mhurhangee/ep-ind-claims huggingface dataset:
A serverless cloud architecture, comprising: a service graph, SG, manager configured to: receive a state machine model specification that defines a state machine model, generate one or more service graph controllers, SGCs, configured to manage state machine instances, SMI, that implement the state machine model, generate a number of event mapping agents associated with one or more event sources, wherein each event mapping agent is configured to track events generated at the event sources, and transmit notification of the events to the one or more SGCs, and manage events, wherein the events are used to trigger actions in states of the state machine model; and a function execution engine configured to execute a plurality of cloud-hosted functions on one or more nodes in response to function calls generated by the SMIs; wherein the actions include invoking a function call of a cloud-hosted function executed by the function execution engine. a service graph, SG, manager configured to: receive a state machine model specification that defines a state machine model, generate one or more service graph controllers, SGCs, configured to manage state machine instances, SMI, that implement the state machine model, generate a number of event mapping agents associated with one or more event sources, wherein each event mapping agent is configured to track events generated at the event sources, and transmit notification of the events to the one or more SGCs, and manage events, wherein the events are used to trigger actions in states of the state machine model; and receive a state machine model specification that defines a state machine model, generate one or more service graph controllers, SGCs, configured to manage state machine instances, SMI, that implement the state machine model, generate a number of event mapping agents associated with one or more event sources, wherein each event mapping agent is configured to track events generated at the event sources, and transmit notification of the events to the one or more SGCs, and manage events, wherein the events are used to trigger actions in states of the state machine model; and a function execution engine configured to execute a plurality of cloud-hosted functions on one or more nodes in response to function calls generated by the SMIs; wherein the actions include invoking a function call of a cloud-hosted function executed by the function execution engine.
Water injection flow control device, comprising: a stack of discs or cone-like plates, the discs or cone-like plates as stacked or per se comprises in substance spiral shaped flow conduits, the spiral shaped flow conduits comprises at least one revolution, the spiral shaped flow conduit being turned about a central point or axis and departing or approaching said central point or axis for each revolution, an inlet operatively coupled to an inner or outer end of the spiral shaped flow conduits, an outlet operatively coupled to the other end of said conduits than the inlet, and a control member, wherein the control member is configured to control the pressure drop and flow rate by adjusting an axial position, or other control position, of said control member in one or both of the inlet and outlet, characterised in that at least some of said spiral shaped flow conduits comprise at least one of sections in series with alternating cross section area for flow and a section with serpentine-type shape for flow along the in substance spiral shaped flow conduits, and in that said spiral shaped flow conduits have a fluid conduit length of at least 0.2 meter. a stack of discs or cone-like plates, the discs or cone-like plates as stacked or per se comprises in substance spiral shaped flow conduits, the spiral shaped flow conduits comprises at least one revolution, the spiral shaped flow conduit being turned about a central point or axis and departing or approaching said central point or axis for each revolution, an inlet operatively coupled to an inner or outer end of the spiral shaped flow conduits, an outlet operatively coupled to the other end of said conduits than the inlet, and a control member, wherein the control member is configured to control the pressure drop and flow rate by adjusting an axial position, or other control position, of said control member in one or both of the inlet and outlet, characterised in that at least some of said spiral shaped flow conduits comprise at least one of sections in series with alternating cross section area for flow and a section with serpentine-type shape for flow along the in substance spiral shaped flow conduits, and in that said spiral shaped flow conduits have a fluid conduit length of at least 0.2 meter.
Component carrier for the accommodation of electrical/electronic components (2, 4, 5, 5', 6, 7) in particular motor vehicle door latches with at least an electrical connection element, furthermore with at least a carrier element, and with one or several electrical conductors for electrical contact of the connection element and/or an electrical component (4, 7), whereby the connection element and the at least one electrical component form a constructional unit (2, 7) connected to the carrier element, whereby the connection element demonstrates a recess for the accommodated component, whereby the recess is formed as a slide-in recess or a plug-in recess with an aperture provided for on the base of the connection element, characterized in that the recess demonstrates a lateral aperture in addition to the aperture provided for on the base of the connection element.
A robot cleaner comprising: a cleaner body including a wheel unit and a controller configured to control driving of the wheel unit; a suction unit mounted in the cleaner body configured to suck air containing dust; a dust container accommodated in a dust container accommodation part formed in the cleaner body, the dust container is configured to collect dust filtered from sucked air; and a dust container cover covering a top surface of the dust container, wherein the dust container cover is configured to pressurize a fixing hook of the dust container when the dust container cover is coupled to the dust container, wherein the fixing hook is moved by the pressurization to be inserted into a fixing part formed in the cleaner body. a cleaner body including a wheel unit and a controller configured to control driving of the wheel unit; a suction unit mounted in the cleaner body configured to suck air containing dust; a dust container accommodated in a dust container accommodation part formed in the cleaner body, the dust container is configured to collect dust filtered from sucked air; and a dust container cover covering a top surface of the dust container, wherein the dust container cover is configured to pressurize a fixing hook of the dust container when the dust container cover is coupled to the dust container, wherein the fixing hook is moved by the pressurization to be inserted into a fixing part formed in the cleaner body.
An automated dice tossing apparatus comprising; a main body portion; an elongated toss-arm, having a proximal portion rotatably attached to said main body portion about a pivot axis (p), a vessel mounted to a distal portion of said toss-arm for holding at least one die; a pneumatic actuator configured to, upon actuation, move the toss-arm about the pivot axis (p) with an ejection force such that at least one die held in the vessel is tossed away from said vessel towards a predefined target area; and control circuitry configured to randomly determine a magnitude of the ejection force within a predefined range in order to randomize a set of initial conditions for each actuation of the pneumatic actuator. a main body portion; an elongated toss-arm, having a proximal portion rotatably attached to said main body portion about a pivot axis (p), a vessel mounted to a distal portion of said toss-arm for holding at least one die; a pneumatic actuator configured to, upon actuation, move the toss-arm about the pivot axis (p) with an ejection force such that at least one die held in the vessel is tossed away from said vessel towards a predefined target area; and control circuitry configured to randomly determine a magnitude of the ejection force within a predefined range in order to randomize a set of initial conditions for each actuation of the pneumatic actuator. a vessel mounted to a distal portion of said toss-arm for holding at least one die; a pneumatic actuator configured to, upon actuation, move the toss-arm about the pivot axis (p) with an ejection force such that at least one die held in the vessel is tossed away from said vessel towards a predefined target area; and control circuitry configured to randomly determine a magnitude of the ejection force within a predefined range in order to randomize a set of initial conditions for each actuation of the pneumatic actuator.
A sports racquet extending along a longitudinal axis and configured for use with a quantity of racquet string forming a string bed about a string plane, the racquet comprising: a frame formed of a thermoplastic material, the frame including first and second halves (12a, 12b), the first and second halves including first and second spaced apart hoop regions (18a, 18b), and first and second handle regions (20a, 20b), respectively, at least one of the first and second hoop regions (18a, 18b) including a set of projections extending from at least one of the first and second hoop regions (18a, 18b) in a direction orthogonal to the string plane, at least one of the first and second hoop regions (18a,18b) defining a set of bores, the set of projections being configured to matably engage the set of bores, the set of projections extending through the string plane and defining curved bearing surfaces configured for engaging and supporting the racquet string (50, 52), the set of projections including at least first and second projections having curved bearing surfaces with at least first and second radii of curvature, respectively, the first radius of curvature being greater than the second radius of curvature, wherein when the first and second frame halves (12a, 12b) are engaged the set of projections are unevenly spaced apart from each other about the periphery of the engaged first and second hoop regions (18a, 18b). a frame formed of a thermoplastic material, the frame including first and second halves (12a, 12b), the first and second halves including first and second spaced apart hoop regions (18a, 18b), and first and second handle regions (20a, 20b), respectively, at least one of the first and second hoop regions (18a, 18b) including a set of projections extending from at least one of the first and second hoop regions (18a, 18b) in a direction orthogonal to the string plane, at least one of the first and second hoop regions (18a,18b) defining a set of bores, the set of projections being configured to matably engage the set of bores, the set of projections extending through the string plane and defining curved bearing surfaces configured for engaging and supporting the racquet string (50, 52), the set of projections including at least first and second projections having curved bearing surfaces with at least first and second radii of curvature, respectively, the first radius of curvature being greater than the second radius of curvature, wherein when the first and second frame halves (12a, 12b) are engaged the set of projections are unevenly spaced apart from each other about the periphery of the engaged first and second hoop regions (18a, 18b).
Electrical appliance with housing part, wherein a heat-generating component is arranged on a surface section of the inside of the housing part, in particular is connected in a heat-conducting manner, wherein protruding webs are formed on the inside of the housing part, wherein the webs extend starting from the surface section on the inside of the housing part, in particular wherein the webs protrude into the at least partially covered interior region of the electrical appliance, wherein as the webs radial webs and transverse webs are provided, wherein the radial webs are directed in the radial direction from a straight line which is oriented in the direction of the normal to the surface section at a point of the surface section, wherein the radial webs and the transverse webs are each designed as thickenings, that is to say spatial regions of thickened wall thickness, of the housing part and protrude from the inside of the housing part.
A MWW zeolitic material, obtainable or obtained by a process for the preparation of a zeolitic material, comprising (i) providing a boron-containing zeolitic material (B-Zeolite); (ii) deboronating the B-Zeolite with a liquid solvent system at a temperature in the range of from 90 to 105 °C thereby obtaining a deboronated B-MWW Zeolite (Zeolite); wherein the boron-containing zeolitic material B-Zeolite provided in (i) is a boron-containing zeolitic material of structure type MWW (B-MWW), wherein the liquid solvent system is water, and wherein the liquid solvent system does not contain an inorganic or organic acid, or a salt thereof. (i) providing a boron-containing zeolitic material (B-Zeolite); (ii) deboronating the B-Zeolite with a liquid solvent system at a temperature in the range of from 90 to 105 °C thereby obtaining a deboronated B-MWW Zeolite (Zeolite); wherein the boron-containing zeolitic material B-Zeolite provided in (i) is a boron-containing zeolitic material of structure type MWW (B-MWW), wherein the liquid solvent system is water, and wherein the liquid solvent system does not contain an inorganic or organic acid, or a salt thereof.
A method for enabling open-loop multi-user coordinated multipoint (CoMP) transmission using sparse code multiple access, SCMA, the method comprising: scheduling, for a cluster of multiple transmission points, TPs, and multiple user equipment (UEs), a set of UEs for data transmission from a set of TPs by coordinating and allocating, for each TP in the set of TPs, a plurality of SCMA layers to the set of UEs in accordance with a MU CoMP with SCMA transmission mode and a UE-UE pairing scheme, wherein the MU CoMP with SCMA transmission mode and the UE-UE pairing scheme are selected in accordance with a criterion; and assigning to the set of TPs a control signaling for configuring the set of UEs to detect the data transmission from the set of TPs, wherein the control signaling indicates a plurality of parameters based on the scheduling. scheduling, for a cluster of multiple transmission points, TPs, and multiple user equipment (UEs), a set of UEs for data transmission from a set of TPs by coordinating and allocating, for each TP in the set of TPs, a plurality of SCMA layers to the set of UEs in accordance with a MU CoMP with SCMA transmission mode and a UE-UE pairing scheme, wherein the MU CoMP with SCMA transmission mode and the UE-UE pairing scheme are selected in accordance with a criterion; and assigning to the set of TPs a control signaling for configuring the set of UEs to detect the data transmission from the set of TPs, wherein the control signaling indicates a plurality of parameters based on the scheduling.
A heat exchanger comprising: a tube; and a composite polymer fin in thermal contact with the tube, the fin being formed of a polymer and a thermally conductive filler such that the fin has a thermal conductivity greater than or equal to 0.5 Watts per meter Kelvin, characterised in that the tube is a metal tube, and a first surface of the polymer is coated with a metallic coating. a tube; and a composite polymer fin in thermal contact with the tube, the fin being formed of a polymer and a thermally conductive filler such that the fin has a thermal conductivity greater than or equal to 0.5 Watts per meter Kelvin, characterised in that the tube is a metal tube, and a first surface of the polymer is coated with a metallic coating.
Tilting vehicle, such as motorcycle or motorcycle-like motor vehicle, with at least one frame carrier structure for receiving, in a fastening manner, at least one drive means, a steering head unit, a suspension strut and/or a swing arm unit of a rear wheel, which frame carrier structure comprises at least one frame unit, and with at least one energy store unit which comprises at least one electrical store means and at least one store housing, in which the store means can be arranged or is arranged, the frame unit of the frame carrier structure and the store housing of the energy store unit comprising a common component at least in sections, the store housing which is configured as a frame unit comprising at least one continuous hollow-cylindrical recess, in which the steering head unit can be fixed or is fixed rotatably, and the store housing which is configured as a frame unit comprising at least one load-supporting shell-like upper ring body and at least one load-supporting shell-like lower ring body which can be fixed to one another in a releasable or non-releasable manner and which together delimit a central cavity at least virtually completely to the outside, in which cavity at least one first electrical store means can be arranged or is arranged, characterized in that the continuous hollow-cylindrical recess, in which the steering head unit can be fixed or is fixed rotatably, can be arranged or is arranged in the load-supporting shell-like upper ring body and in the load-supporting shell-like lower ring body.
A bone plating system comprising: a bone plate having a plurality of openings (26, 29); at least one bone screw capable of being received through the opening and into a bone, the bone screw having a head with a top surface and an outer peripheral surface; wherein the top surface has a first depression to allow engagement of a suitable screw driver; and a locking ring being attachable to the head and having ridges that have shape complimentary to second depressions formed on the top surface of the head and fit in the second depressions when the locking ring is attached to the head, the locking ring and the bone screw being configured for assembly together and being simultaneously insertable in the opening using a dedicated instrument. a bone plate having a plurality of openings (26, 29); at least one bone screw capable of being received through the opening and into a bone, the bone screw having a head with a top surface and an outer peripheral surface; wherein the top surface has a first depression to allow engagement of a suitable screw driver; and a locking ring being attachable to the head and having ridges that have shape complimentary to second depressions formed on the top surface of the head and fit in the second depressions when the locking ring is attached to the head, the locking ring and the bone screw being configured for assembly together and being simultaneously insertable in the opening using a dedicated instrument.
A drain trench body having base plates (11, 12), between which columns are perpendicularly arranged, and sidewalls connected to the base plates (11, 12), wherein the sidewalls include first latching elements, and the base plates (11, 12) include second latching elements, which are in engagement with one another, wherein the base plates (11, 12) include outer surfaces extending in the height direction, and wherein the sidewalls abut against the outer surfaces, characterized in that the first latching elements and the second latching elements are movable relative to one another in the height direction along the longitudinal axis of the columns, and the sidewalls are movable relative to the outer surfaces.
Tamper-evident single-use container for holding unitary dose products, especially solid pharmaceutical products, comprising: - a container body made of a plastic material with a bottom end and a tubular top end; and - a head section closing the tubular top end; wherein the head section is integrally connected to the tubular top end of the container body at a connecting region; wherein - the thickness of the plastic material at the connecting region is reduced by at least 50% as compared to the wall thickness of the container body at the tubular top end; - the head section is provided with protrusions and/or depressions; - the maximum outer dimensions of the head section are larger than an inner diameter (d in) of the container body; - characterized in that the connecting region is on an inner side of the wall of the container body and has a length (l) in a radial direction. - a container body made of a plastic material with a bottom end and a tubular top end; and - a head section closing the tubular top end; wherein the head section is integrally connected to the tubular top end of the container body at a connecting region; - the thickness of the plastic material at the connecting region is reduced by at least 50% as compared to the wall thickness of the container body at the tubular top end; - the head section is provided with protrusions and/or depressions; - the maximum outer dimensions of the head section are larger than an inner diameter (d in) of the container body; - characterized in that the connecting region is on an inner side of the wall of the container body and has a length (l) in a radial direction.
An isolated polypeptide that binds at least death receptor 5 and comprises a plurality of DR5 binding domains (DR5BDs), wherein each DR5BD is a VHH, wherein each VHH comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 87, 89, and 17-20.
A sonde for use in an inground tool having an inground tool housing that defines an inground tool cavity such that the inground tool cavity is exposed to an ambient pressure environment which surrounds the inground tool during an inground operation, said sonde comprising: a pressure sensor having a pressure sensor body; a sonde housing assembly (50; 52, 54) having an exterior configuration that is receivable within said inground tool cavity; said sonde housing assembly (50; 52, 54) at least partially defining a sonde interior and being further configured for receiving the pressure sensor body of the pressure sensor in a pressure sealed engagement such that the sonde interior is pressure sealed from the ambient pressure environment and the pressure sensor produces a pressure signal responsive to said ambient pressure environment outside of the sonde housing assembly (50; 52, 54); said sonde housing assembly (50; 52, 54) being arranged for supporting within the sonde interior a sonde electronics package; and said sonde electronics package, that is supported within the sonde interior being at least configured to receive said pressure signal and transfer a corresponding pressure signal from the sonde and further comprising a transmitter arranged to transmit a modulated electromagnetic locating signal. a pressure sensor having a pressure sensor body; a sonde housing assembly (50; 52, 54) having an exterior configuration that is receivable within said inground tool cavity; said sonde housing assembly (50; 52, 54) at least partially defining a sonde interior and being further configured for receiving the pressure sensor body of the pressure sensor in a pressure sealed engagement such that the sonde interior is pressure sealed from the ambient pressure environment and the pressure sensor produces a pressure signal responsive to said ambient pressure environment outside of the sonde housing assembly (50; 52, 54); said sonde housing assembly (50; 52, 54) being arranged for supporting within the sonde interior a sonde electronics package; and