mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for measuring NO (nitrogen monoxide) in exhaled air of a patient, comprising - an inlet by which exhaled air of the patient is supplied to the apparatus, - a bag, balloon or buffer chamber for accumulating at least part of the exhaled air, - an electrochemical sensor for determining the NO concentration in the exhaled air, - a device for transferring the exhaled air from the bag, balloon or buffer chamber to the sensor at a flow rate of 0,5 to 50 cm3/s, the apparatus comprising a conduit to recirculate exhaled air from the outlet of the sensor to the buffer chamber, creating a closed circuit, and furthermore comprising electrovalves controlling the flux of exhaled air in such conduit and able to lead this air to the ambiant air, said electrovalves being controlled in order to recirculate the exhaled air from the outlet of the sensor to the buffered chamber until stabilisation of the response of the sensor.
A fastening arrangement for mechanically reversibly fixing a fastening element in a structural element, wherein the fastening element is formed from a profiled disc with a wedge flank and a receiving element for components, and wherein the structural element has a recess, which has an undercut flank towards the surface of the structural element, wherein the fastening element can be inserted into the recess of the structural element in an installation position and can be moved into a locking position, and wherein the wedge flank of the profiled disc corresponds form-fittingly with the undercut flank of the structural element when the fastening element is in the locking position in the structural element, characterised in that the fastening element is formed as a single part, and the profiled disc of the fastening element is formed as a circular disc with a cut edge, wherein the recess of the structural element correspondingly has a cut edge, and wherein the fastening element, in the installation position, can be inserted into the recess with cut edges offset from one another and can be brought into the locking position by horizontal pivoting, wherein the wedge flank of the profiled disc comes into engagement with the undercut flank of the structural element.
A control unit comprising at least: an inner knob configured to adjust a first parameter controlled by the control unit, wherein the inner knob is adapted to move between a first position and a second position; and an outer knob configured to adjust a second parameter controlled by the control unit, wherein the outer knob is disposed concentrically around the inner knob; wherein the first position of the inner knob is defined as a projected position relative to the outer knob, and the second position of the inner knob is defined as a retracted position relative to the outer knob; wherein when the inner knob is in the first position, the outer knob is locked for adjustment of the second parameter and wherein when the inner knob is in the second position the inner knob is locked, the second position of the first knob allowing adjustment of the second parameter by the outer knob, characterised in that the inner knob and/or the outer knob further includes: means to monitor and notify for events where any undesired adjustment is solicited during the locked state of the inner knob or the outer knob. an inner knob configured to adjust a first parameter controlled by the control unit, wherein the inner knob is adapted to move between a first position and a second position; and an outer knob configured to adjust a second parameter controlled by the control unit, wherein the outer knob is disposed concentrically around the inner knob; wherein the first position of the inner knob is defined as a projected position relative to the outer knob, and the second position of the inner knob is defined as a retracted position relative to the outer knob; wherein when the inner knob is in the first position, the outer knob is locked for adjustment of the second parameter and wherein when the inner knob is in the second position the inner knob is locked, the second position of the first knob allowing adjustment of the second parameter by the outer knob, characterised in that the inner knob and/or the outer knob further includes: means to monitor and notify for events where any undesired adjustment is solicited during the locked state of the inner knob or the outer knob.
Method for switching data transmission from an original channel to a destination channel, comprising an association and authentication phase implemented by a terminal with an access point of a communication network, said access point managing a set of at least two communication channels, said terminal being associated with the access point, characterized in that the association and authentication phase comprises a step of obtaining, by the terminal, of a unique identifier assigned to said terminal by said access point, and also a step of exchanging an encryption key between said access point and said terminal, and characterized in that it comprises a switching management phase implementing the following steps: - determination, by the terminal, of a destination channel managed by said access point, by processing at least one item of information received from said access point, the received item of information comprising an identifier of the destination channel; - switching of the data transmission from said original channel to said determined destination channel, the unique identifier being independent of the channel used at a given time, said encryption key being retained after switching of the terminal to the destination channel. - determination, by the terminal, of a destination channel managed by said access point, by processing at least one item of information received from said access point, the received item of information comprising an identifier of the destination channel; - switching of the data transmission from said original channel to said determined destination channel, the unique identifier being independent of the channel used at a given time, said encryption key being retained after switching of the terminal to the destination channel.
A hydrogel composition comprising a crosslinked hyaluronic acid-based polymer, a vasoconstrictor agent and an antioxidant agent; wherein the hydrogel composition is substantially stable during autoclaving; and wherein the composition is substantially stable at room temperature for at least 12 months.
A blade for a gas turbine engine, the blade comprising an aerofoil portion, the aerofoil portion extending in use in a radial direction and in an axial direction and having varying thickness in either or both of the radial and axial directions, the blade comprising a plurality of layers of metal (34a, 34b, 34c) having a juxtaposed distribution through the aerofoil thickness, the plurality of layers comprising a first layer of a first metal having a first stiffness and a second layer of a second metal having a second stiffness, the first stiffness being higher than the second stiffness, the first and second layers being disposed through the aerofoil so that the aerofoil has been vibrationally tuned to avoid a natural frequency coincident with an operational frequency, the blade characterised in that the layers (34a, 34b, 34c) are annular about each other.
A computer-implemented method, the method comprising: obtaining a virtual machine, VM, image measurement comprising a re-computable identity representing a VM image by applying a measurement function to the VM image that defines a computing service in an execution environment, wherein the computing service is identified by a role, and further comprising sending an indication of the role to a key service; sending a key request to the key service, the key request including an indication of the computing service and the VM image measurement; obtaining, in response to the key request, a key from the key service based on the indication of the computing service and the VM image measurement, wherein obtaining the key comprises receiving, from the key service, a role key that is associated with the role and enables the execution environment to execute the computing service, wherein the role key is received from the key service based on a determination that the VM image measurement is mapped to the role; and executing the computing service in the execution environment using the key. obtaining a virtual machine, VM, image measurement comprising a re-computable identity representing a VM image by applying a measurement function to the VM image that defines a computing service in an execution environment, wherein the computing service is identified by a role, and further comprising sending an indication of the role to a key service; sending a key request to the key service, the key request including an indication of the computing service and the VM image measurement; obtaining, in response to the key request, a key from the key service based on the indication of the computing service and the VM image measurement, wherein obtaining the key comprises receiving, from the key service, a role key that is associated with the role and enables the execution environment to execute the computing service, wherein the role key is received from the key service based on a determination that the VM image measurement is mapped to the role; and executing the computing service in the execution environment using the key.
A totally internally reflective image display, comprising: a front assembly having a light guide, a front sheet, a front electrode and a plurality of convex protrusions, each of the plurality of convex protrusions having a respective dark pupil area, the front assembly forming a side edge; a light source to emit light through an edge of the light guide; a back assembly forming a gap with the front assembly, the back assembly having a back plane and a rear electrode; and a medium disposed in the gap, the medium including a plurality of electrophoretic particles movable to one of the front electrode or the rear electrode responsive to an applied bias; wherein the plurality of convex protrusions are configured to minimize the dark pupil area by the convex protrusions having a surface profile Y(x) along the width x of a convex protrusion which is described by the following equation, wherein A, w and Y 0 are constant parameters: Y x = Acosh w * x + Y 0. a front assembly having a light guide, a front sheet, a front electrode and a plurality of convex protrusions, each of the plurality of convex protrusions having a respective dark pupil area, the front assembly forming a side edge; a light source to emit light through an edge of the light guide; a back assembly forming a gap with the front assembly, the back assembly having a back plane and a rear electrode; and a medium disposed in the gap, the medium including a plurality of electrophoretic particles movable to one of the front electrode or the rear electrode responsive to an applied bias; wherein the plurality of convex protrusions are configured to minimize the dark pupil area by the convex protrusions having a surface profile Y(x) along the width x of a convex protrusion which is described by the following equation, wherein A, w and Y 0 are constant parameters: Y x = Acosh w * x + Y 0.
Method for configuring a FTTH distribution network cell characterized by comprising the following steps: i. Connecting Optical Distribution Points, ODPs, (150, 250), configured to attend N PC-ODF number of customers, to splitters of a Optical Splitter Joint, OSJ, module (130, 230) having the same split ratio, by means of fibre optical cables (140-1,..., 140-4, 2-1,..., 2-n); ii. assigning a number of optical fibres, N OF, to each ODP (150, 250), as follows: N OF = N PC − ODP × % of target Penetration Rate + N RF Where N RF is the number of reserved optical fibres for an ODP (150, 250); iii. For each optical fibre cable terminated at the output side of the Optical Splitter Joint, OSJ, module (130, 230): - allocate fibres with the lowest numbers - nearest to the fibre optic cable's (140-1,..., 140-4, 2-1,..., 2-n) central strength member to the farthest ODP (150, 250) relative to the OSJ module (130, 230); and - allocate fibres with the highest numbers - closest to the fibre optic cable's (140-1,..., 140-4, 2-1,..., 2-n) jacket - to the nearest ODP (150, 250). i. Connecting Optical Distribution Points, ODPs, (150, 250), configured to attend N PC-ODF number of customers, to splitters of a Optical Splitter Joint, OSJ, module (130, 230) having the same split ratio, by means of fibre optical cables (140-1,..., 140-4, 2-1,..., 2-n); ii. assigning a number of optical fibres, N OF, to each ODP (150, 250), as follows: N OF = N PC − ODP × % of target Penetration Rate + N RF Where N RF is the number of reserved optical fibres for an ODP (150, 250); iii. For each optical fibre cable terminated at the output side of the Optical Splitter Joint, OSJ, module (130, 230): - allocate fibres with the lowest numbers - nearest to the fibre optic cable's (140-1,..., 140-4, 2-1,..., 2-n) central strength member to the farthest ODP (150, 250) relative to the OSJ module (130, 230); and - allocate fibres with the highest numbers - closest to the fibre optic cable's (140-1,..., 140-4, 2-1,..., 2-n) jacket - to the nearest ODP (150, 250). - allocate fibres with the lowest numbers - nearest to the fibre optic cable's (140-1,..., 140-4, 2-1,..., 2-n) central strength member to the farthest ODP (150, 250) relative to the OSJ module (130, 230); and - allocate fibres with the highest numbers - closest to the fibre optic cable's (140-1,..., 140-4, 2-1,..., 2-n) jacket - to the nearest ODP (150, 250).
A method, performed at a base station, the method comprising the steps: schedule and allocate at least one primary uplink control channel for a primary carrier; schedule and allocate a first uplink control channel for a first downlink-only carrier in one or more logical resource units immediately after one or more logical resource units allocated for the primary uplink control channels, the one or more logical resource units for the first uplink control channel having a first physical or logical index number; and schedule and allocate a second uplink control channel for a second downlink-only carrier in one or more logical resource units immediately after the one or more logical resource units allocated for the first uplink control channel, the one or more logical resource units for the second uplink control channel having a second physical or logical index number. schedule and allocate at least one primary uplink control channel for a primary carrier; schedule and allocate a first uplink control channel for a first downlink-only carrier in one or more logical resource units immediately after one or more logical resource units allocated for the primary uplink control channels, the one or more logical resource units for the first uplink control channel having a first physical or logical index number; and schedule and allocate a second uplink control channel for a second downlink-only carrier in one or more logical resource units immediately after the one or more logical resource units allocated for the first uplink control channel, the one or more logical resource units for the second uplink control channel having a second physical or logical index number.
A three wheeled vehicle comprising: a vehicle frame comprising lower frame rails extending generally longitudinally and an engine mount area adjacent a front of the frame, a cross tube positioned generally rearward of the engine mount area, extending transversely to the lower frame rails and supported above and by the lower frame rails, and frame tubes extending downwardly from the cross tube, the frame tubes defining a driver compartment on one side of the frame tubes and a passenger compartment on the other side of the frame tubes, and the frame tubes defining a tunnel beneath the frame tubes; an engine mounted to the engine mount area; front wheels coupled to the frame; a steering assembly coupled to the front wheels; side by side seats (510, 512) mounted in the driver and passenger compartments; a single rear wheel coupled to the frame rearward of the driver and passenger compartments; characterized in that the frame tubes are extending rearwardly to a position adjacent a rear of the frame, and wherein the three wheeled vehicle further comprises a drive shaft extending through the tunnel and coupled at a first end to the engine and at a second end to the single rear wheel. a vehicle frame comprising lower frame rails extending generally longitudinally and an engine mount area adjacent a front of the frame, a cross tube positioned generally rearward of the engine mount area, extending transversely to the lower frame rails and supported above and by the lower frame rails, and frame tubes extending downwardly from the cross tube, the frame tubes defining a driver compartment on one side of the frame tubes and a passenger compartment on the other side of the frame tubes, and the frame tubes defining a tunnel beneath the frame tubes; an engine mounted to the engine mount area; front wheels coupled to the frame; a steering assembly coupled to the front wheels; side by side seats (510, 512) mounted in the driver and passenger compartments; a single rear wheel coupled to the frame rearward of the driver and passenger compartments; characterized in that the frame tubes are extending rearwardly to a position adjacent a rear of the frame, and wherein the three wheeled vehicle further comprises a drive shaft extending through the tunnel and coupled at a first end to the engine and at a second end to the single rear wheel.
A light source for providing homogeneous illumination comprising: - at least one elongated lamp; - orienting means for providing the light source with a direction characteristic of an issued light beam during operation of the light source, whereby the at least one elongated lamp comprises a plurality of at least three LEDs (26,27) extending in substantially a same direction and in that each LED is provided with a respective orienting means to provide said homogeneous illumination, characterized in that of each LED the directional characteristic is elliptical in said same direction. - at least one elongated lamp; - orienting means for providing the light source with a direction characteristic of an issued light beam during operation of the light source,
A method, performed by a computer system, for designing a multi-physics system, wherein a block diagram representation of the multi-physics system comprises modeling data and graphical data, the modeling data allowing to perform actions on the block diagram representation, the actions including simulation, analysis and/or edition of the block diagram representation, the graphical data including graphical elements including rectangles, lines, circles, bullets, ports, filled squares, and/or wires, and also optionally texts and/or images, and wherein the method comprises the steps of: • loading in the RAM of the computer system a block diagram representation of the multi-physics system and, for each respective sub-system of a given layer of the block diagram representation, a preview of a block diagram representation of the respective sub-system, the loading comprising loading in the RAM the modeling data and the graphical data of the block diagram representation of the multi-physics system and loading in the RAM at least a part of the graphical data of the block diagram representation of the respective sub-system, wherein at least a part of the modeling data of the block diagram representation of the respective sub-system is not loaded in the RAM; then • displaying the given layer of the block diagram representation of the multi-physics system, including blocks (42, 44) that each correspond to a respective sub-system of the multi-physics system, and, between the blocks, links (46, 48) that correspond to multi-physics connections between the respective sub-systems; and • upon a zoom command, sent by a user, displaying the loaded preview of the block diagram representation of the at least one respective subsystem of the given layer, the displaying of the preview being controlled by the detection, by the computer system, of the zoom command. • loading in the RAM of the computer system a block diagram representation of the multi-physics system and, for each respective sub-system of a given layer of the block diagram representation, a preview of a block diagram representation of the respective sub-system, the loading comprising loading in the RAM the modeling data and the graphical data of the block diagram representation of the multi-physics system and loading in the RAM at least a part of the graphical data of the block diagram representation of the respective sub-system, wherein at least a part of the modeling data of the block diagram representation of the respective sub-system is not loaded in the RAM; then • displaying the given layer of the block diagram representation of the multi-physics system, including blocks (42, 44) that each correspond to a respective sub-system of the multi-physics system, and, between the blocks, links (46, 48) that correspond to multi-physics connections between the respective sub-systems; and • upon a zoom command, sent by a user, displaying the loaded preview of the block diagram representation of the at least one respective subsystem of the given layer, the displaying of the preview being controlled by the detection, by the computer system, of the zoom command.
A roof-bolt drill bit, the roof-bolt drill bit comprising: a bit body rotatable about a central axis; at least one cutting element mounted to the bit body, the at least one cutting element comprising: a cutting face; a cutting edge adjacent the cutting face (31, 33); a back surface opposite the cutting face; a side surface extending between the cutting edge and the back surface; at least one coupling feature comprising a coupling recess defined in the bit body adjacent the at least one cutting element; a coupling projection extending from the at least one cutting element; wherein the coupling projection is secured within the coupling recess by a braze filler material so as to prevent movement of the at least one cutting element during drilling, wherein the braze filler material comprises an alloy including one or more of silver, tin, zinc, copper, and palladium. a bit body rotatable about a central axis; at least one cutting element mounted to the bit body, the at least one cutting element comprising: a cutting face; a cutting edge adjacent the cutting face (31, 33); a back surface opposite the cutting face; a side surface extending between the cutting edge and the back surface; a cutting face; a cutting edge adjacent the cutting face (31, 33); a back surface opposite the cutting face; a side surface extending between the cutting edge and the back surface; at least one coupling feature comprising a coupling recess defined in the bit body adjacent the at least one cutting element; a coupling projection extending from the at least one cutting element; wherein the coupling projection is secured within the coupling recess by a braze filler material so as to prevent movement of the at least one cutting element during drilling, wherein the braze filler material comprises an alloy including one or more of silver, tin, zinc, copper, and palladium.
Snowsports device comprising: - a snowsports board, - binding means for a boot on the snowsports board, the binding means comprising a retaining device which allows the boot to rotate about an axes transverse to the snowsports board, - means for pulling on the shovel of the snowsports board, - means for attaching said pulling means to the boot of a user, characterized in that the pulling means are not elastic and in that the snowsports device further comprises a device for adjusting the length of the pulling means. - a snowsports board, - binding means for a boot on the snowsports board, the binding means comprising a retaining device which allows the boot to rotate about an axes transverse to the snowsports board, - means for pulling on the shovel of the snowsports board, - means for attaching said pulling means to the boot of a user,