mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying additional information of a web page, comprising: analyzing code for a web page to be displayed by a web browser application on a first device to identify an actionable area on the web page, the code having additional information corresponding to the actionable area and the code being configured such that if the web page is displayed with a second device, the second device different from the first device and having a positioning cursor, the additional information is displayed in response to a floatover by the positioning cursor of the second device, wherein the first device does not include a positioning cursor; replacing or augmenting the actionable area in the display of the web page by the web browser application on the first device with a visual cue (415; 530; 600), prior to user interaction with the displayed web page, to suggest a user gesture to effectuate selection of the actionable area; identifying a user motion directed at the web browser application running on the first device; identifying the user motion as an input gesture; processing the input gesture to determine a selection of the actionable area; and providing the selection to the web browser application to enable the additional information to be displayed on the first device. analyzing code for a web page to be displayed by a web browser application on a first device to identify an actionable area on the web page, the code having additional information corresponding to the actionable area and the code being configured such that if the web page is displayed with a second device, the second device different from the first device and having a positioning cursor, the additional information is displayed in response to a floatover by the positioning cursor of the second device, wherein the first device does not include a positioning cursor; replacing or augmenting the actionable area in the display of the web page by the web browser application on the first device with a visual cue (415; 530; 600), prior to user interaction with the displayed web page, to suggest a user gesture to effectuate selection of the actionable area; identifying a user motion directed at the web browser application running on the first device; identifying the user motion as an input gesture; processing the input gesture to determine a selection of the actionable area; and providing the selection to the web browser application to enable the additional information to be displayed on the first device.
Process for preparing polyether ester carbonate polyols by catalytic addition of carbon dioxide, alkylene oxides and cyclic anhydrides onto one or more H-functional starter substances in the presence of double metal cyanide catalyst, wherein, in a first step, the DMC catalyst and at least one H-functional starter substance are initially charged and, in a second step, the DMC catalyst is activated by addition of alkylene oxide, CO 2 and optionally cyclic anhydrides, and, in a third step [polymerization stage], the alkylene oxide, cyclic anhydride and CO 2 monomers are added.
Method for managing the autonomy of an array of a plurality of vehicles within a fleet of vehicles (200 1 -200 6), each powered by at least one on-board battery, when a mission is carried out by said array, said method comprising the following steps carried out for each vehicle (202 2) of said array participating in said mission: - monitoring (102,104) the autonomy of said vehicle (202 1), and - when the autonomy of said vehicle (202 1) reaches a threshold, referred to as a cloning threshold, cloning of said vehicle (202 1) by another vehicle (202 3), referred to as a clone vehicle, from among the other vehicles of said fleet at a station (300 2), referred to as a cloning station, the method being characterized in that, during the step of cloning a vehicle to be cloned (200 1), the mission of the vehicle to be cloned (200 1) is partially or totally taken over by another vehicle of the array, the clone vehicle (200 3) leaving the cloning station (300 2) after, or at the moment when, the vehicle to be cloned (200 1) arrives at said cloning station (300 2). - monitoring (102,104) the autonomy of said vehicle (202 1), and - when the autonomy of said vehicle (202 1) reaches a threshold, referred to as a cloning threshold, cloning of said vehicle (202 1) by another vehicle (202 3), referred to as a clone vehicle, from among the other vehicles of said fleet at a station (300 2), referred to as a cloning station,
A remote control device for a crane, for a construction machine, or for a pallet truck, having a mobile end device in the form of a tablet computer that comprises a screen having a touchscreen function and that has at least one input means for inputting control commands in the form of a touchscreen display means and that has a signal transmission device for transmitting the input control commands to a control apparatus of the crane, of the construction machine, or of the pallet truck, characterized in that the mobile end device is configured - to receive image data from a camera and/or digital data from a building information model; - to display a representation of the machine environment and/or of a work tool of the machine on the screen with reference to the received image data of the camera and/or to the digital data from the building information model; and - to display the input means for inputting control commands on the screen at least at times simultaneously with the representation of the machine environment and/or of the work tool. - to receive image data from a camera and/or digital data from a building information model; - to display a representation of the machine environment and/or of a work tool of the machine on the screen with reference to the received image data of the camera and/or to the digital data from the building information model; and - to display the input means for inputting control commands on the screen at least at times simultaneously with the representation of the machine environment and/or of the work tool.
Safety device for an industrial robot, wherein the safety device has a receptacle for the industrial robot, which is movable and lockable about a movement axis (16, 17), wherein the safety device being provided and designed for unlocking the receptacle and evading together with the industrial robot in the event of a fault, characterized in that a further locking device for a further, in particular passive, evading movement of the receptacle is released by a evading movement, in particular a reset movement, of the receptacle.
A control cabinet for an elevator, comprising: - a voice communication apparatus having a microphone which is able to detect a surrounding noise in the control cabinet, - an electronic control arrangement to control the elevator, - an evaluation unit, and - a cabinet housing and at least one cabinet door, characterized in that - the evaluation unit is configured to convert this detected surrounding noise into a noise pattern and compare this noise pattern with a predetermined reference sound pattern, wherein the reference sound pattern is determined from a surrounding noise in the cabinet housing with a defined cabinet door status and saved in a storage unit of the electronic control arrangement, and - the evaluation unit recognizes a door status of the cabinet door whether this cabinet door is open or closed. - a voice communication apparatus having a microphone which is able to detect a surrounding noise in the control cabinet, - an electronic control arrangement to control the elevator, - an evaluation unit, and - a cabinet housing and at least one cabinet door, - the evaluation unit is configured to convert this detected surrounding noise into a noise pattern and compare this noise pattern with a predetermined reference sound pattern, wherein the reference sound pattern is determined from a surrounding noise in the cabinet housing with a defined cabinet door status and saved in a storage unit of the electronic control arrangement, and - the evaluation unit recognizes a door status of the cabinet door whether this cabinet door is open or closed.
Containment device for a prismatic electrochemical accumulator module or flexible pouch module, this device comprising a binding strap and a tightening mechanism, characterized in that the tightening mechanism comprises: - a base having a central opening; - a first movable tensioner and a second movable tensioner arranged side by side in the central opening; - a movable pusher arranged in the central opening, opposite the first movable tensioner, the two movable tensioners (10, 11) and the movable pusher being slidably mounted on the base by a slide connection in a longitudinal tightening direction, the two movable tensioners (10, 11) and the movable pusher each extending in the central opening substantially perpendicularly to the longitudinal tightening direction; - a tightening rod designed to move and constrain the movable pusher in the direction of the first movable tensioner, in the longitudinal tightening direction; the binding strap forming a loop around the first movable tensioner by one of its ends, a portion of which is arranged between the movable pusher and the first movable tensioner, and forming a loop around the second movable tensioner by the other of its ends. - a base having a central opening; - a first movable tensioner and a second movable tensioner arranged side by side in the central opening; - a movable pusher arranged in the central opening, opposite the first movable tensioner, the two movable tensioners (10, 11) and the movable pusher being slidably mounted on the base by a slide connection in a longitudinal tightening direction, the two movable tensioners (10, 11) and the movable pusher each extending in the central opening substantially perpendicularly to the longitudinal tightening direction; - a tightening rod designed to move and constrain the movable pusher in the direction of the first movable tensioner, in the longitudinal tightening direction;
Sealing arrangement having a sealing element (1, 1'), which has at least one sealing portion (9, 10) for sealing a vertically movable window pane (3, 3') of a vehicle door in relation to a vertical window-frame limb (2, 2') of the vehicle door, wherein the sealing element (1, 1') also has a sealing portion for sealing a gap (6, 6'), wherein the gap (6, 6') is formed between a body pillar, which is adjacent to the vehicle door, and a vertical peripheral side of the window pane (3, 3'), said vertical peripheral side being directed toward the body pillar, characterized in that the sealing portion for sealing the gap (6, 6') is of tubular design and butts both against the body pillar and against the window pane (3, 3').
A selective catalytic reduction system, comprising: a reducing agent injection module installed in an exhaust pipe through which an exhaust gas is discharged from an engine and including an injection nozzle configured to inject a reducing agent into the exhaust pipe; a temperature calculator configured to calculate a temperature of the reducing agent injection module using temperature-related information of the reducing agent injection module; and a temperature controller configured to control to increase a reducing agent injection amount of the reducing agent injection module when the calculated temperature of the injection nozzle exceeds an allowable temperature when the engine operates, characterized in that the temperature controller is further configured to decrease an engine RPM when the temperature of the injection nozzle exceeds an allowable temperature after the reducing agent injection amount is increased during the engine operation. a reducing agent injection module installed in an exhaust pipe through which an exhaust gas is discharged from an engine and including an injection nozzle configured to inject a reducing agent into the exhaust pipe; a temperature calculator configured to calculate a temperature of the reducing agent injection module using temperature-related information of the reducing agent injection module; and a temperature controller configured to control to increase a reducing agent injection amount of the reducing agent injection module when the calculated temperature of the injection nozzle exceeds an allowable temperature when the engine operates, characterized in that the temperature controller is further configured to decrease an engine RPM when the temperature of the injection nozzle exceeds an allowable temperature after the reducing agent injection amount is increased during the engine operation.
A beverage preparation device, in particular a coffee maker, comprising at least one water pump for supplying water to a first continuous-flow heater designed for generating hot water, and to a second continuous-flow heater that is likewise designed for generating hot water and/or for generating steam, and having a control unit for actuating the at least one pump (15, 16) and the continuous-flow heaters (17, 18) for realizing different modes of operation, characterized in that the first continuous-flow heater is connected by way of a first connecting line to a first input of a multi-way valve, and by way of a second connecting line, the second continuous-flow heater is connected to a second input of the same multi-way valve, and that the multi-way valve is designed such that in a first switching position, the first input and the second input are fluidically connected to separate outputs and in a second switching position, both the first input and the second input are fluidically connected to a common output.
Touch probe (1; 1'; 1"; 1''') for checking position or dimensions of a part in machine tools or measuring machines including - a support frame with - a protective casing and - a bearing and locating area, - a movable armset that is partly housed in the protective casing and includes an arm carrying a feeler adapted to touch the part to be checked, - a thrust device arranged between the support frame and the movable armset for urging the movable armset against the support frame, - a constraint and positioning system between the movable armset and the support frame at the bearing and locating area, and - a detection device with a laminar piezoelectric transducer connected to the support frame and adapted to provide a signal in consequence of a force applied to the feeler, - said bearing and locating area is a portion of the support frame at which the movable armset is urged against said support frame and at which the constraint and positioning system is placed, characterized in that said laminar piezoelectric transducer is arranged in the protective casing and is connected to the support frame at the bearing and locating area, and the support frame includes a thermal insulation system (28; 64,66) including at least one element made of thermal insulating material between the protective casing and said laminar piezoelectric transducer at said bearing and locating area. - a support frame with - a protective casing and - a bearing and locating area, - a protective casing and - a bearing and locating area, - a movable armset that is partly housed in the protective casing and includes an arm carrying a feeler adapted to touch the part to be checked, - a thrust device arranged between the support frame and the movable armset for urging the movable armset against the support frame, - a constraint and positioning system between the movable armset and the support frame at the bearing and locating area, and - a detection device with a laminar piezoelectric transducer connected to the support frame and adapted to provide a signal in consequence of a force applied to the feeler, - said bearing and locating area is a portion of the support frame at which the movable armset is urged against said support frame and at which the constraint and positioning system is placed,
An interior building material comprising: a mounting member configured to be fixed to a wall surface of a fixed structure; a decorative member; and a planar light-emitting panel interposed between the mounting member and the decorative member, wherein the planar light-emitting panel is directly or indirectly attachable to and detachable from the mounting member with capability of supplying power from the mounting member side, wherein the decorative member covers an emission surface of the planar light-emitting panel, the decorative member presenting a first pattern during non-lighting, and wherein the decorative member is configured to transmit a part of emitted light from the emission surface through the decorative member to express a second pattern different from the first pattern, the interior building material being characterised in that the decorative member is a plate material including a first pattern forming layer that forms the first pattern and a second pattern forming layer that forms the second pattern, wherein the first pattern forming layer faces to the second pattern forming layer in a thickness direction of the decorative member with a transparent resin in between, and wherein the second pattern forming layer is located nearer to the planar light-emitting panel than the first pattern forming layer. a mounting member configured to be fixed to a wall surface of a fixed structure; a decorative member; and a planar light-emitting panel interposed between the mounting member and the decorative member, wherein the planar light-emitting panel is directly or indirectly attachable to and detachable from the mounting member with capability of supplying power from the mounting member side, wherein the decorative member covers an emission surface of the planar light-emitting panel, the decorative member presenting a first pattern during non-lighting, and wherein the decorative member is configured to transmit a part of emitted light from the emission surface through the decorative member to express a second pattern different from the first pattern, the interior building material being characterised in that the decorative member is a plate material including a first pattern forming layer that forms the first pattern and a second pattern forming layer that forms the second pattern, wherein the first pattern forming layer faces to the second pattern forming layer in a thickness direction of the decorative member with a transparent resin in between, and wherein the second pattern forming layer is located nearer to the planar light-emitting panel than the first pattern forming layer.
A vehicle drive device, comprising: a motor generator mechanically coupled to an output shaft of an engine via a belt; a torque converter arranged between the engine and a transmission and including a lock-up clutch for connecting or disconnecting the engine and the transmission; engaged state detecting means configured to detect an engaged state of the lock-up clutch; motor generator control means configured to cause the motor generator to generate a predetermined assist torque to torque assist the engine; and torque assist permitting/prohibiting means configured to prohibit a torque assist by the motor generator control means when the lock-up clutch is released and permit the torque assist by the motor generator control means if a condition for the execution of the torque assist is satisfied when the lock-up clutch is engaged. a motor generator mechanically coupled to an output shaft of an engine via a belt; a torque converter arranged between the engine and a transmission and including a lock-up clutch for connecting or disconnecting the engine and the transmission; engaged state detecting means configured to detect an engaged state of the lock-up clutch; motor generator control means configured to cause the motor generator to generate a predetermined assist torque to torque assist the engine; and torque assist permitting/prohibiting means configured to prohibit a torque assist by the motor generator control means when the lock-up clutch is released and permit the torque assist by the motor generator control means if a condition for the execution of the torque assist is satisfied when the lock-up clutch is engaged.
Swivel comprising an inner and an outer ring (2,3), the rings being coaxial and rotatable relative to one another around a central axis, the rings defining a toroidal chamber and an axial seal annulus gap between the rings, the inner and outer rings being rotatably interconnected via a bearing structure (8,9), wherein the swivel comprises an upper bearing structure and a lower bearing structure on each side of the toroidal chamber, each bearing structure interconnecting the inner and outer rings (2,3), an upper and a lower sealing member (10,11;12,13) being situated in the seal annulus gap near a respective upper and lower bearing structure (8,9), wherein at least one of the inner and outer rings is comprised of an upper member, a lower member and a central member, the upper and lower members (20,22) being fixedly attached to the respective upper and lower bearing structures (8,9), characterised in that, the central member is independently displaceable relative to the upper and lower ring members (20,21).
A cartridge for a diverter valve, for use in domestic combination boilers, and for use with a rod comprising a bung for selectively sealing orifices in a diverter valve for controlling the flow of water heated by the boiler, the cartridge comprising a hollow body, having an upper part and a base, configured such that through the upper part and base the rod is movable in use, the cartridge further comprising a replaceable closure in the upper part including a fir bore configured such that the rod is moveable in use through the first bore, the closure including a first sealing member configured for sealing the bore with the rod when being present, to thereby prevent water leakage, the cartridge also comprising a second bore through which a rod is movably arranged in use, and a second sealing member, characterized in that the second sealing member having a first state whereby it is compressed between the upper part and base for sealing the second bore with the rod when being present, to prevent water leakage when the closure is removed when replacing the first sealing member, and a second state whereby the second sealing member is uncompressed, wherein the second sealing member resides in a gap between the upper part and base when in the second uncompressed state during use with the rod moving reciprocatively; wherein the upper part is movable axially relative to the body for compressing the second sealing member against the base to achieve the first state; and wherein the base is fixed relative to the body.