mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for ultrasonic atomizing of a liquid in a replaceable container, comprising: a housing with a power source; wherein the housing has the container with the liquid for atomizing; an ultrasonic transducer and a sonotrode, wherein the container has a wick for drawing the liquid to the sonotrode provided at one end of the ultrasonic transducer, which is located in the housing; the sonotrode being configured to engage the wick and allow for a displacement of greater than 10 micrometer; the ultrasonic transducer is connected to the power source and a signal generator; the ultrasonic transducer is a Langevin stack with piezoelectric elements held in compression between an anvil and the sonotrode by a bolt, transmitting ultrasonic energy to the sonotrode's forward end that engages the wick formed by a porous absorbent material interfacing the forward end of the sonotrode, wherein the liquid in the replaceable container is such that the liquid is delivered to the sonotrode for nebulizing in a controlled manner; whereby when activated, the ultrasonic transducer is configured to vibrate the sonotrode, such that the liquid from the wick is atomized, and vapor of the atomized liquid exits the apparatus; and a removable container assembly that is removable from the housing; characterized in that the housing has a mouthpiece and the liquid is a vaping liquid; and the wick is configured to act as a stopper to prevent leakage of the vaping liquid when the container assembly is removed from the nebulizer housing. a housing with a power source; wherein the housing has the container with the liquid for atomizing; an ultrasonic transducer and a sonotrode, wherein the container has a wick for drawing the liquid to the sonotrode provided at one end of the ultrasonic transducer, which is located in the housing; the sonotrode being configured to engage the wick and allow for a displacement of greater than 10 micrometer; the ultrasonic transducer is connected to the power source and a signal generator; the ultrasonic transducer is a Langevin stack with piezoelectric elements held in compression between an anvil and the sonotrode by a bolt, transmitting ultrasonic energy to the sonotrode's forward end that engages the wick formed by a porous absorbent material interfacing the forward end of the sonotrode, wherein the liquid in the replaceable container is such that the liquid is delivered to the sonotrode for nebulizing in a controlled manner; whereby when activated, the ultrasonic transducer is configured to vibrate the sonotrode, such that the liquid from the wick is atomized, and vapor of the atomized liquid exits the apparatus; and a removable container assembly that is removable from the housing; characterized in that the housing has a mouthpiece and the liquid is a vaping liquid; and the wick is configured to act as a stopper to prevent leakage of the vaping liquid when the container assembly is removed from the nebulizer housing.
An access portal comprising: a seal housing; a sleeve mounted to the seal housing, the sleeve having an internal longitudinal passage adapted to provide access to underlying tissue; a seal having an opening for reception and passage of a surgical instrument in substantial sealed relation therewith, the seal in mechanical cooperation with an inner wall of the seal housing; a sponge disposed distally of the seal adapted for absorbing fluids that enter the seal housing; and a valve configured to maintain an air-tight seal in the absence of the surgical instrument passing therethrough, the valve disposed distally of the sponge; wherein the sponge is composed of cellulose. a seal housing; a sleeve mounted to the seal housing, the sleeve having an internal longitudinal passage adapted to provide access to underlying tissue; a seal having an opening for reception and passage of a surgical instrument in substantial sealed relation therewith, the seal in mechanical cooperation with an inner wall of the seal housing; a sponge disposed distally of the seal adapted for absorbing fluids that enter the seal housing; and a valve configured to maintain an air-tight seal in the absence of the surgical instrument passing therethrough, the valve disposed distally of the sponge; wherein the sponge is composed of cellulose.
A method, performed at a server device, for detecting tracking elements of a web page, wherein the server device is configured to control a proxy server, the method comprising: - obtaining a web page address configured to connect to a web server; - establishing a controlled communication interface between the server device and the web server via the proxy server; - transmitting, via the controlled communication interface, a web page request based on the web page address; - receiving, via the controlled communication interface, a web page response; - identifying, based on the web page response, a set of tracking tags including a first tracking tag and a second tracking tag; - deactivating all tracking tags of the set; - activating the first tracking tag; and - providing a report comprising one or more tracking attributes of a set of tracking elements, the set of tracking elements comprising tracking elements deployed by the first tracking tag. - obtaining a web page address configured to connect to a web server; - establishing a controlled communication interface between the server device and the web server via the proxy server; - transmitting, via the controlled communication interface, a web page request based on the web page address; - receiving, via the controlled communication interface, a web page response; - identifying, based on the web page response, a set of tracking tags including a first tracking tag and a second tracking tag; - deactivating all tracking tags of the set; - activating the first tracking tag; and - providing a report comprising one or more tracking attributes of a set of tracking elements, the set of tracking elements comprising tracking elements deployed by the first tracking tag.
An electrolyte membrane for a polymer electrolyte fuel cell, comprising: an electrolyte membrane that includes an electrolyte material; and a nonwoven fabric included in the electrolyte material, wherein the nonwoven fabric includes a plurality of fused parts provided in straight lines or dots, the fused parts each being formed of two or more strands of nonwoven fiber fused to each other, and the fused parts having a thickness smaller than a thickness of the nonwoven fabric. an electrolyte membrane that includes an electrolyte material; and a nonwoven fabric included in the electrolyte material, wherein the nonwoven fabric includes a plurality of fused parts provided in straight lines or dots, the fused parts each being formed of two or more strands of nonwoven fiber fused to each other, and the fused parts having a thickness smaller than a thickness of the nonwoven fabric.
A ship, especially a cruise ship, which has at least one weather deck and superstructures (4, 5), with at least cabins, adjoining the weather deck, a vertically oriented wind tunnel being provided on the ship, in which wind tunnel a parachute jump and/or a flying experience can be simulated by means of an upwardly directed air stream, the wind tunnel being provided on the weather deck, characterised in that the air exiting the wind tunnel in the upper end region is recirculated through a recirculation duct (6, 16) which is structurally integrated into the superstructures (4, 5) adjoining the weather deck.
An illuminating device comprising: a grip configured to be held by an operator and extending in a vertical direction; and a battery connected to a lower end of the grip, characterized by: an irradiation-part base part configured to be turned about a first turning shaft at an upper part of the grip, the first turning shaft extending in a left-right direction perpendicular to the vertical direction; a first lamp provided on the irradiation-part base part; an irradiation-part distal end part configured to be turned about a second turning shaft with respect to the irradiation-part base part, the second turning shaft connecting the irradiation-part distal end part to the irradiation-part base part at an upper end of the grip; and a second lamp provided on the irradiation-part distal end part, the second lamp having a longer form than the first lamp and is thin with respect to its length. a grip configured to be held by an operator and extending in a vertical direction; and a battery connected to a lower end of the grip, characterized by: an irradiation-part base part configured to be turned about a first turning shaft at an upper part of the grip, the first turning shaft extending in a left-right direction perpendicular to the vertical direction; a first lamp provided on the irradiation-part base part; an irradiation-part distal end part configured to be turned about a second turning shaft with respect to the irradiation-part base part, the second turning shaft connecting the irradiation-part distal end part to the irradiation-part base part at an upper end of the grip; and a second lamp provided on the irradiation-part distal end part, the second lamp having a longer form than the first lamp and is thin with respect to its length. an irradiation-part base part configured to be turned about a first turning shaft at an upper part of the grip, the first turning shaft extending in a left-right direction perpendicular to the vertical direction; a first lamp provided on the irradiation-part base part; an irradiation-part distal end part configured to be turned about a second turning shaft with respect to the irradiation-part base part, the second turning shaft connecting the irradiation-part distal end part to the irradiation-part base part at an upper end of the grip; and a second lamp provided on the irradiation-part distal end part, the second lamp having a longer form than the first lamp and is thin with respect to its length.
An inner blade for electric shaver comprising plural blade elements which are supported on a base, and reciprocally drivable parallel to an outer foil blade having beard/moustache/whisker introduction apertures so as to cut beards, moustaches or whiskers by the inner blade and the outer foil blade, wherein cutting velocity of the inner blade elements are to be equal to or faster than 0.5 m/s; the blade elements are arranged in parallel to each other; a pair of cutting edges is provided symmetrically on both sides of a top portion of each of the blade elements; each of the cutting edges is established with a top face of each of the blade elements and a cutting face slanted for the top face; and a cusp of each of the cutting edges is rounded to have a radius of curvature R ( μ m); characterized in that as an angle of the cutting face for the top face is designated by a symbol α (degree), the radius of curvature R of the cusp of the cutting edge is selected to satisfy a relation that R≦-0.02·α+1.1 ( μ m)
Method for assessing a position of a vehicle, in particular an autonomously guided vehicle, by means of an apparatus for determining a position of a vehicle, having an antenna for receiving satellite navigation data from a global satellite navigation system (GNSS), at least one processing unit for processing the received satellite navigation data, and a secure safety unit for the secure processing of data, having the steps of: - transmitting a first absolute position determined by a first processing unit to the safety unit, - receiving the satellite navigation data by means of the safety unit, - determining a second absolute position on the basis of the satellite navigation data by means of the safety unit, - comparing the first absolute position with the second absolute position by means of the safety unit, and - assessing the first absolute positions on the basis of the deviation from the second absolute position or vice versa by means of the safety unit, wherein at least that part of the safety unit which determines the second absolute position is in the form of a safety unit which is secure in terms of software and/or hardware, wherein the safety unit is in the form of an independent microcontroller, and wherein the microcontroller is designed to meet the requirements of ASIL A, B, C or D according to ISO 26262. - transmitting a first absolute position determined by a first processing unit to the safety unit, - receiving the satellite navigation data by means of the safety unit, - determining a second absolute position on the basis of the satellite navigation data by means of the safety unit, - comparing the first absolute position with the second absolute position by means of the safety unit, and - assessing the first absolute positions on the basis of the deviation from the second absolute position or vice versa by means of the safety unit,
Document with embedded hologram, in particular identity card having a card body made of several plastic sheets laminated together, wherein a hologram label is embedded between a first and a second plastic sheet (5.1 and 5.2), characterized in that the embedded hologram label is a completely embedded volume hologram label (2, 9) wrapped in adhesive, in which individual holographic personal data are stored, wherein the individualized volume hologram label (2, 9) has been embedded in the card body of the identity card during the temperature- and pressure-supported card body lamination process, with complete maintenance of the holographic information.
An alkaline-activated slag composition, wherein the composition includes: a source of slag; a source of an alkali metal carbonate comprising 0.5 to 6.0 in the metal oxide equivalent (i.e. Na 2 O for Na 2 CO 3) weight % of the source of slag; a silica fume comprising 0.5 to 5 weight % of the source of slag; and a slaked lime comprising 0.5 to 5.0 weight % of the source of slag. a source of slag; a source of an alkali metal carbonate comprising 0.5 to 6.0 in the metal oxide equivalent (i.e. Na 2 O for Na 2 CO 3) weight % of the source of slag; a silica fume comprising 0.5 to 5 weight % of the source of slag; and a slaked lime comprising 0.5 to 5.0 weight % of the source of slag.
A method for collaborative navigation, comprising: (a) initializing a conditionally independent filter on a local platform; (b) propagating the conditionally independent filter forward in time; (c) when a local measurement has been made, updating the conditionally independent filter with the local measurement; (d) when a common measurement has been made, updating the conditionally independent filter with the common measurement; (e) determining whether a remote conditioning node has arrived from a remote platform for conditional update processing; (f) if a remote conditioning node has arrived, determining whether the remote conditioning node needs to be fused with a first local conditioning node of the conditionally independent filter; (g) if the remote conditioning node needs to be fused with the first local conditioning node, performing a node-to-node fusion in the conditionally independent filter to merge the remote conditioning node with the first local conditioning node to produce a merged conditioning node; and (h) performing a conditional update of the conditionally independent filter; wherein the first local conditioning node and the remote conditioning node are defined in a dynamic Bayesian network graph. (a) initializing a conditionally independent filter on a local platform; (b) propagating the conditionally independent filter forward in time; (c) when a local measurement has been made, updating the conditionally independent filter with the local measurement; (d) when a common measurement has been made, updating the conditionally independent filter with the common measurement; (e) determining whether a remote conditioning node has arrived from a remote platform for conditional update processing; (f) if a remote conditioning node has arrived, determining whether the remote conditioning node needs to be fused with a first local conditioning node of the conditionally independent filter; (g) if the remote conditioning node needs to be fused with the first local conditioning node, performing a node-to-node fusion in the conditionally independent filter to merge the remote conditioning node with the first local conditioning node to produce a merged conditioning node; and (h) performing a conditional update of the conditionally independent filter; wherein the first local conditioning node and the remote conditioning node are defined in a dynamic Bayesian network graph.
Unmanned aerial vehicle having a direction sensor, a computation element for deriving a second piece of directional information from a change of position of the unmanned aerial vehicle and having a positioning module that provides a control unit of the unmanned aerial vehicle with a directional guideline for a corrective motion from an actual position to a desired position, wherein the corrective motion is triggered on the basis of the first piece of directional information obtained using the direction sensor, characterized in that the directional guideline is corrected on the basis of the second piece of directional information after the beginning of the corrective motion, wherein the first piece of directional information is obtained independently of a change of position of the unmanned aerial vehicle.
A pair of dynamic external fixation devices for the reduction of fractures of bone fragments, said devices being configured to be arranged on either side of a first bone portion through which a first pin passes in the proximal position and of a second bone portion through which a second pin passes in the distal position, while each of the dynamic external fixation devices comprises a first part body and a second part body, the first part body having a longitudinal profile extending along a first axis (X, X'), including a proximal through-bore along a second axis (Y, Y') into which the first pin is configured to be inserted, said first part body being embedded in a first coil spring, characterized in that said first coil spring is nested in a second coil spring, in that the second part body is a ring secured to the distal end of the second coil spring, the assembly formed by the ring and the second spring being rotatably mounted on the first body part, in that the distal portion of the ring is configured to come into abutment against the second pin, and in that the distal portion of the first part body includes a longitudinal opening arranged parallel to the second axis (Y, Y') into which the second pin is configured to be inserted. characterized in that said first coil spring is nested in a second coil spring, in that the second part body is a ring secured to the distal end of the second coil spring, the assembly formed by the ring and the second spring being rotatably mounted on the first body part, in that the distal portion of the ring is configured to come into abutment against the second pin, and in that the distal portion of the first part body includes a longitudinal opening arranged parallel to the second axis (Y, Y') into which the second pin is configured to be inserted.
A method for amplifying a nucleic acid molecule, comprising: mixing an RNA template with a composition comprising a reverse transcriptase, a DNA polymerase and a RT inhibition reducer selected from Sso7d, Sac7d and Sac7e; and incubating the mixture under conditions sufficient to synthesize a DNA molecule complementary to all or a portion of the RNA template, thereby amplifying the nucleic acid molecule. mixing an RNA template with a composition comprising a reverse transcriptase, a DNA polymerase and a RT inhibition reducer selected from Sso7d, Sac7d and Sac7e; and incubating the mixture under conditions sufficient to synthesize a DNA molecule complementary to all or a portion of the RNA template, thereby amplifying the nucleic acid molecule.
Reducing sleeve (223, 224; 323; 423; 523) for installing into a scaffold component (101; 201; 301; 401), in particular into a hollow-profile rod (103; 203; 303; 403; 703) and preferably into a scaffold frame (102; 202; 702) which comprises at least one hollow-profile rod (103; 203), wherein the reducing sleeve (223, 224; 323; 423; 523) comprises a sleeve body (225; 226; 325) having a cylindrical outer lateral surface (AMF225; AMF325), wherein the reducing sleeve (223, 224; 323; 423; 523) comprises at least one latching device (262, 263; 362, 363), wherein the latching device (262, 263; 362, 363) comprises a latching lug (262a, 263a; 362a, 363a) and a spring (262b, 263b; 362b, 363b), wherein, in a latching position (R262, R263; R362, R363), the latching lug (262a, 263a; 362a, 363a) projects outwardly beyond the outer lateral surface (AMF225; AMF325) and is arranged spring-mounted on the sleeve body (225; 226; 325) in such a way that it can be pressed out of the latching position (R262, R263; R362, R363) into the sleeve body (225; 226; 325) against a restoring force of the spring (262b, 263b; 362b, 363b) to such an extent that the latching lug (262a, 263a; 362a, 363a) lies substantially flat in the outer lateral surface (AMF225; AMF325), characterized in that the spring (262b, 263b; 362b, 363b) of the latching device (262, 263; 362, 363) is formed by a first latching portion (271; 371) of the sleeve body (225; 226; 325) that is separated from a holding portion (272; 372) of the sleeve body (225; 226; 325) on the longitudinal sides by cuts (271a, 271b; 371a, 371b) extending next to one another axially in the direction of a longitudinal axis (L223; L323) of the sleeve body (225; 226; 325) and is connected on the transverse sides to the holding portion (272; 372) of the sleeve body (225; 226; 325), wherein the latching lug (262a, 263a; 362a, 363a) is connected to the latching portion (225; 271; 371).
A delivery device for modulating a condition relating to social cognition and/or behaviour in a human subject using oxytocin, non-peptide agonists thereof and/or antagonists thereof, comprising: a nosepiece for fitting to a nasal cavity of the subject; and a supply unit adapted to administer less than 24IU of oxytocin, non-peptide agonists thereof and/or antagonists thereof through the nosepiece to an upper region posterior of the nasal valve, which is innervated by the trigeminal nerve; characterized in that: the nosepiece comprises a body part which comprises a base portion which defines a flow passage therethrough, and a projection at a distal end of the base portion which comprises a flat element in the form of a blade with a length in a sagittal direction greater than a length in a lateral direction, orthogonal to the sagittal plane, and at least in part provides a tip of the nosepiece, the tip extending into the nasal valve and acting to expand the nasal valve, and confers a rigidity in the sagittal direction, which enables the tip to open fleshy tissue at an upper region of the nasal valve and thereby expand an open area of the nasal valve, and a flexibility in the lateral direction, which facilitates insertion of the tip into the nasal valve. a nosepiece for fitting to a nasal cavity of the subject; and a supply unit adapted to administer less than 24IU of oxytocin, non-peptide agonists thereof and/or antagonists thereof through the nosepiece to an upper region posterior of the nasal valve, which is innervated by the trigeminal nerve; characterized in that: the nosepiece comprises a body part which comprises a base portion which defines a flow passage therethrough, and a projection at a distal end of the base portion which comprises a flat element in the form of a blade with a length in a sagittal direction greater than a length in a lateral direction, orthogonal to the sagittal plane, and at least in part provides a tip of the nosepiece, the tip extending into the nasal valve and acting to expand the nasal valve, and confers a rigidity in the sagittal direction, which enables the tip to open fleshy tissue at an upper region of the nasal valve and thereby expand an open area of the nasal valve, and a flexibility in the lateral direction, which facilitates insertion of the tip into the nasal valve.