mhurhangee/ep-ind-claims huggingface dataset:
Vessel which accommodates a metal element in its base,wherein the vessel is a glass vessel, and the vessel comprises a lower recess in the base which accommodates the metal element, wherein the metal element is bonded to the base by means of a transparent adhesive at the bottom of the recess, such that the surface of the metal element facing the bottom of the recess is completely covered by a thin adhesive film and, the bottom of the recess adjacent to the metal element is also completely covered by the adhesive, such that the bottom of the recess is completely sealed and, the metal element is completely embedded by a transparent plastic which fills up a remaining area of the recess and which adheres to the vessel and the metal element, and wherein the vessel, the recess and the metal element are formed axially symmetrical to an axis, characterised in that the metal element is a magnetic metal element, and the recess is formed as a flat truncated cone with a base surface with a first diameter and a top surface with a second diameter and a height, wherein the base surface of the truncated cone is the aperture plane of the recess on the lower surface of the base and the top surface of the truncated cone is the bottom of the recess, and wherein the depth of the recess corresponds to the height of the truncated cone, and wherein the height of the truncated cone and the diameter of its base surface and the diameter of its top surface are each selected in such a predetermined manner that a half aperture angle (12α) of the truncated cone and of the recess, respectively is between 15 and 30 degrees. the metal element is bonded to the base by means of a transparent adhesive at the bottom of the recess, such that the surface of the metal element facing the bottom of the recess is completely covered by a thin adhesive film and, the bottom of the recess adjacent to the metal element is also completely covered by the adhesive, such that the bottom of the recess is completely sealed and, the metal element is completely embedded by a transparent plastic which fills up a remaining area of the recess and which adheres to the vessel and the metal element, and wherein the vessel, the recess and the metal element are formed axially symmetrical to an axis, characterised in that the metal element is a magnetic metal element, and the recess is formed as a flat truncated cone with a base surface with a first diameter and a top surface with a second diameter and a height, wherein the base surface of the truncated cone is the aperture plane of the recess on the lower surface of the base and the top surface of the truncated cone is the bottom of the recess, and wherein the depth of the recess corresponds to the height of the truncated cone, and wherein the height of the truncated cone and the diameter of its base surface and the diameter of its top surface are each selected in such a predetermined manner that a half aperture angle (12α) of the truncated cone and of the recess, respectively is between 15 and 30 degrees.
Testing device for testing an electric connectivity of an electric connection, in particular an electric connection comprising a galvanic separation, wherein the connection comprises at least a first phase line and a reference line, wherein the testing device comprises a transmitting unit and a receiving unit, wherein the transmitting unit is connectable to a signal generator via an input port comprising at least one signal connecting means and one reference connecting means, wherein the signal connecting means of the input port is connected to a signal part of the transmitting unit, wherein the reference connecting means of the input port is connected to a reference part of the transmitting unit, wherein the transmitting unit is connectable to the electric connection via an output port comprising at least one signal connecting means and one reference connecting means, wherein the signal connecting means of the output port is connectable to the first phase line, wherein the reference connecting means of the output port is connectable to the reference line, wherein the signal connecting means of the output port is connectable to the signal part and the reference connecting means of the output port is connected to the reference part, wherein the receiving unit comprises an input port, at least a first rectifying means and at least a first signal indication means, wherein the receiving unit is connectable to the electric connection via the input port comprising at least one signal connecting means and one reference connecting means, wherein the signal connecting means of the input port is connectable to the first phase line, wherein the reference connecting means of the input port is connectable to the reference line, wherein the signal connecting means of the input port is connected to the reference connecting means of the input port via a first series connection, wherein the first series connection comprises at least the first rectifying means and the first signal indication means, characterized in that the transmitting unit is connectable to a multiphase cable comprising n phase lines via the output port, wherein the transmitting unit comprises at least one switching means, wherein the switching means is designed and arranged such that in each switching configuration one of n signal connecting means of the output port is connected to the signal part of the transmitting unit, wherein the remaining n-1 signal connecting means of the output port are connected to the reference part of the transmitting unit, wherein the receiving unit is connectable to the multiphase cable via the input port, wherein the receiving unit comprises n rectifying means and n signal indication means, wherein each of n signal connecting means of the input port is connected to the reference connecting means of the input port via a series connection, wherein each of the series connections comprises at least a rectifying means and a signal indication means.
A method for providing a communication backup link, the method being performed at a gateway having a connection to Internet, the method comprising: detecting disruption of the gateway connection to Internet; after intercepting a HTTP request from a user device having a first connection to the gateway and a second connection to Internet, returning a web page to the user device, the web page comprising a tunnel setup information for establishing a tunnel between the gateway and the user device; and establishing the tunnel between the gateway and the user device as the gateway communication backup link to Internet. detecting disruption of the gateway connection to Internet; after intercepting a HTTP request from a user device having a first connection to the gateway and a second connection to Internet, returning a web page to the user device, the web page comprising a tunnel setup information for establishing a tunnel between the gateway and the user device; and establishing the tunnel between the gateway and the user device as the gateway communication backup link to Internet.
A system for real-time determination of orientation for a physical location on a mover in an independent cart system, the system comprising: a track having a plurality of track segments (12, 14); a mover mounted on and configured to travel along the track; a sensor mounted on the mover, wherein the sensor is configured to generate at least one feedback signal corresponding to a physical orientation of the mover in a mover coordinate system, wherein an origin of the mover coordinate system travels with the mover; a control circuit mounted on the mover, wherein the control circuit is configured to receive the at least one feedback signal and to generate a data packet including a value of the at least one feedback signal corresponding to the physical orientation of the mover; and a transmitter mounted on the mover, wherein the transmitter is configured to receive the data packet from the control circuit and to transmit the data packet to a receiver of a controller (171, 200) located external from the mover, wherein an actuator is mounted on the mover and the actuator comprises an end effector mounted to the actuator and wherein the control circuit mounted on the mover is further configured to adjust a position of the end effector of the mover in real-time responsive to the physical orientation of the mover, or wherein the controller (171, 200) located external from the mover is configured to receive the data packet from the receiver, and to adapt operation of an actuator mounted external to the mover using the physical orientation of the mover. a track having a plurality of track segments (12, 14); a mover mounted on and configured to travel along the track; a sensor mounted on the mover, wherein the sensor is configured to generate at least one feedback signal corresponding to a physical orientation of the mover in a mover coordinate system, wherein an origin of the mover coordinate system travels with the mover; a control circuit mounted on the mover, wherein the control circuit is configured to receive the at least one feedback signal and to generate a data packet including a value of the at least one feedback signal corresponding to the physical orientation of the mover; and a transmitter mounted on the mover, wherein the transmitter is configured to receive the data packet from the control circuit and to transmit the data packet to a receiver of a controller (171, 200) located external from the mover, wherein an actuator is mounted on the mover and the actuator comprises an end effector mounted to the actuator and wherein the control circuit mounted on the mover is further configured to adjust a position of the end effector of the mover in real-time responsive to the physical orientation of the mover, or wherein the controller (171, 200) located external from the mover is configured to receive the data packet from the receiver, and to adapt operation of an actuator mounted external to the mover using the physical orientation of the mover.
Apron for roller shutter comprising: - a plurality of slats which are hinged in pairs and which comprise a final slat, as well as intermediate slats which extend upstream from the final slat, said final slat comprising a first slat, a second slat and mounting means which are configured to mount the first slat telescopically relative to the second slat, and also air passage means which are configured to ensure the passage of air through the final slat and which the mounting means comprise; - assembly means configured to assemble the slats in pairs and at least in a hinged manner, characterized in that: - the intermediate slats as well as the assembly means are configured to prevent light from passing through the intermediate slats as well as through the assembly means. - a plurality of slats which are hinged in pairs and which comprise a final slat, as well as intermediate slats which extend upstream from the final slat, said final slat comprising a first slat, a second slat and mounting means which are configured to mount the first slat telescopically relative to the second slat, and also air passage means which are configured to ensure the passage of air through the final slat and which the mounting means comprise; - assembly means configured to assemble the slats in pairs and at least in a hinged manner, characterized in that: - the intermediate slats as well as the assembly means are configured to prevent light from passing through the intermediate slats as well as through the assembly means.
A system comprising: a mobile application residing on an external device; and an inhalation device (100, 302) comprising a mouthpiece, a mouthpiece cover, medicament, and an electronics module comprising a processor and a sensor; wherein the inhalation device is configured to both prepare a dose of medicament for delivery to a user and cause the processor to transition between power states when the mouthpiece cover is moved from a closed position to an open position to expose the mouthpiece; and wherein the electronics module or the mobile application is configured to generate usage events based on feedback from the sensor or movement of the mouthpiece cover from a closed position to an open position, characterized in that the electronics module or the mobile application is configured to determine that feedback from the sensor indicates that there have been multiple inhalation events while the mouthpiece cover is in the open position, and provide a notification to the user that the mouthpiece cover needs to be closed and then re-opened to ensure that a subsequent dose of medication is made available for inhalation. a mobile application residing on an external device; and an inhalation device (100, 302) comprising a mouthpiece, a mouthpiece cover, medicament, and an electronics module comprising a processor and a sensor; wherein the inhalation device is configured to both prepare a dose of medicament for delivery to a user and cause the processor to transition between power states when the mouthpiece cover is moved from a closed position to an open position to expose the mouthpiece; and wherein the electronics module or the mobile application is configured to generate usage events based on feedback from the sensor or movement of the mouthpiece cover from a closed position to an open position, characterized in that the electronics module or the mobile application is configured to determine that feedback from the sensor indicates that there have been multiple inhalation events while the mouthpiece cover is in the open position, and provide a notification to the user that the mouthpiece cover needs to be closed and then re-opened to ensure that a subsequent dose of medication is made available for inhalation.
An immunostimulatory oligoribonucleotide polymer selected from A-A-A-C-G-C-U-C-A-G-C-C-A-A-A-G-C-A-G; A-A-A-C-G-C-U-C-A-C-C-C-A-A-A-G-C-A-G; A-A-A-C-A-C-U-C-A-G-C-C-A-A-A-G-C-A-G; and A-A-A-C-C-C-U-C-A-G-C-C-A-A-A-G-C-A-G; wherein the oligoribonucleotide comprises a phosphodiester backbone; for use in treating an allergic condition, cancer, or an infectious disease. A-A-A-C-G-C-U-C-A-G-C-C-A-A-A-G-C-A-G; A-A-A-C-G-C-U-C-A-C-C-C-A-A-A-G-C-A-G; A-A-A-C-A-C-U-C-A-G-C-C-A-A-A-G-C-A-G; and A-A-A-C-C-C-U-C-A-G-C-C-A-A-A-G-C-A-G;
A deployable device, comprising: a deployable member comprising an optical fibre and provided with a tacky or adhesive outer surface along some or all of the length of the deployable member; the deployable member being stowed at the device in a first wound configuration, and arranged to be deployed from the device into a second unwound configuration within a well; wherein the deployable device is configured such that, when unwound, the deployable member has a propensity to adhere to a wall within the well by virtue of the tacky or adhesive outer surface thereof, wherein the deployable member comprises or is provided with a plurality of sections of different tacky or adhesive outer coatings or layers along different axial length portions of the deployable member. a deployable member comprising an optical fibre and provided with a tacky or adhesive outer surface along some or all of the length of the deployable member; the deployable member being stowed at the device in a first wound configuration, and arranged to be deployed from the device into a second unwound configuration within a well; wherein the deployable device is configured such that, when unwound, the deployable member has a propensity to adhere to a wall within the well by virtue of the tacky or adhesive outer surface thereof, wherein the deployable member comprises or is provided with a plurality of sections of different tacky or adhesive outer coatings or layers along different axial length portions of the deployable member.
A gas turbine engine, comprising: a bearing compartment; a seal runner including a tab; a seal configured to cooperate with the seal runner to seal the bearing compartment; and a catcher in contact with the tab of the seal runner to minimize deflection of the seal runner, wherein the seal runner further includes: an axially-extending portion configured to contact the seal; and a deflector projecting radially from an aft end of the axially-extending portion, characterized in that: the tab is arranged adjacent the intersection of the axially-extending portion and the deflector. a bearing compartment; a seal runner including a tab; a seal configured to cooperate with the seal runner to seal the bearing compartment; and a catcher in contact with the tab of the seal runner to minimize deflection of the seal runner, an axially-extending portion configured to contact the seal; and a deflector projecting radially from an aft end of the axially-extending portion,
Automated order preparation system for elongated elements which comprises: - a movable gantry on guide tracks mounted on the floor, - a lift platform secured on the moveable gantry and which can be lifted and lowered, - an unloading table or fixed structure onto which the material is evacuated from the lift platform, wherein the lift platform comprises: - a supporting surface for the elongated elements of the order, which comprises a series of fixed or movable cradles between which a series of spaces are left between them, defining over the entire supporting surface a series of independent spaces or stacking boxes, - a transportation aisle characterised in that the transportation aisle for workers on the lift platform, is formed by three gangways: • a rear gangway connecting two lateral gangways which is from where the material is prepared, these three gangways are limited on one side by the stacking boxes and on the other side by railings with their corresponding access doors, and in that - it has a control panel mounted on the platform and where the gantry is provided with at least two hoists which can be moved right, left and proceed to lift or lower the material to be prepared, it being possible to handle the hoists independently or in a synchronised manner. - a movable gantry on guide tracks mounted on the floor, - a lift platform secured on the moveable gantry and which can be lifted and lowered, - an unloading table or fixed structure onto which the material is evacuated from the lift platform, - a supporting surface for the elongated elements of the order, which comprises a series of fixed or movable cradles between which a series of spaces are left between them, defining over the entire supporting surface a series of independent spaces or stacking boxes, - a transportation aisle • a rear gangway connecting two lateral gangways which is from where the material is prepared, these three gangways are limited on one side by the stacking boxes and on the other side by railings with their corresponding access doors, and in that - it has a control panel mounted on the platform
A multi-tenant cloud system (118; 202; 600; 600b; 700; 900; 1300) for providing an application programming interface, API, cloud service resource via Representational State Transfer, REST, architecture, comprising: a first data center comprising a first one or more servers adapted to authenticate a first plurality of registered clients and located in a first geographic area; a second data center comprising a second one or more servers adapted to authenticate a second plurality of registered clients and located in a second geographic area that is different from the first geographic area; wherein the first one or more servers are configured to receive a request from a first client of the first plurality of registered clients to access a resource of the second data center, wherein the first client is not included in the second plurality of registered clients; wherein the first one or more servers are configured to validate the request from the first client and issue a global access token; wherein the first one or more servers are configured to send the request with the global access token; wherein the second one or more servers are configured to receive the request with the global access token; and wherein a cloud gate comprising a third server at the second data center is configured to, based on the global access token, validate the request and provide the resource to the first client. a first data center comprising a first one or more servers adapted to authenticate a first plurality of registered clients and located in a first geographic area; a second data center comprising a second one or more servers adapted to authenticate a second plurality of registered clients and located in a second geographic area that is different from the first geographic area; wherein the first one or more servers are configured to receive a request from a first client of the first plurality of registered clients to access a resource of the second data center, wherein the first client is not included in the second plurality of registered clients; wherein the first one or more servers are configured to validate the request from the first client and issue a global access token; wherein the first one or more servers are configured to send the request with the global access token; wherein the second one or more servers are configured to receive the request with the global access token; and wherein a cloud gate comprising a third server at the second data center is configured to, based on the global access token, validate the request and provide the resource to the first client.
An airfoil portion, comprising an outer skin member, an inner stiffening member, and a flow control system, wherein the outer skin member and the inner stiffening member are arranged to delimit a chamber, wherein the chamber is configured to contain an inner pressure, and wherein the inner pressure differs from a pressure external to the chamber, wherein the flow control system is configured to provide an air flow relative to a surface of the airfoil portion, characterized in that the flow control system comprises a two stage fluidic actuator system with an actuator stage mounted to the inner stiffening member and a control stage for influencing an air flow relative to a surface of the airfoil portion, wherein the actuator stage and the control stage are separated by a cover panel, and wherein the cover panel and the control stage are mounted to the actuator stage, wherein the actuator stage, the control stage and the cover panel form a load carrying structure.
Al casting alloy which contains at least five of the following alloy constituents Si: from 3.0 to 3.8% by weight Mg: from 0.3 to 0.8% by weight Cr: from 0.05 to 0.35% by weight Fe: < 0.18% by weight Mn: < 0.06% by weight Ti: < 0.16% by weight Cu: 0.006 - 0.015% by weight Sr: from 0.010 to 0.030% by weight Zr: < 0.006% by weight Zn: < 0.006% by weight Impurities: < 0.1% by weight and is made up to 100% by weight with Al.
A device with supports (3, 4) which are capable of being moved with respect to each other and the mutually facing inner walls of which have provided on them toothed profiles (6, 7) which co-operate in each case with opposed segments (31, 32) of a rotatable toothed wheel, by the rotation of which the supports (3, 4) are capable of being simultaneously moved in synchronism in opposed directions, the toothed wheel having a differing tip circle diameter ( d) along its periphery, characterized in that the tip circle diameter ( d) increases along a segment (31, 32) and an effective external diameter ( d w) of the toothed wheel is present between the supports (3, 4) in a clamped rotational setting and the effective external diameter ( d w) corresponds to a nominal diameter.