mhurhangee/ep-ind-claims huggingface dataset:
A system for collecting a sample of nucleic acid, the system comprising: a receptacle defining an internal volume; a removable cap for the receptacle, the cap having an internal side facing the internal volume of the receptacle and an external side facing away from the internal volume, the cap comprising a breather port communicating between the internal side and the external side and a sample connection port communicating between the internal side and the external side, the sample connection port comprising a first interlocking component for releasably locking the sample connection port to a cooperating second interlocking component, the internal side of the cap comprising a connection interface in fluid communication with the sample connection port; a filter column adapted to be removably attached to the connection interface of the receptacle cap, the filter column having an open first end, an open second end, and an internal passage therebetween containing a substrate for collecting the nucleic acid; a sample collection container comprising the second interlocking component adapted to connect to the first interlocking component of the sample connection port in the receptacle cap; a shipping container having an open end and defining a volume adapted to contain the filter column, the shipping container adapted to releasably engage the filter column for detaching it from the connection interface of the receptacle cap, the shipping container further comprising a desiccant and a removable lid for temporarily sealing the filter column within the shipping container. a receptacle defining an internal volume; a removable cap for the receptacle, the cap having an internal side facing the internal volume of the receptacle and an external side facing away from the internal volume, the cap comprising a breather port communicating between the internal side and the external side and a sample connection port communicating between the internal side and the external side, the sample connection port comprising a first interlocking component for releasably locking the sample connection port to a cooperating second interlocking component, the internal side of the cap comprising a connection interface in fluid communication with the sample connection port; a filter column adapted to be removably attached to the connection interface of the receptacle cap, the filter column having an open first end, an open second end, and an internal passage therebetween containing a substrate for collecting the nucleic acid; a sample collection container comprising the second interlocking component adapted to connect to the first interlocking component of the sample connection port in the receptacle cap; a shipping container having an open end and defining a volume adapted to contain the filter column, the shipping container adapted to releasably engage the filter column for detaching it from the connection interface of the receptacle cap, the shipping container further comprising a desiccant and a removable lid for temporarily sealing the filter column within the shipping container.
Lithium silicate glass ceramic which comprises lithium silicate as main crystal phase and scheelite in the form of Ca scheelite (CaWO 4) and/or Sr scheelite (SrWO 4) and/or powellite in the form of Ca powellite (CaMoO 4) and/or Sr powellite (SrMoO 4) as further crystal phases.
Driver topology for switching on and off a high voltage floating gate-source (G1-S1) of a MOSFET, wherein it comprises a grounded driving amplifier connected with decoupling capacitors (C1, C2) connected in series with inputs of a common mode transformer connected at its output to a rectifying diode and stabilizing resistor (D, R), whereby the diode and the resistor are connected in parallel between the gate and the source of the MOSFET characterized in that said common mode transformer transmits at one end the energy coming from said decoupling capacitors to said rectifying diode and stabilizing resistor and blocks the reverse flow at the other end.
Seal for doctor blade devices in printing presses comprising a blade contacting section with a front side engaged with a doctor blade of the doctor blade device and a rear side that is softer, more elastic or more resilient than the front side, characterized in that the seal further comprises a connecting groove.
A marine propulsion system configured to be provided on or in a hull of a marine vessel, the marine propulsion system comprising: a main propulsion device configured to rotate in a right-left direction with regard to the hull to change a direction of a thrust; an auxiliary propulsion device including an electric motor configured to drive an auxiliary thruster to generate a thrust, configured to rotate in the right-left direction to change a direction of the thrust with regard to the hull, and configured to have a maximum output smaller than a maximum output of the main propulsion device; and a controller configured or programmed to perform a drift control to move the hull by external forces including wind and water flow under the external forces while maintaining an orientation of a bow of the hull at a target orientation by rotating the hull; wherein the controller is configured or programmed to maintain the orientation of the bow at the target orientation by rotating the hull by driving the auxiliary thruster while stopping a main thruster configured to generate the thrust from the main propulsion device and to move the hull only by the external forces under the external forces while maintaining the orientation of the bow of the hull at the target orientation by rotating the hull in the drift control by driving the auxiliary thruster. a main propulsion device configured to rotate in a right-left direction with regard to the hull to change a direction of a thrust; an auxiliary propulsion device including an electric motor configured to drive an auxiliary thruster to generate a thrust, configured to rotate in the right-left direction to change a direction of the thrust with regard to the hull, and configured to have a maximum output smaller than a maximum output of the main propulsion device; and a controller configured or programmed to perform a drift control to move the hull by external forces including wind and water flow under the external forces while maintaining an orientation of a bow of the hull at a target orientation by rotating the hull; wherein the controller is configured or programmed to maintain the orientation of the bow at the target orientation by rotating the hull by driving the auxiliary thruster while stopping a main thruster configured to generate the thrust from the main propulsion device and to move the hull only by the external forces under the external forces while maintaining the orientation of the bow of the hull at the target orientation by rotating the hull in the drift control by driving the auxiliary thruster.
A wound dressing comprising: a contact layer engaging a wound bed and being for debriding the wound bed, and having a first side and a second side, the second side facing the wound bed; a support layer having a first side and a second side, the second side facing the first side of the contact layer, wherein at least a portion of the support layer overlays a periwound surrounding the wound bed; a cover layer disposed between the contact layer and the support layer; and a drape layer having a first side and a second side, the second side facing the first side of the support layer, wherein the drape layer extends beyond a perimeter of the cover layer; wherein the support layer comprises a semi-rigid or rigid material. a contact layer engaging a wound bed and being for debriding the wound bed, and having a first side and a second side, the second side facing the wound bed; a support layer having a first side and a second side, the second side facing the first side of the contact layer, wherein at least a portion of the support layer overlays a periwound surrounding the wound bed; a cover layer disposed between the contact layer and the support layer; and a drape layer having a first side and a second side, the second side facing the first side of the support layer, wherein the drape layer extends beyond a perimeter of the cover layer; wherein the support layer comprises a semi-rigid or rigid material.
A respiratory gas supply circuit for an aircraft carrying passengers and/or crewmembers, comprising: - a source of breathable gas (R1, R2), - at least one supply line connected to said source, - a regulating device provided on said supply line for controlling the supply of breathable gas, - a mixing device connected to said supply line, said mixing device further comprising an ambient air inlet for mixing said ambient air with said breathable gas to provide to at least one passenger or crewmember a respiratory gas to be inhaled corresponding to a mixture of said breathable gas and ambient air, wherein said regulating device is driven by a control signal (F I O 2 R) function at least of the breathable gas content (F I O 2) in said respiratory gas, and characterized in that the regulating device and the mixing device are comprised in a demand regulator of a respiratory mask. - a source of breathable gas (R1, R2), - at least one supply line connected to said source, - a regulating device provided on said supply line for controlling the supply of breathable gas, - a mixing device connected to said supply line, said mixing device further comprising an ambient air inlet for mixing said ambient air with said breathable gas to provide to at least one passenger or crewmember a respiratory gas to be inhaled corresponding to a mixture of said breathable gas and ambient air, wherein said regulating device is driven by a control signal (F I O 2 R) function at least of the breathable gas content (F I O 2) in said respiratory gas, and characterized in that the regulating device and the mixing device are comprised in a demand regulator of a respiratory mask.
A rear structure of a saddle riding type vehicle, the rear structure comprising: a vehicle body frame; a tandem seat mounted on the vehicle body frame, the tandem seat including a front occupant seat on which a driver is to be seated and a rear occupant seat on which a passenger is to be seated, the front occupant seat and the rear occupant seat being provided integrally with each other longitudinally; a rear cowl covering a side of the vehicle body frame; a grab rail disposed on vehicle body sides of the rear occupant seat of the tandem seat above the rear cowl and attached to the vehicle body frame, and configured to be grasped by a rear occupant during driving; a rear lamp assembly disposed in a rear of the tandem seat so as to face a rear of the vehicle, the rear lamp assembly including a tail lamp, a brake lamp, and direction indicators (97L, 97R); and a rear mudguard disposed under the rear lamp assembly to prevent mud and water splashed up by a rear wheel from being splashed on a vehicle body; wherein the grab rail extends to a rear of the rear occupant seat characterized in that the grab rail includes a lower plate and an upper plate attached on the lower plate, a left portion and a right portion of the grab rail are integrated with each other so as to wrap around the rear of the rear occupant seat, and the grab rail has an opening portion opened to the rear, and the rear lamp assembly is collectively housed in the opening portion.
A method for controlling a wind farm comprising a plurality of wind turbines, the method comprising: computing an error between a farm-level base point power forecast and a measured farm-level active power; generating an aggregated farm-level active power set point for the wind farm based on the error and a frequency response set point; generating aggregated turbine-level active power set points for the plurality of wind turbines based on the aggregated farm-level active power set point; transmitting the aggregated turbine-level active power set points to the respective wind turbines; using the aggregated turbine-level active power set points for determining aero power set points and storage power set points for the plurality of wind turbines and energy storage elements coupled to the plurality of wind turbines respectively; and using the aero power set points for controlling the respective wind turbines and the storage power set points for controlling the respective energy storage elements. computing an error between a farm-level base point power forecast and a measured farm-level active power; generating an aggregated farm-level active power set point for the wind farm based on the error and a frequency response set point; generating aggregated turbine-level active power set points for the plurality of wind turbines based on the aggregated farm-level active power set point; transmitting the aggregated turbine-level active power set points to the respective wind turbines; using the aggregated turbine-level active power set points for determining aero power set points and storage power set points for the plurality of wind turbines and energy storage elements coupled to the plurality of wind turbines respectively; and using the aero power set points for controlling the respective wind turbines and the storage power set points for controlling the respective energy storage elements.
An aid device to improve the posture of a user including: - first two lateral tensioners comprising a first end and a second end, the first ends of each first lateral tensioner meeting in a stimulation zone, - an attachment support comprising a rear part with a first end attached to the stimulation zone, and two lateral parts (112, 113) closed together by a clamping means (114, 115), characterised in that the rear part includes a second end which extends from the bottom of the user's buttocks. - first two lateral tensioners comprising a first end and a second end, the first ends of each first lateral tensioner meeting in a stimulation zone, - an attachment support comprising a rear part with a first end attached to the stimulation zone, and two lateral parts (112, 113) closed together by a clamping means (114, 115),
A method for forming an image comprising: receiving, by an image-forming device, a first image-forming job (JOB#1), and performing a first image-forming operation according to a first recording-medium transport rule; and receiving, by the image-forming device, a second image-forming job (JOB#2), and performing a second image-forming operation according to a second recording-medium transport rule; wherein the first image-forming job and the second image-forming job are consecutively outputted image-forming jobs, and recording-medium transport directions of at least one page of the first image-forming job and at least one page of the second image-forming job are different, characterized in that in each of the first image-forming job and the second image-forming job, each page of print data includes a corresponding job start identification and a corresponding job end identification for identifying by the image forming device; and output papers of the first image-forming job and output papers of the second image-forming job are separated by the first page of output papers in the second image-forming job or by the last page of output papers in the first image-forming job, the image-forming device automatically selects paper boxes with different setting directions as the paper feeding device for adjacent image-forming jobs according to attribute settings of different users or different image-forming jobs. receiving, by an image-forming device, a first image-forming job (JOB#1), and performing a first image-forming operation according to a first recording-medium transport rule; and receiving, by the image-forming device, a second image-forming job (JOB#2), and performing a second image-forming operation according to a second recording-medium transport rule; wherein the first image-forming job and the second image-forming job are consecutively outputted image-forming jobs, and recording-medium transport directions of at least one page of the first image-forming job and at least one page of the second image-forming job are different, characterized in that in each of the first image-forming job and the second image-forming job, each page of print data includes a corresponding job start identification and a corresponding job end identification for identifying by the image forming device; and output papers of the first image-forming job and output papers of the second image-forming job are separated by the first page of output papers in the second image-forming job or by the last page of output papers in the first image-forming job, the image-forming device automatically selects paper boxes with different setting directions as the paper feeding device for adjacent image-forming jobs according to attribute settings of different users or different image-forming jobs.
A method for producing a detergent composition which comprises the step of adding a protease variant which was obtained by a method comprising introducing into a parent subtilase a deletion at a position corresponding to position 56 of the mature polypeptide consisting of SEQ ID NO:2, wherein the variant has at least 95% identity to SEQ ID NO: 2.
Method for the production of a lighting system which is controlled by addresses and has - lamps for light production, - ballasts which are connected to the lamps for operation of the lamps, and - at least one controller for controlling the ballasts and thus the operation of the lamps, wherein, before installation in the lighting system, the ballasts are provided with codes which are individual for each of the ballasts and can be addressed externally by signalling, and wherein, for carrying out the method, - the controller in each case assigns drive addresses for drive purposes to each of the ballasts, and - the controller uses the drive addresses to control the ballasts, characterized in that the individual codes of the ballasts which can be addressed externally by signalling are read during the installation of the lighting system, that is to say during the mounting of the ballasts, and the codes of the ballasts which can be addressed externally by signalling are entered in the controller together with the installation positions of the respective ballasts, such that as a result an assignment between the individual codes of the ballasts which can be addressed externally by signalling and the installation positions of the ballasts in the lighting system already exists when the controller is programmed and said assignment of the respective drive addresses is carried out by the controller. - lamps for light production, - ballasts which are connected to the lamps for operation of the lamps, and - at least one controller for controlling the ballasts and thus the operation of the lamps, - the controller in each case assigns drive addresses for drive purposes to each of the ballasts, and - the controller uses the drive addresses to control the ballasts,
A parallel linkage-type working apparatus for construction equipment, comprising: a base frame which is connected to a front side of a traveling apparatus; a lift arm which has one end rotatably connected to the base frame, and the other end rotatably connected to a bucket; a lift cylinder which has one end rotatably connected to the base frame, and the other end rotatably connected to a central side in a length direction of the lift arm; a parallel link which has one end rotatably connected to the base frame; a parallel lever; a bucket cylinder; and a tilt lever which has an upper portion rotatably connected to the other end of the bucket cylinder, and a lower portion rotatably connected to the bucket through a push link; characterized in that the parallel lever has a lower portion rotatably connected to the other end of the parallel link; the bucket cylinder has one end rotatably connected to an upper portion of the parallel lever; and the parallel linkage-type working apparatus further comprises connecting shaft portions (181, 182, and 183) which have one end portions rotatably connected to a central side of the parallel lever, and the other end portions rotatably connected to a central side of the tilt lever. a base frame which is connected to a front side of a traveling apparatus; a lift arm which has one end rotatably connected to the base frame, and the other end rotatably connected to a bucket; a lift cylinder which has one end rotatably connected to the base frame, and the other end rotatably connected to a central side in a length direction of the lift arm; a parallel link which has one end rotatably connected to the base frame; a parallel lever; a bucket cylinder; and a tilt lever which has an upper portion rotatably connected to the other end of the bucket cylinder, and a lower portion rotatably connected to the bucket through a push link; characterized in that the parallel lever has a lower portion rotatably connected to the other end of the parallel link; the bucket cylinder has one end rotatably connected to an upper portion of the parallel lever; and the parallel linkage-type working apparatus further comprises connecting shaft portions (181, 182, and 183) which have one end portions rotatably connected to a central side of the parallel lever, and the other end portions rotatably connected to a central side of the tilt lever.
A compressor assembly comprising: an inlet bearing supplied with lubricant through an inlet bearing orifice; an outlet bearing supplied with lubricant through an outlet bearing orifice; and a plurality of flow passages for supplying lubricant to said inlet and outlet orifices (42,42); characterised by: a choke orifice disposed in series with said inlet bearing orifice for setting a lubricant flow rate to the inlet bearing relative to a lubricant flow rate to the outlet bearing, wherein each of the inlet bearing orifice, the outlet bearing orifice and the choke orifice has a flow-restricting action. an inlet bearing supplied with lubricant through an inlet bearing orifice; an outlet bearing supplied with lubricant through an outlet bearing orifice; and a plurality of flow passages for supplying lubricant to said inlet and outlet orifices (42,42); a choke orifice disposed in series with said inlet bearing orifice for setting a lubricant flow rate to the inlet bearing relative to a lubricant flow rate to the outlet bearing, wherein each of the inlet bearing orifice, the outlet bearing orifice and the choke orifice has a flow-restricting action.
A medical system for reducing cardiac valve regurgitation, including a resilient curvilinear shaped annuloplasty implant for reducing the size of a dilated annulus of said valve for reducing said regurgitation, said annuloplasty implant having resilient anchoring elements protruding radially outwards from said annuloplasty implant and wherein the anchoring elements are barbs or hooks, wherein said anchoring elements are arrangeable in a spring loaded first cross-sectional direction for delivery, and when released from said delivery position anchor said annuloplasty implant to tissue at said annulus in a second cross-sectional direction, opposite from said first cross-sectional direction, a retractable delivery device for said annuloplasty implant having a distal curvilinear shaped portion that has a hollow in which to mount said annuloplasty implant with an opening of said hollow arranged appositional against an annulus of said cardiac valve, wherein said annuloplasty implant is mounted to be releasable in said hollow and has said resilient anchoring elements arranged in said first radial direction in a restrained spring loaded delivery conformation in said hollow by a restraining unit, wherein the restraining unit is a wire against which the resilient anchoring elements are spring loaded and wherein the anchoring elements are arranged in pairs opposite each other and held by the first restraining unit, wherein said resilient anchoring elements when released from said restraining unit are arranged in said second radial direction in a tissue engaging conformation protruding out of said opening.