mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (100, 200, 300) for sanitizing of an electromedical device, the electromedical device being selected from a group consisting of a medical ventilator or respirator, high performances volume assured pressure support pulmonary ventilators, BiLevel devices, N-PAP devices, secretion clearance devices, tracheal suction pumps, monitoring devices, antidecubitus compressors, heated humidifiers, and any combination thereof comprising: a housing (110, 310) having a reception space configured for receiving the electromedical device, wherein the reception space has a volume; at least one nebulizer device configured for nebulizing a sanitizing product, a controller configured for controlling the at least one nebulizer device characterized in that the apparatus further includes an electrical connection port in the reception space, wherein the electrical connection port is configured for being connected with the electromedical device to operate the electromedical device during the sanitization process, the at least one nebulizer is located inside the reception space for introducing the nebulized sanitizing product into the reception space; wherein the controller is configured for introducing a plurality of doses of the nebulized sanitizing product at predetermined time intervals into the reception space during a sanitization process, and wherein the sanitizing product is a hydrogen peroxide based sanitizing product having a hydrogen peroxide concentration between 4% and 10%. a housing (110, 310) having a reception space configured for receiving the electromedical device, wherein the reception space has a volume; at least one nebulizer device configured for nebulizing a sanitizing product, a controller configured for controlling the at least one nebulizer device characterized in that the apparatus further includes an electrical connection port in the reception space, wherein the electrical connection port is configured for being connected with the electromedical device to operate the electromedical device during the sanitization process, the at least one nebulizer is located inside the reception space for introducing the nebulized sanitizing product into the reception space; wherein the controller is configured for introducing a plurality of doses of the nebulized sanitizing product at predetermined time intervals into the reception space during a sanitization process, and wherein the sanitizing product is a hydrogen peroxide based sanitizing product having a hydrogen peroxide concentration between 4% and 10%.
A clock delay detection method, comprising, transmitting a first synchronous clock to a slave clock module through a first physical link; receiving a feedback clock transmitted by the slave clock module through a second physical link, wherein the feedback clock is a clock generated by adjusting a phase of a current clock of the slave clock module, to be the same as a phase of the first synchronous clock; and determining a delay related to the slave clock module, wherein the delay is determined based on the feedback clock, a self-loop back clock, and delay parameters, wherein the delay parameters include a delay parameter corresponding to the first physical link, and a delay parameter corresponding to the second physical link; wherein determining the delay related to the slave clock module comprises, acquiring a phase relationship between the feedback clock and the self-loop back clock; determining a corresponding delay value based on the phase relationship; acquiring the delay parameters, wherein the delay parameters are determined based on a routing distance and a physical board parameter of each of the first physical link and the second physical link; and determining the delay based on the delay value and the delay parameters. transmitting a first synchronous clock to a slave clock module through a first physical link; receiving a feedback clock transmitted by the slave clock module through a second physical link, wherein the feedback clock is a clock generated by adjusting a phase of a current clock of the slave clock module, to be the same as a phase of the first synchronous clock; and determining a delay related to the slave clock module, wherein the delay is determined based on the feedback clock, a self-loop back clock, and delay parameters, wherein the delay parameters include a delay parameter corresponding to the first physical link, and a delay parameter corresponding to the second physical link; wherein determining the delay related to the slave clock module comprises, acquiring a phase relationship between the feedback clock and the self-loop back clock; determining a corresponding delay value based on the phase relationship; acquiring the delay parameters, wherein the delay parameters are determined based on a routing distance and a physical board parameter of each of the first physical link and the second physical link; and determining the delay based on the delay value and the delay parameters.
A coupling system for connecting a conductor rod to an interrupter, the coupling system comprising: a connector including a receptacle for receiving a first end of the conductor rod, the connector including a base for connection to the interrupter; a swivel member in the receptacle of the connector; a pin for securing the swivel member to the connector in the receptacle; a fastener secured to the swivel member in the receptacle, wherein the conductor rod is engageable to the fastener; and an electrical contact positioned around the first end of the conductor rod and in engagement with the connector in the receptacle. a connector including a receptacle for receiving a first end of the conductor rod, the connector including a base for connection to the interrupter; a swivel member in the receptacle of the connector; a pin for securing the swivel member to the connector in the receptacle; a fastener secured to the swivel member in the receptacle, wherein the conductor rod is engageable to the fastener; and an electrical contact positioned around the first end of the conductor rod and in engagement with the connector in the receptacle.
A method for monitoring the flow of a liquid and operating an electronic device carried by an apparatus provided with a turbine capable of being rotated by a flow of a fluid, a current generator comprising a rotor rotationally connected to said turbine and a stator and delivering a substantially sinusoidal alternating current and a means for detecting at least one determined angular position of said turbine, delivering an electrical pulse each time the turbine passes through this angular position, the monitoring method is characterised by: said detection means comprising a comparator capable of delivering said electrical pulse (Ir) each time the value of the alternating current from the current generator passes above a current threshold (Sc), an elementary volume (Ve) being equal to the volume flowed between two successive pulses, the method comprising: incrementing an electrical pulse counter each time the detection means delivers an electrical pulse (Ir), setting, from an initial value, value thresholds of the number of pulses, and selectively activating a warning means for delivering different warning signals when the numbers of pulses delivered by the pulse counter, corresponding to said elementary volume (Ve) multiplied by this delivered number of pulses, are located within value ranges determined by said value thresholds. incrementing an electrical pulse counter each time the detection means delivers an electrical pulse (Ir), setting, from an initial value, value thresholds of the number of pulses, and selectively activating a warning means for delivering different warning signals when the numbers of pulses delivered by the pulse counter, corresponding to said elementary volume (Ve) multiplied by this delivered number of pulses, are located within value ranges determined by said value thresholds.
Method for analysing the geometry of at least one track in a network, comprising two stretches of rails upon which rolling stock can travel, which comprises: i) a first step of acquiring, at chosen instants, two vertical accelerations experienced on two opposite sides and at a same level by an item of rolling stock travelling on said track, and a geographical position of said rolling stock, and associating said corresponding two vertical accelerations and geographical position with each instant, characterized in that a spatial filtering process, specific to said network, is carried out for each vertical acceleration associated with a given instant, and a vertical deflection is determined on the basis of each vertical acceleration that has been filtered and associated with a given instant, and these two vertical deflections are associated with this given instant and with said associated geographical position, and in that the method comprises ii) a second step in which the two vertical deflections, determined for said rolling stock at a chosen geographical position of said track, are compared with at least two other vertical deflections, determined at a geographical position essentially equal to this chosen geographical position at at least one preceding instant, in order to obtain information relating to a change in the geometry of said track at this chosen geographical position. i) a first step of acquiring, at chosen instants, two vertical accelerations experienced on two opposite sides and at a same level by an item of rolling stock travelling on said track, and a geographical position of said rolling stock, and associating said corresponding two vertical accelerations and geographical position with each instant, characterized in that a spatial filtering process, specific to said network, is carried out for each vertical acceleration associated with a given instant, and a vertical deflection is determined on the basis of each vertical acceleration that has been filtered and associated with a given instant, and these two vertical deflections are associated with this given instant and with said associated geographical position, and in that the method comprises ii) a second step in which the two vertical deflections, determined for said rolling stock at a chosen geographical position of said track, are compared with at least two other vertical deflections, determined at a geographical position essentially equal to this chosen geographical position at at least one preceding instant, in order to obtain information relating to a change in the geometry of said track at this chosen geographical position.
A surgical kit, for performing minimally invasive spine surgery, the surgical kit comprising - a position detection system, configured for detecting position and orientation of localizers from received sensor signals in the position detection system's coordinate system, - at least two localizers, the localizers each being configured for providing a sensor signal representing position and orientation of the respective localizer, and - a plurality of different medical instruments, characterized in that - the surgical kit further comprises a sensor carrier, configured to be removably arranged in a lumen of a medical instrument, the sensor carrier having the at least two localizers, and in that - the plurality of different medical instruments having a lumen in which the sensor carrier can be removably arranged for connecting the respective medical instrument to the position detection system. - a position detection system, configured for detecting position and orientation of localizers from received sensor signals in the position detection system's coordinate system, - at least two localizers, the localizers each being configured for providing a sensor signal representing position and orientation of the respective localizer, and - a plurality of different medical instruments, - the surgical kit further comprises a sensor carrier, configured to be removably arranged in a lumen of a medical instrument, the sensor carrier having the at least two localizers, and in that - the plurality of different medical instruments having a lumen in which the sensor carrier can be removably arranged for connecting the respective medical instrument to the position detection system.
A multivalent antibody fusion protein which comprises a Fab or Fab' fragment, with a first specificity for an antigen of interest, and further comprises two single domain antibodies (dAb) with specificity for a second antigen of interest, wherein the two single domain antibodies are linked by a disulfide bond and wherein the two single domain antibodies are a V H /V L pair and the V H dAb is genetically fused directly or via a linker to the C-terminus of the Fab or Fab' heavy chain and the V L dAb is genetically fused directly or via a linker to the C-terminus of the Fab or Fab' light chain.
A drape including an integrated guide wire use device, comprising a drape body and a guide wire bag, wherein a back surface of the guide wire bag is movably connected to the drape body wherein the back surface of the guide wire bag is glued and connected with an adhesive fabric; and the adhesive fabric is adhered to the drape body, and wherein an inner cavity of the guide wire bag is fixedly connected with a guide wire insertion block; wherein the guide wire insertion block has a material of sponge or soft rubberized fabric; and a first side of the guide wire bag is movably connected with a protective bag; wherein the protective bag is adhered with a thermoplastic rubber folding film, and the thermoplastic rubber folding film is adhered to the guide wire bag; and wherein the protective bag is glued and connected with an adhesive tape; wherein a front surface of the guide wire bag opposite to the back surface of the guide wire bag is provided with a disinfection connection port; and a second side of the guide wire bag opposite to the first side of the guide wire bag is sealed and connected with a drain plug.
An intermediate piece for connecting a cylinder head cover of a multi-cylinder piston engine to a cylinder head that closes an upper end of a single cylinder of the engine, wherein the intermediate piece comprises a first portion, which forms a closed perimeter and which is configured to radially encircle the stems (31, 32) of the gas exchange valves (29, 30) of the cylinder, characterized in that the intermediate piece comprises a second portion, which has a fork-shaped profile and which is arranged perpendicular to the first portion and configured to radially encircle an exhaust pipe connected to the cylinder head, and that the second portion is configured to seal a covering arranged around an exhaust manifold (22a, 22b) of the engine.
A hinge, having at least one fixed body and at least one movable body connected to each other by means of at least one joint in order to connect a door onto a vehicle body in a rotatable manner, wherein, in order to limit opening extent of the door to a predetermined angle with respect to the vehicle body when intended, the subject matter hinge comprises a press arm connected to one of the fixed body and movable body from one side by means of a joint in a rotatable manner and at least one check arm connected to the press arm by means of a connection member, wherein said checkarm comprises at least one checkarm body comprising at least one adjustment slot through which said connection member passes, the checkarm further comprising at least one lock member retained by a gripping member when the door is opened at said angle, where said gripping member is assemblable to the vehicle body or assembled to the fixed body if the press arm is connected to the movable body, or said gripping member is assembled to the movable body if the press arm is connected to the fixed body; the subject matter hinge further comprising at least one press spring disposed onto said joint and connected to the same of the fixed body and movable body as the press arm from one end and connected to the press arm from the other end in order to press the press arm towards the other of the fixed body or the movable body.
A method of predicting future asynchronous communications to be exchanged over a digital communication channel by a communication system, the method being performed in a contact management server of a contact center and comprising: analyzing interactions on the digital communication channel, wherein the interactions include messages exchanged between a customer operating a customer communication device and an agent operating an agent communication device; based on the analysis of the interactions, determining that the interactions have paused for an amount of time; analyzing content of the interactions to determine an estimate of the amount of time; updating a state of the agent to release the agent for the estimated amount of time; and setting a timer that will automatically change the state of the agent back to an occupied state for the interactions at a future time that aligns with an expiration of the timer. analyzing interactions on the digital communication channel, wherein the interactions include messages exchanged between a customer operating a customer communication device and an agent operating an agent communication device; based on the analysis of the interactions, determining that the interactions have paused for an amount of time; analyzing content of the interactions to determine an estimate of the amount of time; updating a state of the agent to release the agent for the estimated amount of time; and setting a timer that will automatically change the state of the agent back to an occupied state for the interactions at a future time that aligns with an expiration of the timer.
A lubricating oil composition comprising a base oil, a molybdenum dithiocarbamate, a calcium detergent, a magnesium detergent, and a boron-free succinimide, wherein the content of the molybdenum dithiocarbamate as converted into a molybdenum atom is 60 - 1,200 ppm by mass on a basis of the whole amount of the composition, the content of the boron-free succinimide as converted into a nitrogen atom is 1,000 ppm by mass or less on a basis of the whole amount of the composition, the content of the calcium detergent as converted into a calcium atom is 1,000 - 2,000 ppm by mass on a basis of the whole amount of the composition, and a mass ratio of the molybdenum atom (Mo) to a magnesium atom (Mg) of the magnesium detergent [Mo/Mg] is 0.1 or more, and wherein the calcium detergent is calcium salicylate, and the magnesium detergent is magnesium sulfonate. the content of the molybdenum dithiocarbamate as converted into a molybdenum atom is 60 - 1,200 ppm by mass on a basis of the whole amount of the composition, the content of the boron-free succinimide as converted into a nitrogen atom is 1,000 ppm by mass or less on a basis of the whole amount of the composition, the content of the calcium detergent as converted into a calcium atom is 1,000 - 2,000 ppm by mass on a basis of the whole amount of the composition, and a mass ratio of the molybdenum atom (Mo) to a magnesium atom (Mg) of the magnesium detergent [Mo/Mg] is 0.1 or more, and wherein the calcium detergent is calcium salicylate, and the magnesium detergent is magnesium sulfonate.
An antibody which is capable of specific binding to Lymphocyte antigen 75 for use in treatment of ovarian cancer or lung cancer wherein said antibody contains or is conjugated to a therapeutic moiety.
A method of forming a thin-film, comprising: transporting a dummy substrate (S 2) to a chamber; supplying the dummy substrate (S 2) with a gas for treating a dummy; transporting a product substrate (S 3) to the chamber; and supplying the product substrate (S 3) with a raw material gas containing a metal raw material for forming a thin-film by an MOCVD (Metal Organic Chemical Vapor Deposition) method, wherein the raw material gas is produced by vaporizing an organic solvent solution of an organic metal; wherein the raw material gas is different from the gas for treating the dummy, wherein in the step of supplying the raw material gas, the product substrate (S 3) is supplied with a mixed gas of the raw material gas, a reaction gas for reacting with the raw material gas, and an inert gas; and wherein the gas for treating the dummy is provided by mixing the solvent gas for dissolving the metal raw material, the reaction gas, and the inert gas. transporting a dummy substrate (S 2) to a chamber; supplying the dummy substrate (S 2) with a gas for treating a dummy; transporting a product substrate (S 3) to the chamber; and supplying the product substrate (S 3) with a raw material gas containing a metal raw material for forming a thin-film by an MOCVD (Metal Organic Chemical Vapor Deposition) method,
Assembly for detecting the presence of a gas in a liquid contained or circulating in a conduit comprising an element for supporting the conduit and a sensor allowing the transmission and reception of an acoustic or light wave, the sensor being arranged on the support of the conduit facing the one and the same side of the conduit and the support element comprising a waveguide capable of routing the wave transmitted by the transmitter of the sensor to the receiver of the sensor, characterised in that the support element is formed by a cassette and in that the liquid conduit is formed by a recess produced in the body of the cassette and sealed by a flexible membrane.
A thin film transistor comprising a gate electrode, a source electrode, a drain electrode, an active layer and a gate insulation layer, wherein the gate insulation layer is provided above the active layer, the gate electrode, the source electrode and the drain electrode are provided on a same layer above the gate insulation layer, the active layer and the source electrode are connected through a first connection electrode, and the active layer and the drain electrode are connected through a second connection electrode, characterized in that the thin film transistor further comprises: a poly-silicon film below the source electrode and the drain electrode and located on a same layer with the active layer, and an insulation film filled in an area between the active layer and the poly-silicon film. a poly-silicon film below the source electrode and the drain electrode and located on a same layer with the active layer, and an insulation film filled in an area between the active layer and the poly-silicon film.
Child safety seat intended to be removably fixed in a motor vehicle, said seat comprising a bucket seat mounted on a base, comprising means enabling a seat of group 0+/1 type to be fixed, either according to its group 0 type use, the child being placed rearward facing, or the same seat according to its group 1 type use, the child being placed forward facing, and by the so-called "ISOFIX" system, while the seat comprises two rear latches (5a, 5b) arranged at the rear of the safety seat and intended to cooperate with attachment means formed by two attachment stirrups (6a, 6b) fixed to the vehicle seat at the bottom part of the seat back, in the space situated between the seat cushion and the seat back, and two front latches (11a, 11b) arranged at the front of said safety seat and intended to cooperate with the attachment means formed by the two attachment stirrups (6a, 6b), characterised in that the two latches (5a, 5b) are arranged at the end of two corresponding retractable rear rods (9a, 9b) mounted slidably in the bottom part of the base, so that the latches project from the rear part of the base, while the two front latches (11a, 11b) are arranged at the end of two corresponding retractable front rods (12a, 12b) slidably mounted in the bottom part of the base, so that these latches (11a, 11b) project from the front part of the base, the sliding of the two rear retractable rods (9a, 9b) and front retractable rods (12a, 12b) enable these rods to assume two positions, namely an extended position enabling the attachment of the safety seat, and an active retracted position for retention of the seat.