mhurhangee/ep-ind-claims huggingface dataset:
A camera module, characterized by comprising: a fixing member; a rotating member, rotatably connected to the fixing member, and comprising: a base; and a light redirecting member, fixed to the base, for redirecting an incident light; a plurality of first balls, disposed between the base and the fixing member, capable of moving the rotating member around a first axis relative to the fixing member; and a plurality of second balls, disposed between the base and the fixing member, capable of moving the rotating member around a second axis relative to the fixing member; wherein the direction of the first axis is perpendicular to the direction of the second axis; wherein centers of the plurality of first balls are located on the first axis, and centers of the plurality of second balls are located on the second axis. a fixing member; a rotating member, rotatably connected to the fixing member, and comprising: a base; and a light redirecting member, fixed to the base, for redirecting an incident light; a base; and a light redirecting member, fixed to the base, for redirecting an incident light; a plurality of first balls, disposed between the base and the fixing member, capable of moving the rotating member around a first axis relative to the fixing member; and a plurality of second balls, disposed between the base and the fixing member, capable of moving the rotating member around a second axis relative to the fixing member; wherein the direction of the first axis is perpendicular to the direction of the second axis; wherein centers of the plurality of first balls are located on the first axis, and centers of the plurality of second balls are located on the second axis.
A handheld device comprising: a conductive tip configured to interact with a capacitive based digitizer sensor; an active transmission module configured to generate a first signal on the conductive tip independent from a drive signal transmitted on the digitizer sensor; a reflective transmission module configured to generate a second signal on the conductive tip based on the drive signal transmitted on the digitizer sensor and picked by the conductive tip during interaction with the digitizer sensor; a switch configured to connect the conductive tip to one of the active transmission module and the reflective transmission module; controller configured to toggle position of the switch; and a pressure sensor for sensing pressure applied on the conductive tip, wherein the controller is configured to position the switch to connect the conductive tip to the active transmission module based on detecting a hover operational mode of the handheld device from output from the pressure sensor. a conductive tip configured to interact with a capacitive based digitizer sensor; an active transmission module configured to generate a first signal on the conductive tip independent from a drive signal transmitted on the digitizer sensor; a reflective transmission module configured to generate a second signal on the conductive tip based on the drive signal transmitted on the digitizer sensor and picked by the conductive tip during interaction with the digitizer sensor; a switch configured to connect the conductive tip to one of the active transmission module and the reflective transmission module; controller configured to toggle position of the switch; and a pressure sensor for sensing pressure applied on the conductive tip, wherein the controller is configured to position the switch to connect the conductive tip to the active transmission module based on detecting a hover operational mode of the handheld device from output from the pressure sensor.
An isolated or purified single-domain antibody (sdAb) or fragment thereof specific to bovine serum albumin, comprising complementarity determining region 1 of sequence NYTMA (SEQ ID NO:1); CDR2 of sequence WSRGGGATDYADSVKG (SEQ ID NO:4); and CDR3 of sequence GTDLSYYYSTKKWAY (SEQ ID NO:7), wherein the antibody or fragment thereof binds bovine serum albumin with a K D lower than about 1 x 10 -11 M as measured by surface plasmon resonance. complementarity determining region 1 of sequence NYTMA (SEQ ID NO:1); CDR2 of sequence WSRGGGATDYADSVKG (SEQ ID NO:4); and CDR3 of sequence GTDLSYYYSTKKWAY (SEQ ID NO:7), wherein the antibody or fragment thereof binds bovine serum albumin with a K D lower than about 1 x 10 -11 M as measured by surface plasmon resonance.
An in vitro method of producing a population of multipotent epicardial progenitor cells (EPCs) with mesothelial characteristics and having the following characteristics: these cells express Wilm's tumor suppressor protein, Tcf21 (epicardin) and Raldh2 (Aldh1a2) and these cells also express one or more of Tbx18, COL3A1, GATA6, Tbx3 and Tbx5 from ISL1+ multipotent progenitor cells (IMPs) having the following characteristics: - these cells express Isl1, Nkx2.5, Fgf10, Gata4, FoxF1, PDGFRα; - these cells do not express the Oct4, Nanog, T or eomesodermin; - these cells express PDGFRβ and/or cadherin 11 on the cell surface; - these cells can be differentiated into cardiomyocytes, smooth muscle cells and/or endothelial cells; - these cells can be further differentiated into epicardial progenitor cells, wherein the population of ISL1+ multipotent progenitor cells (IMPs) is a population of isolated human ISL1+ multipotent progenitor cells (IMPs) and in that said human ISL1+ multipotent progenitor cells (IMPs) are karyotypically normal and express Tbx3 and Hand1; the method comprising providing a population of IMPs and exposing said population of IMPs in a differentiation media to an effective amount of a wingless protein, a bone morphogenic protein and retinoic acid to produce a population of EPCs and optionally, isolating said EPCs. - these cells express Isl1, Nkx2.5, Fgf10, Gata4, FoxF1, PDGFRα; - these cells do not express the Oct4, Nanog, T or eomesodermin; - these cells express PDGFRβ and/or cadherin 11 on the cell surface; - these cells can be differentiated into cardiomyocytes, smooth muscle cells and/or endothelial cells; - these cells can be further differentiated into epicardial progenitor cells,
A method performed by a digital Distributed Antenna System, DAS, of routing aggregated carriers received by at least one digital master unit of the DAS to at least one digital remote unit of the DAS, characterized in comprising: identifying the received aggregated carriers to be transmitted to a wireless communication device located in a coverage area served by the at least one digital remote unit; and routing (S102a) the identified aggregated carriers via a same routing path through the DAS to said at least one digital remote unit for transmission to the wireless communication device. identifying the received aggregated carriers to be transmitted to a wireless communication device located in a coverage area served by the at least one digital remote unit; and routing (S102a) the identified aggregated carriers via a same routing path through the DAS to said at least one digital remote unit for transmission to the wireless communication device.
A method for communicating with a rear vehicle, wherein the method comprises: a present vehicle determining that it is currently in a congestion scenario and obtaining congestion condition information; the present vehicle generating congestion prompt information for the rear vehicle according to the congestion condition information; the present vehicle displaying the congestion prompt information on a screen at a tail of the present vehicle; characterized in that the present vehicle obtaining facial expressions and/or behaviors of a driver of the rear vehicle through a camera at the tail of the present vehicle, and determining whether the driver of the rear vehicle is in a road rage mood by analyzing the facial expressions and/or behaviors; the present vehicle, in response to determining that the driver of the rear vehicle is in the road rage mood, turning on a streamline type lamp strip on the roof of the present vehicle and/or an annular lamp strip at the tail of the present vehicle to sooth the mood of the driver of the rear vehicle in a flowing pattern of atmosphere lamps. a present vehicle determining that it is currently in a congestion scenario and obtaining congestion condition information; the present vehicle generating congestion prompt information for the rear vehicle according to the congestion condition information; the present vehicle displaying the congestion prompt information on a screen at a tail of the present vehicle; characterized in that the present vehicle obtaining facial expressions and/or behaviors of a driver of the rear vehicle through a camera at the tail of the present vehicle, and determining whether the driver of the rear vehicle is in a road rage mood by analyzing the facial expressions and/or behaviors; the present vehicle, in response to determining that the driver of the rear vehicle is in the road rage mood, turning on a streamline type lamp strip on the roof of the present vehicle and/or an annular lamp strip at the tail of the present vehicle to sooth the mood of the driver of the rear vehicle in a flowing pattern of atmosphere lamps.
A printer to print on a print medium including a label temporarily adhering to a mount, comprising: a housing; a container to contain the print medium; an opening and closing cover configured to swing with respect to the housing; a feed roller rotatably located on the opening and closing cover, the feed roller configured to feed a print medium; a print head located so as to be adjacent to the feed roller at a closed position of the opening and closing cover, the print head configured to print on the print medium; a swing shaft; and a separation unit configured to swing about the swing shaft with respect to the housing, the separation unit including a separation roller rotatably located on the separation unit on a forward end side thereof that is one end side adjacent to the opening and closing cover, the separation unit being positionable in a separation ejection position where the separation roller is adjacent to the feed roller, and a continuous ejection position where the separation roller is not adjacent to the feed roller, characterized in that the separation unit is swingable in a first direction from the continuous ejection position to a swing end position, the separation unit is swingable in a second direction to move from the swing end position to the separation ejection position, the separation unit is configured to engage with the opening and closing cover as the opening and closing cover moves to the closed position to close the container, the second direction being opposite to the first direction. a housing; a container to contain the print medium; an opening and closing cover configured to swing with respect to the housing; a feed roller rotatably located on the opening and closing cover, the feed roller configured to feed a print medium; a print head located so as to be adjacent to the feed roller at a closed position of the opening and closing cover, the print head configured to print on the print medium; a swing shaft; and a separation unit configured to swing about the swing shaft with respect to the housing, the separation unit including a separation roller rotatably located on the separation unit on a forward end side thereof that is one end side adjacent to the opening and closing cover, the separation unit being positionable in a separation ejection position where the separation roller is adjacent to the feed roller, and a continuous ejection position where the separation roller is not adjacent to the feed roller, characterized in that the separation unit is swingable in a first direction from the continuous ejection position to a swing end position, the separation unit is swingable in a second direction to move from the swing end position to the separation ejection position, the separation unit is configured to engage with the opening and closing cover as the opening and closing cover moves to the closed position to close the container, the second direction being opposite to the first direction.
A duct for the evacuation of fumes and/or gases comprising at least two tubular modules inserted one inside another in which a male end of a tubular element has a shape designed to couple with a female end of the other adjacent tubular element located at the opposite end relative to that of the male end; the duct comprising a connection system between the modules, where the modules consist of tubular elements, each of which comprises the male end opposite to the female end of the other adjacent tubular element; the connection system comprising an annular border, forming an inner annular seat, made at the female end in such a way as to form a recess relative to an inner surface of the module; the system also comprising a crown gear configurable between a condition of use wherein it is inserted inside the annular seat of the border and a rest condition wherein it is separated from the border; the crown gear being equipped with a plurality of teeth elastically deformable and protruding inside the module in such a way as to grip, during the condition of use, on an outer surface of a male end of a further module inserted in the female end of a first module so as to form a mechanical coupling between the two modules, wherein the male end and the female end have respective cone-shaped areas; each area forming an inner section narrowing towards a same direction parallel to an axis of the same tubular module.
Optoelectronic light-emitting device, including: - at least one light-emitting diode having an emitting surface adapted to emit so-called excitation luminous radiation; and - a photoluminescent material that coats the emitting surface, the photoluminescent material containing photoluminescent particles adapted to convert said excitation luminous radiation through the emitting surface at least in part into so-called photoluminescence luminous radiation; where the device includes at least one photodiode adjacent to the light-emitting diode, having a receiving surface coated by the photoluminescent material, and adapted to detect at least part of the excitation radiation and/or the photoluminescence radiation coming from the photoluminescent material through the receiving surface. - at least one light-emitting diode having an emitting surface adapted to emit so-called excitation luminous radiation; and - a photoluminescent material that coats the emitting surface, the photoluminescent material containing photoluminescent particles adapted to convert said excitation luminous radiation through the emitting surface at least in part into so-called photoluminescence luminous radiation;
A signaling transmission method, comprising: sending, by a second device, a request signaling to a first device; receiving, by the second device, a signaling for requesting the second device to try a call, sent by the first device in response to the request signaling; and sending a signaling for trying a call to the first device, in response to the signaling for requesting the second device to try a call; receiving, by the second device, a ringing signaling, sent by the first device in response to the signaling for trying a call; and sending a temporary response signaling to the first device, in response to the ringing signaling; and receiving, by the second device, a signaling for confirming the response and a signaling for confirming the request both of which are sent by the first device in response to the temporary response signaling; and sending a response signaling to the first device, in response to the signaling for confirming the response and the signaling for confirming the request. sending, by a second device, a request signaling to a first device; receiving, by the second device, a signaling for requesting the second device to try a call, sent by the first device in response to the request signaling; and sending a signaling for trying a call to the first device, in response to the signaling for requesting the second device to try a call; receiving, by the second device, a ringing signaling, sent by the first device in response to the signaling for trying a call; and sending a temporary response signaling to the first device, in response to the ringing signaling; and receiving, by the second device, a signaling for confirming the response and a signaling for confirming the request both of which are sent by the first device in response to the temporary response signaling; and sending a response signaling to the first device, in response to the signaling for confirming the response and the signaling for confirming the request.
A method of producing a wrapper for a smoking article comprising the steps of: (a) providing a wrapper; (b) applying one or more additives in a liquid carrier to the surface of the wrapper to impregnate the wrapper and transport the additive(s) into the wrapper matrix to form regions of applied additive having reduced porosity and/or reduced oxygen diffusion sufficient to reduce the ignition propensity of a smoking article and regions having substantially reduced or zero additive; (c) drying the wrapper to evaporate the liquid carrier and to leave the additives set into the wrapper matrix such that the wrapper maintains its physical integrity during processing and has improved visual appearance by reduced wrinkling, wherein the regions of the wrapper with substantially reduced or zero additive form the overlap area along its gluing seam when incorporated in to the smoking article; and (d) machining the wrapper to form a finished wrapper which upon incorporation into the smoking article forms patterns of additive around the circumference of the smoking article but which has substantially reduced or zero additive at the area where the wrapper overlaps along its gluing seam; wherein the step of applying one or more additives to the wrapper causes the additive to be pulled into the wrapper matrix such that it does not settle on the wrapper surface. (a) providing a wrapper; (b) applying one or more additives in a liquid carrier to the surface of the wrapper to impregnate the wrapper and transport the additive(s) into the wrapper matrix to form regions of applied additive having reduced porosity and/or reduced oxygen diffusion sufficient to reduce the ignition propensity of a smoking article and regions having substantially reduced or zero additive; (c) drying the wrapper to evaporate the liquid carrier and to leave the additives set into the wrapper matrix such that the wrapper maintains its physical integrity during processing and has improved visual appearance by reduced wrinkling, wherein the regions of the wrapper with substantially reduced or zero additive form the overlap area along its gluing seam when incorporated in to the smoking article; and (d) machining the wrapper to form a finished wrapper which upon incorporation into the smoking article forms patterns of additive around the circumference of the smoking article but which has substantially reduced or zero additive at the area where the wrapper overlaps along its gluing seam; wherein the step of applying one or more additives to the wrapper causes the additive to be pulled into the wrapper matrix such that it does not settle on the wrapper surface.
An apparatus comprising: a solenoid valve that is to enable an actuator to close an emergency valve; and a valve positioner fluidly and communicatively coupled to the solenoid valve, the valve positioner to: be set in a pressure control state to maintain upstream pressure of the solenoid valve at a predetermined initial value prior to conducting a test of the solenoid valve; detect a pressure change across the solenoid valve caused by the solenoid valve transitioning from a first state to a second state; characterized in that the valve positioner is to: transition the valve positioner from the pressure control state to a saturated state upon detecting the pressure change during which the valve positioner provides a full supply pressure, the full supply pressure to stabilize the valve positioner upon the solenoid valve transitioning from the first state to the second state to conduct the test of the solenoid valve; and upon returning the solenoid valve to the first state, maintain the saturated state until the pressure across the solenoid valve returns to the predetermined initial value. a solenoid valve that is to enable an actuator to close an emergency valve; and a valve positioner fluidly and communicatively coupled to the solenoid valve, the valve positioner to: be set in a pressure control state to maintain upstream pressure of the solenoid valve at a predetermined initial value prior to conducting a test of the solenoid valve; detect a pressure change across the solenoid valve caused by the solenoid valve transitioning from a first state to a second state; be set in a pressure control state to maintain upstream pressure of the solenoid valve at a predetermined initial value prior to conducting a test of the solenoid valve; detect a pressure change across the solenoid valve caused by the solenoid valve transitioning from a first state to a second state; characterized in that the valve positioner is to: transition the valve positioner from the pressure control state to a saturated state upon detecting the pressure change during which the valve positioner provides a full supply pressure, the full supply pressure to stabilize the valve positioner upon the solenoid valve transitioning from the first state to the second state to conduct the test of the solenoid valve; and upon returning the solenoid valve to the first state, maintain the saturated state until the pressure across the solenoid valve returns to the predetermined initial value. transition the valve positioner from the pressure control state to a saturated state upon detecting the pressure change during which the valve positioner provides a full supply pressure, the full supply pressure to stabilize the valve positioner upon the solenoid valve transitioning from the first state to the second state to conduct the test of the solenoid valve; and upon returning the solenoid valve to the first state, maintain the saturated state until the pressure across the solenoid valve returns to the predetermined initial value.
Clasp for a piece of jewellery or wristwatch, including a stretcher-like structure with a first housing in which a first push-piece and a second push-piece are movable against each other on a first bearing surface against elastic return means, said first push-piece and said second push-piece being held in said first housing by at least one closure plate (8; 9) able to occupy a closure position in a second housing, characterized in that said clasp includes at least one resilient locking element for said closure plate (8; 9), said resilient locking element including a push-button and being held in said stretcher-like structure and arranged, on one hand, in a compressed position to permit the motion of said at least one closure plate (8; 9) and, on the other hand, in a relaxed position, to immobilise said at least one closure plate (8; 9) in said closure position via the cooperation of said push-button with a fourth housing comprised in said at least one closure plate (8; 9).