mhurhangee/ep-ind-claims huggingface dataset:
An automatic injection device comprising: a housing having a first end, a second end, and a barrel between the first end and the second end, the barrel comprising an elongated window to allow viewing of contents inside the housing; a syringe disposed within the housing and having a first end, a second end, and a reservoir between the first end and the second end; a plunger at least partially disposed within the syringe and comprising a visual indicator on a portion of the plunger; and a syringe carrier disposed within the housing and configured to contain the syringe and displace the syringe within the housing between a first position and a second position, the syringe carrier having a first opening and a second opening, the first opening configured to align with the window and the reservoir when the syringe carrier is in the first position, and the second opening configured to align with the window and the visual indicator when the syringe carrier is in the second position. a housing having a first end, a second end, and a barrel between the first end and the second end, the barrel comprising an elongated window to allow viewing of contents inside the housing; a syringe disposed within the housing and having a first end, a second end, and a reservoir between the first end and the second end; a plunger at least partially disposed within the syringe and comprising a visual indicator on a portion of the plunger; and a syringe carrier disposed within the housing and configured to contain the syringe and displace the syringe within the housing between a first position and a second position, the syringe carrier having a first opening and a second opening, the first opening configured to align with the window and the reservoir when the syringe carrier is in the first position, and the second opening configured to align with the window and the visual indicator when the syringe carrier is in the second position.
A fire-retardant paint containing an intumescent agent, wherein the intumescent agent comprises a mixture of at least one polyol, at least one cyanuric acid derivative and ammonium polyphosphate, wherein the fire-retardant paint further contains chlorinated paraffins, wherein the intumescent agent and the chlorinated paraffins are homogeneously distributed in a carrier material and wherein the carrier material is a resin dissolved in a solvent; wherein the polyol is pentaerythritol and the cyanuric acid derivative is melamine, wherein the fire-retardant paint further comprises at least one additive, wherein the at least one additive is a dispersant, a rheological additive, a filler or a combination thereof, characterised in that the fire-retardant paint is made up of 11% by weight melamine, 10% by weight pentaerythritol, 22% by weight ammonium polyphosphate, 4.4% by weight chlorinated paraffins, 20% by weight acrylic resin, 4% by weight titanium dioxide as filler, 0 to 0.1% by weight of a rheological additive, 0.4% by weight of a dispersant and 27.2 to 28.2% by weight of white spirit.
A method for supporting a roaming service in a wireless local area network having an authentication server and a plurality of access points (320, 330), APs, connected to the authentication server, the method comprising: deriving from a known master key a first security key to be shared between a station, STA, and an AP (320, 330) with which the STA attempts to associate when the STA attempts to associate with one of the plurality of APs; deriving from the first security key a different second security key to be shared between the STA and at least one neighbor AP, the at least one neighbor AP neighboring to the AP with which the STA attempts to associate; and providing the second security key to the at least one neighbor AP, wherein when the STA attempts to roam to the at least one neighbor AP, the at least one neighbor AP pre-authenticates the STA with the second security key. deriving from a known master key a first security key to be shared between a station, STA, and an AP (320, 330) with which the STA attempts to associate when the STA attempts to associate with one of the plurality of APs; deriving from the first security key a different second security key to be shared between the STA and at least one neighbor AP, the at least one neighbor AP neighboring to the AP with which the STA attempts to associate; and providing the second security key to the at least one neighbor AP, wherein when the STA attempts to roam to the at least one neighbor AP, the at least one neighbor AP pre-authenticates the STA with the second security key.
A method for setting a relative angle of rotation between a first and a second threaded rod section (1', 1") at a first joint by means of a measuring device, which measuring device exhibits an internal thread corresponding to a first and a second external thread (35', 35") of the first and second threaded rod sections (1', 1"), wherein the measuring device in use is moved in axial direction over the first joint in a rotary motion, the method comprising the steps of: - mount the measuring device on the first threaded rod section; - mount the second threaded rod section (1") to the first threaded rod section; - move the measuring device toward the first joint (28 ') until the internal thread of the measuring device abuts the second external thread (35") of the second threaded rod section (1"); - rotate the second threaded rod section (1") to a position when a first thread entrance of said first external thread of the first threaded rod section matches a second thread entrance (30") of said second external thread (35") of the second threaded rod section (1"), in which position the measuring device can be moved over the first joint; - lock the first joint; - move the measuring device toward a second joint (28") between the second threaded rod section (1") and a third threaded rod section. - mount the measuring device on the first threaded rod section; - mount the second threaded rod section (1") to the first threaded rod section; - move the measuring device toward the first joint (28 ') until the internal thread of the measuring device abuts the second external thread (35") of the second threaded rod section (1"); - rotate the second threaded rod section (1") to a position when a first thread entrance of said first external thread of the first threaded rod section matches a second thread entrance (30") of said second external thread (35") of the second threaded rod section (1"), in which position the measuring device can be moved over the first joint; - lock the first joint; - move the measuring device toward a second joint (28") between the second threaded rod section (1") and a third threaded rod section.
A camera skid, comprising: a body into which a camera can be inserted, wherein the body is constructed of a first material wherein the first material is a rigid or semi-rigid material; and a front portion received into the body, the front portion including a lip that contacts a front face of the camera when the camera is inserted in the body, characterised in that the front portion is constructed of a pliable material less rigid than the first material. a body into which a camera can be inserted, wherein the body is constructed of a first material wherein the first material is a rigid or semi-rigid material; and a front portion received into the body, the front portion including a lip that contacts a front face of the camera when the camera is inserted in the body, characterised in that the front portion is constructed of a pliable material less rigid than the first material.
A device for removing impurities from water, the device comprising: a container acting as a liquid reservoir; a fluid path defined by the liquid reservoir; a piston pump for pressurising the liquid reservoir, the piston pump comprising a non-return valve through which air may be pumped into the liquid reservoir and a piston shaft through which a piston head may be moved such that air is pumped through the non-return valve; a filter comprising one or more membranes that are hydrophilic to pass liquid in preference to gas, wherein the pore size of the one or more membranes is less than or equal to 25 nanometres, and wherein the filter extends along over 70% of the length of the liquid reservoir and the piston shaft is surrounded by the filter; a removable base and a handle, integrally formed with the removable base, for moving the piston head; and a cap including a nozzle, wherein the cap is at one end of the container and the removable base is at another end of the container; wherein the fluid path is arranged such that, when the nozzle is in an open position a pressure differential induces a flow of liquid along the fluid path through the one or more membranes to the nozzle. a container acting as a liquid reservoir; a fluid path defined by the liquid reservoir; a piston pump for pressurising the liquid reservoir, the piston pump comprising a non-return valve through which air may be pumped into the liquid reservoir and a piston shaft through which a piston head may be moved such that air is pumped through the non-return valve; a filter comprising one or more membranes that are hydrophilic to pass liquid in preference to gas, wherein the pore size of the one or more membranes is less than or equal to 25 nanometres, and wherein the filter extends along over 70% of the length of the liquid reservoir and the piston shaft is surrounded by the filter; a removable base and a handle, integrally formed with the removable base, for moving the piston head; and a cap including a nozzle, wherein the cap is at one end of the container and the removable base is at another end of the container; wherein the fluid path is arranged such that, when the nozzle is in an open position a pressure differential induces a flow of liquid along the fluid path through the one or more membranes to the nozzle.
Patch containing, dispersed in an adhesive matrix: - diclofenac or a pharmaceutically acceptable salt thereof in amounts ranging from 1 to 15% by weight of the total dried adhesive matrix, - thiocolchicoside in amounts ranging from 0.1 to 5% by weight of the total adhesive matrix, and - pharmaceutically acceptable excipients. - diclofenac or a pharmaceutically acceptable salt thereof in amounts ranging from 1 to 15% by weight of the total dried adhesive matrix, - thiocolchicoside in amounts ranging from 0.1 to 5% by weight of the total adhesive matrix, and - pharmaceutically acceptable excipients.
Weighing system for weighing rail vehicles, comprising one or more detection supports removably applicable on a rail, wherein each said detection support forms a ramp and a detection seat with at least one load cell, wherein said detection seat is suitable for receiving a portion of wheel of the rail vehicle in a manner that the wheel rests directly on the load cell and the ramp forms an inclined rolling surface, extending from a front end of the detection support up to the detection seat, so that, when the detection support has been applied onto the rail, the wheel of the rail vehicle can roll from the rail over the ramp up into the detection seat characterized in that the detection support is elongated in shape and forms, on a lower side thereof, a rail seat shaped like an open channel extending in the longitudinal direction of the detection support, wherein said rail seat is delimited by: - an upper wall suitable for resting from above on the upper rolling surface of the rail, - an outer side wall and an inner side wall suitable for embracing the rail profile on the two opposite sides, so that, when the detection support has been applied onto the rail, the rail seat extends astride over the head of the rail. - an upper wall suitable for resting from above on the upper rolling surface of the rail, - an outer side wall and an inner side wall suitable for embracing the rail profile on the two opposite sides,
A system comprising: an output; a plurality of data capture devices configured to capture data, each of said data capture devices being configured to cause said captured data to be stored in data storage and at least some of said captured data to be directed to the output; a data using application; a buffer configured to store said at least some of said captured data from said output for delivery to the data using application, wherein the buffer is configured to receive from said output, the data directed to said output substantially in real-time, and subsequently in response to the buffer becoming substantially filled, to receive said captured data from said data storage at a reduced data rate. an output; a plurality of data capture devices configured to capture data, each of said data capture devices being configured to cause said captured data to be stored in data storage and at least some of said captured data to be directed to the output; a data using application; a buffer configured to store said at least some of said captured data from said output for delivery to the data using application, wherein the buffer is configured to receive from said output, the data directed to said output substantially in real-time, and subsequently in response to the buffer becoming substantially filled, to receive said captured data from said data storage at a reduced data rate.
A method of operating a wireless relay to serve User Equipment, UE, with normal and hardware-trusted wireless data communications over Institute of Electrical and Electronics Engineers, IEEE, 802.11 links and Long Term Evolution, LTE, links, the method comprising: a wireless access point in the wireless relay wirelessly broadcasting a normal IEEE 802.11 Service Set Identifier, SSID, a normal LTE Network Identifier, NID, a hardware-trusted IEEE 802.11 SSID and a hardware-trusted LTE NID, Relay Equipment, RE, in the wireless relay maintaining hardware-trusted wireless backhaul links to a data network; the wireless access point receiving a hardware-trusted attachment request having the hardware-trusted 802.11 SSID or the hardware-trusted LTE NID from the UE; the wireless access point validating hardware-trust of the UE responsive to the hardware-trusted attachment request having the hardware-trusted 802.11 SSID or the hardware-trusted LTE NID and establishing a hardware-trusted attachment of the UE responsive to the hardware-trust validation of the UE; the wireless access point wirelessly exchanging user data with the UE using hardware-trusted circuitry responsive to the hardware-trusted attachment of the UE; the wireless access point and the RE exchanging the user data over a hardware-trusted data link in the wireless relay responsive to the hardware-trusted attachment of the UE; and the RE wirelessly exchanging the user data with the data network using hardware-trusted circuitry over the hardware-trusted wireless backhaul links responsive to the hardware-trusted attachment of the UE. a wireless access point in the wireless relay wirelessly broadcasting a normal IEEE 802.11 Service Set Identifier, SSID, a normal LTE Network Identifier, NID, a hardware-trusted IEEE 802.11 SSID and a hardware-trusted LTE NID, Relay Equipment, RE, in the wireless relay maintaining hardware-trusted wireless backhaul links to a data network; the wireless access point receiving a hardware-trusted attachment request having the hardware-trusted 802.11 SSID or the hardware-trusted LTE NID from the UE; the wireless access point validating hardware-trust of the UE responsive to the hardware-trusted attachment request having the hardware-trusted 802.11 SSID or the hardware-trusted LTE NID and establishing a hardware-trusted attachment of the UE responsive to the hardware-trust validation of the UE; the wireless access point wirelessly exchanging user data with the UE using hardware-trusted circuitry responsive to the hardware-trusted attachment of the UE; the wireless access point and the RE exchanging the user data over a hardware-trusted data link in the wireless relay responsive to the hardware-trusted attachment of the UE; and the RE wirelessly exchanging the user data with the data network using hardware-trusted circuitry over the hardware-trusted wireless backhaul links responsive to the hardware-trusted attachment of the UE.
Modular backlighting device; comprising an unspecified number of housing boards housing a number of light emitting diodes connected electrically with the tracks of a printed circuit arranged on the board separated at fixed distance (a), said light emitting diodes being arranged on the board according to an equilateral triangular distribution, said light emitting diodes projecting beams of light that converge from a certain distance (d) of the board, providing the device from the above mentioned distance (d) a mass of even light, without dark areas or shadows; characterised in that the light emitting diodes of the consecutive boards maintain on the joining area of said boards the equilateral triangular distribution and the fixed separation (a).
A computing device comprising: an antenna and heat venting chamber (102, 502) including: an antenna radiating element (104, 204, 504) disposed in at least a first plane; a ground plane element (106, 206, 506) disposed in at least a second plane, the ground plane element (106, 206, 506) being separated from the antenna radiating element (104, 204, 504) such that the ground plane element is disposed a distance away from the antenna radiating element (104, 204, 504); a first side wall member (112, 212, 512) defining a plurality of perforations (114, 214, 514); a second side wall member (108, 208, 508) defining at least one opening; and a cooling system (118, 218, 318, 418, 518) configured to vent heat generated by electronic circuitry of the computing device (100, 200, 300, 400, 500) through the antenna and heat venting chamber (102, 502) in a first direction that extends through the plurality of perforations (114, 214, 514) and the at least one opening characterized in that the first side wall member (112, 212, 512) is disposed between the first plane and the second plane. an antenna and heat venting chamber (102, 502) including: an antenna radiating element (104, 204, 504) disposed in at least a first plane; a ground plane element (106, 206, 506) disposed in at least a second plane, the ground plane element (106, 206, 506) being separated from the antenna radiating element (104, 204, 504) such that the ground plane element is disposed a distance away from the antenna radiating element (104, 204, 504); a first side wall member (112, 212, 512) defining a plurality of perforations (114, 214, 514); a second side wall member (108, 208, 508) defining at least one opening; and an antenna radiating element (104, 204, 504) disposed in at least a first plane; a ground plane element (106, 206, 506) disposed in at least a second plane, the ground plane element (106, 206, 506) being separated from the antenna radiating element (104, 204, 504) such that the ground plane element is disposed a distance away from the antenna radiating element (104, 204, 504); a first side wall member (112, 212, 512) defining a plurality of perforations (114, 214, 514); a second side wall member (108, 208, 508) defining at least one opening; and a cooling system (118, 218, 318, 418, 518) configured to vent heat generated by electronic circuitry of the computing device (100, 200, 300, 400, 500) through the antenna and heat venting chamber (102, 502) in a first direction that extends through the plurality of perforations (114, 214, 514) and the at least one opening
Method for producing a membrane device, in which at least one mesoporous intermediate layer with pores with an average pore diameter of 2 nm to 50 nm, and on it a microporous covering layer with an average pore diameter of < 0.5 nm, are applied to a macroporous, ceramic carrier layer with pores with a pore diameter of > 50 nm, characterised in that a microporous covering layer comprising 5 to 1000 layers of graphene oxide is applied by means of a colloidal dispersion using dip coating and then dried at temperatures of up to 200° C.
An acoustic actuator comprising: an actuator element generating a corresponding sound in response to an applied electrical signal; a supporting member supporting the actuator element so as to form a movement axis of the actuator element; and an edge member connected with the actuator element, wherein the actuator element comprises: a piezoelectric unit having more than one piezoelectric member of which a length is larger than a width by at least 2 times; and a membrane unit including at least one membrane member generating the corresponding sound in response to the applied electrical signal, by being fixedly adhered to the piezoelectric unit so as to extend in a length direction of the at least one piezoelectric member and by forming wave movement in the length direction in response to a current applied to the piezoelectric unit, characterised in that the piezoelectric unit comprises a plurality of piezoelectric members disposed in parallel in their width direction on a same plane. an actuator element generating a corresponding sound in response to an applied electrical signal; a supporting member supporting the actuator element so as to form a movement axis of the actuator element; and an edge member connected with the actuator element, wherein the actuator element comprises: a piezoelectric unit having more than one piezoelectric member of which a length is larger than a width by at least 2 times; and a membrane unit including at least one membrane member generating the corresponding sound in response to the applied electrical signal, by being fixedly adhered to the piezoelectric unit so as to extend in a length direction of the at least one piezoelectric member and by forming wave movement in the length direction in response to a current applied to the piezoelectric unit, characterised in that the piezoelectric unit comprises a plurality of piezoelectric members disposed in parallel in their width direction on a same plane. a piezoelectric unit having more than one piezoelectric member of which a length is larger than a width by at least 2 times; and a membrane unit including at least one membrane member generating the corresponding sound in response to the applied electrical signal, by being fixedly adhered to the piezoelectric unit so as to extend in a length direction of the at least one piezoelectric member and by forming wave movement in the length direction in response to a current applied to the piezoelectric unit, characterised in that the piezoelectric unit comprises a plurality of piezoelectric members disposed in parallel in their width direction on a same plane.
A device for monitoring overvoltage protection capacitors in generator circuit breakers, the device being intended to be connected to a generator circuit breaker, GCB, arranged between an electrical generation plant and a transformer, the generator circuit breaker comprising one or more phases with one phase circuit breaker per phase, wherein the device has a first capacitor and a second capacitor for each phase of the generator circuit breaker, wherein each capacitor (31, 32) comprises a first terminal and a second terminal, the device being characterised in that it additionally comprises: a passage detection monitoring module configured to generate an alarm signal when a current circulates through the capacitors (31, 32), wherein the second terminal of the first capacitor and the second terminal of the second capacitor are connected to the monitoring module, in a double star configuration, and the first terminal of the first capacitor is intended to be connected between the generation plant and the generator circuit breaker of the phase thereof, and the first terminal of the second capacitor is intended to be connected between the generator circuit breaker of the phase thereof and the transformer. the device being intended to be connected to a generator circuit breaker, GCB, arranged between an electrical generation plant and a transformer, the generator circuit breaker comprising one or more phases with one phase circuit breaker per phase, wherein the device has a first capacitor and a second capacitor for each phase of the generator circuit breaker, wherein each capacitor (31, 32) comprises a first terminal and a second terminal,