mhurhangee/ep-ind-claims huggingface dataset:
Universal device for transforming a gas-powered device comprising a gas hose, such as an oven or barbecue, into an automated device that regulates the supply of gas flow, comprising: - a valve module housing a variable gas intake valve, the valve module comprising a box provided with an input connector and an output connector configured to be coupled intercalated in the gas hose between respective input and output lengths of said gas hose, the valve module further comprising a connection port to connect an end of a communication cable; - a control module formed by a shell housing an electronic board and comprising a connection port for another end of the communication cable for connection to the valve, the said control module having means of control and power supply, the electronic board being configured to drive the opening of the gas flow by means of an output signal the control module supplies to said valve, the control module further comprising a dock connector for connection with a probe of room temperature; and - a probe of room temperature, being configured to be positioned within the chamber of the oven or barbecue and to be connected with said electronic board through the communication cable, the probe of room temperature being further configured to be fastened by means of a fastening clip in a lifted position on the grill of the chamber of the oven. - a valve module housing a variable gas intake valve, the valve module comprising a box provided with an input connector and an output connector configured to be coupled intercalated in the gas hose between respective input and output lengths of said gas hose, the valve module further comprising a connection port to connect an end of a communication cable; - a control module formed by a shell housing an electronic board and comprising a connection port for another end of the communication cable for connection to the valve, the said control module having means of control and power supply, the electronic board being configured to drive the opening of the gas flow by means of an output signal the control module supplies to said valve, the control module further comprising a dock connector for connection with a probe of room temperature; and - a probe of room temperature, being configured to be positioned within the chamber of the oven or barbecue and to be connected with said electronic board through the communication cable, the probe of room temperature being further configured to be fastened by means of a fastening clip in a lifted position on the grill of the chamber of the oven.
Mesoporous carbon, wherein the mesoporous carbon has a connecting structure in which primary particles made of carbon particles having primary pores with a primary pore diameter of less than 20 nm are connected, wherein the primary pore diameter is measured by analysis of the adsorption side data of a nitrogen adsorption isotherm of the mesoporous carbon by a BJH method and the pore diameter is obtained as the most frequent peak value when the pore capacity is maximized, a pore capacity of secondary pores with a secondary pore diameter within a range of 20 nm to 100 nm, which is 0.42 cm 3 /g or more and 1.34 cm 3 /g or less, wherein the pore capacity of secondary pores and the secondary pore diameter are measured by a mercury intrusion method, and a linearity of 2.2 or more and 2.6 or less, wherein linearity refers to a value represented by the equation Linearity = (L max 2 /S) × (π/4), wherein L max is the length the particle in the major axis direction and S is the area of a projection plane of the particle, as measured using a SEM image. a connecting structure in which primary particles made of carbon particles having primary pores with a primary pore diameter of less than 20 nm are connected, wherein the primary pore diameter is measured by analysis of the adsorption side data of a nitrogen adsorption isotherm of the mesoporous carbon by a BJH method and the pore diameter is obtained as the most frequent peak value when the pore capacity is maximized, a pore capacity of secondary pores with a secondary pore diameter within a range of 20 nm to 100 nm, which is 0.42 cm 3 /g or more and 1.34 cm 3 /g or less, wherein the pore capacity of secondary pores and the secondary pore diameter are measured by a mercury intrusion method, and a linearity of 2.2 or more and 2.6 or less, wherein linearity refers to a value represented by the equation Linearity = (L max 2 /S) × (π/4), wherein L max is the length the particle in the major axis direction and S is the area of a projection plane of the particle, as measured using a SEM image.
An apparatus for treating a tissue site with negative pressure, the apparatus comprising: a chamber wall defining a pump chamber; a drive surface coupled to the chamber wall; a motor; a worm coupled to the motor; a worm gear engaged with the worm; a cam comprising a working surface configured to engage to the drive surface; and characterized by a spring element configured to bias the drive surface against the working surface. a chamber wall defining a pump chamber; a drive surface coupled to the chamber wall; a motor; a worm coupled to the motor; a worm gear engaged with the worm; a cam comprising a working surface configured to engage to the drive surface; and characterized by a spring element configured to bias the drive surface against the working surface.
An apparatus for use in a wireless communication system, the apparatus comprising: means for receiving an assignment of a control channel used to send reports; means for determining a reporting format based on the assignment of the control channel, the reporting format containing little or no overhead information, wherein each reporting format comprises report parameters; means for generating a set of reports for each of a plurality of reporting intervals; means for scrambling the set of reports for each reporting interval with a scrambling sequence associated with the reporting format; means for arranging the set of reports for each reporting interval in accordance with the reporting format; and means for sending a plurality of sets of reports in the plurality of reporting intervals. means for receiving an assignment of a control channel used to send reports; means for determining a reporting format based on the assignment of the control channel, the reporting format containing little or no overhead information, wherein each reporting format comprises report parameters; means for generating a set of reports for each of a plurality of reporting intervals; means for scrambling the set of reports for each reporting interval with a scrambling sequence associated with the reporting format; means for arranging the set of reports for each reporting interval in accordance with the reporting format; and means for sending a plurality of sets of reports in the plurality of reporting intervals.
A plant for producing fuel gas and for carrying out a metallurgical process with a first and a second process stage, wherein the first process stage contains at least one reactor for producing fuel gas containing carbon monoxide, hydrogen, carbon dioxide and/or steam and at least one supply conduit each for biomass and an oxygen-containing gas, wherein the second process stage contains at least one reactor for carrying out a metallurgical process and at least one burner, and wherein after the first process stage at least one cooling device and subsequently at least one filter is provided, characterized in that from the filter a direct conduit leads into at least one of the burners of the second process stage and that the conduit is equipped with at least one device for heat supply to maintain the temperature of the fuel gas above the condensation temperature of tar.
Energy storage component for a supply network with electrical energy as network medium, wherein the energy storage component comprises - at least one contact unit (12, 14) for making contact with at least one further energy storage component of the supply network, - a battery having at least one battery cell, and - at least one gateway for coupling the at least one contact unit (12, 14) to the battery, wherein the at least one contact unit (12, 14) has a communication interface for communicating with the at least one further energy storage component and a transport interface for transporting the electrical energy to the at least one further energy storage component, wherein the energy storage component furthermore has at least one switch for disconnecting the battery from the network medium and the energy storage component thus autonomously switches on or switches off after monitoring the compatibility with the supply network. - at least one contact unit (12, 14) for making contact with at least one further energy storage component of the supply network, - a battery having at least one battery cell, and - at least one gateway for coupling the at least one contact unit (12, 14) to the battery,
A biological composition delivery system comprising: a) an endoscope; b) a light source connected to the endoscope; c) a bioprinter comprising a bio-ink reservoir and a nozzle, wherein the bio-ink reservoir is fluidically connected to the nozzle and contains the bio-ink, and wherein the bio-ink comprises a photoinitiator; d) a three dimensional scanner; and e) a control system in communication with the bioprinter, wherein the endoscope and the three dimensional scanner provide the image of the internal tissue defect and monitors the internal tissue defect as the bioprinter provides bio-ink to the internal tissue defect, and wherein exposure of the bio-ink to the light source connected to the endoscope causes polymerization of the bio-ink.
A fuel injector assembly for a combustor comprising: a fuel nozzle configured to inject fuel into the combustor, wherein the fuel nozzle comprises an axial inflow swirler arranged within a nozzle air passage configured to produce a first airstream into the combustor, a fuel filmer lip configured to form a first fuel film at a downstream end of the fuel nozzle, a fuel swirler disposed upstream of the fuel filmer lip and radially outward of the axial inflow swirler and located outside of the nozzle air passage, and a fuel filmer associated with the fuel swirler, the fuel filmer terminating proximate the fuel filmer lip, the fuel filmer proximate the downstream end of the fuel nozzle; a first radial inflow swirler having a first plurality of vanes configured to produce a second airstream into the combustor, wherein the first radial inflow swirler is mounted to the combustor as opposed to the fuel nozzle and spaced radially outward of the downstream end of the fuel nozzle; and a radial inflow swirler cone extending from the vanes of the first radial inflow swirler through a bulkhead of the combustor and into a combustion chamber of the combustor. a fuel nozzle configured to inject fuel into the combustor, wherein the fuel nozzle comprises an axial inflow swirler arranged within a nozzle air passage configured to produce a first airstream into the combustor, a fuel filmer lip configured to form a first fuel film at a downstream end of the fuel nozzle, a fuel swirler disposed upstream of the fuel filmer lip and radially outward of the axial inflow swirler and located outside of the nozzle air passage, and a fuel filmer associated with the fuel swirler, the fuel filmer terminating proximate the fuel filmer lip, the fuel filmer proximate the downstream end of the fuel nozzle; a first radial inflow swirler having a first plurality of vanes configured to produce a second airstream into the combustor, wherein the first radial inflow swirler is mounted to the combustor as opposed to the fuel nozzle and spaced radially outward of the downstream end of the fuel nozzle; and a radial inflow swirler cone extending from the vanes of the first radial inflow swirler through a bulkhead of the combustor and into a combustion chamber of the combustor.
A vehicle, - having an internal combustion engine, which has a crankcase, - having a crankcase ventilation device, which has at least one oil separating device and an oil return that feeds separated oil back to the crankcase, - having a conveying device for driving a fluid other than blow-by gas, - wherein the conveying device is moreover used to drive the blow-by gas in the crankcase ventilation device, - wherein an intake line (33, 34) of the crankcase ventilation device connects the crankcase to an intake side of the conveying device, - the intake line (33, 34) contains the oil separating device and is connected downstream of the same to a fresh air system of the internal combustion engine, - wherein a control device is provided, which allows an actuation of a control member depending on the current pressure in the fresh air in the region of the connection to the intake line to control the connection between the intake line and the conveying device. - having an internal combustion engine, which has a crankcase, - having a crankcase ventilation device, which has at least one oil separating device and an oil return that feeds separated oil back to the crankcase, - having a conveying device for driving a fluid other than blow-by gas, - wherein the conveying device is moreover used to drive the blow-by gas in the crankcase ventilation device, - wherein an intake line (33, 34) of the crankcase ventilation device connects the crankcase to an intake side of the conveying device, - the intake line (33, 34) contains the oil separating device and is connected downstream of the same to a fresh air system of the internal combustion engine, - wherein a control device is provided, which allows an actuation of a control member depending on the current pressure in the fresh air in the region of the connection to the intake line to control the connection between the intake line and the conveying device.
A method for transmitting, by a device supporting long-term evolution in unlicensed spectrum, LTE-U, a reservation signal in a wireless communication system, the method comprising: determining a trigger condition of a clear-to-send, CTS,-to-self, wherein the CTS-to-self is triggered by using a Wi-Fi channel measurement of LTE-U channel state information, CSI, feedback or when a packet error exceeds a certain threshold; transmitting the reservation signal as a form of a Wi-Fi signal to a network, wherein the reservation signal is the CTS-to-self. determining a trigger condition of a clear-to-send, CTS,-to-self, wherein the CTS-to-self is triggered by using a Wi-Fi channel measurement of LTE-U channel state information, CSI, feedback or when a packet error exceeds a certain threshold; transmitting the reservation signal as a form of a Wi-Fi signal to a network, wherein the reservation signal is the CTS-to-self.
A device for collecting cytological, bacteriological and uterine secretion samples comprising a guiding tube, a rod extending through the guiding tube with a Cytobrush attached to said rod a rod-fixating screw located on the rear end of the guiding tube, characterized in that the guiding tube is rigid and the device further comprises a) a cytobrush ball attached to said Cytobrush, wherein said Cytobrush is connected to the rod by a semi-rigid fastening tube, and b) a guiding tube cap attached to the guiding tube wherein said cap has an inward-facing cone so that the cytobrush ball fits tightly inside the cap to avoid the contamination of the Cytobrush and obtain clean diagnostic material, and to improve uterine cervical penetration and to achieve smooth transition from the guiding tube cap to the guiding tube, the guiding tube cap has a smaller diameter than the guiding tube, and to obtain diagnostic material precisely from the desired area, and to advance the Cytobrush from the guiding tube cap to an optimal distance and to avoid the Cytobrush penetrating too far into the uterus, the inner diameter of the guiding tube cap is smaller than the diameter of the rod. a) a cytobrush ball attached to said Cytobrush, wherein said Cytobrush is connected to the rod by a semi-rigid fastening tube, and b) a guiding tube cap attached to the guiding tube wherein said cap has an inward-facing cone so that the cytobrush ball fits tightly inside the cap to avoid the contamination of the Cytobrush and obtain clean diagnostic material, and to improve uterine cervical penetration and to achieve smooth transition from the guiding tube cap to the guiding tube, the guiding tube cap has a smaller diameter than the guiding tube, and to obtain diagnostic material precisely from the desired area, and to advance the Cytobrush from the guiding tube cap to an optimal distance and to avoid the Cytobrush penetrating too far into the uterus, the inner diameter of the guiding tube cap is smaller than the diameter of the rod.
An image processing apparatus comprising: a WDR image sensor configured to output image frames by photographing a subj ect; a wide image synthesis unit configured to synthesize a wide image frame by synthesizing a plurality of n subchannels included in each of the image frames; a knee curve generating unit configured to generate an integral histogram based on unit histograms of luminance levels calculated for a total of m x n subchannels included in a plurality of m image frames among the image frames and generate a knee curve from the integral histogram; and a dynamic range transforming unit configured to reduce a dynamic range of the synthesized wide image by using the generated knee curve, wherein the subchannels correspond to images acquired with different exposure times. a WDR image sensor configured to output image frames by photographing a subj ect; a wide image synthesis unit configured to synthesize a wide image frame by synthesizing a plurality of n subchannels included in each of the image frames; a knee curve generating unit configured to generate an integral histogram based on unit histograms of luminance levels calculated for a total of m x n subchannels included in a plurality of m image frames among the image frames and generate a knee curve from the integral histogram; and a dynamic range transforming unit configured to reduce a dynamic range of the synthesized wide image by using the generated knee curve,
An apparatus for manufacturing sterilized water comprising: a container having a water receiver for accommodating water; at least one electrode unit having a negative electrode within the container and a positive electrode within the container, the positive electrode separated from the negative electrode and facing the negative electrode, wherein the negative electrode has a plurality of negative electrode projections thereon, and the positive electrode has a plurality of positive electrode projections thereon, each of the plurality of positive electrode projections arranged to face and be aligned with a respective one of the plurality of negative electrode projections to form a current path; and a power supply for supplying direct current to the electrode unit immersed under the water. a container having a water receiver for accommodating water; at least one electrode unit having a negative electrode within the container and a positive electrode within the container, the positive electrode separated from the negative electrode and facing the negative electrode, wherein the negative electrode has a plurality of negative electrode projections thereon, and the positive electrode has a plurality of positive electrode projections thereon, each of the plurality of positive electrode projections arranged to face and be aligned with a respective one of the plurality of negative electrode projections to form a current path; and a power supply for supplying direct current to the electrode unit immersed under the water.
A method performed by an access node of establishing a relationship between access nodes in a wireless communications network comprising: registering an access node of a plurality of access nodes (HNB1, HNB2, HNB3)with a control node of a wireless communications network; detecting at the access node other access nodes (HNB2, HNB3)of said plurality in the network; reporting information to the control node about the access node, said information including identification of other access nodes (HNB2, HNB3) of said plurality detected by said access node; and receiving a neighbour list from the control node containing a list of access nodes which are neighbouring access nodes based on said information; this step further comprising receiving an update of the list of access nodes which are neighbouring access nodes; sending a request to a subscriber station accessing the network to perform a measurement to detect an available cell in the network; receiving the measurement of the detected available cell from the subscriber station; comparing access nodes of the detected available cells with the neighbour list received from the control node; and reporting the detected available cell to the control node if it does not have an access node contained in the neighbour list. registering an access node of a plurality of access nodes (HNB1, HNB2, HNB3)with a control node of a wireless communications network; detecting at the access node other access nodes (HNB2, HNB3)of said plurality in the network; reporting information to the control node about the access node, said information including identification of other access nodes (HNB2, HNB3) of said plurality detected by said access node; and receiving a neighbour list from the control node containing a list of access nodes which are neighbouring access nodes based on said information; this step further comprising receiving an update of the list of access nodes which are neighbouring access nodes; sending a request to a subscriber station accessing the network to perform a measurement to detect an available cell in the network; receiving the measurement of the detected available cell from the subscriber station; comparing access nodes of the detected available cells with the neighbour list received from the control node; and reporting the detected available cell to the control node if it does not have an access node contained in the neighbour list.