mhurhangee/patent-ind-claim-en huggingface dataset:
Rear connection assembly for an agricultural vehicle comprising: a cassette connectable via a first hinge to a portion of said vehicle and configured to carry a first hitch point element ; a pair of lateral arms each connectable via a second hinge to said portion of said vehicle and each configured to carry respective further hitch point elements , wherein said hitch point elements being configured to allow the connection with corresponding elements carried by a trailer in order to be trained by said vehicle, a pair of cantilevered arms connectable via a third hinge to said portion of said vehicle and each positioned above the second hinge of the respective lateral arms , a pair of connection elements , each connection element connecting a respective cantilevered arm together with the corresponding lateral arm , actuation means interposed between each cantilevered arm and the respective lateral arm , wherein each actuation means is connected via respective fourth and fifth hinges to the cantilevered arm and the portion of said vehicle, the assembly is characterized in that said rear connection assembly further comprises locking means for selectively locking the position of said fourth and fifth hinges with respect to said vehicle body and a joint element connecting together said fifth hinge to said cassette . a cassette connectable via a first hinge to a portion of said vehicle and configured to carry a first hitch point element ; a pair of lateral arms each connectable via a second hinge to said portion of said vehicle and each configured to carry respective further hitch point elements , wherein said hitch point elements being configured to allow the connection with corresponding elements carried by a trailer in order to be trained by said vehicle, a pair of cantilevered arms connectable via a third hinge to said portion of said vehicle and each positioned above the second hinge of the respective lateral arms , a pair of connection elements , each connection element connecting a respective cantilevered arm together with the corresponding lateral arm , actuation means interposed between each cantilevered arm and the respective lateral arm , wherein each actuation means is connected via respective fourth and fifth hinges to the cantilevered arm and the portion of said vehicle, the assembly is characterized in that said rear connection assembly further comprises locking means for selectively locking the position of said fourth and fifth hinges with respect to said vehicle body and a joint element connecting together said fifth hinge to said cassette .
Grinding machine with a grinding unit, consisting of a tool-carrying grinding rotor , an adjustable counter-blade and a strainer basket, wherein the grinding rotor is equipped with tool holders and wherein freely swinging or overload-protected fixed tools are received respectively in the tool holders, characterised in that each tool consists of a multipart tool carrier and an interchangeable wear part , that the tool carrier has at least one tool shank with a hole, in which a shaft is arranged, via which the tool is mounted in corresponding receiving forks , and that the shaft on which the tool carrier is arranged rotatably is fixed via screws in the tool holder .
A composition comprising carbetocin or a pharmaceutically acceptable salt thereof for use in the treatment of treating Prader-Willi Syndrome, the treatment comprising administering intranasally a daily dose of from 5.76 mg to 28.8 mg of the carbetocin or pharmaceutically acceptable salt thereof.
Biodegradable mesh implant for use in soft tissue repair, in particular surgical hernia repair, chronic wound healing or fistula repair, within the body of a patient, the mesh implant comprising a porous, hydrophilic biodegradable polymeric carrier mesh , and fibroblasts on or within the polymeric carrier mesh, wherein the carrier mesh comprises a sponge-like structure with interconnected pores of different sizes, has a water contact angle of less than 75° and is made of at least a first polymer comprising polylactic acid as a main component. a porous, hydrophilic biodegradable polymeric carrier mesh , and fibroblasts on or within the polymeric carrier mesh, wherein the carrier mesh comprises a sponge-like structure with interconnected pores of different sizes, has a water contact angle of less than 75° and is made of at least a first polymer comprising polylactic acid as a main component. wherein the carrier mesh comprises a sponge-like structure with interconnected pores of different sizes, has a water contact angle of less than 75° and is made of at least a first polymer comprising polylactic acid as a main component.
A gripping device mounted on a movable robot arm for the automated mounting and insertion, through a respective mounting opening of a contact carrier , of at least one first contact element that is connected to a first wire and one second contact element that is connected to a second wire in adjacently arranged contact chambers, wherein a first, front gripper as viewed in the direction of insertion (S) and a second, rear gripper that is offset relative thereto are provided on the gripping device, each having a gripper portion for simultaneously gripping the wires, the rear gripper having at least one gripper portion whose height can be changed relative to the front gripper or which can be offset relative thereto in the vertical direction.
Freewheeling system for tandem axles, comprising a hub cover that is attached to the end of a wheel hub ; said hub cover having at least one air input for feeding an actuator chamber in which is accommodated a piston that is engaged in a sleeve concentrically mounted with axial mobility to the end of an axle shaft , characterized in that said sleeve has a flange endowed with tines that mechanically cooperate with tines predicted on said wheel hub cover .
An apparatus of the tobacco industry for rejection of defective rod-like articles from a mass flow of rod-like articles, comprising a monitoring unit adapted to optically determine geometrical parameters of rod-like articles (R), and at least one rejecting unit adapted to remove a rod-like article from the mass flow (M) of rod-like articles (R), wherein the mass flow (M) being transported on the conveyor , moreover the rejecting unit being placed behind the monitoring unit with reference to the direction (T) of the mass flow of rod-like articles (R) characterised in that the monitoring unit has optical recorders adapted to recording images of opposite side surfaces of the mass flow (M) of rod-like articles (R) on a conveyor , wherein said side surfaces are formed by front surfaces or rod-like articles (R) moreover the apparatus comprises a controller adapted to identify defective rod-like articles (Rd) in the mass flow, and determine the position of the defective rod-like articles (Rd) in the mass flow, basing on the recorded images, using criteria concerning the geometrical parameters of the opposite front surfaces of rod-like articles (R), and determine the speed of the mass flow (M), moreover the controller adapted to generate the rejecting unit control signals based on a position of the defective rod-like articles (Rd) in the mass flow and the speed of the mass flow (M), and the rejecting unit comprises at least one rejecting element adapted to reject the defective rod-like article (Rd), the rejection unit being adapted to move downstream of the mass flow (M) in relation to the monitoring unit into a position enabling it to reject the defective rod-like article (Rd) and reject the defective rod-like article (Rd) as a response for control signals from the controller .
A process of cutting and assembling diamonds to form composite diamond having enhanced brilliance and shade, where the diamonds are assorted from the raw diamonds based on color and clarity; wherein each of the assorted diamonds is blocked based on suitability of proposed design and, wherein each of the blocked diamonds is mapped through machine in a manner that minimizes the waste and optimizes the use of maximum diamond, comprising following steps: (a) cutting the diamond in a crown (Cw), a girdle (G) and a pavilion (P), wherein cutting the pavilion (P) of the diamond in at least three main facets (A) within the angle degree of 25° to 30°, at least three secondary facets (B1 ,B2) between two main facets (A) within the angle degree of 27° to 32° and at least one tertiary facet (C) within the angle degree of 55° to 60° on at least one of the periphery, wherein cutting the crown (Cw) of the diamond in flat facet (T) and at least one main facet (D) within the angle degree of 28° to 31° on at least one of the periphery; (b) polishing the diamond obtained in step (a) to have facet on crown (Cw) and pavilion (P) at specific angle that provides cumulative reflection in all diamonds; and (c) grooving the polished diamonds obtained in step (b) through fastening diamonds through fastening means; (d) arranging the diamond having at least straight edges girdle (G) of opposite diamond together, wherein at least three diamonds held adjacent to each other along a respective single straight edge of the each girdle (G) the diamonds; (e) adhering the diamonds obtained from step (d). (a) cutting the diamond in a crown (Cw), a girdle (G) and a pavilion (P), wherein cutting the pavilion (P) of the diamond in at least three main facets (A) within the angle degree of 25° to 30°, at least three secondary facets (B1 ,B2) between two main facets (A) within the angle degree of 27° to 32° and at least one tertiary facet (C) within the angle degree of 55° to 60° on at least one of the periphery, wherein cutting the crown (Cw) of the diamond in flat facet (T) and at least one main facet (D) within the angle degree of 28° to 31° on at least one of the periphery; (b) polishing the diamond obtained in step (a) to have facet on crown (Cw) and pavilion (P) at specific angle that provides cumulative reflection in all diamonds; and (c) grooving the polished diamonds obtained in step (b) through fastening diamonds through fastening means; (d) arranging the diamond having at least straight edges girdle (G) of opposite diamond together, wherein at least three diamonds held adjacent to each other along a respective single straight edge of the each girdle (G) the diamonds; (e) adhering the diamonds obtained from step (d).
A detoxifying device having an inner wall that forms a flow passage through which treatment gas flows, the detoxifying device comprising: a first piping that forms a part of the flow passage ; a replaceable piping section that forms a part of the flow passage at a position downstream of the first piping , and is connected to the first piping , the replaceable piping section having a first stage sprinkling portion configured to sprinkle a cleaning water to remove a solid product adhering to the inner wall ; a second piping that forms a part of the flow passage at a position downstream of the replaceable piping section , and is connected to the replaceable piping section ; a second stage sprinkling portion positioned upstream of the first stage sprinkling portion and configured to sprinkle the cleaning water to remove the solid product adhering to the inner wall upstream of the first stage sprinkling portion ; a pressure sensor configured to measure a pressure in the flow passage upstream of the first stage sprinkling portion , and a controller wherein: the controller is configured to control each timing of sprinkling the cleaning water from the first stage sprinkling portion and the second stage sprinkling portion , such that the first stage sprinkling portion sprinkles the cleaning water when the pressure sensor detects a pressure higher than a predetermined threshold value; and the second stage sprinkling portion sprinkles the cleaning water when the treatment gas that causes generation of the solid product stops flowing through the flow passage . a first piping that forms a part of the flow passage ; a replaceable piping section that forms a part of the flow passage at a position downstream of the first piping , and is connected to the first piping , the replaceable piping section having a first stage sprinkling portion configured to sprinkle a cleaning water to remove a solid product adhering to the inner wall ; a second piping that forms a part of the flow passage at a position downstream of the replaceable piping section , and is connected to the replaceable piping section ; a second stage sprinkling portion positioned upstream of the first stage sprinkling portion and configured to sprinkle the cleaning water to remove the solid product adhering to the inner wall upstream of the first stage sprinkling portion ; a pressure sensor configured to measure a pressure in the flow passage upstream of the first stage sprinkling portion , and a controller wherein: the controller is configured to control each timing of sprinkling the cleaning water from the first stage sprinkling portion and the second stage sprinkling portion , such that the first stage sprinkling portion sprinkles the cleaning water when the pressure sensor detects a pressure higher than a predetermined threshold value; and the second stage sprinkling portion sprinkles the cleaning water when the treatment gas that causes generation of the solid product stops flowing through the flow passage .
A method for fastening via a swage tool, the method comprising: selecting a hole located at a part ; holding a lockbolt collar for placement via opposed fingers which clamp the lockbolt collar in place below a swage nose , wherein a flange of the lockbolt collar is distal from the fingers; aligning an axis of the lockbolt collar with a center of the hole; placing the lockbolt collar flush against the part at a first end of the hole prior to the installation of a lockbolt into the hole; driving the lockbolt from a second end of the hole through the hole and the lockbolt collar while the lockbolt collar is flush against the part; and swaging the lockbolt collar onto the lockbolt that has been driven through the hole. selecting a hole located at a part ; holding a lockbolt collar for placement via opposed fingers which clamp the lockbolt collar in place below a swage nose , wherein a flange of the lockbolt collar is distal from the fingers; aligning an axis of the lockbolt collar with a center of the hole; placing the lockbolt collar flush against the part at a first end of the hole prior to the installation of a lockbolt into the hole; driving the lockbolt from a second end of the hole through the hole and the lockbolt collar while the lockbolt collar is flush against the part; and swaging the lockbolt collar onto the lockbolt that has been driven through the hole.
Energy storage assembly , having a shaft for transmitting torque, a housing , an actuator which can be moved axially, an energy store which can store torque, a supporting element , an inner clutch between the supporting element and the shaft , wherein, by means of axial displacement, the actuator can contact the housing on the one hand, the supporting element on the other hand, so that either the shaft is connected to the housing or the shaft is connected to the supporting element by the actuator , and characterized in that the energy storage assembly further has a freewheel between the shaft and actuator, which is fixed to the shaft, and transmits no torque in one direction of rotation, an outer clutch between the housing and the supporting element , and in that the energy store is fixed to the supporting element on the one hand and to the actuator on the other hand, and in that a relative rotation between the actuator and the supporting element is made possible, so that, by means of shifting the inner and outer clutches and the actuator , torque can be charged up, discharged or retained. a shaft for transmitting torque, a housing , an actuator which can be moved axially, an energy store which can store torque, a supporting element , an inner clutch between the supporting element and the shaft , wherein, by means of axial displacement, the actuator can contact the housing on the one hand, the supporting element on the other hand, so that either the shaft is connected to the housing or the shaft is connected to the supporting element by the actuator , and characterized in that the energy storage assembly further has a freewheel between the shaft and actuator, which is fixed to the shaft, and transmits no torque in one direction of rotation, an outer clutch between the housing and the supporting element , and in that the energy store is fixed to the supporting element on the one hand and to the actuator on the other hand, and in that a relative rotation between the actuator and the supporting element is made possible, so that, by means of shifting the inner and outer clutches and the actuator , torque can be charged up, discharged or retained.
A contact smart card comprising a smart card contact pad (10; 100; 101) and a flip-chip-mounted IC chip (200; 300), the smart card contact pad (10; 100; 101) including a roll-to-roll transferable flexible carrier strip , a card-reader contact element on a first side of the roll-to-roll transferable flexible carrier strip , and a chip connection element on a second side of the roll-to-roll transferable flexible carrier strip which is opposite the first side , wherein the card-reader contact element has a noble metal electrically conductive surface , the chip connection element having a chip terminal connection surface which is an outer surface of a first electrically conductive layer and said first electrically conductive layer consists of non-noble metal, and the flip-chip-mounted IC chip (200; 300) being flip-chip mounted at the second side of the roll-to-roll transferable flexible carrier strip and electrically connected to the chip terminal connection surface , and characterized by an electrically conductive corrosion protection layer which overlies the first electrically conductive layer on said outer surface.
An electromechanical generator for converting mechanical vibrational energy into electrical energy, the electromechanical generator comprising: a central mast , an electrically conductive coil assembly fixedly mounted to the mast, the coil assembly at least partly surrounding the mast, a mount for the coil assembly extending radially inwardly of the coil assembly and fixing the coil assembly to the mast, , a magnetic core assembly movably mounted to the mast for linear vibrational motion along an axis about an equilibrium position on the axis (A-A), the magnetic core assembly at least partly surrounding the coil assembly and the mast, and a biasing device mounted between the mast and the magnetic core assembly to bias the magnetic core assembly in opposed directions along the axis towards the equilibrium position, characterized in that the mount comprises a conical wall extending between the coil assembly and the mast. a central mast , an electrically conductive coil assembly fixedly mounted to the mast, the coil assembly at least partly surrounding the mast, a mount for the coil assembly extending radially inwardly of the coil assembly and fixing the coil assembly to the mast, , a magnetic core assembly movably mounted to the mast for linear vibrational motion along an axis about an equilibrium position on the axis (A-A), the magnetic core assembly at least partly surrounding the coil assembly and the mast, and a biasing device mounted between the mast and the magnetic core assembly to bias the magnetic core assembly in opposed directions along the axis towards the equilibrium position, characterized in that the mount comprises a conical wall extending between the coil assembly and the mast.
A chassis control arm for a wheel suspension , comprising a control arm body , a spring abutment and an actuator which is arranged between the control arm body and the spring abutment and by means of which the position of the spring abutment relative to the control arm body can be adjusted, wherein the actuator comprises a lifting gear which is configured as a movement thread and which includes a lifting spindle on which the spring abutment is arranged or on which the spring abutment is mounted for axial movement, wherein the actuator includes a housing on which at least one fastening means is mounted for the positive and/or non-positive attachment of the housing with the control arm body , characterized in that the lifting spindle is at least partly received in the actuator housing and/or is axially shiftably or rotatably mounted in the actuator housing .
A charging roll comprising: a core member , a rubber base material disposed around the core member , and a surface layer disposed around the rubber base material , a ten point height of irregularities R Z of a surface of the surface layer being equal to or greater than 3.9 micrometers and being equal to or less than 6.1 micrometers, a mean spacing between peaks S m of the surface of the surface layer being equal to or greater than 12.5 micrometers and being equal to or less than 13.5 micrometers.
Hydrosilylable mixture M comprising (A) a compound having at least one hydrogen atom directly bonded to Si, (B) a compound comprising at least one carbon-carbon multiple bond and (C) a compound comprising at least one available intramolecular cationic Si-H-Si moiety with silicon in oxidation state IV. (A) a compound having at least one hydrogen atom directly bonded to Si, (B) a compound comprising at least one carbon-carbon multiple bond and (C) a compound comprising at least one available intramolecular cationic Si-H-Si moiety with silicon in oxidation state IV.
An interchangeable lens apparatus attachable to an imaging apparatus configured to move an image sensor in an image stabilization, the interchangeable lens comprising: an imaging optical system ; characterized in that the interchangeable lens further comprises: a storage unit configured to store image circle information including position information of an image circle of the imaging optical system in relation to each of a plurality of parameters of an imaging condition; and a transmission unit configured to transmit at least the position information of the image circle information to the imaging apparatus. an imaging optical system ; characterized in that the interchangeable lens further comprises: a storage unit configured to store image circle information including position information of an image circle of the imaging optical system in relation to each of a plurality of parameters of an imaging condition; and a transmission unit configured to transmit at least the position information of the image circle information to the imaging apparatus. a storage unit configured to store image circle information including position information of an image circle of the imaging optical system in relation to each of a plurality of parameters of an imaging condition; and a transmission unit configured to transmit at least the position information of the image circle information to the imaging apparatus.