mhurhangee/patent-ind-claim-en huggingface dataset:
An injection device comprising: an energy source ; an electronic component configured to be electrically decoupled from the energy source and comprising two contact plates ; a priming component configured to generate a trigger; and a mechanism attached to the priming component and configured to perform operations comprising in response to receiving the trigger, electrically coupling the energy source to the electronic component , characterized in that the energy source comprises two pins configured to couple with the two contact plates . an energy source ; an electronic component configured to be electrically decoupled from the energy source and comprising two contact plates ; a priming component configured to generate a trigger; and a mechanism attached to the priming component and configured to perform operations comprising in response to receiving the trigger, electrically coupling the energy source to the electronic component , characterized in that the energy source comprises two pins configured to couple with the two contact plates .
An adjustable heat exchange system, comprising at least one heat exchanger and an apparatus for adjusting the heat exchange, comprising shielding means arranged facing at least one portion of said heat exchanger , said system being characterized in that said shielding means are provided with a plurality of screens each movable between a position of maximum covering (C) of the heat exchanger and at least an exposure position, in which the heat exchanger is left at least partially uncovered by the screen ; wherein the plurality of screens are mutually arranged in such a way that, in the position of maximum covering (C) thereof, they completely cover the above mentioned portion of the heat exchanger ; and wherein each screen is rotatable about an axis of rotation (A).
A landing gear for an aircraft comprising: - a leg suitable for being articulated on a support structure of the aircraft for deployment and retraction of the landing gear , - a wheel rotatably mounted in rotation relative to the leg and an electric motor suitable for driving the wheel in rotation relative to the leg , - a transmission mechanism comprising a transmission shaft extending inside the leg , the transmission mechanism being configured to transmit torque generated by the electric motor selectively to the wheel to drive the wheel in rotation relative to the leg , or to the leg via the transmission shaft to drive the leg in rotation relative to the support structure of the aircraft to deploy or retract the landing gear , the landing gear being characterized in that the transmission shaft has a first end suitable for being coupled to the motor and a second end suitable for being coupled to the support structure of the aircraft . - a leg suitable for being articulated on a support structure of the aircraft for deployment and retraction of the landing gear , - a wheel rotatably mounted in rotation relative to the leg and an electric motor suitable for driving the wheel in rotation relative to the leg , - a transmission mechanism comprising a transmission shaft extending inside the leg , the transmission mechanism being configured to transmit torque generated by the electric motor selectively to the wheel to drive the wheel in rotation relative to the leg , or to the leg via the transmission shaft to drive the leg in rotation relative to the support structure of the aircraft to deploy or retract the landing gear , the landing gear being characterized in that the transmission shaft has a first end suitable for being coupled to the motor and a second end suitable for being coupled to the support structure of the aircraft .
A pharmaceutical composition comprising histone deacetylase inhibitor (HDACi) and an estrogen receptor (ER) antagonist for use in a method of treatment of cancer, wherein the cancer is selected from glioma, malignant glioma, high grade glioma, and wherein histone deacetylase inhibitor (HDACi) is selected from valproic acid, sodium valproate, valproate semisodium, valpromide, and wherein estrogen receptor (ER) antagonist is tamoxifen. wherein the cancer is selected from glioma, malignant glioma, high grade glioma, and wherein histone deacetylase inhibitor (HDACi) is selected from valproic acid, sodium valproate, valproate semisodium, valpromide, and wherein estrogen receptor (ER) antagonist is tamoxifen.
A method of assembling an electrified turbocharger comprising: assembling a rotor assembly onto a shaft ; testing a rotating balance of the shaft and the rotor assembly , after assembling the rotor assembly on the shaft ; adjusting the rotating balance of the rotor assembly , after testing the rotating balance of the rotor assembly , by at least one of radially cutting a portion of the rotor assembly or adding a material to the rotor assembly ; attaching at least one bearing onto the shaft adjacent the rotor assembly , after adjusting the rotating balance of the rotor assembly ; inserting a stator assembly into a first housing component ; axially inserting the shaft , the rotor assembly , and the at least one bearing into the first housing component , after inserting the stator assembly into the first housing component ; attaching a second housing component to the first housing component , after axially inserting the shaft , the rotor assembly , and the at least one bearing into the first housing component ; attaching a compressor wheel to a first end of the shaft and attaching a turbine wheel to a second end of the shaft , after attaching the second housing component to the first housing component ; testing a rotating balance of the electrified turbocharger ; and adjusting the rotating balance of the electrified turbocharger , after testing the rotating balance of the electrified turbocharger by at least one of adding or removing a material to the shaft . assembling a rotor assembly onto a shaft ; testing a rotating balance of the shaft and the rotor assembly , after assembling the rotor assembly on the shaft ; adjusting the rotating balance of the rotor assembly , after testing the rotating balance of the rotor assembly , by at least one of radially cutting a portion of the rotor assembly or adding a material to the rotor assembly ; attaching at least one bearing onto the shaft adjacent the rotor assembly , after adjusting the rotating balance of the rotor assembly ; inserting a stator assembly into a first housing component ; axially inserting the shaft , the rotor assembly , and the at least one bearing into the first housing component , after inserting the stator assembly into the first housing component ; attaching a second housing component to the first housing component , after axially inserting the shaft , the rotor assembly , and the at least one bearing into the first housing component ; attaching a compressor wheel to a first end of the shaft and attaching a turbine wheel to a second end of the shaft , after attaching the second housing component to the first housing component ; testing a rotating balance of the electrified turbocharger ; and adjusting the rotating balance of the electrified turbocharger , after testing the rotating balance of the electrified turbocharger by at least one of adding or removing a material to the shaft .
An arrangement having a roof structure , in particular a cooling device, and a securing system for securing a roof structure in a notch on a roof of a switch cabinet , characterized in that the securing system comprises a pretensioning device connected to the roof structure as well as a securing clamp , wherein the securing clamp comprises a fixed end , via which the securing clamp is fixed to an inner side of the roof structure , and an end that moves with respect to the fixed end , on which the pretensioning device engages, so that a radius of curvature of the securing clamp can be set via the pretensioning device , wherein in a first position of the pretensioning device , the securing clamp is configured to engage underneath an edge of the notch , thereby fixing the roof structure on aswitch cabinet , and in a second position of the pretensioning device , the securing clamp is configured to release the notch , wherein the pretensioning device extends from an outer side of the roof structure through the roof structure up to an inner side of the roof structure and has a first drive for a tool on the outer side , and has a second drive for a tool on the inner side .
An agricultural harvesting vehicle , comprising: a chassis configured for carrying a header that is configured to collect crop material from a field; a chopper carried by said chassis downstream of said header ; and a windrow assembly (200, 200', 200") carried by said chassis downstream of said chopper , said windrow assembly (200, 200', 200") including a windrow chute defining a leading edge downstream from said chopper and a trailing edge downstream from said leading edge ; characterized in that said windrow assembly (200, 200', 200") further comprises: a roller associated with said leading edge to form an active leading edge of said windrow chute during rotation, wherein the roller is arranged adjacent to the leading edge such that, during operation of the vehicle, rotation of the roller moves crop material from near the leading edge and toward the trailing edge of said windrow chute . a chassis configured for carrying a header that is configured to collect crop material from a field; a chopper carried by said chassis downstream of said header ; and a windrow assembly (200, 200', 200") carried by said chassis downstream of said chopper , said windrow assembly (200, 200', 200") including a windrow chute defining a leading edge downstream from said chopper and a trailing edge downstream from said leading edge ; characterized in that said windrow assembly (200, 200', 200") further comprises: a roller associated with said leading edge to form an active leading edge of said windrow chute during rotation, wherein the roller is arranged adjacent to the leading edge such that, during operation of the vehicle, rotation of the roller moves crop material from near the leading edge and toward the trailing edge of said windrow chute . a roller associated with said leading edge to form an active leading edge of said windrow chute during rotation, wherein the roller is arranged adjacent to the leading edge such that, during operation of the vehicle, rotation of the roller moves crop material from near the leading edge and toward the trailing edge of said windrow chute .
An armrest assembly , comprising: a fixed support member provided with a bore defining an axis of rotation; a pivot block provided with a shaft rotatably engaging the bore; and an armrest coupled to the pivot block; wherein the armrest assembly further includes: a retention pin retaining the pivot block to the fixed support member, the retention pin installed through the fixed support member, perpendicular to the axis of rotation, and received in an annular groove formed in the shaft of the pivot block; and the fixed support member and the pivot block provided with mating stop blocks configured to limiting pivoting of the pivot block relative to the fixed support member. a fixed support member provided with a bore defining an axis of rotation; a pivot block provided with a shaft rotatably engaging the bore; and an armrest coupled to the pivot block; wherein the armrest assembly further includes: a retention pin retaining the pivot block to the fixed support member, the retention pin installed through the fixed support member, perpendicular to the axis of rotation, and received in an annular groove formed in the shaft of the pivot block; and the fixed support member and the pivot block provided with mating stop blocks configured to limiting pivoting of the pivot block relative to the fixed support member. a retention pin retaining the pivot block to the fixed support member, the retention pin installed through the fixed support member, perpendicular to the axis of rotation, and received in an annular groove formed in the shaft of the pivot block; and the fixed support member and the pivot block provided with mating stop blocks configured to limiting pivoting of the pivot block relative to the fixed support member.
A security locking system for a kitchen device that is adapted for coupling to a drive unit of the kitchen appliance in order to drive a tool in a rotary manner around a rotation axis , wherein the coupling device has a circumferential outer surface comprising at least one receiving region for receiving the tool and wherein the at least one receiving region has a first engagement region and a second engagement region such that the tool can be received along the rotation axis in a manner substantially free of play and irrespective of the direction of rotation , wherein the first engagement region has a drive edge and the second engagement region has a kickback edge , wherein the drive edge and the kickback edge run antiparallel to each other, characterized in that the security locking system comprises one or more blocking regions positioned on the circumferential outer surface of the coupling device directly above, preferably in contact with, the upper edge of the tool in operating position in order to prevent the tool to be disengaged from the coupling device when high forces arise during operation as a result of the processing of hard food ingredients, such as ice, frozen strawberries and carrots.
An aerial work platform able to be transported on a trailer or flatbed lorry, comprising: - a chassis provided with members for translation on the ground , - a work platform comprising a deck and a guardrail , - a lifting structure arranged on the chassis and comprising: ∘ a boom able to be raised and lowered by modifying the inclination thereof with respect to the chassis , ∘ a pendular arm mounted by a first end on the top end of the boom so as to be able to be raised and lowered with respect to the boom by pivoting, the pendular arm supporting the platform at a second end, which is on the side opposite to its first end, - an obstacle detection system for detecting the proximity of the platform to an obstacle, characterized in that the aerial work platform further comprises on-board electronics designed to automatically put the aerial work platform in a compact position at the request of an operator, the on-board electronics being designed to control the lifting structure according to the detection information supplied by the obstacle detection system so as to automatically bring the aerial work platform, taking account of the surroundings of the aerial work platform, into a compact position in which the aerial work platform is suitable for transport on a trailer or flatbed lorry. - a chassis provided with members for translation on the ground , - a work platform comprising a deck and a guardrail , - a lifting structure arranged on the chassis and comprising: ∘ a boom able to be raised and lowered by modifying the inclination thereof with respect to the chassis , ∘ a pendular arm mounted by a first end on the top end of the boom so as to be able to be raised and lowered with respect to the boom by pivoting, the pendular arm supporting the platform at a second end, which is on the side opposite to its first end, ∘ a boom able to be raised and lowered by modifying the inclination thereof with respect to the chassis , ∘ a pendular arm mounted by a first end on the top end of the boom so as to be able to be raised and lowered with respect to the boom by pivoting, the pendular arm supporting the platform at a second end, which is on the side opposite to its first end, - an obstacle detection system for detecting the proximity of the platform to an obstacle,
An azelaic acid gel for preventing or treating acne comprising the following components by weight percentage: 10-20% of azelaic acid, 0.5-2% of salicylic acid, 1-3% of polyacrylate cross-linked polymer-6, 60-74% of 1,3-propylene glycol, and the remaining part being water.
An optical fiber ribbon assembly , comprising: * a plurality of adjacent optical fiber ribbons extending in a longitudinal direction and arranged in a plane, each of the optical fiber ribbons comprising a plurality of optical fibers mutually bonded by a matrix material , the fibers extending in the longitudinal direction and arranged in the plane; said plurality of adjacent ribbons forming at least one set of two adjacent ribbons having an interstice between said two adjacent ribbons and * a bonding material, forming intermittent bonds at the interstice between the two adjacent ribbons of a set, thereby bonding the two adjacent ribbons of the set, characterised in that the bonding material is in the form of a thread , wherein one thread has been provided for each set of two adjacent ribbons , said thread being arranged along a length of said assembly, extending only over the two adjacent ribbons of the set, and such that the thread forms multiple crossings over the interstice between the two adjacent ribbons, the thread at each crossing forming a bond, of the intermittent bonds, between the two adjacent ribbons, and, wherein the bonding material is present in the interstice and, outside the interstice, it only extends in respective adjacent edge zones of the two adjacent ribbons of the set, wherein an edge zone is defined as the zone comprising at most 30 percent of the width (w) of the ribbon in transverse direction. * a plurality of adjacent optical fiber ribbons extending in a longitudinal direction and arranged in a plane, each of the optical fiber ribbons comprising a plurality of optical fibers mutually bonded by a matrix material , the fibers extending in the longitudinal direction and arranged in the plane; said plurality of adjacent ribbons forming at least one set of two adjacent ribbons having an interstice between said two adjacent ribbons and * a bonding material, forming intermittent bonds at the interstice between the two adjacent ribbons of a set, thereby bonding the two adjacent ribbons of the set,
Shredding device which is configured to shred and discharge to the sewer domestic, medical and/or industrial waste comprising liquid and/or solid materials, wherein the solid materials comprise plastic parts and/or metal parts for shredding, the shredding device comprising: - an inlet for inserting the waste to be shredded and discharged; - a shredding unit embodied to shred waste inserted via the inlet; - a receiving space embodied to receive the shredded liquid and solid material waste; - a transport liquid feed embodied to feed transport liquid to the receiving space; - an outlet connectable to the receiving space and the sewer; wherein the outlet is configured to discharge the mixture of the shredded liquid and solid material waste as well as the transport liquid from the receiving space to the sewer; and that the outlet comprises an adjustable closing device for adjusting the throughflow of said mixture from the receiving space to the sewer, characterized in that the adjustable closing device comprises: - a closing device housing provided with an entrance and an exit; - a flexible element , in particular a flexible membrane, arranged in the closing device housing and connected to the entrance and exit, wherein the flexible element is embodied to form an adjustable passage between the entrance and exit; - a controller unit for displacing the flexible element between a closing position, in which the membrane closes the passage between the entrance and exit, and an opened position in which the flexible element leaves a passage clear between the entrance and exit. - an inlet for inserting the waste to be shredded and discharged; - a shredding unit embodied to shred waste inserted via the inlet; - a receiving space embodied to receive the shredded liquid and solid material waste; - a transport liquid feed embodied to feed transport liquid to the receiving space; - an outlet connectable to the receiving space and the sewer; - a closing device housing provided with an entrance and an exit; - a flexible element , in particular a flexible membrane, arranged in the closing device housing and connected to the entrance and exit, wherein the flexible element is embodied to form an adjustable passage between the entrance and exit; - a controller unit for displacing the flexible element between a closing position, in which the membrane closes the passage between the entrance and exit, and an opened position in which the flexible element leaves a passage clear between the entrance and exit.
Vacuum cleaner nozzle, arranged to be connected to a vacuum cleaner, comprising: - a sole , - at least one suction channel formed in the sole , the suction channel comprising at least one wall having, when the nozzle is connected to the vacuum cleaner in operation, a layer of air in which an air speed is reduced in the vicinity of the wall , at least one portion of the wall of the suction channel comprising means for disturbing that form a relief on the wall , in such a way as to increase a thickness of the layer of air, characterised in that the means for disturbing comprise a plurality of cells arranged on the wall , at a predetermined distance from one another. - a sole , - at least one suction channel formed in the sole ,
A switch device , in particular a grooved rail switch device, with a tongue blade , whereby the switch device comprises at least one stock rail , one connecting rail , and one tongue blade support , and whereby the tongue blade and the connecting rail are connected to each other via a weld joint , characterized in that the tongue blade support at its lower side borders on a hollow space and below the weld joint comprises a through opening passing into the hollow space, or in that the tongue blade support comprises a cut-out below the weld joint, whereby the width of the through opening or cut-out is greater than the width of the tongue blade below the weld joint, and the through opening or the cut-out possesses a length that allows a separating cut through the weld joint between the connecting rail and the tongue blade or a separating cut adjacent to the weld joint in the connection rail as well as joining the connecting rail with tongue blades of equal or different lengths.
An apparatus comprising: a case that accommodates fiber pieces containing fibers; a stirring portion that rotates inside the case to stir the fiber pieces; a first driving portion that rotates the stirring portion; a transport apparatus that transports the fiber pieces through a transport path ; and a control portion that controls rotation states of the stirring portion and the transport apparatus, characterized in that the transport path is coupled to a side surface of the case, and the transport apparatus includes a rotating part that rotates on an axis (L1) along the transport path, and a second driving portion that rotates the rotating part. a case that accommodates fiber pieces containing fibers; a stirring portion that rotates inside the case to stir the fiber pieces; a first driving portion that rotates the stirring portion; a transport apparatus that transports the fiber pieces through a transport path ; and a control portion that controls rotation states of the stirring portion and the transport apparatus, characterized in that the transport path is coupled to a side surface of the case, and the transport apparatus includes a rotating part that rotates on an axis (L1) along the transport path, and a second driving portion that rotates the rotating part.