mhurhangee/ep-ind-claims huggingface dataset:
A drainage device (100, 1000, 1100, 1200, 1400, 1600, 1800, 1900, 2100, 2300, 2400, 2500, 2600, 2700) for discharging a liquid retained in a palpebral fissure to the outside of the palpebral fissure, comprising: a hook portion (101, 1001, 1101, 1201, 1401, 1601, 1801, 1901, 2101, 2301, 2401, 2501, 2601, 2701) that is bent into a hook to be hooked on a lid margin or a medical drape and comes into contact with the liquid in the palpebral fissure or overflowing from the palpebral fissure to form a start point of a flow path for the liquid; and a body portion (103, 1003, 1103, 1203, 1403, 1603, 1803, 1903, 2103, 2303, 2403, 2503, 2603, 2703) that extends from said hook portion and discharges the liquid guided by said hook portion (101, 1001, 1101, 1201, 1401, 1601, 1801, 1901, 2101, 2301, 2401, 2501, 2601, 2701), wherein the body portion is formed from a columnar body having a constant thickness, and wherein a distal end of said hook portion is formed into a spatula shape, and said body portion includes an abdominal portion (103a, 1103a, 1203a, 1203b, 1403a, 1403b, 2333, 2433, 2533, 2733) and a tail portion (103b, 1603b, 2334, 2434, 2534, 2734) and discharges the liquid after arrival thereof at a surface of said tail portion by making the liquid run along a gap between a lid margin side surface of said abdominal portion and the lid margin or the medical drape. a hook portion (101, 1001, 1101, 1201, 1401, 1601, 1801, 1901, 2101, 2301, 2401, 2501, 2601, 2701) that is bent into a hook to be hooked on a lid margin or a medical drape and comes into contact with the liquid in the palpebral fissure or overflowing from the palpebral fissure to form a start point of a flow path for the liquid; and a body portion (103, 1003, 1103, 1203, 1403, 1603, 1803, 1903, 2103, 2303, 2403, 2503, 2603, 2703) that extends from said hook portion and discharges the liquid guided by said hook portion (101, 1001, 1101, 1201, 1401, 1601, 1801, 1901, 2101, 2301, 2401, 2501, 2601, 2701), wherein the body portion is formed from a columnar body having a constant thickness, and wherein a distal end of said hook portion is formed into a spatula shape, and said body portion includes an abdominal portion (103a, 1103a, 1203a, 1203b, 1403a, 1403b, 2333, 2433, 2533, 2733) and a tail portion (103b, 1603b, 2334, 2434, 2534, 2734) and discharges the liquid after arrival thereof at a surface of said tail portion by making the liquid run along a gap between a lid margin side surface of said abdominal portion and the lid margin or the medical drape.
A multilayer structured cloth comprising a front ground structure portion comprising a front yarn and back ground structure portion comprising a back yarn; a connecting yarn which connects the front and back ground structure portions to each other; and an insert yarn; wherein at least one of the front and back yarns contains a crimped fiber; wherein the connecting yarn is a false twisted crimped textured yarn; and wherein the connecting yarn has a total fineness which is 2/3 or less of that of the front yarn or the back yarn; characterized in that the crimped fiber has a torque of 30 T/ m or less as measured according to the method described in the description.
Galvanic element with an enveloping film, wherein the enveloping film has at least one force sensor (420, 430) for detecting a state of expansion of the enveloping film, and wherein the force sensor (420, 430) is arranged in a central region of the enveloping film, characterized in that a further force sensor (420, 430) is arranged in an edge region of the enveloping film, wherein the edge region is designed as a bushing region for at least one electrical contact (440, 445) of a galvanic element.
In a sensor for detecting a target (4; 30), a method comprising: detecting a first feature of the target (4; 30); in response to detecting the first feature, generating an output signal pulse train portion (9; 51; 71; 90) comprising two or more pulses (11; 52, 54, 56; 72, 74, 76; 92, 94, 96) with at least two of the pulses having different amplitudes and each of the two or more pulses having a width corresponding to a logic value, wherein at least a first one of the two or more pulses (11; 52, 54, 56; 72, 74, 76; 92, 94, 96) has a high amplitude and at least a second one of the two or more pulses, directly following the first one of the two or more pulses, has a low amplitude; measuring widths of the two or more pulses in the output signal pulse train portion in response to at least one of the two or more pulses reaching a first amplitude threshold; and determining a logic value for each of the measured widths, wherein the output signal pulse train portion corresponds to a data word based upon the determined logic values for each of the measured widths of the two or more pulses and the output signal pulse train portion includes at least N pulses and the data word is a base N data word. detecting a first feature of the target (4; 30); in response to detecting the first feature, generating an output signal pulse train portion (9; 51; 71; 90) comprising two or more pulses (11; 52, 54, 56; 72, 74, 76; 92, 94, 96) with at least two of the pulses having different amplitudes and each of the two or more pulses having a width corresponding to a logic value, wherein at least a first one of the two or more pulses (11; 52, 54, 56; 72, 74, 76; 92, 94, 96) has a high amplitude and at least a second one of the two or more pulses, directly following the first one of the two or more pulses, has a low amplitude; measuring widths of the two or more pulses in the output signal pulse train portion in response to at least one of the two or more pulses reaching a first amplitude threshold; and determining a logic value for each of the measured widths, wherein the output signal pulse train portion corresponds to a data word based upon the determined logic values for each of the measured widths of the two or more pulses and the output signal pulse train portion includes at least N pulses and the data word is a base N data word.
A method for the reliable switching of synchronisation messages in a distributed computer system consisting of a number of node computers, wherein the management of a transparent clock conforming to IEEE Standard 1588 is supported, characterised in that a switching unit consists of four separate Fault Containment Units, FCU, specifically an input system EIN, two independent switching systems VER1 and VER2, and an output system AUS, and wherein a message arriving at EIN from a transmitting node computer is forwarded immediately in unmodified form from EIN directly to the two independent switching systems VER1 and VER2, and wherein VER1 provides the event of the arrival of the message with a timestamp, analyses the message and switches said message to an output port or output ports associated with an address field of the message, and wherein VER1 opens the message and modifies a field within the message, in the following called TIC field, in order to determine the delay period of the message in VER1, and wherein VER1 closes the message again by re-calculating a CRC field of the modified message and forwarding the closed message to AUS, and wherein VER2 provides the event of the arrival of the message with a timestamp, analyses the message and switches said message to the output port or the output ports associated with the address field of the message, and wherein VER2 opens the message and modifies the TIC field within the message in order to determine the delay period of the message in VER2, and wherein VER2 closes the message again by re-calculating the CRC field of the modified message and forwarding the closed message to AUS, and wherein AUS checks whether the content of the message delivered from VER1 matches the content of the message delivered from VER2, and wherein AUS checks whether the interval between the moment of receipt of the message delivered from VER1 and the moment of receipt of the message delivered from VER2 is smaller than a first interval determined a priori, referred to hereinafter as the interval_1, and whether the absolute value of the difference of the delay values stored in the two TIC fields is smaller than a second interval known a priori, referred to hereinafter as the interval_2, and wherein, in the case that one of these checks is negative, AUS interrupts the transmission of the message that is outbound via the addressed output ports or changes the outbound message in such a way that each message receiver identifies the incoming message as faulty.
A method of performing an acoustophoretic operation, comprising the steps of: a. providing an acoustophoretic chip comprising a polymer substrate in which a microfluidic flow channel is positioned, b. providing at least two ultrasound transducers (22A, 22B) in acoustic contact with one surface of the substrate, c. actuating the at least two ultrasound transducers at a frequency f that corresponds to an acoustic resonance peak of the substrate including the microfluidic flow channel filled with a liquid suspension, and d. providing the liquid suspension in the flow channel to perform the acoustophoretic operation on the liquid suspension. a. providing an acoustophoretic chip comprising a polymer substrate in which a microfluidic flow channel is positioned, b. providing at least two ultrasound transducers (22A, 22B) in acoustic contact with one surface of the substrate, c. actuating the at least two ultrasound transducers at a frequency f that corresponds to an acoustic resonance peak of the substrate including the microfluidic flow channel filled with a liquid suspension, and d. providing the liquid suspension in the flow channel to perform the acoustophoretic operation on the liquid suspension.
A method of an external terminal for updating a washing course comprising the steps of: log in a server by transmitting user information to the server; selecting a laundry machine of which course updating is desired and transmitting information for the selected laundry machine to the server; the method being characterized by: receiving existing update course information and newly updatable course information from the server, and displaying the existing update course information and the newly updatable course information on a display unit of the external terminal, wherein the existing update course information is course information already applied to the selected laundry machine and the newly updatable course information is provided to be applicable to the laundry machine with reference to selected laundry machine information; selecting an updating desired course from among the displayed newly updatable course information; and transmitting the selected updating desired course to the server in order that the server updates a course of the laundry machine with the selected updating desired course by communication with the laundry machine. log in a server by transmitting user information to the server; selecting a laundry machine of which course updating is desired and transmitting information for the selected laundry machine to the server; the method being characterized by: receiving existing update course information and newly updatable course information from the server, and displaying the existing update course information and the newly updatable course information on a display unit of the external terminal, wherein the existing update course information is course information already applied to the selected laundry machine and the newly updatable course information is provided to be applicable to the laundry machine with reference to selected laundry machine information; selecting an updating desired course from among the displayed newly updatable course information; and transmitting the selected updating desired course to the server in order that the server updates a course of the laundry machine with the selected updating desired course by communication with the laundry machine. receiving existing update course information and newly updatable course information from the server, and displaying the existing update course information and the newly updatable course information on a display unit of the external terminal, wherein the existing update course information is course information already applied to the selected laundry machine and the newly updatable course information is provided to be applicable to the laundry machine with reference to selected laundry machine information; selecting an updating desired course from among the displayed newly updatable course information; and transmitting the selected updating desired course to the server in order that the server updates a course of the laundry machine with the selected updating desired course by communication with the laundry machine.
Rotary capping column comprising centering mechanisms mounted to the rotary column and located circularly and symmetrically around a main drive shaft, each one of the centering mechanisms comprising a support platform for a container, characterized in that each support platform further comprises: - a centering axis irremovably attached centrally under and to said support platform and mounted via bearings in its both ends to a guiding member, - an opening made perpendicular to and in said guiding member and in the centering axis and in which bearing axis is placed and fixed to the guiding member, - a drive bearing mounted at one end of the bearing axis and located in a notch of a cam which is centered and fixed to a main bearing body of the rotary column, - wherein a movable platform is fixed to each guiding member and to which are fixed at least two holders for helping to fix and center the container and passing through openings in said support platform, which openings correspond to the form of the holders, and - wherein the holders are changeable according to the shape of the container being capped. - a centering axis irremovably attached centrally under and to said support platform and mounted via bearings in its both ends to a guiding member, - an opening made perpendicular to and in said guiding member and in the centering axis and in which bearing axis is placed and fixed to the guiding member, - a drive bearing mounted at one end of the bearing axis and located in a notch of a cam which is centered and fixed to a main bearing body of the rotary column, - wherein a movable platform is fixed to each guiding member and to which are fixed at least two holders for helping to fix and center the container and passing through openings in said support platform, which openings correspond to the form of the holders, and - wherein the holders are changeable according to the shape of the container being capped.
A two stroke crosshead large Diesel engine comprising at least a combustion chamber, which is enclosed by a cylinder on multiple sides, and by at least one upper side of at least one piston moving up and down in the cylinder, which form an outer wall (3; 103) for the combustion chamber, characterized in that the combustion chamber on its outer wall (3; 103) comprises a predetermined breaking point and the predetermined breaking point is suited to protect the Diesel engine against possible damages, that can be caused by an undesirably high overpressure (py) of gases in the combustion chamber during a malfunction of the Diesel engine, wherein the predetermined breaking point comprises a predetermined breaking pressure (ps) below the overpressure (py) above which damages can be expected, and above a combustion chamber normal pressure (pn) foreseen maximally during normal engine operation conditions, in particular a predetermined breaking pressure (ps) which at any temperature in a temperature range (T0-T1) occurring in the combustion chamber is higher than a treshold pressure (pu) and lower than a limit pressure (po), wherein the treshold pressure (pu) is higher than a combustion chamber normal pressure (pn) occurring at maximum under normal engine operating conditions, and the limit pressure is lower than a lowest overpressure (py) above which damages are to be expected, wherein the treshold pressure (pu) is preferably at least by a triggering pressure amount (Δpu) higher than the combustion chamber normal pressure (pn) occurring at maximum under normal engine operating conditions and/or the limit pressure (po) is at least by a safety pressure amount (Δpo) lower than the lowest overpressure (py) where damages are to be expected, and wherein the treshold pressure (pu) in the temperature range occurring in the combustion chamber is preferably always by more than 10% higher than the combustion chamber normal pressure (pn) occurring at maximum under normal motor operating conditions, and is more preferably greater than 180 bar, wherein the limit pressure (po) is more preferably smaller than 270 bar, wherein the emergency relief duct on the side of the predetermined breaking point facing away from the combustion chamber is connected to a safe receiving environment (4, 105; 308; 408) for the fractions exiting on breakage of the predetermined breaking point and preferably also for the hot gases escaping at the same time.
A hemostatic textile in the form of a wound dressing or suture, comprising: a textile material comprising a woven or knit combination of glass fibers having a diameter from 5 nanometers to 15 microns and rayon fibers said hemostatic textile capable of activating hemostatic systems in the body when applied to a wound, wherein the glass fibers and hemostatic textile are combined together. a textile material comprising a woven or knit combination of glass fibers having a diameter from 5 nanometers to 15 microns and rayon fibers said hemostatic textile capable of activating hemostatic systems in the body when applied to a wound, wherein the glass fibers and hemostatic textile are combined together.
A method for retrieving an External Identifier, EID, of a terminal, characterized in that, comprising: ai) pre-configuring, by a network side, a Reference Number, RN, of the EID of the terminal in a Home Subscriber Server, HSS; wherein the RN of the EID of the terminal is a sequence number or an Local Identifier, LID, in the EID of the terminal; or aii) dynamically allocating, by a Core Network, CN, network element at a network side, a Reference Number, RN, of the EID of the terminal; wherein the RN of the EID of the terminal is a sequence number dynamically allocated according to an activity of the terminal, or is an Local Identifier, LID, in the EID of the terminal; b) storing, by a network side, a corresponding relationship between an EID of a terminal and a Reference Number, RN, of the EID of the terminal; and c) when a terminal responds to a trigger request from a Machine Type Communications, MTC, server, retrieving, by the network side, an EID of the terminal which corresponds to an RN according to the RN of the EID of the terminal and the corresponding relationship. ai) pre-configuring, by a network side, a Reference Number, RN, of the EID of the terminal in a Home Subscriber Server, HSS; wherein the RN of the EID of the terminal is a sequence number or an Local Identifier, LID, in the EID of the terminal; or aii) dynamically allocating, by a Core Network, CN, network element at a network side, a Reference Number, RN, of the EID of the terminal; wherein the RN of the EID of the terminal is a sequence number dynamically allocated according to an activity of the terminal, or is an Local Identifier, LID, in the EID of the terminal; b) storing, by a network side, a corresponding relationship between an EID of a terminal and a Reference Number, RN, of the EID of the terminal; and c) when a terminal responds to a trigger request from a Machine Type Communications, MTC, server, retrieving, by the network side, an EID of the terminal which corresponds to an RN according to the RN of the EID of the terminal and the corresponding relationship. b) storing, by a network side, a corresponding relationship between an EID of a terminal and a Reference Number, RN, of the EID of the terminal; and c) when a terminal responds to a trigger request from a Machine Type Communications, MTC, server, retrieving, by the network side, an EID of the terminal which corresponds to an RN according to the RN of the EID of the terminal and the corresponding relationship.
A sample tube comprising: a sidewall open at one end and closed with a bottom at the opposite end; and a two-dimensional barcode on the bottom that stores data and is readable from below the sample tube to provide a data output, characterised in that said two-dimensional barcode comprises plural barcode components (102, 110, 404) and plural redundant barcode components (102, 110, 404), said plural barcode components and said plural redundant barcode components being positioned toward the periphery of the bottom from the bottom center, each barcode component storing less than the full data output, combined data read from the plural barcode components (102, 110, 404) providing full data output, and combined data read from the plural redundant barcode components (102, 110, 404) providing redundant full data output. a sidewall open at one end and closed with a bottom at the opposite end; and a two-dimensional barcode on the bottom that stores data and is readable from below the sample tube to provide a data output, characterised in that said two-dimensional barcode comprises plural barcode components (102, 110, 404) and plural redundant barcode components (102, 110, 404), said plural barcode components and said plural redundant barcode components being positioned toward the periphery of the bottom from the bottom center, each barcode component storing less than the full data output, combined data read from the plural barcode components (102, 110, 404) providing full data output, and combined data read from the plural redundant barcode components (102, 110, 404) providing redundant full data output.
A liquid formulation for adenoviruses comprising: a) a recombinant adenovirus; b) a citrate buffer; c) hydroxypropyl-beta-cyclodextrin (HBCD); d) a salt; e) a non-ionic detergent; wherein said formulation has a pH ranging between 5.5 and 6.5. a) a recombinant adenovirus; b) a citrate buffer; c) hydroxypropyl-beta-cyclodextrin (HBCD); d) a salt; e) a non-ionic detergent;
Process for producing open-celled bodies composed of a metallic or ceramic material, wherein an open-pored polymer element with predetermined intended fracture positions which take into account the size and geometric shape of bodies to be produced taking into account the shrinkage during sintering is infiltrated and coated with a suspension in which a liquid and also at least one pulverulent material by means of which the bodies are produced are present; and organic components are driven off after a first heat treatment and subsequently sintering in which the open-celled bodies are obtained is carried out, where after sintering the open-celled element obtained from the polymer element having predetermined intended fracture positions is separated from the material by means of which the bodies have been formed by exerting forces at the intended fracture positions and bodies present in individualized form are obtained thereby.