mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: an interface of a client device configured to receive media packets from a network; a memory configured to store a permission level; a buffer configured to receive and store media packets of streamed media content; and a processor configured to compare the permission level with a rating level of each of the media packets before the media packets are output from the buffer render media content within a first portion of the media packets on the client device and block the media content within a second portion of the media packets from being rendered on the client device based on the respective rating level of each of the media packets; and select at least one allowed media packet that has a favorable rating level that compares favorably with the permission level for inclusion in the second portion based on respective positions in the buffer of the at least one allowed media packet and one or more blocked media packets that have unfavorable rating levels that compare unfavorably with the permission level. an interface of a client device configured to receive media packets from a network; a memory configured to store a permission level; a buffer configured to receive and store media packets of streamed media content; and a processor configured to compare the permission level with a rating level of each of the media packets before the media packets are output from the buffer render media content within a first portion of the media packets on the client device and block the media content within a second portion of the media packets from being rendered on the client device based on the respective rating level of each of the media packets; and select at least one allowed media packet that has a favorable rating level that compares favorably with the permission level for inclusion in the second portion based on respective positions in the buffer of the at least one allowed media packet and one or more blocked media packets that have unfavorable rating levels that compare unfavorably with the permission level. compare the permission level with a rating level of each of the media packets before the media packets are output from the buffer render media content within a first portion of the media packets on the client device and block the media content within a second portion of the media packets from being rendered on the client device based on the respective rating level of each of the media packets; and select at least one allowed media packet that has a favorable rating level that compares favorably with the permission level for inclusion in the second portion based on respective positions in the buffer of the at least one allowed media packet and one or more blocked media packets that have unfavorable rating levels that compare unfavorably with the permission level.
A combined rear exterior lamp and cleaning system for cleaning a rear window of a vehicle, the system comprising: - a lens (200;400;600) for the rear exterior lamp of the vehicle, the lens having an inner surface and an outer surface, the inner surface being adapted to face a light source for the rear lamp; - a cleaning arrangement (206;406) for providing a cleaning fluid to an exterior surface of the rear window, - an inlet connectable to a cleaning fluid hose for providing cleaning fluid to the cleaning arrangement, the inlet being arranged on the same side of the lens as the inner surface, characterised in that the cleaning arrangement comprises a channel (212;412;512;612) and an array of outlets in fluid communication with the channel, the channel being attached to the lens and is adapted to transport the cleaning fluid from the inlet to the array of outlets, wherein the channel is generally parallel to at least one of the lens inner surface or the lens outer surface, wherein the outlets are located on the outer side of the lens on the same side as the outer surface of the lens, the outlets being adapted for providing the cleaning fluid to the rear window of the vehicle. - a lens (200;400;600) for the rear exterior lamp of the vehicle, the lens having an inner surface and an outer surface, the inner surface being adapted to face a light source for the rear lamp; - a cleaning arrangement (206;406) for providing a cleaning fluid to an exterior surface of the rear window, - an inlet connectable to a cleaning fluid hose for providing cleaning fluid to the cleaning arrangement, the inlet being arranged on the same side of the lens as the inner surface,
A method for removal of undesired objects from image data by an image detection device, the method comprising the steps of: detecting image data for a first frame; detecting, after a duration, image data for a second frame, the duration determined based on the amount of movement of an object detected in preview mode; detecting motion of an undesired object based, at least in part, on image data for the first and second frames; replacing image data of the first frame with image data of the second frame to generate corrected image data, wherein the undesired object is removed from the corrected image data; and storing the corrected image data. detecting image data for a first frame; detecting, after a duration, image data for a second frame, the duration determined based on the amount of movement of an object detected in preview mode; detecting motion of an undesired object based, at least in part, on image data for the first and second frames; replacing image data of the first frame with image data of the second frame to generate corrected image data, wherein the undesired object is removed from the corrected image data; and storing the corrected image data.
A wedge having serrated surfaces on its upper and lower surfaces characterized in that the wedge is extended with a serrated shim at its front end, wherein the front end and the rear end of the shim have the same thickness, wherein the shim is serrated on its upper and lower sides, making it possible for the wedge, when used in pairs, to get engaged with the paired wedge by mating the profiles on the interacting surfaces of the shims in small construction gaps where it is not possible for the serrated surfaces of the paired wedges alone to get engaged with each other,
An enclosure for housing ends of a connector, wherein the enclosure is configured to interface with a robot, comprising: a housing having a first end and a second end opposite the first end, the housing having a first connector receptacle (113, 114, 115) at the first end, the housing having a surface defining a robot-engaging mechanism that allows a robot to consistently interface in a certain orientation; a hook extending from the second end of the housing; a securement mechanism at the second end of the housing; wherein the enclosure is securable to a location through both the hook and the securement mechanism or is moveable by the robot when the robot engages the enclosure. a housing having a first end and a second end opposite the first end, the housing having a first connector receptacle (113, 114, 115) at the first end, the housing having a surface defining a robot-engaging mechanism that allows a robot to consistently interface in a certain orientation; a hook extending from the second end of the housing; a securement mechanism at the second end of the housing; wherein the enclosure is securable to a location through both the hook and the securement mechanism or is moveable by the robot when the robot engages the enclosure.
System comprising a wave energy converter and an assembly, adapted to be driven by the wave energy converter, the wave energy converter comprises an array, preferably in the form of rows (11,12,13) and columns (11i-11xv,12i-12xv,13i-13xxx), of floating elements (11i,11ii,12i,11xv,12xv) adapted to float on a sea surface in the vicinity of a shore, each floating element (11i,11ii,12i,11xv,12xv) having a first and a second end, each end being connected to a lever, the lever being connected through a bearing to a pivot point, each lever is connected in an articulated manner to a piston rod in a wave-actuated liquid pump that is in fluid communication with a pipe, which pipe is adapted to lead the liquid to a workstation, the workstation comprising the assembly, wherein the assembly is a Pelton turbine, driven by the liquid, for driving a generator or a sand pump driven by the liquid or an electrolysis device for converting water to hydrogen.
Vapour extraction system, which has an extractor hood and at least one air processing apparatus, wherein the air processing apparatus is connected to the extractor hood by way of an air guide, and at least one plasma source for processing air, the vapour extraction system has a branch of the air guide between the extractor hood and the at least one air processing apparatus and at least one air conducting apparatus, which can be set in at least three operating positions, is provided in the region of the branch characterised in that the at least three operating positions comprise a cleaning position, at least one discharge position and a mixed position, the branch is provided in the air guide, the branch of the air guide has at least three spurs (121, 122, 123, 124), one of the spurs is connected to the extractor hood and the air from the extractor hood is guided away by way of said spur, one of the spurs is connected to the air processing apparatus and air is fed back into the room, in which the extractor hood is operated, by way of this spur when the air conducting apparatus is in the cleaning position and the mixed position, and one of the spurs (123, 124) is an air line, in which at least one filter element is arranged and air is fed back into the room, in which the extractor hood is operated, or into another room by way of a household ventilation unit by way of this spur (123, 124) when the air conducting apparatus is in the mixed position and a discharge position.
An ethylene/α-olefin interpolymer which has (i) a DSC curve characterized by an area under the DSC curve from the melting peak temperature to the end of melting being at least 17% of the total area under the DSC melting curve from -20°C to the end of melting, measured in accordance with the procedure following Table 5 of the present application; (ii) a density, tested in accordance with ASTM D792, from 0.895 g/cc to 0.915 g/cc; (iii) a molecular weight distribution, measured by GPC per the procedure describe by Williams and Ward, being in the range from 2.0 to 3.8; (iv) an I 10 /I 2, determined according to ASTM D1238, in the range from 5.5 to 6.5; and (v) an I 2 melt index, determined according to ASTM D1238, in the range from 0.2 to 20. (i) a DSC curve characterized by an area under the DSC curve from the melting peak temperature to the end of melting being at least 17% of the total area under the DSC melting curve from -20°C to the end of melting, measured in accordance with the procedure following Table 5 of the present application; (ii) a density, tested in accordance with ASTM D792, from 0.895 g/cc to 0.915 g/cc; (iii) a molecular weight distribution, measured by GPC per the procedure describe by Williams and Ward, being in the range from 2.0 to 3.8; (iv) an I 10 /I 2, determined according to ASTM D1238, in the range from 5.5 to 6.5; and (v) an I 2 melt index, determined according to ASTM D1238, in the range from 0.2 to 20.
A controller of a human-machine interface apparatus (5, 6, 7, 8) for a vehicle, the controller comprising: - a person position sensor interface configured to receive a current person position information, - the controller being configured to generate a positioning device control signal for adjusting the position of a human-machine interface device (5, 6, 7, 8) in accordance with the information about the current person position information, - a positioning device interface configured to send out the control signal to a positioning device, characterized in that - the controller further comprises an ambient light sensor interface configured to receive a current ambient light information, and wherein a processing unit of the controller is further configured to generate the positioning device control signal for adjusting the position of the human-machine interface device (5, 6, 7, 8) in accordance with the current ambient light information, and in that - the processing unit is further is configured to send the positioning device control signal to the positioning device for adjusting the position of the human-machine interface device (5, 6, 7, 8) in accordance with the person position information and in accordance with the contrast-viewing angle information only if the intensity or the illuminance of the ambient light on the sensor exceeds a certain threshold value. - a person position sensor interface configured to receive a current person position information, - the controller being configured to generate a positioning device control signal for adjusting the position of a human-machine interface device (5, 6, 7, 8) in accordance with the information about the current person position information, - a positioning device interface configured to send out the control signal to a positioning device, - the controller further comprises an ambient light sensor interface configured to receive a current ambient light information, and wherein a processing unit of the controller is further configured to generate the positioning device control signal for adjusting the position of the human-machine interface device (5, 6, 7, 8) in accordance with the current ambient light information, and in that - the processing unit is further is configured to send the positioning device control signal to the positioning device for adjusting the position of the human-machine interface device (5, 6, 7, 8) in accordance with the person position information and in accordance with the contrast-viewing angle information only if the intensity or the illuminance of the ambient light on the sensor exceeds a certain threshold value.
Hybrid nanofibers comprising a mixture of: i) the components of an Aloe vera gel, and ii) a synthetic polymer, wherein the synthetic polymer is selected from poly-3-hydroxybutyrate-co-3-hydroxyvalerate (PHBV), poly-L-lactic acid (PLLA), polydioxanone, and derived mixtures, wherein the average diameter of the hybrid nanofibers is comprised between 0.3 and 1.5 microns; and wherein the components of an Aloe vera gel are all the components of said Aloe vera gel or Aloe vera gel derivatives selected from gel lyophilisate, gel secretion, plant extract, solution of the gel, or in solution without aloin and/or with a high concentration of acemannan. i) the components of an Aloe vera gel, and ii) a synthetic polymer, wherein the synthetic polymer is selected from poly-3-hydroxybutyrate-co-3-hydroxyvalerate (PHBV), poly-L-lactic acid (PLLA), polydioxanone, and derived mixtures, wherein the average diameter of the hybrid nanofibers is comprised between 0.3 and 1.5 microns; and wherein the components of an Aloe vera gel are all the components of said Aloe vera gel or Aloe vera gel derivatives selected from gel lyophilisate, gel secretion, plant extract, solution of the gel, or in solution without aloin and/or with a high concentration of acemannan. wherein the synthetic polymer is selected from poly-3-hydroxybutyrate-co-3-hydroxyvalerate (PHBV), poly-L-lactic acid (PLLA), polydioxanone, and derived mixtures, wherein the average diameter of the hybrid nanofibers is comprised between 0.3 and 1.5 microns; and wherein the components of an Aloe vera gel are all the components of said Aloe vera gel or Aloe vera gel derivatives selected from gel lyophilisate, gel secretion, plant extract, solution of the gel, or in solution without aloin and/or with a high concentration of acemannan.
A nonlinear element device comprising: a substrate, and an electrode pattern arranged on the substrate, wherein the electrode pattern is formed by a single step evaporation of a granular superconductive material as a single layer, the electrode pattern having a uniform width of at least 50 nm to 300 nm, wherein the electrode pattern comprises a nonlinear element in terms of a discontinuity where the electrodes are laterally displaced from one another so as to have a contact area therebetween of 150 nm 2 to 1000 nm 2, and where at least 80% of the cross sections of the electrodes at the discontinuity are not in contact with one another, and wherein the length of the nonlinear element is about 10 nm or more. a substrate, and an electrode pattern arranged on the substrate, wherein the electrode pattern is formed by a single step evaporation of a granular superconductive material as a single layer, the electrode pattern having a uniform width of at least 50 nm to 300 nm, wherein the electrode pattern comprises a nonlinear element in terms of a discontinuity where the electrodes are laterally displaced from one another so as to have a contact area therebetween of 150 nm 2 to 1000 nm 2, and where at least 80% of the cross sections of the electrodes at the discontinuity are not in contact with one another, and wherein the length of the nonlinear element is about 10 nm or more.
An airbag module-equipped seat comprising an airbag module for storing an airbag therein, comprising: a seat back frame comprising a side frame that extends along a side portion of the seat; a cushion pad (5, 5a) mounted on the seat back frame; the airbag module attached to the side frame; a guide member (31, 32) that guides a deployment direction of the airbag module; and an attachment member (50, 70) for attaching the guide member (31, 32) to the side frame, wherein at least a portion of the attachment member (50, 70) is exposed to a region surrounded by a back surface of a front pad portion of the cushion pad that covers a front surface of the seat back frame and a seat inner-side surface of the side frame, the airbag module includes an inflator, a folded airbag, a retainer that holds the inflator, and a wrapping material that wraps the airbag, a periphery of the inflator is fixed to the retainer and the side frame by a bolt provided to stand toward a seat inner side, and a trim cover covering the seat back frame, the cushion pad and the airbag module is provided with a slit that extends from a lower end of the trim cover in the up and down direction of the seat characterized in that the slit can be opened and closed by a fastener, wherein the trim cover contains a front wedge portion, a lateral wedge portion that is sewn with the front wedge portion and that extends from a peripheral side surface to reach a back surface, and a rear wedge portion sewn to an end of the lateral wedge portion on an opposite side of the front wedge portion, and wherein the slit (43 s') is formed along a sewn portion between the lateral wedge portion and the rear wedge portion on the side on which the airbag module is mounted. a seat back frame comprising a side frame that extends along a side portion of the seat; a cushion pad (5, 5a) mounted on the seat back frame; the airbag module attached to the side frame; a guide member (31, 32) that guides a deployment direction of the airbag module; and an attachment member (50, 70) for attaching the guide member (31, 32) to the side frame, wherein at least a portion of the attachment member (50, 70) is exposed to a region surrounded by a back surface of a front pad portion of the cushion pad that covers a front surface of the seat back frame and a seat inner-side surface of the side frame, the airbag module includes an inflator, a folded airbag, a retainer that holds the inflator, and a wrapping material that wraps the airbag, a periphery of the inflator is fixed to the retainer and the side frame by a bolt provided to stand toward a seat inner side, and a trim cover covering the seat back frame, the cushion pad and the airbag module is provided with a slit that extends from a lower end of the trim cover in the up and down direction of the seat
A filament winding method using a bobbin rotation driving device, on which a bobbin, upon which filament is wound, is mounted, the bobbin rotation driving device driving and rotating the bobbin, a dancer that oscillates in order to apply certain tension to the filament unwound from the bobbin, and a control device that controls the bobbin rotation driving device, the filament winding method being characterized by comprising: when a new bobbin is mounted on the bobbin rotation driving device, oscillating the dancer by rotating a bobbin by using the control device while maintaining a state where a distal end of the filament unwound through the dancer is fixed further beyond the dancer and the unwound filament is stretched; and obtaining a bobbin diameter of the bobbin mounted on the bobbin rotation driving device, by using the control device, based on a length of the dancer, an oscillation angle (Θ1, Θ2) of the dancer, and a rotation angle (Θa, Θb) of the bobbin. a bobbin rotation driving device, on which a bobbin, upon which filament is wound, is mounted, the bobbin rotation driving device driving and rotating the bobbin, a dancer that oscillates in order to apply certain tension to the filament unwound from the bobbin, and a control device that controls the bobbin rotation driving device, the filament winding method being characterized by comprising: when a new bobbin is mounted on the bobbin rotation driving device, oscillating the dancer by rotating a bobbin by using the control device while maintaining a state where a distal end of the filament unwound through the dancer is fixed further beyond the dancer and the unwound filament is stretched; and obtaining a bobbin diameter of the bobbin mounted on the bobbin rotation driving device, by using the control device, based on a length of the dancer, an oscillation angle (Θ1, Θ2) of the dancer, and a rotation angle (Θa, Θb) of the bobbin. when a new bobbin is mounted on the bobbin rotation driving device, oscillating the dancer by rotating a bobbin by using the control device while maintaining a state where a distal end of the filament unwound through the dancer is fixed further beyond the dancer and the unwound filament is stretched; and obtaining a bobbin diameter of the bobbin mounted on the bobbin rotation driving device, by using the control device, based on a length of the dancer, an oscillation angle (Θ1, Θ2) of the dancer, and a rotation angle (Θa, Θb) of the bobbin.