mhurhangee/patent-ind-claim-en huggingface dataset:
A hair dryer , the hair dryer comprising: an air inlet; a motor ; a blade assembly ; a heated air outlet; and a heat transmissive member, the heat transmissive member having a composite coating on a surface thereof, the composite coating having ceramic and lava rock incorporated therein; characterized in that a protective coating is disposed on the composite coating. an air inlet; a motor ; a blade assembly ; a heated air outlet; and a heat transmissive member, the heat transmissive member having a composite coating on a surface thereof, the composite coating having ceramic and lava rock incorporated therein; characterized in that a protective coating is disposed on the composite coating.
A fan track liner assembly for a containment arrangement of a gas turbine engine, the assembly comprising a cellular reactive impact structure , characterized in that cells of the reactive impact structure contain a reactive material having shear-thickening or shear-stiffening properties; whereby the reactive impact structure is compliant during assembly to accommodate geometrical non-compliance in the fan track liner assembly.
An adapter collection ring structure, which includes a plurality of adapters , used to be connected to connectors of various different specifications; a ring shape lock piece , formed by a flexible wire body having a lock head and a lock insertion rod disposed at both ends respectively; a plurality of plug sleeve pieces , each having a fix end and a movable end, with the fix end connected to the wire body of the ring shape lock piece , and with its movable end connected to a connection portion , connected to the plurality of adapters respectively, wherein each plug sleeve piece is a flexible short section wire body , with a sleeve ring disposed at a tail portion of the fixed end of the plug sleeve piece , and a plurality of connection hole seats are disposed around and spaced equally apart along the ring shape lock piece ; each of connection hole seats is provided with a hole sleeve body, and a plate having a hole is connected to the hole sleeve body; the hole sleeve body is for the ring shape lock piece to run through, and the plate having the hole is for the sleeve ring at the fixed end of the plug sleeve piece to run through a hole in the plate having the hole . a plurality of adapters , used to be connected to connectors of various different specifications; a ring shape lock piece , formed by a flexible wire body having a lock head and a lock insertion rod disposed at both ends respectively; a plurality of plug sleeve pieces , each having a fix end and a movable end, with the fix end connected to the wire body of the ring shape lock piece , and with its movable end connected to a connection portion , connected to the plurality of adapters respectively, wherein each plug sleeve piece is a flexible short section wire body , with a sleeve ring disposed at a tail portion of the fixed end of the plug sleeve piece , and a plurality of connection hole seats are disposed around and spaced equally apart along the ring shape lock piece ; each of connection hole seats is provided with a hole sleeve body, and a plate having a hole is connected to the hole sleeve body; the hole sleeve body is for the ring shape lock piece to run through, and the plate having the hole is for the sleeve ring at the fixed end of the plug sleeve piece to run through a hole in the plate having the hole .
Method of detecting and compensating for defective printing nozzles in an ink jet printing machine by means of a computer , comprising the following steps of • printing test sheets , each one including at least one printing nozzle test chart and at least one grey area for every colour separation that is used, • recording and digitizing the test sheets with subsequent pixel-nozzle mapping and amplitude/phase value determination by means of the computer , wherein the computer checks the at least one grey area for potential print defects while recording and digitizing the test sheets , • taking current measurements at the printing nozzles in between the test sheets that are being printed, • teaching in an SVM model with the results of current measurement and pixel-nozzle mapping and determining amplitude/phase by means of the computer , • applying the taught-in SVM model to printed, recorded and digitized customer's images to detect defective printing nozzles during production printing on the inkjet printing machine wherein potential print defects are searched for in the generated customer's images during production printing and subsequently the printing nozzle that causes the potential defect is determined by means of the taught-in SVM model, • compensating for the detected defective printing nozzles. • printing test sheets , each one including at least one printing nozzle test chart and at least one grey area for every colour separation that is used, • recording and digitizing the test sheets with subsequent pixel-nozzle mapping and amplitude/phase value determination by means of the computer , wherein the computer checks the at least one grey area for potential print defects while recording and digitizing the test sheets , • taking current measurements at the printing nozzles in between the test sheets that are being printed, • teaching in an SVM model with the results of current measurement and pixel-nozzle mapping and determining amplitude/phase by means of the computer , • applying the taught-in SVM model to printed, recorded and digitized customer's images to detect defective printing nozzles during production printing on the inkjet printing machine wherein potential print defects are searched for in the generated customer's images during production printing and subsequently the printing nozzle that causes the potential defect is determined by means of the taught-in SVM model, • compensating for the detected defective printing nozzles.
An address assignment system for an industrial control system, the address assignment system being connected to a first device and a second device connected in a local network group, the address assignment system being upstream from the first device and the second device, the address assignment system implementing a Dynamic Host Configuration Protocol, DHCP, server, or the address assignment system being communicatively coupled to a DHCP server, the address assignment system being operable to: provide starting address information to the first device, the starting address information including: (i) an IP subnet address prefix; and (ii) a group device identifier for distinguishing the first device from other devices in the local network group, the group device identifier initially indicating that the first device is positioned first in the local network group, wherein the first device is further operable to execute a program stored in a non-transient medium operable to send an addressing command message to the second device in the local network group, the addressing command message including the IP subnet address prefix and the group device identifier for the first device; receive a message from the second device at the address assignment system, wherein the message comprises a group device identifier of the second device; determine an IP address for the second device in the local network group; and provide the IP address from the address assignment system to the second device. provide starting address information to the first device, the starting address information including: (i) an IP subnet address prefix; and (ii) a group device identifier for distinguishing the first device from other devices in the local network group, the group device identifier initially indicating that the first device is positioned first in the local network group, (i) an IP subnet address prefix; and (ii) a group device identifier for distinguishing the first device from other devices in the local network group, the group device identifier initially indicating that the first device is positioned first in the local network group, wherein the first device is further operable to execute a program stored in a non-transient medium operable to send an addressing command message to the second device in the local network group, the addressing command message including the IP subnet address prefix and the group device identifier for the first device; receive a message from the second device at the address assignment system, wherein the message comprises a group device identifier of the second device; determine an IP address for the second device in the local network group; and provide the IP address from the address assignment system to the second device.
A blower for delivering breathable gas to a user, comprising: means for positively pressurizing the gas to a predetermined level; means for humidifying the breathable gas in accordance with a humidity profile that changes over a set time period of treatment, having a variable humidity level; and means for delivering to the user the breathable gas with the variable humidity level. means for positively pressurizing the gas to a predetermined level; means for humidifying the breathable gas in accordance with a humidity profile that changes over a set time period of treatment, having a variable humidity level; and means for delivering to the user the breathable gas with the variable humidity level.
A sulfide solid electrolyte characterized by comprising a LGPS type crystal phase, and containing Li, Ge, P, and S, wherein: when an X-ray photoelectron spectroscopy measurement using an X-ray source of monochromatic AlKα at 1487 eV is conducted to a surface of the sulfide solid electrolyte, a proportion of Ge 2+ with respect to total amount of Ge is 55% or more and 90% or less.
A coaxial connector comprising an inner conductor , an outer conductor having a cylindrical cavity extending in an axial direction through said outer conductor , a first support mechanically locking the inner conductor within the outer conductor , and at least one second support arranged between the first support and one of the ends of the inner conductor , wherein the second support is effective in a radial direction only; and wherein the inner conductor comprises an electrical compensation geometry for compensating a capacitive value of the second support , characterized by the compensation geometry being a reduced cross-section at the position of the second support , and wherein the second support is elastically held within a recess formed by the reduced cross-section, and the second support has the form of a ring with an outer diameter which corresponds to the inner diameter of the outer conductor and an inner diameter which corresponds to the outer diameter of the recess formed at the inner conductor for receiving the second support , with the inner diameter of the second support being formed from a plurality of holding tabs separated by slots . wherein the second support is effective in a radial direction only; and wherein the inner conductor comprises an electrical compensation geometry for compensating a capacitive value of the second support , characterized by the compensation geometry being a reduced cross-section at the position of the second support , and wherein the second support is elastically held within a recess formed by the reduced cross-section, and the second support has the form of a ring with an outer diameter which corresponds to the inner diameter of the outer conductor and an inner diameter which corresponds to the outer diameter of the recess formed at the inner conductor for receiving the second support , with the inner diameter of the second support being formed from a plurality of holding tabs separated by slots .
A method of controlling screen captures, the method comprising: displaying on a touchscreen of a mobile device , an image in a blurred state to a user ; detecting a contact point on the touchscreen resulting from the user touching the touchscreen ; displaying the image in a focused state on the touchscreen in response to detecting the contact point ; detecting a change in the contact point interpretable as an indication of the user attempting to capture a screenshot of the image in the focused state ; and displaying the image in the blurred state in response to detecting the change in the contact point ; wherein displaying the image in the blurred state comprises applying a blur filter to the whole image. displaying on a touchscreen of a mobile device , an image in a blurred state to a user ; detecting a contact point on the touchscreen resulting from the user touching the touchscreen ; displaying the image in a focused state on the touchscreen in response to detecting the contact point ; detecting a change in the contact point interpretable as an indication of the user attempting to capture a screenshot of the image in the focused state ; and displaying the image in the blurred state in response to detecting the change in the contact point ; wherein displaying the image in the blurred state comprises applying a blur filter to the whole image.
A method at a power-limited computing station for communicating in an intelligent transport system, the method comprising: operating the computing station in one of a non-critical radio operating state and a safety-critical radio operating state , the safety-critical radio operating state having shorter sleep cycles to provide lower latency than the non-critical radio operating state for communications with one or more components of the intelligent transport system; receiving a trigger at the computing station, the trigger including a wake-up radio signal comprising on-off-keying, OOK, signals; determining whether the trigger should cause the computing station to transition a radio operating state, wherein the determining uses information from local sensors on the computing station in conjunction with the trigger; when the trigger should cause the computing station to transition the radio operating state, changing the radio operating state to the other of the non-critical radio operating state and the safety-critical radio operating state; and when the radio operating state is changed to the safety-critical radio operating state, transmitting a signal indication the radio operating state is the safety-critical radio operating state. operating the computing station in one of a non-critical radio operating state and a safety-critical radio operating state , the safety-critical radio operating state having shorter sleep cycles to provide lower latency than the non-critical radio operating state for communications with one or more components of the intelligent transport system; receiving a trigger at the computing station, the trigger including a wake-up radio signal comprising on-off-keying, OOK, signals; determining whether the trigger should cause the computing station to transition a radio operating state, wherein the determining uses information from local sensors on the computing station in conjunction with the trigger; when the trigger should cause the computing station to transition the radio operating state, changing the radio operating state to the other of the non-critical radio operating state and the safety-critical radio operating state; and when the radio operating state is changed to the safety-critical radio operating state, transmitting a signal indication the radio operating state is the safety-critical radio operating state.
A compound selected from the group consisting of: or a pharmaceutically acceptable salt or solvate thereof; and or a pharmaceutically acceptable salt or solvate thereof.
A building technology device , for example an LED driver , comprising: a first control unit and a second control unit , wherein the first control unit is configured to execute a software, and wherein the second control unit is configured to execute a further software, in particular an embedded software of the building technology device ; an interface unit arranged between the first control unit and the second control unit ; wherein the interface unit comprises at least one external interface which is connectable to an external device ; and wherein the at least one external interface is adapted to facilitate a selective communication between the external device and the first control unit and independently between the external device and the second control unit . a first control unit and a second control unit , wherein the first control unit is configured to execute a software, and wherein the second control unit is configured to execute a further software, in particular an embedded software of the building technology device ; an interface unit arranged between the first control unit and the second control unit ; wherein the interface unit comprises at least one external interface which is connectable to an external device ; and wherein the at least one external interface is adapted to facilitate a selective communication between the external device and the first control unit and independently between the external device and the second control unit .
A system, comprising: a first seismic source (400 - ) configured to emit seismic energy by generation of a first air bubble into the seismic medium in a first direction at a first time; and a second seismic source (400 - ) spaced a predefined distance from the first seismic source, the second seismic source configured to emit seismic energy by generation of a second air bubble into the seismic medium in a second direction at a second time after the first time, wherein the first direction is different than the second direction, wherein outlet ports of the first and second seismic source are oriented in different directions from one another, wherein the seismic energy emitted by the first and second seismic sources has a low frequency characteristic, wherein a time period between the first time and the second time is selected based on the predefined distance, the seismic medium, and a volume of the first and second air bubbles. a first seismic source (400 - ) configured to emit seismic energy by generation of a first air bubble into the seismic medium in a first direction at a first time; and a second seismic source (400 - ) spaced a predefined distance from the first seismic source, the second seismic source configured to emit seismic energy by generation of a second air bubble into the seismic medium in a second direction at a second time after the first time, wherein the first direction is different than the second direction, wherein outlet ports of the first and second seismic source are oriented in different directions from one another, wherein the seismic energy emitted by the first and second seismic sources has a low frequency characteristic, wherein a time period between the first time and the second time is selected based on the predefined distance, the seismic medium, and a volume of the first and second air bubbles.
An aspiration valve device comprising: a housing body having a first passageway therethrough; a connector body having a second passageway therethrough, the connector body including a first shoulder and a second shoulder , at least a portion of the connector body formed within the first passageway ; a piston body formed within the first passageway , the piston body including a septum disposed at a first end of the piston body; and a flexible valve disc having a top surface, the flexible valve disc mounted between a second, opposing end of the piston body and the connector body so that the top surface of the valve disc forms an annular seal with the second shoulder of the connector body to separate the second passageway from the first passageway , wherein the piston body and the valve disc are configured such that as a result of a drop in differential pressure of the first passageway relative to the second passageway , the valve disc is flexed away from the second shoulder to allow fluid flow from the second passageway into the first passageway . a housing body having a first passageway therethrough; a connector body having a second passageway therethrough, the connector body including a first shoulder and a second shoulder , at least a portion of the connector body formed within the first passageway ; a piston body formed within the first passageway , the piston body including a septum disposed at a first end of the piston body; and a flexible valve disc having a top surface, the flexible valve disc mounted between a second, opposing end of the piston body and the connector body so that the top surface of the valve disc forms an annular seal with the second shoulder of the connector body to separate the second passageway from the first passageway , wherein the piston body and the valve disc are configured such that as a result of a drop in differential pressure of the first passageway relative to the second passageway , the valve disc is flexed away from the second shoulder to allow fluid flow from the second passageway into the first passageway .
A collapsible shower cubicle comprising: a pair of side panels movable between extended positions and retracted positions, a ceiling unit movable between a raised extended position and a lowered retracted position, and a base unit movable between a lowered extended position and a raised retracted position, wherein the shower cubicle is in an erected state when the side panels , the ceiling unit and the base unit are in their extended positions, and the shower cubicle is in a collapsed state when the side panels , the ceiling unit and the base unit are in their retracted positions, whereby the collapsible shower cubicle further comprises an upper link member pivotably attached to the ceiling unit ; a lower link member pivotably attached to the base unit ; and a door frame pivotably attached to the upper and lower link members , and a door connected to the door frame for entry into the collapsible shower cubicle , wherein when the collapsible shower cubicle is moved from its erected state to its collapsed state, the side panels are moved towards their retracted positions before the base unit is moved to its retracted position. whereby the collapsible shower cubicle further comprises an upper link member pivotably attached to the ceiling unit ; a lower link member pivotably attached to the base unit ; and a door frame pivotably attached to the upper and lower link members , and a door connected to the door frame for entry into the collapsible shower cubicle , wherein when the collapsible shower cubicle is moved from its erected state to its collapsed state, the side panels are moved towards their retracted positions before the base unit is moved to its retracted position.
An apparatus for monitoring a process, comprising: a one-way link ; a transmit proxy , which is configured to collect data indicative of physical attributes associated with the process from a plurality of sensors , and to transmit the collected data over the one-way link ; and a receive proxy , which is coupled to the one-way link so as to receive and mirror the data collected by the transmit proxy so as to provide the mirrored data to a computer for processing; wherein the transmit proxy is configured to communicate with the sensors using a predetermined monitoring protocol; and wherein the receive proxy is configured to emulate the predetermined monitoring protocol in communication with the computer. a one-way link ; a transmit proxy , which is configured to collect data indicative of physical attributes associated with the process from a plurality of sensors , and to transmit the collected data over the one-way link ; and a receive proxy , which is coupled to the one-way link so as to receive and mirror the data collected by the transmit proxy so as to provide the mirrored data to a computer for processing; wherein the transmit proxy is configured to communicate with the sensors using a predetermined monitoring protocol; and wherein the receive proxy is configured to emulate the predetermined monitoring protocol in communication with the computer.