mhurhangee/ep-ind-claims huggingface dataset:
A test instrument connectable to a device under test, DUT, the test instrument comprising: a test instrument interface couplable to a network interface of the DUT; a hardware controller configured to: determine at least one frequency for a current surge to be generated in the DUT; and calculate parameters of test signals to generate based on the at least one frequency and a functional block in the DUT to stimulate with the test signals; and a test signal generator to generate the test signals in accordance with the calculated parameters, and to transmit the test signals to the network interface of the DUT via the test instrument interface. a test instrument interface couplable to a network interface of the DUT; a hardware controller configured to: determine at least one frequency for a current surge to be generated in the DUT; and calculate parameters of test signals to generate based on the at least one frequency and a functional block in the DUT to stimulate with the test signals; and determine at least one frequency for a current surge to be generated in the DUT; and calculate parameters of test signals to generate based on the at least one frequency and a functional block in the DUT to stimulate with the test signals; and a test signal generator to generate the test signals in accordance with the calculated parameters, and to transmit the test signals to the network interface of the DUT via the test instrument interface.
A holding apparatus, in particular a holding arm and/or a tripod, for medical purposes, in particular for holding an attachment, in particular a surgical mechatronic assistance system and/or a surgical instrument, comprising a proximal end for attaching the holding apparatus to a base and a distal end for receiving an add-on device; at least one first and one second arm segment (12, 14), wherein the first arm segment is connected to a first joint and the second arm segment is connected to a second joint, wherein each joint (13, 15) is releasable and lockable; an operating device for releasing and/or locking the respective joint (13, 15) for putting the holding apparatus into a desired pose, wherein the operating device 50 is adapted to release the associated joint (13, 15), upon contact between an operator and one of the first and second arm segments (12, 14); and a first display unit (34, 100, 200, 250) which is arranged on the first joint and a second display unit (36, 100, 200, 252) which is arranged on the second joint, characterised in that the first and/or second display unit (34, 36, 100, 200, 250, 252) is configured to display at least one status of the holding apparatus and/or of an add-on device that is different from the releasing and/or locking of the respective joint (13, 15).
A method of manufacturing a development roll rubber member for use in an image forming apparatus, said roll rubber member acquired by applying and curing a coating layer component made up of silicone rubber particles and a binder around a development roll having a rubber substrate layer, the method including: putting a reactive silicone oil, an isocyanate compound, and a diluent solvent capable of dissolving both the reactive silicone oil and the isocyanate compound into a reaction container; causing a prepolymerization reaction in which the reactive silicone oil and the isocyanate compound are reacted into a polymerized state in the diluent solvent in the reaction container while dissolution in the solvent is maintained; subsequently mixing a polyol and an isocyanate compound solution with a reaction solution generated by the prepolymerization reaction to form said binder and using the silicone rubber particles to prepare an application liquid of a coating layer component made up of the silicone rubber particles and said binder; and applying the application liquid of the coating layer component onto the rubber substrate layer of the development roll and curing the application liquid of the coating layer component around the development roll for formation. putting a reactive silicone oil, an isocyanate compound, and a diluent solvent capable of dissolving both the reactive silicone oil and the isocyanate compound into a reaction container; causing a prepolymerization reaction in which the reactive silicone oil and the isocyanate compound are reacted into a polymerized state in the diluent solvent in the reaction container while dissolution in the solvent is maintained; subsequently mixing a polyol and an isocyanate compound solution with a reaction solution generated by the prepolymerization reaction to form said binder and using the silicone rubber particles to prepare an application liquid of a coating layer component made up of the silicone rubber particles and said binder; and applying the application liquid of the coating layer component onto the rubber substrate layer of the development roll and curing the application liquid of the coating layer component around the development roll for formation.
A composition comprising from 0.005 wt.% to 0.5 wt.% of a deoxy sugar antimetabolite by total weight of the composition for use in a method of inhibiting microbial biofilm formation and/or degrading a microbial biofilm in the oral cavity of a subject, wherein the composition comprises no additional antibacterial agent and an orally acceptable carrier, wherein the use comprises administering the composition to the subject, and wherein the deoxy sugar antimetabolite is a compound of formula: wherein: R 1 is H, OH, CH 3, NH 2 or halogen; R 2 is H, OH, CH 3, NH 2 or halogen; R 3 is H, OH, CH 3, NH 2 or halogen; R 4 is H, OH, NH 2 or halogen; and at least three of R 1, R 2, R 3 and R 4 are OH. R 1 is H, OH, CH 3, NH 2 or halogen; R 2 is H, OH, CH 3, NH 2 or halogen; R 3 is H, OH, CH 3, NH 2 or halogen; R 4 is H, OH, NH 2 or halogen; and at least three of R 1, R 2, R 3 and R 4 are OH.
A method for supporting two-level terminal-group based hybrid-automatic repeat request, HARQ, signaling in a 3GPP Network, the method comprising: receiving, at a cooperating user equipment, CUE within a virtual multi-point, ViMP, node comprising a plurality of UEs, a data packet for a target UE, TUE that is broadcasted from a base station, BS to the ViMP node at a first level HARQ process, using a ViMP-radio network temporary identifier, RNTI; decoding the data packet; and upon successfully decoding the data packet, broadcasting, by the CUE, the data packet at a second level HARQ process within the ViMP node continuously until a timer pre-established by the BS expires or an acknowledgement, ACK, message is received from the TUE or the ViMP node. receiving, at a cooperating user equipment, CUE within a virtual multi-point, ViMP, node comprising a plurality of UEs, a data packet for a target UE, TUE that is broadcasted from a base station, BS to the ViMP node at a first level HARQ process, using a ViMP-radio network temporary identifier, RNTI; decoding the data packet; and upon successfully decoding the data packet, broadcasting, by the CUE, the data packet at a second level HARQ process within the ViMP node continuously until a timer pre-established by the BS expires or an acknowledgement, ACK, message is received from the TUE or the ViMP node.
A catheter suitable for use in a complex vessel, the catheter comprising: a tubular structure having at least one lumen; and a single compliant inflatable balloon located at a distal portion of said tubular structure and in fluid communication with said lumen, characterised in that at least a portion of said inflatable balloon comprises a material which is based on styrenic olefinic rubber and hydrogenated isoprene having a durometer hardness of 5 Shore A to 25 Shore A and characterized in that said material is pre-stretched or mechanically or thermally manipulated during fabrication to take on irregular shapes matching those of a vessel to which it is to be introduced; and further wherein, the balloon is configured to be inflated to conform to the shape of the vessel at a pressure of up to about 600 mmHg. a tubular structure having at least one lumen; and a single compliant inflatable balloon located at a distal portion of said tubular structure and in fluid communication with said lumen, characterised in that at least a portion of said inflatable balloon comprises a material which is based on styrenic olefinic rubber and hydrogenated isoprene having a durometer hardness of 5 Shore A to 25 Shore A and characterized in that said material is pre-stretched or mechanically or thermally manipulated during fabrication to take on irregular shapes matching those of a vessel to which it is to be introduced; and further wherein, the balloon is configured to be inflated to conform to the shape of the vessel at a pressure of up to about 600 mmHg.
Platform for storing and/or reloading semi-trailers, with - two side elements extending parallel to each other in a longitudinal direction and spaced apart from each other in a transverse direction transverse to the longitudinal direction, - in each case a plurality of lifting elements arranged on the side elements, - a first floor element and a second floor element, by means of which the two side elements are connected to one another in the transverse direction, wherein - the first floor element has a wheel recess in each case adj acent to one of the side elements and a raised center tunnel between the two wheel recesses, characterized in that - the two wheel recesses are formed as openings in the first floor element, which openings are each bounded in the longitudinal direction by a pair of cross bars of the first floor element extending in the transverse direction, and in the transverse direction are each bounded on the outside by one of the side elements and on the inside by the center tunnel. - two side elements extending parallel to each other in a longitudinal direction and spaced apart from each other in a transverse direction transverse to the longitudinal direction, - in each case a plurality of lifting elements arranged on the side elements, - a first floor element and a second floor element, by means of which the two side elements are connected to one another in the transverse direction, wherein - the first floor element has a wheel recess in each case adj acent to one of the side elements and a raised center tunnel between the two wheel recesses, - the two wheel recesses are formed as openings in the first floor element, which openings are each bounded in the longitudinal direction by a pair of cross bars of the first floor element extending in the transverse direction, and in the transverse direction are each bounded on the outside by one of the side elements and on the inside by the center tunnel.
Hybrid elastography method comprising the following steps: - application, using a first vibrator comprised in a probe in contact with a viscoelastic medium, of a continuous low frequency vibration and generation, using an ultrasonic transducer in contact with the viscoelastic medium, of a first series of ultrasonic acquisitions, said first series of ultrasonic acquisitions including groups of ultrasonic acquisitions, the groups of ultrasonic acquisitions being generated with a first repetition rate, each group of ultrasonic acquisitions including at least one acquisition, the continuous low frequency vibration generating an elastic wave within the viscoelastic medium; - determination (CW_P), from the first series of ultrasonic acquisitions, of at least one property of the elastic wave within the viscoelastic medium, the property of the elastic wave within the viscoelastic medium being used to compute a real time positioning indicator (RT_IP) of the probe with respect to the viscoelastic medium to be studied; - application, using a second vibrator comprised in the probe in contact with the viscoelastic medium, of a low frequency pulse and generation, using the ultrasonic transducer, of a second series of ultrasonic acquisitions, the ultrasonic acquisitions composing the second series being generated with a second repetition rate, the low frequency pulse generating a transient shear wave propagating within the viscoelastic medium. - application, using a first vibrator comprised in a probe in contact with a viscoelastic medium, of a continuous low frequency vibration and generation, using an ultrasonic transducer in contact with the viscoelastic medium, of a first series of ultrasonic acquisitions, said first series of ultrasonic acquisitions including groups of ultrasonic acquisitions, the groups of ultrasonic acquisitions being generated with a first repetition rate, each group of ultrasonic acquisitions including at least one acquisition, the continuous low frequency vibration generating an elastic wave within the viscoelastic medium; - determination (CW_P), from the first series of ultrasonic acquisitions, of at least one property of the elastic wave within the viscoelastic medium, the property of the elastic wave within the viscoelastic medium being used to compute a real time positioning indicator (RT_IP) of the probe with respect to the viscoelastic medium to be studied; - application, using a second vibrator comprised in the probe in contact with the viscoelastic medium, of a low frequency pulse and generation, using the ultrasonic transducer, of a second series of ultrasonic acquisitions, the ultrasonic acquisitions composing the second series being generated with a second repetition rate, the low frequency pulse generating a transient shear wave propagating within the viscoelastic medium.
An explosion-protected housing for means for transmitting and/or receiving electromagnetic radiation (2, 2a, 2b), having - a housing body that is configured to receive such transmission and/or reception means (2, 2a, 2b) and - a window element having a first side that faces the housing interior and an opposite second side that faces away from the housing interior, wherein the window element transmits electromagnetic radiation, characterized in that the housing body has a flanging on the second side of the window element, said flange is produced by mechanically bending a metal edge provided on the housing body after insertion of the window element into the housing body and pressing the window element in the direction of a seat that is formed in the interior of the housing such that the housing is formed as a pressure-resistant, explosion-protected housing. - a housing body that is configured to receive such transmission and/or reception means (2, 2a, 2b) and - a window element having a first side that faces the housing interior and an opposite second side that faces away from the housing interior, wherein the window element transmits electromagnetic radiation,
Method for cleaning diffusers in an aeration system comprising: a) transporting a liquid acidic solution into a downcomer pipe and/or a purge line positioned in a reservoir of an aeration system containing a body of water such that the liquid acidic solution flows into a manifold and air distribution pipes; b) allowing the liquid acidic solution to vaporize; and c) blowing the vaporized acidic solution into a plurality of diffusers supported by the air distribution pipes, and characterized in that the liquid acidic solution is transported into the downcomer pipe and/or purge line in an amount sufficient to fill 40% or less of the total volume of each individual air distribution pipe that is attached to the manifold. a) transporting a liquid acidic solution into a downcomer pipe and/or a purge line positioned in a reservoir of an aeration system containing a body of water such that the liquid acidic solution flows into a manifold and air distribution pipes; b) allowing the liquid acidic solution to vaporize; and c) blowing the vaporized acidic solution into a plurality of diffusers supported by the air distribution pipes, and characterized in that the liquid acidic solution is transported into the downcomer pipe and/or purge line in an amount sufficient to fill 40% or less of the total volume of each individual air distribution pipe that is attached to the manifold.
A method for controlling a service interlocking with a first device in an in-vehicle infotainment, IVI, system, the method being performed at the first device and comprising: setting connection with an IVI device in the IVI system and transmitting, to the IVI device, mirroring data corresponding to a displaying screen of a playlist comprising items for a multimedia service used in the first device; setting (314a, b) connection with a second device and receiving a change request for the playlist from the connected second device; updating the playlist to correspond to the change request; and transmitting mirroring data corresponding to a displaying screen of the updated playlist to the IVI device. setting connection with an IVI device in the IVI system and transmitting, to the IVI device, mirroring data corresponding to a displaying screen of a playlist comprising items for a multimedia service used in the first device; setting (314a, b) connection with a second device and receiving a change request for the playlist from the connected second device; updating the playlist to correspond to the change request; and transmitting mirroring data corresponding to a displaying screen of the updated playlist to the IVI device.
Apparatus (1, 2) for folding and receiving book documents, comprising a main conveying apparatus having a first conveying surface arranged and adapted to convey unfolded book documents in a main conveying direction over the first conveying surface, a secondary conveying apparatus with a second conveying surface, which is arranged and constructed to receive book documents conveyed by the main conveying apparatus and to convey them in a secondary conveying direction and against the secondary conveying direction (N') over the second conveying surface, the secondary conveying direction running transversely to the main conveying direction, a receiving apparatus which is arranged at a spatial distance from the first and/or the second conveying surface (OH, ON) and is designed to receive folded book documents (B'), wherein the apparatus (1, 2) is designed to fold the conveyed book documents in each case with a movement of the book documents in the secondary conveying direction and/or against the secondary conveying direction (N'), and wherein a lifting apparatus is arranged and designed to convey the folded book documents (B') from the main conveying apparatus and/or from the secondary conveying apparatus into the receiving apparatus, and wherein the lifting apparatus is at least partially retractable in the main conveying apparatus and/or in the secondary conveying apparatus, and wherein the lifting apparatus can be lifted at least partially into the receiving apparatus. a main conveying apparatus having a first conveying surface arranged and adapted to convey unfolded book documents in a main conveying direction over the first conveying surface, a secondary conveying apparatus with a second conveying surface, which is arranged and constructed to receive book documents conveyed by the main conveying apparatus and to convey them in a secondary conveying direction and against the secondary conveying direction (N') over the second conveying surface, the secondary conveying direction running transversely to the main conveying direction, a receiving apparatus which is arranged at a spatial distance from the first and/or the second conveying surface (OH, ON) and is designed to receive folded book documents (B'), wherein the apparatus (1, 2) is designed to fold the conveyed book documents in each case with a movement of the book documents in the secondary conveying direction and/or against the secondary conveying direction (N'), and wherein a lifting apparatus is arranged and designed to convey the folded book documents (B') from the main conveying apparatus and/or from the secondary conveying apparatus into the receiving apparatus, and wherein the lifting apparatus is at least partially retractable in the main conveying apparatus and/or in the secondary conveying apparatus, and wherein the lifting apparatus can be lifted at least partially into the receiving apparatus.
A hybrid reactor (5a; 5b) operable to produce a medical isotope, the reactor comprising: an ion source operable to produce an ion beam from a gas; a target chamber (60; 70) including a target that interacts with the ion beam to produce neutrons through a fusion reaction; an accelerator positioned between the ion source and the target chamber and operable to accelerate the ions of the ion beam; characterised by: an activation cell (64; 410; 510) positioned proximate the target chamber and including a parent material in an aqueous solution that interacts with the neutrons to produce the medical isotope via a fission reaction in the activation cell, wherein the fission reaction is maintained at a subcritical level. an ion source operable to produce an ion beam from a gas; a target chamber (60; 70) including a target that interacts with the ion beam to produce neutrons through a fusion reaction; an accelerator positioned between the ion source and the target chamber and operable to accelerate the ions of the ion beam; characterised by: an activation cell (64; 410; 510) positioned proximate the target chamber and including a parent material in an aqueous solution that interacts with the neutrons to produce the medical isotope via a fission reaction in the activation cell, wherein the fission reaction is maintained at a subcritical level.
A sensor for measuring angular velocity in a sensor plane, the sensor comprising: a) a sensing subassembly comprising: i) a substantially planar frame parallel to said plane; ii) a linkage within said frame and connected to said frame; said linkage comprising a first mass disposed in said plane; and a second mass disposed in said plane; wherein the first mass and the second mass are constrained to move in opposite directions perpendicular to said plane; a center plate connected to said frame and connected to and in between said first mass and said second mass, wherein said center plate is rotatable about a center axis of rotation; a first edge plate connected to said frame and to said first mass, wherein said first edge plate is rotatable about a first axis of rotation; and a second edge plate connected to said frame and to said second mass, wherein said second edge plate is rotatable about a second axis of rotation; wherein said center, first, and second axes of rotation are parallel to each other and are also parallel to said sensor plane; b) an actuator coupled to a first portion of said subassembly, for driving said linkage into oscillation at a drive frequency; and c) a transducer for sensing motion of a second portion of said subassembly responsive to said angular velocity. a) a sensing subassembly comprising: i) a substantially planar frame parallel to said plane; ii) a linkage within said frame and connected to said frame; said linkage comprising a first mass disposed in said plane; and a second mass disposed in said plane; wherein the first mass and the second mass are constrained to move in opposite directions perpendicular to said plane; a center plate connected to said frame and connected to and in between said first mass and said second mass, wherein said center plate is rotatable about a center axis of rotation; a first edge plate connected to said frame and to said first mass, wherein said first edge plate is rotatable about a first axis of rotation; and a second edge plate connected to said frame and to said second mass, wherein said second edge plate is rotatable about a second axis of rotation; wherein said center, first, and second axes of rotation are parallel to each other and are also parallel to said sensor plane; i) a substantially planar frame parallel to said plane; ii) a linkage within said frame and connected to said frame; said linkage comprising b) an actuator coupled to a first portion of said subassembly, for driving said linkage into oscillation at a drive frequency; and c) a transducer for sensing motion of a second portion of said subassembly responsive to said angular velocity.