mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting wireless information, comprising: sending, by an access controller, a first control and provisioning of wireless access points, CAPWAP, tunnel establishment request to a multi-service control gateway, wherein the first CAPWAP tunnel establishment request is used for requesting to establish a first CAPWAP tunnel between the access controller and the multi-service control gateway, wherein the access controller is used for managing access points; receiving, by the access controller, a first CAPWAP tunnel establishment response sent by the multi-service control gateway; receiving, by the access controller, wireless access information of a user sent by an access point; receiving, by the access controller, an association request sent by the user for requesting use of a wireless network; performing, by the access controller, association permission verification on the user; and sending, by the access controller if the verification is passed, the wireless access information of the user to the multi-service control gateway through the first CAPWAP tunnel. sending, by an access controller, a first control and provisioning of wireless access points, CAPWAP, tunnel establishment request to a multi-service control gateway, wherein the first CAPWAP tunnel establishment request is used for requesting to establish a first CAPWAP tunnel between the access controller and the multi-service control gateway, wherein the access controller is used for managing access points; receiving, by the access controller, a first CAPWAP tunnel establishment response sent by the multi-service control gateway; receiving, by the access controller, wireless access information of a user sent by an access point; receiving, by the access controller, an association request sent by the user for requesting use of a wireless network; performing, by the access controller, association permission verification on the user; and sending, by the access controller if the verification is passed, the wireless access information of the user to the multi-service control gateway through the first CAPWAP tunnel.
A method for locating targets transmitting ADS-B squitters with a secondary radar with an antenna having a radiation pattern forming a sum channel, designated SUM, a radiation pattern forming a difference channel, designated DIFF, and a pattern forming a control channel, designated CONT, the secondary radar having a predefined interrogation coverage, characterised in that said targets are located through the following steps: - detecting ADS-B squitters received over said CONT channel, over said SUM channel and over said DIFF channel; - measuring at least the power of said squitters and their azimuth with respect to said radar; the location of a target transmitting ADS-B squitters being computed by exploiting at least the detection of a single ADS-B squitter from the latitudinal and longitudinal position of said radar and of the azimuthal measurement of said ADS-B squitter with respect to said radar, said position being computed from the detections over the SUM channel and over the DIFF channel, a position cell, designated the CPR cell, coded in said squitter being selected by said azimuthal measurement. - detecting ADS-B squitters received over said CONT channel, over said SUM channel and over said DIFF channel; - measuring at least the power of said squitters and their azimuth with respect to said radar;
A water meter platform, including: - a housing component being a monolithic polymer structure, the housing component providing: - a flow tube having a flow channel extending between an inlet and an outlet, - a sealable main compartment sharing a common wall with the flow tube, and - a flow channel interface in fluid communication with the flow channel; - a meter unit including a measurement circuit having one or more ultrasonic transducers for measuring a flow of a fluid flowing through the flow tube; wherein the flow channel interface is defined inside the main compartment and the meter unit and a self-contained power supply for powering the meter unit are arranged inside the main compartment, characterized in that a remote controllable valve unit is arranged in association with the flow channel interface inside the main compartment and configured to interrupt flow through the flow tube, said valve unit being powered by the self-contained power supply, said valve unit having a first and a second gasket (73, 74; 173, 174) (73, 74) arranged around a valve piston or a valve stem with a mutual distance apart and defining a seal space to provide a seal against fluid escaping from the flow channel, and where a drain channel in fluid communication with the seal space is provided to drain away fluid entering the seal space. - a housing component being a monolithic polymer structure, the housing component providing: - a flow tube having a flow channel extending between an inlet and an outlet, - a sealable main compartment sharing a common wall with the flow tube, and - a flow channel interface in fluid communication with the flow channel; - a flow tube having a flow channel extending between an inlet and an outlet, - a sealable main compartment sharing a common wall with the flow tube, and - a flow channel interface in fluid communication with the flow channel; - a meter unit including a measurement circuit having one or more ultrasonic transducers for measuring a flow of a fluid flowing through the flow tube; characterized in that a remote controllable valve unit is arranged in association with the flow channel interface inside the main compartment and configured to interrupt flow through the flow tube, said valve unit being powered by the self-contained power supply, said valve unit having a first and a second gasket (73, 74; 173, 174) (73, 74) arranged around a valve piston or a valve stem with a mutual distance apart and defining a seal space to provide a seal against fluid escaping from the flow channel, and where a drain channel in fluid communication with the seal space is provided to drain away fluid entering the seal space.
A method for shaping a coating on a razor blade, comprising the steps of: - providing a razor blade having a tip end defined by at least one tip surface (52,54); - applying a surface coating having a first thickness on at least one tip surface (52,54); - sintering the applied surface coating, including heating the applied surface coating to a temperature at which the applied surface coating is in a plastic state; and - shaping the applied surface coating on the at least one tip surface (52,54) to have a second thickness using a centrifuge, which second thickness is less than the first thickness; - wherein the step of shaping the applied surface coating includes centrifuging the razor blade with the applied surface coating in a manner that causes a portion of the applied surface coating to move away from the tip end of the razor blade and leave a residual surface coating layer having the second thickness; and - wherein the step of shaping the applied surface coating includes shaping the applied surface coating in an environment of gas that is non-reactive with one or both of a surface coating material or a razor blade material. - providing a razor blade having a tip end defined by at least one tip surface (52,54); - applying a surface coating having a first thickness on at least one tip surface (52,54); - sintering the applied surface coating, including heating the applied surface coating to a temperature at which the applied surface coating is in a plastic state; and - shaping the applied surface coating on the at least one tip surface (52,54) to have a second thickness using a centrifuge, which second thickness is less than the first thickness; - wherein the step of shaping the applied surface coating includes centrifuging the razor blade with the applied surface coating in a manner that causes a portion of the applied surface coating to move away from the tip end of the razor blade and leave a residual surface coating layer having the second thickness; and - wherein the step of shaping the applied surface coating includes shaping the applied surface coating in an environment of gas that is non-reactive with one or both of a surface coating material or a razor blade material.
A variable cam phaser for an automobile engine for varying open/close valve timing of the engine, the apparatus having: two control rotors (3, 32) rotatable relative to each other, arranged coaxial with the camshaft of the variable cam phaser and driven by the crankshaft of the engine; two electromagnetic actuators (21, 38) adapted to provide the two control rotors with braking torques in the direction opposite to the rotational direction of the crankshaft; a mechanism for varying the phase angle of the camshaft relative to the crankshaft, thereby varying the open/close valve timing of the engine, the apparatus characterized in that the two electromagnetic actuators operate simultaneously to render the two rotating control rotors mutually unrotatable, and by reducing the braking torque of one electromagnetic actuator in operation, the control rotor associated with the braked actuator is accelerated to rotate relative to the other control rotor. two control rotors (3, 32) rotatable relative to each other, arranged coaxial with the camshaft of the variable cam phaser and driven by the crankshaft of the engine; two electromagnetic actuators (21, 38) adapted to provide the two control rotors with braking torques in the direction opposite to the rotational direction of the crankshaft; a mechanism for varying the phase angle of the camshaft relative to the crankshaft, thereby varying the open/close valve timing of the engine, the apparatus characterized in that the two electromagnetic actuators operate simultaneously to render the two rotating control rotors mutually unrotatable, and by reducing the braking torque of one electromagnetic actuator in operation, the control rotor associated with the braked actuator is accelerated to rotate relative to the other control rotor.
A compound 4-substituent-2-hydroxymorpholin-3-one of Formula I: wherein, G is selected from: groups of Formula II wherein, R 1, R 2, and R 3 are independently selected from: hydrogen, -CX 3, -NO 2; and R 1, R 2, and R 3 can not be hydrogen at the same time; X is Cl or Br. R 1, R 2, and R 3 are independently selected from: hydrogen, -CX 3, -NO 2; and R 1, R 2, and R 3 can not be hydrogen at the same time; X is Cl or Br.
A cannula for enabling passage of surgical instruments in the body through a portal of the cannula, comprising: an elongated flexible body having a first end and an opposing second end, and a longitudinal axis; a first flexible flange integral with the first end, and a second flexible flange integral with the second end, so that the cannula is formed as a single piece; and a substantially planar flexible membrane disposed within the elongated body approximately midway between the first and second flexible flanges and oriented in a direction about perpendicular to the longitudinal axis of the elongated body, wherein the cannula is manufactured from a flexible material, and the flexible material is configured to be at least partly deformed upon insertion of the cannula into the body, and wherein, after the insertion, the first flexible flange flips open on one side of the portal and the second flexible flange flips open on the other side of the portal, wherein the thickness of the first flange is different from the thickness of the second flange. an elongated flexible body having a first end and an opposing second end, and a longitudinal axis; a first flexible flange integral with the first end, and a second flexible flange integral with the second end, so that the cannula is formed as a single piece; and a substantially planar flexible membrane disposed within the elongated body approximately midway between the first and second flexible flanges and oriented in a direction about perpendicular to the longitudinal axis of the elongated body, wherein the cannula is manufactured from a flexible material, and the flexible material is configured to be at least partly deformed upon insertion of the cannula into the body, and wherein, after the insertion, the first flexible flange flips open on one side of the portal and the second flexible flange flips open on the other side of the portal, wherein the thickness of the first flange is different from the thickness of the second flange.
An optoelectronic sensor (110 - 510) comprising a light entry opening and at least one light receiver (24, 24.1, 24.2) for detecting reception light signals and for converting the reception light signals into electrical reception signals, wherein a reception light path, which has a deflection element (112 - 512) having a front and a rear reflection surface (14, 16), extends between the light entry opening and the at least one light receiver (24, 24.1, 24.2), wherein the deflection element (112 - 512) is configured such that some of the reception signals are reflected at the front reflection surface and the remaining reception signals are reflected at the rear reflection surface, wherein the front reflection surface at least partly has a filter layer which reflects or transmits reception light signals in dependence on their wavelength and/or polarization direction, wherein the optoelectronic sensor (110 - 510) comprises a first and a second light receiver (24.1, 24.2), with the light receivers (24.1, 24.2) and the deflection element (112 - 512) being designed and arranged in such a manner that reception light signals reflected at the front reflection surface are detected by the first light receiver (24.1) and reception light signals reflected at the rear reflection surface are detected by the second light receiver (24.2), characterized in that reception light signals which are reflected at the rear reflection surface are transmitted twice by the front reflection surface, namely on the outward path towards and on the return path from the rear reflection surface, and in that the front reflection surface and the rear reflection surface extend inclined with respect to one another. wherein the optoelectronic sensor (110 - 510) comprises a first and a second light receiver (24.1, 24.2), with the light receivers (24.1, 24.2) and the deflection element (112 - 512) being designed and arranged in such a manner that reception light signals reflected at the front reflection surface are detected by the first light receiver (24.1) and reception light signals reflected at the rear reflection surface are detected by the second light receiver (24.2), characterized in that reception light signals which are reflected at the rear reflection surface are transmitted twice by the front reflection surface, namely on the outward path towards and on the return path from the rear reflection surface, and in that the front reflection surface and the rear reflection surface extend inclined with respect to one another.
Luminaire, having - a support element, - a light conductor board, mounted on the support element and located on a level, having a first surface area located on a first side of the level and a second surface area located on a second side, opposite the first side, of the level, wherein the light conductor board has a thickness (d) perpendicular to the level, - a LED light source, mounted on the support element, having a LED, permeating the level, arranged in such a way that a light emitted from the LED irradiates on a narrow side (s) of the light conductor board therein, - an operating device for operating the LED light source, wherein the luminaire is designed in such a way that, if viewed in a cross-section running normally to the level while permeating both the LED and the operating device, the distance (a) between the operating device and the LED is more than five times that of the thickness (d) of the light conductor board, characterized by - another light conductor board, which is arranged on an edge area of the aforementioned light conductor board in such a way that it has a surface normal forming with the level an angle (a) that is between 45° and 80°. - a support element, - a light conductor board, mounted on the support element and located on a level, having a first surface area located on a first side of the level and a second surface area located on a second side, opposite the first side, of the level, wherein the light conductor board has a thickness (d) perpendicular to the level, - a LED light source, mounted on the support element, having a LED, permeating the level, arranged in such a way that a light emitted from the LED irradiates on a narrow side (s) of the light conductor board therein, - an operating device for operating the LED light source, wherein the luminaire is designed in such a way that, if viewed in a cross-section running normally to the level while permeating both the LED and the operating device, the distance (a) between the operating device and the LED is more than five times that of the thickness (d) of the light conductor board, characterized by - another light conductor board, which is arranged on an edge area of the aforementioned light conductor board in such a way that it has a surface normal forming with the level an angle (a) that is between 45° and 80°.
A method for producing a dialdehyde, comprising reacting a linear olefinic compound having each of an ethylenic double bond and an aldehyde group on each end of the molecule with carbon monoxide and hydrogen in the presence of a rhodium catalyst comprised of a bisphosphite represented by General Formula and a rhodium compound, wherein the reaction pressure of a mixed gas formed of carbon monoxide and hydrogen is decreased as the reaction proceeds, and wherein the content of water in the reaction solution at a time of initiation of the reaction is 0.1 mmol/kg to 500 mmol/kg, and the content of a carboxylic acid in the reaction solution is 0.1 mmol/kg to 50 mmol/kg in terms of carboxylic groups: wherein R represents a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, or an alkoxy group having 1 to 4 carbon atoms, W represents an alkylene group having 1 to 20 carbon atoms, a cycloalkylene group having 5 to 18 carbon atoms, or an alkylene-arylene group having 7 to 11 carbon atoms.
A method performed by a first user equipment for performing a Device-to-Device, D2D, communication with a second user equipment, the method comprising: determining that a valid timing reference is not present in the first user equipment, wherein the first user equipment does not have a valid timing reference because it is in an idle mode, in which idle mode the first user equipment is not connected to a cell in the radio communications network, or out-of-sync mode, in which out-of-sync mode the first user equipment is connected to a cell in the radio communications network and does not have a valid timing advance; when the valid timing reference is not present, determining whether a preconfigured timing advance can be used in the D2D communication; and when determined that the preconfigured timing advance can be used, transmitting a D2D signal to the second user equipment with a timing using the preconfigured timing advance in the D2D communication. determining that a valid timing reference is not present in the first user equipment, wherein the first user equipment does not have a valid timing reference because it is in an idle mode, in which idle mode the first user equipment is not connected to a cell in the radio communications network, or out-of-sync mode, in which out-of-sync mode the first user equipment is connected to a cell in the radio communications network and does not have a valid timing advance; when the valid timing reference is not present, determining whether a preconfigured timing advance can be used in the D2D communication; and when determined that the preconfigured timing advance can be used, transmitting a D2D signal to the second user equipment with a timing using the preconfigured timing advance in the D2D communication.
A system for providing a planar structure, such as a wall or a ceiling, comprising a profiled frame assembled from a plurality of profiled elements (2, 7) and a flexible or rigid flat planar element extending at least partially over this profiled frame, wherein the planar element is connected detachably to a connecting element (4, 8) in a form-fit and/or force-fit closure, and wherein the connecting element (4, 8) is detachably connected to the profiled frame by means of a form-fit and/or force-fit closure, so that the planar element is indirectly connected to the profiled frame by means of the connecting element (4, 8), and wherein the connecting element (4, 8) is separate from the profiled frame and the planar element, characterised in that the planer element has a flexible structure with an edge region, and in that the connecting element (4, 8) provides an intermediate space (27, 85) which accommodates the edge region of the flexible structure in an essentially force-fit manner, so that the flexible structure can be clamped over the profiled frame.
Donor-derived memory CD8 + T cells for use in a method of enhancing allogeneic hematopoietic cell transplantation in the treatment of a cancer, the method comprising: administering to a host human subject following said allogeneic hematopoietic cell transplantation a dose of the donor-derived memory CD8 + T cells of at least 1x10 7 and at least 80% pure, wherein the donor-derived memory CD8 + T cells comprise central and effector memory T cells and are selected from CD8 + CD45RA - and CD8 + CD45RO + and wherein the donor-derived memory CD8 + T cells are administered to the host human subject from 2 to 6 months following the allogeneic hematopoietic cell transplantation. administering to a host human subject following said allogeneic hematopoietic cell transplantation a dose of the donor-derived memory CD8 + T cells of at least 1x10 7 and at least 80% pure, wherein the donor-derived memory CD8 + T cells comprise central and effector memory T cells and are selected from CD8 + CD45RA - and CD8 + CD45RO + and wherein the donor-derived memory CD8 + T cells are administered to the host human subject from 2 to 6 months following the allogeneic hematopoietic cell transplantation.
Use of a resin printing plate precursor comprising a substrate and a resin layer on the substrate, the resin layer containing: a modified partially saponified polyvinyl acetate having reactive groups in its side chain, wherein the reactive group is a functional group that can be polymerized by radical reaction; a polyamide having basic nitrogen; a compound having a 5- to 7-membered ring and a polymerizable ethylenic double bond; and a photopolymerization initiator, for laser engraving. a modified partially saponified polyvinyl acetate having reactive groups in its side chain, wherein the reactive group is a functional group that can be polymerized by radical reaction; a polyamide having basic nitrogen; a compound having a 5- to 7-membered ring and a polymerizable ethylenic double bond; and a photopolymerization initiator,