mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel comprising a plurality of pixels, each pixel including a thin film transistor; and a plurality of data lines (DL1-DLm) and a plurality of gate lines (GL1-GLn) that are each respectively connected with a source electrode and a gate electrode of the TFT included in each of the plurality of pixels; and a display driving circuit configured to vary a frame frequency of the display panel according to an operation mode, to select a gamma curve corresponding to the frame frequency, wherein the selected gamma curve is one among a plurality of gamma curves that are set so as to correspond to different frame frequencies, and to drive the display panel based on the selected gamma curve, wherein, the display driving circuit is configured such that when the frame frequency of the display panel is equal to or lower than a reference value, the display driving circuit periodically changes a level of a gate-on voltage between a first voltage level and a second voltage level that is lower than the first voltage level, so that the levels of gate signals that are provided to gate line (GL1-GLn) are switched from the gate-on voltage having the first voltage level to the gate-on voltage having the second voltage level, and then the levels of the gate signals are switched to a gate-off voltage (VOFF) to reduce a falling slew rate of a gate signal that is provided to the plurality of gate lines (GL1-GLn). a display panel comprising a plurality of pixels, each pixel including a thin film transistor; and a plurality of data lines (DL1-DLm) and a plurality of gate lines (GL1-GLn) that are each respectively connected with a source electrode and a gate electrode of the TFT included in each of the plurality of pixels; and a plurality of pixels, each pixel including a thin film transistor; and a plurality of data lines (DL1-DLm) and a plurality of gate lines (GL1-GLn) that are each respectively connected with a source electrode and a gate electrode of the TFT included in each of the plurality of pixels; and a display driving circuit configured to vary a frame frequency of the display panel according to an operation mode, to select a gamma curve corresponding to the frame frequency, wherein the selected gamma curve is one among a plurality of gamma curves that are set so as to correspond to different frame frequencies, and to drive the display panel based on the selected gamma curve, wherein, the display driving circuit is configured such that when the frame frequency of the display panel is equal to or lower than a reference value, the display driving circuit periodically changes a level of a gate-on voltage between a first voltage level and a second voltage level that is lower than the first voltage level, so that the levels of gate signals that are provided to gate line (GL1-GLn) are switched from the gate-on voltage having the first voltage level to the gate-on voltage having the second voltage level, and then the levels of the gate signals are switched to a gate-off voltage (VOFF) to reduce a falling slew rate of a gate signal that is provided to the plurality of gate lines (GL1-GLn).
An apparatus for treating a tumor in a subject's body and facilitating delivery of a substance across a blood brain barrier of the subject's body, the apparatus comprising: an AC voltage generator capable of generating an alternating electric field at a first frequency between 50 kHz and 190 kHz and a second frequency between 50 kHz and 500 kHz, and having a control input, the second frequency being different from the first frequency, wherein the AC voltage generator is configured to output the alternating electric field at the first frequency when the control input is in a first state and at the second frequency when the control input is in a second state; and a controller programmed to place the control input in the second state so that the AC voltage generator outputs the alternating electric field at the second frequency, accept a request to switch the AC voltage generator to output the alternating electric field at the first frequency, upon receipt of the request, place the control input in the first state so that the AC voltage generator outputs the alternating electric field at the first frequency for an interval of time, and, after the interval of time has elapsed, place the control input in the second state so that the AC voltage generator outputs the alternating field at the second frequency; characterized in that the interval of time is at least 24 hours. an AC voltage generator capable of generating an alternating electric field at a first frequency between 50 kHz and 190 kHz and a second frequency between 50 kHz and 500 kHz, and having a control input, the second frequency being different from the first frequency, wherein the AC voltage generator is configured to output the alternating electric field at the first frequency when the control input is in a first state and at the second frequency when the control input is in a second state; and a controller programmed to place the control input in the second state so that the AC voltage generator outputs the alternating electric field at the second frequency, accept a request to switch the AC voltage generator to output the alternating electric field at the first frequency, upon receipt of the request, place the control input in the first state so that the AC voltage generator outputs the alternating electric field at the first frequency for an interval of time, and, after the interval of time has elapsed, place the control input in the second state so that the AC voltage generator outputs the alternating field at the second frequency; characterized in that the interval of time is at least 24 hours.
A vehicle stabilizing system for balancing a vehicle, the system comprising: a handlebar, wherein the handlebar is to provide a manual steering input to a vehicle; a motor assembly, wherein the motor assembly is to provide an automatic steering input to the vehicle; characterised by a planetary gear assembly mechanically coupled to the handlebar and the motor assembly, wherein the planetary gear assembly is to rotate based on at least one of the manual steering input and the automatic steering input; and a steering system coupled to the planetary gear assembly, wherein the steering system is actuated based on the rotation of the planetary gear assembly. a handlebar, wherein the handlebar is to provide a manual steering input to a vehicle; a motor assembly, wherein the motor assembly is to provide an automatic steering input to the vehicle; characterised by a planetary gear assembly mechanically coupled to the handlebar and the motor assembly, wherein the planetary gear assembly is to rotate based on at least one of the manual steering input and the automatic steering input; and a steering system coupled to the planetary gear assembly, wherein the steering system is actuated based on the rotation of the planetary gear assembly.
A method for landing an unmanned flight device comprising: detecting (101, 201) whether the flight device meets a condition for landing; and being characterised by detecting when the flight device meets the condition for landing, whether a landing area intended for landing the flight device is a safe landing area, wherein the landing area intended for landing the flight device is an area comprising a location where the flight device is projected vertically on the ground when it meets the condition for landing and respective locations whose distances from said location are less than a predetermined distance, and the safe landing area is an area on the ground which enables the flight device to land safely and be easily recovered by its users after it is landed; and adjusting (103, 206) the landing area intended for landing the flight device to a safe landing area, when the landing area intended for landing is not detected to be a safe landing area. detecting (101, 201) whether the flight device meets a condition for landing; and being characterised by detecting when the flight device meets the condition for landing, whether a landing area intended for landing the flight device is a safe landing area, wherein the landing area intended for landing the flight device is an area comprising a location where the flight device is projected vertically on the ground when it meets the condition for landing and respective locations whose distances from said location are less than a predetermined distance, and the safe landing area is an area on the ground which enables the flight device to land safely and be easily recovered by its users after it is landed; and adjusting (103, 206) the landing area intended for landing the flight device to a safe landing area, when the landing area intended for landing is not detected to be a safe landing area.
A control apparatus, comprising: a controller that switches between a first control mode for executing lighting control intended for a marker lamp of a railway vehicle and a second control mode for executing lighting control intended for the marker lamp and a display unit disposed in vicinity of the marker lamp in a manner that depends on a travelling state of the railway vehicle, the display unit including an image display screen for displaying a moving image or character information, wherein the controller includes hardware required for a computer.
A wound dressing for applying topical negative pressure at a wound site, comprising: a gas impermeable cover layer comprising an orifice; an absorbent layer for absorbing wound exudate underlying the cover layer wherein the absorbent layer comprises superabsorbent material; a liquid and gas permeable transmission layer underlying the cover layer; a lower pressure sensitive adhesive layer to adhere the wound dressing to skin around the wound site; and a suction port sealed to the cover layer around a perimeter of the orifice and configured to communicate negative pressure through the orifice, the suction port comprising a connector portion for connecting the suction port to a source of negative pressure and a liquid impermeable gas permeable filter element arranged to prevent a liquid from entering the connector portion; wherein the suction port is situated closer to one end of the dressing, contrasted with a central position and wherein said suction port is manufactured from a transparent material such that a visual check can be made by a user for the ingress of wound exudate into the suction port. a gas impermeable cover layer comprising an orifice; an absorbent layer for absorbing wound exudate underlying the cover layer wherein the absorbent layer comprises superabsorbent material; a liquid and gas permeable transmission layer underlying the cover layer; a lower pressure sensitive adhesive layer to adhere the wound dressing to skin around the wound site; and a suction port sealed to the cover layer around a perimeter of the orifice and configured to communicate negative pressure through the orifice, the suction port comprising a connector portion for connecting the suction port to a source of negative pressure and a liquid impermeable gas permeable filter element arranged to prevent a liquid from entering the connector portion; wherein the suction port is situated closer to one end of the dressing, contrasted with a central position and wherein said suction port is manufactured from a transparent material such that a visual check can be made by a user for the ingress of wound exudate into the suction port.
A guide arrangement for hangings, such as a venetian blind or sunblind, on a door or window opening, comprising an elevating device for raising and lowering the hangings, vertically aligned guide means for laterally guiding the hangings between a position exposing the door or window opening and a closed position, wherein the guide means (17, 117, 217, 317) are configured so that they can be stowed at least temporarily in the elevating device, and, for the closed position, can be extended from the elevating device downwards in front of the door or window opening and can be locked there in the stretched vertically downwardly running state, wherein the guide means each comprise a cable or rope, wherein a holding part is fastened in each case to the free end of the ropes which can be moved downwards out of the elevating device, at which holding part the rope can be moved out of the elevating device and can be engaged in, or snapped into, a tensioning device on the floor or at the bottom of the door or window opening, and wherein the holding part consists of metal and/or a magnet, and wherein the tensioning device comprises tensioning means, in which the holding part can be engaged and, following engagement, the rope can be tensioned, and wherein the tensioning means comprises a tensioning shaft which is arranged in the tensioning device can be driven by hand or by motor, and wherein a winding drum for winding up the rope is arranged in the elevating device, characterized in that the winding drum comprises a motor drive which both unwinds and winds up the rope.
An interferometric tracking device comprising: image dividers (120, 140, 160) arranged to form an optical cascade, with one of the image dividers being an incident image divider for the optical cascade and one or more of the image dividers being one or more exit image dividers for the optical cascade, wherein each of the image dividers (120, 140, 160) splits incident light into a plurality of non-parallel orthogonally polarized beams, and the beams from the incident image divider cascading through the other image dividers (140, 160) in the optical cascade; a plurality of shearing interferometers (130, 150), one of the shearing interferometers being optically coupled between each optically adjacent image dividers (120, 140, 160) in the optical cascade; one or more focal plane arrays, the orthogonally polarized beams from the one or more exit image dividers being imaged onto the one or more focal plane arrays so that eight spots are formed per light source on the one or more focal plane arrays. image dividers (120, 140, 160) arranged to form an optical cascade, with one of the image dividers being an incident image divider for the optical cascade and one or more of the image dividers being one or more exit image dividers for the optical cascade, wherein each of the image dividers (120, 140, 160) splits incident light into a plurality of non-parallel orthogonally polarized beams, and the beams from the incident image divider cascading through the other image dividers (140, 160) in the optical cascade; a plurality of shearing interferometers (130, 150), one of the shearing interferometers being optically coupled between each optically adjacent image dividers (120, 140, 160) in the optical cascade; one or more focal plane arrays, the orthogonally polarized beams from the one or more exit image dividers being imaged onto the one or more focal plane arrays so that eight spots are formed per light source on the one or more focal plane arrays.
An extruder comprising an extruder housing, in which is configured a feed channel for a medium to be extruded, which feed channel has at least one screw conveyor arranged therein, comprising a cooling device for the extruder housing, which cooling device has at least one cooling line (24, 24a), configured in or on the extruder housing and connected with a supply line and a return line and is flowed through by a cooling fluid, and comprising an electronics device, accommodated in an electronics housing, for controlling and/or regulating the operating states of the extruder, wherein the electronics housing can be cooled by means of the cooling device for the extruder housing, characterized in that the supply line and/or the return line run through a component which forms at least one section of the electronics housing or is in direct contact with the electronics housing so that the component is cooled in relation to the ambient temperature, and that the component has projections or cooling ribs, which project into an interior, accommodating the electronics device, of the electronics housing.
System comprising a clamping device and a rope, said clamping device comprising a central body including a through hole said hole defining a main extension axis, housing said rope, said central body comprising: - at least one connection seat for said rope facing said hole, - clamping means suitable to slide along a sliding axis transversal to said through hole clamping said rope at least partially inside said at least one connection seat, - said through hole has a cross-section at least equal to double the cross-section of the rope, - and in that two portions of said rope are connected to said clamping device, are inside said hole and form a loop, - characterised by comprising supplementary clamping means suitable to slide in relation to said body clamping said rope against the walls of said hole, defining a supplementary sliding axis, substantially parallel to said sliding axis, and positioned at the two sides, in relation to said clamping means along said main extension axis. - at least one connection seat for said rope facing said hole, - clamping means suitable to slide along a sliding axis transversal to said through hole clamping said rope at least partially inside said at least one connection seat, - said through hole has a cross-section at least equal to double the cross-section of the rope, - and in that two portions of said rope are connected to said clamping device, are inside said hole and form a loop, - characterised by comprising supplementary clamping means suitable to slide in relation to said body clamping said rope against the walls of said hole, defining a supplementary sliding axis, substantially parallel to said sliding axis, and positioned at the two sides, in relation to said clamping means along said main extension axis.
A method of flight path planning of Unmanned Aerial Vehicles UAV using flying routes of birds, the method comprising steps of: a. multiple recording devices recording multiple pieces of flight data when the birds with the multiple recording devices respectively installed thereon fly from a first designated point to a second designated point, wherein each of the multiple recording devices is an electronic foot ring; b. the analyzing device collecting and grouping the multiple pieces of flight data recorded by the recording devices at the respective data-recording points to generate the multiple flying tracks and selecting one of the multiple flying tracks as an optimal flight path; and c. the analyzing device inputting the optimal flight path to a UAV so that the UAV is controlled to fly according to the optimal flight path. a. multiple recording devices recording multiple pieces of flight data when the birds with the multiple recording devices respectively installed thereon fly from a first designated point to a second designated point, wherein each of the multiple recording devices is an electronic foot ring; b. the analyzing device collecting and grouping the multiple pieces of flight data recorded by the recording devices at the respective data-recording points to generate the multiple flying tracks and selecting one of the multiple flying tracks as an optimal flight path; and
A ring section pump comprising: a low-pressure end configured to receive fluid to be pumped into the ring section pump; and a high-pressure end configured to provide the fluid to be pumped from the ring section pump, at least one intermediate tie rod combination having at least one intermediate flange with upper tie rods configured to directly couple together the at least one intermediate flange and the high-pressure end and with lower tie rods configured to directly couple together the at least one intermediate flange and the low-pressure end, and characterized in that: the low-pressure end comprises a suction bell configured on one end of the ring section pump to receive the fluid to be pumped into the ring section pump; the high-pressure end comprises a discharge casing configured on an opposite end of the ring section pump to provide the fluid to be pumped from the ring section pump and to mount the ring section pump; and the at least one intermediate flange is configured so the upper tie rods couple together the at least one intermediate flange and the discharge casing and so the lower tie rods couple together the at least one intermediate flange and the suction bell. a low-pressure end configured to receive fluid to be pumped into the ring section pump; and a high-pressure end configured to provide the fluid to be pumped from the ring section pump, at least one intermediate tie rod combination having at least one intermediate flange with upper tie rods configured to directly couple together the at least one intermediate flange and the high-pressure end and with lower tie rods configured to directly couple together the at least one intermediate flange and the low-pressure end, and characterized in that: the low-pressure end comprises a suction bell configured on one end of the ring section pump to receive the fluid to be pumped into the ring section pump; the high-pressure end comprises a discharge casing configured on an opposite end of the ring section pump to provide the fluid to be pumped from the ring section pump and to mount the ring section pump; and the at least one intermediate flange is configured so the upper tie rods couple together the at least one intermediate flange and the discharge casing and so the lower tie rods couple together the at least one intermediate flange and the suction bell. the low-pressure end comprises a suction bell configured on one end of the ring section pump to receive the fluid to be pumped into the ring section pump; the high-pressure end comprises a discharge casing configured on an opposite end of the ring section pump to provide the fluid to be pumped from the ring section pump and to mount the ring section pump; and the at least one intermediate flange is configured so the upper tie rods couple together the at least one intermediate flange and the discharge casing and so the lower tie rods couple together the at least one intermediate flange and the suction bell.