mhurhangee/ep-ind-claims huggingface dataset:
A method for using a mobile concrete pump, in which two delivery cylinders (70, 80), the delivery pistons (72, 82) of which are rigidly connected to the drive piston (71, 81) of an associated drive cylinder (7, 8) via in each case a common piston rod (73, 83), are driven in the operating state in a push-pull manner by means of a hydraulic pumping arrangement (44, 45), with the delivery of concrete from a material feed container into a delivery line, and the drive pistons (71, 81) are here moved to and fro in opposite directions in their working cylinders (7, 8) between their rod-side and head-side end positions, wherein the drive cylinders (7, 8) in the operating state are connected at their one end alternately to a high-pressure side and a low-pressure side of the pumping arrangement (44, 45) via a main line (52, 54), and at their other end to each other via a swing oil line, and wherein the pumping arrangement comprises a main pump, which is configured as an adjustable reversing pump and is disposed in a closed hydraulic circuit with the drive cylinders (7, 8), and a feed pump, which is connected on the pressure side to the main lines via check valves (64, 66) and on the inlet side to a storage tank, characterized in that the drive pistons (71, 81) in the transport state, under the influence of the pressure built up via the feed pump in the zero setting of the adjustable reversing pump, are moved jointly into their rod-side end position, by the swing oil line disposed on the rod side or the head side being connected via a branch line, which in the operating state can be shut off, to a main line (52, 54) of the hydraulic circuit.
Pneumatic vehicle tyre, in particular for use under winter driving conditions, having a tread which has three block rows (1, 2, 3) in each tread half, respectively a central block row, a middle block row in the middle region of the tread and a shoulder-side block row, which are separated from one another by transverse grooves (4, 5, 6) and by circumferential grooves (7, 8) and are subdivided into profile blocks (1a, 2a, 3a), wherein in each case the profile blocks of the middle profile block row are separated from one another in the circumferential direction by transverse grooves which are delimited on the tread surface by profile block edges which all extend at least substantially parallel to one another and at an angle (α) of 30° to 45° to the axial direction, wherein each profile block is provided with at least two sipes (11, 11') which, as seen in plan view, extend in a wavy, zigzag, staircase or suchlike manner and parallel to one another in each profile block, characterized in that, in the middle profile block rows, in the circumferential direction, in each case a profile block in which the sipes extend parallel to the profile block edges delimited by transverse grooves is alternated with a profile block in which the sipes extend at an angle (γ) of 50° to 70° to the profile block edges delimited by the transverse grooves.
An oral composition of stabilized chlorine dioxide in a concentration in the range of about 0.005% to about 0.800% (w/v) and a buffer to provide the oral composition with a pH in the range of 6.0 to 7.4 for use in the prevention of oral diseases by reducing both gram-negative anaerobic/aerobic/facultative bacteria and gram-positive anaerobic/aerobic/facultative bacteria in plaque and polymicrobial dental biofilm environments.
A power generating system having a turbine in connection with one or more compressors for converting energy fed to the turbine into mechanical energy of a rotatable power shaft and to compress air with one or more compressors, a combustion chamber arranged to receive fuel from a fuel tank and compressed air to initiate a cyclic combustion process comprising a compression phase and an expansion phase and to output combustion products into the turbine for rotating the rotor of the turbine and thereby rotating the power shaft, and one or more fuel input valves for providing the fuel to the combustion chamber, one or more air input valves for providing the compressed air to the combustion chamber, a control unit for controlling said one or more fuel input valves and the one or more air input valves in order to control the combustion process, characterized in that the system further comprises a turbocharger for compressing air for the combustion process, and means (62, 64) for powering said turbocharger using a heat source and a circulation of fluid, the means configured to boil the fluid with heat of said heat source in a turbocharger heat exchanger, said turbocharger heat exchanger being in a fluid connection with the heat source and the circulation of fluid for powering said turbocharger with said circulation of fluid. a turbine in connection with one or more compressors for converting energy fed to the turbine into mechanical energy of a rotatable power shaft and to compress air with one or more compressors, a combustion chamber arranged to receive fuel from a fuel tank and compressed air to initiate a cyclic combustion process comprising a compression phase and an expansion phase and to output combustion products into the turbine for rotating the rotor of the turbine and thereby rotating the power shaft, and one or more fuel input valves for providing the fuel to the combustion chamber, one or more air input valves for providing the compressed air to the combustion chamber, a control unit for controlling said one or more fuel input valves and the one or more air input valves in order to control the combustion process, characterized in that the system further comprises a turbocharger for compressing air for the combustion process, and means (62, 64) for powering said turbocharger using a heat source and a circulation of fluid, the means configured to boil the fluid with heat of said heat source in a turbocharger heat exchanger, said turbocharger heat exchanger being in a fluid connection with the heat source and the circulation of fluid for powering said turbocharger with said circulation of fluid.
A device for restricting movement of a vehicle during connection of a charging cable (40, 33), the vehicle being equipped with a battery chargeable from an external power source via the charging cable (40, 33), the device comprising: a charging cable connection detecting section configured to detect that the charging cable (40, 33) is in a connection state; a vehicle body movement detecting section configured to detect movement of a vehicle body of the vehicle based on moving speed or moving distance of the vehicle; and a braking section (S16-S18, S20, S21) configured to execute braking force control so as to brake the vehicle when the movement of the vehicle body is detected while the charging cable (40, 33) is in the connection state based on signals from the charging cable connection detecting section and the vehicle body movement detecting section, characterized in that the braking section (S16-S18, S20, S21) is configured to execute the braking force control such that the moving speed is changed to repetitively increase and decrease in a predetermined pattern. a charging cable connection detecting section configured to detect that the charging cable (40, 33) is in a connection state; a vehicle body movement detecting section configured to detect movement of a vehicle body of the vehicle based on moving speed or moving distance of the vehicle; and a braking section (S16-S18, S20, S21) configured to execute braking force control so as to brake the vehicle when the movement of the vehicle body is detected while the charging cable (40, 33) is in the connection state based on signals from the charging cable connection detecting section and the vehicle body movement detecting section, characterized in that the braking section (S16-S18, S20, S21) is configured to execute the braking force control such that the moving speed is changed to repetitively increase and decrease in a predetermined pattern.
The compound according to formula (IIIa) or a stereoisomer, a tautomer, a pharmaceutically acceptable salt, a polymorph, or a solvate thereof, wherein: L 1 is independently selected from: (CH 2) 3-4, (CH 2) 2-3 OCH 2, R 3 is - -R 5; W is independently selected from: CH and N; R 5 is independently selected from: phenyl and pyridyl; wherein each moiety is substituted with 0-2 R c; and R c, at each occurrence, is independently selected from: halogen, CN, C 1-4 alkyl, C 1-4 alkoxy, C 1-4 haloalkyl, C 1-4 haloalkoxy, and CO 2 (C 1-4 alkyl). L 1 is independently selected from: (CH 2) 3-4, (CH 2) 2-3 OCH 2, R 3 is - -R 5; W is independently selected from: CH and N; R 5 is independently selected from: phenyl and pyridyl; wherein each moiety is substituted with 0-2 R c; and R c, at each occurrence, is independently selected from: halogen, CN, C 1-4 alkyl, C 1-4 alkoxy, C 1-4 haloalkyl, C 1-4 haloalkoxy, and CO 2 (C 1-4 alkyl).
A workpiece unit(40,50,60,70,140), comprising: a workpiece body (41, 141) and a holding member (2, 52, 62, 72) arranged on at least one part of a circumferential portion of the workpiece body, wherein the workpiece body (41, 141) comprises at least one first positioning portion at a part facing the holding member, and the holding member comprises a second positioning portion (2d, 2f, 52a, 62b, 72c) engaged with at least one part of the first positioning portion (41, 141d), wherein the first positioning portion (41, 141d) portion has a concave shape or a convex shape, the second positioning portion (2d, 2f, 52a, 62b,72c) has a shape which is fitted or engaged with the first positioning portion (41, 141d), at least one part of either of the first positioning portion portion (41, 141d) or the second positioning portion (2d,2f, 52a, 62b, 72c) is fitted or engaged with at least one part of the other one, the workpiece body itself comprises a projecting portion projecting from the circumferential portion, the first positioning portion is arranged on the projecting portion, and the holding member (52, 62, 72) is arranged in at least the projection direction of the projecting portion; the workpiece body is integrated with the holding member(52, 62, 72); when holding or fixing the workpiece unit to a processing apparatus, at least the holding member is held to the processing apparatus; and information is added to the holding member. a workpiece body (41, 141) and a holding member (2, 52, 62, 72) arranged on at least one part of a circumferential portion of the workpiece body, wherein the workpiece body (41, 141) comprises at least one first positioning portion at a part facing the holding member, and the holding member comprises a second positioning portion (2d, 2f, 52a, 62b, 72c) engaged with at least one part of the first positioning portion (41, 141d), wherein the first positioning portion (41, 141d) portion has a concave shape or a convex shape, the second positioning portion (2d, 2f, 52a, 62b,72c) has a shape which is fitted or engaged with the first positioning portion (41, 141d), at least one part of either of the first positioning portion portion (41, 141d) or the second positioning portion (2d,2f, 52a, 62b, 72c) is fitted or engaged with at least one part of the other one, the workpiece body itself comprises a projecting portion projecting from the circumferential portion, the first positioning portion is arranged on the projecting portion, and the holding member (52, 62, 72) is arranged in at least the projection direction of the projecting portion; the workpiece body is integrated with the holding member(52, 62, 72); when holding or fixing the workpiece unit to a processing apparatus, at least the holding member is held to the processing apparatus; and information is added to the holding member.
A curable composition having a first part and a second part, the curable composition comprising: a) an epoxy resin, wherein the epoxy resin is in the first part of the curable composition; b) a curing agent having at least two groups of formula -NR 1 H where R 1 is selected from hydrogen, alkyl, aryl, or alkylaryl, wherein the curing agent is in the second part of the curable composition; c) a toughening agent, wherein the toughening agent is in the first part, in the second part, or in both the first part and the second part of the curable composition and wherein the toughening agent is a core-shell polymer, a butadiene-nitrile rubber, acrylic polymer or copolymer, an adduct of an amino-terminated material and an epoxy resin, or an adduct of a carboxy-terminated material and an epoxy resin; and d) a reactive liquid modifier that is in the first part of the curable composition, the reactive liquid modifier comprising an acetoacetate ester of a dimer alcohol, the acetoacetate ester having at least two acetoacetoxy groups, wherein the dimer alcohol is of Formula R 8 2 wherein R 8 is an alkylene having 36 carbon atoms. a) an epoxy resin, wherein the epoxy resin is in the first part of the curable composition; b) a curing agent having at least two groups of formula -NR 1 H where R 1 is selected from hydrogen, alkyl, aryl, or alkylaryl, wherein the curing agent is in the second part of the curable composition; c) a toughening agent, wherein the toughening agent is in the first part, in the second part, or in both the first part and the second part of the curable composition and wherein the toughening agent is a core-shell polymer, a butadiene-nitrile rubber, acrylic polymer or copolymer, an adduct of an amino-terminated material and an epoxy resin, or an adduct of a carboxy-terminated material and an epoxy resin; and d) a reactive liquid modifier that is in the first part of the curable composition, the reactive liquid modifier comprising an acetoacetate ester of a dimer alcohol, the acetoacetate ester having at least two acetoacetoxy groups, wherein the dimer alcohol is of Formula R 8 2 wherein R 8 is an alkylene having 36 carbon atoms.
Actuation handle for a lock of a door having a stationary door frame and a door leaf mounted moveably therein, wherein the actuation handle has an actuation bar, a first bearing means and a second bearing means, and the bearing means (2; 2) are formed in such a way that they each have a bearing shaft which is coupled to a driver in a rotationally fixed manner, via which a connection nut of the lock can be actuated, wherein it is provided that a) the actuation bar has a first lever arm on its first end and a second lever arm on its second end, b) the first bearing means is allocated to the first lever arm, and the second bearing means is allocated to the second lever arm by the first lever arm being pivotably mounted in the first bearing means with its free end and the second lever arm being pivotably mounted in the second bearing means with its free end and the bearing means (2, 2) being able to be mounted on the door in such a way that their bearing shafts are flush with each other when forming a common horizontal axis and the actuation bar can be pivoted around this horizontal axis, c) the first lever arm and the second lever arm are each formed as a body composed of at least two shell parts, namely at least of a first shell part (1h1) and a second shell part (1h2), d) on its one end, the first shell part (1h1) respectively has a first section of a bearing receptacle (ha) of the bearing shaft of the bearing means allocated to the lever arm and, on its other end, has an enclosing bracket receptacle (hb) of the end of the actuation bar, said end being allocated to the lever arm, e) on its one end, the second shell part (1h2) respectively has a second section of said bearing receptacle (ha) of the bearing shaft of the bearing means allocated to the lever arm. a) the actuation bar has a first lever arm on its first end and a second lever arm on its second end, b) the first bearing means is allocated to the first lever arm, and the second bearing means is allocated to the second lever arm by the first lever arm being pivotably mounted in the first bearing means with its free end and the second lever arm being pivotably mounted in the second bearing means with its free end and the bearing means (2, 2) being able to be mounted on the door in such a way that their bearing shafts are flush with each other when forming a common horizontal axis and the actuation bar can be pivoted around this horizontal axis, c) the first lever arm and the second lever arm are each formed as a body composed of at least two shell parts, namely at least of a first shell part (1h1) and a second shell part (1h2), d) on its one end, the first shell part (1h1) respectively has a first section of a bearing receptacle (ha) of the bearing shaft of the bearing means allocated to the lever arm and, on its other end, has an enclosing bracket receptacle (hb) of the end of the actuation bar, said end being allocated to the lever arm, e) on its one end, the second shell part (1h2) respectively has a second section of said bearing receptacle (ha) of the bearing shaft of the bearing means allocated to the lever arm.
Device for pyrolyzing miscellaneous coarse rubber grinds containing mainly metal/rubber and for separating the gained products, said device comprising a mechanism for preparing and batching grinds, a pyrolysis reactor, burners located in its combustion chamber, an agitator mechanism, cooling mechanisms, supply lines, and units for treating and processing gases, liquids and solids, wherein a batching gate valve suitable gas-proof locking is formed between its feeding system (10, 11, 12, 13) and inside chamber of its reactor as a lower bounding element of a cram screw; and the batching stub receiving the batching gate valve is in a lifted position related to the reactor due to the raised configuration of the neck of the dome; its agitator mechanism is constituted by an open-spiral worm and combined with a dredging element, a bundle of pipes is arranged on the wall of the reactor within its combustion chamber and the device is provided with a column with lines of screen plates for fine separating of liquid compounds.
A method of optically processing a product label, the method being implementable using an image capture and communication device (110, 120, 130, 140, 150, 160, 170) such as a mobile device comprising a display and a camera and characterised by comprising: capturing image data from multiple angles of a product label using a camera, wherein the product label comprises an environmental monitor (210, 225) having a first shape and a monitor state that exhibits a detectable change in colour when exposed to an environmental stimulus adverse to the acceptability of the product, the environmental monitor being an environmental history monitor including a time-temperature indicator that is operable to produce the colour change in a time and temperature dependent manner; capturing image data from a first identifier (200, 205) defined by a patterned region using the camera; detecting the first shape from the image data captured from multiple angles; processing the image data in response to detecting the first shape to identify a first subset of image data obtained with respect to the environmental monitor; determining the monitor state from the first subset of image data; and generating an acceptability report, which may be human readable, based upon the determined monitor state. capturing image data from multiple angles of a product label using a camera, wherein the product label comprises an environmental monitor (210, 225) having a first shape and a monitor state that exhibits a detectable change in colour when exposed to an environmental stimulus adverse to the acceptability of the product, the environmental monitor being an environmental history monitor including a time-temperature indicator that is operable to produce the colour change in a time and temperature dependent manner; capturing image data from a first identifier (200, 205) defined by a patterned region using the camera; detecting the first shape from the image data captured from multiple angles; processing the image data in response to detecting the first shape to identify a first subset of image data obtained with respect to the environmental monitor; determining the monitor state from the first subset of image data; and generating an acceptability report, which may be human readable, based upon the determined monitor state.
A pump for a system for applying a coating product, comprising a pump body, and an intake valve secured to the pump body, intended to be connected to a source of coating product, the intake valve comprising a valve body (8, 10) and a valve shutter, the valve body (8, 10) comprising a first component secured to the pump body, and a second component screwed to the first component, said second component including a valve-shutter support, situated radially toward the inside of the first component and forming a seat of the valve which is intended to collaborate with the valve shutter in order to establish sealing, characterized in that said second component also includes a nut, attached to the valve-shutter support, extending radially around an end part of the first component, this end part having an external screw thread cooperating with an internal screw thread of the nut, in that after unscrewing of the nut from the first component, the second component and the valve shutter can be extracted from the first component, and in that the nut and the valve-shutter support are attached so as not to be separable.
A shock mitigation apparatus including: at least one seat member; a pair of leaf springs (2A, 2B); a lower mount member configured to securely mount a first end of each leaf spring; an upper mount member attached to the seat member, wherein the upper mount member is configured to securely mount a second end of each leaf spring; characterized in that each of the pair of leaf springs (2A, 2B) is cantilevered at one end and pivoted at a distal end (8A, 8B) thereof, and wherein the pivoted end is free to articulate upon flexure of the leaf spring; wherein the pivotal end of one said leaf spring is mounted to the upper mount member and the pivotal end of the other said leaf spring is mounted to the lower mount member; the pair of leaf springs being in a substantially parallel arrangement with respect to each other but may flex along their length and pivot at opposite ends with respect to each other as a consequence of each pivotal end of the springs being mounted to opposing lower and upper mount members. at least one seat member; a pair of leaf springs (2A, 2B); a lower mount member configured to securely mount a first end of each leaf spring; an upper mount member attached to the seat member, wherein the upper mount member is configured to securely mount a second end of each leaf spring; characterized in that each of the pair of leaf springs (2A, 2B) is cantilevered at one end and pivoted at a distal end (8A, 8B) thereof, and wherein the pivoted end is free to articulate upon flexure of the leaf spring; wherein the pivotal end of one said leaf spring is mounted to the upper mount member and the pivotal end of the other said leaf spring is mounted to the lower mount member; the pair of leaf springs being in a substantially parallel arrangement with respect to each other but may flex along their length and pivot at opposite ends with respect to each other as a consequence of each pivotal end of the springs being mounted to opposing lower and upper mount members.