mhurhangee/patent-ind-claim-en huggingface dataset:
Device for determination of a CO2 partial pressure value on a blood side of an oxygenator , comprising: - an oxygenator with a blood side , a gas side and a semipermeable membrane , wherein the membrane separates the blood side from the gas side , the gas side has an inlet and an outlet and, during operation of the oxygenator , a gas flow flows into the inlet to the outlet at a flow rate; - a first sensor configured to measure CO2 partial pressure values of the gas side ; - a control unit configured to process the measured CO2 partial pressure values of the gas side and to determine a CO2 partial pressure value on the blood side based on the measured CO2 partial pressure values of the gas side , wherein the control unit determines the CO2 partial pressure value on the blood side during operation of the oxygenator by calculating a change rate of the measured CO2 partial pressure values of the gas side , and, when or after the calculated change rate equals a predetermined change rate value or falls within a predetermined change rate range at a predetermined measuring distance, deducing the CO2 partial pressure value on the blood side from the CO2 partial pressure values of the gas side which are measured when or after the calculated change rate equals the predetermined change rate value or falls within the predetermined change rate range at the predetermined measuring distance. - an oxygenator with a blood side , a gas side and a semipermeable membrane , wherein the membrane separates the blood side from the gas side , the gas side has an inlet and an outlet and, during operation of the oxygenator , a gas flow flows into the inlet to the outlet at a flow rate; - a first sensor configured to measure CO2 partial pressure values of the gas side ; - a control unit configured to process the measured CO2 partial pressure values of the gas side and to determine a CO2 partial pressure value on the blood side based on the measured CO2 partial pressure values of the gas side ,
A nonwoven material comprising a multilayered stack, the multilayered stack comprising discrete interconnected layers, each of the layers, which may be the same or different, comprising a fibre material, said fibre material comprising of from about 80 to 100% w/w pineapple leaf or stem fibre and from about 1 to 20% w/w of a polymer, wherein the polymer is fusible at a temperature of about 180°C or less; characterised in that the fibres of the nonwoven material have a denier of from about 10 to 20 tex.
An apparatus , wherein the apparatus is a virtual reality apparatus, an augmented reality apparatus or a mixed reality apparatus, comprising: means for determining a spatial position of a user and/ or orientation of the user's head, wherein the apparatus is configured to display virtual reality content data to the user based on the determined spatial position and/or the orientation of the user's head; means for providing a visual representation of an interactive object to the user ; means for adding the interactive object to an interactive object queue in response to a user indication to add the interactive object to the queue; means for providing a first control area corresponding to the interactive object in response to the interactive object being added to the interactive object queue, wherein the first control area is accessible to the user ; means for determining whether the user is at least partially within the first control area ; means for providing feedback to the user in response to determining that the user is at least partially within the first control area ; and means for receiving an interaction input from the user for interacting with the interactive object . means for determining a spatial position of a user and/ or orientation of the user's head, wherein the apparatus is configured to display virtual reality content data to the user based on the determined spatial position and/or the orientation of the user's head; means for providing a visual representation of an interactive object to the user ; means for adding the interactive object to an interactive object queue in response to a user indication to add the interactive object to the queue; means for providing a first control area corresponding to the interactive object in response to the interactive object being added to the interactive object queue, wherein the first control area is accessible to the user ; means for determining whether the user is at least partially within the first control area ; means for providing feedback to the user in response to determining that the user is at least partially within the first control area ; and means for receiving an interaction input from the user for interacting with the interactive object .
An ignition plug comprising: a center electrode extending from a front side (-Z)to a rear side (+Z) in an axial direction (Z); an insulator formed in a bottomed tubular shape and enclosing a front end of the center electrode ; and a metallic shell formed in a tubular shape extending in the axial direction (Z) and holding the insulator in a state where the insulator projects to the front side (-Z), characterized in that a volume V1 of a portion (210+220,210B,210C) of the insulator , which projects from the metallic shell to the front side (-Z), is equal to or greater than 45 mm 3 , and an expression 0.18 ≤ V2/V1 ≤ 0.37 is satisfied, where H is a length along which the insulator projects from the metallic shell to the front side (-Z)in the axial direction (Z),and V2 is a volume of another portion of the insulator , which projects from a front end of the insulator along a length H/2 in the axial direction (Z). a center electrode extending from a front side (-Z)to a rear side (+Z) in an axial direction (Z); an insulator formed in a bottomed tubular shape and enclosing a front end of the center electrode ; and a metallic shell formed in a tubular shape extending in the axial direction (Z) and holding the insulator in a state where the insulator projects to the front side (-Z), characterized in that a volume V1 of a portion (210+220,210B,210C) of the insulator , which projects from the metallic shell to the front side (-Z), is equal to or greater than 45 mm 3 , and an expression 0.18 ≤ V2/V1 ≤ 0.37 is satisfied, where H is a length along which the insulator projects from the metallic shell to the front side (-Z)in the axial direction (Z),and V2 is a volume of another portion of the insulator , which projects from a front end of the insulator along a length H/2 in the axial direction (Z).
System comprising a door, a door frame and a device (100; 300; 303) for preventing the door (600; 900) from closing, wherein the device comprises a blocking means and an actuating means , wherein the blocking means is mounted on the door (600; 900) and in a blocking position prevents the door (600; 900) from closing and in a releasing position allows the door (600; 900) to close, wherein the actuating means is designed to trigger a movement of the blocking means from the blocking position into the releasing position, wherein the blocking means is pivotable about a pivot axis, wherein the pivot axis of the blocking means runs parallel to a pivot axis of the door (600; 900), wherein the actuating means is arranged on a first side of the door (600; 900), wherein the device also comprises a further actuating means arranged on a side of the door opposite to the first side, characterised in that the device (100; 300; 303) is designed as a pinch guard such that when the door slams shut, a gap of sufficient size remains between the door and the door frame to prevent a human hand from being injured when the blocking means is in the blocking position. wherein the device also comprises a further actuating means arranged on a side of the door opposite to the first side, characterised in that the device (100; 300; 303) is designed as a pinch guard such that when the door slams shut, a gap of sufficient size remains between the door and the door frame to prevent a human hand from being injured when the blocking means is in the blocking position.
Quality control method of a stock of a base material for the additive manufacture of components comprising the following steps: - selecting a batch of a base material out of a plurality of indexed batches of the stock , wherein base material assigned to the same batch index (BI) is indicative to the quality of the respective base material , - loading a quantity of base material of the selected batch into a manufacturing system , - additively manufacturing the component from the base material, wherein the base material of the selected batch is exposed to manufacturing conditions in a build area and - updating the batch index (BI) of the base material remaining from the additive manufacture in the build area according to the exposure, wherein a control system tracks the base material and its quality by means of the batch index (BI) of the base material , during a plurality of manufacturing jobs, and wherein the quantity of powder to be loaded into the manufacturing system is entered manually into the control system and the quantity of the base material remaining from the additive manufacture is automatically calculated by the control system , wherein the base material and its quality are tracked in that the stock of the base material is retained in different containers which are numbered and assigned to a batch index (BI) each, characterized in that base material which has been assigned to a single batch is contained in different containers , such that the batch consists of the base material in the different containers. - selecting a batch of a base material out of a plurality of indexed batches of the stock , wherein base material assigned to the same batch index (BI) is indicative to the quality of the respective base material , - loading a quantity of base material of the selected batch into a manufacturing system , - additively manufacturing the component from the base material, wherein the base material of the selected batch is exposed to manufacturing conditions in a build area and - updating the batch index (BI) of the base material remaining from the additive manufacture in the build area according to the exposure, wherein a control system tracks the base material and its quality by means of the batch index (BI) of the base material , during a plurality of manufacturing jobs, and
A pull-in head assembly for releasably connecting a pulling arrangement to an elongate flexible structure of a Cable Protection System during installation of subsea power cables, comprising: a body having a longitudinal axis which defines a pulling axis of the pull-in head; and a retaining member which is configured to secure the pull-in head assembly to an elongate flexible structure such that a pulling force exerted on the body along the pulling axis is transferred to the elongate flexible structure, wherein the pull-in head assembly is configured such that, in use, the body and the elongate flexible structure are rotatable with respect to each other about the pulling axis, wherein the retaining member has at least one retaining feature which is configured to engage with a corresponding retaining groove provided on the elongate flexible structure such that the retaining feature can slide within the groove, and wherein the retaining member is free to rotate within the groove. a body having a longitudinal axis which defines a pulling axis of the pull-in head; and a retaining member which is configured to secure the pull-in head assembly to an elongate flexible structure such that a pulling force exerted on the body along the pulling axis is transferred to the elongate flexible structure, wherein the pull-in head assembly is configured such that, in use, the body and the elongate flexible structure are rotatable with respect to each other about the pulling axis, wherein the retaining member has at least one retaining feature which is configured to engage with a corresponding retaining groove provided on the elongate flexible structure such that the retaining feature can slide within the groove, and wherein the retaining member is free to rotate within the groove.
A TiAl alloy, comprising: 48 at% or more and 50 at% or less of Al; 1 at% or more and 3 at% or less of Nb; 0.3 at% or more and 1 at% or less of Zr; 0.05 at% or more and 0.3 at% or less of B; and the balance being Ti and inevitable impurities. 48 at% or more and 50 at% or less of Al; 1 at% or more and 3 at% or less of Nb; 0.3 at% or more and 1 at% or less of Zr; 0.05 at% or more and 0.3 at% or less of B; and the balance being Ti and inevitable impurities.
A polymer melt filter support comprising: a hollow cylindrical body defined by a first end , a second end , and a cylinder wall having a first end portion and a second end portion ; a screw thread on the outside surface of the first end portion ; and a plurality of holes in the cylinder wall at the second end portion , wherein the holes allow for a polymer melt outside of the cylindrical body to flow inside of the cylindrical body , wherein the first end comprises an opening for the polymer melt inside of the cylindrical body to flow outside of the cylindrical body , wherein the area of the openings of the holes on the outside surface of the cylinder wall is larger than the area of the openings of the corresponding holes on the inside surface of the cylinder wall , and wherein the shape of the openings of the holes on the outside surface is non-circular, and which further comprises an opening at the second end , a cone insert adapted to fit inside of the second end opening , and a cap for securing one or more filter elements around the second end portion of the cylindrical body , wherein the cone insert comprises a curved lateral surface towards its base , and wherein the cone insert comprises a base plate , characterised in that the perimeter of the base plate comprises one or more recesses , wherein the recesses and an inner surface of the cylindrical body define a reservoir for holding solder or weld metal for joining the cone insert to the cylindrical body . a hollow cylindrical body defined by a first end , a second end , and a cylinder wall having a first end portion and a second end portion ; a screw thread on the outside surface of the first end portion ; and a plurality of holes in the cylinder wall at the second end portion , wherein the holes allow for a polymer melt outside of the cylindrical body to flow inside of the cylindrical body , wherein the first end comprises an opening for the polymer melt inside of the cylindrical body to flow outside of the cylindrical body , wherein the area of the openings of the holes on the outside surface of the cylinder wall is larger than the area of the openings of the corresponding holes on the inside surface of the cylinder wall , and wherein the shape of the openings of the holes on the outside surface is non-circular, and which further comprises an opening at the second end , a cone insert adapted to fit inside of the second end opening , and a cap for securing one or more filter elements around the second end portion of the cylindrical body , wherein the cone insert comprises a curved lateral surface towards its base , and wherein the cone insert comprises a base plate , characterised in that the perimeter of the base plate comprises one or more recesses , wherein the recesses and an inner surface of the cylindrical body define a reservoir for holding solder or weld metal for joining the cone insert to the cylindrical body .
A flame retardant polymer composition comprising: (A) a crosslinkable terpolymer comprising ethylene monomer units, a silane group containing comonomer units and comonomer units comprising a polar group, (B) a metal carbonate filler, (C) a silicone fluid or gum, and (D) a scorch retarder; wherein the content of the comonomer units comprising a polar group is between 2 and 25wt% of the terpolymer and the content of the silane group containing comonomer units is between 0.2 and 4 wt% of the terpolymer. (A) a crosslinkable terpolymer comprising ethylene monomer units, a silane group containing comonomer units and comonomer units comprising a polar group, (B) a metal carbonate filler, (C) a silicone fluid or gum, and (D) a scorch retarder;
An audio/video recording and communication doorbell , comprising: a housing ; a button for actuating the doorbell, the button being located at a front of the housing and being configured to move between a first, static position and a second, depressed position; a video camera located directly behind the button, the video camera being configured for capturing a set of video images to be streamed to a client device, and for detection of infrared (IR) light, wherein the button comprises an optically transparent or translucent material such that ambient light may pass through the button to reach the video camera behind the button; and IR light-emitting components for activation in low level ambient light, the IR light-emitting components located behind the button. a housing ; a button for actuating the doorbell, the button being located at a front of the housing and being configured to move between a first, static position and a second, depressed position; a video camera located directly behind the button, the video camera being configured for capturing a set of video images to be streamed to a client device, and for detection of infrared (IR) light, wherein the button comprises an optically transparent or translucent material such that ambient light may pass through the button to reach the video camera behind the button; and IR light-emitting components for activation in low level ambient light, the IR light-emitting components located behind the button.
Device for flow measurement in the manner of a turbine sensor for a fluid , having a housing , having a first connection on the housing for the supply of the fluid , having a second connection on the housing for the discharge of the fluid , having a rotor which is located in the housing and can be set in rotary motion by the fluid flowing through it, wherein the rotor is rotatably mounted by means of a shaft and comprises a sleeve arranged on the shaft and an annular body surrounding the sleeve at a concentric distance therefrom, with a magnet arranged on the rotor for interaction with a sensor , in particular a Hall sensor, in such a way that, upon rotation of the rotor , the sensor generates a signal corresponding to the rotation of the rotor , and wherein the magnet is designed as an annular magnet, and the magnet is arranged in a receptacle on the rotor in such a way that the magnet is arranged on the outer circumference thereof in the receptacle , which is formed on the annular body by means of an edge corresponding to the outer circumference of the magnet , characterized in that the annular body is connected to the sleeve by means of at least one spoke in such a way that an opening for the fluid is formed between the sleeve and the annular body .
System for measuring a substance concentration in the exhaled breath of a patient , during an intravenous anesthesia procedure comprising: - a measurement apparatus for performing an ion mobility spectrometry measurement of a gas probe of the exhaled breath of the patient to obtain a recorded data set (R) indicative of a drift spectrum (S) relating to the gas probe, and - a processor for processing the recorded data set (R) to determine at least one characteristic value relating to the drift spectrum (S) and to output a concentration estimate indicative of the substance concentration in the gas probe, characterized in that the processor is constituted to fit an autoregressive model to at least a portion of the recorded data set (R) to obtain a fitted data set (F), wherein the processor is further constituted to determine said at least one characteristic value from the fitted data set (F), wherein the autoregressive model is defined by the equation y t = ε 0 + ∑ i = 1 M ε t − i ⋅ y t − i + ξ where M indicates the order of the autoregressive model, y t indicates the amplitude value of the fitted data set at time t, ε are regression coefficients, and ξ is a noise term, and the order M lies in a range between 10 and 100, preferable in a range between 30 and 70, for example between 40 and 60. - a measurement apparatus for performing an ion mobility spectrometry measurement of a gas probe of the exhaled breath of the patient to obtain a recorded data set (R) indicative of a drift spectrum (S) relating to the gas probe, and - a processor for processing the recorded data set (R) to determine at least one characteristic value relating to the drift spectrum (S) and to output a concentration estimate indicative of the substance concentration in the gas probe, that the processor is constituted to fit an autoregressive model to at least a portion of the recorded data set (R) to obtain a fitted data set (F), wherein the processor is further constituted to determine said at least one characteristic value from the fitted data set (F), wherein the autoregressive model is defined by the equation y t = ε 0 + ∑ i = 1 M ε t − i ⋅ y t − i + ξ where M indicates the order of the autoregressive model, y t indicates the amplitude value of the fitted data set at time t, ε are regression coefficients, and ξ is a noise term, and the order M lies in a range between 10 and 100, preferable in a range between 30 and 70, for example between 40 and 60.
A system for enhancing a person's hand hygiene after a visit to a user area , wherein the user area is separate from a sanitary area , which system comprises: one or more motion sensors configured to detect whether a person is in the user area , and to detect whether a person is in the sanitary area ; and processing circuitry configured to determine when a person enters and leaves the user area and when a person enters and leaves the sanitary area based on detection signals from the one or more motion sensors ; wherein the processing circuitry is further configured to determine a first detection time period based on a first point in time (t1) of detection of a person entering the user area and a second point in time (t2) of a successive detection of a person leaving the user area while at the same time a person enters the sanitary area ; determine whether the first detection time period is equal to or larger than a predetermined minimum use-period; and issue a first sanitary remind signal when the first detection time period is equal to or larger than the predetermined minimum use-period. one or more motion sensors configured to detect whether a person is in the user area , and to detect whether a person is in the sanitary area ; and processing circuitry configured to determine when a person enters and leaves the user area and when a person enters and leaves the sanitary area based on detection signals from the one or more motion sensors ; wherein the processing circuitry is further configured to determine a first detection time period based on a first point in time (t1) of detection of a person entering the user area and a second point in time (t2) of a successive detection of a person leaving the user area while at the same time a person enters the sanitary area ; determine whether the first detection time period is equal to or larger than a predetermined minimum use-period; and issue a first sanitary remind signal when the first detection time period is equal to or larger than the predetermined minimum use-period.
Pharmaceutical composition in the form of a drinkable oral suspension in a sachet, comprising as active ingredient a micronised purified flavonoid fraction comprising from 87% to 93% diosmin, from 2.5% to 5.0% hesperidin, from 0.9% to 2.8% isorhoifolin, from 0.9% to 2.8% linarin and less than 1% diosmetin, the particle size of which is strictly less than 5 μm, and xanthan gum as excipient.