mhurhangee/patent-ind-claim-en huggingface dataset:
A columnar structure composing an electrode, the columnar structure comprising: multiple columnar sections with lateral surfaces at least partially contacting each other, wherein each columnar section includes a multilayer part in which different inorganic compound layers are stacked on each other. multiple columnar sections with lateral surfaces at least partially contacting each other, wherein each columnar section includes a multilayer part in which different inorganic compound layers are stacked on each other.
A method for determining the amount of amyloid beta in a sample, said method comprising: (a) pretreating surfaces of equipment that come in contact with the sample with E. coli lysate to prevent amyloid beta from sticking to the surfaces; (b) purifying amyloid beta in the sample; (c) ionizing amyloid beta in the sample to produce a precursor ion of amyloid beta; (d) generating one or more fragment ions of amyloid beta; and (e) determining the amount of the ion(s) from step (c) or (d) or both by mass spectrometry; wherein the amount of the amyloid beta ion(s) is related to the amount of amyloid beta in the sample. (a) pretreating surfaces of equipment that come in contact with the sample with E. coli lysate to prevent amyloid beta from sticking to the surfaces; (b) purifying amyloid beta in the sample; (c) ionizing amyloid beta in the sample to produce a precursor ion of amyloid beta; (d) generating one or more fragment ions of amyloid beta; and (e) determining the amount of the ion(s) from step (c) or (d) or both by mass spectrometry; wherein the amount of the amyloid beta ion(s) is related to the amount of amyloid beta in the sample.
An incline adjuster for an article of footwear comprising: a first polymeric material layer having a surface ; a first conductive trace forming at least a portion of the first layer surface; a second polymeric material layer having a first surface , a portion of the second layer first surface being bonded to a portion of the first layer surface, the second layer having a portion of a channel defined therein, the channel at least partially coinciding with a portion of the first conductive trace; a first patch interposed between the first layer surface and the second layer first surface, the first patch spanning the channel and covering a portion of the first conductive trace; and a third layer of polymeric material having a surface , wherein a portion of the third layer surface is bonded to a portion of a second surface of the second layer, wherein the channel is configured to hold an electrorheological fluid. a first polymeric material layer having a surface ; a first conductive trace forming at least a portion of the first layer surface; a second polymeric material layer having a first surface , a portion of the second layer first surface being bonded to a portion of the first layer surface, the second layer having a portion of a channel defined therein, the channel at least partially coinciding with a portion of the first conductive trace; a first patch interposed between the first layer surface and the second layer first surface, the first patch spanning the channel and covering a portion of the first conductive trace; and a third layer of polymeric material having a surface , wherein a portion of the third layer surface is bonded to a portion of a second surface of the second layer, wherein the channel is configured to hold an electrorheological fluid.
A viscoelastic fluid for a subterranean formation comprising: viscoelastic surfactant according to formula (I): where R 1 is a saturated or unsaturated hydrocarbon group of from 17 to 29 carbon atoms, R 2 and R 3 are each independently selected from a straight chain or branched alkyl or hydroxyalkyl group of from 1 to 6 carbon atoms, R 4 is selected from H, hydroxyl, alkyl or hydroxyalkyl groups of from 1 to 4 carbon atoms; k is an integer of from 2-20; m is an integer of from 1-20; and n is an integer of from 0-20; brine solution; and at least one polyacrylamide viscosity modifier with a weight averaged molecular weight (Mw) from 250,000 g/mol to 40,000,000 g/mol.
A double-seat valve comprising a first closing element , which is assigned to a first valve seat , and a second closing element (16; 16'), which is assigned to a second valve seat , comprising a hollow rod , which is connected to the second closing element (16; 16'), and a valve rod , which is connected to the first closing element and is arranged so as to pass through the hollow rod , comprising a first diaphragm , which is fastened to the hollow rod and to a housing of the double-seat valve, and comprising a second diaphragm , which is arranged so as to seal off a channel between the valve rod and the hollow rod , wherein the second closing element (16; 16') comprises an annular body (72; 72'), which is connected in a connection region to a support portion , wherein the annular body (72; 72') and support portion are designed to clamp the second diaphragm and the connection region is sealed off from an inner space by means of the second diaphragm and by means of a gap seal , wherein a second bearing is arranged so as to support and guide a second clamping element , characterized in that the support portion comprises a leakage channel , which forms a portion of a fluid connection between the connection region and channel , and in that the second bearing is received in the support portion .
A non-combustion heating type flavor inhaler comprising a tobacco rod, a cooling segment, and a mouthpiece, wherein the mouthpiece includes a filter and a center hole filter in this order towards the mouth end.
A composition comprising the following components (A) to (E) : component (A): a monofunctional (meth)acrylate having a number average molecular weight of less than 1000; component (B): a polyfunctional (meth)acrylate having a number average molecular weight of less than 1000; component (C): a radical polymerization initiator; component (D): a releasability imparting compound that is a liquid at a temperature of 20±15°C; and component (E): a polyfunctional urethane (meth)acrylate; the number average molecular weight and the weight average molecular weight being measured according to the description; characterized in that the component (D) is one or more selected from the group consisting of fluorine compounds and olefinic compounds. component (A): a monofunctional (meth)acrylate having a number average molecular weight of less than 1000; component (B): a polyfunctional (meth)acrylate having a number average molecular weight of less than 1000; component (C): a radical polymerization initiator; component (D): a releasability imparting compound that is a liquid at a temperature of 20±15°C; and component (E): a polyfunctional urethane (meth)acrylate;
A toilet with automatic urine collecting and testing function comprising a toilet body and a urine testing device , wherein the toilet body comprises a toilet bowl ; characterized in that the inner wall of the toilet bowl is provided with a section with a urine collecting groove thereon; the length of the urine collecting groove is one half to one fifth of the perimeter of the inner wall of the toilet bowl ; one lower end of the urine collecting groove is provided with a urine collecting opening ; the opening is provided with a valve device therein, a downward extending urine collecting tube is disposed under the urine collecting opening , the urine collecting tube is connected with urine collecting cup of urine testing device .
Method for operating a photoelectric sensor, wherein a pulsed light beam is sent by a sending unit , which is received by a receiving unit arranged at a distance from the sending unit and converted into a received signal (A), wherein measurement values (A1, A2) of the received signal (A) are recorded by an evaluation device, and wherein the recording of the measurement values (A1, A2) is synchronised with the received signal (A), and wherein event times (E) of positive flanks and/or negative flanks of pulses of the received signal (A) are identified by a flank detector of the evaluation device, a subsequent event time (E) is determined during a time interval (F) around an expected subsequent event time (E) by a controller of the evaluation device, to which the event times (E) are sent after an event time (E), synchronisation is carried out by the controller if at least two successive event times (E) have been determined, and measurement times (Z1, Z2) are determined for recording measurement values (A1, A2) from the event times (E) by the controller .
A data analysis apparatus Z configured to communicate with medical robots placed at different operating rooms, the data analysis apparatus comprising: a database that stores data on a state of operation of each of the medical robots ; and a data analysis unit that generates a reference for determining whether or not the medical robots are normal, based on the data transmitted from the medical robots , wherein the data analysis unit monitors the data transmitted from each of the medical robots based on the reference, wherein the data analysis unit monitors a difference between the data transmitted from the medical robot and the reference, wherein the data analysis unit determines whether the difference exceeds a predetermined threshold, wherein the data analysis unit notifies an abnormity when the difference exceeds the predetermined threshold. a database that stores data on a state of operation of each of the medical robots ; and a data analysis unit that generates a reference for determining whether or not the medical robots are normal, based on the data transmitted from the medical robots , wherein the data analysis unit monitors the data transmitted from each of the medical robots based on the reference, wherein the data analysis unit monitors a difference between the data transmitted from the medical robot and the reference, wherein the data analysis unit determines whether the difference exceeds a predetermined threshold, wherein the data analysis unit notifies an abnormity when the difference exceeds the predetermined threshold.
Device for generating and detecting Red Flag radiation and a Raman spectrum comprising a laser light source for generating Red Flag and Raman radiation in a biological tissue sample, a detector for detecting a Red Flag overview image, a detection and control unit for evaluating the Red Flag overview image and for controlling the Raman radiation, and a measuring probe containing a bundle of light guides with at least one fibre for placing on the surface of the biological tissue sample, a measuring probe containing a bundle of optical fibres with at least one fibre for placing on the surface of the biological tissue sample, wherein the device is arranged in such a way that the laser light can be coupled into one or more fibres of the bundle of light guides and can be guided via a focusing element onto the surface of the biological tissue sample and light emitted from the tissue sample can be guided via the focusing element onto the detector for Red Flag signal radiation and a Raman spectrometer for Raman signal radiation, wherein the focusing element is arranged at the head of the measuring probe in the form of a first transparent optical lens and a second transparent optical lens arranged directly adjacent thereto, by means of which the laser light of the fibre can be coupled in collimated as Raman excitation radiation and the Raman signal radiation can be coupled out into the external fibre , wherein a transparent optical cube with an adjoining transparent third optical lens is arranged downstream of the first lens , so that the cube is positioned directly between the first lens and the third lens , wherein a filter layer , an absorber , a mirror and a filter are inserted in the cube in the manner, that through the filter layer the background generated in the fibre can be directed onto the absorber and excitation radiation can be guided through the third lens onto the surface of the biological tissue sample, Raman signal radiation generated by the tissue sample can be collected and collimated through the third lens , the Raman excitation radiation and the Raman signal radiation can be separated by the filter in the cube , so that the Raman signal radiation separated by the filter can be deflected in the cube by the mirror and coupled via the second lens into the external fibre , opening into the Raman spectrometer , wherein the first lens , the third lens and the second lens are graded index lenses, and the Red Flag radiation is an autofluorescence radiation, a two- or three-photon fluorescence radiation, a coherent anti-Stokes Raman radiation or a stimulated Raman scattering radiation.
Test apparatus for testing security of a device under test , the test apparatus comprising: a radio-frequency, RF, device , adapted to transmit an RF signal to the device under test and to receive an RF signal from the device under test ; an Internet protocol, IP, device , adapted to transmit IP data to the device under test by the RF signal transmitted to the device under test by the RF device , and to receive IP data from the device under test by the RF signal received by the RF device , characterized in that the IP device is adapted to generate a security attack to the device under test , wherein the security attack to the device under test comprises at least one of: - providing over the air settings of the device under test , - providing unsolicited messages of a short message service, and - providing status or warning messages of a mobile communication service. a radio-frequency, RF, device , adapted to transmit an RF signal to the device under test and to receive an RF signal from the device under test ; an Internet protocol, IP, device , adapted to transmit IP data to the device under test by the RF signal transmitted to the device under test by the RF device , and to receive IP data from the device under test by the RF signal received by the RF device , characterized in that the IP device is adapted to generate a security attack to the device under test , wherein the security attack to the device under test comprises at least one of: - providing over the air settings of the device under test , - providing unsolicited messages of a short message service, and - providing status or warning messages of a mobile communication service. - providing over the air settings of the device under test , - providing unsolicited messages of a short message service, and - providing status or warning messages of a mobile communication service.
A method for purification of a target in a solution, comprising: providing a target in a solution, the solution comprising one or more contaminants; providing a polymer conjugate in the solution, wherein the polymer conjugate is configured to specifically bind the target; incubating the solution at a first temperature to facilitate binding of the polymer conjugate to the target; providing an environmentally-responsive block copolymer in the solution, wherein the environmentally-responsive block copolymer comprises one or more of an ethylene oxide (EO), a propylene oxide (PO), or an EO/PO block copolymer; and heating the solution comprising the environmentally-responsive block copolymer and the polymer conjugate bound to the target at a second temperature to initiate a liquid-liquid phase separation, wherein the liquid-liquid phase separation produces an aqueous phase and a liquid polymer phase, and wherein the liquid polymer phase comprises the polymer conjugate bound to the target. providing a target in a solution, the solution comprising one or more contaminants; providing a polymer conjugate in the solution, wherein the polymer conjugate is configured to specifically bind the target; incubating the solution at a first temperature to facilitate binding of the polymer conjugate to the target; providing an environmentally-responsive block copolymer in the solution, wherein the environmentally-responsive block copolymer comprises one or more of an ethylene oxide (EO), a propylene oxide (PO), or an EO/PO block copolymer; and heating the solution comprising the environmentally-responsive block copolymer and the polymer conjugate bound to the target at a second temperature to initiate a liquid-liquid phase separation, wherein the liquid-liquid phase separation produces an aqueous phase and a liquid polymer phase, and wherein the liquid polymer phase comprises the polymer conjugate bound to the target.
An Authentication Server Function, AUSF, comprising: a processor ; and a memory coupled to the processor , the processor configured to cause the AUSF to: receive a first authentication request message from a Security Anchor Function, SEAF, that is co-located with an initial Access and Mobility management Function, AMF, the first authentication request message comprising an AMF Slice Capabilities Information Element, IE,; send a data request message to a Unified Data Management function, UDM, the data request message comprising the received AMF Slice Capabilities IE; receive a data response message from the UDM, wherein the data response message includes a Slice compatibility indicator; determine not to send a SEAF key to the SEAF in response to the Slice Compatibility indicator indicating that an AMF slice is not compatible with registration of a User Equipment device, UE,; and send an authentication response message to the SEAF, wherein the authentication response message includes an Authentication Result, a User Subscription Identifier, and the Slice Compatibility indicator. a processor ; and a memory coupled to the processor , the processor configured to cause the AUSF to: receive a first authentication request message from a Security Anchor Function, SEAF, that is co-located with an initial Access and Mobility management Function, AMF, the first authentication request message comprising an AMF Slice Capabilities Information Element, IE,; send a data request message to a Unified Data Management function, UDM, the data request message comprising the received AMF Slice Capabilities IE; receive a data response message from the UDM, wherein the data response message includes a Slice compatibility indicator; determine not to send a SEAF key to the SEAF in response to the Slice Compatibility indicator indicating that an AMF slice is not compatible with registration of a User Equipment device, UE,; and send an authentication response message to the SEAF, wherein the authentication response message includes an Authentication Result, a User Subscription Identifier, and the Slice Compatibility indicator.
A connector , comprising: a first housing defining a guide slot ; a second housing configured to mate with the first housing , said second housing including a pin configured to engage the guide slot ; a mate assist slider moveable from an unmated position to a mated position , said mate assist slider slideably mounted to the first housing , said mate assist slider including a gear rack ; and a cam gear moveably mounted to the first housing , said cam gear engages the gear rack such that the cam gear moves in response to a movement of the mate assist slider , said cam gear defining a cam slot for receiving the pin , wherein the cam slot has an entrance having an inertial detent positioned above the guide slot , characterized in that a vibratory feedback is provided to an assembler when the pin is moved past the inertial detent enabling the mate assist slider to be moved from the unmated position to the mated position , wherein the inertial detent deflects and returns to a home position as the pin is moved past the inertial detent , wherein the inertial detent covers a portion of the guide slot and partially blocks a travel path of the pin . a first housing defining a guide slot ; a second housing configured to mate with the first housing , said second housing including a pin configured to engage the guide slot ; a mate assist slider moveable from an unmated position to a mated position , said mate assist slider slideably mounted to the first housing , said mate assist slider including a gear rack ; and a cam gear moveably mounted to the first housing , said cam gear engages the gear rack such that the cam gear moves in response to a movement of the mate assist slider , said cam gear defining a cam slot for receiving the pin , wherein the cam slot has an entrance having an inertial detent positioned above the guide slot , characterized in that a vibratory feedback is provided to an assembler when the pin is moved past the inertial detent enabling the mate assist slider to be moved from the unmated position to the mated position , wherein the inertial detent deflects and returns to a home position as the pin is moved past the inertial detent , wherein the inertial detent covers a portion of the guide slot and partially blocks a travel path of the pin .
A method for generating a search index, applicable for a database system having a first database (1100; 3300) in a first cloud storage device and a second database (1200; 3400) in a second cloud storage device by a server (1300; 3200) communicating with the first database (1100; 3300) and the second database (1200; 3400), said server (1300; 3200) comprising a non-volatile storage medium with a search database , wherein the method comprises: - receiving, from a user, an access instruction corresponding to a first document, the access instruction indicating that the first document is to be saved in the first or the second database; - analyzing the first document to obtain a plurality of first key character strings corresponding to the first document including the text content thereof; - storing the first document into the first database (1100; 3300) or the second database (1200; 3400) according to the access instruction and generating a first address information corresponding to the first document; - generating a first search index corresponding to the first document according to the first address information and the plurality of first key character strings; and - storing the search index into the search database , separate from the first and second databases (1100, 1200; 3300, 3400); wherein the step of analyzing the first document to obtain a plurality of first key character strings corresponding to the text content of the first document comprises: - when the first document is a text file, capturing contents of the text file to obtain the plurality of first key character strings and - when the first document is an image file comprising text, performing an image recognition in the form of optical character recognition on the first document to generate the text contents of the first document and to obtain the plurality of first key character strings accordingly. - receiving, from a user, an access instruction corresponding to a first document, the access instruction indicating that the first document is to be saved in the first or the second database; - analyzing the first document to obtain a plurality of first key character strings corresponding to the first document including the text content thereof; - storing the first document into the first database (1100; 3300) or the second database (1200; 3400) according to the access instruction and generating a first address information corresponding to the first document; - generating a first search index corresponding to the first document according to the first address information and the plurality of first key character strings; and - storing the search index into the search database , separate from the first and second databases (1100, 1200; 3300, 3400); - when the first document is a text file, capturing contents of the text file to obtain the plurality of first key character strings and - when the first document is an image file comprising text, performing an image recognition in the form of optical character recognition on the first document to generate the text contents of the first document and to obtain the plurality of first key character strings accordingly.