mhurhangee/ep-ind-claims huggingface dataset:
A clamp attachable to a support, the clamp comprising: a body; first and second arms (120, 140) coupled to the body, the first and second arms (120, 140) moveable towards and away from one another; and at least one seat clamp member pivotably coupled to at least one of the first and second arms (120, 140), wherein the clamp is attached to the support when the at least one seat clamp member contacts the support and the first and second arms (120, 140) are in a clamped position, characterized in that a bias member is coupled between the at least one seat clamp member and at least one of the first and second arms (120, 140). a body; first and second arms (120, 140) coupled to the body, the first and second arms (120, 140) moveable towards and away from one another; and at least one seat clamp member pivotably coupled to at least one of the first and second arms (120, 140), wherein the clamp is attached to the support when the at least one seat clamp member contacts the support and the first and second arms (120, 140) are in a clamped position, characterized in that a bias member is coupled between the at least one seat clamp member and at least one of the first and second arms (120, 140).
A computer-implemented method for adaptive interpretation of ECG waveforms, the method comprising: receiving a new ECG waveform; extracting at least one feature from the new ECG waveform; processing the new ECG waveform and/or the extracted feature with a general interpretation module to provide a general interpretation output, wherein the general interpretation module is trained on a general database of existing ECG datasets selecting a cluster interpretation module based on the extracted feature, wherein the cluster interpretation module is trained on a cluster from a cluster database of existing ECG datasets, wherein each existing ECG dataset includes an existing ECG waveform with at least one corresponding existing feature and existing interpretation and wherein each cluster is comprised of ECG datasets having a common existing feature; using the cluster interpretation module to process the new ECG waveform and/or the extracted feature to provide a cluster interpretation output; displaying the cluster interpretation output on a user interface; receiving a first clinician input via the user interface accepting or rejecting the cluster interpretation output and if the first clinician input accepts the cluster interpretation output adding the new ECG to the cluster database; displaying the general interpretation output on the user interface; receiving a second clinician input via the user interface accepting or rejecting the general interpretation output and if the second clinician input accepts the general interpretation output adding the new ECG to the general database. receiving a new ECG waveform; extracting at least one feature from the new ECG waveform; processing the new ECG waveform and/or the extracted feature with a general interpretation module to provide a general interpretation output, wherein the general interpretation module is trained on a general database of existing ECG datasets selecting a cluster interpretation module based on the extracted feature, wherein the cluster interpretation module is trained on a cluster from a cluster database of existing ECG datasets, wherein each existing ECG dataset includes an existing ECG waveform with at least one corresponding existing feature and existing interpretation and wherein each cluster is comprised of ECG datasets having a common existing feature; using the cluster interpretation module to process the new ECG waveform and/or the extracted feature to provide a cluster interpretation output; displaying the cluster interpretation output on a user interface; receiving a first clinician input via the user interface accepting or rejecting the cluster interpretation output and if the first clinician input accepts the cluster interpretation output adding the new ECG to the cluster database; displaying the general interpretation output on the user interface; receiving a second clinician input via the user interface accepting or rejecting the general interpretation output and if the second clinician input accepts the general interpretation output adding the new ECG to the general database.
A vehicle door, in particular a passenger door for a public transport vehicle, with a window frame for accommodating a window, wherein the window frame has at least one frame member (2a-c) for accommodating a respective window edge of the window, and with a door frame for accommodating the window frame, wherein the door frame has at least one door profile, wherein the at least one frame member (2a-c) has one window profile each, wherein the at least one window profile is positively engaged with a respective door profile with respect to a movement in a release direction perpendicular to the window edge accommodated by the respective frame member (2a-c), characterized in that the release direction is situated in the plane in which the window extends, wherein the positive engagement between the at least one window profile and the respective door profile forms a snap-in connection, wherein the at least one door profile comprises snap-in hooks (8a, b), which move resiliently towards each other, for grasping behind projections (9a, b) of the respective window profile when establishing the positive engagement, or that the at least one window profile comprises snap-in hooks, which move resiliently towards each other, for grasping behind projections of the respective door profile when establishing the positive engagement.
A bioresorbable polymer of Formula A wherein: x is between 0 and 2,000; y is between 0 and 2,000; x plus y is between 2 and 2000; z is between 2 and 2,000; and n is between 1 and 1,000. x is between 0 and 2,000; y is between 0 and 2,000; x plus y is between 2 and 2000; z is between 2 and 2,000; and n is between 1 and 1,000.
A feed injector for use in a gasification apparatus, the feed injector comprising: plural concentric tubes (12,14,16) converging at an outlet tip, said plural concentric tubes forming at least one annular passage (32, 34) and a single center passage; wherein the radially innermost tube of said plural concentric tubes has a plurality of static, helically-twisted mixing elements fixed to an exterior surface thereof, said plurality of static, helically-twisted mixing elements include axially adjacent sets of two helically-twisted plates for homogeneously mixing fuel and black water streams flowing in the middle annulus between the center and intermediate tubes of the injector and uniformly delivered to all points in the vicinity of the injector tip. plural concentric tubes (12,14,16) converging at an outlet tip, said plural concentric tubes forming at least one annular passage (32, 34) and a single center passage; wherein the radially innermost tube of said plural concentric tubes has a plurality of static, helically-twisted mixing elements fixed to an exterior surface thereof, said plurality of static, helically-twisted mixing elements include axially adjacent sets of two helically-twisted plates for homogeneously mixing fuel and black water streams flowing in the middle annulus between the center and intermediate tubes of the injector and uniformly delivered to all points in the vicinity of the injector tip.
Multi-chamber container with a container housing with at least two chambers (10, 12) arranged one upon the other for receiving product components, and a dosing element which discharges the product components by means of pistons (4, 8) allocated to the chambers (10, 12) and displaceable in the longitudinal axis of the container, characterized in that at least one piston (4, 8) is movably engaged with an element extending in the longitudinal axis of the container.
A closure for a container, the closure comprising: a closure shell having a first interior surface; a tamper evident band having a second interior surface; and a flexible hinge having a first end, a second end, and a gathered portion located between the first and second ends (122, 124), the first end is coupled to said closure shell and the second end is coupled to said tamper evident band, wherein at least a portion of the gathered portion extends radially inward with respect to the first interior surface of the closure shell, characterized by further comprising at least one retaining bead that extends inward from and circumferentially along the second interior surface of the tamper evident band, wherein a first portion of said at least one retaining bead is vertically offset from a second section of said at least one retaining bead and said second section is positioned approximately beneath the flexible hinge and configured to prevent the tamper evident band from moving over a neck ring of a container. a closure shell having a first interior surface; a tamper evident band having a second interior surface; and a flexible hinge having a first end, a second end, and a gathered portion located between the first and second ends (122, 124), the first end is coupled to said closure shell and the second end is coupled to said tamper evident band, wherein at least a portion of the gathered portion extends radially inward with respect to the first interior surface of the closure shell, characterized by further comprising at least one retaining bead that extends inward from and circumferentially along the second interior surface of the tamper evident band, wherein a first portion of said at least one retaining bead is vertically offset from a second section of said at least one retaining bead and said second section is positioned approximately beneath the flexible hinge and configured to prevent the tamper evident band from moving over a neck ring of a container.
A thermoplastic elastomer compound, comprising: (a) thermoplastic vulcanizate masterbatch of crosslinked polyisobutylene, polyolefin other than polybutene, and a plasticizer selected from the group consisting of polybutene, paraffin oil, and combinations of them; (b) styrene ethylene ethylene propylene styrene (SEEPS); (c) liquid polybutene; (d) additional polyolefin selected from the group consisting of polyethylene, polypropylene, and both polyethylene and polypropylene; (e) polyphenylene ether; and (f) optionally, filler; wherein the compound has a compression set of less than about 22% when tested at 23°C for 22 hours using ASTM D395 Test Method B. (a) thermoplastic vulcanizate masterbatch of crosslinked polyisobutylene, polyolefin other than polybutene, and a plasticizer selected from the group consisting of polybutene, paraffin oil, and combinations of them; (b) styrene ethylene ethylene propylene styrene (SEEPS); (c) liquid polybutene; (d) additional polyolefin selected from the group consisting of polyethylene, polypropylene, and both polyethylene and polypropylene; (e) polyphenylene ether; and (f) optionally, filler;
A testing apparatus for a lower-limb-type wearable motion assistance device for evaluating strength and durability by repeatedly applying an impact force to the lower-limb-type wearable motion assistance device, the testing apparatus comprising: - a base extended in a horizontal direction, wherein at one end of which an impinging surface is formed along a direction vertical with respect to the horizontal direction; - a vibration exciter that is secured at another end of the base and that is configured to cause a reciprocating motion of a piston rod by driving an actuator to excite the piston rod in said horizontal and a straight linear direction; - a stage that is connected to a tip of the piston rod and can be moved freely slidably on the base integrally with the piston rod; - a dummy doll that is secured and retained on the stage and partially imitates at least a lower back part and legs of a human body; and - a load cell that is provided on a tip of the piston rod or the impinging surface and that is configured to measure, via the stage, distortion caused by application of a load on a foot part (35L, 35R) of the dummy doll, wherein a controller is provided that is configured such that - when the piston rod is excited at predetermined stroke length and operating speed in a state where the dummy doll wears the wearable motion assistance device, a reciprocable area of the stage relative to the impinging surface of the base is adjusted to make a measured value of the load cell exceed a predetermined reference value. - a base extended in a horizontal direction, wherein at one end of which an impinging surface is formed along a direction vertical with respect to the horizontal direction; - a vibration exciter that is secured at another end of the base and that is configured to cause a reciprocating motion of a piston rod by driving an actuator to excite the piston rod in said horizontal and a straight linear direction; - a stage that is connected to a tip of the piston rod and can be moved freely slidably on the base integrally with the piston rod; - a dummy doll that is secured and retained on the stage and partially imitates at least a lower back part and legs of a human body; and - a load cell that is provided on a tip of the piston rod or the impinging surface and that is configured to measure, via the stage, distortion caused by application of a load on a foot part (35L, 35R) of the dummy doll,
A method for identification of the most abundant oligonucleotides among a library of oligonucleotide species comprising specifically amplifying the sequence of a hybridised oligonucleotide specie using the steps of: a. Incubating a library of oligonucleotides comprising more than 10 6 oligonucleotide species under conditions of hybridisation, wherein the oligonucleotides of the library are not inherently capable of exponential amplification by PCR and comprise i. A coding sequence, which is characteristic of one oligonucleotide specie of the library and ii. Only one fixed sequence, which is present in a plurality of oligonucleotides species of the library, said fixed sequence being located on the 5'side of the coding sequence b. Extending the 3'end of one or more hybridised oligonucleotide species having only one fixed sequence, such that the extended region generates a second fixed region that can be used as new primer binding site c. Amplifying extended sequences by PCR using said new primer binding site and the fixed sequence mentioned in step a d. Optionally identifying the identity of amplified sequences thereby revealing the identity of hybridised oligonucleotide species in step a a. Incubating a library of oligonucleotides comprising more than 10 6 oligonucleotide species under conditions of hybridisation, wherein the oligonucleotides of the library are not inherently capable of exponential amplification by PCR and comprise i. A coding sequence, which is characteristic of one oligonucleotide specie of the library and ii. Only one fixed sequence, which is present in a plurality of oligonucleotides species of the library, said fixed sequence being located on the 5'side of the coding sequence i. A coding sequence, which is characteristic of one oligonucleotide specie of the library and ii. Only one fixed sequence, which is present in a plurality of oligonucleotides species of the library, said fixed sequence being located on the 5'side of the coding sequence b. Extending the 3'end of one or more hybridised oligonucleotide species having only one fixed sequence, such that the extended region generates a second fixed region that can be used as new primer binding site c. Amplifying extended sequences by PCR using said new primer binding site and the fixed sequence mentioned in step a d. Optionally identifying the identity of amplified sequences thereby revealing the identity of hybridised oligonucleotide species in step a
Poly(aryl-ether-ketone) (PAEK) composition, capable of being used in a process for constructing a three-dimensional object layer-by-layer by electromagnetic radiation-generated sintering, said composition being characterized in that it comprises an aromatic ether content of between 0 and 0.4% by weight, and a weight content of aluminium of less than 1000 ppm, preferably less than 600 ppm and more preferably less than 500 ppm, the content of which is measured in accordance with the description.
Method for configuring a home-automation installation comprising a sensor and a control point for one or more home-automation equipment items, the sensor and the control point being suitable for communicating with one another, characterized in that in that it comprises: - a discovery step, during which the sensor informs the control point of criteria concerning its operation, - a comparison step, during which the control point compares operating criteria of the sensor with communication needs that it defines for the installation, - a step of definition of communication instructions concerning the future communications between the sensor and the control point, - a step of transmission of the communication instructions from the control point to the sensor, and - a step of adaptation, to the instructions transmitted by the control point, of the communication protocol between the sensor and the control point, the adaptation step being implemented by the sensor, the communication instructions comprising an instruction of frequency of the transmissions of information by the sensor and the communication instructions being defined to optimize the energy consumption of the sensor and/or of the control point by reducing the frequency of the transmissions of information by the sensor. - a discovery step, during which the sensor informs the control point of criteria concerning its operation, - a comparison step, during which the control point compares operating criteria of the sensor with communication needs that it defines for the installation, - a step of definition of communication instructions concerning the future communications between the sensor and the control point, - a step of transmission of the communication instructions from the control point to the sensor, and - a step of adaptation, to the instructions transmitted by the control point, of the communication protocol between the sensor and the control point, the adaptation step being implemented by the sensor,
A sensor for detecting a volatile organic compound, comprising: a nanotube array including a plurality of functionalized metal oxide nanotubes, the metal oxide nanotubes being formed of a metal oxide and having at least one of an interior and exterior surface capable of binding with the volatile organic compound, said surface being functionalized with at least one metal ion selected from the group consisting of Cu1+, Li1+, Fe2+, Ni2+, Cu2+, Co2+, Pb2+, Fe3+, Co3+, Cr3+, Mn3+, Ni3+, Sc3+, Sb3+, Ni4+, Mn4+, Ti4+, As4+, Sb4+, Pt4+, Au1+, Pd2+, Pd4+, and Ag1+; a power source configured to apply a voltage to the nanotube array; and a current sensor configured to monitor and detect changes in a response current which varies upon binding with the volatile organic compound. a nanotube array including a plurality of functionalized metal oxide nanotubes, the metal oxide nanotubes being formed of a metal oxide and having at least one of an interior and exterior surface capable of binding with the volatile organic compound, said surface being functionalized with at least one metal ion selected from the group consisting of Cu1+, Li1+, Fe2+, Ni2+, Cu2+, Co2+, Pb2+, Fe3+, Co3+, Cr3+, Mn3+, Ni3+, Sc3+, Sb3+, Ni4+, Mn4+, Ti4+, As4+, Sb4+, Pt4+, Au1+, Pd2+, Pd4+, and Ag1+; a power source configured to apply a voltage to the nanotube array; and a current sensor configured to monitor and detect changes in a response current which varies upon binding with the volatile organic compound.
Quick-change coupling for coupling a device carrier to a carrier unit of a welding cell, especially for welding together components for internal combustion engine exhaust systems, comprising a first coupling unit to be fixed to a carrier unit of a welding cell and at least one second coupling unit to be fixed to a device carrier, one coupling unit out of the first coupling unit and the second coupling unit having a pushing meshing recess and the other coupling unit out of the first coupling unit and the second coupling unit having a pushing meshing body that can be inserted into the pushing meshing recess in a direction of pushing, further comprising a positive-locking positioning device that can be adjusted between a released state and a positive-locking positioning state, wherein when the pushing meshing body is positioned in a manner meshing with the pushing meshing recess, the positive-locking positioning device in the positive-locking positioning state holds the pushing meshing body in an operating position in relation to the pushing meshing recess positioned against displacement in the pushing meshing recess, characterized in that the pushing meshing recess forms an undercut and the pushing meshing body inserted into the pushing meshing recess extends behind the undercut.
An anthranilamide compound represented by the formula (Ia) or its salt: wherein R 1 is halogen or alkyl; each of R 2 and R 3 is halogen or CF 3; A is alkyl substituted by Y; Y is cyclopropyl which may be substituted by halogen or alkyl; m is 1 or 2; n is 0 or 1, provided that when R 1 is a fluorine atom, a chlorine atom, a bromine atom or methyl substituted at the 2-position of the benzene ring and another R 1 is halogen substituted at the 4-position of the benzene ring, the halogen at the 4-position is a fluorine or a chlorine atom.
A method of processing in a telecommunications core network a call between at least a first subscriber terminal and a second subscriber terminal, wherein the call includes media data, the method comprising: verifying that the call is eligible for call analysis; determining that one of the first subscriber terminal and the second subscriber terminal is not associated with a call analysis consent setting; triggering a first node on a call control plane of the core network to provide subscriber data to a call analysis node, wherein the subscriber data includes at least one subscriber identifier for at least one of the first subscriber terminal and the second subscriber terminal; triggering a second node on a user plane of the core network to direct at least a part of the media data to the call analysis node; and excluding media data originating from the one of the first subscriber terminal and the second subscriber terminal that is not associated with the call analysis consent setting from being directed to the call analysis node or informing the call analysis node that media data originating from the one of the first subscriber terminal and the second subscriber terminal that is not associated with the call analysis consent setting is to be excluded from media analysis. verifying that the call is eligible for call analysis; determining that one of the first subscriber terminal and the second subscriber terminal is not associated with a call analysis consent setting; triggering a first node on a call control plane of the core network to provide subscriber data to a call analysis node, wherein the subscriber data includes at least one subscriber identifier for at least one of the first subscriber terminal and the second subscriber terminal; triggering a second node on a user plane of the core network to direct at least a part of the media data to the call analysis node; and