mhurhangee/patent-ind-claim-en huggingface dataset:
A support for forwardly mounting a second siding board on a first siding board , comprising: - a first part which comprises a bearing surface for said support on an upper edge of said first board ; - a second part which comprises a seat for resting a lower edge of the second siding board thereon; said two parts being separable from each other, so that the second one can be removed after mounting, the second part comprising an upright , the bearing surface extending rearwards from an upper end of said upright, the seat extending forwards from a lower end of said upright, characterised in that the first part comprises an anvil disposed in cantilever fashion at the front of the upright so that a force from front to back on a front plate of said anvil, when the second part is immobilised, causes the separation of the two parts . - a first part which comprises a bearing surface for said support on an upper edge of said first board ; - a second part which comprises a seat for resting a lower edge of the second siding board thereon;
A battery pack for a submarine comprising at least one mechanical and electrical assembly of branches , each branch comprising at least one module of electrically connected accumulators, characterized in that each branch has a three-dimensional geometric shape comprising two parallel and opposite trapezoidal faces , and in that one said assembly of branches is formed by a fanned stack of branches , forming a section with a substantially semicircular profile.
A method for assembling a vane for the outlet guide vane of an aircraft turbofan engine , comprising: - an operation of depositing a polymerisable resin onto a junction face of a body of said vane , - an operation of positioning a cover of the vane onto the junction face covered with the resin so that an outer face of the cover and an outer face of the body together form a front side of this vane , - an operation of placing a sheet against the front side of the vane , - an operation of vacuumising a space (E9) included between the sheet and the front side , - a heating operation capable of polymerising the resin and thus attaching the cover to the body of the vane , this method comprising, before or during the operation of placing the sheet against the front side of the vane , an operation of depositing a bead of sealant onto the outer face of the body , about the junction face of the body so as to delimit said space (E9) included between the sheet and the front side , the sheet being dimensioned so that a peripheral thereof is pressed against the bead of sealant upon placing this sheet against the front side of the vane . - an operation of depositing a polymerisable resin onto a junction face of a body of said vane , - an operation of positioning a cover of the vane onto the junction face covered with the resin so that an outer face of the cover and an outer face of the body together form a front side of this vane , - an operation of placing a sheet against the front side of the vane , - an operation of vacuumising a space (E9) included between the sheet and the front side , - a heating operation capable of polymerising the resin and thus attaching the cover to the body of the vane ,
Sealing profile for connecting a water tank cover to a window pane of a motor vehicle with a holding profile , comprising: - a holding leg which, in the mounted state, rests against the lower surface of the window pane , - a latching profile for accommodating a latching element of the water tank cover and - a supporting body arranged between the water tank cover and the pane , in the mounted state, wherein the supporting body comprises an abutment surface resting against the latching element in the mounted state, and a front surface directly adjacent the upper edge and facing the upper edge of the water tank cover in the mounted state, wherein in the unmounted state, abutment surface and front surface have a minimum distance (A) parallel to the holding leg plane (x), characterized in that the supporting body , in the connecting region to the holding leg , has a thickness (d) of at least 1,3 mm and is formed to be solid in such a way, that a virtual cylinder (B) with a diameter (D) of 1.5 mm is completely enclosed by the supporting body , and thus the supporting body , due to a corresponding dimensioning, is configured as a rigid element in such a way, that the distance (A), when pressing the supporting body with a force (F) of 100 N / 50 mm holding profile length against the lower pane edge , is reduced by less than 30 % to the distance (A'), whereby holding leg and supporting body together form a shape-retaining, L-shaped receptacle for the lower edge region of the window pane , so that the structural design of latching profile and supporting body also corresponds to the appearance of said elements that is actually present during the mounting of the water tank cover , and therefore ensures an easy latching of the latching element in the latching profile . - a holding leg which, in the mounted state, rests against the lower surface of the window pane , - a latching profile for accommodating a latching element of the water tank cover and - a supporting body arranged between the water tank cover and the pane , in the mounted state,
A sphincter probe for treating both urinary and faecal incontinence, adapted for insertion into the rectum of a person, the probe having a handle , a vibrating tip end and a shaft connecting the tip end and the handle , the vibrating tip end being larger in size than the shaft which extends straight and remains the same size between the handle and the vibrating tip end , wherein the handle includes an area at an end of the handle adjacent the shaft having a second vibrator wherein when the probe is inserted into a person's rectum, the vibrating tip end is positioned adjacent a person's urethral sphincter to stimulate the nerve ends and operable to exercise a person's urethral sphincter muscles , and the second vibrator at the top of the handle is positioned adjacent the person's anal sphincter , to exercise the anal sphincter muscle , wherein the shaft to the tip end has a length of approximately 15.2 cm (6 inches), whereby the probe may be used to simultaneously vibrate both the urethral sphincter and the anal sphincter.
Method for determining the speed of a pump , wherein a fluid pressure of a fluid is controlled to a set fluid pressure p soll by means of the pump and wherein the fluid is a reducing agent for exhaust gas aftertreatment, comprising the steps: - providing a pressure signal in a predetermined time interval, the pressure signal indicating a fluid pressure of the fluid or being a quantity from which the fluid pressure of the fluid can be derived; and - determining the rotational speed from time variations of the pressure signal in the predetermined time interval, wherein the determination of the rotational speed is not based on a Fourier transform of the pressure signal; characterised in that the determination of the rotational speed comprises a) determining a number of rising and/or falling edges of the pressure signal in the predetermined time interval; and/or b) determining at least one time duration of a rising and/or falling edge of the pressure signal in the predetermined time interval. - providing a pressure signal in a predetermined time interval, the pressure signal indicating a fluid pressure of the fluid or being a quantity from which the fluid pressure of the fluid can be derived; and - determining the rotational speed from time variations of the pressure signal in the predetermined time interval, wherein the determination of the rotational speed is not based on a Fourier transform of the pressure signal; a) determining a number of rising and/or falling edges of the pressure signal in the predetermined time interval; and/or b) determining at least one time duration of a rising and/or falling edge of the pressure signal in the predetermined time interval.
A method of determining or comparing potency of a test interferon relative to Recombinant Super-Compound Interferon (rSIFN-co), or establishing equivalence between a test interferon and rSIFN-co, comprising: providing the test interferon and rSIFN-co; and determining down-regulation of expression of LRP6 and FZD6 in HT-29 cells by the test interferon and rSIFN-co, in vitro, under same specified conditions, respectively; whereby the presence of down-regulation of expression of LRP6 and FZD6 in HT-29 cells in a statistically significant manner by the test interferon, signifies that the test interferon and rSIFN-co have the same potency, or that the test interferon and rSIFN-co are equivalent. providing the test interferon and rSIFN-co; and determining down-regulation of expression of LRP6 and FZD6 in HT-29 cells by the test interferon and rSIFN-co, in vitro, under same specified conditions, respectively;
Method for determining the shrinkage behaviour of a rubber mixture, wherein the method comprises the following steps of: a. providing or producing a rubber mixture at a temperature Tini in the temperature range T 1 , b. extruding the rubber mixture at the temperature Tini by means of an extrusion apparatus to form an extruded profile, wherein the rubber mixture at least partially exhibits a temperature in the temperature range T 2 in the extrusion apparatus, c. cutting the extruded profile to form a profile with a length L 1 , d. tempering the cut profile with a length L 1 at an ambient temperature in the ambient temperature range T 3 for a predetermined period of time, e. measuring the value of the length L 2 of the tempered profile, wherein the ambient temperature range T 3 is in the range from 60°C to 100°C. a. providing or producing a rubber mixture at a temperature Tini in the temperature range T 1 , b. extruding the rubber mixture at the temperature Tini by means of an extrusion apparatus to form an extruded profile, wherein the rubber mixture at least partially exhibits a temperature in the temperature range T 2 in the extrusion apparatus, c. cutting the extruded profile to form a profile with a length L 1 , d. tempering the cut profile with a length L 1 at an ambient temperature in the ambient temperature range T 3 for a predetermined period of time, e. measuring the value of the length L 2 of the tempered profile,
A pitch bearing for mounting a rotor blade to the hub of a wind turbine and for allowing the rotor blade to be turned about its longitudinal axis (L), comprising - a carrier with an annular arrangement of bearing pad seats ; - a plurality of bearing pads (P), wherein a bearing pad (P) is arranged in each bearing pad seat of the carrier ; and - a gripping assembly for gripping the carrier , which gripping assembly comprises a sliding part arranged to lie axially against an annular arrangement of bearing pads (P) characterised in that it further comprises an access window provided in the sliding part , wherein the access window is dimensioned to expose a bearing pad (P) when opened. - a carrier with an annular arrangement of bearing pad seats ; - a plurality of bearing pads (P), wherein a bearing pad (P) is arranged in each bearing pad seat of the carrier ; and - a gripping assembly for gripping the carrier , which gripping assembly comprises a sliding part arranged to lie axially against an annular arrangement of bearing pads (P) characterised in that it further comprises an access window provided in the sliding part , wherein the access window is dimensioned to expose a bearing pad (P) when opened.
A method of preparing an EDTA-free mayonnaise that comprises 5-85 wt.% of dispersed oil phase and 15-95 wt.% of continuous aqueous phase, said method comprising incorporating into the mayonnaise: • reduced grape juice in an amount providing 5-2,000 μg gallic acid equivalents per milliliter of aqueous phase, said reduced grape juice containing at least 50% by weight of dry matter of monosaccharides selected from glucose, fructose and combinations thereof; • a source of acetic acid in an amount providing 0.2-15% acetic acid by weight of the continuous aqueous phase, said source of acetic acid containing at least 20% acetic acid by weight of dry matter; and • egg protein in an amount of 0.02-4% by weight of the mayonnaise, wherein the mayonnaise contains egg yolk. • reduced grape juice in an amount providing 5-2,000 μg gallic acid equivalents per milliliter of aqueous phase, said reduced grape juice containing at least 50% by weight of dry matter of monosaccharides selected from glucose, fructose and combinations thereof; • a source of acetic acid in an amount providing 0.2-15% acetic acid by weight of the continuous aqueous phase, said source of acetic acid containing at least 20% acetic acid by weight of dry matter; and • egg protein in an amount of 0.02-4% by weight of the mayonnaise,
Vehicle heating system, comprising a fuel-operated heater with a burner area , with a combustion air blower for feeding combustion air to the burner area , with a fuel pump for feeding fuel to the burner area and with an actuating device for actuating the combustion air blower and the fuel pump , wherein the actuating device is configured to actuate the combustion air blower and the fuel pump to carry out a fording operation upon receipt of fording state information, wherein at least one fording state information generation device is provided for generating and entering the fording state information into the actuating device , wherein the fording state information generation device comprises at least one fording state sensor , characterized in that at least one fording state sensor comprises a water level sensor , or/and in that a fording state sensor comprises a temperature sensor of the heater detecting a temperature of combustion exhaust gases and outputting a temperature signal representing information on the presence or quality of a combustion state.
A lifting platform, comprising: a top, a lateral beam and a lifting column, which are supported underneath the top, actuators for driving lifting and lowering of the lifting platform, and a controller, the lifting platform including a lateral beam and actuators, two actuators being provided and respectively disposed at two ends of the lateral beam, wherein: the controller comprises a control box and a circuit board provided in the control box , the circuit board being connected with the actuators via wires, the backside of the control box being connected to the lateral bean, wherein openings facilitating connection between the wire and the circuit board are arranged on the control box , at least one opening being provided at the frontside of the control box , wherein the control box includes a base plate and a box body , and the control box is insert-fitted onto the lateral beam via the base plate , wherein a snap-fit is provided on the lateral beam, and a slot fitted with the snap-fit is provided on the base plate , wherein the slot is arranged on the lateral beam, and a snap-fit fitted with the slot is arranged on the base plate . the controller comprises a control box and a circuit board provided in the control box , the circuit board being connected with the actuators via wires, the backside of the control box being connected to the lateral bean, wherein openings facilitating connection between the wire and the circuit board are arranged on the control box , at least one opening being provided at the frontside of the control box , wherein the control box includes a base plate and a box body , and the control box is insert-fitted onto the lateral beam via the base plate , wherein a snap-fit is provided on the lateral beam, and a slot fitted with the snap-fit is provided on the base plate , wherein the slot is arranged on the lateral beam, and a snap-fit fitted with the slot is arranged on the base plate .
A yarn-forming element for a roving machine, with which a roving can be produced from a fiber structure with the help of compressed air, - wherein the yarn-forming element comprises an intake opening for fibers of the fiber structure , and - wherein the yarn-forming element has an outlet for the emergence of the roving produced from the fiber structure in the area of the intake opening of the yarn-forming element during operation of the roving machine and having a draw-off channel , which connects the intake opening and the outlet , characterized in that the yarn-forming element comprises a front end , which surrounds the intake opening and has a truncated cone shape in at least some sections, - wherein the cover surface of the truncated cone is arranged between the base surface of the truncated cone and the outlet of the yarn-forming element , and - wherein the angle (α) between a lateral line of the truncated cone and its cone axis (K) has a value less than 90° and greater than 70°. - wherein the yarn-forming element comprises an intake opening for fibers of the fiber structure , and - wherein the yarn-forming element has an outlet for the emergence of the roving produced from the fiber structure in the area of the intake opening of the yarn-forming element during operation of the roving machine and having a draw-off channel , which connects the intake opening and the outlet , - wherein the cover surface of the truncated cone is arranged between the base surface of the truncated cone and the outlet of the yarn-forming element , and - wherein the angle (α) between a lateral line of the truncated cone and its cone axis (K) has a value less than 90° and greater than 70°.
A method comprising: receiving , by a computing device of a first vehicle of a plurality of vehicles , a lane change request from a requesting vehicle , the requesting vehicle requesting to change its lane of travel to a different lane of travel occupied by the plurality of vehicles ; the method further characterised by negotiating among the plurality of vehicles to determine a responding vehicle of the plurality of vehicles which will coordinate the change of the requesting vehicle to the different lane of travel occupied by the plurality of vehicles ; coordinating , by the responding vehicle the plurality of vehicles to establish a space to accommodate the requesting vehicle in the different lane of travel; and transmitting , by the responding vehicle , a lane change response to the requesting vehicle . receiving , by a computing device of a first vehicle of a plurality of vehicles , a lane change request from a requesting vehicle , the requesting vehicle requesting to change its lane of travel to a different lane of travel occupied by the plurality of vehicles ; the method further characterised by negotiating among the plurality of vehicles to determine a responding vehicle of the plurality of vehicles which will coordinate the change of the requesting vehicle to the different lane of travel occupied by the plurality of vehicles ; coordinating , by the responding vehicle the plurality of vehicles to establish a space to accommodate the requesting vehicle in the different lane of travel; and transmitting , by the responding vehicle , a lane change response to the requesting vehicle .
Device for measuring the electric power delivered to a railway vehicle by a high voltage electric supply line (L), comprising: current sensing means (5-7) connected operationally to said supply line (L), a resistive voltage divider connected operationally between said supply line (L) and an electric earthing terminal (22; 32c), first processing means (9-13) connected to said current sensing means (5-7) and designed to generate signals or data indicating the intensity of the current drawn by the vehicle from the supply line (L), and second processing means (41-45) connected to the output of said voltage divider and designed to generate signals or data indicating the voltage of said supply line (L), said current sensing means (5-7) and the associated first processing means (9-13), as well as the voltage divider being arranged in a cavity inside a line insulator , wherein the terminal with the lowest potential of the voltage divider is connected to a plate-like member made of electrically conductive material that extends outside the cavity of said insulator , characterised in that at a lower end of said insulator there is connected a hollow body made of electrically conductive material, adapted to be connected to earth and in which there are arranged said second processing means (41-45), said hollow body including a plate-like wall arranged to face said plate-like member at a predetermined distance therefrom, such as to form therewith a discharger capable of generating an electric discharge when the voltage at the ends of same exceeds a predetermined value. current sensing means (5-7) connected operationally to said supply line (L), a resistive voltage divider connected operationally between said supply line (L) and an electric earthing terminal (22; 32c), first processing means (9-13) connected to said current sensing means (5-7) and designed to generate signals or data indicating the intensity of the current drawn by the vehicle from the supply line (L), and second processing means (41-45) connected to the output of said voltage divider and designed to generate signals or data indicating the voltage of said supply line (L), said current sensing means (5-7) and the associated first processing means (9-13), as well as the voltage divider being arranged in a cavity inside a line insulator , wherein the terminal with the lowest potential of the voltage divider is connected to a plate-like member made of electrically conductive material that extends outside the cavity of said insulator , characterised in that at a lower end of said insulator there is connected a hollow body made of electrically conductive material, adapted to be connected to earth and in which there are arranged said second processing means (41-45), said hollow body including a plate-like wall arranged to face said plate-like member at a predetermined distance therefrom, such as to form therewith a discharger capable of generating an electric discharge when the voltage at the ends of same exceeds a predetermined value.