mhurhangee/ep-ind-claims huggingface dataset:
A daytime running lamp for being retrofitted on a road vehicle, comprising: a reflector with a reflective surface for reflecting light in a general direction of illumination and a plurality of light sources arranged in a pattern having an extension along a horizontal axis and being arranged to emit light onto the reflective surface, wherein light emitted by the plurality of light sources has directional components in two opposite horizontal directions (H1, H2) along the horizontal axis and a directional component in a vertical direction perpendicular to the horizontal axis, wherein the reflective surface, in cross-sectional view along the vertical direction, has a curvature reflecting the directional component in the vertical direction of the emitted light towards the general direction of illumination, characterized in that the reflective surface has adjacent portions, each of the adjacent portions being asymmetrically curved in the two opposite horizontal directions (H1, H2) and comprising a straight part in one of the horizontal directions maintaining the directional component in one of the horizontal directions of the emitted light upon reflection, and a curved part in the other horizontal direction, reflecting the directional component in the other horizontal direction of the emitted light towards the general direction of illumination, and wherein the general direction of illumination is forming an acute angle (φ) with the one horizontal direction less than 90 degree. a reflector with a reflective surface for reflecting light in a general direction of illumination and a plurality of light sources arranged in a pattern having an extension along a horizontal axis and being arranged to emit light onto the reflective surface, wherein light emitted by the plurality of light sources has directional components in two opposite horizontal directions (H1, H2) along the horizontal axis and a directional component in a vertical direction perpendicular to the horizontal axis, wherein the reflective surface, in cross-sectional view along the vertical direction, has a curvature reflecting the directional component in the vertical direction of the emitted light towards the general direction of illumination, characterized in that the reflective surface has adjacent portions, each of the adjacent portions being asymmetrically curved in the two opposite horizontal directions (H1, H2) and comprising a straight part in one of the horizontal directions maintaining the directional component in one of the horizontal directions of the emitted light upon reflection, and a curved part in the other horizontal direction, reflecting the directional component in the other horizontal direction of the emitted light towards the general direction of illumination, and wherein the general direction of illumination is forming an acute angle (φ) with the one horizontal direction less than 90 degree.
A method of making an evaporator, the method comprising: forming a vapor barrier wall and forming a liquid barrier wall, wherein forming the vapor barrier wall includes forming the vapor barrier wall into an annular shape and forming the liquid barrier wall includes forming the liquid barrier wall into an annular shape; orienting the vapor barrier wall such that a heat-absorbing surface of the vapor barrier wall defines at least a portion of an exterior surface of the evaporator, the exterior surface being configured to receive heat; orienting the liquid barrier wall adjacent the vapor barrier wall, wherein the liquid barrier wall has a surface configured to confine liquid; positioning a wick between the vapor barrier wall and the liquid barrier wall; wherein positioning the wick includes heat shrinking the wick on the vapor barrier wall; wherein at least one of the orienting a vapor barrier wall and positioning the wick includes defining a vapor removal channel at an interface between the wick and the vapor barrier wall, comprising electroetching or photoetching the vapor removal channel into the vapor barrier wall; wherein at least one of the orienting a liquid barrier wall, and positioning the wick includes defining a liquid flow channel between the liquid barrier wall and the wick; and wherein positioning the wick includes heat shrinking the liquid barrier wall on the wick. forming a vapor barrier wall and forming a liquid barrier wall, wherein forming the vapor barrier wall includes forming the vapor barrier wall into an annular shape and forming the liquid barrier wall includes forming the liquid barrier wall into an annular shape; orienting the vapor barrier wall such that a heat-absorbing surface of the vapor barrier wall defines at least a portion of an exterior surface of the evaporator, the exterior surface being configured to receive heat; orienting the liquid barrier wall adjacent the vapor barrier wall, wherein the liquid barrier wall has a surface configured to confine liquid; positioning a wick between the vapor barrier wall and the liquid barrier wall; wherein positioning the wick includes heat shrinking the wick on the vapor barrier wall; wherein at least one of the orienting a vapor barrier wall and positioning the wick includes defining a vapor removal channel at an interface between the wick and the vapor barrier wall, comprising electroetching or photoetching the vapor removal channel into the vapor barrier wall; wherein at least one of the orienting a liquid barrier wall, and positioning the wick includes defining a liquid flow channel between the liquid barrier wall and the wick; and wherein positioning the wick includes heat shrinking the liquid barrier wall on the wick.
Method for the thermal treatment of a substrate using at least one gas discharge lamp, in which a capacitor previously charged by way of a power supply is discharged via the gas discharge lamp in one mode of operation, characterized in that the gas discharge lamp is operated for a first period of time having a duration of 20 milliseconds to 5 seconds at a constant electrical power with a power that is lower by at least one order of magnitude vis-à-vis the mode of operation, and at the end of the first period of time the average electrical power of the gas discharge lamp is increased by at least one order of magnitude for a second period of time having a duration of 50 microseconds to 20 milliseconds.
A battery system for use in a vehicle as power supply, the system characterized by comprising: a plurality of battery groups, each configured to output a rated voltage while being charged; a system connection device connecting the battery groups in parallel to an input/output system line and configured to disconnect a battery group from the input/output system line in accordance with a control instruction; and control means (131 to 1312, 14) for monitoring the battery groups, thereby determining whether the battery groups enter an abnormal state, and for designating any battery group entering the abnormal state and sending a control instruction to the system connection device to disconnect the battery group, so designated, from the input/output system line, wherein the system connection device comprises backflow preventing means (D1 to D12) for preventing a backflow of a current into a battery group disconnected in accordance with the control instructions, the current backflowing from the other battery groups via the input/output system line, wherein the backflow preventing means comprises a backflow checking diode and a switch element connected in parallel with the backflow checking diode. a plurality of battery groups, each configured to output a rated voltage while being charged; a system connection device connecting the battery groups in parallel to an input/output system line and configured to disconnect a battery group from the input/output system line in accordance with a control instruction; and control means (131 to 1312, 14) for monitoring the battery groups, thereby determining whether the battery groups enter an abnormal state, and for designating any battery group entering the abnormal state and sending a control instruction to the system connection device to disconnect the battery group, so designated, from the input/output system line, wherein the system connection device comprises backflow preventing means (D1 to D12) for preventing a backflow of a current into a battery group disconnected in accordance with the control instructions, the current backflowing from the other battery groups via the input/output system line, wherein the backflow preventing means comprises a backflow checking diode and a switch element connected in parallel with the backflow checking diode.
A method implemented on a computing device, the device comprising a first display and a second display connected by a hinge that allows a relative angle between the first display and the second display to be adjusted, the first display and the second display being out of view when the computing device is fully closed, the method comprising: receiving an incoming call when the computing device is fully closed; based at least on output from a sensor system of the computing device indicating a first relative angle between the first display of the computing device and the second display of the computing device, causing operation of the computing device in a peek mode in which an outer edge portion of one of the first display and the second display is active, a remaining portion of the one of the first display and the second display is inactive, and the other of the first display and the second display is inactive, the peek mode displaying a first calling user interface; and based at least on output from the sensor system indicating a second relative angle between the first display and the second display, causing operation of the computing device in a two-display mode in which both of the first display and the second display are active, the second relative angle being greater than the first relative angle, and the two-display mode displaying a second calling user interface that is different than the first calling user interface. receiving an incoming call when the computing device is fully closed; based at least on output from a sensor system of the computing device indicating a first relative angle between the first display of the computing device and the second display of the computing device, causing operation of the computing device in a peek mode in which an outer edge portion of one of the first display and the second display is active, a remaining portion of the one of the first display and the second display is inactive, and the other of the first display and the second display is inactive, the peek mode displaying a first calling user interface; and based at least on output from the sensor system indicating a second relative angle between the first display and the second display, causing operation of the computing device in a two-display mode in which both of the first display and the second display are active, the second relative angle being greater than the first relative angle, and the two-display mode displaying a second calling user interface that is different than the first calling user interface.
A method for resource selection in a sidelink communication, wherein the method comprises: when there is a service to be transmitted at time n, selecting a retransmission resource for the service from a resource selection window, the retransmission resource being located after an initial transmission resource for the service; wherein the resource selection window is a window from time n+T 11 to time n+T 12, a first time period from the time n to the time n+T 11 is greater than or equal to a processing delay of a terminal, and a second time period from the time n to the time n+T 12 is less than or equal to a required delay range of the service, characterized in that the selecting the retransmission resource for the service from the resource selection window comprises: when a hybrid automatic repeat request, HARQ, feedback is in an active state, and a terminal for receiving the service is allowed to perform an HARQ feedback on one PSFCH resource for one transmission of a current TB by the terminal, determining the retransmission resource for the service from the resource selection window; wherein the PSFCH resource is present between the retransmission resource and a resource selected for a last transmission of the current TB. when there is a service to be transmitted at time n, selecting a retransmission resource for the service from a resource selection window, the retransmission resource being located after an initial transmission resource for the service; wherein the resource selection window is a window from time n+T 11 to time n+T 12, a first time period from the time n to the time n+T 11 is greater than or equal to a processing delay of a terminal, and a second time period from the time n to the time n+T 12 is less than or equal to a required delay range of the service, characterized in that the selecting the retransmission resource for the service from the resource selection window comprises: when a hybrid automatic repeat request, HARQ, feedback is in an active state, and a terminal for receiving the service is allowed to perform an HARQ feedback on one PSFCH resource for one transmission of a current TB by the terminal, determining the retransmission resource for the service from the resource selection window; wherein the PSFCH resource is present between the retransmission resource and a resource selected for a last transmission of the current TB. when a hybrid automatic repeat request, HARQ, feedback is in an active state, and a terminal for receiving the service is allowed to perform an HARQ feedback on one PSFCH resource for one transmission of a current TB by the terminal, determining the retransmission resource for the service from the resource selection window; wherein the PSFCH resource is present between the retransmission resource and a resource selected for a last transmission of the current TB.
A method for site-selective coupling of a first agent to a second agent, comprising the steps of: - contacting a first agent comprising at least one furan moiety with an activation signal and with a second agent comprising at least one hydrazine moiety or at least one hydroxylamine moiety, thereby oxidizing said furan moiety to an activated furan moiety; and - reacting said activated furan moiety with the hydrazine moiety or the hydroxylamine moiety, thereby site-selectively coupling said first agent to said second agent, wherein the second agent is a labeling reagent, a small molecule, a solid surface, a biomolecule, or a polymer, and the biomolecule is a peptide, a polysaccharide, a lipid, a nucleic acid, or a combination thereof. - contacting a first agent comprising at least one furan moiety with an activation signal and with a second agent comprising at least one hydrazine moiety or at least one hydroxylamine moiety, thereby oxidizing said furan moiety to an activated furan moiety; and - reacting said activated furan moiety with the hydrazine moiety or the hydroxylamine moiety, thereby site-selectively coupling said first agent to said second agent, wherein the second agent is a labeling reagent, a small molecule, a solid surface, a biomolecule, or a polymer, and the biomolecule is a peptide, a polysaccharide, a lipid, a nucleic acid, or a combination thereof.
A trigger apparatus in a simulation gun in which a sear (24, 27) in a state of cocking is released in response to an operation of a trigger, the trigger apparatus being configured to: rotatably and pivotally support an intermediate member disposed between the trigger and the sear (24, 27) by a gun main body; interlock the intermediate member so as to be able to be interlocked and be released with respect to the sear (24, 27) on a rotary end portion side separated from a pivotal support point thereof; and characterized in that the trigger apparatus is further configured to act an operation force of the trigger on a spot between the pivotal support point and an interlocking point with respect to the sear (24, 27). rotatably and pivotally support an intermediate member disposed between the trigger and the sear (24, 27) by a gun main body; interlock the intermediate member so as to be able to be interlocked and be released with respect to the sear (24, 27) on a rotary end portion side separated from a pivotal support point thereof; and characterized in that the trigger apparatus is further configured to act an operation force of the trigger on a spot between the pivotal support point and an interlocking point with respect to the sear (24, 27).
A method for a mobile communication device in an area to change a User Equipment, UE, usage type, the method comprising: after registering with or attaching to a service network in the area using a User Equipment, UE, usage type, transmitting a request message comprising a requested change of the UE usage type to the service network, wherein the UE usage type indicates whether the mobile communication device is configured as a Cellular Internet of Things, CIoT, UE or a normal UE; receiving a response message comprising a wait timer value from the service network; and not transmitting another request message to the service network for changing the UE usage type before the wait timer expires. after registering with or attaching to a service network in the area using a User Equipment, UE, usage type, transmitting a request message comprising a requested change of the UE usage type to the service network, wherein the UE usage type indicates whether the mobile communication device is configured as a Cellular Internet of Things, CIoT, UE or a normal UE; receiving a response message comprising a wait timer value from the service network; and not transmitting another request message to the service network for changing the UE usage type before the wait timer expires.
An apparatus, comprising: a first housing having a top wall and one or more side walls, the top wall and the one or more side walls defining a first enclosure having a first open end; a plurality of filament-less bulbs arranged within the first enclosure of the first housing, one side of each of the plurality of filament-less bulbs facing outward from the first open end of the first enclosure, the plurality of filament-less bulbs configured to emit light from the first open end to produce a substantially uniform area of illumination on a facing portion of a surface of a target; characterized by a first reflector extending from the one or more side walls proximal to the open end of the first housing; and a second reflector extending from the first reflector, the second reflector being separated from the first reflector by a vacuum interface window. a first housing having a top wall and one or more side walls, the top wall and the one or more side walls defining a first enclosure having a first open end; a plurality of filament-less bulbs arranged within the first enclosure of the first housing, one side of each of the plurality of filament-less bulbs facing outward from the first open end of the first enclosure, the plurality of filament-less bulbs configured to emit light from the first open end to produce a substantially uniform area of illumination on a facing portion of a surface of a target; characterized by a first reflector extending from the one or more side walls proximal to the open end of the first housing; and a second reflector extending from the first reflector, the second reflector being separated from the first reflector by a vacuum interface window.
Continuous conveyor (1, 21), in particular belt conveyor or roller conveyor, for conveying objects, having a front conveyor segment (3, 23), a central conveyor segment (4, 31) and a rear conveyor segment (5, 24), wherein at least the central conveyor segment (4, 31) having a conveying device (13,32) for conveying objects and at least one height adjustment device for height adjustment of at least the conveying device (13, 32) from at least one lower position of use (G, G1, G2) for conveying objects into an upper position relative to the front conveyor segment (3, 23) and the rear conveyor segment (5, 24), wherein in a conveying position the front conveyor segment (3,23), the conveying device (13, 32) of the central conveyor segment (4, 31) and the rear conveyor segment (5, 24) being arranged one behind the other in at least one conveying device, wherein below the conveying device (13, 32) of the central conveyor segment (4, 32) in the upper position a free space, in particular a passage, with a height of at least 160 cm, preferably at least 175 cm, in particular at least 190 cm, a width of at least 70 cm, preferably at least 90 cm, in particular at least 110 cm, and a depth corresponding to the width of the conveying device (13, 32) of the central conveyor segment (4, 31) is provided, and wherein the height adjustment device has at least one counterweight for at least partially compensating for the weight of the conveying device (13, 32) of the central conveyor segment (4, 31) when the conveying device (13, 32) is moved from the lower position of use (G, G1, G2) into the upper position and back, characterized in that the height adjustment device for height adjustment of the conveying device (13,32) of the central conveyor segment (4, 31) is designed as a purely mechanical height adjustment device for purely mechanical, manual height adjustment of the conveying device (13, 32) of the central conveyor segment (4, 31), and in that the conveying device (13, 32) of the central conveyor segment (4, 31) has at least one handle for manual height adjustment of the conveying device (13, 32) of the central conveyor segment (4, 31).
An article comprising a first film layer (101 201, 301, 401, 501, 601, 701, 801) comprising semicrystalline polylactic acid polymer; polyvinyl acetate polymer having a Tg of at least 25°C; and plasticizer; wherein the article is a graphic film, said film having a graphic (110, 210, 310, 410, 510, 610, 710, 810) provided thereon. a first film layer (101 201, 301, 401, 501, 601, 701, 801) comprising semicrystalline polylactic acid polymer; polyvinyl acetate polymer having a Tg of at least 25°C; and plasticizer; wherein the article is a graphic film, said film having a graphic (110, 210, 310, 410, 510, 610, 710, 810) provided thereon.