mhurhangee/ep-ind-claims huggingface dataset:
A nose cone for a gas turbine engine, the nose cone comprising: a substantially conical spinner, the spinner including a main portion and an axially extending stepped portion; an annular aft support ring, the aft support ring radially secured to the axially extending stepped portion; and a fairing, the fairing secured to the stepped portion; wherein the axially extending stepped portion further includes a receiving joint for receiving the fairing and an interference fitting lip for receiving the annular aft support ring; wherein the annular aft support ring further includes an interference fitting flange having an outer diameter that is slightly greater than an inner diameter of the interference fitting lip so that the interference fitting lip is force-fitted over the interference fitting flange creating a frictional bond, which maintains concentricity between the spinner and the aft support ring; and wherein the spinner further includes a first axial stop abutting the fairing, the first axial stop controlling the position of the fairing relative to the spinner. a substantially conical spinner, the spinner including a main portion and an axially extending stepped portion; an annular aft support ring, the aft support ring radially secured to the axially extending stepped portion; and a fairing, the fairing secured to the stepped portion; wherein the axially extending stepped portion further includes a receiving joint for receiving the fairing and an interference fitting lip for receiving the annular aft support ring; wherein the annular aft support ring further includes an interference fitting flange having an outer diameter that is slightly greater than an inner diameter of the interference fitting lip so that the interference fitting lip is force-fitted over the interference fitting flange creating a frictional bond, which maintains concentricity between the spinner and the aft support ring; and wherein the spinner further includes a first axial stop abutting the fairing, the first axial stop controlling the position of the fairing relative to the spinner.
Method for manufacturing a composite material comprising functionalized carbon nanotubes and a metal matrix, characterized in that it comprises at least the following steps: i) dispersing functionalized carbon nanotubes, or a mixture of functionalized carbon nanotubes and at least one metal, in a metal foam having open or semi-open pores, to form a composite structure; ii) compacting the composite structure obtained at preceding step i) to form a composite material in the form of a solid mass. i) dispersing functionalized carbon nanotubes, or a mixture of functionalized carbon nanotubes and at least one metal, in a metal foam having open or semi-open pores, to form a composite structure; ii) compacting the composite structure obtained at preceding step i) to form a composite material in the form of a solid mass.
A cartridge for supplying a fluid to a fluid ejection apparatus, the cartridge comprising: a fluid accommodation portion; an air intake port configured to introduce air into the fluid accommodation portion; a fluid supply port connectable with the fluid ejection apparatus; and a sealing member provided to close the fluid supply port and having a lever, wherein the fluid supply port includes: a fluid exit provided to flow out the fluid to the fluid ejection apparatus; and a connection port arranged to connect inside of the fluid supply port with the air intake port, and wherein the connection port is not in contact with a side face of the fluid supply port; the connection port is at one end of a passage protruded in the fluid supply port; and the connection port and the lever are located on an identical side with respect to the fluid exit. a fluid accommodation portion; an air intake port configured to introduce air into the fluid accommodation portion; a fluid supply port connectable with the fluid ejection apparatus; and a sealing member provided to close the fluid supply port and having a lever, wherein the fluid supply port includes: a fluid exit provided to flow out the fluid to the fluid ejection apparatus; and a connection port arranged to connect inside of the fluid supply port with the air intake port, and wherein the connection port is not in contact with a side face of the fluid supply port; the connection port is at one end of a passage protruded in the fluid supply port; and the connection port and the lever are located on an identical side with respect to the fluid exit. a fluid exit provided to flow out the fluid to the fluid ejection apparatus; and a connection port arranged to connect inside of the fluid supply port with the air intake port, and wherein the connection port is not in contact with a side face of the fluid supply port; the connection port is at one end of a passage protruded in the fluid supply port; and the connection port and the lever are located on an identical side with respect to the fluid exit.
A reaction mixture comprising a recombinant sialate-O-acetyltransferase (SOAT) polypeptide, wherein the SOAT polypeptide comprises the amino acid sequence of SEQ ID NO: 10 and wherein the SOAT polypeptide transfers an acetyl moiety from a donor substrate to an acceptor substrate.
A shoe composed of an assembly insole which is vapor-permeable or provided with through holes, an upper which is fixed to the edges of the insole, and a sole (12, 112) below the insole and at the edges of the upper, said shoe comprising at least one cavity (14, 114) which is sealed from the rest provided inside the sole (12, 112), said at least one cavity having an upper wall which faces said vapor-permeable or perforated assembly insole and is constituted by a membrane (13, 113) which is waterproof and permeable to water vapor, said at least one cavity (14, 114) having inlet and outlet ducts (18, 118; 20, 120) for changing the air contained therein, characterized in that said inlet and outlet ducts (18, 118; 20, 120) are respectively adapted for inflow of air into said at least one cavity (14, 114) and outflow of air to the exterior of the shoe.
A computer-implemented method comprising steps: receiving user location data from a user cellphone or GPS or other location enabled device and storing the user location data; receiving data identifying an outbreak; backtracking contacts to the outbreak correlating historical locations of the outbreak with the stored user location data indicating past locations of the user; and alerting the user of a potential point of contact with the outbreak, when the stored user location data of the past locations of the user's past location had overlapped with the historical locations of the outbreak. receiving user location data from a user cellphone or GPS or other location enabled device and storing the user location data; receiving data identifying an outbreak; backtracking contacts to the outbreak correlating historical locations of the outbreak with the stored user location data indicating past locations of the user; and alerting the user of a potential point of contact with the outbreak, when the stored user location data of the past locations of the user's past location had overlapped with the historical locations of the outbreak.
Circuit arrangement for testing a dynamic microphone, at least comprising a test signal generating stage that can apply an AC test voltage to the microphone, characterized by an evaluation stage to which a measurement signal that can be tapped off from a microphone, particularly after preamplification, and a setpoint value signal can be supplied and that is designed to deliver a result signal including a piece of information about a possible defect in the microphone, wherein the evaluation stage is designed to detect an amplitude of the measurement signal, to form an amplitude signal therefrom and to compare the amplitude signal with the setpoint value signal and to generate the result signal from this comparison.
A method of isolating and treating a particulate target using an apparatus, wherein the particulate target is a single animal cell or an aggregate thereof, comprising at least a capillary comprising a tip orifice and an internal cavity, said internal cavity comprising a treatment liquid, a positioning element capable of positioning the tip orifice of the capillary, a discharging/drawing element capable of causing a discharge of treatment liquid from the capillary as well as causing a drawing of treatment liquid into the capillary, wherein the discharged and/or drawn volume can be selected in the range of 1 to 1000 nl, characterized in that said method comprises the steps of: a. locating the particulate target to be isolated and treated b. positioning the tip orifice of the capillary such that the tip orifice of the capillary comes in proximity to the particulate target, using the positioning element, c. discharging of treatment liquid such as to enclose the particulate target in the treatment liquid, d. drawing the particulate target enclosed in the treatment liquid into the internal cavity of the capillary, e. treating the particulate target within the internal cavity of the capillary comprising the treatment liquid. at least a capillary comprising a tip orifice and an internal cavity, said internal cavity comprising a treatment liquid, a positioning element capable of positioning the tip orifice of the capillary, a discharging/drawing element capable of causing a discharge of treatment liquid from the capillary as well as causing a drawing of treatment liquid into the capillary, wherein the discharged and/or drawn volume can be selected in the range of 1 to 1000 nl, characterized in that said method comprises the steps of: a. locating the particulate target to be isolated and treated b. positioning the tip orifice of the capillary such that the tip orifice of the capillary comes in proximity to the particulate target, using the positioning element, c. discharging of treatment liquid such as to enclose the particulate target in the treatment liquid, d. drawing the particulate target enclosed in the treatment liquid into the internal cavity of the capillary, e. treating the particulate target within the internal cavity of the capillary comprising the treatment liquid. a. locating the particulate target to be isolated and treated b. positioning the tip orifice of the capillary such that the tip orifice of the capillary comes in proximity to the particulate target, using the positioning element, c. discharging of treatment liquid such as to enclose the particulate target in the treatment liquid, d. drawing the particulate target enclosed in the treatment liquid into the internal cavity of the capillary, e. treating the particulate target within the internal cavity of the capillary comprising the treatment liquid.
Assembly for conveying goods, in particular for a lorry, a trailer, a skip container, a swap body, a semitrailer or the like, comprising at least one lateral loading opening and a foldable lateral wall, whereby the foldable lateral wall is movably supported on at least one upper rail arranged on the upper region of the lateral loading opening between a completely deployed position and a completely folded position, characterised in that at least one part of an end portion of the upper rail adjacent the lateral end of the assembly is arranged on the assembly and movable linearly in the longitudinal direction of the upper rail between a completely retracted position and a completely extended position on the assembly, whereby the part of the end portion of the upper rail does not project beyond the lateral end of the assembly in its completely retracted position and projects at least partially beyond the lateral end of the assembly in its completely extended position.
A method employed by a cardiac mapping system according to independent claim 6 for reconstructing electrical activity propagation along an electrode array within a cardiac chamber, the method comprising: sampling signals from the electrode array including signals from a channel of interest to generate a first plurality of signal samples and a second plurality of signal samples, the first plurality of signal samples corresponding to the channel of interest, and the second plurality of signal samples corresponding to N neighboring channels, wherein the N neighboring channels comprise at least one channel; wherein sampling the signals comprises including a subset of channels designed or biased toward picking up global activity in the multi-dimensional space to enhance discrimination on other channels; constructing an N-dimensional signal vector, wherein each dimension of the N-dimensional signal vector is a difference between a signal on the channel of interest at a sampling time and a signal on a neighboring channel at the sampling time; determining a change in the N-dimensional signal vector over time; and comparing the change to a predetermined threshold to establish whether local activation has occurred on the channel of interest. sampling signals from the electrode array including signals from a channel of interest to generate a first plurality of signal samples and a second plurality of signal samples, the first plurality of signal samples corresponding to the channel of interest, and the second plurality of signal samples corresponding to N neighboring channels, wherein the N neighboring channels comprise at least one channel; wherein sampling the signals comprises including a subset of channels designed or biased toward picking up global activity in the multi-dimensional space to enhance discrimination on other channels; constructing an N-dimensional signal vector, wherein each dimension of the N-dimensional signal vector is a difference between a signal on the channel of interest at a sampling time and a signal on a neighboring channel at the sampling time; determining a change in the N-dimensional signal vector over time; and comparing the change to a predetermined threshold to establish whether local activation has occurred on the channel of interest.
An electrocardiographic signal detection device comprising: a housing; a display window provided in the housing; at least one pair of electrodes (10,11) for detecting electrical signals of a living body, disposed on a surface of the display window, and made of a transparent electroconductive material; an insulating film disposed on the at least one pair of electrodes (10,11), made of a transparent insulating material, the insulating film having a contact surface which is a surface opposite to a surface being in contact with the at least one pair of electrodes (10,11) where the contact surface is to be contacted with the living body; a differential amplifier for generating an electrocardiographic signal by differentially amplifying the electrical signals of the living body, which are detected through capacitive coupling between the living body contacted with the contact surface of the insulating film and the at least one pair of electrodes (10,11); an arithmetic processing unit for obtaining biological information based on the electrocardiographic signal generated by the differential amplifier; a display panel disposed in the housing and displaying display information through the display window, the at least one pair of electrodes (10,11), and through the insulating film, and an information display circuit for displaying the display information on the display panel. a housing; a display window provided in the housing; at least one pair of electrodes (10,11) for detecting electrical signals of a living body, disposed on a surface of the display window, and made of a transparent electroconductive material; an insulating film disposed on the at least one pair of electrodes (10,11), made of a transparent insulating material, the insulating film having a contact surface which is a surface opposite to a surface being in contact with the at least one pair of electrodes (10,11) where the contact surface is to be contacted with the living body; a differential amplifier for generating an electrocardiographic signal by differentially amplifying the electrical signals of the living body, which are detected through capacitive coupling between the living body contacted with the contact surface of the insulating film and the at least one pair of electrodes (10,11); an arithmetic processing unit for obtaining biological information based on the electrocardiographic signal generated by the differential amplifier; a display panel disposed in the housing and displaying display information through the display window, the at least one pair of electrodes (10,11), and through the insulating film, and an information display circuit for displaying the display information on the display panel.
A tire which, in use, is housed in a static support structure and presents a horizontal force on an object contacting the tire, the tire comprising: an elastomeric material layer (180,190) comprising an outer diameter circumferential contact surface, wherein the elastomeric material layer (180,190) has a selected spring constant; a hub coupled to the elastomeric material layer (180,190); and an axle coupled to the hub which, in use, is fixed relative to the static support structure housing the tire; wherein the tire comprises slots (150, 155, 157) that span the entire width of tire creating a series of continuous through channels with the slots configured to deform in the direction of force presented by the object contacting the outer diameter circumferential contact surface; characterized in that the slots (150, 155, 157) are circumferentially equally spaced on the tire in concentric layers such that there is more than one slot at each angular position where at least one slot is provided, each at different radii of the tire. an elastomeric material layer (180,190) comprising an outer diameter circumferential contact surface, wherein the elastomeric material layer (180,190) has a selected spring constant; a hub coupled to the elastomeric material layer (180,190); and an axle coupled to the hub which, in use, is fixed relative to the static support structure housing the tire; wherein the tire comprises slots (150, 155, 157) that span the entire width of tire creating a series of continuous through channels with the slots configured to deform in the direction of force presented by the object contacting the outer diameter circumferential contact surface; characterized in that the slots (150, 155, 157) are circumferentially equally spaced on the tire in concentric layers such that there is more than one slot at each angular position where at least one slot is provided, each at different radii of the tire.
A transmitter circuit (300; 400; 500) comprising:- an active filter/amplifier arrangement (310; 430, 435; 520) connected to receive an input signal (360, 362, 364); and a passive filtering arrangement (320; 440, 445; 530) connected to receive an output signal of the active filter/amplifier arrangement (310; 430, 435; 520); at least one feedback loop (340, 350; 460, 465, 480, 485; 570, 575, 580, 585, 590, 595) connecting the passive filtering arrangement (320; 440, 445; 530) to the input signal (360, 362, 364) of the active filter/amplifier arrangement (310; 430, 435; 520), the feedback loop (340, 350; 460, 465, 480, 485; 570, 575, 580, 585, 590, 595) being tapped from the passive filtering arrangement (320; 440, 445; 530); characterised in that each feedback loop (340, 350; 460, 465, 480, 485; 570, 575, 580, 585, 590, 595) includes a feedback loop resistance element (345, 355; 470, 475, 490, 495; 571, 576, 581, 586, 591, 596); and in that the passive filtering arrangement (320; 440, 445; 530) comprises at least two switchable resistance elements (322, 324; 532, 534, 536, 538, 540, 542, 544, 546, 548, 550, 552, 554, 556, 558, 560, 562, 564, 566), the resistance elements (322, 324; 532, 534, 536, 538, 540, 542, 544, 546, 548, 550, 552, 554, 556, 558, 560, 562, 564, 566) in the passive filtering arrangement (320; 440, 445; 530) forming a passive pole arrangement with a capacitance element (326; 568) connected across the resistance elements (322, 324; 532, 534, 536, 538, 540, 542, 544, 546, 548, 550, 552, 554, 556, 558, 560, 562, 564, 566).
An apparatus for treating substrates comprising a feeder and one or more first substructure modules, each having a pressure cylinder with means for fixing an elevator and a sheet conveying device and one or more second substructure modules, each having a transport cylinder with openings formed in its lateral surface and means for fixing an elevator and a sheet conveying device, wherein all first and second substructure modules (100, 101) have identical interfaces on the input side and/or on the output side for connecting the substructure modules (100, 101) to each other and can be equipped and/or are equipped with an attachment module, characterized in that the pressure cylinder of at least one substructure module is configured as a magnetic cylinder.
A synergistic antimicrobial composition comprising 3-iodo-2-propynyl-butylcarbamate and diamine, which is N-(3-Aminopropyl)-N-dodecylpropane-1,3-diamine, wherein the weight ratio of the 3-iodo-2-propynyl-butylcarbamate to diamine is from 1:10 to 10:1.
A sheet of masking means which extends in a first direction wherein the sheet has its longest extension, the masking means (2, 2a, 2b, 2c, 2d) comprising a corner portion which comprises a triangle surface which has a first side edge (5a, 6a, 7a, 8a) and a second side edge (5b, 6b, 7b, 8b) further comprising an angle μ which is defined between the first and second side edge, wherein a first masking means has the apex of the angle μ directed perpendicular to the first direction, and a second masking means has the apex of the angle μ directed perpendicular to the first direction in an opposite direction in relation to the apex μ of the first masking means, characterized in that the sheet comprises a plurality of individual flat masking means (2,2a,2b,2c,2d) with an upperside and an underside and in that the first side edge of the corner portion of the first masking means runs parallel to and is adjacent to the first side edge of the corner portion of the second masking means, a third masking means which has the apex of the angle μ directed in the same direction as the angle μ of the first masking means, where the second side edge of the corner portion of the third masking means runs parallel to and is adjacent to the second side edge of the corner portion of the second masking means, and wherein the first and third masking means are held together by a material bridge (9, 9a).