mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a computing device comprising storage, processing hardware, and a network interface, the method comprising: automatically identifying static features of respective applications as installed on the computing device and/or automatically identifying dynamic features of the applications that manifest during execution of the applications on the computing device, wherein the identifying is not performed by the applications; accessing a mapping that maps predefined application features to network streaming classes, the network stream classes implemented by the computing device; assigning weights to application features for different network stream classes; matching the identified application features to the predefined application features of the mapping to determine, from the mapping, which applications belong to which network streaming classes, and storing classification indications indicating which applications were determined to be in which network stream classes; and regulating, by an operating system of the computing device, transmission of packets of the streams by the network interface, wherein any given application's stream is regulated according to which network stream class the classification indications indicate that the given application is in; maintaining a running score for each class that could be selected from a classification model, using the features of the application that are matched in the mappings and adding the weights to the class scores; selecting the class having the highest resulting score as a default class for a target application. automatically identifying static features of respective applications as installed on the computing device and/or automatically identifying dynamic features of the applications that manifest during execution of the applications on the computing device, wherein the identifying is not performed by the applications; accessing a mapping that maps predefined application features to network streaming classes, the network stream classes implemented by the computing device; assigning weights to application features for different network stream classes; matching the identified application features to the predefined application features of the mapping to determine, from the mapping, which applications belong to which network streaming classes, and storing classification indications indicating which applications were determined to be in which network stream classes; and regulating, by an operating system of the computing device, transmission of packets of the streams by the network interface, wherein any given application's stream is regulated according to which network stream class the classification indications indicate that the given application is in; maintaining a running score for each class that could be selected from a classification model, using the features of the application that are matched in the mappings and adding the weights to the class scores; selecting the class having the highest resulting score as a default class for a target application.
An electrode arrangement comprising: a matrix with rows and columns of capacitive touch sensors (610; 710) arranged in a single layer, wherein each touch sensor (610; 710) comprises a first electrode and an associated second electrode, wherein the first electrodes in each row of the matrix are connected and the second electrodes in each column of the matrix are connected, and wherein the electrode arrangement further comprises: a capacitive coupling circuit (810; 910) connected with at least four gesture detection electrodes (930, 940, 950, 960) wherein in a first operating mode, the capacitive coupling circuit is configured to receive an alternating transmission signal and feeds said alternating transmission signal capacitively to said at least four gesture detection electrodes (930, 940, 950, 960), wherein said at least four gesture detection electrodes (930, 940, 950, 960) generate an electric field, wherein said at least four gesture detection electrodes (930, 940, 950, 960) are formed by the top row of connected first electrodes, the bottom row of connected first electrodes, the most left column of connected second electrodes and the most right column of connected second electrodes, means for evaluating a loading of said at least four gesture detection electrodes (930, 940, 950, 960) in order to determine a three-dimensional location of an object entering the electric field, said at least four gesture detection electrodes (930, 940, 950, 960) operating as transmitting and receiving electrodes. a capacitive coupling circuit (810; 910) connected with at least four gesture detection electrodes (930, 940, 950, 960) wherein in a first operating mode, the capacitive coupling circuit is configured to receive an alternating transmission signal and feeds said alternating transmission signal capacitively to said at least four gesture detection electrodes (930, 940, 950, 960), wherein said at least four gesture detection electrodes (930, 940, 950, 960) generate an electric field, wherein said at least four gesture detection electrodes (930, 940, 950, 960) are formed by the top row of connected first electrodes, the bottom row of connected first electrodes, the most left column of connected second electrodes and the most right column of connected second electrodes, means for evaluating a loading of said at least four gesture detection electrodes (930, 940, 950, 960) in order to determine a three-dimensional location of an object entering the electric field, said at least four gesture detection electrodes (930, 940, 950, 960) operating as transmitting and receiving electrodes.
A method for use by a communication unit (101, 102, 103, 104) for indicating to an other communication unit (101, 102, 103, 104) a plurality of modulation and coding schemes, MCSs, to be utilized for communication, the method comprising the steps of: determining a first MCS for first resource blocks to be sent to the other communication unit; determining a second MCS, differing from the first MCS, for a second resource block to be sent to the other communication unit; transmitting a message to the other communication unit indicating the first and the second MCS and also indicating the first resource blocks and the second resource block; transmitting a first PDU to the other communication unit at a first time using the first MCS and the first resource blocks; and transmitting a second PDU to the other communication unit at the first time using the second MCS and the second resource block; wherein the first and the second MCS are represented by a first and a second MCS index respectively, and the message comprises the first MCS index and a difference between the first MCS index and the second MCS index. determining a first MCS for first resource blocks to be sent to the other communication unit; determining a second MCS, differing from the first MCS, for a second resource block to be sent to the other communication unit; transmitting a message to the other communication unit indicating the first and the second MCS and also indicating the first resource blocks and the second resource block; transmitting a first PDU to the other communication unit at a first time using the first MCS and the first resource blocks; and transmitting a second PDU to the other communication unit at the first time using the second MCS and the second resource block; wherein the first and the second MCS are represented by a first and a second MCS index respectively, and the message comprises the first MCS index and a difference between the first MCS index and the second MCS index.
Front unit (10; 110) of a gliding board binding, comprising a base which is designed to be fastened to a gliding board, engagement means (24l, 24r) for holding a gliding board shoe, it being possible to adjust the front unit (10; 110) between an engagement position in which the engagement means (24l, 24r) engage a front portion of the gliding board shoe, and a release position in which the engagement means (24l, 24r) release the front portion of the gliding board shoe, a binding actuation device which comprises an actuation element (28; 128) which can be moved between a first position and a second position in order to adjust the front unit (10; 110) between the engagement position and the release position, and a trigger device (40, 42; 140, 142) for triggering the safety function of the front unit (10; 110), the trigger device (40, 42; 140, 142) adjusting the front unit (10; 110) from the engagement position into the release position when a force is exerted on the engagement means (24l, 24r) that exceeds a predetermined trigger force, the trigger device (40, 42; 140, 142) comprising a trigger element (40; 140) which moves relative to the base when the safety function is triggered, characterised in that the front unit (10; 110) comprises a coupling device (48; 148) which can be moved between a coupling position and a decoupling position and which, in the coupling position, couples the actuation element (28; 128) and the trigger element (40; 140) together in a motion transmitting manner and, in the decoupling position, permits a relative movement between the actuation element (28; 128) and the trigger element (40; 140) such that the actuation element (28; 128) and the trigger element (40; 140) are decoupled from one another.
Device for forming bundles, wherein containers, coming from a wide stream of containers, are converted into multiple one-lane streams of containers (4.1 and 4.2), and partial packaged units (5.1 and 5.2) are formed by means of at least one separation and/or compacting unit for separating and compacting a predetermined number of containers, and then are respectively combined to form the subsequent bundle, wherein application elements are included such that at least one of the containers of the bundle (2; 5.1, 5.2) has an adhesive or glue and/or an adhesive or glue applied on at least one contact surface, characterised by a linear conveyor (6, 6.1, 6.2) which has driven controllable conveying elements which circulate along a guide element, wherein each conveying element has a container guide, in particular a top guide, that is at least rotatable relative to the conveying element, wherein the guide element has, on its feed strand, a central section running at a first spacing interval to a central axis, which merges into a transition section oriented in the direction towards the central axis, which is followed by an end section extending parallel to the central axis, in particular in such a way that containers come in contact with adhesive and/or glue applications on the surfaces of adjacent containers transverse to the conveying direction, and wherein the return strand is arranged related to the feed strand such as to be beside it.
Process for the production and filling of an administration packaging for a liquid pharmaceutical product, having the process steps: - heating a deep-drawing film composed of thermoplastic plastics materials that are laminated to one another, in order to plasticise the deep-drawing film at least in sub-regions, - deep-drawing plasticised regions of the deep-drawing film into a moulding tool to form a chamber for the liquid pharmaceutical product and a cannula-like administration channel opening into that chamber, the chamber and the administration channel being completely surrounded by a non-deep-drawn, substantially flat connection region of the deep-drawing film, - introducing the liquid pharmaceutical product into the chamber of the deep-drawn deep-drawing film, - covering the deep-drawn and filled deep-drawing film with a substantially flat cover film in order to close the chamber and the administration channel, - fixing the cover film to the connection region of the deep-drawing film surrounding the chamber and the administration channel, the cover film being bonded to the connection region of the deep-drawn and filled deep-drawing film by means of thermal ring-sealing, characterised in that for the thermal ring-sealing there is used a plate-shaped sealing tool which is applied to the cover film in the connection region and has a ring-shaped, heated ring rib which projects only slightly beyond an application plane of the sealing tool so that during sealing of the ring seal only a small gap remains between the application plane of the sealing tool and the cover film, the sealing tool being heated also next to the ring rib so that, as a result of the heat radiated by the plate-shaped sealing tool, the deep-drawing film and/or the cover film are also acted upon with radiant heat in a region located outside next to the ring rib, so that the deep-drawing film and the cover film adhere to one another substantially in the entire connection region located outside the ring seal. - heating a deep-drawing film composed of thermoplastic plastics materials that are laminated to one another, in order to plasticise the deep-drawing film at least in sub-regions, - deep-drawing plasticised regions of the deep-drawing film into a moulding tool to form a chamber for the liquid pharmaceutical product and a cannula-like administration channel opening into that chamber, the chamber and the administration channel being completely surrounded by a non-deep-drawn, substantially flat connection region of the deep-drawing film, - introducing the liquid pharmaceutical product into the chamber of the deep-drawn deep-drawing film, - covering the deep-drawn and filled deep-drawing film with a substantially flat cover film in order to close the chamber and the administration channel, - fixing the cover film to the connection region of the deep-drawing film surrounding the chamber and the administration channel, the cover film being bonded to the connection region of the deep-drawn and filled deep-drawing film by means of thermal ring-sealing,
A method of driving a liquid crystal display device (201, 301) which displays by selecting and scanning each scanning signal line (231, 331) of a screen (202, 302) having pixels arranged in a matrix form and supplying through a data signal line (232, 332) a data signal to a corresponding pixel of the scanning signal line (231, 331) as selected, wherein the liquid crystal display device (201, 301) includes a liquid crystal display element having the pixels in which a charge based on the data signal is written periodically in an electric capacitance formed by interposing liquid crystal (213, 313) between a pixel electrode (227, 327) and a counter electrode (219, 319) via an active element (214, 314) as selected by a scanning signal to be supplied from the scanning signal line (231, 331), wherein the active element is an element setting ON/OFF of supplying of the data signal from the data signal line (232, 332) to the pixel electrode (227, 327), wherein a quiescent period, in which all the scanning signal lines (231, 331) are set in non-scanning state, is set to be longer than a scanning period required for scanning the screen (202, 302) one time, wherein a sum of the scanning period and the quiescent period is set to be equivalent to one vertical period, characterized by an OFF voltage maximizing an OFF resistance value of the active element (214, 314) is applied to all of said scanning signal lines (231, 331) in the quiescent period, wherein said OFF voltage is obtained from a relationship between measured OFF resistance values of the active element and potentials at the gate electrode of the active element.
A control system, comprising a processor configured to: receive a first dataset associated with a power properties of a rotating load device (14; 24) coupled to a switching device, wherein the first dataset is received while the rotating load device is rotating, wherein the processor is configured to receive the first dataset by pulsing power to the rotating load device and receiving the first dataset from a sensor; determine frequency properties based on the power properties; determine a switching profile to control moving a first armature of three armatures in the switching device based on the frequency properties, wherein the switching profile is configured to control movement of the first armature between a first position and a second position, and wherein the switching profile comprises a firing angle for moving the first armature with respect to an electrical waveform, a second armature, and a third armature; and control a current provided to a coil of the switching device based on the switching profile, wherein the coil is configured to cause the first armature to move. determine frequency properties based on the power properties; determine a switching profile to control moving a first armature of three armatures in the switching device based on the frequency properties, wherein the switching profile is configured to control movement of the first armature between a first position and a second position, and wherein the switching profile comprises a firing angle for moving the first armature with respect to an electrical waveform, a second armature, and a third armature; and control a current provided to a coil of the switching device based on the switching profile, wherein the coil is configured to cause the first armature to move.
Crystalline 5-(4-cyclopropyl-1H-imidazol-1-yl)-N-(6-(4-isopropyl-4H-1,2,4-triazol-3-yl)pyridin-2-yl)-2-fluoro-4-methylbenzamide (Compound I Form I) characterized by an X-ray powder diffractogram comprising the following peaks: 16.7, 21.3, and 22.8 °20 ± 0.2 °2θ, as determined on a diffractometer using Cu-Kα radiation at a wavelength of 1.5406 Å.
An expandable balloon for a medical device having a static state, a first expanded intermediate state and a second fully expanded state, and said balloon having a longitudinal axis, said balloon having a substantially polygonal geometric shape in a cross-sectional view perpendicular to said longitudinal axis in said static state, wherein said balloon has a substantially polygonal geometric shape in said first intermediate expanded state and in said second expanded state, characterized in that a first molded configuration corresponds to said second expanded state, a second molded configuration corresponds to said first intermediate expanded state, and a third molded configuration corresponds to said static state, wherein said substantially polygonal geometric shape in said static state is different than said substantially polygonal geometric shape in said one first expanded state, and said substantially polygonal geometric shape of said balloon in the second molded configuration, the third molded configuration or both, being different than the substantially polygonal geometric shape of said balloon in said first molded configuration.
A current sensor comprising: - an integrated circuit for sensing electric currents comprising an active side, the active side comprising at least one sensing element and at least one contact pad, - a housing comprising material embedding the integrated circuit arranged for allowing electric connection to the at least one contact pad of the active side of the integrated circuit, wherein the housing comprises at least one conductive via comprising a dielectric via substrate embedding conductive material, the conductive via embedded in the material of the housing disposed outside the integrated circuit and connected to the at least one contact pad, for distributing signals from the at least one contact pad through the housing away from the active side of the integrated circuit. - an integrated circuit for sensing electric currents comprising an active side, the active side comprising at least one sensing element and at least one contact pad, - a housing comprising material embedding the integrated circuit arranged for allowing electric connection to the at least one contact pad of the active side of the integrated circuit,
A pump housing of a centrifugal pump, with a first housing part which comprises at least one suction connection, a pressure connection and a receiver for a gas separator, and which is designed for the connection of an electrical drive motor whose shaft carries an impeller rotatable in the pump housing and a second housing part is provided which can be sealingly and positively integrated into the first housing part and which forms a suction port and a part of a spiral housing for the impeller of the centrifugal pump, wherein the second housing part comprises a peripheral, axial edge which engages into a corresponding receiver in the first housing part, characterised in that the peripheral, axial edge of the second housing part which at least in sections is designed in a conical manner and sealingly engages into a corresponding receiver in the first housing part.
A method for the form measurement and/or deformation measurement of an object, in which the object is irradiated with light, in particular structured light, in particular coherent or partially coherent light, in particular laser light, from a radiation source, the light reflected by the object is picked up by a camera with an imaging sensor, a first photograph is taken with a first setting of the camera and/or the radiation source, which is adapted to a first image zone, a second photograph is taken with a second setting of the camera and/or the radiation source, which is adapted to a second image zone, and both photographs are combined, characterized in that the method is carried out at a first state of the object and subsequently is carried out at a second state of the object, which is deformed with respect to the first state, and that the difference of the photographs taken at the two different states of the object is formed.
A transparent conductive film comprising a base layer, a gas barrier layer, and a transparent conductive layer, the gas barrier layer being formed of a material that includes silicon atoms, oxygen atoms, and carbon atoms, a silicon atom content rate, an oxygen atom content rate, and a carbon atom content rate in a surface layer part of the gas barrier layer determined by XPS elemental analysis being 18.0 to 28.0%, 48.0 to 66.0%, and 10.0 to 28.0%, respectively, based on a total content rate (=100 atom%) of silicon atoms, oxygen atoms, and carbon atoms, wherein the gas barrier layer is a layer obtained by implanting ions into a layer that includes a hydrolysis/dehydration condensation product of a tetrafunctional organosilane compound, and the transparent conductive film having a water vapor transmission rate at a temperature of 40°C and a relative humidity of 90% of 6.0 g/m 2 /day or less, and a visible light transmittance at a wavelength of 550 nm of 90% or more.