mhurhangee/ep-ind-claims huggingface dataset:
A suction device, in particular a suction cup, suction lifter, or vacuum gripper, for reversible attachment to a substrate surface, comprising a first component, which is used for an actuation of the suction device, and a second component, which can be brought into contact with the substrate surface via the suction cup surface, wherein the first component is made of at least one harder first material and the second component of at least one, in comparison to the first material, softer second material, wherein the second material is a material with a Shore 00 hardness less than 50, so that the second component adapts the better to rough, uneven and/or curved substrate surfaces the softer and thicker the second material is, characterized in that the said thickness of the second component measures, in an unloaded condition, at least 2.5 % of an outer diameter or a length or a width of the first component, and that the second component is not restricted in its radial freedom of movement neither by internal nor by external stops of the first component.
A foaming mould having a first mould section on which a plastic carrier is able to be mounted, and with a second mould section, able to be spaced apart therefrom, which is able to be brought in connection with a plastic skin, with a sealing tube which is in sealing contact with the second mould section, and is tightly closed on at least one portion with a closure piece, wherein the sealing tube is movable into such a position towards the first mould section, that the plastic skin is able to be brought into sealing contact with the plastic carrier, characterized in that the closure piece is inserted in a sealing manner into the sealing tube and is surrounded by a clamp, which is movable in a translatory manner.
Use of at least one lipopeptide selected from among iturin A, mojavensin, mycosubtilin, bacillomycins A, B, C, D, F and L, surfactins A, B, C, lichenysin, pumilacidin, fengycins A and B, plipastatins A and B, or agrastatin to stimulate growth of plants.
A device for the distribution of fluid over the top of a reactor bed, comprising: a collection tray having a top and a bottom, and having outlet ports therethrough; a mixing chamber in fluid communication with the collection tray outlet ports, and having a mixing chamber outlet; a rough distribution tray in fluid communication with the mixing chamber outlet having rough distribution tray liquid outlet ports therethrough; a distribution tray vapor chimney of the distribution tray positioned radially outwardly of the mixing chamber outlet; an upper opening of the distribution tray vapor chimney above a normal operation liquid level of the distribution tray and providing fluid communication from above to below the rough distribution tray; a vapor chimney body, characterized in that the vapor chimney body has a radially inwardly tapered cross section to reduce restriction of outward fluid flow along the rough distribution tray and to damp swirling fluid flow on the rough distribution tray. a collection tray having a top and a bottom, and having outlet ports therethrough; a mixing chamber in fluid communication with the collection tray outlet ports, and having a mixing chamber outlet; a rough distribution tray in fluid communication with the mixing chamber outlet having rough distribution tray liquid outlet ports therethrough; a distribution tray vapor chimney of the distribution tray positioned radially outwardly of the mixing chamber outlet; an upper opening of the distribution tray vapor chimney above a normal operation liquid level of the distribution tray and providing fluid communication from above to below the rough distribution tray; a vapor chimney body, characterized in that the vapor chimney body has a radially inwardly tapered cross section to reduce restriction of outward fluid flow along the rough distribution tray and to damp swirling fluid flow on the rough distribution tray.
A cooking device for microwave cooking, comprising an inorganic binder and copper slag, characterized in that said device comprises 10% to 45% by weight of copper slag and the porosity of said material is in the range of 1% to 15%, when measured according to UNI EN ISO 10545-3:2000.
Method for operating a driver assistance system of a motor vehicle for optimal positioning of the motor vehicle relative to a wireless charging device for an electrical energy storage system of the motor vehicle, characterised in that through the analysis of sensor data of at least one radar sensor, a position of at least one radar marker reflecting as a point source which is positioned in a fixed geometric relationship with the charging device and from which a position of the motor vehicle relative to the charging device is determined, determines a predetermined optimal target position of the motor vehicle relative to the trajectory guiding the charging device and is output to a driver, in particular in the form of driving instructions and/or realised by automatic driving operations.
A method of mounting an accelerometer to an internal combustion engine, the method comprising the steps of: a) securing the accelerometer to a mating surface on an engine component, the mating surface being external to a combustion chamber of the engine and located where the accelerometer can generate a signal output that is characteristic of at least one combustion behaviour other than engine knock inside the combustion chamber during at least a portion of a compression stroke or a combustion stroke associated with the combustion chamber; and b) connecting a signal wire at one end to the accelerometer and at an opposite end to a signal processor; characterized in that the method further comprises c) increasing the signal output's signal-to-noise ratio by taking at least one of the following steps: adapting the mating surface on the engine component to have a surface flatness of no more that 0.002 inches (which is about 0.05 millimeters) Total Indicator Reading; adapting the mating surface on the engine component to have a surface roughness Rz of no more than 16 micro-inches (which is about 0.40 micrometers); and the step of securing the accelerometer to the engine component comprises clamping the accelerometer against the mating surface of the engine component. a) securing the accelerometer to a mating surface on an engine component, the mating surface being external to a combustion chamber of the engine and located where the accelerometer can generate a signal output that is characteristic of at least one combustion behaviour other than engine knock inside the combustion chamber during at least a portion of a compression stroke or a combustion stroke associated with the combustion chamber; and b) connecting a signal wire at one end to the accelerometer and at an opposite end to a signal processor; characterized in that the method further comprises c) increasing the signal output's signal-to-noise ratio by taking at least one of the following steps: adapting the mating surface on the engine component to have a surface flatness of no more that 0.002 inches (which is about 0.05 millimeters) Total Indicator Reading; adapting the mating surface on the engine component to have a surface roughness Rz of no more than 16 micro-inches (which is about 0.40 micrometers); and the step of securing the accelerometer to the engine component comprises clamping the accelerometer against the mating surface of the engine component. adapting the mating surface on the engine component to have a surface flatness of no more that 0.002 inches (which is about 0.05 millimeters) Total Indicator Reading; adapting the mating surface on the engine component to have a surface roughness Rz of no more than 16 micro-inches (which is about 0.40 micrometers); and
A manufacturing method for a pressed component including an elongated top plate, a wall (4a, 4b) having one end connected to a short direction end portion of the top plate, that curves with a convex shape bowing toward an opposite side to the top plate as viewed from an upper side of the top plate, and that includes a sharp curve portion (4b2) having a smaller radius of curvature than at both sides of the sharp curve portion (4b2) in the top plate length direction, and a flange (6a, 6b) that is connected to another end of the wall (4a, 4b) and that extends in a plate thickness direction of the wall (4a, 4b) toward the opposite side to the top plate side, the manufacturing method comprising: a first process of pressing to form an intermediate formed component including the top plate, the wall (4a, 4b), and a preliminary flange (7a, 7b) connected to another end of the wall (4a, 4b) and extending in a plate thickness direction of the wall (4a, 4b) toward the opposite side to the top plate side; characterized in that the manufacturing method further comprises a second process of pressing to deform the preliminary flange (7a, 7b) such that an angle of a corner formed between a specific portion of the preliminary flange (7a, 7b) connected to the sharp curve portion (4b2) and the sharp curve portion (4b2) progressively increases or decreases at respective portions from one end to another end along the length direction, so as to form the preliminary flange (7a, 7b) into the flange (6a, 6b). a first process of pressing to form an intermediate formed component including the top plate, the wall (4a, 4b), and a preliminary flange (7a, 7b) connected to another end of the wall (4a, 4b) and extending in a plate thickness direction of the wall (4a, 4b) toward the opposite side to the top plate side; characterized in that the manufacturing method further comprises a second process of pressing to deform the preliminary flange (7a, 7b) such that an angle of a corner formed between a specific portion of the preliminary flange (7a, 7b) connected to the sharp curve portion (4b2) and the sharp curve portion (4b2) progressively increases or decreases at respective portions from one end to another end along the length direction, so as to form the preliminary flange (7a, 7b) into the flange (6a, 6b).
A cleaning composition comprising: (a) a variant of a parent alpha-amylase wherein the parent alpha-amylase is an alpha-amylase which has the amino acid sequence shown in SEQ ID NO: 6 and the variant is a polypeptide having amylolytic activity and an amino acid sequence having at least 85% identity with the mature polypeptide of SEQ ID NO: 6 and comprises a substitution at one or more positions selected from the group consisting of 195, 193, 197, 198, 200, 203, 206, 210, 212, 213 and 243, wherein the parent alpha-amylase sequence is modified by substitution at position 206 to Y, using the numbering according to SEQ ID NO: 6; and (b) a cleaning adjunct, preferably in an amount from 0.01 to 99.9 wt%; and (c) at least one chelating agent wherein said chelating agent at a concentration below 10 mM is capable of reducing the concentration of free calcium ions from 2.0 mM to 0.10 mM when measured at 21°C and pH 8.0. (a) a variant of a parent alpha-amylase wherein the parent alpha-amylase is an alpha-amylase which has the amino acid sequence shown in SEQ ID NO: 6 and the variant is a polypeptide having amylolytic activity and an amino acid sequence having at least 85% identity with the mature polypeptide of SEQ ID NO: 6 and comprises a substitution at one or more positions selected from the group consisting of 195, 193, 197, 198, 200, 203, 206, 210, 212, 213 and 243, wherein the parent alpha-amylase sequence is modified by substitution at position 206 to Y, using the numbering according to SEQ ID NO: 6; and (b) a cleaning adjunct, preferably in an amount from 0.01 to 99.9 wt%; and (c) at least one chelating agent wherein said chelating agent at a concentration below 10 mM is capable of reducing the concentration of free calcium ions from 2.0 mM to 0.10 mM when measured at 21°C and pH 8.0.
A folding tower system for raising a light source, comprising: a stationary base having a first end and a second end; a lower lift arm having a first end and a second end, the first end of the lower lift arm being connected to the base; an upper lift arm having a first end and a second end, the first end being adapted to mount the light source thereon; and, a 4-bar linkage mechanism connecting the second end of the lower lift arm to the second end of the upper lift arm in rotational relation to one another, characterized in that an actuator is attached to the base and the lower lift arm. a stationary base having a first end and a second end; a lower lift arm having a first end and a second end, the first end of the lower lift arm being connected to the base; an upper lift arm having a first end and a second end, the first end being adapted to mount the light source thereon; and, a 4-bar linkage mechanism connecting the second end of the lower lift arm to the second end of the upper lift arm in rotational relation to one another, characterized in that an actuator is attached to the base and the lower lift arm.
Resynchronization method by a receiver of a received stream of groups of bits, comprising: - detecting a synchronization loss, and then - iterating (S11 to S 17) checks over different bits until a first bit of a group of bits is found, the most probable first bit being checked first, wherein the checks are iterated in a checking order of bits different from a chronological reception order, so as to check earlier at least one of most probable first bits, different from the most probable first bit. - detecting a synchronization loss, and then - iterating (S11 to S 17) checks over different bits until a first bit of a group of bits is found, the most probable first bit being checked first,
A control method of an electronic device for obfuscating user data, the control method comprising: acquiring a security parameter according to data to be transmitted to an external server; applying an obfuscation algorithm to the data using the security parameter; and transmitting the data to which the obfuscation algorithm is applied to the external server, characterised in that the acquiring of the security parameter further includes: determining an application in which the data is generated; and acquiring the security parameter based on an importance of the determined application. acquiring a security parameter according to data to be transmitted to an external server; applying an obfuscation algorithm to the data using the security parameter; and transmitting the data to which the obfuscation algorithm is applied to the external server, characterised in that the acquiring of the security parameter further includes: determining an application in which the data is generated; and acquiring the security parameter based on an importance of the determined application. determining an application in which the data is generated; and acquiring the security parameter based on an importance of the determined application.
Descent control device comprising a housing, wherein the housing comprises - a rope entrance and a rope exit for a rope, - a channel between the rope entrance and the rope exit, the channel having at least one curvature of at least 180 degrees, for accommodating the rope internally in the housing, - an element arranged in the centre of the curvature, forming the inner radius of the channel, the element is eccentric rotatable between a free position and a stop position, the element is provided with an arm protruding out through the housing for controlling the rotating between free and stop position, wherein the channel in the curvature is more narrow along substantially its whole length when the element is in stop position than in free position, and wherein the peripheral edge of the element curved corresponding the curvature, has protrusions and/or recesses, characterized in that the housing further comprises limitation means arranged on the outside of the housing, limiting the minimum distance between the arm and the housing, said limitation means prevents the arm to align with the housing, in order to prevent the element to move into totally free position, and thus to limit the maximum rate of the rope through the device. - a rope entrance and a rope exit for a rope, - a channel between the rope entrance and the rope exit, the channel having at least one curvature of at least 180 degrees, for accommodating the rope internally in the housing, - an element arranged in the centre of the curvature, forming the inner radius of the channel, the element is eccentric rotatable between a free position and a stop position, the element is provided with an arm protruding out through the housing for controlling the rotating between free and stop position, wherein the channel in the curvature is more narrow along substantially its whole length when the element is in stop position than in free position, and wherein the peripheral edge of the element curved corresponding the curvature, has protrusions and/or recesses, characterized in that the housing further comprises limitation means arranged on the outside of the housing, limiting the minimum distance between the arm and the housing, said limitation means prevents the arm to align with the housing, in order to prevent the element to move into totally free position, and thus to limit the maximum rate of the rope through the device.
A vertically movable seat structure for military vehicle, comprising means for vertically guiding the movement of the seat with respect to a body of the vehicle, the guiding means incorporating a releasing means capable of releasing the vertical movement of the seat following a vertical impact of a certain level, the seat structure being characterised in that it comprises a means for holding the seat, which is likely to prevent the sudden upward movements of the latter, the holding means comprising a strap connecting the seat to a part of the body that is located below a seating part of the seat, the holding means comprising a reel located below the seat and capable of winding or unwinding the strap, the reel comprising means for blocking the strap in case of rapid unwinding movement thereof.
A thermostatic valve for fuel circuits, of the type intended to establish a distribution of the circulation of the hot fuel of the injection pump return of an engine, between the filter of the circuit for supplying fuel to the engine and a conduit towards the fuel tank, the thermostatic valve comprising an outer casing from which extend respective tubes (2 and 3) for connecting to the injection pump return and to the conduit towards the fuel tank, there being, within said casing, a functional assembly determining a central chamber with which the tube for the connection to the injection pump return communicates, and characterized in that said central chamber is closed at the ends by means of respective check valves (8 and 9) with respect to a second chamber into which the tube for connection towards the fuel tank opens out, and with respect to a third chamber communicating with an end outlet for communication with the filter of the fuel circuit, and in that a bimetal is internally arranged, within said third chamber, facing said end outlet, which bimetal determines the closing and opening thereof according to the temperature.
A plate heat exchanger in asymmetrical design, comprising a stack of heat transfer plates by means of which passages closed with respect to each other for heat exchanger fluids are formed, wherein - the heat transfer plates have a profile formed with an arrangement of truncated pyramids protruding from the plate plane and base portions disposed therebetween in the plate plane, and - the passages are designed asymmetrically, namely such that they allow different volume flows by arranging for adjacent heat transfer plates in the stack of heat transfer plates, the base sections of an upper heat transfer plate on truncated pyramids of an underlying heat transfer plate, characterized in that - the profile has truncated pyramids with concave side faces which extend from the plate plane oft he heat transfer plates to the plateau oft he truncated pyramids; - the profile has truncated pyramids with convex side faces which extend from the plate plane of the heat transfer plates to the plateau of the truncated pyramids and - one heat transfer plate having truncated pyramids with concave side faces and one heat transfer plate having truncated pyramids with convex side faces are arranged alternately in the stack. - the heat transfer plates have a profile formed with an arrangement of truncated pyramids protruding from the plate plane and base portions disposed therebetween in the plate plane, and - the passages are designed asymmetrically, namely such that they allow different volume flows by arranging for adjacent heat transfer plates in the stack of heat transfer plates, the base sections of an upper heat transfer plate on truncated pyramids of an underlying heat transfer plate, - the profile has truncated pyramids with concave side faces which extend from the plate plane oft he heat transfer plates to the plateau oft he truncated pyramids; - the profile has truncated pyramids with convex side faces which extend from the plate plane of the heat transfer plates to the plateau of the truncated pyramids and - one heat transfer plate having truncated pyramids with concave side faces and one heat transfer plate having truncated pyramids with convex side faces are arranged alternately in the stack.
Testing device for non-destructive detection of the gas concentration in foodstuffs (50.4) in packages, comprising: - a detection arrangement for detecting at least one parameter in a foodstuff (50.4) in a package, the parameter being specific to a property of the foodstuff (50.4) to be examined, wherein the detection arrangement comprises a transmitting unit for transmitting a measuring effect and a receiving unit for detecting the transmitted measuring effect, wherein the transmitting unit is designed as a laser source and the receiving unit is designed as an electromagnetic sensor and the measuring effect is designed as a laser radiation in order to detect a change in a spectrum of the radiation which is specific to the parameter, wherein the testing device is designed as a handheld device, wherein a positioning structure is provided to perform an external positioning of the detection arrangement on the package. - a detection arrangement for detecting at least one parameter in a foodstuff (50.4) in a package, the parameter being specific to a property of the foodstuff (50.4) to be examined, wherein the detection arrangement comprises a transmitting unit for transmitting a measuring effect and a receiving unit for detecting the transmitted measuring effect, wherein the transmitting unit is designed as a laser source and the receiving unit is designed as an electromagnetic sensor and the measuring effect is designed as a laser radiation in order to detect a change in a spectrum of the radiation which is specific to the parameter, wherein the testing device is designed as a handheld device, wherein a positioning structure is provided to perform an external positioning of the detection arrangement on the package. wherein the detection arrangement comprises a transmitting unit for transmitting a measuring effect and a receiving unit for detecting the transmitted measuring effect, wherein the transmitting unit is designed as a laser source and the receiving unit is designed as an electromagnetic sensor and the measuring effect is designed as a laser radiation in order to detect a change in a spectrum of the radiation which is specific to the parameter, wherein the testing device is designed as a handheld device, wherein a positioning structure is provided to perform an external positioning of the detection arrangement on the package.