mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for predicting a navigation event, the method comprising: receiving an indicator of navigational intent, wherein the indicator is at least one of a browsing history, a text entry, or a cursor input; selecting a uniform resource locator from a plurality of uniform resource locators based on the indicator; incrementing a first frequency value associated with the selected uniform resource locator; decaying, after a sweep interval, a second frequency value associated with one or more non-selected uniform resource locators from the plurality of uniform resource locators, the sweep interval being a predetermined amount of time; determining a next navigation event from the plurality of uniform resource locators based on the first frequency value associated with the selected uniform resource locator and the second frequency value associated with the one or more non-selected uniform resource locators; and prerendering content of a web page associated with the next navigation event, the prerendering including preemptively requesting at least a portion of the next navigation event before a user selection of the next navigation event; swapping the prerendered content of the web page associated with the next navigation event with a current web page, wherein the swapping occurs before the prerendered content of the web page associated with the next navigation event has finished loading so that the partially loaded prerendered web page is swapped in and continues loading as an active page. receiving an indicator of navigational intent, wherein the indicator is at least one of a browsing history, a text entry, or a cursor input; selecting a uniform resource locator from a plurality of uniform resource locators based on the indicator; incrementing a first frequency value associated with the selected uniform resource locator; decaying, after a sweep interval, a second frequency value associated with one or more non-selected uniform resource locators from the plurality of uniform resource locators, the sweep interval being a predetermined amount of time; determining a next navigation event from the plurality of uniform resource locators based on the first frequency value associated with the selected uniform resource locator and the second frequency value associated with the one or more non-selected uniform resource locators; and prerendering content of a web page associated with the next navigation event, the prerendering including preemptively requesting at least a portion of the next navigation event before a user selection of the next navigation event; swapping the prerendered content of the web page associated with the next navigation event with a current web page, wherein the swapping occurs before the prerendered content of the web page associated with the next navigation event has finished loading so that the partially loaded prerendered web page is swapped in and continues loading as an active page.
Use of an emulsion comprising (i) 6 - 18 weight-% (wt-%), based on the total weight of the emulsion, of PUFA (polyunsaturated fatty acid), and (ii) 12 - 35 wt-%, based on the total weight of the emulsion, of at least one emulsifier, which is a polymeric hydrocolloid originated from a plant source, (iii) 5 - 40 wt-%, based on the total weight of the emulsion, of at least one adjuvant, and (iv) 18 - 40 wt-%, based on the total weight of the emulsion, of water, in a liquid food product. (i) 6 - 18 weight-% (wt-%), based on the total weight of the emulsion, of PUFA (polyunsaturated fatty acid), and (ii) 12 - 35 wt-%, based on the total weight of the emulsion, of at least one emulsifier, which is a polymeric hydrocolloid originated from a plant source, (iii) 5 - 40 wt-%, based on the total weight of the emulsion, of at least one adjuvant, and (iv) 18 - 40 wt-%, based on the total weight of the emulsion, of water,
Control device with haptic feedback comprising: - a plate for transmitting haptic feedback to a user, - a touch surface sensor borne by the plate, configured to detect a touch of the user on the touch surface, and - at least one actuator comprising: • a movable core linked to the plate configured to drive the plate in movement when a touch is detected on the touch surface so as to generate the haptic feedback, and • a stator fixed to a frame of said device and comprising two armatures (9a, 9b) between which the movable core is driven in translation when the haptic feedback is generated, said armatures (9a, 9b) forming a support for the plate, the control device being characterized in that said armatures (9a, 9b) bear the guiding means of the plate inserted between said armatures (9a, 9b) and the plate, to allow the movement of the plate with respect to the stator when the haptic feedback is generated, in a driving direction parallel to the plane defined by the plate. - a plate for transmitting haptic feedback to a user, - a touch surface sensor borne by the plate, configured to detect a touch of the user on the touch surface, and - at least one actuator comprising: • a movable core linked to the plate configured to drive the plate in movement when a touch is detected on the touch surface so as to generate the haptic feedback, and • a stator fixed to a frame of said device and comprising two armatures (9a, 9b) between which the movable core is driven in translation when the haptic feedback is generated, said armatures (9a, 9b) forming a support for the plate, the control device being characterized in that said armatures (9a, 9b) bear the guiding means of the plate inserted between said armatures (9a, 9b) and the plate, to allow the movement of the plate with respect to the stator when the haptic feedback is generated, in a driving direction parallel to the plane defined by the plate. • a movable core linked to the plate configured to drive the plate in movement when a touch is detected on the touch surface so as to generate the haptic feedback, and • a stator fixed to a frame of said device and comprising two armatures (9a, 9b) between which the movable core is driven in translation when the haptic feedback is generated,
Sensor system with a sensor device comprising - a through-flow cell having a liquid supply opening and a liquid discharge opening, which through-flow cell is configured to allow a liquid (5-1, 5-2) to flow through it, - a detector device which is configured to measure a property of the liquid in the cell and to generate an associated detector signal, - a sensor control which is configured to analyse the detector signal, wherein the sensor control is configured to detect a liquid transition between two different liquids in the through-flow cell characterized in that the sensor control is configured to detect said liquid transition when a change in the detector signal is greater than a predetermined threshold value, wherein the sensor control is configured to generate an alarm signal if the sensor control detects such a liquid transition. - a through-flow cell having a liquid supply opening and a liquid discharge opening, which through-flow cell is configured to allow a liquid (5-1, 5-2) to flow through it, - a detector device which is configured to measure a property of the liquid in the cell and to generate an associated detector signal, - a sensor control which is configured to analyse the detector signal, wherein the sensor control is configured to detect a liquid transition between two different liquids in the through-flow cell characterized in that the sensor control is configured to detect said liquid transition when a change in the detector signal is greater than a predetermined threshold value, wherein the sensor control is configured to generate an alarm signal if the sensor control detects such a liquid transition.
A method of measuring metrics of a computer network, comprising the steps of: - from a plurality of data sources collecting data points, - wherein a set of the data points collected from each data source is collected during a sampling period that may be unique for each data source and set of data points - wherein the set of data points, referred to as sample, is collected throughout each sampling period for each data source, - wherein each data source is associated with a fractile information type defining a number of bins into which each data point can be placed by rounding of the data point in question to determine a particular bin for the data point in question, each such bin being defined by a respective pair of an exponent and a mantissa by there being a bijective mapping between each such bin and a respective counter, - wherein a reset is performed at the beginning of each sampling period for each data source yielding an empty fractile information instance (F empty), - wherein collected data points, for each data source, are processed by repeatedly updating the associated fractile information instance, throughout the sampling period, by updating the respective counter to keep track of how many of the data points of the sample in question belong to each of said bins for the data source in question, and - wherein the fractile information instance, for each data source, is transmitted to a computing device or server for further processing when the sampling period ends. - from a plurality of data sources collecting data points, - wherein a set of the data points collected from each data source is collected during a sampling period that may be unique for each data source and set of data points - wherein the set of data points, referred to as sample, is collected throughout each sampling period for each data source, - wherein each data source is associated with a fractile information type defining a number of bins into which each data point can be placed by rounding of the data point in question to determine a particular bin for the data point in question, each such bin being defined by a respective pair of an exponent and a mantissa by there being a bijective mapping between each such bin and a respective counter, - wherein a reset is performed at the beginning of each sampling period for each data source yielding an empty fractile information instance (F empty), - wherein collected data points, for each data source, are processed by repeatedly updating the associated fractile information instance, throughout the sampling period, by updating the respective counter to keep track of how many of the data points of the sample in question belong to each of said bins for the data source in question, and - wherein the fractile information instance, for each data source, is transmitted to a computing device or server for further processing when the sampling period ends.
A solder bump assembly method, allowing to assemble a first component including solder bumps with a second component including connectors, the assembly of the components is preceded by a pre-treatment of the components wherein the solder bumps are contacted with a pre-treatment liquid configured to at least partially remove the oxide layer initially present on the solder, and the assembly of the components is carried out after the pre-treatment in the absence of liquid or gas flux, and optionally under an atmosphere of neutral gas such as nitrogen, said method being characterised in that the pre-treatment liquid is an aqueous solution containing carboxylic acids or polycarboxylic acids.
A method for initiating a call, comprising: receiving by an external device connected to a mobile communication device a user input selecting a carrier type for the call; and sending from the external device to the mobile communication device an attention command string including an indication of the selected carrier type for use in initiation of a call set-up procedure based on the indication of the selected carrier type included in the attention command string. receiving by an external device connected to a mobile communication device a user input selecting a carrier type for the call; and sending from the external device to the mobile communication device an attention command string including an indication of the selected carrier type for use in initiation of a call set-up procedure based on the indication of the selected carrier type included in the attention command string.
A load detection arrangement for a load comprising multiple frequency-dependant sub-loads (2.1, 2.2,..., 2.n); the arrangement comprises: an impedance measuring unit that is connected to the load and adapted to measure a representation of the impedance characteristic of the load; an evaluation unit adapted for calculating a quantity representing the shape of the impedance characteristic of the load, the quantity being insusceptible to frequency independent errors and/or tolerances; a memory unit in which one or more representations of the quantity representing the shape of the impedance characteristic of the load resulting from different configurations of the sub-loads are stored; and a comparison unit that is connected to the evaluation unit to receive a representation of the shape of the currently measured impedance characteristic of the load and to the memory unit to receive the stored representations; where the comparison unit is configured to compare the measured representation of the shape with each one of the stored representations and, in case that the measured representation matches a stored representation, to identify the configuration of the sub-loads (2.1, 2.2,..., 2.n) within the load. an impedance measuring unit that is connected to the load and adapted to measure a representation of the impedance characteristic of the load; an evaluation unit adapted for calculating a quantity representing the shape of the impedance characteristic of the load, the quantity being insusceptible to frequency independent errors and/or tolerances; a memory unit in which one or more representations of the quantity representing the shape of the impedance characteristic of the load resulting from different configurations of the sub-loads are stored; and a comparison unit that is connected to the evaluation unit to receive a representation of the shape of the currently measured impedance characteristic of the load and to the memory unit to receive the stored representations; where the comparison unit is configured to compare the measured representation of the shape with each one of the stored representations and, in case that the measured representation matches a stored representation, to identify the configuration of the sub-loads (2.1, 2.2,..., 2.n) within the load.
An identification feature for identification of an object with a random structure formed from a dye or of particles of at least one colorant, wherein a printing colour or an ink is arranged at or on the surface of the object to be identified as a raster graphic consisting of a plurality of pixels, wherein the pigments of the dye or particles of the at least one colorant forming the random structure form a planar structure comprising several adjacent pixels of the raster graphic, wherein in a defined limited area of the identification feature at least two identification elements are arranged, wherein the raster graphic formed by the printing colour or the ink forms the first identification element, wherein a second identification element is formed by the random structure formed from the pigments of a dye or from the particles of at least one colorant, characterized in that the random structure is formed as an integral component of the printing colour or ink, wherein the pigments of the dye or the particles of the at least one colorant, each forming the random structure of the second identification element, are each contained in a mass percentage of below 5% in the relevant printing colour or ink of the first identification element.
An implantable device comprising: a porous ePTFE member comprising a longitudinally compressed portion including bent fibrils; a constraining member covering at least a portion of the longitudinally compressed portion thereby maintaining that portion in a longitudinally compressed configuration; and wherein upon application of a sufficient elongating force to the porous ePTFE tubular member, the constraining member ruptures and permits elongation of the compressed portion, wherein upon release of the elongating force, the elongated compressed portion recovers to a shorter length. a porous ePTFE member comprising a longitudinally compressed portion including bent fibrils; a constraining member covering at least a portion of the longitudinally compressed portion thereby maintaining that portion in a longitudinally compressed configuration; and wherein upon application of a sufficient elongating force to the porous ePTFE tubular member, the constraining member ruptures and permits elongation of the compressed portion, wherein upon release of the elongating force, the elongated compressed portion recovers to a shorter length.
An airflow preheating device, comprising a heating pipe and a flow guide pipe, wherein a lower end of the flow guide pipe is provided with an opening and an upper end of the flow guide pipe is closed; upper and lower ends of the heating pipe are separately provided with an opening; the flow guide pipe is embedded in the heating pipe; an outer wall of the flow guide pipe is provided with a flow guide device; a lower end wall of the flow guide pipe is provided with an air flow hole; a ventilation pipe is provided inside the flow guide pipe; the ventilation pipe is a hollow pipe, two ends of which are separately provided with an opening; an outer diameter of the ventilation pipe is less than an inner diameter of the flow guide pipe, so as to form an air flow space between an outer wall of the ventilation pipe and an inner wall of the flow guide pipe; a maximum outer diameter of the flow guide device on the outer wall of the flow guide pipe is less than or equal to an inner diameter of the heating pipe; air enters the ventilation pipe from a lower end; an air flow enters an area between the inner wall of the flow guide pipe and the outer wall of the ventilation pipe from a top end of the ventilation pipe, and then enters a space formed between the outer wall of the flow guide pipe and an inner wall of the heating pipe via the air flow hole on the wall of the flow guide pipe, and the flow guide device guides the air flow to flow out from a top end of the flow guide pipe from bottom to top.
A vehicle comprising a dual operational touch screen device, the touch screen device comprising: a display screen; a control unit configured to switch an operational state of the touch screen device from a first operational mode related to a multimedia usage of the touch screen device to a second operational mode related to a vehicle driving functionality, characterised in that the touch screen device is further comprising a screen cover (11, 23, 51) configured to cover at least a portion of the display screen, wherein the screen cover comprises at least one predefined area for receiving a user input, wherein the control unit is further configured to initiate a command of the vehicle driving functionality based on the user input received via the at least one predefined area of the screen cover, wherein the at least one predefined area comprises at least one cut-out region, wherein the control unit of the touch screen device is configured to switch the operational state of the touch screen device from the first operational mode to the second operational mode, when the screen cover is positioned over the display screen and the vehicle is in an autonomous driving mode or a semi-automated driving mode. a display screen; a control unit configured to switch an operational state of the touch screen device from a first operational mode related to a multimedia usage of the touch screen device to a second operational mode related to a vehicle driving functionality, characterised in that the touch screen device is further comprising a screen cover (11, 23, 51) configured to cover at least a portion of the display screen, wherein the screen cover comprises at least one predefined area for receiving a user input,
A moving apparatus operable for moving a tool of an injection molding machine, the moving apparatus comprising: a beam extending generally longitudinally in a first direction and being configured such that the tool is operable for being moved relative to the beam in the first direction; the beam comprising a fixed beam part and a moving beam part, the fixed beam part being configured to support the moving beam part and being fixedly attached to a stationary platen of the injection molding machine; a carriage disposed between the tool and the moving beam part and movable relative to the moving beam part in the first direction; an actuator mounted between the fixed beam part and the moving beam part and operable to move the moving beam part in a second direction, wherein the actuator is operable to move the moving beam part in a reciprocating movement in the second direction; a guide shaft (184a; 184b) connected to the fixed beam part, and a bushing device (180a, 182a; 180b, 182b) connected to the moving beam part, wherein the bushing device (180a, 182a; 180b, 182b) is supported by and movable on the guide shaft (184a; 184b) for permitting movement of the moving beam part relative to the fixed beam part, and wherein the guide shaft (184a; 184b) comprises a first guide shaft and a second guide shaft, and the bushing device (180a, 182a; 180b, 182b) comprises a first bushing device (180a, 182a) and a second bushing device (180b, 182b); and a first movement limitation mechanism and a second movement limitation mechanism operable for limiting the movement of the moving beam part relative to the fixed beam part, each movement limitation device comprising a stopping device (201a, 202a, 203a; 201b, 202b, 203b) interconnected with the fixed beam part and positioned for limiting the movement of the bushing device (180a, 182a; 180b, 182b) and the moving beam part relative to the fixed beam part in the second direction, wherein the stopping device (201a, 202a, 203a; 201b, 202b, 203b) is adjustable for adjusting a position at which the bushing device (180a, 182a; 180b, 182b) is engaged to thereby varying the limitation of the movement of the bushing device (180a, 182a; 180b, 182b) and the moving beam part relative to the fixed beam part in the second direction. a beam extending generally longitudinally in a first direction and being configured such that the tool is operable for being moved relative to the beam in the first direction; the beam comprising a fixed beam part and a moving beam part, the fixed beam part being configured to support the moving beam part and being fixedly attached to a stationary platen of the injection molding machine; a carriage disposed between the tool and the moving beam part and movable relative to the moving beam part in the first direction;