mhurhangee/patent-ind-claim-en huggingface dataset:
End cap for a light strip luminaire, comprising: a flat main body having two opposing flat sides , the flat sides including a flat cover side for covering an end face of a light strip luminaire and a coupling side for coupling to an identical end cap of a light strip luminaire adjacent at the end face, the coupling side having coupling structures which are designed such that they can be connected to the coupling structures of a coupling side of an identical end cap in a tool-free and releasable manner, characterized in that the coupling structures have corresponding latching projections and latching receptacles. a flat main body having two opposing flat sides , the flat sides including a flat cover side for covering an end face of a light strip luminaire and a coupling side for coupling to an identical end cap of a light strip luminaire adjacent at the end face, the coupling side having coupling structures which are designed such that they can be connected to the coupling structures of a coupling side of an identical end cap in a tool-free and releasable manner, characterized in that the coupling structures have corresponding latching projections and latching receptacles.
A method for connecting a roof penetrating structure, such as a roof window, to a roof structure , comprising the steps of: • providing a mounting bracket comprising a first leg joined with a second leg , • connecting the first leg to a frame of the roof penetrating structure, • connecting the second leg to the roof structure , said legs being joined in a joint section , which allows a distance (d) between the roof structure and the roof window, and being arranged in intersecting planes that are substantially perpendicular to each other, and said bracket further comprising one or more frame engagement members projecting from the plane of the first leg in the opposite direction of the second leg and substantially parallel to the plane of the second leg, said frame engagement members being arranged at the end of the first leg , which is distal to the second leg , and that said joint section between the first leg and the second leg is shaped as an inclined section with respect to the said intersecting planes, said joint section being inclined at an angle of 45 degrees and having an extent in the interval of 1/6 - 1/3 of the length of either one of the said two legs , wherein reinforcement in the form of ridges is provided at the joint between the first and second leg, said ridges extending between the first and second leg in the space between them, so as to hinder a deformation changing the angle between them, • providing insulation material between the roof structure and the roof window. • providing a mounting bracket comprising a first leg joined with a second leg , • connecting the first leg to a frame of the roof penetrating structure, • connecting the second leg to the roof structure , said legs being joined in a joint section , which allows a distance (d) between the roof structure and the roof window, and being arranged in intersecting planes that are substantially perpendicular to each other, and said bracket further comprising one or more frame engagement members projecting from the plane of the first leg in the opposite direction of the second leg and substantially parallel to the plane of the second leg, said frame engagement members being arranged at the end of the first leg , which is distal to the second leg , and that said joint section between the first leg and the second leg is shaped as an inclined section with respect to the said intersecting planes, said joint section being inclined at an angle of 45 degrees and having an extent in the interval of 1/6 - 1/3 of the length of either one of the said two legs , wherein reinforcement in the form of ridges is provided at the joint between the first and second leg, said ridges extending between the first and second leg in the space between them, so as to hinder a deformation changing the angle between them, • providing insulation material between the roof structure and the roof window. • providing insulation material between the roof structure and the roof window.
An ex vivo method for delivering exogenous mitochondria into recipient cells, comprising: a) a step of mixing the recipient cells with mitochondria isolated from donor cells; and b) a step of centrifuging the resulting mixture; the method further comprising a step of adding a surfactant before step b), wherein the donor cells and the recipient cells are respectively any one selected from the group consisting of somatic cells, stem cells, cancer cells, and combinations thereof. a) a step of mixing the recipient cells with mitochondria isolated from donor cells; and b) a step of centrifuging the resulting mixture;
A toothpaste composition comprising: (i) 2 to 70 wt% abrasive; (ii) a fluoride source; (iii) 1:1 layered silicate clay; and, (iv) 2:1 layered silicate clay. wherein the abrasive is an abrasive silica or a calcium based abrasive. (i) 2 to 70 wt% abrasive; (ii) a fluoride source; (iii) 1:1 layered silicate clay; and, (iv) 2:1 layered silicate clay. wherein the abrasive is an abrasive silica or a calcium based abrasive.
An assembly for rotational equipment, comprising: a first rotatable body extending axially along and circumferentially about a rotational axis , the first rotatable body comprising a first scoop with a first scoop aperture that extends obliquely through the first rotatable body ; and an injector including a first nozzle orifice and a second nozzle orifice , the injector configured to direct a first fluid jet from the first nozzle orifice into an inlet of the first scoop aperture , and the injector further configured to direct a second fluid jet from the second nozzle orifice into the inlet of the first scoop aperture , characterized in that : the injector is configured to direct the first fluid jet from the first nozzle orifice to a first target location on the first rotatable body which is at least partially axially aligned with the inlet when the first rotatable body is at a first rotational position about the rotational axis ; the injector is further configured to direct the second fluid jet from the second nozzle orifice to a second target location on the first rotatable body which is at least partially axially aligned with the inlet when the first rotatable body is at the first rotational position about the rotational axis ; and in that the first target location and the second target location are discretely arranged axially along the rotational axis . a first rotatable body extending axially along and circumferentially about a rotational axis , the first rotatable body comprising a first scoop with a first scoop aperture that extends obliquely through the first rotatable body ; and an injector including a first nozzle orifice and a second nozzle orifice , the injector configured to direct a first fluid jet from the first nozzle orifice into an inlet of the first scoop aperture , and the injector further configured to direct a second fluid jet from the second nozzle orifice into the inlet of the first scoop aperture , the injector is configured to direct the first fluid jet from the first nozzle orifice to a first target location on the first rotatable body which is at least partially axially aligned with the inlet when the first rotatable body is at a first rotational position about the rotational axis ; the injector is further configured to direct the second fluid jet from the second nozzle orifice to a second target location on the first rotatable body which is at least partially axially aligned with the inlet when the first rotatable body is at the first rotational position about the rotational axis ; and in that the first target location and the second target location are discretely arranged axially along the rotational axis .
A three-dimensional stacked module comprising: a set of W dies in a stack, wherein W ≥ 2, each die in the stack comprising an electrical contact region over a substrate , the electrical contact region comprising a plurality of pads ; the stack of dies comprising a first die at one end of the stack and a second die at the other end of the stack, the substrate of the first die facing the plurality of pads of the second die ; the plurality of pads on each die being aligned with those on the one or more other dies in the stack, the plurality of pads on each die including one single selected pad called landing pad ; a set of W-1 electrical connectors extending from the surface of the first die including the contact region and into the stack of dies to electrically contact W-1 landing pads through vias , one further electrical connector electrically contacting the landing pad of the first die , to create a three-dimensional stacked multichip module having W die levels , wherein each of said electrical connectors reaches and electrically connects to one single landing pad in the stack of dies , the one or more substrates and the one or more pads above the landing pad along each via being each provided with recessed regions , and the vias being lined with a dielectric material filling in the recessed regions . a set of W dies in a stack, wherein W ≥ 2, each die in the stack comprising an electrical contact region over a substrate , the electrical contact region comprising a plurality of pads ; the stack of dies comprising a first die at one end of the stack and a second die at the other end of the stack, the substrate of the first die facing the plurality of pads of the second die ; the plurality of pads on each die being aligned with those on the one or more other dies in the stack, the plurality of pads on each die including one single selected pad called landing pad ; a set of W-1 electrical connectors extending from the surface of the first die including the contact region and into the stack of dies to electrically contact W-1 landing pads through vias , one further electrical connector electrically contacting the landing pad of the first die , to create a three-dimensional stacked multichip module having W die levels , wherein each of said electrical connectors reaches and electrically connects to one single landing pad in the stack of dies , the one or more substrates and the one or more pads above the landing pad along each via being each provided with recessed regions , and the vias being lined with a dielectric material filling in the recessed regions .
An atomization assembly, comprising: a metal cylinder ; a magnetic induction coil ; an isolation cylinder disposed between the magnetic induction coil and the metal cylinder ; a fixing part ; a control panel ; a conduit ; wherein the magnetic induction coil is disposed around the metal cylinder ; when the metal cylinder is in an electrified state, a heat is produced to heat a smoke material therein to produce smoke; characterized in that the atomization assembly further comprises: a silicone sleeve ; a first silicone seal ; a second silicone seal ; a third silicone seal ; and in that the silicone sleeve is disposed around the magnetic induction coil ; and the silicone sleeve and the magnetic induction coil are fixed in the fixing part ; fl the first silicone seal is disposed on a top end of the conduit ; the conduit is in threaded connection to the fixing part to support the metal cylinder ; the control panel comprises an output end soldered on the magnetic induction coil ; and the second silicone seal and the third silicone seal are disposed around a bottom end of the conduit in order. a metal cylinder ; a magnetic induction coil ; an isolation cylinder disposed between the magnetic induction coil and the metal cylinder ; a fixing part ; a control panel ; a conduit ; wherein the magnetic induction coil is disposed around the metal cylinder ; when the metal cylinder is in an electrified state, a heat is produced to heat a smoke material therein to produce smoke; characterized in that the atomization assembly further comprises: a silicone sleeve ; a first silicone seal ; a second silicone seal ; a third silicone seal ; and in that the silicone sleeve is disposed around the magnetic induction coil ; and the silicone sleeve and the magnetic induction coil are fixed in the fixing part ; fl the first silicone seal is disposed on a top end of the conduit ; the conduit is in threaded connection to the fixing part to support the metal cylinder ; the control panel comprises an output end soldered on the magnetic induction coil ; and the second silicone seal and the third silicone seal are disposed around a bottom end of the conduit in order. a silicone sleeve ; a first silicone seal ; a second silicone seal ; a third silicone seal ; and in that the silicone sleeve is disposed around the magnetic induction coil ; and the silicone sleeve and the magnetic induction coil are fixed in the fixing part ; fl the first silicone seal is disposed on a top end of the conduit ; the conduit is in threaded connection to the fixing part to support the metal cylinder ; the control panel comprises an output end soldered on the magnetic induction coil ; and the second silicone seal and the third silicone seal are disposed around a bottom end of the conduit in order.
A medical instrument comprising a first hand lever which has a manually actuated grip portion at its proximal end, a work portion for gripping, clamping or cutting an object at its distal end and, lying between these, a bearing portion on which a bearing element engages in order to permit pivotability about a rotation axis between the first hand lever and a second hand lever , wherein the second hand lever has a grip portion at its proximal end, a work portion at its distal end and, lying between these, a guide portion on which the bearing element engages, wherein the guide portion of the second hand lever has on one side a recess for receiving the bearing portion of the first hand lever such that two guide protrusions located distally and proximally of the recess at least partially cover the bearing portion in an operating position in which gripping, clamping or cutting takes place, wherein the bearing portion of the first hand lever is pressed, by means of a spacing element that provides distance through force or resistance, away from the guide portion of the second hand lever in the operating position such that a cleaning gap is formed between the first hand lever and the second hand lever , Characterized in that the cleaning gap extends along the entire length of the guide portion .
A cylinder liner for insert casting, comprising plural projections on its outer peripheral surface and satisfying the following (i) to (iv) and (vi): (i) the number of the projections is 5 to 50 per 1 cm 2 on the outer peripheral surface, and (ii) when two 15.2 mm × 0.03 mm lines are set in parallel with a gap of 3.8 mm therebetween at an arbitrary position on the outer peripheral surface of the cylinder liner, the total number of projections that are in contact with the two lines is 8 or less, (iii) when an arbitrary projection A on the outer peripheral surface of the cylinder liner is selected and projections An (wherein, n is an integer of 1 to 7) adjacent to the selected projection A are defined as projections A1, A2, A3, A4, A5, A6 and A7 in ascending order of the distance from the projection A, distances Ln (mm) between the projection A and the respective projections An satisfy the following equation: L 1 + L 2 + L 3 + L 4 + L 5 + L 6 + L 7 / 7 ≥ 1.5 , (iv) the projections have a projection area ratio S (%), which is defined as follows, of 5% to 20%, (vi) the projections have a projection thickness (S/Pn) of 0.7 or less, which is determined by dividing the projection area ratio S (%), which is defined as follows, by the number of projections Pn, which is defined in the above (i): Projection area ratio S % = Ratio of a total cross − sectional area of the projections per unit area at a position of 300 μ m from the base of the projections with respect to a unit area . (i) the number of the projections is 5 to 50 per 1 cm 2 on the outer peripheral surface, and (ii) when two 15.2 mm × 0.03 mm lines are set in parallel with a gap of 3.8 mm therebetween at an arbitrary position on the outer peripheral surface of the cylinder liner, the total number of projections that are in contact with the two lines is 8 or less, (iii) when an arbitrary projection A on the outer peripheral surface of the cylinder liner is selected and projections An (wherein, n is an integer of 1 to 7) adjacent to the selected projection A are defined as projections A1, A2, A3, A4, A5, A6 and A7 in ascending order of the distance from the projection A, distances Ln (mm) between the projection A and the respective projections An satisfy the following equation: L 1 + L 2 + L 3 + L 4 + L 5 + L 6 + L 7 / 7 ≥ 1.5 , (iv) the projections have a projection area ratio S (%), which is defined as follows, of 5% to 20%, (vi) the projections have a projection thickness (S/Pn) of 0.7 or less, which is determined by dividing the projection area ratio S (%), which is defined as follows, by the number of projections Pn, which is defined in the above (i): Projection area ratio S % = Ratio of a total cross − sectional area of the projections per unit area at a position of 300 μ m from the base of the projections with respect to a unit area .
A user plane gateway updating method, comprising: receiving (601, A3, 801), by a mobility management entity, a first message from a control plane gateway in a process in which a first packet data network connection is being established, wherein the first packet data network connection is between a user equipment, UE, and a first user plane gateway, and the first message comprises a tracking area, TA, identifier list corresponding to the first user plane gateway; determining , by the mobility management entity, that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending , by the mobility management entity to the control plane gateway, a notification message, wherein the notification message is used to notify the control plane gateway that the TA identifier of the TA in which the UE is located is not in the TA identifier list; and receiving , by the mobility management entity from the control plane gateway, a request message comprising a parameter for indicating the UE to establish of a second packet data network connection, wherein the second packet data network connection is between the UE and a second user plane gateway. receiving (601, A3, 801), by a mobility management entity, a first message from a control plane gateway in a process in which a first packet data network connection is being established, wherein the first packet data network connection is between a user equipment, UE, and a first user plane gateway, and the first message comprises a tracking area, TA, identifier list corresponding to the first user plane gateway; determining , by the mobility management entity, that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending , by the mobility management entity to the control plane gateway, a notification message, wherein the notification message is used to notify the control plane gateway that the TA identifier of the TA in which the UE is located is not in the TA identifier list; and receiving , by the mobility management entity from the control plane gateway, a request message comprising a parameter for indicating the UE to establish of a second packet data network connection, wherein the second packet data network connection is between the UE and a second user plane gateway.
A toner cartridge for use in an image forming device , comprising: a body having a reservoir for storing toner, the body having an outlet port in fluid communication with the reservoir for exiting toner from the reservoir ; a shutter positioned at the outlet port that is slidable between a closed position blocking the outlet port and an open position unblocking the outlet port ; characterized by the toner cartridge further comprising a shutter lock configured to prevent the shutter from opening unless the toner cartridge is installed in the image forming device , the shutter lock including a resiliently deflectable wire having a bend formed therein, a portion of the wire on one side of the bend forms a locking arm and a portion of the wire on the other side of the bend forms a bias arm , the locking arm includes a blocking surface and is movable between a locked position where the blocking surface blocks the shutter from moving from the closed position to the open position and an unlocked position where the blocking surface is clear from a sliding path of the shutter permitting the shutter to move from the closed position to the open position, the locking arm is biased by the bias arm toward the locked position. a body having a reservoir for storing toner, the body having an outlet port in fluid communication with the reservoir for exiting toner from the reservoir ; a shutter positioned at the outlet port that is slidable between a closed position blocking the outlet port and an open position unblocking the outlet port ; characterized by the toner cartridge further comprising a shutter lock configured to prevent the shutter from opening unless the toner cartridge is installed in the image forming device , the shutter lock including a resiliently deflectable wire having a bend formed therein, a portion of the wire on one side of the bend forms a locking arm and a portion of the wire on the other side of the bend forms a bias arm , the locking arm includes a blocking surface and is movable between a locked position where the blocking surface blocks the shutter from moving from the closed position to the open position and an unlocked position where the blocking surface is clear from a sliding path of the shutter permitting the shutter to move from the closed position to the open position, the locking arm is biased by the bias arm toward the locked position.
Method for wear detection during operation of a conveying system , which is formed of at least one running gear circulating in a closed path, wherein the running gear contains transport rollers , which are moved on rails , and characterised in that a pick-up , which has a predefined distance (d) from the rail surface , is fastened to the running gear ; and wherein the method has the following method steps: a) in the event of wear on the transport roller and/or on the rail which occurs due to operation, the pick-up touches the rail surface and is made to oscillate as a result; b) an oscillation sensor coupled to the pick-up registers the oscillations; c) the registered oscillations are transmitted wirelessly to a background system by the oscillation sensor , together with a time stamp and an identity of the oscillation sensor ; d) in the background system , the data transmitted in method step c) is subjected to an analysis and, in the event of deviations, is detected as wear (V) and signalled by a message. a) in the event of wear on the transport roller and/or on the rail which occurs due to operation, the pick-up touches the rail surface and is made to oscillate as a result; b) an oscillation sensor coupled to the pick-up registers the oscillations; c) the registered oscillations are transmitted wirelessly to a background system by the oscillation sensor , together with a time stamp and an identity of the oscillation sensor ; d) in the background system , the data transmitted in method step c) is subjected to an analysis and, in the event of deviations, is detected as wear (V) and signalled by a message.