mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: displaying information associated with a first application on a touch-sensitive display of an electronic device, the touch-sensitive display comprising a display area and a non-display area extending around the periphery of the display area; receiving a notification associated with a second application while displaying the information associated with the first application, wherein the second application is different from the first application; after receiving the notification, activating monitoring for a gesture on the touch-sensitive display, which gesture indicates a request to preview information associated with the second application, the gesture having an origin in the non-display area and extends into or enters the display area ; and in response to said gesture being detected and without opening the second application, gradually displaying the information associated with the second application on the display area by gradually shifting the information associated with the second application onto or off the display area of the touch-sensitive display, wherein the gradual shifting occurs in accordance with movement of the gesture, and wherein the information associated with the second application shifts onto the touch-sensitive display from a first edge of the display area of the touch-sensitive display while the information associated with the first application shifts off a second edge of the display area of the touch-sensitive display, wherein the second edge is opposite the first edge. displaying information associated with a first application on a touch-sensitive display of an electronic device, the touch-sensitive display comprising a display area and a non-display area extending around the periphery of the display area; receiving a notification associated with a second application while displaying the information associated with the first application, wherein the second application is different from the first application; after receiving the notification, activating monitoring for a gesture on the touch-sensitive display, which gesture indicates a request to preview information associated with the second application, the gesture having an origin in the non-display area and extends into or enters the display area ; and in response to said gesture being detected and without opening the second application, gradually displaying the information associated with the second application on the display area by gradually shifting the information associated with the second application onto or off the display area of the touch-sensitive display, wherein the gradual shifting occurs in accordance with movement of the gesture, and wherein the information associated with the second application shifts onto the touch-sensitive display from a first edge of the display area of the touch-sensitive display while the information associated with the first application shifts off a second edge of the display area of the touch-sensitive display, wherein the second edge is opposite the first edge.
Ventilation device for mounting in a room , wherein the ventilation device in the mounted state has a flat ventilation element facing in the direction of the room and having air passage openings, and wherein an outflow box is provided on a rear side , opposite the direction of the room, of the ventilation element with an air supply (21, 22; 23, 24, 25) for supplying an air flow, and the ventilation element has a plurality of slots as air passage openings, which are arranged in a grid comprising rows and columns , and the slots each have a slot length (L) of between 2 and 10 mm and a slot width (W) of between 0.1 and 0.3 mm, wherein the row grid (Z1) is 1 mm to 15 mm and the column grid (S1) is 0.5xL to 2xL, characterized in that the surface of the ventilation element comprises alternately arranged active surface areas (O A ) and inactive surface areas (O I ) and for at least one characterizing dimension x A of each active surface area (O A ) the following applies: 3 L ≤ x A ≤ 50 L , wherein the following applies to the area ratio of the active surface areas (O A ) to the inactive surface areas (O I ): 0.2 ≤ O A / O I ≤ 0.6 , whereby a pressure difference in a range of 17 Pa to 150 Pa can be set between the inner side facing the outflow box and the outer side of the flat ventilation element facing the room to be ventilated. characterized in that the surface of the ventilation element comprises alternately arranged active surface areas (O A ) and inactive surface areas (O I ) and for at least one characterizing dimension x A of each active surface area (O A ) the following applies: 3 L ≤ x A ≤ 50 L , wherein the following applies to the area ratio of the active surface areas (O A ) to the inactive surface areas (O I ): 0.2 ≤ O A / O I ≤ 0.6 , whereby a pressure difference in a range of 17 Pa to 150 Pa can be set between the inner side facing the outflow box and the outer side of the flat ventilation element facing the room to be ventilated.
Method for manufacturing a plastic drain sheet, having the steps of: - providing a sheet-like main body having a first surface and a second surface , spaced from the first surface by a basic sheet thickness of the main body , - introducing grooves into the first surface of the main body , - introducing mating grooves into the second surface of the main body , wherein the mating grooves and the grooves cross one another at crossing points , and - forming through-openings between the grooves and the mating grooves in the region of the crossing points to complete the plastic drain sheet (1; 100), characterized in that a surface profiling is created on at least one of the surfaces of the main body in regions between the grooves or the mating grooves , respectively. - providing a sheet-like main body having a first surface and a second surface , spaced from the first surface by a basic sheet thickness of the main body , - introducing grooves into the first surface of the main body , - introducing mating grooves into the second surface of the main body , wherein the mating grooves and the grooves cross one another at crossing points , and - forming through-openings between the grooves and the mating grooves in the region of the crossing points to complete the plastic drain sheet (1; 100),
A current control method for a charger that supplies current to components and a battery , wherein: the components are electric components ; the charger is an on-board charger mounted in a vehicle and configured to supply current to the electric components and the battery from a high-voltage system in which the electric components and the battery are connected in common; and the method comprises identifying (S103) first electric components configured to compute consumption of current based on their own operating states from among the electric components, computing (S105) a sum of a charging current of the battery and a drive current to be supplied to the first electric components as an output current value, and supplying (S111, S115) output current, while reducing the output current to the output current value, from the on-board charger to the high-voltage system to supply current not consumed by the electric components to the battery, and changing the operating state of one of the first electric components after the output current has been reduced to the output current value, wherein the electric components include second electric components not configured to compute consumption of current based on their own operating states. the components are electric components ; the charger is an on-board charger mounted in a vehicle and configured to supply current to the electric components and the battery from a high-voltage system in which the electric components and the battery are connected in common; and the method comprises identifying (S103) first electric components configured to compute consumption of current based on their own operating states from among the electric components, computing (S105) a sum of a charging current of the battery and a drive current to be supplied to the first electric components as an output current value, and supplying (S111, S115) output current, while reducing the output current to the output current value, from the on-board charger to the high-voltage system to supply current not consumed by the electric components to the battery, and changing the operating state of one of the first electric components after the output current has been reduced to the output current value, wherein the electric components include second electric components not configured to compute consumption of current based on their own operating states.
A method to be performed by a Mobility Management Entity, MME, the method comprising: receiving a Non-Access Stratum, NAS, message from a user equipment, UE, that is capable of operating in coverage enhancement, CE, mode B; determining a usage setting of the UE that is indicated by the NAS message; storing a CE mode B Restricted parameter in a mobility management, MM, context associated with the UE to have a "restricted" value when the UE's usage setting is set to a voice centric usage setting, or storing the CE mode B Restricted parameter in the MM context associated with the UE to have a "not restricted" value when the UE's usage setting is set to a data centric usage setting; and transmitting the CE mode B Restricted parameter to an evolved NodeB, eNB, via S1signalling to indicate whether the UE is restricted or not restricted for use of CE mode B. receiving a Non-Access Stratum, NAS, message from a user equipment, UE, that is capable of operating in coverage enhancement, CE, mode B; determining a usage setting of the UE that is indicated by the NAS message; storing a CE mode B Restricted parameter in a mobility management, MM, context associated with the UE to have a "restricted" value when the UE's usage setting is set to a voice centric usage setting, or storing the CE mode B Restricted parameter in the MM context associated with the UE to have a "not restricted" value when the UE's usage setting is set to a data centric usage setting; and transmitting the CE mode B Restricted parameter to an evolved NodeB, eNB, via S1signalling to indicate whether the UE is restricted or not restricted for use of CE mode B.
Reflector for reflecting electromagnetic waves from a rotating electromagnetic wave source , comprising a reflective screen being shaped as a hollow truncated cone having a top at the truncated end and a base , where the radius of the top is smaller than the radius of the base , where the hollow truncated cone comprises a plurality of trapezoid shaped segments and a reflective material is arranged inside the hollow cone on the trapezoid shaped segments, and where all or some of the trapezoid shaped segments have a different individual adapted slant angle inside the cone or all or some of the trapezoid segments have different individual adapted width, to optimize the distribution of the electromagnetic waves on the target.
A working channel device for optional mounting on the outer circumference of an endoscope , in particular of the flexible shaft design, with - a tube-shaped or hose-shaped working channel , - a distal fixing means fixed or fixable to the working channel which is configured to grip around the endoscope in a clamping or clasping manner, - a proximal fixing means fixed or fixable to the working channel and configured to grip around the endoscope on its endoscope grip in a clamping or clasping manner, and - a sleeve-shaped adapter which is mounted or mountable on the proximal end region of the working channel of the working channel device and which additionally forms a connection point/interface for connecting medical devices, characterized in that the adapter integrally forms the proximal fixing means either as two wings or lugs extending away from it for gripping around the endoscope grip , which in turn, each form an eyelet for guiding a tape or strap , or forms them as two bow-shaped cantilevers which are configured to accommodate the endoscope grip in a clamping manner between them. - a tube-shaped or hose-shaped working channel , - a distal fixing means fixed or fixable to the working channel which is configured to grip around the endoscope in a clamping or clasping manner, - a proximal fixing means fixed or fixable to the working channel and configured to grip around the endoscope on its endoscope grip in a clamping or clasping manner, and - a sleeve-shaped adapter which is mounted or mountable on the proximal end region of the working channel of the working channel device and which additionally forms a connection point/interface for connecting medical devices, characterized in that
A panel, in particular a wall, ceiling or floor panel, comprising a carrier layer based on polyvinyl chloride and a base layer , wherein the base layer comprises a decorative pattern printed thereon and a cured polymer layer is provided over the base layer in contact with the decorative pattern, and wherein the printing ink is a polymerizable printing ink and the printing ink and the polymer layer have been cured together by radiation, characterized in that the base layer is based on an aqueous dispersion.
A method of completing an underwater well, comprising: extending an elongate stinger laterally outward from a vessel positioned at the water surface, the stinger extended to curve downward toward a wellhead of the well; deploying a well completion string from the vessel on the stinger while supporting the well completion string to curve outward and downward from the vessel toward the wellhead, the stinger comprising a trough that receives and guides the well completion string and the well completion string comprising a guide that interfaces with the trough and lifts a tubing hanger of the well completion string to pass above the trough while the stinger supports the well completion string ; supporting the stinger with a buoyant device coupled to the stinger and residing in the water; and guiding the well completion string into the wellhead. extending an elongate stinger laterally outward from a vessel positioned at the water surface, the stinger extended to curve downward toward a wellhead of the well; deploying a well completion string from the vessel on the stinger while supporting the well completion string to curve outward and downward from the vessel toward the wellhead, the stinger comprising a trough that receives and guides the well completion string and the well completion string comprising a guide that interfaces with the trough and lifts a tubing hanger of the well completion string to pass above the trough while the stinger supports the well completion string ; supporting the stinger with a buoyant device coupled to the stinger and residing in the water; and guiding the well completion string into the wellhead.
A processor-readable medium storing code representing instructions to be executed by a processor, the code comprising code to cause the processor to: receive an input string associated with a potentially malicious artifact; convert, at an embedding phase , each character in the input string into a vector of values to define a character matrix ; select, at a feature extraction phase , a convolution matrix ; apply, at the feature extraction phase, the convolution matrix to a first window of the character matrix to define a first subscore ; apply, at the feature extraction phase, the convolution matrix to a second window of the character matrix to define a second subscore ; combine the first subscore and the second subscore to define a score for the convolution matrix; provide, at a classification phase , the score for the convolution matrix as an input to a machine learning threat model ; identify the potentially malicious artifact associated with the input string as malicious based on an output of the machine learning threat model; and perform a remedial action on the potentially malicious artifact based on identifying the potentially malicious artifact as malicious. receive an input string associated with a potentially malicious artifact; convert, at an embedding phase , each character in the input string into a vector of values to define a character matrix ; select, at a feature extraction phase , a convolution matrix ; apply, at the feature extraction phase, the convolution matrix to a first window of the character matrix to define a first subscore ; apply, at the feature extraction phase, the convolution matrix to a second window of the character matrix to define a second subscore ; combine the first subscore and the second subscore to define a score for the convolution matrix; provide, at a classification phase , the score for the convolution matrix as an input to a machine learning threat model ; identify the potentially malicious artifact associated with the input string as malicious based on an output of the machine learning threat model; and perform a remedial action on the potentially malicious artifact based on identifying the potentially malicious artifact as malicious.
A screen , having a screen panel support and at least one screening module arranged in said screen panel support , wherein said screening module is fastened to said screen panel support by means of at least one device, said device comprising a first element (4, 4', 4") attachable to said screen panel support and adapted to be received in an opening of said screening module or an opening created by adjacent screening modules , said opening having a first circumference along one portion of its axial direction and a second circumference along another portion of its axial direction, said second circumference being smaller than said first circumference, said opening extending through said screening module or adjacent screening modules; a second element (5, 5', 5") for engagement with said first element (4, 4', 4"), such that said screening module is attached to said screen panel support upon interconnection between said first element (4, 4', 4") and said second element (5, 5', 5"), wherein an outer periphery of said second element (5, 5', 5") comprises a plurality of grooves for engagement with a handling tool .
Computer implemented method for improving prediction relating to the production of a polymeric product, wherein a prediction model is provided for describing a functional relationship between production parameters , which production parameters comprise formulation portions data specifying raw material portions used for the production of a respective polymeric product and comprise processing parameters data specifying machine process properties during the production of that polymeric product, and product properties data associated with that polymeric product on a computer system , which production parameters and product properties data form data entry properties for a respective polymeric product, wherein user input is provided comprising user product targets specifying only a part of the data entry properties, wherein a new data entry with data entry properties is generated by the computer system for realizing the user product targets and entered into a formulation database of data entries with data entry properties and wherein for the new data entry the specified data entry properties are determined, characterized in that the new data entry is generated by selecting a base data entry from the formulation database and modifying at least one data entry property of the base data entry based on applying the user product targets to the prediction model , that a reward metric is determined by the computer system based on the determined data entry properties, that based upon the reward metric the prediction model is updated by the computer system , that the user input comprises a user selection of raw materials from a list of raw materials predefined in the computer system , thereby defining combinations of the raw materials for a polymeric formulation, that for the new data entry the formulation portions data specifies raw material portions from the user selection of raw materials, that the reward metric is a proximity metric based on compliance between the determined data entry properties and the user product targets and that the prediction model is updated such that for a proximity metric indicating higher compliance, the modification of the modified at least one data entry property is reinforced and that for a proximity metric indicating a lower compliance, the modification of the at least one data property is weakened.
A method for operating an electronic assistance device , wherein - a loudspeaker of the electronic assistance device outputs, at a foreground volume, a first output audio stream provided by a voice-controlled first assistance application of the assistance device , the first assistance application exclusively accepting a first wake-up word ; - a microphone of the electronic assistance device continuously detects an ambient sound and provides the detected ambient sound as an input audio stream ; - a voice-controlled wake-up module of the assistance device recognizes, in a voice input of a user recognized in the provided input audio stream , a second wake-up word as sole wake-up word, the second wake-up word exclusively accepted by a second assistance application of the assistance device that is different from the first assistance application ; - a control module of the electronic assistance device recognizes in the voice input a command word following the second wake-up word , which is accepted by the first assistance application and by the second assistance application and controls the first output audio stream by means of the recognized speech input . - a loudspeaker of the electronic assistance device outputs, at a foreground volume, a first output audio stream provided by a voice-controlled first assistance application of the assistance device , the first assistance application exclusively accepting a first wake-up word ; - a microphone of the electronic assistance device continuously detects an ambient sound and provides the detected ambient sound as an input audio stream ; - a voice-controlled wake-up module of the assistance device recognizes, in a voice input of a user recognized in the provided input audio stream , a second wake-up word as sole wake-up word, the second wake-up word exclusively accepted by a second assistance application of the assistance device that is different from the first assistance application ; - a control module of the electronic assistance device recognizes in the voice input a command word following the second wake-up word , which is accepted by the first assistance application and by the second assistance application and controls the first output audio stream by means of the recognized speech input .