mhurhangee/ep-ind-claims huggingface dataset:
A high-pressure spray gun for a high-pressure cleaning appliance, having a valve which has a valve housing, with an inlet channel and an outlet channel, as well as a movable closing body which, for releasing and closing a flow connection between the inlet and outlet channel (48, 34), cooperates with a hand lever, and having a connecting nipple to produce a detachable, flow-tight connection to a fluid discharge part, wherein the connecting nipple is integrally formed on the valve housing and has at the exterior an annular groove in which there is arranged a sealing ring, characterised in that the high-pressure spray gun has a connecting part, integrally formed on the valve housing, to produce a detachable, mechanical connection to the fluid discharge part, wherein the connecting nipple is oriented collinear with the connecting part and wherein the connecting part has a receiver for the insertion of a complementary plug-in part of the fluid discharge part.
An aircraft shaker system, comprising: a base plate, comprising: a plurality of holes bored therethrough; and a plurality of electrically actuated ball transfer units disposed therein; and a support plate for supporting an aircraft shaker, wherein the support plate is configured to be seated upon and moveable relative to the base plate when the ball transfer units are electrically actuated, wherein said support plate is configured to move relative to the base plate via said ball transfer units in a X-direction, a Y-direction and in a rotational direction. a base plate, comprising: a plurality of holes bored therethrough; and a plurality of electrically actuated ball transfer units disposed therein; and a plurality of holes bored therethrough; and a plurality of electrically actuated ball transfer units disposed therein; and a support plate for supporting an aircraft shaker, wherein the support plate is configured to be seated upon and moveable relative to the base plate when the ball transfer units are electrically actuated, wherein said support plate is configured to move relative to the base plate via said ball transfer units in a X-direction, a Y-direction and in a rotational direction.
A method of informing a first network node of a wireless communication network of the presence of logged measurements from a first mobile station, the method comprising the steps of: performing (78; 98; 110) measurements concerning one or more connectivity aspects for the first mobile station in relation to the wireless communication network, said measurements being performed according to a reporting configuration for the first mobile station, storing (80; 100; 112) the measurements in an internal log, and characterised by; sending a notification to the first network node regarding the presence of logged measurements in order to enable the first network node to respond to the notification with a request for a logged measurement report, and repeating sending the notification if the request is not received. performing (78; 98; 110) measurements concerning one or more connectivity aspects for the first mobile station in relation to the wireless communication network, said measurements being performed according to a reporting configuration for the first mobile station, storing (80; 100; 112) the measurements in an internal log, and characterised by; sending a notification to the first network node regarding the presence of logged measurements in order to enable the first network node to respond to the notification with a request for a logged measurement report, and repeating sending the notification if the request is not received.
A method of stabilizing imino-functional silane comprising: a) adding a Bronsted-Lowry base to an imino-functional silane; and, b) mixing the imino-functional silane with the Bronsted-Lowry base to provide stabilized imino-functional silane; further comprising: c) separating the Bronsted-Lowry base from the stabilized imino-functional silane; and, d) collecting the stabilized imino-functional silane from step (c); wherein the conjugate acid of the Bronsted-Lowry base used to neutralize the proton source has a pKa in water of greater than 12 and wherein separating step (c) is preferably carried out by at least one of distilling the mixture of the imino-functional silane and the at least one Bronsted-Lowry base, and passing such mixture through an ion exchange resin or membrane. a) adding a Bronsted-Lowry base to an imino-functional silane; and, b) mixing the imino-functional silane with the Bronsted-Lowry base to provide stabilized imino-functional silane; c) separating the Bronsted-Lowry base from the stabilized imino-functional silane; and, d) collecting the stabilized imino-functional silane from step (c);
A method of characterizing a communications path between two communications nodes, the method comprising: determining a packet delay D(1,2,1) for a packet to propagate from a first communications node to a second communications node and back to the first node; determining a packet delay D(1,3,1) for a packet to propagate from the first node to a third node and back to the first node; transmitting at least one packet from the first node to propagate through the second and third nodes and return to the first node; time stamping the at least one packet with a first time tix at which the packet is transmitted by the first node and determining a second time t 1R at which the at least one packet returns to the first node; time stamping the at least one packet with times t 2R and t 2X at which the at least one packet is respectively received and transmitted by the second node; time stamping the at least one packet with times t 3R and t 3X at which the at least one packet is respectively received and transmitted by the third node; and determining a packet delay D(2,3) in a direction from the second node to the third node, or a packet delay D(3,2) in a direction from the third node to the second node for each of the at least one packet to be equal to (t 1R - t 1X) - D(1,2,1)/2 - D(1,3,1)/2 - (t 3X -t 3R) - (t 2X -t 2R) if the at least one packet was transmitted from the first node respectively to pass through the second node before passing through the third node, or to pass through the third node before passing through the second node. determining a packet delay D(1,2,1) for a packet to propagate from a first communications node to a second communications node and back to the first node; determining a packet delay D(1,3,1) for a packet to propagate from the first node to a third node and back to the first node; transmitting at least one packet from the first node to propagate through the second and third nodes and return to the first node; time stamping the at least one packet with a first time tix at which the packet is transmitted by the first node and determining a second time t 1R at which the at least one packet returns to the first node; time stamping the at least one packet with times t 2R and t 2X at which the at least one packet is respectively received and transmitted by the second node; time stamping the at least one packet with times t 3R and t 3X at which the at least one packet is respectively received and transmitted by the third node; and determining a packet delay D(2,3) in a direction from the second node to the third node, or a packet delay D(3,2) in a direction from the third node to the second node for each of the at least one packet to be equal to (t 1R - t 1X) - D(1,2,1)/2 - D(1,3,1)/2 - (t 3X -t 3R) - (t 2X -t 2R) if the at least one packet was transmitted from the first node respectively to pass through the second node before passing through the third node, or to pass through the third node before passing through the second node.
A catheter comprising: an outer member; an inner member; and a structure located between the outer and inner members, the structure comprising a shape memory polymer and a conductive material on the shape memory polymer, characterised in that the structure is configured to be spaced from one of the outer member or the inner member at a first temperature, and to connect both the inner and outer members at a second temperature. an outer member; an inner member; and a structure located between the outer and inner members, the structure comprising a shape memory polymer and a conductive material on the shape memory polymer, characterised in that the structure is configured to be spaced from one of the outer member or the inner member at a first temperature, and to connect both the inner and outer members at a second temperature.
Heterocyclic neoflavonoids of formula in which E is independently of another OH or both E together are oxygen, R1 is a 6-memberes heteroaromatic rest, which is selected from the group consistng of R2 is independently of another hydrogen, hydroxy, ethoxy, n-propoxy or iso-propoxy, and their physiological accepted salts. E is independently of another OH or both E together are oxygen, R1 is a 6-memberes heteroaromatic rest, which is selected from the group consistng of R2 is independently of another hydrogen, hydroxy, ethoxy, n-propoxy or iso-propoxy, and their physiological accepted salts.
A hydraulic system for a mobile machine having a lift arm attached to a bucket and a transmission, the hydraulic system comprising: a hydraulic actuator configured to move the lift arm and bucket; an accumulator configured to store pressurized fluid; an accumulator valve configured to control fluid flow between the accumulator and the hydraulic actuator, for a ride control mode of operation configured to cushion movement of the bucket; a speed sensor associated with the mobile machine and configured to generate a speed signal indicative of the speed of the mobile machine; characterised by a lift arm sensor associated with the mobile machine and configured to generate an angle signal indicative of an angle of the lift arm; and a controller in communication with the accumulator valve, the lift arm sensor, the speed sensor 68), and the transmission, the controller being configured to: receive the speed signal; determine a gear setting of the transmission; receive the angle signal; and selectively activate and deactivate the ride control mode of operation based on the speed of the mobile machine and the angle of the lift arm when the gear setting of the transmission is below a minimum gear setpoint. a hydraulic actuator configured to move the lift arm and bucket; an accumulator configured to store pressurized fluid; an accumulator valve configured to control fluid flow between the accumulator and the hydraulic actuator, for a ride control mode of operation configured to cushion movement of the bucket; a speed sensor associated with the mobile machine and configured to generate a speed signal indicative of the speed of the mobile machine; characterised by a lift arm sensor associated with the mobile machine and configured to generate an angle signal indicative of an angle of the lift arm; and a controller in communication with the accumulator valve, the lift arm sensor, the speed sensor 68), and the transmission, the controller being configured to: receive the speed signal; determine a gear setting of the transmission; receive the angle signal; and selectively activate and deactivate the ride control mode of operation based on the speed of the mobile machine and the angle of the lift arm when the gear setting of the transmission is below a minimum gear setpoint. receive the speed signal; determine a gear setting of the transmission; receive the angle signal; and selectively activate and deactivate the ride control mode of operation based on the speed of the mobile machine and the angle of the lift arm when the gear setting of the transmission is below a minimum gear setpoint.
A method for the producing rape protein concentrate from rapeseed preparation and dehulling rapeseed into rapeseed kernel fraction and rapeseed hull fraction, comprising, (a) recirculation in amount of 5-60 % of high protein press cake (HPRC) and mixing with rapeseed kernel fraction to increase friction and pressure in screw press; (b) partially deoiling of rapeseed kernel fraction in screw press with or without prior heating and drying; (c) washing of HPRC with aqueous alcohol solution in order to remove partially sugars, tannins, sinapins, glucosinolates to produce RCPC (rape cake protein concentrate) with oil content of from 5 to 25% (w/w) and (d) drying of RCPC in temperatures in the range of 60-120°C till water content in RCPC is less 10%. (a) recirculation in amount of 5-60 % of high protein press cake (HPRC) and mixing with rapeseed kernel fraction to increase friction and pressure in screw press; (b) partially deoiling of rapeseed kernel fraction in screw press with or without prior heating and drying; (c) washing of HPRC with aqueous alcohol solution in order to remove partially sugars, tannins, sinapins, glucosinolates to produce RCPC (rape cake protein concentrate) with oil content of from 5 to 25% (w/w) and (d) drying of RCPC in temperatures in the range of 60-120°C till water content in RCPC is less 10%.
A device for moving and fastening a door, especially a protective door located in front of a workplace to be protected, with at least one profile rail (3, 4) by means of which the door is held in a guided arrangement, with a servo device for adjusting the door, with a locking element arranged on the door swivelling in a restricted arc in which case the servo device reaches around a guide column running parallel to the profile rails (3, 4) and with a contact strip arranged on the bottom edge of the door that is in a driving connection with the locking element and by means of which automatic locking of the door on this contact strip can be achieved for locking of the door when the contact strip is activated, characterised in that, the contact strip is formed from several spatially separated subsections, that a shaft is arranged between the subsections of the contact strip and the locking element and this shaft is in a non-positive or positive active connection with each of the subsections of the contact strip and the locking element..
A continuous method for functionalizing a carbon nanotube, comprising: feeding any one oxidizer selected from oxygen, air, ozone, hydrogen peroxide, nitric acid, nitro compound, nitric acid forming oxidizer, and a mixture thereof under a pressure of 50 to 400 atm during feeding a carbon nanotube solution including a solvent into a preheater under a pressure of 50 to 400 atm, and then contacting the carbon nanotube solution with the oxidizer to manufacture carbon nanotube mixed solution and preheating it 100 to 370°C; and feeding the preheated carbon nanotube mixed solution to a functionalizing reactor under a pressure of 50 to 400 atm, and then feeding a functional compound having at least one functional group selected from carboxyl, carboxylate, amine, amine salt, tetravalent-amine, phosphoric acid group, phosphate, sulfuric acid group, sulfate, alcohol, thiol, ester, amide, epoxide, aldehyde, ketone, and a mixture thereof at one fifth point from an inlet to an outlet point of the functionalizing reactor under a pressure of 50 to 400 atm and a temperature of 100 to 600°C to obtain functionalized products.
An engine generator set, comprising: an engine compartment comprising an internal combustion engine coupled to an alternator, such that a crank shaft of the internal combustion engine extends along a horizontal axis of the internal combustion engine to couple with a rotor of the alternator to form a horizontally shafted engine and alternator; a cooling compartment comprising one or more cooling system components mounted above and/or below the horizontally shafted engine and alternator; a generator set housing enclosing the engine compartment and the cooling compartment, wherein a height of the generator set housing is equal to or larger than a length of the generator set housing, and wherein the length is substantially parallel to the horizontal axis; and characterised in that the engine generator set further comprises: a vented partition arranged within the generator set housing for separating the cooling compartment from the engine compartment, wherein the vented partition comprises a pair of inclined planar sides extending completely across a width and a length of the generator set housing, wherein the inclined planar sides extend at an acute angle from opposing sides of the generator set housing to meet at a central ridge, wherein the acute angle is measured between horizontal and each inclined planar side, and wherein openings within the central ridge enable heated air from the engine compartment to be drawn into the cooling compartment by one or more electrically driven fans. an engine compartment comprising an internal combustion engine coupled to an alternator, such that a crank shaft of the internal combustion engine extends along a horizontal axis of the internal combustion engine to couple with a rotor of the alternator to form a horizontally shafted engine and alternator; a cooling compartment comprising one or more cooling system components mounted above and/or below the horizontally shafted engine and alternator; a generator set housing enclosing the engine compartment and the cooling compartment, wherein a height of the generator set housing is equal to or larger than a length of the generator set housing, and wherein the length is substantially parallel to the horizontal axis; and characterised in that the engine generator set further comprises: a vented partition arranged within the generator set housing for separating the cooling compartment from the engine compartment, wherein the vented partition comprises a pair of inclined planar sides extending completely across a width and a length of the generator set housing, wherein the inclined planar sides extend at an acute angle from opposing sides of the generator set housing to meet at a central ridge, wherein the acute angle is measured between horizontal and each inclined planar side, and wherein openings within the central ridge enable heated air from the engine compartment to be drawn into the cooling compartment by one or more electrically driven fans.
An aircraft fuel system comprising: a fuel tank for containing liquid fuel, a baffle dividing the fuel tank into a primary fuel containing space and a secondary fuel containing space, a fuel drain through which fuel is permitted to flow from the primary fuel containing space into the secondary fuel containing space, a primary fuel outlet configured to draw fuel from the primary fuel containing space, and a secondary fuel outlet configured to draw fuel from the secondary fuel containing space, wherein the secondary fuel outlet is configured so that fuel flow through the primary fuel outlet causes fuel flow to be drawn through the secondary fuel outlet, and characterised in that the fuel drain is configured to restrict the mass flow rate of fuel through the fuel drain so that the allowable mass flow rate of fuel through the secondary fuel outlet is greater than the allowable mass flow rate of fuel through the fuel drain. a fuel tank for containing liquid fuel, a baffle dividing the fuel tank into a primary fuel containing space and a secondary fuel containing space, a fuel drain through which fuel is permitted to flow from the primary fuel containing space into the secondary fuel containing space, a primary fuel outlet configured to draw fuel from the primary fuel containing space, and a secondary fuel outlet configured to draw fuel from the secondary fuel containing space, wherein the secondary fuel outlet is configured so that fuel flow through the primary fuel outlet causes fuel flow to be drawn through the secondary fuel outlet, and characterised in that the fuel drain is configured to restrict the mass flow rate of fuel through the fuel drain so that the allowable mass flow rate of fuel through the secondary fuel outlet is greater than the allowable mass flow rate of fuel through the fuel drain.
A detection device for assisting detection of a precursor to a state transition of a biological object to be measured, based on measured data of a plurality of factors obtained by measurement on the biological object, said device comprising: selection means for selecting those factors for which the measured data shows a time-dependent change beyond a predetermined criterion; characterized in that said device further comprises: microscopic calculation means for calculating, for each factor, a microscopic entropy as understood in statistical mechanics between that factor and every neighboring factor thereof in a network representative of dynamical coupling among the factors obtained based on a correlation of the factors selected by the selection means; and detection means for detecting a factor as a precursor to a state transition when the microscopic entropy calculated by the microscopic calculation means shows a decrease beyond a predetermined detection criterion. selection means for selecting those factors for which the measured data shows a time-dependent change beyond a predetermined criterion; characterized in that said device further comprises: microscopic calculation means for calculating, for each factor, a microscopic entropy as understood in statistical mechanics between that factor and every neighboring factor thereof in a network representative of dynamical coupling among the factors obtained based on a correlation of the factors selected by the selection means; and detection means for detecting a factor as a precursor to a state transition when the microscopic entropy calculated by the microscopic calculation means shows a decrease beyond a predetermined detection criterion.
A surgical pad (300; 600; 700; 800; 900; 1000) comprising: a flexible pad portion configured to be positioned over an opening in a target tissue, the flexible pad portion comprising a first surface configured to be oriented toward the target tissue and a second surface configured to be oriented away from the target tissue; a plurality of designated locations around an outer edge portion of the second surface, each of the plurality of designated locations being configured to couple to corresponding tethers extending from the opening in the target tissue; and a plurality of elongate ribs associated with the second surface and coupled to the flexible pad portion, the plurality of elongate ribs being configured to provide mechanical reinforcement for the flexible pad portion to counter forces exerted upon the flexible pad portion by the corresponding tethers, characterised in that each of the plurality of elongate ribs comprises a lumen extending therethrough. a flexible pad portion configured to be positioned over an opening in a target tissue, the flexible pad portion comprising a first surface configured to be oriented toward the target tissue and a second surface configured to be oriented away from the target tissue; a plurality of designated locations around an outer edge portion of the second surface, each of the plurality of designated locations being configured to couple to corresponding tethers extending from the opening in the target tissue; and a plurality of elongate ribs associated with the second surface and coupled to the flexible pad portion, the plurality of elongate ribs being configured to provide mechanical reinforcement for the flexible pad portion to counter forces exerted upon the flexible pad portion by the corresponding tethers, characterised in that each of the plurality of elongate ribs comprises a lumen extending therethrough.