mhurhangee/ep-ind-claims huggingface dataset:
An ice dispensing assembly for an appliance, the ice dispensing assembly comprising: a container for receiving ice, the container having a bottom defining an opening for passing ice from the container; a rotatable drum defining a central axis and positioned below the container at the opening defined by the bottom of the container, the rotatable drum having a wall, a motor in mechanical communication with the rotatable drum and configured to selectively cause the rotatable drum to rotate about the central axis; an agitator bridge (230A, 230B) extending above the wall in rotational engagement with the rotatable drum; and a rotatable blade housed within the rotatable drum below the agitator bridge, the rotatable blade being in selective rotational engagement with the rotatable drum, characterized in that the rotatable drum defines an inner channel extending circumferentially along an inner surface of the wall from a first arc point to a second arc point; the rotatable blade being circumferentially bounded by the first arc point and the second arc point, wherein the rotatable drum is movable between a crusher position and an agitator position, the crusher position comprising the rotatable blade in engagement with the rotatable drum at the first arc point while being circumferentially spaced apart from the second arc point, and the agitator position comprising the rotatable blade in engagement with the rotatable drum at the second arc point while being circumferentially spaced apart from the first arc point. a container for receiving ice, the container having a bottom defining an opening for passing ice from the container; a rotatable drum defining a central axis and positioned below the container at the opening defined by the bottom of the container, the rotatable drum having a wall, a motor in mechanical communication with the rotatable drum and configured to selectively cause the rotatable drum to rotate about the central axis; an agitator bridge (230A, 230B) extending above the wall in rotational engagement with the rotatable drum; and a rotatable blade housed within the rotatable drum below the agitator bridge, the rotatable blade being in selective rotational engagement with the rotatable drum, characterized in that the rotatable drum defines an inner channel extending circumferentially along an inner surface of the wall from a first arc point to a second arc point; the rotatable blade being circumferentially bounded by the first arc point and the second arc point, wherein the rotatable drum is movable between a crusher position and an agitator position, the crusher position comprising the rotatable blade in engagement with the rotatable drum at the first arc point while being circumferentially spaced apart from the second arc point, and the agitator position comprising the rotatable blade in engagement with the rotatable drum at the second arc point while being circumferentially spaced apart from the first arc point.
An image display apparatus configured to display a 360-degree image, the image display apparatus comprising: a display; a memory comprising at least one instruction; and a processor, by executing the at least one instruction stored in the memory, configured to: control the display to display at least a part of a 360-degree image on a plurality of windows (320, 321, 322) in which each of the plurality of windows represents images corresponding to different angles of view of the 360-degree image, wherein the plurality of windows comprises a main window and a plurality of sub windows, wherein the plurality of sub windows overlap the main window, change display properties of all of the plurality of sub windows together in response to receiving an input that moves an angle of view on the main window wherein changing the display properties comprises: controlling the display to not display the plurality of sub windows while receiving the input that moves the angle of view of the 360-degree image on the main window, and controlling the display to display again the plurality of sub windows that have not been displayed after receiving of the input that moves the angle of view of the 360-degree image ends and a predetermined time elapses. a display; a memory comprising at least one instruction; and a processor, by executing the at least one instruction stored in the memory, configured to: control the display to display at least a part of a 360-degree image on a plurality of windows (320, 321, 322) in which each of the plurality of windows represents images corresponding to different angles of view of the 360-degree image, wherein the plurality of windows comprises a main window and a plurality of sub windows, wherein the plurality of sub windows overlap the main window, change display properties of all of the plurality of sub windows together in response to receiving an input that moves an angle of view on the main window wherein changing the display properties comprises: controlling the display to not display the plurality of sub windows while receiving the input that moves the angle of view of the 360-degree image on the main window, and controlling the display to display again the plurality of sub windows that have not been displayed after receiving of the input that moves the angle of view of the 360-degree image ends and a predetermined time elapses. controlling the display to not display the plurality of sub windows while receiving the input that moves the angle of view of the 360-degree image on the main window, and controlling the display to display again the plurality of sub windows that have not been displayed after receiving of the input that moves the angle of view of the 360-degree image ends and a predetermined time elapses.
A plate, in particular for a cooking hob, including a central portion and a frame portion, wherein - the central portion is formed as a metal plate, and - the frame portion encloses the central portion, - the coefficient of thermal expansion for the material of the frame portion is higher than the coefficient of thermal expansion for the material of the central portion, and - a join patch connects the central portion and the frame portion, so that the central portion and the frame portion form a rigid body, characterized in, that the plate is a griddle plate, the join patch is a welded joint, and the thickness of the central portion is bigger than the thickness of the frame portion. - the central portion is formed as a metal plate, and - the frame portion encloses the central portion, - the coefficient of thermal expansion for the material of the frame portion is higher than the coefficient of thermal expansion for the material of the central portion, and - a join patch connects the central portion and the frame portion, so that the central portion and the frame portion form a rigid body,
A switching device, in particular for a motor vehicle electrical system, for electrically connecting an electrical load to an energy source, which has: - a main current path which has a switching unit with at least one circuit breaker, via which the electrical load is connected to the energy source in a supply mode, - a secondary current pass connected in parallel with the main current path, in which a first switching element is arranged, wherein the switching device is arranged to - open the switching unit in a switch-off mode for switching off the load and to connect the electrical load via the secondary current path to the power source for reduction of electrical energy stored within the electrical load, characterised in that - the switching device is arranged, in a diagnostic mode, to open the at least one circuit breaker and to connect the electrical load to the energy source only via the secondary current path, wherein an uninterrupted electrical supply to the electrical load is ensured when the switching unit is open, - wherein the diagnostic mode can be activated via a control unit and a diagnosis of the switching device is carried out in the diagnostic mode. - a main current path which has a switching unit with at least one circuit breaker, via which the electrical load is connected to the energy source in a supply mode, - a secondary current pass connected in parallel with the main current path, in which a first switching element is arranged, - open the switching unit in a switch-off mode for switching off the load and to connect the electrical load via the secondary current path to the power source for reduction of electrical energy stored within the electrical load, characterised in that - the switching device is arranged, in a diagnostic mode, to open the at least one circuit breaker and to connect the electrical load to the energy source only via the secondary current path, wherein an uninterrupted electrical supply to the electrical load is ensured when the switching unit is open, - wherein the diagnostic mode can be activated via a control unit and a diagnosis of the switching device is carried out in the diagnostic mode.
Hydrostatic drive having a pump with an adjustable swept volume, having at least one hydraulic motor (6a, 6b), the operating connectors of which can be connected to operating connectors of the pump in a closed hydraulic circuit via a first circuit branch and a second circuit branch, of which one conducts high pressure and one conducts low pressure in a first operating mode, having a feed pump, by which pressure medium can be fed into the circuit branches via a feed line, in which the pressure is limited to a low pressure, having a valve arrangement, by way of the switching configuration of which different operating modes can be set, and having an electronic control unit, characterized in that the electronic control unit is designed in such a way that pressure medium is conveyed by the variable displacement pump from the one circuit branch which is fed by the feed pump into the other circuit branch in a cold starting mode in order to heat pressure medium, the variable displacement pump being swung out as far as the current feed pressure allows, and the valve arrangement being actuated in such a way that the pressure medium which is conveyed by the variable displacement pump is conveyed counter to a hydraulic resistance and is conducted back to the tank while bypassing the hydraulic motor.
A terminal control method, comprising: monitoring (S101, S402) a user voice including at least one voice segment when it is detected that a terminal main voice system is off; determining (S102, S403) whether a voice segment having an enable attribute is present or not; sending (S103, S405) an enable signal for enabling the terminal main voice system and storing a voice segment monitored after the voice segment having the enable attribute, if present; and transmitting (S104, S408) the stored voice segment when it is detected that the terminal main voice system is successfully enabled, the method further comprising: determining whether the voice segment is being stored when it is detected that the terminal main voice system is successfully enabled, if yes, continuing to store the voice segment, and terminating the storage of the subsequent voice segment after the voice segment is interrupted for a particular predetermined amount of time; and transmitting the subsequent voice segment and the stored voice segment after the storage of the subsequent voice segment is terminated. monitoring (S101, S402) a user voice including at least one voice segment when it is detected that a terminal main voice system is off; determining (S102, S403) whether a voice segment having an enable attribute is present or not; sending (S103, S405) an enable signal for enabling the terminal main voice system and storing a voice segment monitored after the voice segment having the enable attribute, if present; and transmitting (S104, S408) the stored voice segment when it is detected that the terminal main voice system is successfully enabled, the method further comprising: determining whether the voice segment is being stored when it is detected that the terminal main voice system is successfully enabled, if yes, continuing to store the voice segment, and terminating the storage of the subsequent voice segment after the voice segment is interrupted for a particular predetermined amount of time; and transmitting the subsequent voice segment and the stored voice segment after the storage of the subsequent voice segment is terminated. determining whether the voice segment is being stored when it is detected that the terminal main voice system is successfully enabled, if yes, continuing to store the voice segment, and terminating the storage of the subsequent voice segment after the voice segment is interrupted for a particular predetermined amount of time; and transmitting the subsequent voice segment and the stored voice segment after the storage of the subsequent voice segment is terminated.
A liquid crystal display device comprising: a liquid crystal panel; a backlight unit below the liquid crystal panel; a cover bottom including a horizontal surface, on which the liquid crystal panel and the backlight unit are placed, and a side surface perpendicular to the horizontal surface; a first guide panel coupled with the cover bottom, surrounding peripheral portions of the backlight unit using a first vertical portion, and including a first horizontal portion that protrudes perpendicularly toward an inner side of the first vertical portion; and characterized in that a second guide panel includes a second vertical portion which is placed right on an outer side surface of the first vertical portion, and coupled to the outer side surface of the first vertical portion, and a second horizontal portion which protrudes perpendicularly toward an inner side of the second vertical portion and onto a top surface of which the liquid crystal panel is attached and fixed, wherein a rib protrudes perpendicularly to the first horizontal portion at a top surface of the first horizontal portion, and a rib groove, into which the rib is inserted, is formed at a bottom surface of the second horizontal portion. a liquid crystal panel; a backlight unit below the liquid crystal panel; a cover bottom including a horizontal surface, on which the liquid crystal panel and the backlight unit are placed, and a side surface perpendicular to the horizontal surface; a first guide panel coupled with the cover bottom, surrounding peripheral portions of the backlight unit using a first vertical portion, and including a first horizontal portion that protrudes perpendicularly toward an inner side of the first vertical portion; and characterized in that a second guide panel includes a second vertical portion which is placed right on an outer side surface of the first vertical portion, and coupled to the outer side surface of the first vertical portion, and a second horizontal portion which protrudes perpendicularly toward an inner side of the second vertical portion and onto a top surface of which the liquid crystal panel is attached and fixed, wherein a rib protrudes perpendicularly to the first horizontal portion at a top surface of the first horizontal portion, and a rib groove, into which the rib is inserted, is formed at a bottom surface of the second horizontal portion.
A method for calculating speed of a moving crosshead in a materials testing device moving from a starting time to an ending time, including the steps of: providing a linear displacement measuring device on a crosshead of a materials testing device, wherein the linear displacement measuring device is mounted on the crosshead of the materials testing device, and generates a digital signal; providing a timer; measuring linear displacement at a starting time using the linear displacement measuring device; measuring time at the starting time using the timer; moving the crosshead of the materials testing device from the starting time to an ending time; measuring linear displacement at an ending time using the linear displacement measuring device; measuring time at the ending time using the timer; providing a computing device; providing a linear decoder for receiving the digital signal from the linear displacement measuring device; and calculating an average speed of the crosshead using the computing device, the computing device using the measured linear displacements from the linear decoder and the measured times from the timer at the starting time and the ending time. providing a linear displacement measuring device on a crosshead of a materials testing device, wherein the linear displacement measuring device is mounted on the crosshead of the materials testing device, and generates a digital signal; providing a timer; measuring linear displacement at a starting time using the linear displacement measuring device; measuring time at the starting time using the timer; moving the crosshead of the materials testing device from the starting time to an ending time; measuring linear displacement at an ending time using the linear displacement measuring device; measuring time at the ending time using the timer; providing a computing device; providing a linear decoder for receiving the digital signal from the linear displacement measuring device; and calculating an average speed of the crosshead using the computing device, the computing device using the measured linear displacements from the linear decoder and the measured times from the timer at the starting time and the ending time.
An implantable medical device comprising: a conductive inner housing containing a processor and a communications circuit; an antenna arrangement including a first antenna and a second antenna capacitively coupled to the first antenna, the first antenna being wrapped circumferentially around an exterior of the inner housing in a loop; the first antenna having a first port at which the first antenna enters the inner housing, and the first antenna including a loop antenna, the second antenna being arranged external of the inner housing, the second antenna having a second port at which the second antenna enters the inner housing, the second antenna being electrically coupled to the communications circuit via the second port; wherein the implantable medical device is configured for implantation within a body of a patient. a conductive inner housing containing a processor and a communications circuit; an antenna arrangement including a first antenna and a second antenna capacitively coupled to the first antenna, the first antenna being wrapped circumferentially around an exterior of the inner housing in a loop; the first antenna having a first port at which the first antenna enters the inner housing, and the first antenna including a loop antenna, the second antenna being arranged external of the inner housing, the second antenna having a second port at which the second antenna enters the inner housing, the second antenna being electrically coupled to the communications circuit via the second port; wherein the implantable medical device is configured for implantation within a body of a patient.
A display apparatus comprising: a user interface implemented in a spherical form; a sensing device for sensing a sensing value from which an action such as a position of a user can be determined; a controller (140, 141) configured to control the user interface so that a three-dimensional image photographed at 360 degrees is displayed on the user interface and so that the user interface outputs image content corresponding to the sensed position of the user; and a sensing value processor configured to determine the position of a plurality of users and the distance between each user and the display apparatus based on the sensing value of the sensing device; wherein the controller (140, 141) is further configured to cause image content to be displayed at a point of the user interface corresponding to the position of each user when the distance between each user and the display apparatus is less than a preset reference distance. a user interface implemented in a spherical form; a sensing device for sensing a sensing value from which an action such as a position of a user can be determined; a controller (140, 141) configured to control the user interface so that a three-dimensional image photographed at 360 degrees is displayed on the user interface and so that the user interface outputs image content corresponding to the sensed position of the user; and a sensing value processor configured to determine the position of a plurality of users and the distance between each user and the display apparatus based on the sensing value of the sensing device; wherein the controller (140, 141) is further configured to cause image content to be displayed at a point of the user interface corresponding to the position of each user when the distance between each user and the display apparatus is less than a preset reference distance.
A traditional Chinese medicine composition composed of the following materials by weight percentage: 50.0%~99.9% of Salvia Militiorrhiza and Panax Notoginseng extract and 0.1%~50.0% of borneol, wherein the Salvia Militiorrhiza and Panax Notoginseng extract comprises the following ingredients by weight percentage: Danshensu: Salvianolic acid T: protocatechuic aldehyde: Salvianolic acid D: rosmarinic acid: Salvianolic acid B: Salvianolic acid A: Panax Notoginseng Saponin R1: Ginsenoside Rg1: Ginsenoside Re: Ginsenoside Rb1: Ginsenoside Rd: dihydrotanshinone I: tanshinone I: cryptotanshinone: tanshinone IIA= (2~6): (0.5~2): (1~3): (0.2~1): (0.2~1): (0.5~2): (0.5~2): (0.2~1): (1~4): (0.1~0.5): (1~4): (0.1~1): (0.01~0.05): (0.05~0.1): (0.02~0.1): (0.1~0.5).