mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a computing device for providing processing resources to support application execution to a set of devices connected to a first network of the computing device, the processing resources to improve performance of the set of devices, the set of devices including a mobile device or a fixed device, where the computing device is selected by a root controller, to provide the processing resources, from a set of computing devices connected to the first network based on determining the computing device provides better metrics for the set of devices than other computing devices in the set of computing devices, the method comprising the steps of: receiving application data for an application authorized for the mobile device or the fixed device over the first network, the application data corresponds to a state of the application and being specific to the mobile or fixed device; executing the application using the received application data of the mobile or fixed device to generate an output; receiving a handoff notification indicating that the root controller has reassigned the application to another computing device in the set of computing devices based on best resource availability and minimum latency of the another computing device; updating the application data with a current state of the application being determined based on execution of the application using the application data received over the first network; and transmitting the updated application data over a second network to the root controller. receiving application data for an application authorized for the mobile device or the fixed device over the first network, the application data corresponds to a state of the application and being specific to the mobile or fixed device; executing the application using the received application data of the mobile or fixed device to generate an output; receiving a handoff notification indicating that the root controller has reassigned the application to another computing device in the set of computing devices based on best resource availability and minimum latency of the another computing device; updating the application data with a current state of the application being determined based on execution of the application using the application data received over the first network; and transmitting the updated application data over a second network to the root controller.
Cardboard packaging produced by folding a single flat cardboard blank, for packing items, in particular a bumper for a motor vehicle, the cardboard packaging comprising a cuboid central part and two lateral parts which are disposed on opposite sides of the central part and are cuboid or of the basic shape of a prism, of a parallelepiped, or of a truncated pyramid, wherein a respective external surface of the lateral parts in relation to the adjacent external surface of the central part is inclined towards the central part so as to enclose an obtuse angle (α), and the surfaces of the lateral parts each are connected to the surface of the central part by at least one tab connection, characterized in that a respective external surface of the lateral parts is connected to the central part by way of an insertion tab connection comprising an insertion tab and a breakthrough (18, 19).
Method for controlling an LED by means of a converter with a switch, whereby the LED is connected in the output circuit and an inductor is magnetised when the switch is actively clocked, characterised in that a measured actual value representative of the mean value of the LED current (I LED) is used as a feedback value for the control, whereby it is compared with a reference value (I AVG_soLL), whereby the actual value representative of the mean value of the LED current (I LED) is determined by a continuous measurement of the LED current (I LED).
A method for wireless communication, the method comprising, at a user equipment, UE: receiving signaling that conveys resources allocated to a serving base station, wherein the resources allocated to the serving base station include resources having reduced or no interference from at least one interfering base station and resources having interference caused by the at least one interfering base station; determining based on the received signaling at least one resource which is allocated to the serving base station and which has reduced or no interference from the at least one interfering base station; determining a channel quality indicator, CQI, based on the at least one resource that has reduced or no interference, wherein resources allocated to the at least one interfering base station are excluded from the determination; sending the CQI to the serving base station; and receiving a transmission of data sent by the serving base station based on the CQI. receiving signaling that conveys resources allocated to a serving base station, wherein the resources allocated to the serving base station include resources having reduced or no interference from at least one interfering base station and resources having interference caused by the at least one interfering base station; determining based on the received signaling at least one resource which is allocated to the serving base station and which has reduced or no interference from the at least one interfering base station; determining a channel quality indicator, CQI, based on the at least one resource that has reduced or no interference, wherein resources allocated to the at least one interfering base station are excluded from the determination; sending the CQI to the serving base station; and receiving a transmission of data sent by the serving base station based on the CQI.
Metallic coating or alloy which is nickel based and contains the γ and γ' phases and optionally the β-phases characterized in that the metallic coating or alloy consists of nickel (Ni), cobalt (Co), aluminum (Al), chromium (Cr), tantalum (Ta) and Yttrium, wherein the range of tantalum (Ta) between 3,0wt% to 6,0wt%, wherein the amount of aluminum (Al) is between 8wt%-12wt%, wherein the amount of yttrium is between 0,1wt%-0,7wt% and wherein the amount of cobalt (Co) is the range between 21wt% - 25wt%, and wherein the amount of chromium (Cr) is between 18wt%-22wt%.
A dyeing method of a resin body including: a first step of obtaining a dyeing base body by adhering a base body with a sublimable dye and a solid sublimable carrier for facilitating fixing of the sublimable dye onto the resin body; and a second step of sublimating and depositing the sublimable dye and the sublimable carrier which have been adhered on the dyeing base body on the resin body by placing the dyeing base body obtained in the first step to face the resin body and heating the dyeing base body; characterized in that the dyeing method of a resin body further includes a third step of fixing the sublimable dye and the sublimable carrier by heating the resin body which has been deposited with the sublimable dye and the sublimable carrier in the second step, and the resin body is a lens. a first step of obtaining a dyeing base body by adhering a base body with a sublimable dye and a solid sublimable carrier for facilitating fixing of the sublimable dye onto the resin body; and a second step of sublimating and depositing the sublimable dye and the sublimable carrier which have been adhered on the dyeing base body on the resin body by placing the dyeing base body obtained in the first step to face the resin body and heating the dyeing base body; characterized in that the dyeing method of a resin body further includes a third step of fixing the sublimable dye and the sublimable carrier by heating the resin body which has been deposited with the sublimable dye and the sublimable carrier in the second step, and the resin body is a lens.
A cutlery dispenser for dispensing a number of cutlery utensils, comprising: a housing; a front cover enclosing the housing; a dispensing wedge; a dispensing trough positioned on the front cover; and a pair of flexors which are adapted to hold a stack of cutlery utensils in place when the front cover is open and which are adapted to be released when the front cover is closed; wherein the dispensing wedge angles a leading cutlery utensil into the dispensing trough for dispensing therethrough, wherein the housing comprises a spring loaded retainer positioned about the base of the housing and adjacent to the front cover, which spring loaded retainer is configured to be folded downward to allow the cutlery utensils to be loaded into the cutlery dispenser and then spring back so as to maintain the cutlery utensils in place. a housing; a front cover enclosing the housing; a dispensing wedge; a dispensing trough positioned on the front cover;
An image forming apparatus supporting peer to peer, P2P, connection, comprising: an image forming unit configured to perform an image forming operation; and a wireless communication interface configured to connect the image forming apparatus to a mobile device by P2P connection; characterized in that the image forming apparatus comprises a user interface unit configured to receive a user input; and a controller configured to set a group owner, GO, setting value, which is related to P2P connection, based on a user input received through the user interface unit, and allow the wireless communication interface to function as an access point, AP, if the GO setting value is in an on state wherein the GO setting value is set as the on state automatically in response to receiving a Wi-Fi Direct initialization command from the user, and the controller sets a Wi-Fi Direct connection between the image forming apparatus and the mobile device without performing negotiation for selecting GO. an image forming unit configured to perform an image forming operation; and a wireless communication interface configured to connect the image forming apparatus to a mobile device by P2P connection; characterized in that the image forming apparatus comprises a user interface unit configured to receive a user input; and a controller configured to set a group owner, GO, setting value, which is related to P2P connection, based on a user input received through the user interface unit, and allow the wireless communication interface to function as an access point, AP, if the GO setting value is in an on state wherein the GO setting value is set as the on state automatically in response to receiving a Wi-Fi Direct initialization command from the user, and the controller sets a Wi-Fi Direct connection between the image forming apparatus and the mobile device without performing negotiation for selecting GO.
Actuating drive for uniaxial, bi-directional deflection of an actuating element, which is operable indirectly or directly by a solid-state actuator that has at least one solid-state actuator end which is supported with a first end face indirectly or directly in a housing, which end undergoes at least a change of length in a lengthwise extension assignable to the solid-state actuator when an electrical voltage that may be applied to the solid-state actuator or a magnetic field acting on the solid-state actuator is changed, which can be transferred indirectly or directly to the actuating element by means of a second end face (7") opposite the first end face in the lengthwise extension of the solid-state actuator to adjust the position thereof, wherein the housing at surrounds at last a portion of the solid-state actuator and together with the solid-state actuator delimits an intermediate space in fluid-tight manner, and the solid-state actuator has a hollow channel which passes through at least a region of the solid-state actuator, wherein the hollow channel which passes through at least a region of the solid-state actuator has a hollow channel end which is connected to a first hollow conduit that passes through the housing, wherein the hollow channel has another hollow channel end which opens into the at least one intermediate space, and wherein the at least one intermediate space is connected in fluid-tight manner to a hollow conduit that passes through the housing, characterized in that the solid-state actuator has at least two piezoelectric or magnetorestrictive elements (3, 4) embodied as hollow cylinders or perforated discs or actuator stacks composed of a multiplicity of piezo- or magnetorestrictive single components embodied as hollow cylinders or perforated discs, which are joined indirectly or directly at the respective end faces thereof, that a connecting member is provided to join the piezoelectric or magnetorestrictive elements or actuator stacks which are each connected indirectly or directly by the end faces thereof, and that the connecting member is constructed as a cylinder or sleeve, with an outer sleeve diameter that corresponds to the inner diameter of the hollow-cylindrical elements or actuator stacks, the end faces of each of which abut directly in flush manner, and which are attached to the connecting member at the inner wall via an adhesive bonding substance, or that the connecting member is embodied as a cylinder or a sleeve with an outer sleeve diameter that corresponds to the inner diameter of the hollow-cylindrical elements or actuator stacks, and with a sleeve collar that extends circumferentially around the cylindrical or sleeve-like connecting member and protrudes radially beyond the outer surface thereof at least in areas, which collar has two support faces (53, 54), which are each orientated orthogonally to the outer surface and face away from each other axially, on which at least a portion of the end faces of the hollow-cylindrical elements or actuator stacks are supported.
Method for braking a power-braked device having its own travelling mechanism, which is attached to an engine-driven commercial vehicle, characterized by the steps of: - ascertaining a drag torque of the engine of the commercial vehicle in the case where the device is pushing against the commercial vehicle; - determining a braking signal in dependence on the drag torque of the engine and - actuating a brake of the device in dependence on the braking signal. - ascertaining a drag torque of the engine of the commercial vehicle in the case where the device is pushing against the commercial vehicle; - determining a braking signal in dependence on the drag torque of the engine and - actuating a brake of the device in dependence on the braking signal.
A method for predicting binding affinity of a chemical compound to a target polymer using spatial data comprising: obtaining spatial coordinates for the target polymer; modeling the chemical compound with the target polymer in each pose of a plurality of different poses, thereby creating a plurality of voxel maps, wherein each respective voxel map in the plurality of voxel maps comprises the chemical compound in a respective pose in the plurality of different poses; unfolding each voxel map in the plurality of voxel maps into a corresponding vector, thereby creating a plurality of vectors, wherein each vector in the plurality of vectors is the same size; inputting each respective vector in the plurality of vectors to a convolutional neural network that includes (i) an input layer for sequentially receiving the plurality of vectors, (ii) a plurality of convolutional layers, and (iii) a scorer, wherein each convolutional layer in the plurality of convolutional layers is associated with a different set of weights that has been trained by back-propagation against errors made by the convolutional neural network in binding affinity of training compounds in a training library; obtaining a plurality of scores from the scorer, wherein each score in the plurality of scores corresponds to the input of a vector in the plurality of vectors into the input layer; and using the plurality of scores to predict the binding affinity of the chemical compound to the target polymer. obtaining spatial coordinates for the target polymer; modeling the chemical compound with the target polymer in each pose of a plurality of different poses, thereby creating a plurality of voxel maps, wherein each respective voxel map in the plurality of voxel maps comprises the chemical compound in a respective pose in the plurality of different poses; unfolding each voxel map in the plurality of voxel maps into a corresponding vector, thereby creating a plurality of vectors, wherein each vector in the plurality of vectors is the same size; inputting each respective vector in the plurality of vectors to a convolutional neural network that includes (i) an input layer for sequentially receiving the plurality of vectors, (ii) a plurality of convolutional layers, and (iii) a scorer, wherein each convolutional layer in the plurality of convolutional layers is associated with a different set of weights that has been trained by back-propagation against errors made by the convolutional neural network in binding affinity of training compounds in a training library; obtaining a plurality of scores from the scorer, wherein each score in the plurality of scores corresponds to the input of a vector in the plurality of vectors into the input layer; and using the plurality of scores to predict the binding affinity of the chemical compound to the target polymer.
Centrifugal pump with an electric motor that drives it and an electronics housing, mounted on a motor housing of the electric motor, having a trough-shaped lower section to hold at least one heat-generating component, in particular power electronics components of a frequency converter, and an upper section covering the lower section, in which the lower section has a floor and side walls extending from there in the direction of the upper section, and at least the floor is made of a thermally conductive material, with cooling fins on the back of the lower section facing away from the upper section formed in one piece with the floor and extending parallel to the motor axis, characterised by the cooling fins, at least in part, running at an angle (α, β) between 30° and 60° to an extension direction (20, 21) of the back, in which the cooling fins have at least one bend in the direction of their end terminating at a side wall in order to terminate perpendicular to the respective side wall.
Saw chain depth gauge filing template, comprising a first flat section and a second flat section, wherein both sections (2, 3) are made from a single piece of flat rigid material, preferably metal, wherein the first flat section has a first bearing surface for a cutter edge of a saw chain to be filed, wherein the second flat section has at least one cutout (12, 12') for a part of the saw chain to be sharpened by filing, wherein the second flat section has second bearing surfaces for a drive link of the saw chain, wherein the second surfaces are established by an linear edge in which at least two incisions (10, 11; 10', 11') are machined, wherein the saw chain depth gauge filing template has a Ion gitudinal direction and a transversal direction that is perpendicular to the longitudinal direction, characterized in that the second flat section is arranged under an angle relative to the first flat section, the angle being at least one of a second angle (β) in longitudinal direction and a third angle (γ) in transversal direction.
An apparatus for near field communication, NFC, comprising: means for generating a signal pulse based on a first clock signal, the means for generating comprising at least one of the group of ceramic oscillators, ring oscillators and RC oscillators configured to generate the first clock signal; means for polling for a presence of an NFC transponder using the signal pulse; at least one crystal oscillator configured to generate a second clock signal used for generating a carrier signal for communication between the apparatus and the NFC transponder, wherein the means for generating is configured to generate the first clock signal having a different frequency and a lower frequency accuracy than the second clock signal. means for generating a signal pulse based on a first clock signal, the means for generating comprising at least one of the group of ceramic oscillators, ring oscillators and RC oscillators configured to generate the first clock signal; means for polling for a presence of an NFC transponder using the signal pulse; at least one crystal oscillator configured to generate a second clock signal used for generating a carrier signal for communication between the apparatus and the NFC transponder, wherein the means for generating is configured to generate the first clock signal having a different frequency and a lower frequency accuracy than the second clock signal.
Separator for separating a flowable suspension in a centrifugal field into at least two flowable phases (HP, LP) of different density, comprising: a) a housing which is stationary in operation and is designed in the manner of a container having at least two openings, b) a drum being arranged within the housing and having an axis of rotation and being rotatable about said axis of rotation, and having at least one opening, c) wherein a gap is formed at least in sections or continuously between the drum and the housing, d) a support and drive device comprising at least two support and/or drive units by means of which the drum can be suspended, supported and/or rotated within the housing, e) wherein a first one of said support and/or drive units comprises a magnetic bearing which is at least adapted to axially support and levitate said drum; and f) wherein at least one further of the support and/or drive units is designed to axially support the drum, characterized in that i) a distributor and a separating means in the form of a disk pack are arranged in the drum. a) a housing which is stationary in operation and is designed in the manner of a container having at least two openings, b) a drum being arranged within the housing and having an axis of rotation and being rotatable about said axis of rotation, and having at least one opening, c) wherein a gap is formed at least in sections or continuously between the drum and the housing, d) a support and drive device comprising at least two support and/or drive units by means of which the drum can be suspended, supported and/or rotated within the housing, e) wherein a first one of said support and/or drive units comprises a magnetic bearing which is at least adapted to axially support and levitate said drum; and f) wherein at least one further of the support and/or drive units is designed to axially support the drum,