mhurhangee/ep-ind-claims huggingface dataset:
A transmitter adapted to be arranged in a tire to cause a tire pressure warning device to issue a warning, the transmitter comprising: a transmitting section, which has a terminal; and a pressure switch, wherein the pressure switch includes a hollow box and a passage that causes an interior of the box and an interior of the tire to communicate with each other, the box includes a conductive deforming portion, which is configured to be separate from the terminal of the transmitting section when a difference between a pressure in the box and a pressure in the tire is less than a predetermined value and to be elastically deformed to contact the terminal when the pressure in the box is higher than the pressure in the tire at least by the predetermined value, and the transmitting section is configured to transmit a warning signal that causes the tire pressure warning device to issue a warning in response to contact between the deforming portion and the terminal, characterized in that the transmitter further comprises a flow rate reducing portion, which is configured to, in a state in which the pressure in the tire is lower than the pressure in the box, cause a flow rate of gas discharged from the box through the passage to be smaller when the deforming portion and the terminal are in contact with each other than when the deforming portion and the terminal are separate from each other. a transmitting section, which has a terminal; and a pressure switch, wherein the pressure switch includes a hollow box and a passage that causes an interior of the box and an interior of the tire to communicate with each other, the box includes a conductive deforming portion, which is configured to be separate from the terminal of the transmitting section when a difference between a pressure in the box and a pressure in the tire is less than a predetermined value and to be elastically deformed to contact the terminal when the pressure in the box is higher than the pressure in the tire at least by the predetermined value, and the transmitting section is configured to transmit a warning signal that causes the tire pressure warning device to issue a warning in response to contact between the deforming portion and the terminal, characterized in that the transmitter further comprises a flow rate reducing portion, which is configured to, in a state in which the pressure in the tire is lower than the pressure in the box, cause a flow rate of gas discharged from the box through the passage to be smaller when the deforming portion and the terminal are in contact with each other than when the deforming portion and the terminal are separate from each other.
A solvent extraction process for the desulfurization of a whole crude oil feedstream containing one or more sulfur compounds comprising: a. mixing the whole crude oil selected from the group consisting of heavy, medium and light crude oils, and mixtures thereof with a solvent feedstream containing one or more extractive solvents for the one or more sulfur compounds, where the one or more extractive solvents are not miscible with the crude oil and are selected from the group consisting of furfural, dimethyl formamide, propylene carbonate, ethylene carbonate, acetone, acetonitrile, diacetyl, diethylene glycol, methanol, and γ(butylimino)diethanol; b. separating the liquid mixture into a first phase of crude oil of reduced sulfur content and a solvent phase containing dissolved sulfur compounds and hydrocarbon compounds; c. recovering the crude oil phase of reduced sulfur content as a first feedstream for further processing; d. subjecting the sulfur-containing solvent phase to a solvent regeneration step in an atmospheric distillation column and recovering a solvent feedstream for use in step (a), above; e. subjecting the hydrocarbons with dissolved sulfur compounds recovered from the solvent regeneration step to hydroprocessing; and f. recovering a second liquid hydrocarbon stream of reduced sulfur content from the hydroprocessor. a. mixing the whole crude oil selected from the group consisting of heavy, medium and light crude oils, and mixtures thereof with a solvent feedstream containing one or more extractive solvents for the one or more sulfur compounds, where the one or more extractive solvents are not miscible with the crude oil and are selected from the group consisting of furfural, dimethyl formamide, propylene carbonate, ethylene carbonate, acetone, acetonitrile, diacetyl, diethylene glycol, methanol, and γ(butylimino)diethanol; b. separating the liquid mixture into a first phase of crude oil of reduced sulfur content and a solvent phase containing dissolved sulfur compounds and hydrocarbon compounds; c. recovering the crude oil phase of reduced sulfur content as a first feedstream for further processing; d. subjecting the sulfur-containing solvent phase to a solvent regeneration step in an atmospheric distillation column and recovering a solvent feedstream for use in step (a), above; e. subjecting the hydrocarbons with dissolved sulfur compounds recovered from the solvent regeneration step to hydroprocessing; and f. recovering a second liquid hydrocarbon stream of reduced sulfur content from the hydroprocessor.
Electrical installation apparatus, such as a plug socket, switch, pushbutton switch, having a carrier ring which has at least one receptacle for mounting a claw by means of a screw, wherein the screw has a screw head and a thread, and a plug-in region for mounting the claw is formed, wherein the claw has an L-shaped configuration with two legs (5, 6) connected via a bend region, and at least one tip is formed on the free end of a first leg, and the second leg, in a direction pointing away from the bend region into a free end of the second leg, has a fork-shaped form with two spaced-apart prongs, wherein a gap running between the prongs is formed in such a way that a first portion is formed on the free end of the second leg and the gap widens in a second portion adjoining the first portion in the direction of the bend region and is larger than or equal to the diameter of the plug-in region of the screw and smaller than the diameter of the screw head, wherein the plug-in region of the screw is arranged in the second portion, characterized in that the screw has a projection between the screw head and the thread, wherein the plug-in region for mounting the claw is formed between the screw head and the projection, wherein the width of the first portion of the gap is smaller than the diameter of the plug-in region of the screw and the gap in the second portion is smaller than the diameter of the projection of the screw, and arranged in the direction of the bend region and in a manner adjoining the second portion of the gap is a full-area support portion of the second leg that is made from solid material and connects the second portion of the gap to the bend region, wherein the material of the claw is plastically deformable.
A method for irradiating a load with microwave or UHF radiation over a sequence of frequencies, comprising: selecting frequencies to be transmitted to the load; determining transmission duration for each selected frequency based on dissipation information; and irradiating the load such that each frequency from the selected frequencies is transmitted for the duration that was determined, wherein the frequencies are selected dynamically during the irradiation of the load. selecting frequencies to be transmitted to the load; determining transmission duration for each selected frequency based on dissipation information; and irradiating the load such that each frequency from the selected frequencies is transmitted for the duration that was determined, wherein the frequencies are selected dynamically during the irradiation of the load.
Method for authenticating a user with a secure web application, said user being equipped with a smartphone onto which an Internet browser has been pre-loaded, said method including steps of: - loading a mobile authentication application onto the smartphone; - requesting access to the secure web application via the browser of the smartphone; - the web application redirecting the access request to an authentication server; - the authentication server sending an authentication request to the user in the form of a challenge sent to the user's smartphone; - the user inputting their connection identifier (email address, telephone number, biometric identification information, etc.) on their smartphone; - the mobile authentication application of the smartphone asking the user to present, by means of a secure external medium, a key and a certificate obtained on the basis of the user's connection identifier in order to enable use of the key and of the certificate, and the authentication application of the smartphone calculating a cryptogram on the basis of the challenge received from the authentication server and the key obtained from the external medium; - the smartphone transmitting the calculated cryptogram and the user's certificate to the authentication server; - verifying, by means of the authentication server, the cryptogram received from the smartphone by means of the transmitted challenge and the user's authentication certificate; - if the verification is positive, the user is authenticated and is granted access to the services of the web application. - loading a mobile authentication application onto the smartphone; - requesting access to the secure web application via the browser of the smartphone; - the web application redirecting the access request to an authentication server; - the authentication server sending an authentication request to the user in the form of a challenge sent to the user's smartphone; - the user inputting their connection identifier (email address, telephone number, biometric identification information, etc.) on their smartphone; - the mobile authentication application of the smartphone asking the user to present, by means of a secure external medium, a key and a certificate obtained on the basis of the user's connection identifier in order to enable use of the key and of the certificate, and the authentication application of the smartphone calculating a cryptogram on the basis of the challenge received from the authentication server and the key obtained from the external medium; - the smartphone transmitting the calculated cryptogram and the user's certificate to the authentication server; - verifying, by means of the authentication server, the cryptogram received from the smartphone by means of the transmitted challenge and the user's authentication certificate; - if the verification is positive, the user is authenticated and is granted access to the services of the web application.
A genetically modified rodent whose genome comprises: a humanized Il1rl2 gene at an endogenous rodent Il1rl2 locus, wherein the humanized Il1rl2 gene encodes a humanized Il1rl2 protein that comprises an ectodomain having an amino acid sequence that is at least 95% identical with amino acids 20-335 of SEQ ID NO: 2; a human IL1F6 gene at an endogenous rodent Il1f6 locus; a human IL1F8 gene at an endogenous rodent Il1f8 locus; and a human IL1F9 gene at an endogenous rodent Il1f9 locus; wherein the genetically modified rodent displays deregulated IL-36 signaling. a humanized Il1rl2 gene at an endogenous rodent Il1rl2 locus, wherein the humanized Il1rl2 gene encodes a humanized Il1rl2 protein that comprises an ectodomain having an amino acid sequence that is at least 95% identical with amino acids 20-335 of SEQ ID NO: 2; a human IL1F6 gene at an endogenous rodent Il1f6 locus; a human IL1F8 gene at an endogenous rodent Il1f8 locus; and a human IL1F9 gene at an endogenous rodent Il1f9 locus;
A power semiconductor device encapsulated with a mold resin, comprising: a plurality of lead frames formed into like a wiring pattern; a power semiconductor element joined onto the lead frame; and a capacitor placed between mutually adjacent two of the lead frames; wherein external electrodes of the capacitor are connected to the lead frames each through a stress-relaxation structure portion characterized by the stress-relaxation structure portion being lower in rigidity than the capacitor, wherein a joining structure of the capacitor and each of the lead frames comprises the stress-relaxation structure portion connected to the external electrode of the capacitor, and a solder that connects the stress-relaxation structure portion with the lead frame; and wherein the stress-relaxation structure portion is lower in rigidity than the solder, wherein the stress-relaxation structure portion has an electrode connection portion connected to the external electrode of the capacitor, and an electrode non-connection portion not connected to the external electrode, wherein the stress-relaxation structure portion is an electro-conductive stress-relaxation portion formed of a resin in which an electro-conductive filler is mixed, wherein the capacitor has a non-connected portion to which the stress-relaxation structure portion is not connected, on the external electrode of the capacitor in the side opposite to the lead frame, and the non-connected portion is covered with the mold resin. a plurality of lead frames formed into like a wiring pattern; a power semiconductor element joined onto the lead frame; and a capacitor placed between mutually adjacent two of the lead frames; wherein external electrodes of the capacitor are connected to the lead frames each through a stress-relaxation structure portion characterized by the stress-relaxation structure portion being lower in rigidity than the capacitor, wherein a joining structure of the capacitor and each of the lead frames comprises the stress-relaxation structure portion connected to the external electrode of the capacitor, and a solder that connects the stress-relaxation structure portion with the lead frame; and wherein the stress-relaxation structure portion is lower in rigidity than the solder, wherein the stress-relaxation structure portion has an electrode connection portion connected to the external electrode of the capacitor, and an electrode non-connection portion not connected to the external electrode, wherein the stress-relaxation structure portion is an electro-conductive stress-relaxation portion formed of a resin in which an electro-conductive filler is mixed, wherein the capacitor has a non-connected portion to which the stress-relaxation structure portion is not connected, on the external electrode of the capacitor in the side opposite to the lead frame, and the non-connected portion is covered with the mold resin.
A gas turbine comprising: a compressor section having a plurality of compressor rotor disks; a turbine section having a plurality of turbine rotor disks arranged downstream of the compressor rotor disks; a first tie rod penetrating central portions of the compressor rotor disks provided in the compressor section to press the compressor rotor disks against each other; and a plurality of second tie rods penetrating vicinities of edges of the turbine rotor disks provided in the turbine section to press the turbine rotor disks against each other; characterized in that the gas turbine further comprises: a torque transfer member coupled to the first and second tie rods (150, 160) so as to transfer rotational torque generated by the turbine section to the compressor section, wherein the torque transfer member is a torque tube, wherein one side of the first tie rod is inserted and fixed in the torque tube, wherein the torque transfer member comprises a first end facing the compressor section, and the first end has a first through-hole through which the first tie rod passes; and a first pressure nut fastened to the one side of the first tie rod, wherein the first pressure nut presses an inside surface of the first end toward the compressor section. a compressor section having a plurality of compressor rotor disks; a turbine section having a plurality of turbine rotor disks arranged downstream of the compressor rotor disks; a first tie rod penetrating central portions of the compressor rotor disks provided in the compressor section to press the compressor rotor disks against each other; and a plurality of second tie rods penetrating vicinities of edges of the turbine rotor disks provided in the turbine section to press the turbine rotor disks against each other; characterized in that the gas turbine further comprises: a torque transfer member coupled to the first and second tie rods (150, 160) so as to transfer rotational torque generated by the turbine section to the compressor section, wherein the torque transfer member is a torque tube, wherein one side of the first tie rod is inserted and fixed in the torque tube, wherein the torque transfer member comprises a first end facing the compressor section, and the first end has a first through-hole through which the first tie rod passes; and a first pressure nut fastened to the one side of the first tie rod, wherein the first pressure nut presses an inside surface of the first end toward the compressor section.
A method for pairing user devices, the user devices comprising an unmanned aerial vehicle, UAV and an UAV controller, the method being applied to a device in a core network, wherein the method comprises: receiving a pairing request message that is sent from a first user device and carries a first identity of the first user device, wherein the first user device comprises said Unmanned Aerial Vehicle, UAV, or said UAV controller; characterized by sending a query request message carrying the first identity to an Unmanned Aircraft System, UAS, Traffic Management, UTM, to request querying a second identity of a second user device corresponding to the first identity in a correspondence between a UAV and a UAV controller, wherein the UTM is not a device in the core network, the correspondence between the UAV and the UAV controller is stored in the UTM by a UAV manufacturer in advance; receiving a query response message that is fed back by the UTM and contains a query result; and sending, when the query result comprises the second identity of the second user device in the correspondence between the UAV and the UAV controller, a pairing response message carrying the second identity to the first user device, wherein when the first user device is the UAV, the second user device is the UAV controller, and while the first user device is the UAV controller, the second user device is the UAV. receiving a pairing request message that is sent from a first user device and carries a first identity of the first user device, wherein the first user device comprises said Unmanned Aerial Vehicle, UAV, or said UAV controller; characterized by sending a query request message carrying the first identity to an Unmanned Aircraft System, UAS, Traffic Management, UTM, to request querying a second identity of a second user device corresponding to the first identity in a correspondence between a UAV and a UAV controller, wherein the UTM is not a device in the core network, the correspondence between the UAV and the UAV controller is stored in the UTM by a UAV manufacturer in advance; receiving a query response message that is fed back by the UTM and contains a query result; and sending, when the query result comprises the second identity of the second user device in the correspondence between the UAV and the UAV controller, a pairing response message carrying the second identity to the first user device, wherein when the first user device is the UAV, the second user device is the UAV controller, and while the first user device is the UAV controller, the second user device is the UAV.
An apparatus for generating a rotary reciprocating motion, comprising: an input shaft having a rotation axis; a drive motor for providing unidirectional rotation of the input shaft about the rotation axis; an output shaft for delivering reciprocating rotary motion about the rotation axis, wherein the output shaft is for coupling to a load which limits the rotation of the output shaft thereby to prevent unidirectional rotation of the output shaft; a first magnetic or ferromagnetic ring disposed about the rotation axis, rotationally fixed to the input shaft; and a second magnetic or ferromagnetic ring disposed about the rotation axis, rotationally fixed to the output shaft, wherein the first and second rings are disposed one within the other around the rotation axis and wherein at least one of the first and second rings comprises an annular sequence of permanent magnetic elements, characterised in that, an axial relative alignment along the rotation axis, between the first and second rings (18,20), is adjustable to a desired relative alignment for setting an output torque level. an input shaft having a rotation axis; a drive motor for providing unidirectional rotation of the input shaft about the rotation axis; an output shaft for delivering reciprocating rotary motion about the rotation axis, wherein the output shaft is for coupling to a load which limits the rotation of the output shaft thereby to prevent unidirectional rotation of the output shaft; a first magnetic or ferromagnetic ring disposed about the rotation axis, rotationally fixed to the input shaft; and a second magnetic or ferromagnetic ring disposed about the rotation axis, rotationally fixed to the output shaft, wherein the first and second rings are disposed one within the other around the rotation axis and wherein at least one of the first and second rings comprises an annular sequence of permanent magnetic elements, characterised in that, an axial relative alignment along the rotation axis, between the first and second rings (18,20), is adjustable to a desired relative alignment for setting an output torque level.
An apparatus for sampling, processing and collecting biomedical samples for a subsequent diagnostic, clinical and/or therapeutic use, in a closed sterile environment, said apparatus comprising: one or more sampling means of biomedical samples, one or more collecting means of said samples for diagnostic use, one or more containers for processing of said samples, each housed inside a hollow body having a diameter greater than the diameter of said containers and able to sliding upwards and downwards on the outer surface of said containers, said hollow body being closed at the top by a cap centrally perforated by a hollow element facing the inside of the container and able to put it into fluid communication with the outside, characterized in that said cap is able to stretch upwards or downwards in order to vary the height of said hollow element integral therewith, inside said container; and one or more collecting means for clinical or therapeutic use of said processed samples coming from said containers, said means being connected between each other by a device for the distribution of fluids consisting of rigid or flexible pipes, which let said sample flow from said sampling means to said collecting means or from said sampling means to said containers and, from these, to said collecting means, thus creating an environment which is closed and able to maintain internal sterile conditions.
A capsule for use in a brewing device, the capsule comprising: • a body part, which defines a cavity, • a lid which is attached to the body part, • tea material enclosed within the capsule, wherein the volume of the cavity is from 10 to 24cm 3, and wherein the body part is a single, impermeable piece, wherein in use in a beverage machine it is adapted for, brewing liquid does not enter through one side and exit through the other, characterised in that the lid comprises perforations in the form of a curve, with sections which extend backwards from the ends of the curve, to produce a well-defined opening when the lid is pushed against a blunt opening member. • a body part, which defines a cavity, • a lid which is attached to the body part, • tea material enclosed within the capsule,