mhurhangee/ep-ind-claims huggingface dataset:
A working vehicle, comprising: an engine which is loaded on a traveling-vehicle-body; a transmission system; a speed-changing part which carries out speed-changing and outputting of motive force of the engine; a speed-changing instructor, manipulated by the worker, which instructs the speed-changing in the speed-changing part; a speed-changing manipulation-quantity detecting sensor which detects a manipulation-quantity by the worker on the speed-changing instructor; a controlling part which controls the speed-changing part based on the detecting of the speed-changing manipulation-quantity detecting sensor; a switching part, manipulated by the worker, which instructs increase/decrease of the output speed stage of the transmission system after the speed-changing in the speed-changing part; and an auto-cruise switch which instructs ON/OFF of an auto-cruise mode for keeping vehicle-speed of the traveling-vehicle-body constant, characterized in that the controlling part (i) accepts, while the auto-cruise mode is in an OFF state, the instruction by the switching part as the instruction of the increase/decrease of the output speed stage of the transmission system after the speed-changing corresponding to the speed-changing instructor, and (ii) accepts, while the auto-cruise mode is in an ON state by the instruction of the auto-cruise switch, the instruction by the switching part as an instruction of slight increase/decrease of the constant vehicle-speed in the auto-cruise mode. an engine which is loaded on a traveling-vehicle-body; a transmission system; a speed-changing part which carries out speed-changing and outputting of motive force of the engine; a speed-changing instructor, manipulated by the worker, which instructs the speed-changing in the speed-changing part; a speed-changing manipulation-quantity detecting sensor which detects a manipulation-quantity by the worker on the speed-changing instructor; a controlling part which controls the speed-changing part based on the detecting of the speed-changing manipulation-quantity detecting sensor; a switching part, manipulated by the worker, which instructs increase/decrease of the output speed stage of the transmission system after the speed-changing in the speed-changing part; and an auto-cruise switch which instructs ON/OFF of an auto-cruise mode for keeping vehicle-speed of the traveling-vehicle-body constant, characterized in that the controlling part (i) accepts, while the auto-cruise mode is in an OFF state, the instruction by the switching part as the instruction of the increase/decrease of the output speed stage of the transmission system after the speed-changing corresponding to the speed-changing instructor, and (ii) accepts, while the auto-cruise mode is in an ON state by the instruction of the auto-cruise switch, the instruction by the switching part as an instruction of slight increase/decrease of the constant vehicle-speed in the auto-cruise mode.
An under-thread supply device for a sewing machine, comprising: a hook unit having a body hook rotatably mounted therein, the body hook discharging under thread and passing directly through an upper-thread loop to interweave the under thread with upper thread so as to form a stitch on a sewn product; and an under-thread unit characterized in that the under-thread unit hash an U-shaped bobbin mounted thereon and inserted into an under-thread receiving portion of the body hook, the U-shaped bobbin having an under-thread bundle seated in an U-shaped bobbin case to supply the under thread for forming the stitch on the sewn product. a hook unit having a body hook rotatably mounted therein, the body hook discharging under thread and passing directly through an upper-thread loop to interweave the under thread with upper thread so as to form a stitch on a sewn product; and an under-thread unit characterized in that the under-thread unit hash an U-shaped bobbin mounted thereon and inserted into an under-thread receiving portion of the body hook, the U-shaped bobbin having an under-thread bundle seated in an U-shaped bobbin case to supply the under thread for forming the stitch on the sewn product.
A wireless speaker parameter configuration method, carried out by a mobile terminal, the method comprising: transmitting a parameter configuration request containing a scene type combination of wireless speakers of a wireless speaker system to a server; wherein, the scene type combination of wireless speakers of the wireless speaker system is a combination of scene types of the wireless speakers of the wireless speaker system, wherein the scene types comprise room types and location types; receiving a parameter configuration response sent from the server in response to the parameter configuration request, wherein the parameter configuration response contains a speaker parameter configuration record of the wireless speaker system, wherein, the speaker parameter configuration record is matched with the scene type combination and comprises parameters configured to set the attribute of playing of each wireless speaker, wherein the parameter comprises a volume parameter and a sound effect parameter; and performing parameter configuration on the wireless speakers of the wireless speaker system through the use of the speaker parameter configuration record received. transmitting a parameter configuration request containing a scene type combination of wireless speakers of a wireless speaker system to a server; wherein, the scene type combination of wireless speakers of the wireless speaker system is a combination of scene types of the wireless speakers of the wireless speaker system, wherein the scene types comprise room types and location types; receiving a parameter configuration response sent from the server in response to the parameter configuration request, wherein the parameter configuration response contains a speaker parameter configuration record of the wireless speaker system, wherein, the speaker parameter configuration record is matched with the scene type combination and comprises parameters configured to set the attribute of playing of each wireless speaker, wherein the parameter comprises a volume parameter and a sound effect parameter; and performing parameter configuration on the wireless speakers of the wireless speaker system through the use of the speaker parameter configuration record received.
A body support member comprising a carrier frame comprising a central portion and a peripheral ring connected to the central portion with a plurality of connectors (106, 108) each comprising a flex region, the peripheral ring defining a central opening; an elastic textile material coupled to the peripheral ring across the central opening; and a cushion disposed between the central portion and the textile material wherein the cushion comprises an upper surface spaced apart from the textile material when the connectors (106, 108) are in a first unloaded configuration and the elastic textile material is in a second unloaded configuration; wherein at least one of the plurality of connectors (106, 108) is inwardly deflectable a first amount from the first unloaded configuration to a first loaded configuration in response to a load applied to the elastic textile material, and wherein the elastic textile material is downwardly deflectable a second amount from the second unloaded configuration to a second loaded configuration in response to the load applied thereto and wherein the cushion engages and provides auxiliary support to the elastic textile material when the first and second amounts of deflection of the elastic textile material result in the elastic textile material contacting the cushion. a carrier frame comprising a central portion and a peripheral ring connected to the central portion with a plurality of connectors (106, 108) each comprising a flex region, the peripheral ring defining a central opening; an elastic textile material coupled to the peripheral ring across the central opening; and a cushion disposed between the central portion and the textile material wherein the cushion comprises an upper surface spaced apart from the textile material when the connectors (106, 108) are in a first unloaded configuration and the elastic textile material is in a second unloaded configuration;
A touch liquid crystal grating, comprising: a first substrate; a second substrate cell-assembled with the first substrate; and a liquid crystal layer filled between the first substrate and the second substrate; a plurality of grating electrodes which are located on the side of the first substrate that faces the liquid crystal layer and extend along a first direction, each of the plurality of grating electrodes being located within respective strip-like regions with spacing regions being provided between said stripe-like regions; a plurality of touch driving electrodes which extend along the first direction and are located on the side of the first substrate facing the liquid crystal layer, the touch driving electrodes being located within the spacing regions between adjacent strip-like regions; and a plurality of touch sensing electrodes which extend along a second direction and are located on the side of the first substrate opposed to the liquid crystal layer, wherein the first direction is different from the second direction, and in a condition that the plurality of grating electrodes are electrified, liquid crystal molecules corresponding to each of the strip-like regions are deflected, and liquid crystal molecules corresponding to each of the spacing regions are not deflected. a first substrate; a second substrate cell-assembled with the first substrate; and a liquid crystal layer filled between the first substrate and the second substrate; a plurality of grating electrodes which are located on the side of the first substrate that faces the liquid crystal layer and extend along a first direction, each of the plurality of grating electrodes being located within respective strip-like regions with spacing regions being provided between said stripe-like regions; a plurality of touch driving electrodes which extend along the first direction and are located on the side of the first substrate facing the liquid crystal layer, the touch driving electrodes being located within the spacing regions between adjacent strip-like regions; and a plurality of touch sensing electrodes which extend along a second direction and are located on the side of the first substrate opposed to the liquid crystal layer, wherein the first direction is different from the second direction, and in a condition that the plurality of grating electrodes are electrified, liquid crystal molecules corresponding to each of the strip-like regions are deflected, and liquid crystal molecules corresponding to each of the spacing regions are not deflected.
A spray system for a battery pack, characterized in comprising: a spray pipeline configured to circulate a spray liquid and forming an opening when being heated; a liquid storage device comprising two liquid outlets that are located at two ends of the liquid storage device along an axial direction thereof and communicate with two ends of the spray pipeline, respectively; and a driving device disposed in an inner cavity of the liquid storage device and comprising a driving component and an elastic component connected to the driving component, wherein the driving component comprises two driving plates disposed along the axial direction, the two driving plates being respectively connected to two ends of the elastic component and each movable towards a respective one of the two liquid outlets, wherein the two driving plates, under an elastic force applied by the elastic component, drives the spray liquid in the liquid storage device to flow into the spray pipeline. a spray pipeline configured to circulate a spray liquid and forming an opening when being heated; a liquid storage device comprising two liquid outlets that are located at two ends of the liquid storage device along an axial direction thereof and communicate with two ends of the spray pipeline, respectively; and a driving device disposed in an inner cavity of the liquid storage device and comprising a driving component and an elastic component connected to the driving component, wherein the driving component comprises two driving plates disposed along the axial direction, the two driving plates being respectively connected to two ends of the elastic component and each movable towards a respective one of the two liquid outlets, wherein the two driving plates, under an elastic force applied by the elastic component, drives the spray liquid in the liquid storage device to flow into the spray pipeline.
A nickel based alloy consisting of: from 3.0 to 5.2 wt% chromium, from 1.5 to 3.0 wt% molybdenum, from 6.0 to 12.5 wt% tungsten, from 5.0 to 11 wt% tantalum, from 5.5 to 6.5 wt% aluminum, from 11 to 14 wt% cobalt, up to 1.75 wt% rhenium, from 0.2 to 0.6 wt% hafnium, up to 0.05 wt% yttrium, up to 3.0 wt% ruthenium, and the balance nickel and unavoidable impurities. from 3.0 to 5.2 wt% chromium, from 1.5 to 3.0 wt% molybdenum, from 6.0 to 12.5 wt% tungsten, from 5.0 to 11 wt% tantalum, from 5.5 to 6.5 wt% aluminum, from 11 to 14 wt% cobalt, up to 1.75 wt% rhenium, from 0.2 to 0.6 wt% hafnium, up to 0.05 wt% yttrium, up to 3.0 wt% ruthenium, and the balance nickel and unavoidable impurities.
A fiber optic cable bundle, comprising: an inner layer of a single subunit fiber optic cable; and an outer layer of a plurality of subunit fiber optic cables helically stranded about the inner layer, wherein each subunit fiber optic cable comprises: at least one optical fiber; a layer of loose tensile strength members surrounding the at least one optical fiber; and a polymeric subunit jacket surrounding the layer of loose tensile strength members; wherein the outer layer of subunits comprises the exterior perimeter of the fiber optic cable bundle and the fiber optic cable bundle is free of external binders and a jacket; wherein the outer layer comprises five subunit cables surrounding the single subunit inner layer in a "5-1" arrangement. wherein a helical lay length of the outer layer is between 40-60 mm; wherein the fiber optic cable bundle is free of a glass-reinforced plastic strength member. an inner layer of a single subunit fiber optic cable; and an outer layer of a plurality of subunit fiber optic cables helically stranded about the inner layer, wherein each subunit fiber optic cable comprises: at least one optical fiber; a layer of loose tensile strength members surrounding the at least one optical fiber; and a polymeric subunit jacket surrounding the layer of loose tensile strength members; at least one optical fiber; a layer of loose tensile strength members surrounding the at least one optical fiber; and a polymeric subunit jacket surrounding the layer of loose tensile strength members; wherein the outer layer of subunits comprises the exterior perimeter of the fiber optic cable bundle and the fiber optic cable bundle is free of external binders and a jacket; wherein the outer layer comprises five subunit cables surrounding the single subunit inner layer in a "5-1" arrangement. wherein a helical lay length of the outer layer is between 40-60 mm; wherein the fiber optic cable bundle is free of a glass-reinforced plastic strength member.
Method for communicating data between a domestic appliance and a user terminal of a user of said domestic appliance, - wherein in the course of said data communication, control data comprising control commands is transmitted from the user terminal to the domestic appliance and/or status data comprising information on a current state of the domestic appliance is transmitted from the domestic appliance to the user terminal; - and the data communication between the domestic appliance and the user terminal takes place at least partially over the Internet, via an Internet server; - wherein the domestic appliance is registered and the user is allocated to the domestic appliance in the Internet server before the data communication takes place; and - the registration of the domestic appliance includes a characteristic MAC address of the domestic appliance being transmitted from the domestic appliance to the Internet server, characterised in that - the allocation to the user is made only provided that the user inputs a confirmation at the domestic appliance with which the user confirms that the user has physical access to the domestic appliance. - wherein in the course of said data communication, control data comprising control commands is transmitted from the user terminal to the domestic appliance and/or status data comprising information on a current state of the domestic appliance is transmitted from the domestic appliance to the user terminal; - and the data communication between the domestic appliance and the user terminal takes place at least partially over the Internet, via an Internet server; - wherein the domestic appliance is registered and the user is allocated to the domestic appliance in the Internet server before the data communication takes place; and - the registration of the domestic appliance includes a characteristic MAC address of the domestic appliance being transmitted from the domestic appliance to the Internet server, characterised in that - the allocation to the user is made only provided that the user inputs a confirmation at the domestic appliance with which the user confirms that the user has physical access to the domestic appliance.
A method, applied to a computing device comprising a display, a base, and components that allow repositioning of the display relative to the base, the display comprising a peripheral portion capable of sliding to different positions along the top surface of the base, wherein the method comprises: determining, via a processor, when the display is changing position relative to the base; comprising: determining at time T 1 a first angle between a vector indicative of a position of the display and a vector indicative of a position of the base; determining at time T 2 a second angle between a second vector indicative of the position of the display and a second vector indicative of the position of the base; and determining a difference between the first angle and the second angle; determining, via the processor, when a stabilizing portion of the display is in contact with a stabilizing portion of the base; and decreasing a force between the stabilizing portion of the display and the stabilizing portion of the base when it is determined by the processor that the display is changing position relative to the base and when it is determined by the processor that the stabilizing portion of the display is in contact with the stabilizing portion of the base. determining, via a processor, when the display is changing position relative to the base; comprising: determining at time T 1 a first angle between a vector indicative of a position of the display and a vector indicative of a position of the base; determining at time T 2 a second angle between a second vector indicative of the position of the display and a second vector indicative of the position of the base; and determining a difference between the first angle and the second angle; determining at time T 1 a first angle between a vector indicative of a position of the display and a vector indicative of a position of the base; determining at time T 2 a second angle between a second vector indicative of the position of the display and a second vector indicative of the position of the base; and determining a difference between the first angle and the second angle; determining, via the processor, when a stabilizing portion of the display is in contact with a stabilizing portion of the base; and decreasing a force between the stabilizing portion of the display and the stabilizing portion of the base when it is determined by the processor that the display is changing position relative to the base and when it is determined by the processor that the stabilizing portion of the display is in contact with the stabilizing portion of the base.
A vehicle steering control system that includes: steering torque detection means for detecting a steering torque that is applied to a steering member; a reaction motor that is used to apply steering reaction force to the steering member; and reaction motor current control means for controlling the steering reaction force, which is applied by the reaction motor, on the basis of the steering torque detected by the steering torque detection means, characterized by comprising: reaction motor drive current detection means for detecting a motor drive current that is supplied to the reaction motor, wherein the reaction motor current control means compares an absolute value of the steering torque detected by the steering torque detection means with a predetermined threshold (Tsh), controls the steering reaction force on the basis of the steering torque when the absolute value of the detected steering torque is smaller than the threshold (Tsh), and controls the steering reaction force using a motor current value detected by the reaction motor drive current detection means as a reference value when the absolute value of the detected steering torque is larger than or equal to the threshold (Tsh). reaction motor drive current detection means for detecting a motor drive current that is supplied to the reaction motor, wherein the reaction motor current control means compares an absolute value of the steering torque detected by the steering torque detection means with a predetermined threshold (Tsh), controls the steering reaction force on the basis of the steering torque when the absolute value of the detected steering torque is smaller than the threshold (Tsh), and controls the steering reaction force using a motor current value detected by the reaction motor drive current detection means as a reference value when the absolute value of the detected steering torque is larger than or equal to the threshold (Tsh).
An elevator system comprising: an elevator shaft; an elevator car and an elevator controller to move or position the elevator car on command; and at least one camera mounted to view specified elevator equipment, wherein the camera is operated by a controller, characterised in that the controller configured to: receive a maintenance request for an image or video of elevator equipment located at a specified position in the elevator system; analyze the maintenance request to determine an operational mode for the elevator car, wherein the operational mode includes the direction and speed to move the elevator car within the elevator system; enable the operational mode for the elevator car; capture, from the camera, one or more images or video of the specified equipment responsive to enabling the operational mode for the elevator car. an elevator shaft; an elevator car and an elevator controller to move or position the elevator car on command; and at least one camera mounted to view specified elevator equipment, wherein the camera is operated by a controller, characterised in that the controller configured to: receive a maintenance request for an image or video of elevator equipment located at a specified position in the elevator system; analyze the maintenance request to determine an operational mode for the elevator car, wherein the operational mode includes the direction and speed to move the elevator car within the elevator system; enable the operational mode for the elevator car; capture, from the camera, one or more images or video of the specified equipment responsive to enabling the operational mode for the elevator car. receive a maintenance request for an image or video of elevator equipment located at a specified position in the elevator system; analyze the maintenance request to determine an operational mode for the elevator car, wherein the operational mode includes the direction and speed to move the elevator car within the elevator system; enable the operational mode for the elevator car; capture, from the camera, one or more images or video of the specified equipment responsive to enabling the operational mode for the elevator car.