mhurhangee/ep-ind-claims huggingface dataset:
A system for discharging carbon monoxide comprising a CO leakage alarm device, comprising: a boiler, which comprises a burner and a boiler flue configured to discharge gas generated during combustion of the burner to an outside, wherein the boiler is configured to perform a post purge by recognizing notification information of CO leakage as a request signal for the post purge upon receiving the notification information of CO leakage; a ventilation system, configured to ventilate indoor air by circulating the indoor air and outdoor air upon receiving a request for outdoor air ventilation control; a wall pad configured to generate an alarm upon receiving the notification information of CO leakage, recognize the notification information of CO leakage as a request signal for ventilation, and perform a request for controlling outdoor air ventilation by the ventilation system; wherein the CO leakage alarm device is configured to measure an amount of CO generated by the boiler and transmit the notification information of CO leakage; characterised in that the CO leakage alarm device is configured to: detect an impact applied to the boiler flue, determine a presence/absence of CO leakage due to a deviation of the boiler flue according to an impact strength value and the amount of CO upon detection of the impact applied to the boiler flue, and generate an alarm depending on the presence/absence of CO leakage due to the deviation of the boiler flue. a boiler, which comprises a burner and a boiler flue configured to discharge gas generated during combustion of the burner to an outside, wherein the boiler is configured to perform a post purge by recognizing notification information of CO leakage as a request signal for the post purge upon receiving the notification information of CO leakage; a ventilation system, configured to ventilate indoor air by circulating the indoor air and outdoor air upon receiving a request for outdoor air ventilation control; a wall pad configured to generate an alarm upon receiving the notification information of CO leakage, recognize the notification information of CO leakage as a request signal for ventilation, and perform a request for controlling outdoor air ventilation by the ventilation system; wherein the CO leakage alarm device is configured to measure an amount of CO generated by the boiler and transmit the notification information of CO leakage; characterised in that the CO leakage alarm device is configured to: detect an impact applied to the boiler flue, determine a presence/absence of CO leakage due to a deviation of the boiler flue according to an impact strength value and the amount of CO upon detection of the impact applied to the boiler flue, and generate an alarm depending on the presence/absence of CO leakage due to the deviation of the boiler flue.
Burner for the treatment of at least one combustible acid gas, this burner having a central axis and comprising: - a port bounded peripherally by a wall (70, 150) and, communicating with this port: - a chamber to which oxidizing air under pressure is supplied, - at least one pipe (11, 111, 113) for supplying combustible acid gas to be treated, passing through the said chamber and opening onto the port, substantially centrally, where it delivers a stream of acid gas substantially or mainly axially, and, - supply means for supplying at least one top-up combustible gas, passing through the said chamber and opening onto the port, the said supply means comprising tubes for supplying this gas which are arranged around the pipe(s) (11, 111, 113) supplying the acid gas to be treated and thus opening onto the port where they can deliver a stream of top-up combustible gas around the stream of acid gas, characterized in that the supply tubes for supplying the top-up combustible gas have outlet orifices for this gas passing through them, these orifices being arranged in such a way that the top-up combustible gas exits at least predominantly towards the peripheral wall (70, 150). - a port bounded peripherally by a wall (70, 150) and, communicating with this port: - a chamber to which oxidizing air under pressure is supplied, - at least one pipe (11, 111, 113) for supplying combustible acid gas to be treated, passing through the said chamber and opening onto the port, substantially centrally, where it delivers a stream of acid gas substantially or mainly axially, and, - supply means for supplying at least one top-up combustible gas, passing through the said chamber and opening onto the port, the said supply means comprising tubes for supplying this gas which are arranged around the pipe(s) (11, 111, 113) supplying the acid gas to be treated and thus opening onto the port where they can deliver a stream of top-up combustible gas around the stream of acid gas,
Adjustment device for adjusting a component, in particular a chair back, having a gas spring which has a cylinder which is closed at one end and in which is displaceably arranged a piston, which subdivides the cylinder, filled with a fluid under positive pressure, into a first and a second cylinder chamber (3, 4) and has, at one end, a piston rod which projects through the second cylinder chamber, directed away from the closed end of the cylinder, and is guided in a sealed manner out of the cylinder, wherein the piston is subjected to a pushingout force as a result of the positive pressure in the first cylinder chamber, and having a connection which leads from the second cylinder chamber to the first cylinder chamber, which has a first valve and, downstream of the latter, a flow-restricting channel arranged in it and which allows a restricted stream of fluid from the second cylinder chamber into the first cylinder chamber and blocks flow in the opposite flow direction, characterized by a manually actuable connecting valve, by means of which the first and second cylinder chambers (3, 4) can be connected to one another, and in that, when the piston rod has been subjected to loading in the pushing-in direction and the connecting valve has been closed, the higher pressure in the first cylinder chamber in relation to the pressure in the second cylinder chamber causes a valve member of the first valve to block the through-passage of the first valve from the first cylinder chamber to the second cylinder chamber, wherein the flow-restricting channel is designed in the form of a restricting-labyrinth channel (26 to 26"').
Torque sensor comprising a collector module and a sensor module, wherein the collector module has at least one collector (2, 3) made of magnetically conductive material and wherein the sensor module has at least one magnetic field sensor element, wherein the sensor module comprises a lead frame, which electrically contacts the at least one magnetic field sensor element, and the lead frame and the at least one magnetic field sensor element are jointly at least partially encapsulated, characterized in that the collector module and the sensor module comprise at least one positioning recess and at least one positioning pin, as means for interlocking connection between the collector module and the sensor module.
A surgical instrument, comprising: an end effector; a shaft including an articulation motion transfer member; an articulation mechanism responsive to the articulation motion and pivotally coupling the end effector to a distal end of the shaft; and an articulation control coupled to a proximal portion of the shaft, comprising: an actuator laterally and linearly positionable by a user, a motion conversion mechanism coupled to the actuator and to the articulation mechanism and operably configured to convert a lateral motion from the articulation control to an articulation motion, wherein the direction of the articulation motion corresponds to the direction of the lateral motion of the actuator. an end effector; a shaft including an articulation motion transfer member; an articulation mechanism responsive to the articulation motion and pivotally coupling the end effector to a distal end of the shaft; and an articulation control coupled to a proximal portion of the shaft, comprising: an actuator laterally and linearly positionable by a user, a motion conversion mechanism coupled to the actuator and to the articulation mechanism and operably configured to convert a lateral motion from the articulation control to an articulation motion, wherein the direction of the articulation motion corresponds to the direction of the lateral motion of the actuator. an actuator laterally and linearly positionable by a user, a motion conversion mechanism coupled to the actuator and to the articulation mechanism and operably configured to convert a lateral motion from the articulation control to an articulation motion, wherein the direction of the articulation motion corresponds to the direction of the lateral motion of the actuator.
An autonomous vehicle (100, 200, 300) for commissioning a light source in a coded lighting system comprising a plurality of light sources capable of emitting coded light, comprising: a light detector (110, 210, 310) configured to detect a light source, and an angle of detected light from the light source; a location detector (120, 220, 320) configured to determine the location of the autonomous vehicle; a processor (130, 230, 330) coupled to the light detector and the location detector, wherein the processor is configured to determine an identifier of the light source from the coded light detected by the light detector thereby identifying the light source, the processor further configured to associate the determined location with the identified light source and to associate a plurality of determined locations with the identified light source, based on the determined angle of the detected light; and a transmitter (140, 240, 340) configured to transmit information regarding the association between the determined location and the identified light source. a light detector (110, 210, 310) configured to detect a light source, and an angle of detected light from the light source; a location detector (120, 220, 320) configured to determine the location of the autonomous vehicle; a processor (130, 230, 330) coupled to the light detector and the location detector, wherein the processor is configured to determine an identifier of the light source from the coded light detected by the light detector thereby identifying the light source, the processor further configured to associate the determined location with the identified light source and to associate a plurality of determined locations with the identified light source, based on the determined angle of the detected light; and a transmitter (140, 240, 340) configured to transmit information regarding the association between the determined location and the identified light source.
A necrostatin and an apoptosis inhibitor for use in a method of preserving the viability of photoreceptor cells, preserving the viability of retinal pigment epithelial cells, or preserving or improving visual function, in an eye of the subject with an ocular condition, wherein a symptom of the ocular condition is the loss of photoreceptor cells and/or the retinal pigment epithelial cells.
Method for producing a HUD compatible windshield comprising a HUD viewing field provided by an area of a portion of a wedge shaped PVB sheet with an appropriate wedge angle for compensating the double images occurring in reflection at outside and inside surfaces (9,8) of the windshield, wherein the method comprises the following steps: - providing said wedge shaped PVB sheet portion; - providing a portion of a plane PVB sheet; - assembling said two respective portions (21,23) of the wedge shaped and plane PVB sheets together; and - forming the windshield, characterized in that the portion of the plane PVB sheet is assembled to the portion of the wedge shaped PVB sheet above the latter, in order to be in the upper part of the windshield, in that the windshield comprising the two portions (21, 23) exclusively, in that the slope of the wedge shaped PVB sheet portion is linear, and in that the adjacent edge of the plane PVB sheet portion and the adjacent edge of the wedge shaped PVB sheet portions have the same thickness. - providing said wedge shaped PVB sheet portion; - providing a portion of a plane PVB sheet; - assembling said two respective portions (21,23) of the wedge shaped and plane PVB sheets together; and - forming the windshield, the portion of the plane PVB sheet is assembled to the portion of the wedge shaped PVB sheet above the latter, in order to be in the upper part of the windshield, in that the windshield comprising the two portions (21, 23) exclusively, in that the slope of the wedge shaped PVB sheet portion is linear, and in that the adjacent edge of the plane PVB sheet portion and the adjacent edge of the wedge shaped PVB sheet portions have the same thickness.
Central venous catheter assembly for applying a central access to a venous system of a patient, having a catheter tube for inserting into a vein of the venous system, with a distal tube end having a catheter tip, and with a proximal tube end, which can be connected in a fluid-conducting manner to at least one catheter supply line, wherein a connecting device with a housing and with a locking unit is provided, wherein the proximal tube end is fastened releasably to the connecting device in such a way that the catheter tube, starting from the proximal tube end, can be shortened in order to obtain a selected tube length between the proximal tube end and the distal tube end, and wherein the proximal tube end can be connected by means of the connecting device to the at least one catheter supply line in a fluid-conducting manner, and the locking unit has a clamping element which is fastened to the housing so as to be pivotable relative to the housing from a locking position to a release position, and which in the locking position acts radially on a tube jacket portion of the proximal tube end in such a way that the proximal tube end is fastened to the housing by means of the clamping element, wherein the proximal tube end in the release position is releasable from the housing, characterized in that the locking unit in the release position frees a housing opening, which is oriented substantially radially with respect to the jacket surface of the proximal tube end and through which at least a portion of the proximal tube end is removable from the housing.
A composition comprising five meningococcal antigens: a NadA protein which is a polypeptide consisting of the amino acid sequence of SEQ ID NO: 2; a 741 protein which has ≥85% identity to SEQ ID NO: 3; a 936 protein which has ≥85% identity to SEQ ID NO: 4; a 953 protein which has ≥85% identity to SEQ ID NO: 5; and a 287 protein which has ≥85% identity to SEQ ID NO: 6. a NadA protein which is a polypeptide consisting of the amino acid sequence of SEQ ID NO: 2; a 741 protein which has ≥85% identity to SEQ ID NO: 3; a 936 protein which has ≥85% identity to SEQ ID NO: 4; a 953 protein which has ≥85% identity to SEQ ID NO: 5; and a 287 protein which has ≥85% identity to SEQ ID NO: 6.
An aircraft system, comprising: a wing having an inboard portion and an outboard portion; and a winglet coupled to the wing at the outboard portion, the winglet having a first surface facing at least partially inboard and a second surface facing at least partially outboard wherein the first and second surfaces are external surfaces when the winglet is coupled to the wing, and characterised by the first external surface including a recessed region. a wing having an inboard portion and an outboard portion; and a winglet coupled to the wing at the outboard portion, the winglet having a first surface facing at least partially inboard and a second surface facing at least partially outboard wherein the first and second surfaces are external surfaces when the winglet is coupled to the wing, and characterised by the first external surface including a recessed region.
A method comprising: categorizing a plurality of cable modems in a cable network into interference groups; scheduling, by a cable modem termination system, CMTS, in the cable network, upstream transmissions and downstream receptions for cable modems in each interference group, such that no cable modem of any one interference group transmits upstream in a frequency range simultaneously as another cable modem in the same interference group receives downstream in the frequency range, wherein downstream transmission frequency is interleaved across a downstream symbol spanning a frequency range of an orthogonal frequency division multiplex block, wherein upstream transmission frequency is interleaved across an upstream symbol, wherein the upstream symbol is aligned with the downstream symbol; generating scheduling information of the scheduling; and transmitting the scheduling information to the cable modems. categorizing a plurality of cable modems in a cable network into interference groups; scheduling, by a cable modem termination system, CMTS, in the cable network, upstream transmissions and downstream receptions for cable modems in each interference group, such that no cable modem of any one interference group transmits upstream in a frequency range simultaneously as another cable modem in the same interference group receives downstream in the frequency range, wherein downstream transmission frequency is interleaved across a downstream symbol spanning a frequency range of an orthogonal frequency division multiplex block, wherein upstream transmission frequency is interleaved across an upstream symbol, wherein the upstream symbol is aligned with the downstream symbol; generating scheduling information of the scheduling; and transmitting the scheduling information to the cable modems.
Device for polishing and burnishing of metallic pieces, applicable to mechanical-galvanic burnishing and polishing processes and comprising a tank wherein an electrolytic solution is introduced into, a frame which serves as a support element for placing the pieces to be treated, a main body and some propelling systems which attempt a complementary mechanical intervention to said processes, it is characterized by the main body incorporating, at least, three mobile propelling systems set radially and which, are driven by electromechanical means provided for this purpose, and which present an approaching and retreating concentric displacement movement from the central point, acting from equidistant angles on the frame, centrally placed, said frame being coupled unto an extractable head which is coupled centrally and on the upper portion of the tank.
Water fitting for carrying out a hygiene flushing in a water installation comprising (a) a connection for connecting the water fitting to a fresh water supply; (b) a shut-off valve (107; 128; 276; 326; 354) for interrupting the fresh water feeding from the fresh water supply; (c) a drain assembly adapted to drain water from the water installation; (d) a control device (10; 210; 310) for controlling the shut-off valve (107: 128: 276; 326; 354) in such a way that the shut-off valve opens when there is a risk of stagnation, and (e) a signal processing unit for determining unwanted flow conditions in the water installation which receives the signals of flow measuring means (110; 280; 358) and for controlling the shut-off valve in such a way that the shut-off valve opens for a limited flushing duration if the flow volume in a selected stagnation interval is below a threshold, characterized in that (f) the shut-off valve is formed by a motor driven ball valve in a fitting housing which is provided with a drain connected to the drain assembly and two inlet connections (322, 324); (g) the ball valve shuts off the connection between both inlet connections and the drain in a shut-off-position, (h) the ball valve opens the connection between a first inlet connection and the drain in a first flushing position, and (i) the ball valve opens the connection between a second inlet connection and the drain in a second flushing position, and (j) flow measuring means are provided before each of the two inlet connections (322, 324) the signals of which are received by the signal processing unit. (a) a connection for connecting the water fitting to a fresh water supply; (b) a shut-off valve (107; 128; 276; 326; 354) for interrupting the fresh water feeding from the fresh water supply; (c) a drain assembly adapted to drain water from the water installation; (d) a control device (10; 210; 310) for controlling the shut-off valve (107: 128: 276; 326; 354) in such a way that the shut-off valve opens when there is a risk of stagnation, and (e) a signal processing unit for determining unwanted flow conditions in the water installation which receives the signals of flow measuring means (110; 280; 358) and for controlling the shut-off valve in such a way that the shut-off valve opens for a limited flushing duration if the flow volume in a selected stagnation interval is below a threshold, characterized in that (f) the shut-off valve is formed by a motor driven ball valve in a fitting housing which is provided with a drain connected to the drain assembly and two inlet connections (322, 324); (g) the ball valve shuts off the connection between both inlet connections and the drain in a shut-off-position, (h) the ball valve opens the connection between a first inlet connection and the drain in a first flushing position, and (i) the ball valve opens the connection between a second inlet connection and the drain in a second flushing position, and (j) flow measuring means are provided before each of the two inlet connections (322, 324) the signals of which are received by the signal processing unit.
A method of manufacturing a control cuff for a rotor blade of a hinge- and bearingless rotor, the control cuff being adapted for accommodation of a flexbeam element of the rotor and comprising a control rod attachment for connection to an activatable control rod that is activatable for rotating the control cuff in operation around its associated longitudinal axis for setting a current pitch or a blade angle of the rotor blade, the method comprising at least the steps of: - Manufacturing an outer shell of the control cuff, - Manufacturing a stiffener member by means of an automated process, - Inserting the stiffener member into the outer shell, and - Bonding the stiffener member to the outer shell, in the region of the control rod attachment. - Manufacturing an outer shell of the control cuff, - Manufacturing a stiffener member by means of an automated process, - Inserting the stiffener member into the outer shell, and - Bonding the stiffener member to the outer shell, in the region of the control rod attachment.