mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transferring an assembly of oriented nanowires from a fluid to a substrate surface, comprising: providing a fluid to a container, said fluid comprising a first liquid, a second liquid and a plurality of nanowires, wherein the first and second liquids phase separate into a sub phase, a top phase, and an interface between the sub phase and the top phase; wherein the nanowires are functionalized to align vertically into a nanowire aggregate at the interface; and bringing the nanowire aggregate into contact with a substrate surface such that a majority of the nanowires are aligned with respect to each other on the substrate; characterised in that prior to bringing the aggregate into contact with a substrate said fluid is provided with a substance in a composition configured to change the composition of the top phase or the composition of the sub phase to counteract bulging of the interface providing a fluid to a container, said fluid comprising a first liquid, a second liquid and a plurality of nanowires, wherein the first and second liquids phase separate into a sub phase, a top phase, and an interface between the sub phase and the top phase; wherein the nanowires are functionalized to align vertically into a nanowire aggregate at the interface; and bringing the nanowire aggregate into contact with a substrate surface such that a majority of the nanowires are aligned with respect to each other on the substrate; characterised in that prior to bringing the aggregate into contact with a substrate said fluid is provided with a substance in a composition configured to change the composition of the top phase or the composition of the sub phase to counteract bulging of the interface
An electronic device for supporting sliding, the electronic device comprising: a first cover ; a second cover coupled to the first cover to slide; a display in which a size of an exposed region is changed corresponding to the sliding of the second cover; a panel support disposed on one side of a back surface of the display with respect to a front surface of the display on which a screen is displayed; and a rotation shaft rotating corresponding tc the sliding of the second cover while a portion of the rotation shaft contacts at least a portion of the panel support , wherein the portion of the panel support comprises a plurality of protrusions, and wherein an attractive force is formed between the portion of the rotation shaft and at least some of the plurality of protrusions, characterized in that : the rotation shaft comprises hook grooves (155a_1) temporarily coupled with the plurality of protrusions when contacting the one side of the panel support while the exposed region of the display changes, wherein the plurality of protrusions include a hook ring (170a_1) protruding in a direction opposite to the protruding direction of the hook grooves (155a_1) formed on the rotation shaft . a first cover ; a second cover coupled to the first cover to slide; a display in which a size of an exposed region is changed corresponding to the sliding of the second cover; a panel support disposed on one side of a back surface of the display with respect to a front surface of the display on which a screen is displayed; and a rotation shaft rotating corresponding tc the sliding of the second cover while a portion of the rotation shaft contacts at least a portion of the panel support , wherein the portion of the panel support comprises a plurality of protrusions, and wherein an attractive force is formed between the portion of the rotation shaft and at least some of the plurality of protrusions, characterized in that : the rotation shaft comprises hook grooves (155a_1) temporarily coupled with the plurality of protrusions when contacting the one side of the panel support while the exposed region of the display changes, wherein the plurality of protrusions include a hook ring (170a_1) protruding in a direction opposite to the protruding direction of the hook grooves (155a_1) formed on the rotation shaft . the rotation shaft comprises hook grooves (155a_1) temporarily coupled with the plurality of protrusions when contacting the one side of the panel support while the exposed region of the display changes, wherein the plurality of protrusions include a hook ring (170a_1) protruding in a direction opposite to the protruding direction of the hook grooves (155a_1) formed on the rotation shaft .
A method of repairing a seal between a fuel injector sleeve and a fuel injector bore , comprising: removing a fuel injector from the fuel injector sleeve , the fuel injector sleeve having an upper portion comprising an annular groove for receiving a seal ring ; installing a retaining ring in the fuel injector bore , the retaining ring having a side wall with an outer surface including a curved portion adjacent at least one edge of the side wall to guide the retaining ring into the fuel injector bore , replacing the fuel injector in the fuel injector sleeve , the method characterised in the retaining ring further having an outer diameter that is larger than an inner diameter of the upper portion of the fuel injector sleeve at a location adjacent an upper seal leak in the upper portion of the fuel injector sleeve such that when the retaining ring is in an installed position, the upper portion of the fuel injector sleeve is deformed outwardly toward the fuel injector bore , to thereby repair the upper seal leak. removing a fuel injector from the fuel injector sleeve , the fuel injector sleeve having an upper portion comprising an annular groove for receiving a seal ring ; installing a retaining ring in the fuel injector bore , the retaining ring having a side wall with an outer surface including a curved portion adjacent at least one edge of the side wall to guide the retaining ring into the fuel injector bore , replacing the fuel injector in the fuel injector sleeve , the method characterised in the retaining ring further having an outer diameter that is larger than an inner diameter of the upper portion of the fuel injector sleeve at a location adjacent an upper seal leak in the upper portion of the fuel injector sleeve such that when the retaining ring is in an installed position, the upper portion of the fuel injector sleeve is deformed outwardly toward the fuel injector bore , to thereby repair the upper seal leak.
A method for bandwidth management of a backhaul network of a cell , adapted for arranging a routing path of a bearer established between a user equipment and a serving gateway by the cell in the backhaul network , wherein the cell is a low-power radio accessing equipment, and the method comprising: connecting (S302) the user equipment by the cell to establish the bearer between the user equipment and the serving gateway or change the established bearer; the method being characterized in further comprising: setting (S304) a packet label on data packets of the bearer by the cell , comprising: obtaining an Internet protocol, IP, address section by the cell ; and allocating a virtual IP address in the IP address section by the cell to serve as the packet label of the bearer; and transmitting (S306) the packet label and bandwidth management information of the bearer to a controller of the backhaul network by the cell for the controller to identify the data packets of the bearer and to arrange (S308) the routing path of the data packets using the packet label in the backhaul network according to the bandwidth management information, wherein the bandwidth management information comprises a tunnel endpoint identifier, TEID, a quality of service, QoS, class identifier, QCI, of the bearer and a bandwidth requirement. setting (S304) a packet label on data packets of the bearer by the cell , comprising: obtaining an Internet protocol, IP, address section by the cell ; and allocating a virtual IP address in the IP address section by the cell to serve as the packet label of the bearer; and obtaining an Internet protocol, IP, address section by the cell ; and allocating a virtual IP address in the IP address section by the cell to serve as the packet label of the bearer; and transmitting (S306) the packet label and bandwidth management information of the bearer to a controller of the backhaul network by the cell for the controller to identify the data packets of the bearer and to arrange (S308) the routing path of the data packets using the packet label in the backhaul network according to the bandwidth management information, wherein the bandwidth management information comprises a tunnel endpoint identifier, TEID, a quality of service, QoS, class identifier, QCI, of the bearer and a bandwidth requirement.
A method of measuring particle concentration in a fluid flow comprising the steps of: disposing a probe in the flow, such that the probe is charged by particles in the flow; measuring an electric signal induced by the charging of the probe; determining the magnitude of an AC component of the signal; determining the flow velocity; and calculating , from the magnitude of the AC component and the flow velocity, the particle concentration in the flow, characterised in that : determining the flow velocity comprises determining an average frequency of the AC component of the signal. disposing a probe in the flow, such that the probe is charged by particles in the flow; measuring an electric signal induced by the charging of the probe; determining the magnitude of an AC component of the signal; determining the flow velocity; and calculating , from the magnitude of the AC component and the flow velocity, the particle concentration in the flow, characterised in that : determining the flow velocity comprises determining an average frequency of the AC component of the signal.
Projectile (P) including a body (P0) having a longitudinal axis (L) and an intermediate portion comprising a device for deploying wings or fins comprising a number N, equal to less than 3, of wings or fins capable of being deployed, the process of deployment comprising at least two phases, a first deployment phase in which each wing or fin moves from a position tangential to the body (P0) of the projectile and parallel to the longitudinal axis (L) to a semi-deployed position, by rotation of the wing or fin about an axis (ZZ') perpendicular to the longitudinal axis (L) of the projectile (P), and a second deployment phase with the movement of each wing or fin from the semi-deployed position, in which it is still tangent to the body of the projectile, to a deployed position in which it is perpendicular to the body of the projectile, by rotation about an axis (XX') parallel to the longitudinal axis (L) of the projectile (P), said projectile (P) being characterised in that the device for deploying the wings or fins is configured in such a way that the rotation of a wing or fin about the axis (XX') parallel to the longitudinal axis (L) of the projectile (P) entrains a tooth which meshes with a toothed synchronisation wheel which by meshing gives rise to the rotation of each other wing or fin about each axis (XX') parallel to the longitudinal axis (L) in order to synchronise deployment of the wings or fins in the second stage.
A construction machine comprising: one or more hydraulic pumps for discharging a working fluid; an engine configured to supply a rotational power to the hydraulic pumps ; a hydraulic line through which the working fluid can be discharged by the hydraulic pumps moves; a main control valve provided on the hydraulic line and configured to control supply of the working fluid to a traveling device or one or more of various working devices, which require the working fluid; a bypass cut valve installed at the hydraulic line downstream of the main control valve to open and close the hydraulic line ; an automatic warm-up switch configured to generate a warm-up operation signal for raising a temperature of the working fluid before an operation starts; and a control device configured to perform a warm-up operation for increasing the number of revolutions of the engine and opening the bypass cut valve to increase a flow rate along the hydraulic line , when the warm-up operation signal is received from the automatic warm-up switch , characterized in that when the temperature of the working fluid reaches a predetermined reference temperature after the control device increases the number of revolutions of the engine and opens the bypass cut valve , the control device is configured to forcibly adjust the swash plate angle of the hydraulic pump to further increase a flow rate and a pressure of the working fluid moving along the hydraulic line . one or more hydraulic pumps for discharging a working fluid; an engine configured to supply a rotational power to the hydraulic pumps ; a hydraulic line through which the working fluid can be discharged by the hydraulic pumps moves; a main control valve provided on the hydraulic line and configured to control supply of the working fluid to a traveling device or one or more of various working devices, which require the working fluid; a bypass cut valve installed at the hydraulic line downstream of the main control valve to open and close the hydraulic line ; an automatic warm-up switch configured to generate a warm-up operation signal for raising a temperature of the working fluid before an operation starts; and a control device configured to perform a warm-up operation for increasing the number of revolutions of the engine and opening the bypass cut valve to increase a flow rate along the hydraulic line , when the warm-up operation signal is received from the automatic warm-up switch , characterized in that when the temperature of the working fluid reaches a predetermined reference temperature after the control device increases the number of revolutions of the engine and opens the bypass cut valve , the control device is configured to forcibly adjust the swash plate angle of the hydraulic pump to further increase a flow rate and a pressure of the working fluid moving along the hydraulic line .
A composition comprising i) an acrylic polymer dispersion and ii) a polyurethane/acrylic hybrid; wherein the acrylic polymer has a Tg from 25 °C to 80 °C; wherein the polyurethane/acrylic hybrid has a Tg from -55 °C to 0 °C; and wherein the composition has a minimum film formation temperature of lower than 10 °C.
A method comprising: receiving a cookie from a third party entity ; comparing the cookie to a database of trusted cookies; initiating a user interface for accepting or rejecting the cookie by a user in response to the cookie not corresponding to a trusted cookie; receiving a selection to either accept or reject the cookie; receiving a security profile selected by the user to apply to the cookie in response to receiving the selection to accept the cookie, wherein each security profile has a level of access to data elements in the cookie; updating the cookie by applying the security profile to the cookie; and storing the cookie in the database of trusted cookies. receiving a cookie from a third party entity ; comparing the cookie to a database of trusted cookies; initiating a user interface for accepting or rejecting the cookie by a user in response to the cookie not corresponding to a trusted cookie; receiving a selection to either accept or reject the cookie; receiving a security profile selected by the user to apply to the cookie in response to receiving the selection to accept the cookie, wherein each security profile has a level of access to data elements in the cookie; updating the cookie by applying the security profile to the cookie; and storing the cookie in the database of trusted cookies.
A method for launching a structure intended to float in water , including the steps of: loading the structure on a pontoon floating in water, abutting under water at least one support pillar , connected to the structure , while the structure rests on the pontoon floating in water , removing the pontoon while the structure is supported by the at least one support pillar bearing under water , and lowering the structure , still supported by the at least one support pillar , until the structure floats in water , and characterized in that the at least one support pillar is removably connected to the structure , and in that the method further comprises: a step of lowering the pontoon , vertically disengaging the pontoon from the structure , while the structure is supported by the at least one support pillar bearing under water , before removal of the pontoon ; and a step of separating the at least one support pillar from the structure once the structure floats in water. loading the structure on a pontoon floating in water, abutting under water at least one support pillar , connected to the structure , while the structure rests on the pontoon floating in water , removing the pontoon while the structure is supported by the at least one support pillar bearing under water , and lowering the structure , still supported by the at least one support pillar , until the structure floats in water , and characterized in that the at least one support pillar is removably connected to the structure , and in that the method further comprises: a step of lowering the pontoon , vertically disengaging the pontoon from the structure , while the structure is supported by the at least one support pillar bearing under water , before removal of the pontoon ; and a step of separating the at least one support pillar from the structure once the structure floats in water. a step of lowering the pontoon , vertically disengaging the pontoon from the structure , while the structure is supported by the at least one support pillar bearing under water , before removal of the pontoon ; and a step of separating the at least one support pillar from the structure once the structure floats in water.
System for producing a tight connection of a press connector to a workpiece , in particular to a pipe, preferably to a plastic pipe, - with a pressing tool for pressing a press connector and - with a pressure tool for driving the pressing tool , - wherein the pressure tool is arranged to output a hydraulic pressure at a pressure generation location , - wherein the pressing tool is arranged to receive a hydraulic pressure at a pressing location and to press a press connector accordingly, - wherein the pressure tool and the pressing tool are connected via a hydraulic pressure transmission connection and - wherein the pressure generation point and the injection point being remote from each other, - wherein the pressing tool comprises at least two opposing pressing sections with a variable distance to each other, characterized in - that the pressing toll comprises a pretensioning element , and - that the pressing tool is arranged to take at least three states, - wherein in a first state the pretensioning element is tightened and the pressing sections are spaced apart, - wherein, in a second state, the pressing sections are tightened by relaxing the pretensioning member into engagement with a press connector , and - wherein in a third state the press sections exert a lifting force towards each other on the press connector and that , in the second state, the press connector is connected in a twist-proof manner to a workpiece to be connected. - with a pressing tool for pressing a press connector and - with a pressure tool for driving the pressing tool , - wherein the pressure tool is arranged to output a hydraulic pressure at a pressure generation location , - wherein the pressing tool is arranged to receive a hydraulic pressure at a pressing location and to press a press connector accordingly, - wherein the pressure tool and the pressing tool are connected via a hydraulic pressure transmission connection and - wherein the pressure generation point and the injection point being remote from each other, - wherein the pressing tool comprises at least two opposing pressing sections with a variable distance to each other, characterized in - that the pressing toll comprises a pretensioning element , and - that the pressing tool is arranged to take at least three states, - wherein in a first state the pretensioning element is tightened and the pressing sections are spaced apart, - wherein, in a second state, the pressing sections are tightened by relaxing the pretensioning member into engagement with a press connector , and - wherein in a third state the press sections exert a lifting force towards each other on the press connector and
A method comprising: receiving a request of an application to access a resource within a network of an organization, wherein the application is running on a user device outside of the network of the organization; identifying a user identifier of a user of the application, a device identifier of the user device, and an application identifier of the application, wherein the user identifier, device identifier, and application identifier are wrapped within a package that includes an authentication token, and wherein the user identifier, the device identifier, the application identifier and the authentication token are each associated with the request; identifying an access policy applicable to the request; determining , by a processor, whether a combination of the user identifier, the device identifier, the application identifier satisfies the access policy; authenticating the application using the authentication token by communicating with an application provisioning service to verify prior installation of the application on the user device; and granting the application access to the resource within the network of the organization, without granting access to other applications of the user device, if the combination of the user identifier, the device identifier, and the application identifier satisfies the access policy and the application is authenticated. receiving a request of an application to access a resource within a network of an organization, wherein the application is running on a user device outside of the network of the organization; identifying a user identifier of a user of the application, a device identifier of the user device, and an application identifier of the application, wherein the user identifier, device identifier, and application identifier are wrapped within a package that includes an authentication token, and wherein the user identifier, the device identifier, the application identifier and the authentication token are each associated with the request; identifying an access policy applicable to the request; determining , by a processor, whether a combination of the user identifier, the device identifier, the application identifier satisfies the access policy; authenticating the application using the authentication token by communicating with an application provisioning service to verify prior installation of the application on the user device; and granting the application access to the resource within the network of the organization, without granting access to other applications of the user device, if the combination of the user identifier, the device identifier, and the application identifier satisfies the access policy and the application is authenticated.