mhurhangee/ep-ind-claims huggingface dataset:
Harvesting machine having a harvesting attachment and a drive system for the harvesting attachment, which drive system comprises a drive motor and a drive train, which is connected between the drive motor and one or more driven elements of the harvesting attachment and has an adjustable hydraulic pump arranged onboard on the harvesting machine and a hydraulic motor which is connected to the hydraulic pump in a closed circuit, wherein the hydraulic motor is attached to the harvesting attachment and is connected to the hydraulic pump by releasable hydraulic coupling connections, characterized in that the harvesting attachment is provided with a marking which can be read by a control device of the harvesting machine, and in that, in the event that it can be identified with reference to information assigned to the marking that the harvesting attachment contains a hydraulic motor for driving the harvesting attachment, the control device can be operated to open a valve arranged between the hydraulic pump and the hydraulic motor.
A hydraulic accumulator in the form of a bellows accumulator, comprising an accumulator housing in which a bellows forms a movable separating element between the gas side and the fluid side, the bellows being connected directly to the accumulator housing at a fastening point in the form of a weld line, characterised in that there is formed on the weld line, between a main housing part and an adjacent housing end part or a top part, a slot that has a kink and in which an edge of the bellows that has a corresponding kink can be accommodated and can be welded in the latter.
Thermoplastic polymer compound comprising a thermoplastic matrix polymer or a blend of at least two thermoplastic matrix polymers and at least one low-molecular lignin and/or low-molecular lignin derivative having a weight-averaged molecular weight of 200 to 6,000 g/mol, characterised in that the low-molecular lignin and/or the low-molecular lignin derivative in the at least one thermoplastic matrix polymer a) is present completely dissolved, or b) is present partially dissolved, the undissolved part of the low-molecular lignin and/or of the low-molecular lignin derivative being present in particulate form, and the average particle sizes of these particles being ≤ 100 nm, preferably 20 nm, further preferred ≤ 20 nm, particularly preferred ≤ 10 nm. a) is present completely dissolved, or b) is present partially dissolved, the undissolved part of the low-molecular lignin and/or of the low-molecular lignin derivative being present in particulate form, and the average particle sizes of these particles being ≤ 100 nm, preferably 20 nm, further preferred ≤ 20 nm, particularly preferred ≤ 10 nm.
An inhalation therapy apparatus having a respiratory air stream generating device for generating a respiratory air stream and conveying the respiratory air stream into a delivery pipe; an aerosol generating device with a membrane, a reservoir for storage of a liquid and a piezo-oscillator causing the membrane to vibrate for the nebulisation of the fluid conveyed out of the reservoir and preparation of liquid droplets; a nebulisation chamber with a respiratory air inlet opening to which the delivery pipe is connected, the respiratory air stream and the liquid droplets mixing in the nebulisation chamber, and a region which forms an outlet opening with a connection piece in order to release the liquid droplet/respiratory air mixture from the nebulisation chamber; a control device which is designed to control the aerosol generating device and to actuate the piezo-oscillator in order to alternately switch on and switch off the aerosol generating device by means of an actuating signal sent to the piezo-oscillator, characterised in that the inhalation therapy apparatus is designed to change ON/OFF switching phases of the aerosol generating device and so to adapt or set an output rate of the aerosol generating device so that during an application treatment, a phase with an increased output rate precedes a first phase with a reduced output rate.
Method for associating a bearer whose creation is requested by a Packet Data Network Gateway of a mobile network with a Content Distribution Network comprising a plurality of Delivery Appliances and then for determining whether the bearer whose creation is requested by a Packet Data Network Gateway of a mobile network is associated with the Content Distribution Network, comprising the following steps: - setting a flag, by said Packet Data Network Gateway, in a part of an information element of a creation request for said bearer, - sending, by said Packet Data Network Gateway, the bearer creation request to a Serving Gateway of the mobile network, interfaced with the Packet Data Network Gateway and with a base station eNodeB; - receiving, at the Serving Gateway, the bearer creation request, - performing a test, by the Serving Gateway, the test being positive in the event that the flag is set in the part of the information element of the creation request for said bearer, - in the event of a positive test, determining, by the Serving Gateway, that the bearer is associated with the Content Distribution Network, establishing, by the Serving Gateway, a Content Distribution Network dedicated bearer with the Packet Data Network Gateway and establishing, by the Serving Gateway, a mirror Content Distribution Network dedicated bearer with a shadow Packet Data Network Gateway with using information from the Content Distribution Network dedicated bearer established with the Packet Data Network Gateway, the shadow Packet Data Network Gateway being interfaced between the Serving Gateway and the Delivery Appliance closest to the base station eNodeB of the plurality of Delivery Appliances of the Content Distribution Network closest to the base station eNodeB. - setting a flag, by said Packet Data Network Gateway, in a part of an information element of a creation request for said bearer, - sending, by said Packet Data Network Gateway, the bearer creation request to a Serving Gateway of the mobile network, interfaced with the Packet Data Network Gateway and with a base station eNodeB; - receiving, at the Serving Gateway, the bearer creation request, - performing a test, by the Serving Gateway, the test being positive in the event that the flag is set in the part of the information element of the creation request for said bearer, - in the event of a positive test, determining, by the Serving Gateway, that the bearer is associated with the Content Distribution Network, establishing, by the Serving Gateway, a Content Distribution Network dedicated bearer with the Packet Data Network Gateway and establishing, by the Serving Gateway, a mirror Content Distribution Network dedicated bearer with a shadow Packet Data Network Gateway with using information from the Content Distribution Network dedicated bearer established with the Packet Data Network Gateway, the shadow Packet Data Network Gateway being interfaced between the Serving Gateway and the Delivery Appliance closest to the base station eNodeB of the plurality of Delivery Appliances of the Content Distribution Network closest to the base station eNodeB.
A method of selecting a candidate agent for treating an individual suffering from pulmonary arterial hypertension comprising the steps of: a) analyzing gene expression levels of a biopsy sample which has been obtained from the pulmonary artery of the individual and a non-diseased control using an endoarterial catheter, wherein the analyzing of gene expression levels are for genes which are chosen from the group consisting of heparanase (HPSE), proto-oncogene tyrosine protein kinase, amine oxidase A (MAO-A), and amine oxidase B (MAO-B), and wherein the analysis preferably is performed using a microarray; b) comparing the gene expression level between the biopsy sample from the pulmonary artery of the individual and the non-diseased control; c) identifying at least one gene from step b) that is upregulated in the biopsy sample based on the non-diseased control; d) obtaining gene products from the genes identified in step b); and e) selecting candidate agents which are known inhibitors of the gene products from the at least one upregulated gene. a) analyzing gene expression levels of a biopsy sample which has been obtained from the pulmonary artery of the individual and a non-diseased control using an endoarterial catheter, wherein the analyzing of gene expression levels are for genes which are chosen from the group consisting of heparanase (HPSE), proto-oncogene tyrosine protein kinase, amine oxidase A (MAO-A), and amine oxidase B (MAO-B), and wherein the analysis preferably is performed using a microarray; b) comparing the gene expression level between the biopsy sample from the pulmonary artery of the individual and the non-diseased control; c) identifying at least one gene from step b) that is upregulated in the biopsy sample based on the non-diseased control; d) obtaining gene products from the genes identified in step b); and e) selecting candidate agents which are known inhibitors of the gene products from the at least one upregulated gene.
A ground-based electric power supply system for a transportation vehicle, the system including: - a transportation vehicle, - a plurality of elements emitting an electromagnetic field for powering the transportation vehicle by induction, the emitting elements being positioned and spaced apart from each other along the circulation track of the transportation vehicle, - a device for receiving the energy emitted by the plurality of emitting elements, borne by the transportation vehicle, - means for electrically powering the plurality of emitting elements selectively, the means being laid out so as to electrically power at least one emitting element when the vehicle is located above said at least one emitting element, characterized in that the length of the receiving device measured in the direction of the circulation of the vehicle, is greater than the distance which separates two consecutive emitting elements along the circulation track, and in that the distance which separates two consecutive emitting elements is comprised between half and two thirds of the length of the receiving device, and in that the emitting elements are at least partly buried into the ground and include a portion protruding out of the ground. - a transportation vehicle, - a plurality of elements emitting an electromagnetic field for powering the transportation vehicle by induction, the emitting elements being positioned and spaced apart from each other along the circulation track of the transportation vehicle, - a device for receiving the energy emitted by the plurality of emitting elements, borne by the transportation vehicle, - means for electrically powering the plurality of emitting elements selectively, the means being laid out so as to electrically power at least one emitting element when the vehicle is located above said at least one emitting element, characterized in that the length of the receiving device measured in the direction of the circulation of the vehicle, is greater than the distance which separates two consecutive emitting elements along the circulation track, and in that the distance which separates two consecutive emitting elements is comprised between half and two thirds of the length of the receiving device, and in that the emitting elements are at least partly buried into the ground and include a portion protruding out of the ground.
A plastic lens comprising a plastic lens substrate having formed thereon a primer layer, a hard coat layer and an organic antireflective layer, in the order from the surface of the plastic lens substrate, the hard coat layer being a coating film formed from a coating composition comprising the following component A, component B and component C, Component A: Metal oxide fine particles Component B: An organosilicon compound represented by the following formula: R 1 SiX 1 3 wherein R 1 represents an organic group with 2 or more carbon atoms, having a polymerizable reactive group, and X 1 represents a hydrolyzable group; Component C: A compound having a biphenyl sulfide structure, represented by the following formula: wherein R and R' each represent a hydrocarbon group or a hydroxyl group, and n is from 0 to 5; wherein the component C is contained in the coating composition in an amount of from 0.01 to 5.0% by weight based on the weight of the solid content in the coating composition. Component A: Metal oxide fine particles Component B: An organosilicon compound represented by the following formula: R 1 SiX 1 3 wherein R 1 represents an organic group with 2 or more carbon atoms, having a polymerizable reactive group, and X 1 represents a hydrolyzable group; Component C: A compound having a biphenyl sulfide structure, represented by the following formula:
An interventional medical device for securing a retrieval device for removal from a body, the medical device comprising: a sheath having a flexibility to navigate through tortuous anatomy, the sheath having a distal portion and a proximal portion and a lumen extending therethrough; and an eversible cover having a fixed section affixed near an end of the distal portion of the sheath, a free section extending in a proximal direction from the fixed section and having a free end, and an eversible cover wall extending from the fixed section to the free section, where on deployment in a vessel the eversible cover expands against a vessel wall and is fluid permeable to permit flow therethrough, the eversible cover being axially compliant such that when the retrieval device is positioned through the sheath lumen and moved in a proximal direction, the friction of the eversible cover against the vessel wall causes the eversible cover to completely evert over the retrieval device in a conveyor belt type manner allowing for the free section of the eversible cover wall to be distal to the retrieval device; and where the eversible cover wall is configured to expand outward upon deployment in the vessel and, after eversion, to taper or collapse towards the free end. a sheath having a flexibility to navigate through tortuous anatomy, the sheath having a distal portion and a proximal portion and a lumen extending therethrough; and an eversible cover having a fixed section affixed near an end of the distal portion of the sheath, a free section extending in a proximal direction from the fixed section and having a free end, and an eversible cover wall extending from the fixed section to the free section, where on deployment in a vessel the eversible cover expands against a vessel wall and is fluid permeable to permit flow therethrough, the eversible cover being axially compliant such that when the retrieval device is positioned through the sheath lumen and moved in a proximal direction, the friction of the eversible cover against the vessel wall causes the eversible cover to completely evert over the retrieval device in a conveyor belt type manner allowing for the free section of the eversible cover wall to be distal to the retrieval device; and where the eversible cover wall is configured to expand outward upon deployment in the vessel and, after eversion, to taper or collapse towards the free end.
Method for operating a shower device for recirculating shower water, the shower device comprising; - a support area at a support area level for supporting a person taking a shower, - a catchment basin below the support area level for collecting water, - a drain at a bottom level of the catchment basin, - a pump arranged above the support area level, - a water intake fluidly coupled with the pump and arranged for taking in water between the bottom level of the catchment basin and the support area level, and wherein, the method comprises the step of: - activating the pump and taking in water at the water intake for circulating a circulating shower flow between the catchment basin and a shower head which dispenses at the support area. the method being characterised by the step of: - initial filling of the catchment basin from a fresh hot water supply through the pump, and the water intake until a desired showering water volume is in the catchment basin. - a support area at a support area level for supporting a person taking a shower, - a catchment basin below the support area level for collecting water, - a drain at a bottom level of the catchment basin, - a pump arranged above the support area level, - a water intake fluidly coupled with the pump and arranged for taking in water between the bottom level of the catchment basin and the support area level, and wherein, - activating the pump and taking in water at the water intake for circulating a circulating shower flow between the catchment basin and a shower head which dispenses at the support area. - initial filling of the catchment basin from a fresh hot water supply through the pump, and the water intake until a desired showering water volume is in the catchment basin.
A golf club comprising: a shaft; a grip at an upper end of the shaft, the grip defining a grip axis inclined with respect to the vertical, said inclined grip axis defining a vertical plane, the grip defining a radius about the grip axis; and a head secured to a lower end of said shaft, said head having a striking face and a trailing edge; wherein said head has a gravitational center which is further from said trailing edge than said striking face and is disposed on the grip axis and coincides with a preferred striking point of the striking face. a shaft; a grip at an upper end of the shaft, the grip defining a grip axis inclined with respect to the vertical, said inclined grip axis defining a vertical plane, the grip defining a radius about the grip axis; and a head secured to a lower end of said shaft, said head having a striking face and a trailing edge; wherein said head has a gravitational center which is further from said trailing edge than said striking face and is disposed on the grip axis and coincides with a preferred striking point of the striking face.
A surface mount multi-connector comprising: a first body in which a plurality of first contacts are held by insert molding; a second body in which a plurality of second contacts are held by insert molding; and a third body that incorporates the first body with which the second body has been coupled, wherein connection portions of end sections of the first contacts and connection portions of end sections of the second contacts lie in a same plane, characterized in that: the first contacts are extended in their length direction out from the first body to form first movable contact sections; the second contacts are extended in their length direction out from the second body to form second movable contact sections; the third body is extended beyond tips (112c, 122c) of the first and the second movable contact sections (112a, 122a) and catching parts (130a, 130b) are formed on an inner wall of a front end of the third body, the first and the second movable contact sections (112a, 122a) being held to face in the same direction; and the tips (112c, 122c) ahead of the first and the second movable contact sections (112a, 122a) elastically mate with the catching parts (130a, 130b). a first body in which a plurality of first contacts are held by insert molding; a second body in which a plurality of second contacts are held by insert molding; and a third body that incorporates the first body with which the second body has been coupled, wherein connection portions of end sections of the first contacts and connection portions of end sections of the second contacts lie in a same plane, characterized in that: the first contacts are extended in their length direction out from the first body to form first movable contact sections; the second contacts are extended in their length direction out from the second body to form second movable contact sections; the third body is extended beyond tips (112c, 122c) of the first and the second movable contact sections (112a, 122a) and catching parts (130a, 130b) are formed on an inner wall of a front end of the third body, the first and the second movable contact sections (112a, 122a) being held to face in the same direction; and the tips (112c, 122c) ahead of the first and the second movable contact sections (112a, 122a) elastically mate with the catching parts (130a, 130b). the first contacts are extended in their length direction out from the first body to form first movable contact sections; the second contacts are extended in their length direction out from the second body to form second movable contact sections; the third body is extended beyond tips (112c, 122c) of the first and the second movable contact sections (112a, 122a) and catching parts (130a, 130b) are formed on an inner wall of a front end of the third body, the first and the second movable contact sections (112a, 122a) being held to face in the same direction; and the tips (112c, 122c) ahead of the first and the second movable contact sections (112a, 122a) elastically mate with the catching parts (130a, 130b).
Apparatus for gravity-emptying bottles containing frozen blood product, characterised in that it comprises a unit for monitoring emptying which in turn comprises: an automatic unit for checking the weight of emptied bottles, which in turn comprises: a) a load detection system for measuring the weight of emptied bottles; b) an air pressure measuring unit for measuring the pressure in the room in which the emptying apparatus is located; c) a measurement compensation unit for correcting the load value provided by the load detection system on the basis of the room pressure measurement provided by the air pressure measurement unit; such that the weight-checking unit generates a "not empty" signal if the value of the corrected load is greater than or equal to a predetermined value. an automatic unit for checking the weight of emptied bottles, which in turn comprises: a) a load detection system for measuring the weight of emptied bottles; b) an air pressure measuring unit for measuring the pressure in the room in which the emptying apparatus is located; c) a measurement compensation unit for correcting the load value provided by the load detection system on the basis of the room pressure measurement provided by the air pressure measurement unit; a) a load detection system for measuring the weight of emptied bottles; b) an air pressure measuring unit for measuring the pressure in the room in which the emptying apparatus is located; c) a measurement compensation unit for correcting the load value provided by the load detection system on the basis of the room pressure measurement provided by the air pressure measurement unit; such that the weight-checking unit generates a "not empty" signal if the value of the corrected load is greater than or equal to a predetermined value.
A fermenter for fermenting a solution, comprising: a vat predisposed for containing a solution to be fermented, and provided with an inlet opening (4,33) and an outlet opening (5, 25); a pumping-over conduit provided with a first connection, which is placed in communication with a lower zone of the vat, and a dispensing opening, disposed in an upper zone of the vat so as to be capable of delivering a liquid above the upper level of the solution; characterized in that the pumping-over conduit comprises a second connection, disposed in an intermediate position between the first connection and the dispensing opening, which dispensing opening is so arranged as to allow the gas to be introduced into the pumping-over conduit.