mhurhangee/ep-ind-claims huggingface dataset:
A method for fabricating a high temperature electromagnetic device, the method comprising: formulating a glass coating precursor material containing a first plurality of glass particles having an initial softening point and an inorganic thickening agent; applying the glass coating precursor material onto a wire; heat treating the glass coating precursor material, after application onto the wire, to produce a crystallized intermediary glass coating having a modified softening point exceeding the initial softening point, wherein the inorganic thickening agent increases a viscosity of the crystallized intermediary glass coating as it is heated beyond the modified softening point; infiltrating the crystallized intermediary glass coating with a filler glass precursor material containing a second plurality of glass particles; and heat treating the filler glass precursor material to consolidate the second plurality of glass particles into the crystallized intermediary glass coating and yield a low porosity glass coating adhered to the wire, wherein the low porosity is less than 15% by volume. formulating a glass coating precursor material containing a first plurality of glass particles having an initial softening point and an inorganic thickening agent; applying the glass coating precursor material onto a wire; heat treating the glass coating precursor material, after application onto the wire, to produce a crystallized intermediary glass coating having a modified softening point exceeding the initial softening point, wherein the inorganic thickening agent increases a viscosity of the crystallized intermediary glass coating as it is heated beyond the modified softening point; infiltrating the crystallized intermediary glass coating with a filler glass precursor material containing a second plurality of glass particles; and heat treating the filler glass precursor material to consolidate the second plurality of glass particles into the crystallized intermediary glass coating and yield a low porosity glass coating adhered to the wire, wherein the low porosity is less than 15% by volume.
A system for delivering a fluid stored in liquefied form to an end user (105, 205) in a gaseous form, the system comprising: a storage vessel (101, 201); a supply line (103, 203) in fluid communication with said storage vessel and said end user; a pressure relief circuit (110, 210) comprising a switching device (114, 214) operated by a controller to direct fluid from said supply line (103, 203) and: a pressure sensor disposed in said supply line or disposed in a relief line between said supply line and said switching device for measuring a parameter of said fluid in communication with said controller; characterised by returning said fluid in gaseous form to said storage vessel (101, 201) through a return line (120, 220) when said parameter of said fluid meets a predetermined condition; and diverting said fluid from returning to said storage vessel (101, 201) to a diversion line (130, 230) when said parameter of said fluid does not meet said predetermined condition; wherein the return line (120, 220) and the diversion line (130, 230) are downstream of the switching device. a storage vessel (101, 201); a supply line (103, 203) in fluid communication with said storage vessel and said end user; a pressure relief circuit (110, 210) comprising a switching device (114, 214) operated by a controller to direct fluid from said supply line (103, 203) and: a pressure sensor disposed in said supply line or disposed in a relief line between said supply line and said switching device for measuring a parameter of said fluid in communication with said controller; characterised by returning said fluid in gaseous form to said storage vessel (101, 201) through a return line (120, 220) when said parameter of said fluid meets a predetermined condition; and diverting said fluid from returning to said storage vessel (101, 201) to a diversion line (130, 230) when said parameter of said fluid does not meet said predetermined condition; wherein the return line (120, 220) and the diversion line (130, 230) are downstream of the switching device.
An imaging device comprising: a short-wavelength infrared focal plane array; a readout integrated circuit encased in an encapsulant, wherein the encapsulant is embedded with high-radiopacity particulates; and an electronic tripwire embedded in the encapsulant and coupled to the readout integrated circuit configured to render the readout integrated circuit inoperable in response to the electronic tripwire being severed. a short-wavelength infrared focal plane array; a readout integrated circuit encased in an encapsulant, wherein the encapsulant is embedded with high-radiopacity particulates; and an electronic tripwire embedded in the encapsulant and coupled to the readout integrated circuit configured to render the readout integrated circuit inoperable in response to the electronic tripwire being severed.
A pair of contact lenses comprising: a pair of lens parts (1L, 1R) configured to be worn on respective eyeballs of both eyes; a first function unit provided to one of the pair of lens parts (1L, 1R); and configured to perform a first function; a second function unit provided to the other one of the pair of lens parts (1L, 1R), the second function unit being configured to perform a second function different from the first function of the first function unit, a communication unit (22, 23) provided to each of the pair of lens parts and configured to enable the pair of lens parts (1L, 1R) to communicate with one another, and a control unit provided to each of the pair of lens parts (1L, 1R) and configured to perform control of the first and second function units (30L, 30R) in a manner that the first and second function units (30L, 30R) operate in coordination with each other; wherein one of the first and second function units (30L, 30R) has an external communication function to enable communication with an external communication terminal in coordination with the function of the other of the first and second function units (30L, 30R). a pair of lens parts (1L, 1R) configured to be worn on respective eyeballs of both eyes; a first function unit provided to one of the pair of lens parts (1L, 1R); and configured to perform a first function; a second function unit provided to the other one of the pair of lens parts (1L, 1R), the second function unit being configured to perform a second function different from the first function of the first function unit, a communication unit (22, 23) provided to each of the pair of lens parts and configured to enable the pair of lens parts (1L, 1R) to communicate with one another, and a control unit provided to each of the pair of lens parts (1L, 1R) and configured to perform control of the first and second function units (30L, 30R) in a manner that the first and second function units (30L, 30R) operate in coordination with each other; wherein one of the first and second function units (30L, 30R) has an external communication function to enable communication with an external communication terminal in coordination with the function of the other of the first and second function units (30L, 30R).
Spatial frame structure of an agricultural vehicle to which structural assemblies are attached, comprising: an upper horizontal structure consisting of rigidly connected longitudinal tubular beams, transverse and diagonally arranged structural pipes; a middle horizontal structure, consisting in a rigid part and a tapered part, with the rigid part being parallel to the upper and a lower horizontal structure and consisting of two longitudal tubular beams, the front part of which is rigidly connected by a structural pipe arranged in the transverse direction, the tapered part consisting of rigidly connected longitudinal tubular beams (19, 25, 26), transverse structural pipes and stiffening elements (40, 42, 44); a lower horizontal structure consisting of longitudinal tubular beams, transverse and diagonally arranged structural pipes, wherein the upper, middle and lower horizontal structures are rigidly mutually joined by structural pipes arranged perpendicularly (3, 15) and diagonally (2, 4, 14, 17, 18, 20) by additionally connecting a stiffening element and connecting one pair of pipes by a transverse pipe, characterised in that the spatial frame structure contains interchangeable high-capacity fuel tanks intended for the operation of an agricultural vehicle. an upper horizontal structure consisting of rigidly connected longitudinal tubular beams, transverse and diagonally arranged structural pipes; a middle horizontal structure, consisting in a rigid part and a tapered part, with the rigid part being parallel to the upper and a lower horizontal structure and consisting of two longitudal tubular beams, the front part of which is rigidly connected by a structural pipe arranged in the transverse direction, the tapered part consisting of rigidly connected longitudinal tubular beams (19, 25, 26), transverse structural pipes and stiffening elements (40, 42, 44); a lower horizontal structure consisting of longitudinal tubular beams, transverse and diagonally arranged structural pipes, wherein the upper, middle and lower horizontal structures are rigidly mutually joined by structural pipes arranged perpendicularly (3, 15) and diagonally (2, 4, 14, 17, 18, 20) by additionally connecting a stiffening element and connecting one pair of pipes by a transverse pipe, characterised in that the spatial frame structure contains interchangeable high-capacity fuel tanks intended for the operation of an agricultural vehicle.
Telescopic prop, comprising: - a fixed portion having a substantially tubular shape and defining a supporting lower end and an upper end having an access opening; - a movable portion having a substantially tubular shape and defining an upper end for supporting a structure to be sustained, said movable portion being at least partially inserted inside the fixed portion through said access opening; and - reversible coupling means between the fixed portion and the movable portion to define a stable constraint position of the movable portion with respect to the fixed portion; - a reinforcing tubular body arranged around a stress area of the fixed portion and being fitted on the fixed portion and having respective opposite ends crushed and welded on the outer surface of the fixed portion, the prop being characterized in that the stress area of the fixed portion is on the bottom of the prop while in use and in that said tubular body is near and spaced apart from said supporting lower end of the fixed portion. - a fixed portion having a substantially tubular shape and defining a supporting lower end and an upper end having an access opening; - a movable portion having a substantially tubular shape and defining an upper end for supporting a structure to be sustained, said movable portion being at least partially inserted inside the fixed portion through said access opening; and - reversible coupling means between the fixed portion and the movable portion to define a stable constraint position of the movable portion with respect to the fixed portion; - a reinforcing tubular body arranged around a stress area of the fixed portion and being fitted on the fixed portion and having respective opposite ends crushed and welded on the outer surface of the fixed portion,
An ultrasonic transducer structure comprising: a tube for insertion into a blood vessel for IVUS; an ultrasonic transducer of a single element consisting of a stack of a matching layer, a piezoelectric material and a backing layer, and installed at an end of the tube to obtain an ultrasonic image; and a support positioned between one side wall of the tube and the ultrasonic transducer to form an angle at which the ultrasonic transducer is oriented, and to adjust the angle to make an ultrasonic radiation angle of the ultrasonic transducer different from an insertion angle of the tube, wherein the ultrasonic transducer is rectangular in shape, characterised in that a length of a short side of the ultrasonic transducer is at least less than or equal to a diameter of the tube, and a length of a long side of the ultrasonic transducer is larger than or equal to the diameter of the tube, and the long side of the ultrasonic transducer is insertable along an inner wall surface of the tube. a tube for insertion into a blood vessel for IVUS; an ultrasonic transducer of a single element consisting of a stack of a matching layer, a piezoelectric material and a backing layer, and installed at an end of the tube to obtain an ultrasonic image; and a support positioned between one side wall of the tube and the ultrasonic transducer to form an angle at which the ultrasonic transducer is oriented, and to adjust the angle to make an ultrasonic radiation angle of the ultrasonic transducer different from an insertion angle of the tube, wherein the ultrasonic transducer is rectangular in shape, characterised in that a length of a short side of the ultrasonic transducer is at least less than or equal to a diameter of the tube, and a length of a long side of the ultrasonic transducer is larger than or equal to the diameter of the tube, and the long side of the ultrasonic transducer is insertable along an inner wall surface of the tube.
A method for managing voicemail in a communication session between a sending communication device and a receiving communication device, comprising; determining, at the receiving communication device, that a voicemail is to be created, said voicemail based on content received via the sending communication device; retrieving a policy for storing said voicemail, wherein said policy comprises a first list of identifiers of sending communications devices for which it is authorized to store voicemails at resources associated with the receiving communication device, and a second list of identifiers of sending communications devices for which voicemails are to be stored at resources associated with the sending communication device; recording said voicemail; and determining if an identifier of the sending communication device is on the first list or the second list; if the identifier of the sending communication device is on the first list, causing said voicemail to be stored at resources associated with the receiving communication device; and if the identifier of the sending communication device is on the second list, causing said voicemail to be stored at resources associated with the sending communication device.
A communications system comprising a radio access network with an access controller for providing local wireless access for a mobile device and an authentication entity in a public land mobile network, wherein the authentication entity is arranged to authenticate the mobile device accessing the radio access network on the basis of authentication signalling messages between the authentication entity and the mobile device, and authorization of access for the mobile device connected to the radio access network is arranged on the basis of a result of the authentication, characterized by the system comprising a proxy entity which is arranged to function as a TLS server and a Radius Client or a Diameter Client and which controls the access controller to enable or prevent access for the mobile device, and via which transfer of the authentication signalling messages between the mobile device and the authentication entity is arranged by utilizing at least two different underlying encapsulation protocols of which the first protocol is a TLS protocol and the second a RADIUS or a Diameter protocol, the system being arranged to provide encapsulated transmission of the authentication signalling messages between the mobile device and the authentication entity in messages between the mobile device and the proxy entity such that a TLS protocol specific header is added in the message, the proxy entity terminating the TLS connection from the mobile device and performs protocol conversion between the access encapsulation protocol and RADIUS or Diameter protocol for EAP messages, and decapsulates the received messages to recover an original EAP message and encapsulates the EAP message in accordance with the Radius or Diameter encapsulation format to provide encapsulated transfer of the authentication signalling messages between the mobile device and the authentication entity in messages of an AAA client-server protocol between the proxy entity and the authentication entity.
Degarelix for use in the treatment or prevention of rheumatoid arthritis in a subject, wherein degarelix is administered to said subject for a period of at least 12 weeks.
A swinging switch apparatus comprising: a switch body having at least one through hole; a switching mechanism that is accommodated in the switch body; a switch cover that covers the switch body and is formed with an opening portion; an operation knob that is provided at the switch body so as to be exposed at the opening portion; and a regulation mechanism that is disposed between the switching mechanism and the operation knob and swingably supports the operation knob, wherein a gap is formed between the switch cover and the operation knob in the opening portion for allowing the operation knob to swing characterized in that the at least one through hole is located directly under the gap at the bottom of the recess of the switch. a switch body having at least one through hole; a switching mechanism that is accommodated in the switch body; a switch cover that covers the switch body and is formed with an opening portion; an operation knob that is provided at the switch body so as to be exposed at the opening portion; and a regulation mechanism that is disposed between the switching mechanism and the operation knob and swingably supports the operation knob, wherein a gap is formed between the switch cover and the operation knob in the opening portion for allowing the operation knob to swing characterized in that the at least one through hole is located directly under the gap at the bottom of the recess of the switch.
A method for detecting use of domestic hot water by an equipment using water during a reference duration by analyzing data related to water volumes passing through a water meter disposed upstream of a water distribution system feeding said equipment, said method comprising: - a first step of receiving a first datum, noted VΔ 1, representing the maximum fluid volume measured by the water meter during a first predetermined duration, called a short duration, noted Δ1, during the reference duration, - a second step of receiving (E1') a second datum, noted VΔ 2, representing the maximum fluid volume measured by the water meter during a second predetermined duration, called a long duration, noted Δ 2, during the reference duration, - a step of detecting a use of domestic hot water, a use of domestic hot water being said "detected" when: o on the one hand, a first condition is fulfilled, according to which the first datum VΔ 1 is higher than or equal to a first characteristic threshold chosen between 10 and 20 litres, and o on the other hand, a second condition is fulfilled, according to which the second datum VΔ 2 is higher than or equal to a second characteristic threshold, said second characteristic threshold being higher than or equal to the first characteristic threshold. - a first step of receiving a first datum, noted VΔ 1, representing the maximum fluid volume measured by the water meter during a first predetermined duration, called a short duration, noted Δ1, during the reference duration, - a second step of receiving (E1') a second datum, noted VΔ 2, representing the maximum fluid volume measured by the water meter during a second predetermined duration, called a long duration, noted Δ 2, during the reference duration, - a step of detecting a use of domestic hot water, a use of domestic hot water being said "detected" when: o on the one hand, a first condition is fulfilled, according to which the first datum VΔ 1 is higher than or equal to a first characteristic threshold chosen between 10 and 20 litres, and o on the other hand, a second condition is fulfilled, according to which the second datum VΔ 2 is higher than or equal to a second characteristic threshold, said second characteristic threshold being higher than or equal to the first characteristic threshold. o on the one hand, a first condition is fulfilled, according to which the first datum VΔ 1 is higher than or equal to a first characteristic threshold chosen between 10 and 20 litres, and o on the other hand, a second condition is fulfilled, according to which the second datum VΔ 2 is higher than or equal to a second characteristic threshold, said second characteristic threshold being higher than or equal to the first characteristic threshold.
ROR1-positive mesenchymal stem cells which are positive for CD29, CD73, CD90, CD105 and CD166, and which are derived from umbilical cord or adipose tissue, wherein the ratio of ROR1-positive mesenchymal stem cells is 70% or more of all mesenchymal stem cells.
Method having the following steps of: - generating replica pseudorandom noise codes belonging to a multiplicity of reception signal sections with the aid of system parameters of the reception signal sections, wherein the multiplicity of reception signal sections relate to different time periods, wherein the system parameters are valid for a considered time or period and a particular transmitter; - storing the generated replica pseudorandom noise codes in a code archive, wherein reception signal sections protected by means of pseudorandom noise codes can be processed with the aid of the associated stored replica pseudorandom noise codes; and - using the replica pseudorandom noise codes stored in the code archive to decode a reception signal section of the multiplicity of reception signal sections, wherein the replica pseudorandom noise codes are stored in the code archive in blocks and are made available for assessing message signals emitted at past times. - generating replica pseudorandom noise codes belonging to a multiplicity of reception signal sections with the aid of system parameters of the reception signal sections, wherein the multiplicity of reception signal sections relate to different time periods, wherein the system parameters are valid for a considered time or period and a particular transmitter; - storing the generated replica pseudorandom noise codes in a code archive, wherein reception signal sections protected by means of pseudorandom noise codes can be processed with the aid of the associated stored replica pseudorandom noise codes; and - using the replica pseudorandom noise codes stored in the code archive to decode a reception signal section of the multiplicity of reception signal sections, wherein the replica pseudorandom noise codes are stored in the code archive in blocks and are made available for assessing message signals emitted at past times.
Container treatment system, comprising at least one conveyor assembly for containers or closures thereof, said conveyor assembly having at least one endless drive element that is guided by means of a guide, and further having receiving elements for the containers or closures thereof, which are in connection with the endless drive element, wherein the guide has at least one section (10; 30) with at least one guide surface (12, 14) and at least one curved portion (10; 30) with at least one inner guide surface, against which the endless drive element and/or the receiving elements is/are in contact, wherein the container treatment system has at least one marker element (18; 22; 32; 34) in a spatially fixed arrangement in the curved portion (10; 30) of the guide, said marker element (18; 22; 32; 34) interacting with at least a part of the endless drive element or of the receiving elements for generating a wear signal, wherein the marker element (32; 34) is sensor which interacts with the container receiver and/or the endless drive element, characterised in that the sensor is configured as a sensor array with a plurality of sensor elements arranged adjacent to one another, and wherein the sensor elements are arranged adjacent to one another in the radial direction r of the curved guide.