mhurhangee/ep-ind-claims huggingface dataset:
A radial shaft seal configured for receipt in a housing (16, 116, 216) and about a shaft (12, 112, 212) to sealingly isolate an air side of the shaft seal from an oil side of the shaft seal, comprising: an annular mounting portion (18, 118, 218); a seal lip (24, 124, 224) having an annular sealing surface (34, 134, 234) extending between an oil side end and a free air side end, said sealing surface being configured to extend axially relative to the shaft (12, 112, 212); an annular bridge (42, 142, 242, 342) connected to said oil side end of said seal lip (24, 124, 224) by a first hinge (44, 144, 244) and to said mounting portion (18, 118, 218) by a second hinge (46, 146, 246), said bridge (42, 142, 242, 342) extending from said first hinge (44, 144, 244) to said second hinge (46, 146, 246) in radially overlying relation to said seal lip (24, 124, 224); and being characterized by an annular projection (50, 150, 250, 350) extending from said mounting portion (18, 118, 218) axially away from said bridge (42, 142, 242, 342), and extending axially from the first hinge (44, 144, 244) toward an oil side of the seal, said projection (50, 150, 250, 350) having an oil side facing said seal lip (24, 124, 224) and being configured to confront said air side end of said seal lip (24, 124, 224) upon said seal lip (24, 124, 224) pivoting about said first hinge (44, 144, 244) toward said projection (50, 150, 250, 350), wherein a stiffening member extends circumferentially through said projection (50, 150, 250, 350), adding radial stiffness to said projection (50, 150, 250, 350). an annular mounting portion (18, 118, 218); a seal lip (24, 124, 224) having an annular sealing surface (34, 134, 234) extending between an oil side end and a free air side end, said sealing surface being configured to extend axially relative to the shaft (12, 112, 212); an annular bridge (42, 142, 242, 342) connected to said oil side end of said seal lip (24, 124, 224) by a first hinge (44, 144, 244) and to said mounting portion (18, 118, 218) by a second hinge (46, 146, 246), said bridge (42, 142, 242, 342) extending from said first hinge (44, 144, 244) to said second hinge (46, 146, 246) in radially overlying relation to said seal lip (24, 124, 224); and being characterized by an annular projection (50, 150, 250, 350) extending from said mounting portion (18, 118, 218) axially away from said bridge (42, 142, 242, 342), and extending axially from the first hinge (44, 144, 244) toward an oil side of the seal, said projection (50, 150, 250, 350) having an oil side facing said seal lip (24, 124, 224) and being configured to confront said air side end of said seal lip (24, 124, 224) upon said seal lip (24, 124, 224) pivoting about said first hinge (44, 144, 244) toward said projection (50, 150, 250, 350), wherein a stiffening member extends circumferentially through said projection (50, 150, 250, 350), adding radial stiffness to said projection (50, 150, 250, 350).
Tyre tread comprising a tread surface, a thickness of material to be worn away during running, this tread being provided with a tread pattern formed by at least two longitudinally oriented grooves (31, 41, 42) opening onto the tread surface of the tread, and of which at least one is a wavy groove, this tread comprising at least one rib oriented in the longitudinal direction of the tread and delimited by said at least one wavy groove, each wavy groove comprising external cavities opening onto the tread surface and internal cavities hidden within the thickness of the tread, the external cavities of each wavy groove opening onto the tread surface when new with a contour of which the longitudinally farthest-spaced endpoints (A, B) are separated by a longitudinal distance Lm, this distance Lm measuring the maximum longitudinal length of the contour of each external cavity, each external cavity having a depth Ho, the rib of width Ln comprising a plurality of transverse sipes, which is to say sipes oriented at 45 degrees or more to the longitudinal direction, made at a mean pitch Pi, the depth of these transverse sipes being at least equal to the depth Ho of the external cavities of the wavy groove delimiting said rib, this tread being characterized in that: - the longitudinal length Lm of the contour of the external cavity is equal to or greater than an integer multiple N of the pitch Pi times an amount at most equal to 25% of this integer multiple N of the pitch Pi, - when new, N+1 transverse sipes of the one same rib open into each open cavity bordering said rib, one of these transverse sipes opening near the end point A of the contour at a distance D1 from this point A, another transverse sipe opening near the other end point B of the contour at a distance D2 from this point B, the difference between the two distances D1 and D2 being at most equal to 5 mm. - the longitudinal length Lm of the contour of the external cavity is equal to or greater than an integer multiple N of the pitch Pi times an amount at most equal to 25% of this integer multiple N of the pitch Pi, - when new, N+1 transverse sipes of the one same rib open into each open cavity bordering said rib, one of these transverse sipes opening near the end point A of the contour at a distance D1 from this point A, another transverse sipe opening near the other end point B of the contour at a distance D2 from this point B, the difference between the two distances D1 and D2 being at most equal to 5 mm.
Process for the preparation of sodium-2-[[(benzyloxy)carbonyl]amino] ethanesulfonate (Cbz-taurine sodium salt) which comprises: a. Reaction of Taurine and benzyl chloroformate (Cbz-Cl) in the presence of aqueous sodium hydroxide and toluene as solvent b. Separation of aqueous and organic layer c. Addition of sodium hydroxide to make the aqueous layer highly basic (pH 12-14) d. Separation of Cbz-taurine sodium salt. a. Reaction of Taurine and benzyl chloroformate (Cbz-Cl) in the presence of aqueous sodium hydroxide and toluene as solvent b. Separation of aqueous and organic layer c. Addition of sodium hydroxide to make the aqueous layer highly basic (pH 12-14) d. Separation of Cbz-taurine sodium salt.
Conversion mechanism intended for a watchmaking application, comprising: a first mobile driven according to a given rotary motion, a second mobile, and a transmission member cooperating with the first mobile and the second mobile (3, 5); characterized in that the first mobile comprises a plate pivoting around an axis and a guiding device, the latter being configured to drive the transmission member eccentrically around the axis; and in that the second mobile comprises a coupling device; the transmission member cooperating with the coupling device by intermittent buttressing to drive the second mobile in a rotary unidirectional motion. a first mobile driven according to a given rotary motion, a second mobile, and a transmission member cooperating with the first mobile and the second mobile (3, 5); characterized in that the first mobile comprises a plate pivoting around an axis and a guiding device, the latter being configured to drive the transmission member eccentrically around the axis; and in that the second mobile comprises a coupling device; the transmission member cooperating with the coupling device by intermittent buttressing to drive the second mobile in a rotary unidirectional motion.
A method of managing a lifecycle of a big-data application by a computer system, comprising: receiving an indication to create a big-data application; generating a big-data application instance using a big-data container template, the big-data container template comprising a multi-layer container configured to manage a lifecycle of the big-data application, the multi-layer container comprising: a first container layer comprising operating system settings and security settings; a second container layer comprising big-data settings comprising settings and libraries common to a plurality of big-data applications; a third container layer comprising settings associated with a user and templates for runtime parameters and dependencies; and a fourth container layer comprising a big-data application source code template and big-data application specific settings; and configuring (308, 310) a build environment and a test environment for the big-data application instance. receiving an indication to create a big-data application; generating a big-data application instance using a big-data container template, the big-data container template comprising a multi-layer container configured to manage a lifecycle of the big-data application, the multi-layer container comprising: a first container layer comprising operating system settings and security settings; a second container layer comprising big-data settings comprising settings and libraries common to a plurality of big-data applications; a third container layer comprising settings associated with a user and templates for runtime parameters and dependencies; and a fourth container layer comprising a big-data application source code template and big-data application specific settings; and a first container layer comprising operating system settings and security settings; a second container layer comprising big-data settings comprising settings and libraries common to a plurality of big-data applications; a third container layer comprising settings associated with a user and templates for runtime parameters and dependencies; and a fourth container layer comprising a big-data application source code template and big-data application specific settings; and configuring (308, 310) a build environment and a test environment for the big-data application instance.
System comprising a dishwasher, preferably a household dishwasher, comprising a control device for carrying out a washing program, which can be parameterised by means of a number of different washing program parameters, and comprising an image-capturing device for capturing an image of a receptacle for items to be washed (12, 13, 14) of the dishwasher, wherein the system also comprises an image analysis unit for classifying items to be washed (51, 52, 53, 54) arranged in the receptacle for items to be washed (12, 13, 14), depending on the captured image of the receptacle for items to be washed (12, 13, 14) and for outputting a classification result to the control device, wherein the classification result comprises information regarding the quantity, the type and/or the position of the items to be washed (51, 52, 53, 54) arranged in the receptacle for items to be washed (12, 13, 14), wherein the control device is designed to parameterise the washing program depending on the classification result, wherein the dishwasher has a position sensor unit (21A, 21B, 22A, 22B) for capturing a position of the receptacle for items to be washed (12, 13, 14), characterised in that the position sensor unit (21A, 21B, 22A, 22B) is also designed for outputting a position signal to the image-capturing device, wherein the image-capturing device is designed to capture the image depending on the position signal, and wherein the position sensor unit (21A, 21B, 22A, 22B) is designed to output the position signal when the receptacle for items to be washed (12, 13, 14) is completely visible, in a field of view of the image-capturing device.
Elevator provided with a safety apparatus arrangement, which elevator comprises at least an elevator car traveling along guide rails and a safety brake device, namely a safety gear, for stopping undesired movement of the elevator car, as well as a transmission mechanism for activating the safety gear, wherein the safety apparatus comprises a pre-tune apparatus disposed on the elevator car for detecting a presence on a roof of the elevator car, and in that the pre-tune apparatus comprises means for activating the transmission mechanism when a presence on the roof of the elevator car has been detected, characterized in that the transmission mechanism is connected by means of a coupling member to move wedges of the safety gear against the guide rails of the elevator car for locking the elevator car into its position, wherein the transmission mechanism is connected to the elevator car to travel along with the elevator car and to be movable in relation to the elevator car in the direction of movement of the elevator car, and in that the transmission mechanism comprises at least activation means for creating a bottom safety space and an activation surface for creating a top safety space, as well as a free surface for the normal drive mode of the elevator, and wherein the transmission mechanism is an elongated frame part, and in that both the activation surface and the free surface are on the first end, i.e. the top end, of the frame part disposed in such a way that the activation surface is higher than the free surface.
Method for operating a dirt stop surface, comprising the steps of - dividing the dirt stop surface into surface units, - sensing the proximity of the surface to be cleaned separately for each surface unit, - dispensing a fluid flow on the surface to be cleaned, where the fluid is adapted for removing contamination from the surface to be cleaned, where the fluid is dispensed from the surface units of the dirt stop surface in a selective manner such that only the surface units in the proximity of which the presence of the surface to be cleaned has been sensed are applied for dispensing the fluid, - draining off the spent fluid, whereby - at least three sensors are applied for each surface unit, - one or more openings are arranged in the surface unit in the area bounded by straight lines connecting adjacent sensors located closest to the edge of the surface unit, and - fluid is dispensed from the outlet opening when the proximity of the surface to be cleaned is indicated simultaneously by all sensors of the given surface unit. - dividing the dirt stop surface into surface units, - sensing the proximity of the surface to be cleaned separately for each surface unit, - dispensing a fluid flow on the surface to be cleaned, where the fluid is adapted for removing contamination from the surface to be cleaned, where the fluid is dispensed from the surface units of the dirt stop surface in a selective manner such that only the surface units in the proximity of which the presence of the surface to be cleaned has been sensed are applied for dispensing the fluid, - draining off the spent fluid, whereby - at least three sensors are applied for each surface unit, - one or more openings are arranged in the surface unit in the area bounded by straight lines connecting adjacent sensors located closest to the edge of the surface unit, and - fluid is dispensed from the outlet opening when the proximity of the surface to be cleaned is indicated simultaneously by all sensors of the given surface unit.
Coating device, comprising: a first energy supply section and a second energy supply section which are arranged in such a way that the first energy supply section and the second energy supply section can act on a coating material, characterised by a shielding device which is moveable into a first position in which the shielding device at least partially shields the second energy supply section. a first energy supply section and a second energy supply section which are arranged in such a way that the first energy supply section and the second energy supply section can act on a coating material, characterised by a shielding device which is moveable into a first position in which the shielding device at least partially shields the second energy supply section.
A working implement for an agricultural working machine which for mounting the working implement to a longitudinal end of the machine has a multi-point mounting with two elongate lower links (3, 4) which are arranged in mutually juxtaposed relationship at their long sides with a predetermined link spacing from each other and which respectively have a first lower link longitudinal end at which an upwardly open catch hook (3a, 4a) is provided and a second lower link longitudinal end (3b, 4b) which is so mounted to the working machine that the catch hook (3a, 4a) is height-adjustable, wherein the working implement has: a support frame having a frame longitudinal end at which there is provided a working member of the working implement and two catch profiles (30, 35) which are arranged in mutually juxtaposed relationship with the predetermined link spacing at a longitudinal frame side of the support frame so that the support frame can be mounted to the multi-point mounting in a set-down position of the working implement with the longitudinal frame side transversely relative to a longitudinal direction of the machine by lifting the catch hooks (3a, 4a) and catching under the two catch profiles (30, 35), characterised in that the support frame is so adapted that in the set-down position of the working implement a catch profile which is disposed closer to the longitudinal frame end provided with the working member is arranged higher by a predetermined difference than the other catch profile of the two catch profiles (30, 35). a support frame having a frame longitudinal end at which there is provided a working member of the working implement and two catch profiles (30, 35) which are arranged in mutually juxtaposed relationship with the predetermined link spacing at a longitudinal frame side of the support frame so that the support frame can be mounted to the multi-point mounting in a set-down position of the working implement with the longitudinal frame side transversely relative to a longitudinal direction of the machine by lifting the catch hooks (3a, 4a) and catching under the two catch profiles (30, 35), characterised in that the support frame is so adapted that in the set-down position of the working implement a catch profile which is disposed closer to the longitudinal frame end provided with the working member is arranged higher by a predetermined difference than the other catch profile of the two catch profiles (30, 35).
A method of inspecting a part, the method comprising: manufacturing a standoff fixture (110; 210; 310) specific to the part; coupling the standoff fixture (110; 210; 310) to a laser measurement device; engaging the standoff fixture (110; 210; 310) with the part; and actuating the laser measurement device to detect a geometric specification of a feature of the part, wherein the standoff fixture (110; 210; 310) comprises a plurality of legs (112A-C; 212A-D; 312A-C), characterized in that manufacturing the standoff fixture (110; 210; 310) comprises manufacturing the plurality of legs (112A-C; 212A-D; 312A-C) of the standoff fixture (110; 210; 310) specific to the feature of the part, wherein: the part comprises a rotor disk of a gas turbine engine; engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a first leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a web of the rotor disk; and engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a second leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a flange of the rotor disk. manufacturing a standoff fixture (110; 210; 310) specific to the part; coupling the standoff fixture (110; 210; 310) to a laser measurement device; engaging the standoff fixture (110; 210; 310) with the part; and actuating the laser measurement device to detect a geometric specification of a feature of the part, wherein the standoff fixture (110; 210; 310) comprises a plurality of legs (112A-C; 212A-D; 312A-C), characterized in that manufacturing the standoff fixture (110; 210; 310) comprises manufacturing the plurality of legs (112A-C; 212A-D; 312A-C) of the standoff fixture (110; 210; 310) specific to the feature of the part, wherein: the part comprises a rotor disk of a gas turbine engine; engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a first leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a web of the rotor disk; and engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a second leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a flange of the rotor disk. the part comprises a rotor disk of a gas turbine engine; engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a first leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a web of the rotor disk; and engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a second leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a flange of the rotor disk.
Centrifugal motor pump of wet rotor design, the electric motor rotor of which drives the pump impeller by way of its shaft and is surrounded by the motor stator, the motor stator and the pump impeller being surrounded by the pump and motor housing (1, 3) with the formation of an intermediate space (22, 25), and at least one vibration-damping element (10, 12, 28) being arranged in the intermediate space (22, 25), which vibration-damping element (10, 12, 28) mounts the motor stator in the pump and motor housing (1, 3), characterized in that the intermediate space is filled partially or completely by an elastic moulding compound as vibration-damping element.
An industrial truck with a load carrying device which is heigth-adjustable along a mast and whose lifted load is detected by a load sensor, and with a control unit on which one or several load centres can be selected and which determines an acceptable lifting height for the selected load centre or centres on the basis of the detected load, wherein the selectable load centres indicate a distance of the load centre from a backside of the load carrying device, characterised in that the mast is provided on a reaching mast and a reach sensor applies a detected position of the reaching mast to the control unit, and the control unit determines the acceptable lifting height dependent on the detected position of the reaching mast.
A method of manufacturing preferably complex, foamed large scale components, such as cable ducts, including the following steps: a) producing a homogenous granulate by mixing PET with glass fibres in a compounding machine; b) drying the granulate to a residual moisture content ≤ 0.003 %, c) supplying the granulate and a chemical blowing agent into an injection moulding machine; d) injection moulding the material supplied to the injection moulding machine in a moulding tool, wherein the blowing agent reacts in the molding tool during the injection moulding process and forms a foam structure by producing gas bubbles and wherein the PET content in the material combination used is 83 wt.% to 91.5 wt.%, the glass fibre content is 8 to 12 wt.% and the blowing agent content is 0.5 wt.% to 1.5 wt.%. a) producing a homogenous granulate by mixing PET with glass fibres in a compounding machine; b) drying the granulate to a residual moisture content ≤ 0.003 %, c) supplying the granulate and a chemical blowing agent into an injection moulding machine; d) injection moulding the material supplied to the injection moulding machine in a moulding tool, wherein the blowing agent reacts in the molding tool during the injection moulding process and forms a foam structure by producing gas bubbles and wherein the PET content in the material combination used is 83 wt.% to 91.5 wt.%, the glass fibre content is 8 to 12 wt.% and the blowing agent content is 0.5 wt.% to 1.5 wt.%.