mhurhangee/ep-ind-claims huggingface dataset:
A rotary shear valve comprising: a valve body comprising a motor mount end and a manifold mount end, and a cavity extending between the motor mount end and the manifold mount end; a valve body rim in the cavity; a disc-shaped rotor rotatably mounted in the valve body, the rotor comprising: one or more slots in a top surface; and a rotor sealing face on the top surface; a disc-shaped stator mounted in the valve body, the stator comprising: a top surface and a bottom surface; one or more ports extending between the top surface and the bottom surface; a stator sealing face on the bottom surface, wherein the stator sealing face is in sliding and sealing contact with the rotor sealing face; and an annular recess in an outer periphery of the bottom surface of the stator; characterized in that three predefined contact points are defined between the stator annular recess and the valve body rim, wherein the stator only contacts the valve body rim at the three contact points. a valve body comprising a motor mount end and a manifold mount end, and a cavity extending between the motor mount end and the manifold mount end; a valve body rim in the cavity; a disc-shaped rotor rotatably mounted in the valve body, the rotor comprising: one or more slots in a top surface; and a rotor sealing face on the top surface; a disc-shaped stator mounted in the valve body, the stator comprising: a top surface and a bottom surface; one or more ports extending between the top surface and the bottom surface; a stator sealing face on the bottom surface, wherein the stator sealing face is in sliding and sealing contact with the rotor sealing face; and an annular recess in an outer periphery of the bottom surface of the stator; characterized in that three predefined contact points are defined between the stator annular recess and the valve body rim, wherein the stator only contacts the valve body rim at the three contact points. one or more slots in a top surface; and a rotor sealing face on the top surface; a disc-shaped stator mounted in the valve body, the stator comprising: a top surface and a bottom surface; one or more ports extending between the top surface and the bottom surface; a stator sealing face on the bottom surface, wherein the stator sealing face is in sliding and sealing contact with the rotor sealing face; and an annular recess in an outer periphery of the bottom surface of the stator; characterized in that three predefined contact points are defined between the stator annular recess and the valve body rim, wherein the stator only contacts the valve body rim at the three contact points. a top surface and a bottom surface; one or more ports extending between the top surface and the bottom surface; a stator sealing face on the bottom surface, wherein the stator sealing face is in sliding and sealing contact with the rotor sealing face; and an annular recess in an outer periphery of the bottom surface of the stator; characterized in that three predefined contact points are defined between the stator annular recess and the valve body rim, wherein the stator only contacts the valve body rim at the three contact points.
An extract of lingonberry, which is comprised of 5-35wt% of anthocyanin, 20-95 wt% of proanthocyanidin, less than 5 wt% of resveratrol and the balance of other components.
Method of producing an axial turbine engine stator, particularly a compressor stator (4; 6), said stator comprising an external shroud (28; 128) with an internal surface (46; 146) and an annular row of stator blades extending radially inwardly from the shroud (28; 128), the method comprising the following stages carried out in that order: (a) supply or production (74; 174) of a material bar (34; 134); (b) bending (76; 176) of the bar (34; 134) so that it makes a circle, in order to form an external shroud (28; 128); (c) welding (78; 178) of a row of blades onto the external shroud (28; 128); characterized in that the internal surface (46; 146) of the shroud comprises blade-receiving portions (42; 142) which are generally perpendicular to the radial direction and formed on blade stubs (40; 140) and in that during the welding (78; 178) stage (c), the blades are friction-welded onto the blade-receiving portions (42; 142). (a) supply or production (74; 174) of a material bar (34; 134); (b) bending (76; 176) of the bar (34; 134) so that it makes a circle, in order to form an external shroud (28; 128); (c) welding (78; 178) of a row of blades onto the external shroud (28; 128);
An electrode assembly (300, 302) for a vacuum interrupter, the electrode assembly (300, 302) comprising: a contact plate; an electrode coil connected to the contact plate, the electrode coil including: a base for attachment to a terminal post of the vacuum interrupter, and at least one arcuate arm between the base and the contact plate, each arcuate arm extending along a curved path in a plane approximately perpendicular to a direction of travel of the electrode assembly (300, 302); and at least one support member, characterised in that: each arcuate arm includes an end surface (546, 548) that includes an aperture (550, 552) that is positioned to align with a corresponding aperture (550, 552) of an adjacent end surface (546, 548) of an arcuate arm, and each support member is partially positioned within aligned apertures (550, 552) to maintain a gap between adjacent end surfaces (546, 548). a contact plate; an electrode coil connected to the contact plate, the electrode coil including: a base for attachment to a terminal post of the vacuum interrupter, and at least one arcuate arm between the base and the contact plate, each arcuate arm extending along a curved path in a plane approximately perpendicular to a direction of travel of the electrode assembly (300, 302); and at least one support member, characterised in that: each arcuate arm includes an end surface (546, 548) that includes an aperture (550, 552) that is positioned to align with a corresponding aperture (550, 552) of an adjacent end surface (546, 548) of an arcuate arm, and each support member is partially positioned within aligned apertures (550, 552) to maintain a gap between adjacent end surfaces (546, 548). a base for attachment to a terminal post of the vacuum interrupter, and at least one arcuate arm between the base and the contact plate, each arcuate arm extending along a curved path in a plane approximately perpendicular to a direction of travel of the electrode assembly (300, 302); and at least one support member, characterised in that: each arcuate arm includes an end surface (546, 548) that includes an aperture (550, 552) that is positioned to align with a corresponding aperture (550, 552) of an adjacent end surface (546, 548) of an arcuate arm, and each support member is partially positioned within aligned apertures (550, 552) to maintain a gap between adjacent end surfaces (546, 548). each arcuate arm includes an end surface (546, 548) that includes an aperture (550, 552) that is positioned to align with a corresponding aperture (550, 552) of an adjacent end surface (546, 548) of an arcuate arm, and each support member is partially positioned within aligned apertures (550, 552) to maintain a gap between adjacent end surfaces (546, 548).
Method for operating at least one direction indicator (3, 4) of a motor vehicle, wherein the direction indicator (3, 4) outputs a light signal as of an actuation time, which light signal consists of a periodic repetition of alternately successive on phases in which at least one lighting means of the direction indicator (3, 4) lights up, and off phases in which the lighting means is switched off, wherein, at the actuation time, a deviation of an initial phase position of the light signal with respect to a predefined reference signal is ascertained and compared with a predefined target phase position assigned to the direction indicator (3, 4), wherein, if there is a phase offset between the initial phase position and the target phase position, - at least two of the on phases and/or off phases of the light signal are extended or shortened by a different time difference value in each case after the actuation time, such that the phase position of the light signal with respect to the reference signal then corresponds to the predefined target phase position, - characterized in that a plurality of successive on phases and/or off phases are each extended or shortened by a time difference value decreasing as the temporal distance from the actuation time increases, wherein the amount by which the time difference value between two successive, extended or shortened on phases and/or off phases decreases in each case is always equal. - at least two of the on phases and/or off phases of the light signal are extended or shortened by a different time difference value in each case after the actuation time, such that the phase position of the light signal with respect to the reference signal then corresponds to the predefined target phase position, - characterized in that a plurality of successive on phases and/or off phases are each extended or shortened by a time difference value decreasing as the temporal distance from the actuation time increases, wherein the amount by which the time difference value between two successive, extended or shortened on phases and/or off phases decreases in each case is always equal.
Link chain drive containing: a link chain (G, 1000-13000) comprising: a) at least one first chain link plate (KL, KL1, 1010, 2010,... 9010) with an opening (OF, 1011, 2011,... 9011); b) a corresponding second chain link plate (KL, KL2, 1050, 2010, 3050, 4050, 5050, 6050, 7010, 8010, 9010) with a chain pin (KB, KB1, KB2, 1020, 2020,... 7020) attached thereto, the chain pin being mounted in the above mentioned opening such that it can be moved by shifting; wherein the opening has a roll area (WF, 1012, 2012, 3012), along which the chain pin (KB, KB1, KB2) can roll, characterized in that - the chain pin (KB, KB1, KB2) has at least in sections the form of a circular cylinder; - and that the link chain drive comprises a drive wheel (AR, AR1, AR2, 700) engaging in the mentioned link chain; wherein the chain pin (KB, KB1, KB2) of the second chain link plate (KL, KL2) carries out at least in sections a rolling motion in the opening of the first chain link plate (KL, KL1) when the link chain is circulating around the drive chain wheel. a link chain (G, 1000-13000) comprising: a) at least one first chain link plate (KL, KL1, 1010, 2010,... 9010) with an opening (OF, 1011, 2011,... 9011); b) a corresponding second chain link plate (KL, KL2, 1050, 2010, 3050, 4050, 5050, 6050, 7010, 8010, 9010) with a chain pin (KB, KB1, KB2, 1020, 2020,... 7020) attached thereto, the chain pin being mounted in the above mentioned opening such that it can be moved by shifting; a) at least one first chain link plate (KL, KL1, 1010, 2010,... 9010) with an opening (OF, 1011, 2011,... 9011); b) a corresponding second chain link plate (KL, KL2, 1050, 2010, 3050, 4050, 5050, 6050, 7010, 8010, 9010) with a chain pin (KB, KB1, KB2, 1020, 2020,... 7020) attached thereto, the chain pin being mounted in the above mentioned opening such that it can be moved by shifting; wherein the opening has a roll area (WF, 1012, 2012, 3012), along which the chain pin (KB, KB1, KB2) can roll, characterized in that - the chain pin (KB, KB1, KB2) has at least in sections the form of a circular cylinder; - and that the link chain drive comprises a drive wheel (AR, AR1, AR2, 700) engaging in the mentioned link chain; - the chain pin (KB, KB1, KB2) has at least in sections the form of a circular cylinder; - and that the link chain drive comprises a drive wheel (AR, AR1, AR2, 700) engaging in the mentioned link chain; wherein the chain pin (KB, KB1, KB2) of the second chain link plate (KL, KL2) carries out at least in sections a rolling motion in the opening of the first chain link plate (KL, KL1) when the link chain is circulating around the drive chain wheel.
A mini-container for intermodal shipping comprising a plurality of panels forming a pair of oppositely disposed side panels (20, 22), a front panel, a back panel opposite to said front panel, a base, and a roof, wherein said side, front and back panels, when erected on said base form an enclosure of said mini-container, and wherein said panels are configurable between an erected-for-use configuration wherein they are releasably mounted to one another to form a box on said base, and a collapsed storage configuration wherein said side, front and back panels are stacked, lying flat relative to one another to form a stack of said panels laying on said base and wherein in said storage configuration said stack is overlaid with said roof, and wherein the roof has a circumferential rim depending downwardly there-around; characterised in that the base has feet mounted underneath and at each corner thereof, wherein hard points (28, 28a, 28b) are provided at each of the four corners of the mini-container, which hard points (28, 28a, 28b) are configured for bearing the vertical weight of other mini-containers so as to relieve bearing loads on mini-container seals when a set of mini-containers is stacked vertically, which hard points form part of vertical members which are mounted to the corners of rim, and which hard points form part of the underside of the feet; and wherein, when the mini-container is in the storage configuration, the mini-container is configured for stacking a number of such mini-containers one upon the other by interlocking of the hard points on one mini-container with the hard points on a second container (10").
An apparatus to display consumer products comprising: a base that includes a bottom segment, at least two supporting segments, and a top segment (30a, 30b), the top segment (30a, 30b) provided with a plurality of apertures and supported at least in part by the at least two supporting segments such that the bottom segment and the top segment (30a, 30b) are generally parallel; and at least two side portions, at least one of said side portions comprising a support column, the at least two side portions being generally perpendicular to the bottom segment and the top segment (30a, 30b), said apparatus being characterised in that the bottom segment, at least two supporting segments, top segment (30a, 30b), and at least two side portions are assembled from a continuous piece of the same material. a base that includes a bottom segment, at least two supporting segments, and a top segment (30a, 30b), the top segment (30a, 30b) provided with a plurality of apertures and supported at least in part by the at least two supporting segments such that the bottom segment and the top segment (30a, 30b) are generally parallel; and at least two side portions, at least one of said side portions comprising a support column, the at least two side portions being generally perpendicular to the bottom segment and the top segment (30a, 30b), said apparatus being characterised in that the bottom segment, at least two supporting segments, top segment (30a, 30b), and at least two side portions are assembled from a continuous piece of the same material.
Configuration system of an intelligent electronic device for power transmission and distribution, the configuration system comprising - a first configuration software tool running on a computing device providing a first visual representation of configuration data of the intelligent electronic device and being configured to change the configuration data by creating to the configuration data hardware configuration data relating to external variables, and - a second configuration software tool running on a computing device providing a plurality of function blocks and connections between function blocks in a second visual representation of configuration data of the intelligent electronic device, wherein each function block is for executing a function in the intelligent electronic device, characterized in that the configuration data is located in a configuration data storage and the configuration data is provided to running configuration software tools by a configuration data server, which is arranged to a) receive and forward a change in the hardware configuration data made by the running first configuration software tool and to b) send a notification to the running second configuration software tool in response to the change in the hardware configuration data made by the running first configuration tool, and the second configuration software tool is configured, in response to receiving, when running, the notification from the configuration data server, to retrieve hardware configuration data relating to external variables created by the first configuration software tool and to update the second visual representation correspondingly, said retrieved hardware configuration data relating to external variables created by the first configuration tool, and vice versa, so that changes to the configuration data are allowed by either one of the running configuration software tools and updated to the other. - a first configuration software tool running on a computing device providing a first visual representation of configuration data of the intelligent electronic device and being configured to change the configuration data by creating to the configuration data hardware configuration data relating to external variables, and - a second configuration software tool running on a computing device providing a plurality of function blocks and connections between function blocks in a second visual representation of configuration data of the intelligent electronic device, wherein each function block is for executing a function in the intelligent electronic device, characterized in that a) receive and forward a change in the hardware configuration data made by the running first configuration software tool and to b) send a notification to the running second configuration software tool in response to the change in the hardware configuration data made by the running first configuration tool, and
A method for printing on a printing material, wherein, on a printing material to be printed, at least one print image is printed on the one hand and, for each printing zone of the printing material, which in each case corresponds to a color zone and the axial width of which corresponds to the axial width of color zone adjusting elements, at least one print control mark is printed, wherein the print control marks are detected with the help of a sensor in order to detect actual values of print parameters, wherein the actual values are compared with set point values, and wherein, dependent on deviations between the actual values and the set point values, the printing is controlled in such a way that the deviations between the actual values and the set point values are smaller than limit values, characterized in that at least one relatively small print control mark is printed into at least one printing zone of the printing material, at least one relatively large print control mark is additionally printed into at least one printing zone of the printing material, the or each relatively small print control mark have a smaller diameter and/or a smaller area than the or each relatively large print control mark, the or each relatively small print control mark and the or each relatively large print control mark are detected with the help of a sensor, the actual values of print parameters detected by measuring the relatively small print control marks are corrected with the help of the measurement value of the or each relatively large print control mark, namely on the basis of a deviation between the measurement values of the or each relatively large print control mark and the or each relatively small print control mark.
Device for storing and dispensing parts intended for dentistry, consisting of at least one barrel, the body of which comprises a plurality of housings open downwards, in its position of use, intended to receive said parts, said barrel body being mounted pivotally on a bottom plug fixed to a support in a housing in the barrel, said plug comprising a dispensing passage enabling the parts chosen by the user, after rotation of the barrel body, to fall by gravity into a receiving cup (25, 26), and the support being in the form of a substantially circular part comprising an external peripheral rim, which comprises barrel housings.
Tyre comprising a resin composition based on: - a resin selected from the group consisting of vinyl ester resins and unsaturated polyester resins, - a crosslinking initiator and - a crosslinking agent of general formula R 1 - X - R 2 in which: - X is an optionally substituted alkylene group; - R 1 and R 2 are, independently of one another, an acrylate group, methacrylate group, vinyl group, alkenyl group bearing an unsaturated carbon at the chain end, or alkynyl group bearing an unsaturated carbon at the chain end. - a resin selected from the group consisting of vinyl ester resins and unsaturated polyester resins, - a crosslinking initiator and - a crosslinking agent of general formula R 1 - X - R 2 in which: - X is an optionally substituted alkylene group; - R 1 and R 2 are, independently of one another, an acrylate group, methacrylate group, vinyl group, alkenyl group bearing an unsaturated carbon at the chain end, or alkynyl group bearing an unsaturated carbon at the chain end. - X is an optionally substituted alkylene group; - R 1 and R 2 are, independently of one another, an acrylate group, methacrylate group, vinyl group, alkenyl group bearing an unsaturated carbon at the chain end, or alkynyl group bearing an unsaturated carbon at the chain end.
A method for information handling in a mobile terminal comprising a display unit including a touch screen, the method comprising: displaying an operation of an application in a first display area of the touch screen; detecting at least one touch input associated with the operation of the application in the first display area; receiving an incoming call while displaying the operation of the application; determining at least one touch input region of the first display area that is associated with the operation of the application based on the at least one touch input, the at least one touch input being detected on any location on the first display area of the touch screen before receiving the incoming call; rendering an image of a user interface on the touch screen in response to the incoming call, the image of the user interface being superimposed over at least one portion of the first display area that is outside of the determined at least one touch input region; and receiving a user input on the user interface to respond to the incoming call. displaying an operation of an application in a first display area of the touch screen; detecting at least one touch input associated with the operation of the application in the first display area; receiving an incoming call while displaying the operation of the application; determining at least one touch input region of the first display area that is associated with the operation of the application based on the at least one touch input, the at least one touch input being detected on any location on the first display area of the touch screen before receiving the incoming call; rendering an image of a user interface on the touch screen in response to the incoming call, the image of the user interface being superimposed over at least one portion of the first display area that is outside of the determined at least one touch input region; and receiving a user input on the user interface to respond to the incoming call.