mhurhangee/ep-ind-claims huggingface dataset:
An emergency oxygen system for aircraft comprising: a breathing gas supply circuit to be connected upstream to a source of breathing gas and downstream to at least one mask, the breathing gas supply circuit comprising a flow control valve (15, 18) configured to adjust the flow of breathing gas supplied to the mask, an electronics board configured to control the flow control valve (15, 18), a power source, wherein the emergency oxygen system further comprises a switching device interposed between the power source and the electronics board, the switching device comprising a switch configured to have a first state in which power from the power source is supplied to the electronics board and a second state in which the electronics board is not supplied with power from the power source, the switch is of electrical or electronic type, the switching device further comprises an activation line, the switching device is configured to actuate the switch to switch from the second state to the first state when an activation signal (51, 52, 53, 54) is present in the activation line, characterised in that the switching device comprises a deactivation line configured to switch the switch from the first state to the second state in case a deactivation signal is present in the deactivation line, and the electronics board is configured to send the deactivation signal in the deactivation line. a breathing gas supply circuit to be connected upstream to a source of breathing gas and downstream to at least one mask, the breathing gas supply circuit comprising a flow control valve (15, 18) configured to adjust the flow of breathing gas supplied to the mask, an electronics board configured to control the flow control valve (15, 18), a power source, wherein the emergency oxygen system further comprises a switching device interposed between the power source and the electronics board, the switching device comprising a switch configured to have a first state in which power from the power source is supplied to the electronics board and a second state in which the electronics board is not supplied with power from the power source, the switch is of electrical or electronic type, the switching device further comprises an activation line, the switching device is configured to actuate the switch to switch from the second state to the first state when an activation signal (51, 52, 53, 54) is present in the activation line, characterised in that the switching device comprises a deactivation line configured to switch the switch from the first state to the second state in case a deactivation signal is present in the deactivation line, and the electronics board is configured to send the deactivation signal in the deactivation line.
A process for producing polyurethane coated fertilizer granules comprising core granules in a rotating drum, wherein the drum comprises an inlet and an outlet and n application zones arranged along the longitudinal direction of the drum between the inlet and the outlet, n being an integer of at least 2 and wherein each of the application zones is followed by a curing zone, wherein the curing zone after each application zone is arranged to allow an interval of at least 3 minutes before the application in the successive application zone, wherein the polyol and the isocyanate are applied in the first application zone at a ratio of 0.5-4 wt% of the core granules, the process comprising the steps of: A) continuously feeding the core granules to the inlet of the rotating drum, thereby providing a flow of the core granules in the direction from the inlet to the outlet, B1) applying a polyol and an isocyanate to the core granules in each of the n application zones, the ratio of hydroxyl groups in the polyol to NCO groups in the isocyanate at the end of each of the application zones being in the range from about 0.9 to about 1.3, B2) reacting the polyol and the isocyanate to form a tack-free polyurethane layer in each of the n curing zones and C) continuously collecting the polyurethane coated fertilizer granules from the outlet, wherein the polyol is applied first and the isocyanate is applied in a longitudinal position closer to the outlet in the first application zone or the polyol and the isocyanate are applied substantially simultaneously in each of the application zones. A) continuously feeding the core granules to the inlet of the rotating drum, thereby providing a flow of the core granules in the direction from the inlet to the outlet, B1) applying a polyol and an isocyanate to the core granules in each of the n application zones, the ratio of hydroxyl groups in the polyol to NCO groups in the isocyanate at the end of each of the application zones being in the range from about 0.9 to about 1.3, B2) reacting the polyol and the isocyanate to form a tack-free polyurethane layer in each of the n curing zones and C) continuously collecting the polyurethane coated fertilizer granules from the outlet,
A platen unit comprising: a platen having a surface on which a print medium is to be placed; a mount portion that is configured so that it is mountable on a platen support portion provided in a print device; and a connection portion connecting the mount portion and the platen such that a position of the platen is changeable between a first position and a second position with respect to the mount portion, the second position being a different position from the first position in a first direction along the surface of the platen; characterised in that the mount portion is configured so that it is mountable on the platen support portion that is movable between a print position and a set position, the print position being a position in which printing is to be performed on the print medium by the liquid discharged from a head of the print device, and the set position being a position in which the print medium is to be placed onto the platen or to be removed from the platen. a platen having a surface on which a print medium is to be placed; a mount portion that is configured so that it is mountable on a platen support portion provided in a print device; and a connection portion connecting the mount portion and the platen such that a position of the platen is changeable between a first position and a second position with respect to the mount portion, the second position being a different position from the first position in a first direction along the surface of the platen; characterised in that the mount portion is configured so that it is mountable on the platen support portion that is movable between a print position and a set position, the print position being a position in which printing is to be performed on the print medium by the liquid discharged from a head of the print device, and the set position being a position in which the print medium is to be placed onto the platen or to be removed from the platen.
A device for detecting and treating sleep disorders comprising: a housing insertable into an ear canal of a subject; a sensor disposed within the housing and configured to measure a pitch angle and a roll angle of the subject's head relative to an axis of gravity; a controller disposed within the housing and responsive to signals generated by the sensor and configured to determine whether the subject is in a sleep apnoea inducing position based on the measured pitch angle and measured roll angle of the subject's head; a transducer responsive to the sensor and configured for generating at least one of haptic stimulus and audible stimulus detectable by the subject if the controller determines that the subject's head is in a sleep apnoea inducing position. a housing insertable into an ear canal of a subject; a sensor disposed within the housing and configured to measure a pitch angle and a roll angle of the subject's head relative to an axis of gravity; a controller disposed within the housing and responsive to signals generated by the sensor and configured to determine whether the subject is in a sleep apnoea inducing position based on the measured pitch angle and measured roll angle of the subject's head; a transducer responsive to the sensor and configured for generating at least one of haptic stimulus and audible stimulus detectable by the subject if the controller determines that the subject's head is in a sleep apnoea inducing position.
An X-ray sensing detector assembly for use in quality assurance of medical X-ray equipment, wherein the detector assembly comprises: - at least one primary X-ray sensing member (2a-2f); and - an X-ray blocking detector housing surrounding the at least one primary X-ray sensing member (2a-2f), wherein a first, upper side of the detector housing is provided with an X-ray window allowing passage of X-rays into the detector housing so as to allow X-rays directed towards the first, upper side of the detector housing to pass through the X-ray window and interact with the at least one primary X-ray sensing member (2a-2f), wherein the detector assembly is provided with at least one secondary X-ray sensing member arranged outside of the detector housing, wherein an X-ray blocking element is arranged on an upper side of the secondary X-ray sensing member so as to prevent that the secondary X-ray sensing member is exposed to X-rays directed towards the first, upper side of the detector housing, wherein the secondary X-ray sensing member is arranged on a second, lower side of the detector housing opposite to the first, upper side thereof, wherein each of the at least one primary X-ray sensing members (2a-2f) has a flat shape with opposite main sides, wherein one of the main sides faces the X-ray window, and wherein the detector assembly comprises a plurality of said flat primary X-ray sensing members (2a-2f) arranged in a layered structure. wherein the detector assembly comprises: - at least one primary X-ray sensing member (2a-2f); and - an X-ray blocking detector housing surrounding the at least one primary X-ray sensing member (2a-2f), - at least one primary X-ray sensing member (2a-2f); and - an X-ray blocking detector housing surrounding the at least one primary X-ray sensing member (2a-2f), wherein a first, upper side of the detector housing is provided with an X-ray window allowing passage of X-rays into the detector housing so as to allow X-rays directed towards the first, upper side of the detector housing to pass through the X-ray window and interact with the at least one primary X-ray sensing member (2a-2f), wherein the detector assembly is provided with at least one secondary X-ray sensing member arranged outside of the detector housing, wherein an X-ray blocking element is arranged on an upper side of the secondary X-ray sensing member so as to prevent that the secondary X-ray sensing member is exposed to X-rays directed towards the first, upper side of the detector housing, wherein the secondary X-ray sensing member is arranged on a second, lower side of the detector housing opposite to the first, upper side thereof, wherein each of the at least one primary X-ray sensing members (2a-2f) has a flat shape with opposite main sides, wherein one of the main sides faces the X-ray window, and wherein the detector assembly comprises a plurality of said flat primary X-ray sensing members (2a-2f) arranged in a layered structure.
Method for configuring a document finishing device, such as a folding, binding or stapling machine, characterised by comprising the steps of: A. storing data relating to at least one command executable by at least one document finishing device on a portable data storage device; B. connecting the portable data storage device to the document finishing device; C. reading the stored data from the data storage device into the document finishing device; and D. assigning the selected command to at least one physical key (3 - 5) of the document finishing device, based on the data read from the data storage device. A. storing data relating to at least one command executable by at least one document finishing device on a portable data storage device; B. connecting the portable data storage device to the document finishing device; C. reading the stored data from the data storage device into the document finishing device; and D. assigning the selected command to at least one physical key (3 - 5) of the document finishing device, based on the data read from the data storage device.
A fluid coupling: for joining first and second fluid pipes (12, 14) each having a ferrule adapter at respective mating ends, the coupling comprising: first and second semi-cylindrical elements (20, 22) cooperating to form a cylindrical coupling, the first and second semi-cylindrical elements formed of a non-metallic material; first and second non-metallic hinge elements integrally formed on respective said first and second semi-cylindrical elements for establishing a pivoting of the first and second semi-cylindrical elements to open and close the coupling; a non-metallic latch releasably connecting the first and second semi-cylindrical elements, wherein the latch is integrally formed on respective said first and second semi-cylindrical elements a pin passing through the first and second hinge elements; a non-metallic and non-flexible sealing sleeve positioned adjacent the ferrule adapter of each fluid pipe to seal the coupling; and an electrically conducting bonding mechanism formed on the coupling and adapted to make electrical contact with the first and second fluid pipes when the coupling is a closed position to conduct electricity from the first fluid pipe to the second fluid pipe. first and second semi-cylindrical elements (20, 22) cooperating to form a cylindrical coupling, the first and second semi-cylindrical elements formed of a non-metallic material; first and second non-metallic hinge elements integrally formed on respective said first and second semi-cylindrical elements for establishing a pivoting of the first and second semi-cylindrical elements to open and close the coupling; a non-metallic latch releasably connecting the first and second semi-cylindrical elements, wherein the latch is integrally formed on respective said first and second semi-cylindrical elements a pin passing through the first and second hinge elements; a non-metallic and non-flexible sealing sleeve positioned adjacent the ferrule adapter of each fluid pipe to seal the coupling; and an electrically conducting bonding mechanism formed on the coupling and adapted to make electrical contact with the first and second fluid pipes when the coupling is a closed position to conduct electricity from the first fluid pipe to the second fluid pipe.
Damping device which comprises a hollow spherical body which is formed in two parts, wherein the spherical body is filled with a damping liquid and comprises a plurality of damping bodies arranged in a radial direction, the radially internal ends of which are fastened to a holder arranged in the centre of the spherical body and the radially external ends of which are fastened directly or indirectly to the inner wall of the spherical body, characterized in that the spherical body is formed from two elements (3, 4) in the form of spherical shells, which are fastened together in a leaktight and overlapping manner and which are rotatable relative to one another at least partially about the common centre and are movable in a linear direction with respect to one another, wherein the overlap in the circumferential region increases or decreases.
A packet data processing method for use in a packet data processing system, the packet data processing system comprising a first processing apparatus and a second processing apparatus, wherein the first processing apparatus is a central processing unit, and the second processing apparatus is a coprocessor; wherein the first processing apparatus runs a first virtual machine and a second virtual machine; the method comprising: acquiring, by the first virtual machine, packet data that needs to be processed, wherein the packet data that needs to be processed comprises first packet data information and second packet data, and the first packet data information comprises a header of the packet data that needs to be processed and a storage address of the second packet data that needs to be processed in the first processing apparatus; sending, by the first virtual machine to the second processing apparatus, the first packet data information, so that the second processing apparatus processes the first packet data information; and receiving, by the second virtual machine from the second processing apparatus, first packet data information processed by the second processing apparatus, and generating, by the second virtual machine, finished packet data by using the first packet data information processed by the second processing apparatus and the second packet data indicated by the storage address, wherein the first packet data information processed by the second processing apparatus comprises an updated header processed by the second processing apparatus and the storage address. acquiring, by the first virtual machine, packet data that needs to be processed, wherein the packet data that needs to be processed comprises first packet data information and second packet data, and the first packet data information comprises a header of the packet data that needs to be processed and a storage address of the second packet data that needs to be processed in the first processing apparatus; sending, by the first virtual machine to the second processing apparatus, the first packet data information, so that the second processing apparatus processes the first packet data information; and receiving, by the second virtual machine from the second processing apparatus, first packet data information processed by the second processing apparatus, and generating, by the second virtual machine, finished packet data by using the first packet data information processed by the second processing apparatus and the second packet data indicated by the storage address, wherein the first packet data information processed by the second processing apparatus comprises an updated header processed by the second processing apparatus and the storage address.
A wireless device, comprising: a receiver adapted to receive a signal from at least one node of a wireless network, the signal containing a machine-type communication, MTC, comprising a MTC Group ID, the MTC Group ID corresponding to an MTC Feature that provides at least one system optimization for wireless devices; and a processor coupled to the receiver and adapted to determine whether the MTC Group ID contained in the received signal corresponds to an MTC Feature to which the wireless device is a member; the processor further adapted to respond to additional information contained in the signal relating to the MTC Feature to which the wireless device is a member; characterized in that the MTC Group ID is included in said received signal as part of a Mobile Subscription Identification Number field of an International Mobile Subscriber Identity, IMSI. a receiver adapted to receive a signal from at least one node of a wireless network, the signal containing a machine-type communication, MTC, comprising a MTC Group ID, the MTC Group ID corresponding to an MTC Feature that provides at least one system optimization for wireless devices; and a processor coupled to the receiver and adapted to determine whether the MTC Group ID contained in the received signal corresponds to an MTC Feature to which the wireless device is a member; the processor further adapted to respond to additional information contained in the signal relating to the MTC Feature to which the wireless device is a member; characterized in that the MTC Group ID is included in said received signal as part of a Mobile Subscription Identification Number field of an International Mobile Subscriber Identity, IMSI.
A vacuum cleaner nozzle comprising a housing and a suction mouth arranged on an underside of the housing, which extends in a transverse direction (y) which is transverse to a working direction (x), characterized in that a textile sealing assembly, which comprises a plurality of textile sealing strips, is arranged behind the suction mouth in the working direction (x), that a first sealing strip group comprises at least two of the textile sealing strips, which are arranged on the left side of a longitudinal central plane of the housing, that a second sealing strip group comprises at least two of the textile sealing strips, which are arranged on the right side of the longitudinal central plane of the housing, and that the textile sealing strips of the first sealing strip group and of the second sealing strip group in each case have a longitudinal extension, which is aligned obliquely with respect to the working direction (x). that a first sealing strip group comprises at least two of the textile sealing strips, which are arranged on the left side of a longitudinal central plane of the housing, that a second sealing strip group comprises at least two of the textile sealing strips, which are arranged on the right side of the longitudinal central plane of the housing, and that the textile sealing strips of the first sealing strip group and of the second sealing strip group in each case have a longitudinal extension, which is aligned obliquely with respect to the working direction (x).
An excisional device, comprising: an outer sheath; a work element configured to fit within the outer sheath, the work element defining a proximal portion, a distal portion and a body portion between the proximal and distal portions, the distal portion comprising a first articulable beak that is coupled to the body portion by a first living hinge, characterised in that the first articulable beak comprising a first tendon and a first wedge-shaped cutout pointing to the first living hinge disposed on one side of the first living hinge, and a second tendon and a second wedge-shaped cutout pointing to the first living hinge disposed on another side of the first living hinge, the first and second tendons (468, 470) spanning a length of the first living hinge, the first and second wedge-shaped cutouts, and extending proximally beyond a proximal-most end of the first living hinge, the first articulable beak being configured to assume a biased open configuration operable to core through tissue and, when a proximally-directed force is applied to the first and second tendons, the first articulable beak is configured to assume a closed configuration that presents a curved distal surface that is configured to cut through tissue without coring. an outer sheath; a work element configured to fit within the outer sheath, the work element defining a proximal portion, a distal portion and a body portion between the proximal and distal portions, the distal portion comprising a first articulable beak that is coupled to the body portion by a first living hinge, characterised in that the first articulable beak comprising a first tendon and a first wedge-shaped cutout pointing to the first living hinge disposed on one side of the first living hinge, and a second tendon and a second wedge-shaped cutout pointing to the first living hinge disposed on another side of the first living hinge, the first and second tendons (468, 470) spanning a length of the first living hinge, the first and second wedge-shaped cutouts, and extending proximally beyond a proximal-most end of the first living hinge, the first articulable beak being configured to assume a biased open configuration operable to core through tissue and, when a proximally-directed force is applied to the first and second tendons, the first articulable beak is configured to assume a closed configuration that presents a curved distal surface that is configured to cut through tissue without coring.