one distance measurement meets a set of criteria; and when the at least one distance measurement meets the set of criteria, transmitting, by the first device over a Bluetooth connection that uses Bluetooth and differs from the ranging connection, the shared secret to the second device to modify a security state at the second device.
A photonic integrated circuit, PIC, comprising: a semiconductor laser comprising: a laser mating surface , said laser mating surface comprising a tapered laser mating surface ; and a laser facet on the laser mating surface ; and a PIC substrate comprising: a tapered substrate mating surface ; and a waveguide formed on the PIC substrate , wherein the semiconductor laser is arranged on the PIC substrate ; the waveguide is configured to receive a laser beam that exits the laser facet in a forward direction; the tapered laser mating surface protrudes from the laser mating surface in the forward direction such that the laser facet is set back from a leading front edge of the tapered laser mating surface ; and a shape of the tapered laser mating surface and a shape of the tapered substrate mating surface correspond so as to align the semiconductor laser with the PIC substrate in three dimensions. a semiconductor laser comprising: a laser mating surface , said laser mating surface comprising a tapered laser mating surface ; and a laser facet on the laser mating surface ; and a laser mating surface , said laser mating surface comprising a tapered laser mating surface ; and a laser facet on the laser mating surface ; and a PIC substrate comprising: a tapered substrate mating surface ; and a waveguide formed on the PIC substrate , wherein the semiconductor laser is arranged on the PIC substrate ; a tapered substrate mating surface ; and a waveguide formed on the PIC substrate , wherein the semiconductor laser is arranged on the PIC substrate ; the waveguide is configured to receive a laser beam that exits the laser facet in a forward direction; the tapered laser mating surface protrudes from the laser mating surface in the forward direction such that the laser facet is set back from a leading front edge of the tapered laser mating surface ; and a shape of the tapered laser mating surface and a shape of the tapered substrate mating surface correspond so as to align the semiconductor laser with the PIC substrate in three dimensions.
Injection molding process for producing a dimensionally stable and rotationally symmetrical tool carrier (7; 15; 23) reinforced with natural fibers, which can be connected to a rotary drive and which has at least one tool support surface (9; 21; 25) for receiving at least one grinding and/or polishing element (5; 17; 27), wherein granules comprising thermoplastic matrix material are first plasticized and then injected under pressure into a molding cavity, characterized in that the granules comprise jute fibers and have a jute fiber content of from 20 to 35 wt.-%, and in that a nitrogen-releasing blowing agent is added to the granules in granular form before or during plasticization.
A method for preserving biological material comprising water, the water being also in the presence of a gas phase, the method comprising: establishing a relationship between the concentration of water in the vapor phase and the freezing point of the water by means of a plot; cooling the biological material comprising water, the gas phase or a combination thereof, wherein the water, the gas phase or the combination thereof is cooled to a temperature below 0°C at atmospheric pressure; and reducing the concentration of the water in the gas phase according to the plot in order to prevent freezing of the water and thus of the biological material comprising water. establishing a relationship between the concentration of water in the vapor phase and the freezing point of the water by means of a plot; cooling the biological material comprising water, the gas phase or a combination thereof, wherein the water, the gas phase or the combination thereof is cooled to a temperature below 0°C at atmospheric pressure; and reducing the concentration of the water in the gas phase according to the plot in order to prevent freezing of the water and thus of the biological material comprising water.