mhurhangee/ep-ind-claims huggingface dataset:
A nested stent used in a body lumen, which is formed of a plurality of stent struts connecting each other, wherein adjacent stent struts are nested to each other when the stent is pressed and held, the stent struts being provided with drug-loading slots thereon, characterized in that the total cross-section area of all the drug-loading slots on one stent strut is 20% to 40% of the total cross-section area of the said one stent strut and wherein the widths of a drug-loading slot should be no less than 0.05 mm, and the depth of a drug-loading slot should be no less than 0.02 mm.
Housing of a medical device for accommodating electric and/or electronic components, especially medical control housing having incorporated control electronics, the housing being EMC safe in the manner of a Faraday cage, wherein in at least one housing outer wall at least one accommodating chamber open toward the outside of the housing and otherwise substantially closed to all sides is formed whose limiting walls (24, 26, 28, 30) are configured to be equally EMC safe; and in the accommodating chamber at least one non-EMC safe transmitter in the form of a non-EMC safe transmitting and/or receiving device adapted to provide wireless communication between the housing-side control electronics and an external control device, and a functional component adapted to be controlled by the housing-side control electronics are arranged, characterized in that the functional component is a pump, especially a peristaltic-type pump. in at least one housing outer wall at least one accommodating chamber open toward the outside of the housing and otherwise substantially closed to all sides is formed whose limiting walls (24, 26, 28, 30) are configured to be equally EMC safe; and in the accommodating chamber at least one non-EMC safe transmitter in the form of a non-EMC safe transmitting and/or receiving device adapted to provide wireless communication between the housing-side control electronics and an external control device, and a functional component adapted to be controlled by the housing-side control electronics are arranged, characterized in that the functional component is a pump, especially a peristaltic-type pump.
A quick release cable pull-in system for releasably connecting a flexible protective outer conduit, in which is internally arranged an elongated cable, to another structure, characterised in that the system comprises: a. A pull-in arrangement at the leading end of the conduit, said pull-in arrangement comprising a tapered nose piece adapted to be connected to a pull-in line for pulling the cable into the structure, said nose piece being releasably attached to the conduit and the internal cable by a weak link attachment, said weak link attachment arranged to detach from the conduit at a lower pulling force than from the cable, b. A connection collar attached to the leading end of the conduit, said connection collar having a recess or groove, c. A cylindrical body attached to the structure, the body having a cylindrical opening leading to the interior of the structure adapted for receiving the pull-in arrangement and the connection collar, d. A rotatable locking arm attached to the cylindrical body, the arm having a downward projecting shoulder member, said locking arm arranged such that, when in a first lower position the shoulder member extends into the opening a sufficient distance to lockingly engage the recess or groove in the connection collar in the event the pull-in arrangement is pulled into the opening by the pull-in wire, e. Said arm being biased towards the first lower position by a biasing member. a. A pull-in arrangement at the leading end of the conduit, said pull-in arrangement comprising a tapered nose piece adapted to be connected to a pull-in line for pulling the cable into the structure, said nose piece being releasably attached to the conduit and the internal cable by a weak link attachment, said weak link attachment arranged to detach from the conduit at a lower pulling force than from the cable, b. A connection collar attached to the leading end of the conduit, said connection collar having a recess or groove, c. A cylindrical body attached to the structure, the body having a cylindrical opening leading to the interior of the structure adapted for receiving the pull-in arrangement and the connection collar, d. A rotatable locking arm attached to the cylindrical body, the arm having a downward projecting shoulder member, said locking arm arranged such that, when in a first lower position the shoulder member extends into the opening a sufficient distance to lockingly engage the recess or groove in the connection collar in the event the pull-in arrangement is pulled into the opening by the pull-in wire, e. Said arm being biased towards the first lower position by a biasing member.
A binding moiety which is capable of binding selectively to Sox11 protein, or to a nucleic acid molecule encoding the same, for use in diagnosing, prognosing and or detecting epithelial ovarian cancer in vivo.
A tactile sensation providing apparatus comprising: a touch sensor; a load detection unit configured to detect a pressing load on the touch sensor for providing a tactile sensation; a tactile sensation providing unit configured to vibrate a touch face of the touch sensor; a tactile sensation provision control unit configured to obtain the pressing load detected by the load detection unit, and control drive of the tactile sensation providing unit based on the pressing load; and a main control unit configured to control an application for performing an operation corresponding to the pressing load, characterized in that the main control unit is further configured to transmit, to the tactile sensation provision control unit, a pressing load detection instruction upon activation of the application and a pressing load stop instruction upon closing of the application, and the tactile sensation provision control unit is further configured to start a detecting process of the pressing load upon receiving the pressing load detection instruction from the main control unit, stop the detecting process of the pressing load upon receiving the pressing load stop instruction from the main control unit, and to notify the main control unit of the pressing load periodically obtained from the load detection unit in the period between the start and the stop of the detecting process of the pressing load. a touch sensor; a load detection unit configured to detect a pressing load on the touch sensor for providing a tactile sensation; a tactile sensation providing unit configured to vibrate a touch face of the touch sensor; a tactile sensation provision control unit configured to obtain the pressing load detected by the load detection unit, and control drive of the tactile sensation providing unit based on the pressing load; and a main control unit configured to control an application for performing an operation corresponding to the pressing load, characterized in that the main control unit is further configured to transmit, to the tactile sensation provision control unit, a pressing load detection instruction upon activation of the application and a pressing load stop instruction upon closing of the application, and the tactile sensation provision control unit is further configured to start a detecting process of the pressing load upon receiving the pressing load detection instruction from the main control unit, stop the detecting process of the pressing load upon receiving the pressing load stop instruction from the main control unit, and to notify the main control unit of the pressing load periodically obtained from the load detection unit in the period between the start and the stop of the detecting process of the pressing load.
A method, comprising: initiating, at an electronic device (102, 280), a connection to a Virtual Private Network, VPN, server associated with a VPN profile; in response to initiating the connection, receiving, at the electronic device, a certificate associated with the VPN server; receiving a validation warning associated with the certificate; generating a fingerprint of the certificate; selecting a validation action based on the validation warning, the fingerprint, and the VPN profile; executing the selected validation action; wherein the VPN profile is associated with a list of configured validation actions, each of the configured validation actions in the list corresponding to a respective configured validation warning and a respective configured fingerprint; the configured validation action is stored during a previous VPN connection, and the respective configured validation warning and the respective configured fingerprint associated with the configured validation action are received during the previous VPN connection; and further wherein the selecting the validation action comprises: determining that the validation warning matches a configured validation warning and the fingerprint matches a configured fingerprint; and in response to the determining, selecting the configured validation action that corresponds to the configured validation warning and the configured fingerprint. initiating, at an electronic device (102, 280), a connection to a Virtual Private Network, VPN, server associated with a VPN profile; in response to initiating the connection, receiving, at the electronic device, a certificate associated with the VPN server; receiving a validation warning associated with the certificate; generating a fingerprint of the certificate; selecting a validation action based on the validation warning, the fingerprint, and the VPN profile; executing the selected validation action; wherein the VPN profile is associated with a list of configured validation actions, each of the configured validation actions in the list corresponding to a respective configured validation warning and a respective configured fingerprint; the configured validation action is stored during a previous VPN connection, and the respective configured validation warning and the respective configured fingerprint associated with the configured validation action are received during the previous VPN connection; and further wherein the selecting the validation action comprises: determining that the validation warning matches a configured validation warning and the fingerprint matches a configured fingerprint; and in response to the determining, selecting the configured validation action that corresponds to the configured validation warning and the configured fingerprint. determining that the validation warning matches a configured validation warning and the fingerprint matches a configured fingerprint; and in response to the determining, selecting the configured validation action that corresponds to the configured validation warning and the configured fingerprint.
A method for uplink, UL, multi-user, MU, transmission by a station, STA, in a wireless communication system, the method comprising: receiving a trigger frame including resource allocation information indicating a resource for the UL MU transmission from an access point, AP; and transmitting a UL frame in response to the trigger frame, wherein the UL frame includes legacy fields, a high-efficiency-SIGNAL-A, HE-SIG-A, field, a high efficiency-short training field, HE-STF, a high-efficiency-long training field, HE-LTF, and a data field, wherein the UL frame does not include a high-efficiency-SIGNAL-B, HE-SIG-B, field, wherein the HE-STF, the HE-LTF, and the data field are transmitted in the resource indicated by the resource allocation information. receiving a trigger frame including resource allocation information indicating a resource for the UL MU transmission from an access point, AP; and transmitting a UL frame in response to the trigger frame, wherein the UL frame includes legacy fields, a high-efficiency-SIGNAL-A, HE-SIG-A, field, a high efficiency-short training field, HE-STF, a high-efficiency-long training field, HE-LTF, and a data field, wherein the UL frame does not include a high-efficiency-SIGNAL-B, HE-SIG-B, field, wherein the UL frame includes legacy fields, a high-efficiency-SIGNAL-A, HE-SIG-A, field, a high efficiency-short training field, HE-STF, a high-efficiency-long training field, HE-LTF, and a data field, wherein the UL frame does not include a high-efficiency-SIGNAL-B, HE-SIG-B, field, wherein the HE-STF, the HE-LTF, and the data field are transmitted in the resource indicated by the resource allocation information.
Method for producing a rubber mixture using a tandem mixer, with the following steps: a) adding raw materials for the rubber mixture into the upper mixer of the tandem mixer, the raw materials comprising at least silica material, b) carrying out a first mixing stage with the raw materials in the upper mixer of the tandem mixer, a target mixing temperature being reached during the mixing operation and a minimum mixing time being prescribed for the mixing operation, a silanization of the rubber mixture being initiated in the mixing operation, c) transferring the rubber mixture from the upper mixer into an intermediate chamber with a heating device and heat-insulated chamber walls, the intermediate chamber being arranged under the upper mixer, d) intermediately storing the rubber mixture in the intermediate chamber over a prescribed storage time, the silanization of the rubber mixture being continued in the intermediate chamber, e) transferring the rubber mixture from the intermediate chamber into the lower mixer, the lower mixer being arranged under the intermediate chamber, f) carrying out a second mixing stage with further constituents of the mixture in the lower mixer of the tandem mixer, the further constituents of the mixture comprising at least temperature-sensitive ready-mix chemicals, a target mixing temperature being reached during the mixing operation and a minimum mixing time being prescribed for the mixing operation, g) removing the rubber mixture from the lower mixer of the tandem mixer. a) adding raw materials for the rubber mixture into the upper mixer of the tandem mixer, the raw materials comprising at least silica material, b) carrying out a first mixing stage with the raw materials in the upper mixer of the tandem mixer, a target mixing temperature being reached during the mixing operation and a minimum mixing time being prescribed for the mixing operation, a silanization of the rubber mixture being initiated in the mixing operation, c) transferring the rubber mixture from the upper mixer into an intermediate chamber with a heating device and heat-insulated chamber walls, the intermediate chamber being arranged under the upper mixer, d) intermediately storing the rubber mixture in the intermediate chamber over a prescribed storage time, the silanization of the rubber mixture being continued in the intermediate chamber, e) transferring the rubber mixture from the intermediate chamber into the lower mixer, the lower mixer being arranged under the intermediate chamber, f) carrying out a second mixing stage with further constituents of the mixture in the lower mixer of the tandem mixer, the further constituents of the mixture comprising at least temperature-sensitive ready-mix chemicals, a target mixing temperature being reached during the mixing operation and a minimum mixing time being prescribed for the mixing operation, g) removing the rubber mixture from the lower mixer of the tandem mixer.
A display module comprising: - a first substrate comprising a red filter, a green filter, a blue filter, and a white filter; - a second substrate disposed facing the first substrate and comprising a first switching device and a first transparent electrode being formed corresponding to a position where the red filter is disposed, a second switching device and a second transparent electrode being formed corresponding to a position where the green filter is disposed, a third switching device and a third transparent electrode being formed corresponding to a position where the blue filter is disposed, and a fourth switching device and a reflective part being formed corresponding to a position where the white filter is disposed; and - a liquid crystal layer formed between the first substrate and the second substrate, wherein the reflective part comprises a first reflective part formed on the same layer as at least one of a gate electrode and a drain electrode constituting the fourth switching device, and wherein the display module comprises a first sub-pixel area, a second sub-pixel area, a third sub-pixel area, and a fourth sub-pixel area, wherein the first switching device and the first transparent electrode are formed in the first sub-pixel area, the second switching device and the second transparent electrode are formed in the second sub-pixel area, the third switching device and the third transparent electrode are formed in the third sub-pixel area, characterised in that the fourth switching device and the reflective part are formed in the fourth sub-pixel area. - a first substrate comprising a red filter, a green filter, a blue filter, and a white filter; - a second substrate disposed facing the first substrate and comprising a first switching device and a first transparent electrode being formed corresponding to a position where the red filter is disposed, a second switching device and a second transparent electrode being formed corresponding to a position where the green filter is disposed, a third switching device and a third transparent electrode being formed corresponding to a position where the blue filter is disposed, and a fourth switching device and a reflective part being formed corresponding to a position where the white filter is disposed; and - a liquid crystal layer formed between the first substrate and the second substrate,
Circuit arrangement for detecting an arc in a motor vehicle having: - a vehicle electrical system with a battery and a load, and - a control device for switching the battery of the vehicle electrical system dependent on a signal, characterised by - an ultraviolet radiation detector for providing a light measurement signal which correlates to an intensity of an ultraviolet radiation emitted in the event of an arc, and - an evaluation unit for dynamically evaluating the light measurement signal, which is designed to signal a presence of the arc by means of the signal to the control device on the basis of a change of the light measurement signal, wherein the presence of the arc is detected, if a sharp rise, having a rise time in a range from 2 milliseconds to 40 milliseconds, is measurable in the light measurement signal provided by the detector. - a vehicle electrical system with a battery and a load, and - a control device for switching the battery of the vehicle electrical system dependent on a signal, characterised by - an ultraviolet radiation detector for providing a light measurement signal which correlates to an intensity of an ultraviolet radiation emitted in the event of an arc, and - an evaluation unit for dynamically evaluating the light measurement signal, which is designed to signal a presence of the arc by means of the signal to the control device on the basis of a change of the light measurement signal, wherein the presence of the arc is detected, if a sharp rise, having a rise time in a range from 2 milliseconds to 40 milliseconds, is measurable in the light measurement signal provided by the detector.
A method comprising resolving a mixture of compounds IA and IB in the presence of L-tartaric acid; in a solvent system comprising an alcohol and water; to produce the L-tartaric acid salt of the compound IA. in the presence of L-tartaric acid; in a solvent system comprising an alcohol and water; to produce the L-tartaric acid salt of the compound IA.
An aerosol generating device comprising: at least one heater configured to generate aerosol by heating an aerosol generating material; a battery configured to supply power to heat the at least one heater; a controller; and a main printed circuit board, PCB, (410, 600) and an auxiliary PCB (420, 500) that are formed out of a rigid material, wherein the main PCB (410, 600) is located parallel to a longitudinal direction of the aerosol generating device, and the auxiliary PCB (420, 500) is located perpendicular to the longitudinal direction of the aerosol generating device, and wherein the main PCB (410, 600) and the auxiliary PCB (420, 500) are electrically connected to each other via a connecting PCB formed out of a flexible material, wherein the main PCB (410, 600) is located parallel to the longitudinal direction of the aerosol generating device at a side of at least one of the battery and the controller, and the auxiliary PCB (420, 500) is located perpendicular to the longitudinal direction of the aerosol generating device between the at least one heater and the battery. at least one heater configured to generate aerosol by heating an aerosol generating material; a battery configured to supply power to heat the at least one heater; a controller; and a main printed circuit board, PCB, (410, 600) and an auxiliary PCB (420, 500) that are formed out of a rigid material, wherein the main PCB (410, 600) is located parallel to a longitudinal direction of the aerosol generating device, and the auxiliary PCB (420, 500) is located perpendicular to the longitudinal direction of the aerosol generating device, and wherein the main PCB (410, 600) and the auxiliary PCB (420, 500) are electrically connected to each other via a connecting PCB formed out of a flexible material, wherein the main PCB (410, 600) is located parallel to the longitudinal direction of the aerosol generating device at a side of at least one of the battery and the controller, and the auxiliary PCB (420, 500) is located perpendicular to the longitudinal direction of the aerosol generating device between the at least one heater and the battery.
A baler comprising a bale forming channel, a reciprocating plunger configured to compress bale material in the bale forming channel to form a bale, and a binding system for binding a bale in the bale forming channel with a pair of twines (64,66) that pass around opposite sides of the bale, the binding system comprising a knotter that includes a rotary bill hook that has a rotational axis, a twine holder and a twine cutter, wherein the binding system is configured to tie a first knot and a second knot successively in the twines (64,66) during one full operating cycle of the binding system, wherein: - the first and second knots (70,72) are tied successively by a single bill hook, and - the first knot and the second knot are both loop knots, wherein the twine cutter is configured to cut the twine to provide a cut end, and wherein the twine cutter is displaced from the bill hook to provide a length L of twine between the cut end and the rotational axis of the bill hook, characterised in that the length L fulfils the following definition: - L is at least 1.3 times the length of the bill hook from the rotational axis to the tip of the bill hook. - the first and second knots (70,72) are tied successively by a single bill hook, and - the first knot and the second knot are both loop knots, wherein the twine cutter is configured to cut the twine to provide a cut end, and wherein the twine cutter is displaced from the bill hook to provide a length L of twine between the cut end and the rotational axis of the bill hook, characterised in that the length L fulfils the following definition: - L is at least 1.3 times the length of the bill hook from the rotational axis to the tip of the bill hook.