mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: a satellite terminal (14a-f) performing a first ranging process; during the first ranging process, the satellite terminal (14a-f) creating a first filter representing an average outroute signal quality measured during the ranging process; after performing the first ranging process: the satellite terminal (14a-f) receiving an outroute signal from a satellite (12a-b) on an outroute channel; monitoring a quality of the received outroute signal using a second filter, wherein the second filter has a timescale greater than a timescale of the first filter; based on the first and the second filters, determining if a difference between the average outroute signal quality measured during the first ranging process and the monitored outroute signal quality is greater than a threshold; and in response to determining that the difference is greater than the threshold, the satellite terminal (14a-f) incrementing a counter filter; and when the counter filter exceeds a predetermined threshold, the satellite terminal (14a-f) performing a second ranging process. a satellite terminal (14a-f) performing a first ranging process; during the first ranging process, the satellite terminal (14a-f) creating a first filter representing an average outroute signal quality measured during the ranging process; after performing the first ranging process: the satellite terminal (14a-f) receiving an outroute signal from a satellite (12a-b) on an outroute channel; monitoring a quality of the received outroute signal using a second filter, wherein the second filter has a timescale greater than a timescale of the first filter; based on the first and the second filters, determining if a difference between the average outroute signal quality measured during the first ranging process and the monitored outroute signal quality is greater than a threshold; and the satellite terminal (14a-f) receiving an outroute signal from a satellite (12a-b) on an outroute channel; monitoring a quality of the received outroute signal using a second filter, wherein the second filter has a timescale greater than a timescale of the first filter; based on the first and the second filters, determining if a difference between the average outroute signal quality measured during the first ranging process and the monitored outroute signal quality is greater than a threshold; and in response to determining that the difference is greater than the threshold, the satellite terminal (14a-f) incrementing a counter filter; and when the counter filter exceeds a predetermined threshold, the satellite terminal (14a-f) performing a second ranging process.
A display device comprising: a display panel including a plurality of pixels, each pixel of the plurality of pixels including N sub-pixels (RP, GP, BP), where N is an integer of 2 or greater; and a lens array on a surface of the display panel, the lens array including a plurality of lenses, wherein each lens of the plurality of lenses overlaps with M sub-pixels (RP, GP, BP), where M is an integer greater than N, characterized in that, wherein each pixel of the plurality of pixels consists of a first sub-pixel configured to display a first color, a second sub-pixel configured to display a second color, a third sub-pixel configured to display a third color, and a fourth sub-pixel configured to display the second color, the lens array includes a first lens, a second lens, a third lens, and a fourth lens, the first lens overlaps with a first sub-pixel and a plurality of second sub-pixels, the second lens overlaps with a plurality of first sub-pixels, a second sub-pixel, and a plurality of third sub-pixels, the third lens overlaps with a plurality of second sub-pixels and a third sub-pixel, and the fourth lens overlaps with a plurality of first sub-pixels, a second sub-pixel, and a plurality of third sub-pixels. a display panel including a plurality of pixels, each pixel of the plurality of pixels including N sub-pixels (RP, GP, BP), where N is an integer of 2 or greater; and a lens array on a surface of the display panel, the lens array including a plurality of lenses, wherein each lens of the plurality of lenses overlaps with M sub-pixels (RP, GP, BP), where M is an integer greater than N, characterized in that, wherein each pixel of the plurality of pixels consists of a first sub-pixel configured to display a first color, a second sub-pixel configured to display a second color, a third sub-pixel configured to display a third color, and a fourth sub-pixel configured to display the second color, the lens array includes a first lens, a second lens, a third lens, and a fourth lens, the first lens overlaps with a first sub-pixel and a plurality of second sub-pixels, the second lens overlaps with a plurality of first sub-pixels, a second sub-pixel, and a plurality of third sub-pixels, the third lens overlaps with a plurality of second sub-pixels and a third sub-pixel, and the fourth lens overlaps with a plurality of first sub-pixels, a second sub-pixel, and a plurality of third sub-pixels.
A porous-medium burning apparatus, comprising a fuel spraying device, said fuel spraying device comprising a fuel inlet, a plurality of fuel spraying tube branches, a burning chamber, said burning chamber comprising a burning space and at least one porous medium (52a, 52b, 52c), said at least one porous medium (52a, 52b, 52c) being located in said burning space and said at least one porous medium (52a, 52b, 52c) having pores of the same radius; a tail gas outlet, said tail gas outlet being connected with said burning space to outlet a tail gas; and an ignition plug, said ignition plug being positioned on said burning chamber to provide an ignition device an oxidant inlet, said oxidant inlet guiding an oxidant entered to burn a fuel; characterized in that it further comprises a plurality of fuel spraying holes (23a, 23b, 23c), said fuel spraying device guiding said fuel entered from said fuel inlet and then directly sprayed through said plurality of fuel spraying holes (23a, 23b, 23c), wherein each of said fuel spraying tube branches has a flat end surface and said fuel spraying holes (23a, 23b, 23c) are located on said flat end surface; a buffer chamber, said buffer chamber being connected with said oxidant inlet, said buffer chamber having a buffering space, said buffer chamber receiving said oxidant from said oxidant inlet and spreading said oxidant into said buffering space; a gas rectifying panel, said gas rectifying panel being connected with said buffer chamber, said gas rectifying panel having a plurality of pores to rectify said oxidant, said gas rectifying panel having a rectifying space for uniformly distributing said oxidant in said rectifying space through said plurality of pores, wherein said burning chamber is connected with said rectifying space, wherein said oxidant, flown from said rectifying space into said at least one porous medium (52a, 52b, 52c), and said fuel, directly sprayed from said fuel spraying holes (23a, 23b, 23c), are mixed in a section of said at least one porous medium (52a, 52b, 52c) close to said rectifying space to process the burning reaction in said at least one porous medium (52a, 52b, 52c) other than said section, wherein each flat end surface of said fuel spraying tube branches is directly adhered to an end surface of said at least one porous medium (52a, 52b, 52c) with no space left between said fuel spraying holes (23a, 23b, 23c) and said at least one porous medium (52a, 52b, 52c) and said fuel is thus directly entered into said at least one porous medium (52a, 52b, 52c), and wherein, when said oxidant is entered through said fuel spraying tube branches, refluxes are obtained at each flat end surface of said fuel spraying tube branches to steadily burn said fuel by fully mixing said oxidant and said fuel.
A method for generating power control commands in a wireless communication environment, comprising: receiving uplink transmissions from an access terminal; determining whether to adjust an uplink power level employed by the access terminal; and transmitting power control commands to the access terminal to alter the uplink power level using a layer 1/layer 2, L1/L2, control information channel utilized for downlink, DL, assignments and uplink, UL, grants. receiving uplink transmissions from an access terminal; determining whether to adjust an uplink power level employed by the access terminal; and transmitting power control commands to the access terminal to alter the uplink power level using a layer 1/layer 2, L1/L2, control information channel utilized for downlink, DL, assignments and uplink, UL, grants.
A sealing device installed in an installation groove provided in one member of two members (2, 3) facing to each other so as to be brought into close contact with the other member, comprising: a seal ring made of a rubber-like elastic body; and a backup ring arranged at a low-pressure side of said seal ring and formed by a harder resin material than said seal ring, said installation groove having a slope bottom surface formed so as to narrow an interval between said two members (2, 3) gradually from a high-pressure side to the low-pressure side at a position to which said backup ring is installed, and said backup ring having a slope surface corresponding to said slope bottom surface, wherein a second backup ring is provided between said seal ring and the backup ring, and said second backup ring is formed by a softer material than said backup ring, characterized in that a slope surface (21a, 31a) of the backup ring and/or the second backup ring is formed such that an angle of slope is larger than an angle of slope of the slope bottom surface. a seal ring made of a rubber-like elastic body; and a backup ring arranged at a low-pressure side of said seal ring and formed by a harder resin material than said seal ring,
A computer-implemented method for automatically fitting a haptic effect, the computer-implemented method comprising: receiving source data (210, 310), wherein the source data (210, 310) comprises one or more characteristics; characterized by: comparing the source data (210, 310) with one or more haptic primitives, wherein each haptic primitive of the one or more haptic primitives comprises one or more haptic parameters; selecting one or more haptic primitives from the one or more haptic primitives based on the comparison; and outputting one or more haptic effects based on the selected one or more haptic primitives. receiving source data (210, 310), wherein the source data (210, 310) comprises one or more characteristics; characterized by: comparing the source data (210, 310) with one or more haptic primitives, wherein each haptic primitive of the one or more haptic primitives comprises one or more haptic parameters; selecting one or more haptic primitives from the one or more haptic primitives based on the comparison; and outputting one or more haptic effects based on the selected one or more haptic primitives. comparing the source data (210, 310) with one or more haptic primitives, wherein each haptic primitive of the one or more haptic primitives comprises one or more haptic parameters; selecting one or more haptic primitives from the one or more haptic primitives based on the comparison; and outputting one or more haptic effects based on the selected one or more haptic primitives.
A method of providing a detent sensation, said method of providing a detent sensation includes providing a first background force signal, said first background force signal followed with a second below background force drop signal, and said second below background force drop signal followed with a third above background stop force signal to provide a mechanical ball detent mechanism snap sensation at a targeted location
A cover for a rainwater inlet comprising: a plate member; and a grill coupled around a perimeter of said plate member; said grill having a plurality of spaced apart members (305, 306), with apertures (307, 309) between said spaced apart members; said grill being formed into a ridge around the perimeter of said plate member, such that in side elevation view, a peak of said ridge lies above an upper surface of said plate member; wherein said plate member has a substantially inverted cone shaped underside and has a profiled lower surface which forms channels on the underside of the plate member, such that when installed on a roof floor, the flow between the profiled lower surface and the roof floor is guided by the profiled lower surface to the rainwater inlet, and wherein the profiled lower surface is configured such that the cross-sectional area of the channels decreases in a direction towards the rainwater inlet. a plate member; and a grill coupled around a perimeter of said plate member; said grill having a plurality of spaced apart members (305, 306), with apertures (307, 309) between said spaced apart members; said grill being formed into a ridge around the perimeter of said plate member, such that in side elevation view, a peak of said ridge lies above an upper surface of said plate member; wherein said plate member has a substantially inverted cone shaped underside and has a profiled lower surface which forms channels on the underside of the plate member, such that when installed on a roof floor, the flow between the profiled lower surface and the roof floor is guided by the profiled lower surface to the rainwater inlet, and wherein the profiled lower surface is configured such that the cross-sectional area of the channels decreases in a direction towards the rainwater inlet.
A water faucet comprising a main body which is composed by a water outlet channel and a water inlet channel, wherein a micro flow ejector with a vent hole is provided between the water outlet channel and the water inlet channel, wherein in the back end of the micro flow ejector, a hollow inner circular tube wall is equipped with a flow-adjusting positioning screw, and an adjustable shroud is equipped in the front end of the micro flow ejector and an exit end external tube wall of the water outlet channel, wherein between the micro flow ejector and the flow-adjusting positioning screw, a hollow flow regulating valve with a T-shape rear part and a cone-shape head part is provided, a conical nose of the hollow flow regulating valve comprising a spray orifice, wherein a small cylindrical wall of the hollow flow regulating valve comprises more than one water inlet/outlet hole, wherein in a back-end tube wall of the hollow flow regulating valve, there are more than one seal grooves with a seal ring opened, and the back-end of the hollow flow regulating valve is equipped with a seal fixed block whose back-end center is opened with a process control screw hole, wherein a front conical head angle of the hollow flow regulating valve is identical with an angle of a flaring part of an inflow end of the micro flow ejector, and wherein an air inlet check valve is installed in the vent hole of the micro flow ejector.
A steering apparatus comprising: a turning shaft that includes an axis and an outer circumferential surface, which has a helical thread groove, and reciprocates in an axial direction; a ball screw mechanism that includes a cylindrical nut, which is screwed to the turning shaft through a plurality of balls, wherein the nut includes an inner circumferential surface, which has a helical thread groove facing the thread groove of the turning shaft; a belt reduction drive including a driving pulley, which rotates integrally with a rotary shaft of an electric motor, a driven pulley, which is fastened to an outer circumferential surface of the nut, and a belt, which is looped over the driving pulley and the driven pulley; a housing that accommodates the turning shaft, the ball screw mechanism, and the belt reduction drive; a boot that covers each end of the turning shaft and includes an end for connection to the housing and an end for connection to a tie rod; and a bearing located between an inner circumferential surface of the housing and the outer circumferential surface of the nut, wherein the driven pulley and the nut constitute a pulley unit, characterized in that the pulley unit includes a communication passage (50, 51, 52, 60, 61, 70, 71, 72, 73) that provides communication between axially opposite sides of the pulley unit. a turning shaft that includes an axis and an outer circumferential surface, which has a helical thread groove, and reciprocates in an axial direction; a ball screw mechanism that includes a cylindrical nut, which is screwed to the turning shaft through a plurality of balls, wherein the nut includes an inner circumferential surface, which has a helical thread groove facing the thread groove of the turning shaft; a belt reduction drive including a driving pulley, which rotates integrally with a rotary shaft of an electric motor, a driven pulley, which is fastened to an outer circumferential surface of the nut, and a belt, which is looped over the driving pulley and the driven pulley; a housing that accommodates the turning shaft, the ball screw mechanism, and the belt reduction drive; a boot that covers each end of the turning shaft and includes an end for connection to the housing and an end for connection to a tie rod; and a bearing located between an inner circumferential surface of the housing and the outer circumferential surface of the nut, wherein the driven pulley and the nut constitute a pulley unit, characterized in that the pulley unit includes a communication passage (50, 51, 52, 60, 61, 70, 71, 72, 73) that provides communication between axially opposite sides of the pulley unit.
An adhesive bandage comprising a wound dressing which, in the case of application, comes into contact with a skin wound by means of an active surface, and comprising a flat carrier material which covers the wound dressing at least in sections on a rear surface facing away from the active surface of the wound dressing and which projects beyond the wound dressing by at least two at least largely opposite adhesive surfaces which are provided for fixing the carrier material on human or animal skin, characterized in that the wound dressing (3 to 3e) is made from a resorbable material and is detachably connected to the carrier material (2 to 2) by means of a holding structure (7 to 7e), and the holding structure includes detachable connection points (7 to 7e) between the carrier material (2 to 2e) and the wound dressing (3 to 3e) which retain the wound dressing in the non-applied state to the carrier material.
Connection holder for connecting a shield of at least one coaxial line, comprising a housing for receiving the at least one coaxial line, wherein an earth contact strip is arranged in the housing, to which the at least one coaxial line having a shield that is exposed in a stripped contacting region is able to be applied for a clamped fastening, characterised in that, the connection holder is formed in such a way that earth contacting of the earth contact strip takes place with an earth potential directly during the fastening of the connection holder to a carrier component, wherein, for this, the housing has an opening for a fastening element for the connection of the earth contact strip with an earth potential and the opening is formed as a continuous screw opening having passage openings (28A, B) located opposite, and the earth contact strip also has a passage opening, wherein - the fastening element is, in the assembled state, guided through the housing and thereby contacts the earth contact strip and, at the same time, produces the electrical contact with the carrier component with its base region, or - the earth contact strip has a contact edge on its underside which pushes through the housing and serves for direct earth contacting during the fastening to the carrier component. - the fastening element is, in the assembled state, guided through the housing and thereby contacts the earth contact strip and, at the same time, produces the electrical contact with the carrier component with its base region, or - the earth contact strip has a contact edge on its underside which pushes through the housing and serves for direct earth contacting during the fastening to the carrier component.
A non-transitory computer-readable storage medium comprising instructions that, when executed, cause one or more processors of a mobile computing device to: execute a web application within a web browser of the mobile computing device; execute a web server at the mobile computing device, the web server having a first interface for receiving HyperText Transfer Protocol (HTTP) messages from the web application and a second interface for communicating with telephony hardware of the mobile computing device; receive, at the web application, an input to affect an operation of the telephony hardware of the mobile computing device; transmit, from the web application to the web server executing at the mobile computing device, an HTTP message to affect the operation of the telephony hardware of the mobile computing device; process, at the web server executing at the mobile computing device, the HTTP message into a hardware control message that includes information about the operation; and transmit the hardware control message from the web server executing at the mobile computing device to the telephony hardware of the mobile computing device to affect the operation by the telephony hardware of the mobile computing device. execute a web application within a web browser of the mobile computing device; execute a web server at the mobile computing device, the web server having a first interface for receiving HyperText Transfer Protocol (HTTP) messages from the web application and a second interface for communicating with telephony hardware of the mobile computing device; receive, at the web application, an input to affect an operation of the telephony hardware of the mobile computing device; transmit, from the web application to the web server executing at the mobile computing device, an HTTP message to affect the operation of the telephony hardware of the mobile computing device; process, at the web server executing at the mobile computing device, the HTTP message into a hardware control message that includes information about the operation; and transmit the hardware control message from the web server executing at the mobile computing device to the telephony hardware of the mobile computing device to affect the operation by the telephony hardware of the mobile computing device.
Military vehicle having a guide unit for guiding the vehicle, wherein either a manned guide cab or the same guide cab with an inserted unmanned drone module can be used as the guide unit, characterized in that the drone module is arranged on the roof of the guide cab, and in that the drone module is arranged instead of a removable roof structure of the guide cab.