mhurhangee/ep-ind-claims huggingface dataset:
A hand drying apparatus comprising: a main box body that includes a hand insertion portion for allowing insertion/pulling out of hands and a water pan for collecting water drops blown away from hands; a high-pressure airstream generating device housed in the main box body for generating a high-pressure airstream; a nozzle through which a high-pressure airstream generated by the high-pressure airstream generating device is ejected inside the hand insertion portion; an air filter disposed at an air inlet of the main box body; and a drain tank for accumulating water that is collected in the water pan, wherein the drain tank is attached to the main box body in a detachable manner, and characterized in that a drain tank lock mechanism (15; 15B) is disposed for restricting removal of the drain tank, and is configured such that removal of the drain tank can be performed only by correctly unlocking the drain tank lock mechanism (15; 15B), the air filter is housed in a filter housing having an openable-closable housing cap, an engaging unit is formed on the drain tank for restricting opening and closing of the housing cap and, only when the drain tank is removed, allowing the housing cap to open and close, and the drain tank lock mechanism (15; 15B) also restricts opening and closing of the housing cap. a main box body that includes a hand insertion portion for allowing insertion/pulling out of hands and a water pan for collecting water drops blown away from hands; a high-pressure airstream generating device housed in the main box body for generating a high-pressure airstream; a nozzle through which a high-pressure airstream generated by the high-pressure airstream generating device is ejected inside the hand insertion portion; an air filter disposed at an air inlet of the main box body; and a drain tank for accumulating water that is collected in the water pan, wherein the drain tank is attached to the main box body in a detachable manner, and characterized in that a drain tank lock mechanism (15; 15B) is disposed for restricting removal of the drain tank, and is configured such that removal of the drain tank can be performed only by correctly unlocking the drain tank lock mechanism (15; 15B), the air filter is housed in a filter housing having an openable-closable housing cap, an engaging unit is formed on the drain tank for restricting opening and closing of the housing cap and, only when the drain tank is removed, allowing the housing cap to open and close, and the drain tank lock mechanism (15; 15B) also restricts opening and closing of the housing cap.
A sealing jaw, for producing sealed packages of a food product from a tube of packaging material fed along a path, comprising a first work surface which interacts with a second work surface on a counter-jaw to grip said packaging material and form a sealing strip crosswise to said path; one of said jaw and counter-jaw (1, 2) defining an anvil, and the other of said jaw and counter-jaw (1, 2) defining heating means which interact with said anvil to form said strip; said first surface comprising: - a number of projections (35, 36; 36, 36; 36, 37) elongated along respective first axes, and which, when forming said strip, compress respective areas of said packaging material against said second surface; and - a number of cavities which extend along one of said first axes, are each interposed between two consecutive projections (35, 36; 36, 36; 36, 37) along a second axis crosswise to said first axis, are equally spaced along said second axis and are located laterally with respect to a central plane of said first work surface; at least a first of said projections (35, 36, 37) being defined by two curved first walls; at least one of said first walls, when sectioned in a second plane perpendicular to the respective said first axis, comprising a first arc of a first radius and a first angle; said number of cavities having a curved profile; said profile, when sectioned in a plane perpendicular to said first axis, being in the form of at least a second arc of a second radius and a second angle; characterized in that said first radius being in the range between 0.1 and 0.3 mm; said second arc defining the bottom part of said number of cavities and said second radius being in the range between 0.1 and 0.4 mm; the distance between said projections (35, 36, 37) and between said cavities measured along said second axis being in the range between 0.5 and 2.5 mm. - a number of projections (35, 36; 36, 36; 36, 37) elongated along respective first axes, and which, when forming said strip, compress respective areas of said packaging material against said second surface; and - a number of cavities which extend along one of said first axes, are each interposed between two consecutive projections (35, 36; 36, 36; 36, 37) along a second axis crosswise to said first axis, are equally spaced along said second axis and are located laterally with respect to a central plane of said first work surface;
A method implemented in a network device of a software-defined network system, wherein the SDN system contains network elements serving as forwarding elements to forward traffic, wherein the network device manages traffic forwarding between the network elements, and wherein the network elements contain flow tables for the traffic forwarding, the method being characterized by comprising: combining flow tables for a set of the network elements into a combined table, wherein each row within the combined table is keyed off a common field of each flow table; selecting a set of columns of the combined table for compression, wherein the selection is based at least partially on topology of the set of the network elements within the network; and compressing the set of columns of the combined table into a set of compressed entries and a set of classification and regression trees (CaRTs), wherein the compression includes dividing the set of columns of the combined table into a predicting subset and a predicted subset, wherein the set of compressed entries contains the predicting subset but not predicted subset, wherein upon a request for an entity within the predicted subset, an entity within the predicting subset and a corresponding CaRT are used to restore the entity within the predicted subset. combining flow tables for a set of the network elements into a combined table, wherein each row within the combined table is keyed off a common field of each flow table; selecting a set of columns of the combined table for compression, wherein the selection is based at least partially on topology of the set of the network elements within the network; and compressing the set of columns of the combined table into a set of compressed entries and a set of classification and regression trees (CaRTs), wherein the compression includes dividing the set of columns of the combined table into a predicting subset and a predicted subset, wherein the set of compressed entries contains the predicting subset but not predicted subset, wherein upon a request for an entity within the predicted subset, an entity within the predicting subset and a corresponding CaRT are used to restore the entity within the predicted subset.
A method comprising: detecting a hardware configuration change at an electronic device, the electronic device including at least a first panel having a first display surface and a second panel having a second display surface, wherein an effective screen size or a screen resolution corresponding to a viewing area that includes the first display surface and the second display surface is modified in response to the hardware configuration change, and wherein detecting the hardware configuration change is based at least in part on an acceleration data using a magnitude and a direction of gravity relative to the first panel and to the second panel; and sending at least one parameter to a server in response to the hardware configuration change, the at least one parameter associated with or based on the modified effective screen size or the modified screen resolution; wherein the server is a web server, wherein the at least one parameter indicates a browser setting, and further comprising: automatically modifying a browser interface based on the hardware configuration change in accordance with the browser setting; receiving modified content from the web server, the modified content formatted to be displayed based on the browser setting; and displaying the modified content at the modified browser interface. detecting a hardware configuration change at an electronic device, the electronic device including at least a first panel having a first display surface and a second panel having a second display surface, wherein an effective screen size or a screen resolution corresponding to a viewing area that includes the first display surface and the second display surface is modified in response to the hardware configuration change, and wherein detecting the hardware configuration change is based at least in part on an acceleration data using a magnitude and a direction of gravity relative to the first panel and to the second panel; and sending at least one parameter to a server in response to the hardware configuration change, the at least one parameter associated with or based on the modified effective screen size or the modified screen resolution; wherein the server is a web server, wherein the at least one parameter indicates a browser setting, and further comprising: automatically modifying a browser interface based on the hardware configuration change in accordance with the browser setting; receiving modified content from the web server, the modified content formatted to be displayed based on the browser setting; and displaying the modified content at the modified browser interface. automatically modifying a browser interface based on the hardware configuration change in accordance with the browser setting; receiving modified content from the web server, the modified content formatted to be displayed based on the browser setting; and displaying the modified content at the modified browser interface.
Vehicle, comprising a vehicle floor and three vehicle wheels (3, 4, 7), characterised by a surroundings monitoring device comprising a plurality of surroundings sensor units (10, 12), in particular laser scanners, each of which has a continuous monitoring angle range (I-I, II-II) in a horizontal plane below the vehicle floor, the surroundings monitoring device comprising two surroundings sensor units (10, 12) which are arranged under the vehicle floor, within the plan view contour of the vehicle, such that the monitoring angle ranges (I-I, II-II) thereof overlap one another in part and define a common horizontal scanning region, in which gaps or shadowing (14, 18), caused by the three vehicle wheels (3, 4, 7), in the monitoring angle range of a particular surroundings sensor unit, within the plan view of the vehicle, are captured by the monitoring angle range of the other surroundings sensor unit, such that the surroundings monitoring device offers 360° all-around monitoring around the vehicle.
A method comprising: at a first device having a first display and a first processor, executing a first application via the first processor; determining a first state of the first application; generating a first scenegraph corresponding to the first state of the first application; and presenting, to a second device having a second display and a second processor, the first scenegraph, the second device remote to the first device; at the second device, executing a second application via the second processor; generating a second scenegraph corresponding to a first state of the second application; and presenting the second scenegraph to the first device, wherein: the second device is configured to, in response to receiving the first scenegraph, render to the second display a first view corresponding to the first scenegraph, rendering the first view to the second display does not comprise executing the first application via the second processor, the first device is configured to, in response to receiving the second scenegraph, render to the first display, the second scenegraph, and rendering the second scenegraph to the first display does not comprise executing the second application via the first processor. at a first device having a first display and a first processor, executing a first application via the first processor; determining a first state of the first application; generating a first scenegraph corresponding to the first state of the first application; and presenting, to a second device having a second display and a second processor, the first scenegraph, the second device remote to the first device; at the second device, executing a second application via the second processor; generating a second scenegraph corresponding to a first state of the second application; and presenting the second scenegraph to the first device, the second device is configured to, in response to receiving the first scenegraph, render to the second display a first view corresponding to the first scenegraph, rendering the first view to the second display does not comprise executing the first application via the second processor, the first device is configured to, in response to receiving the second scenegraph, render to the first display, the second scenegraph, and rendering the second scenegraph to the first display does not comprise executing the second application via the first processor.
A laundry treatment apparatus comprising: a cabinet provided with a cabinet opening for loading and unloading of laundry; a drum installed in the cabinet, the drum having a cylindrical shape open at a front drum surface disposed toward the cabinet opening and at a rear drum surface disposed opposite to the front drum surface; a first support member installed in the cabinet and configured to rotatably support the front drum surface; an opening formed through the first support member and configured to allow the drum to communicate with the cabinet opening; a second support member installed in the cabinet and configured to rotatably support the rear drum surface; a driving unit configured to rotate the drum; a first mounting portion provided at a selected one of the first and second support members (15, 17) and disposed in a space defined below a horizontal line passing through a rotation center of the drum; a second mounting portion provided at the selected support member (15, 17) provided with the first mounting portion and disposed in a space defined above the horizontal line passing through the rotation center of the drum; and a drum support unit configured to rotatably support a circumferential surface of the drum, characterised in that the drum support unit is configured to be separably coupled to either the first mounting portion or the second mounting portion in an interchangeable manner; such that the drum support unit is capable of supporting the drum body when the laundry treatment apparatus is in either an upright state or a vertically overturned state. a cabinet provided with a cabinet opening for loading and unloading of laundry; a drum installed in the cabinet, the drum having a cylindrical shape open at a front drum surface disposed toward the cabinet opening and at a rear drum surface disposed opposite to the front drum surface; a first support member installed in the cabinet and configured to rotatably support the front drum surface; an opening formed through the first support member and configured to allow the drum to communicate with the cabinet opening; a second support member installed in the cabinet and configured to rotatably support the rear drum surface; a driving unit configured to rotate the drum; a first mounting portion provided at a selected one of the first and second support members (15, 17) and disposed in a space defined below a horizontal line passing through a rotation center of the drum; a second mounting portion provided at the selected support member (15, 17) provided with the first mounting portion and disposed in a space defined above the horizontal line passing through the rotation center of the drum; and a drum support unit configured to rotatably support a circumferential surface of the drum, characterised in that the drum support unit is configured to be separably coupled to either the first mounting portion or the second mounting portion in an interchangeable manner; such that the drum support unit is capable of supporting the drum body when the laundry treatment apparatus is in either an upright state or a vertically overturned state.
An integrated circuit comprising: a constant power rail configured to provide power during a power collapse period; a collapsible power rail configured to cease providing power during the power collapse period; control management means for combining a clock signal and a retention signal to produce a control signal, wherein the retention signal is indicative of a power collapse period and a non-power collapse period; first means for storing data responsive to a positive edge of the control signal, the first means including a slave portion coupled to the constant power rail and configured to retain data during the power collapse period and a master portion coupled to the collapsible power rail; second means for storing data responsive to a negative edge of a control signal, the second means including a master portion coupled to the constant power rail and configured to retain data during the power collapse period and a slave portion coupled to the collapsible power rail; means for operating the first and the second means for storing data responsive to the control signal; and means for generating the control signal based on a supply voltage on the collapsible power rail. a constant power rail configured to provide power during a power collapse period; a collapsible power rail configured to cease providing power during the power collapse period; control management means for combining a clock signal and a retention signal to produce a control signal, wherein the retention signal is indicative of a power collapse period and a non-power collapse period; first means for storing data responsive to a positive edge of the control signal, the first means including a slave portion coupled to the constant power rail and configured to retain data during the power collapse period and a master portion coupled to the collapsible power rail; second means for storing data responsive to a negative edge of a control signal, the second means including a master portion coupled to the constant power rail and configured to retain data during the power collapse period and a slave portion coupled to the collapsible power rail; means for operating the first and the second means for storing data responsive to the control signal; and means for generating the control signal based on a supply voltage on the collapsible power rail.
Electronic control device for a refrigerant compressor, which comprises at least • a drive unit and • a compression mechanism that is in operative connection with the drive unit and that has at least one piston that moves back-and-forth in a cylinder of a cylinder block of the refrigerant compressor in an operating state of the refrigerant compressor for compression of refrigerant as intended and is driven via a crankshaft of the drive unit wherein the electronic control device of the refrigerant compressor is configured at least • to detect at least one physical process parameter, preferably the rotary speed (n) of the crankshaft or the power consumption of the refrigerant compressor, • to detect a shutoff signal directed to the refrigerant compressor, which shutoff signal ends an operating phase of the refrigerant compressor, in which operating phase the refrigerant compressor is operated as intended with a positive operating torque, and • to control a torque applied by the drive unit to the crankshaft in order to set its rotary speed (n), characterized in that the electronic control device is further configured to apply a braking torque to the crankshaft immediately after detection of the shutoff signal, where the braking torque is directed opposite to the positive torque that existed during the operating phase and the magnitude of said braking torque is a function of the detected physical process parameter, preferably the rotary speed (n) of the crankshaft or the power consumption of the refrigerant compressor. • a drive unit and • a compression mechanism that is in operative connection with the drive unit and that has at least one piston that moves back-and-forth in a cylinder of a cylinder block of the refrigerant compressor in an operating state of the refrigerant compressor for compression of refrigerant as intended and is driven via a crankshaft of the drive unit • to detect at least one physical process parameter, preferably the rotary speed (n) of the crankshaft or the power consumption of the refrigerant compressor, • to detect a shutoff signal directed to the refrigerant compressor, which shutoff signal ends an operating phase of the refrigerant compressor, in which operating phase the refrigerant compressor is operated as intended with a positive operating torque, and • to control a torque applied by the drive unit to the crankshaft in order to set its rotary speed (n),
A regulating valve for water circulation systems, comprising a valve housing with an inlet channel and an outlet channel and a valve insert inserted into the valve housing, which connects the inlet channel to the outlet channel in fluid terms and in which are arranged a control element, which is adjustable relative to a valve seat for the purpose of regulating a water flow rate, and an expansion element, which is controlled by a water temperature and is used as an actuating element for the control element, characterized by a valve seat element forming the valve seat, through which the control element passes axially in the control mode and which, for the purpose of presetting a control gap, is held axially displaceably and/or elastically deformable in the valve insert.
An apparatus for providing reduced-pressure treatment, the apparatus comprising: a piston chamber having a closed end; a piston disposed within the piston chamber and being movable between a charged position and a discharged position; a charging chamber defined between the piston and the closed end; a biasing member configured to bias the piston toward the discharged position; a valve member configured to allow fluid to exit the charging chamber as the piston moves toward the charged position and to prevent fluid from entering the charging chamber as the piston moves toward the discharged position; a regulated chamber; a passage through the piston between the regulated chamber and the charging chamber; and a regulator configured to regulate fluid communication through the passage. a piston chamber having a closed end; a piston disposed within the piston chamber and being movable between a charged position and a discharged position; a charging chamber defined between the piston and the closed end; a biasing member configured to bias the piston toward the discharged position; a valve member configured to allow fluid to exit the charging chamber as the piston moves toward the charged position and to prevent fluid from entering the charging chamber as the piston moves toward the discharged position; a regulated chamber; a passage through the piston between the regulated chamber and the charging chamber; and a regulator configured to regulate fluid communication through the passage.