mhurhangee/ep-ind-claims huggingface dataset:
Optoelectronic component having a cathode and an anode and a layer system between the cathode and the anode comprising - at least one electron injection layer or electron extraction layer adjacent to the cathode, - at least one electron transport layer - at least one optically active layer - at least one hole transport layer - at least one hole injection layer or hole extraction layer adjacent to the anode characterised in that the at least one electron injection layer or electron extraction layer and the at least one hole injection layer or hole extraction layer are diffusion-limiting to water and/or oxygen and have a water vapour transmission rate (WVTR) of less than 1 g/(m 2 *d) and an oxygen transmission rate of less than 1 cm 3 /(m 2 *d) and the at least one electron transport layer and the at least one hole transport layer represent a diffusion barrier against water and/or oxygen and have a water vapour transmission rate (WVTR) of less than 0.1 g/(m 2 *d) and an oxygen transmission rate of less than 0.1 cm 3 /(m 2 *d) and wherein the at east one electron transport layer has a doped metal oxide, the at least one hole transport layer has a doped metal thiocyanate, and/or a doped metal oxide, the at least one electron injection layer or electron extraction layer comprises dielectric polymers and the at least one hole injection layer or hole extraction layer comprises dielectric polymers. - at least one electron injection layer or electron extraction layer adjacent to the cathode, - at least one electron transport layer - at least one optically active layer - at least one hole transport layer - at least one hole injection layer or hole extraction layer adjacent to the anode the at least one electron injection layer or electron extraction layer and the at least one hole injection layer or hole extraction layer are diffusion-limiting to water and/or oxygen and have a water vapour transmission rate (WVTR) of less than 1 g/(m 2 *d) and an oxygen transmission rate of less than 1 cm 3 /(m 2 *d) and the at least one electron transport layer and the at least one hole transport layer represent a diffusion barrier against water and/or oxygen and have a water vapour transmission rate (WVTR) of less than 0.1 g/(m 2 *d) and an oxygen transmission rate of less than 0.1 cm 3 /(m 2 *d) and wherein the at east one electron transport layer has a doped metal oxide, the at least one hole transport layer has a doped metal thiocyanate, and/or a doped metal oxide, the at least one electron injection layer or electron extraction layer comprises dielectric polymers and the at least one hole injection layer or hole extraction layer comprises dielectric polymers.
computer-implemented method of improving accuracy of analyte level measurement of an in vivo positioned analyte sensor, the method comprising: collecting signal data using an in vivo positioned analyte sensor over a period of time of a day, wherein the signal data is indicative of analyte levels; analyzing the collected signal data and identifying signal data points collected during the period of time of the day for which the physiological level for the analyte is known; calculating a correction factor from the identified signal data points and the known physiological level; and deriving analyte levels from the collected signal data using the correction factor. collecting signal data using an in vivo positioned analyte sensor over a period of time of a day, wherein the signal data is indicative of analyte levels; analyzing the collected signal data and identifying signal data points collected during the period of time of the day for which the physiological level for the analyte is known; calculating a correction factor from the identified signal data points and the known physiological level; and deriving analyte levels from the collected signal data using the correction factor.
Electronic control unit having a housing, a cover and at least one printed circuit board (4, 14) arranged in the cover and populated with electronic components, at least one of which is a pressure sensor, characterized in that for pressure supply to the pressure sensor, a snorkel secured to the housing is provided, the upper part of which snorkel encloses the pressure sensor and housing and cover by joining together, and the edge of which snorkel seals against the printed circuit board (4, 14).
A device for producing at least one open bag from at least one layer of a substantially flexible bag material, comprising at least one molding device with at least one molding box in the contour of the bag to be molded with an upper end and a lower end, at least one transport device for transporting the bag material along the molding box, at least one closing device for connecting the bag material along the molding box to form a tube, and at least one closing station for producing a bag base, which is arranged below the lower end of the molding box, characterized in that at least one negative pressure device is provided which is suitable and designed to generate, at least temporarily, at least a slight negative pressure in the tube at least at the lower end of the molding box.
A static mixer, comprising: a housing defining an internal mixing cavity that longitudinally extends along a central axis between an inlet and an outlet and is adapted for axial flow of a fluid therethrough; and a mixing element disposed within the mixing cavity, the mixing element configured to be free from an impingement surface oriented substantially perpendicular to a main direction of fluid flow through the internal mixing cavity and comprising an elongated mixing blade oriented longitudinally within the mixing cavity and having a nose axially oriented toward the inlet, characterized in that the nose of the mixing blade comprises a pair of leading edges extending obliquely inward and toward the inlet from a lateral side of the mixing blade and convergent at an apex. a housing defining an internal mixing cavity that longitudinally extends along a central axis between an inlet and an outlet and is adapted for axial flow of a fluid therethrough; and a mixing element disposed within the mixing cavity, the mixing element configured to be free from an impingement surface oriented substantially perpendicular to a main direction of fluid flow through the internal mixing cavity and comprising an elongated mixing blade oriented longitudinally within the mixing cavity and having a nose axially oriented toward the inlet, characterized in that the nose of the mixing blade comprises a pair of leading edges extending obliquely inward and toward the inlet from a lateral side of the mixing blade and convergent at an apex.
Aircraft propulsion unit having an air intake having a wall provided with a measurement device, comprising: - a flexible envelope having a cavity provided with an opening and comprising a first face configured to be in contact with a surface of the wall, a second face that is opposite the first face, two faces (18c, 18d) forming longitudinal edges of the envelope and two faces (18e, 18f) forming ends of the envelope, - at least one optical fibre is provided in said cavity whose opening is closed by the wall on which the envelope is applied, and characterized in that the longitudinal edges of the envelope have a decreasing thickness that tapers towards the periphery, and in that one of the ends of the envelope is configured to be connected to a management unit, and in that the other of the ends of the envelope has a decreasing thickness that tapers towards an opposite side from the management unit. - a flexible envelope having a cavity provided with an opening and comprising a first face configured to be in contact with a surface of the wall, a second face that is opposite the first face, two faces (18c, 18d) forming longitudinal edges of the envelope and two faces (18e, 18f) forming ends of the envelope, - at least one optical fibre is provided in said cavity whose opening is closed by the wall on which the envelope is applied,
A spray cap for an aerosol container having a dispensing mechanism at the top of the container, the spray cap comprising: - a cap body adapted to be mounted on the aerosol container; - a duct defining a spray channel and having a spray nozzle at one end, and when the spray cap is mounted on the aerosol container, connected with the dispensing mechanism of the aerosol container; - an actuating member coupled with the duct, such that operation of the actuating member, when the cap body is mounted on the container, activates the dispensing mechanism to release the aerosol into the spray channel and towards the spray nozzle, wherein the actuating member is monolithically formed with the cap body, and wherein the actuating member is pivotably attached to the cap body by means of a first flexible connection, such that the actuating member is able to pivot relative to the cap body, and - a locking member pivotably attached to the cap body, which locking member has a locking position in which it restricts movement of the actuating member relative to the cap body and a releasing position in which it allows movement of the actuating member relative to the cap body, wherein the locking member is monolithically formed with the cap body, wherein, in the locking position, the locking member and the actuating member are in engagement, and in the releasing position the locking member and actuating member are disengaged, characterised in that - the cap body comprises a snap member to hold the locking member when it is in its releasing position. - a cap body adapted to be mounted on the aerosol container; - a duct defining a spray channel and having a spray nozzle at one end, and when the spray cap is mounted on the aerosol container, connected with the dispensing mechanism of the aerosol container; - an actuating member coupled with the duct, such that operation of the actuating member, when the cap body is mounted on the container, activates the dispensing mechanism to release the aerosol into the spray channel and towards the spray nozzle, wherein the actuating member is monolithically formed with the cap body, and wherein the actuating member is pivotably attached to the cap body by means of a first flexible connection, such that the actuating member is able to pivot relative to the cap body, and - a locking member pivotably attached to the cap body, which locking member has a locking position in which it restricts movement of the actuating member relative to the cap body and a releasing position in which it allows movement of the actuating member relative to the cap body, wherein the locking member is monolithically formed with the cap body, wherein, in the locking position, the locking member and the actuating member are in engagement, and in the releasing position the locking member and actuating member are disengaged, characterised in that - the cap body comprises a snap member to hold the locking member when it is in its releasing position.
A tensioner comprising: a body having a channel and a plurality of arms projecting outward from the body, each arm including a cleat (425, 460, 470) having a slot (431, 462, 472) adapted to receive a suture; a base member positioned within the channel of the body; an actuating mechanism removeably coupled to the body; and a universal joint (430, 435) adapted to allow for relative movement between the base member and the body such that, when each suture is positioned within each cleat and the actuating mechanism is actuated, the tensioner applies uniform tension to each suture positioned in each cleat; characterized in that the plurality of arms are moveable relative to the base member. a body having a channel and a plurality of arms projecting outward from the body, each arm including a cleat (425, 460, 470) having a slot (431, 462, 472) adapted to receive a suture; a base member positioned within the channel of the body; an actuating mechanism removeably coupled to the body; and a universal joint (430, 435) adapted to allow for relative movement between the base member and the body such that, when each suture is positioned within each cleat and the actuating mechanism is actuated, the tensioner applies uniform tension to each suture positioned in each cleat; characterized in that the plurality of arms are moveable relative to the base member.
A construction machine, comprising: a lower traveling body; an upper slewing body slewably loaded on the lower traveling body, the upper slewing body including an air intake chamber capable of taking in air; an engine loaded on the upper slewing body; an electrical component loaded on the upper slewing body; an air intake duct forming a duct flow path for guiding the air taken into the air intake chamber toward the engine; a blow fan to direct the air inside the air intake chamber toward the engine through the duct flow path; wherein the blow fan is adapted to discharge air flowing inside the air intake duct toward the engine to thereby make the pressure inside the air intake duct lower than the pressure inside the air intake chamber, and an electrical-component cover (36, 50, 43) which covers the electrical component so as to define an air flow path, between the electrical-component cover (36, 50, 43) and the electrical component disposed on an inner side of the electrical-component cover (36, 50, 43), for flowing air along the electrical component, characterized in that the electrical-component cover (36, 50, 43) includes an air inlet which brings an upstream portion of the air flow path into communication with the air intake chamber and an air outlet which brings a downstream portion of the air flow path into communication with the air intake duct, such that the air taken into the air intake chamber is sucked inside the electrical component cover (36, 50, 43) through the air inlet and discharged to the inside of the air intake duct through the air outlet after passing through the air flow path. a lower traveling body; an upper slewing body slewably loaded on the lower traveling body, the upper slewing body including an air intake chamber capable of taking in air; an engine loaded on the upper slewing body; an electrical component loaded on the upper slewing body; an air intake duct forming a duct flow path for guiding the air taken into the air intake chamber toward the engine; a blow fan to direct the air inside the air intake chamber toward the engine through the duct flow path; wherein the blow fan is adapted to discharge air flowing inside the air intake duct toward the engine to thereby make the pressure inside the air intake duct lower than the pressure inside the air intake chamber, and an electrical-component cover (36, 50, 43) which covers the electrical component so as to define an air flow path, between the electrical-component cover (36, 50, 43) and the electrical component disposed on an inner side of the electrical-component cover (36, 50, 43), for flowing air along the electrical component, characterized in that
A sanitary mirror device, comprising: - a mirror element having a reflective mirror plane; - a sensor unit including one or more sensors (41, 42, 43, 44) which are configured to detect body characteristics data in a contactless manner, the body characteristics data corresponding to or related to at least one body characteristics of an individual in front of the mirror device; - a display unit; - a control unit configured to receive the body characteristics data and to instruct the display unit to display information corresponding to and/or relating to the body characteristics data, characterised in that the sensor unit comprises a radar sensor unit configured to perform a Doppler radar measurement to detect the body characteristics data, and in that the radar sensor unit has a radar unit and an analyzing unit to process radar signals, wherein the radar unit is configured to provide radar signals and comprises at least one antenna (41c, 41d), wherein the at least one antenna (41c, 41d) is provided as one of a part of a frame circumventing the mirror plane, or an area of a metal layer forming the mirror plane which is galvanically isolated from the rest of the mirror plane. - a mirror element having a reflective mirror plane; - a sensor unit including one or more sensors (41, 42, 43, 44) which are configured to detect body characteristics data in a contactless manner, the body characteristics data corresponding to or related to at least one body characteristics of an individual in front of the mirror device; - a display unit; - a control unit configured to receive the body characteristics data and to instruct the display unit to display information corresponding to and/or relating to the body characteristics data, the sensor unit comprises a radar sensor unit configured to perform a Doppler radar measurement to detect the body characteristics data, and in that the radar sensor unit has a radar unit and an analyzing unit to process radar signals, wherein the radar unit is configured to provide radar signals and comprises at least one antenna (41c, 41d), wherein the at least one antenna (41c, 41d) is provided as one of a part of a frame circumventing the mirror plane, or an area of a metal layer forming the mirror plane which is galvanically isolated from the rest of the mirror plane.
Ventilating device comprising flat elements which in a first setting bear against one another in order to provide a closed surface and in a second setting are arranged at a spacing from one another in order to form air outlet openings, characterised in that - the flat elements are connected together by way of flexible connecting elements, - the flat elements which are arranged at the edges are connected with setting means and - the setting means are constructed and arranged to be movable in such a way that all flat elements can be brought into the second setting by way of the setting means. - the flat elements are connected together by way of flexible connecting elements, - the flat elements which are arranged at the edges are connected with setting means and - the setting means are constructed and arranged to be movable in such a way that all flat elements can be brought into the second setting by way of the setting means.
A sensing device, comprising: a magnetic bias layer having a first magnetic surface and an opposing second magnetic surface, the magnetic bias layer comprising a first magnetic material, a resonator having a first resonator major surface and an opposing second resonator major surface, the resonator comprising a second magnetic material, the second resonator major surface facing toward the first magnetic surface, the first resonator major surface having a predefined channel, a spacer disposed between the magnetic bias layer and the resonator, and an environmental change receptor disposed proximate to the predefined channel, wherein the environmental change receptor distributes along at least part of the predefined channel in response to a change in environment, and wherein resonant frequency of the resonator shifts in response to the distribution of the environmental change receptor along at least part of the predefined channel. a magnetic bias layer having a first magnetic surface and an opposing second magnetic surface, the magnetic bias layer comprising a first magnetic material, a resonator having a first resonator major surface and an opposing second resonator major surface, the resonator comprising a second magnetic material, the second resonator major surface facing toward the first magnetic surface, the first resonator major surface having a predefined channel, a spacer disposed between the magnetic bias layer and the resonator, and an environmental change receptor disposed proximate to the predefined channel, wherein the environmental change receptor distributes along at least part of the predefined channel in response to a change in environment, and wherein resonant frequency of the resonator shifts in response to the distribution of the environmental change receptor along at least part of the predefined channel.
A mobile device operable to receive hyper-text transfer protocol (HTTP) adaptive streaming, HAS, having computer circuitry configured to: receive a manifest file for an HTTP adaptive stream from a node, wherein the manifest file is a media presentation description for a dynamic adaptive streaming over HTTP, DASH, adaptation set or metadata embedded in a file format; selecting a rate corresponding to a physical layer goodput of the mobile device with the node, if a rate determined from segment information is greater than said rate corresponding to the physical layer goodput, and selecting said rate determined from segment information otherwise, wherein the segment information includes initialization information and actual media segment data. receive a manifest file for an HTTP adaptive stream from a node, wherein the manifest file is a media presentation description for a dynamic adaptive streaming over HTTP, DASH, adaptation set or metadata embedded in a file format; selecting a rate corresponding to a physical layer goodput of the mobile device with the node, if a rate determined from segment information is greater than said rate corresponding to the physical layer goodput, and selecting said rate determined from segment information otherwise, wherein the segment information includes initialization information and actual media segment data.
A system for citrate anticoagulation in an extracorporeal blood circuit comprising an arterial blood line configured to be connected to a vascular access for withdrawing blood from a patient and a venous blood line configured to be connected to the vascular access for returning blood to the patient, the system comprising: a filter with a dialysate side and a blood side, which blood side is in fluid communication with the arterial and venous blood lines; and which blood side is in fluid communication with an anticoagulation fluid source comprising 15-40 mM citrate; a treatment fluid source comprising 1.5-8 mM citrate and ≥10 mM bicarbonate, and said treatment fluid source being in fluid communication with at least one of the blood side or dialysate side of the filter. a filter with a dialysate side and a blood side, which blood side is in fluid communication with the arterial and venous blood lines; and which blood side is in fluid communication with an anticoagulation fluid source comprising 15-40 mM citrate; a treatment fluid source comprising 1.5-8 mM citrate and ≥10 mM bicarbonate, and said treatment fluid source being in fluid communication with at least one of the blood side or dialysate side of the filter.
A support assembly for a blade outer air seal of a gas turbine engine, the support assembly comprising: a unitary control ring extending about a circumferential axis; a plurality of first supports having a cavity receiving the control ring; and a plurality of cover plates attached to the plurality of first supports enclosing the cavity, characterised in that: each of the plurality of first supports includes a C-shaped cross-section formed by a radially inner flange connected to a radially outer flange by a radially extending flange, with the opening of the C-shaped cross-section facing an axially upstream or forward direction. a unitary control ring extending about a circumferential axis; a plurality of first supports having a cavity receiving the control ring; and a plurality of cover plates attached to the plurality of first supports enclosing the cavity,
A method to assess the bioflora of the oral cavity comprising using quantitative real time PCR or quantitative RT-PCR to quantify levels of at least one cariogenic bacteria and/or at least one arginolytic bacteria.