mhurhangee/ep-ind-claims huggingface dataset:
An ex vivo method for controlling transcription of a genetic sequence in a cell comprising a) targeted insertion of a gene encoding a transcriptional regulator protein into a first genetic safe harbour site; and b) targeted insertion of an inducible cassette into a second genetic safe harbour site, wherein said inducible cassette comprises said genetic sequence operably linked to an inducible promoter, and said promoter is regulated by the transcriptional regulator protein; wherein said first and second genetic safe harbour sites are different, and wherein the method does not comprise a process for modifying the germ line genetic identity of a human being. a) targeted insertion of a gene encoding a transcriptional regulator protein into a first genetic safe harbour site; and b) targeted insertion of an inducible cassette into a second genetic safe harbour site, wherein said inducible cassette comprises said genetic sequence operably linked to an inducible promoter, and said promoter is regulated by the transcriptional regulator protein;
A method comprising: creating at a centralized location, with a virtual network controller of a virtual network, a multicast tree for the endpoint servers (S1 - S10) of a multicast group in the virtual network, wherein the virtual network includes respective virtual switches executing on the endpoint servers to provide an emulated layer 2 network for virtual machines executing on the endpoint servers; storing the multicast tree in a memory within the virtual network controller; and communicating, with the virtual network controller, the multicast tree to one or more of the endpoint servers of the multicast group in order to instruct the virtual switches executing on the endpoint servers to replicate and forward layer 2 multicast packets according to the multicast tree, the layer 2 multicast packets destined for one or more of the virtual machines executing on the endpoint servers. creating at a centralized location, with a virtual network controller of a virtual network, a multicast tree for the endpoint servers (S1 - S10) of a multicast group in the virtual network, wherein the virtual network includes respective virtual switches executing on the endpoint servers to provide an emulated layer 2 network for virtual machines executing on the endpoint servers; storing the multicast tree in a memory within the virtual network controller; and communicating, with the virtual network controller, the multicast tree to one or more of the endpoint servers of the multicast group in order to instruct the virtual switches executing on the endpoint servers to replicate and forward layer 2 multicast packets according to the multicast tree, the layer 2 multicast packets destined for one or more of the virtual machines executing on the endpoint servers.
Device for actuating a quick release chain fastener (502, 1000) comprising two chain link plates (1001A, 1002A) and two chain link plate connection means (1001B, 1002B), the quick release chain fastener (502, 1000) being actuatable in that the chain link plate connection means (1001B, 1002B) are moved in relation to one another, the device comprising: first force exertion means configured to exert a force (F 1, F 2) on the first chain link plate connection means of the quick release chain fastener (502, 1000), second force exertion means configured to exert a force (F 1, F 2) on the second chain link plate connection means of the quick release chain fastener (502, 1000), wherein the first force exertion means and the second force exertion means are translationally moveable in relation to each other so as to actuate the quick release chain fastener (502, 1000) by means of this translational movement; and linear guide means (201, 202; 801, 802) comprising a first linear guide element (201; 801) that is configured as a bearing (201, 801) and a second linear guide element (202; 802) stored therein that is configured as a stud bolt (202, 802), characterized in that the first force exertion means is mounted to a front end of the second linear guide element (201; 801) that faces the second force exertion means. first force exertion means configured to exert a force (F 1, F 2) on the first chain link plate connection means of the quick release chain fastener (502, 1000), second force exertion means configured to exert a force (F 1, F 2) on the second chain link plate connection means of the quick release chain fastener (502, 1000), wherein the first force exertion means and the second force exertion means are translationally moveable in relation to each other so as to actuate the quick release chain fastener (502, 1000) by means of this translational movement; and linear guide means (201, 202; 801, 802) comprising a first linear guide element (201; 801) that is configured as a bearing (201, 801) and a second linear guide element (202; 802) stored therein that is configured as a stud bolt (202, 802), characterized in that the first force exertion means is mounted to a front end of the second linear guide element (201; 801) that faces the second force exertion means.
An operation method of a first terminal in a communication system, comprising: transmitting, by the first terminal, first sidelink control information, SCI, to a second terminal, the first SCI including information indicating time resource(s), information indicating frequency resource(s), information indicating a periodicity of physical resources, and information indicating a modulation and coding scheme, MCS; wherein the SCI further indicates that a blind retransmission of sidelink data is supported; transmitting (S807, S808), by the first terminal, an initial sidelink data and then retransmission sidelink data to the second terminal according to a blind retransmission procedure using information included in the first SCI; and transmitting, by the first terminal, second SCI to the second terminal, the second SCI including an indicator requesting to stop the blind retransmission procedure, wherein the first SCI is different from the second SCI. transmitting, by the first terminal, first sidelink control information, SCI, to a second terminal, the first SCI including information indicating time resource(s), information indicating frequency resource(s), information indicating a periodicity of physical resources, and information indicating a modulation and coding scheme, MCS; wherein the SCI further indicates that a blind retransmission of sidelink data is supported; transmitting (S807, S808), by the first terminal, an initial sidelink data and then retransmission sidelink data to the second terminal according to a blind retransmission procedure using information included in the first SCI; and transmitting, by the first terminal, second SCI to the second terminal, the second SCI including an indicator requesting to stop the blind retransmission procedure, wherein the first SCI is different from the second SCI.
A process for the manufacture of a cushion, the process comprising, a) providing a first layer and a second layer, b) providing a discrete pressure distributing unit comprising a frame and a plurality of fluid conduits, the fluid conduits comprising tubes arranged in and fixed to the frame, the frame and fluid conduits being formed from the same polymer and formed as a single piece by injection moulding or extrusion, c) arranging the pressure distributing unit on the first layer, d) placing the second layer on the first layer and pressure distributing unit, and e) sealing the first and second layers together to form a first chamber and a second chamber with the pressure distributing unit sealed between the first chamber and the second chamber, thereby providing a fluid connection between the first and second chambers. a) providing a first layer and a second layer, b) providing a discrete pressure distributing unit comprising a frame and a plurality of fluid conduits, the fluid conduits comprising tubes arranged in and fixed to the frame, the frame and fluid conduits being formed from the same polymer and formed as a single piece by injection moulding or extrusion, c) arranging the pressure distributing unit on the first layer, d) placing the second layer on the first layer and pressure distributing unit, and e) sealing the first and second layers together to form a first chamber and a second chamber with the pressure distributing unit sealed between the first chamber and the second chamber, thereby providing a fluid connection between the first and second chambers.
A lure for attracting flying insects comprising a first chemical attractant, comprising a solution of lactic acid; and a second chemical attractant, comprising a source of ammonia; wherein the lure is capable of providing effective amounts of lactic acid and ammonia continuously for at least an extended period of time, further wherein the extended period of time is one week; characterised in that: the lure comprises a unitary housing having a first chamber and a second chamber, wherein the first attractant is housed in the first chamber and the second attractant is housed in the second chamber such that they are physically isolated from each other prior to use of the lure. the lure comprises a unitary housing having a first chamber and a second chamber, wherein the first attractant is housed in the first chamber and the second attractant is housed in the second chamber such that they are physically isolated from each other prior to use of the lure.
A device comprising: an upper limit input (135, 205, 435) to provide an upper limit value; a lower limit input (135, 210, 440) to provide a lower limit value; a control signal input to receive a control signal from a controller; an output; and circuitry coupled to the upper limit input, the lower limit input, and the control signal input to provide an output signal on the output tracks the input signal and that is constrained by the upper limit value and the lower limit value; characterized by the following features: the circuitry is adapted to implement rules for the output signal (y) in accordance with: if y(t)<LB(t) then LB(t) → y(t) if y(t)>UB(t) then UB(t) → y(t) if (LB(t)==y(t) and u̇(t)<0) or (UB(t)==y(t) and u̇(t)>0) then 0 → y(t) else u̇(t) → y(t) where u is the input signal, u̇(t) is a derivative of the input signal, ẏ is a derivative of the output signal, LB is the lower limit value and UB is the upper limit value. an upper limit input (135, 205, 435) to provide an upper limit value; a lower limit input (135, 210, 440) to provide a lower limit value; a control signal input to receive a control signal from a controller; an output; and circuitry coupled to the upper limit input, the lower limit input, and the control signal input to provide an output signal on the output tracks the input signal and that is constrained by the upper limit value and the lower limit value; characterized by the following features: the circuitry is adapted to implement rules for the output signal (y) in accordance with: if y(t)<LB(t) then LB(t) → y(t) if y(t)>UB(t) then UB(t) → y(t) if (LB(t)==y(t) and u̇(t)<0) or (UB(t)==y(t) and u̇(t)>0) then 0 → y(t) else u̇(t) → y(t) where u is the input signal, u̇(t) is a derivative of the input signal, ẏ is a derivative of the output signal, LB is the lower limit value and UB is the upper limit value. if y(t)<LB(t) then LB(t) → y(t) if y(t)>UB(t) then UB(t) → y(t) if (LB(t)==y(t) and u̇(t)<0) or (UB(t)==y(t) and u̇(t)>0) then 0 → y(t) else u̇(t) → y(t) where u is the input signal, u̇(t) is a derivative of the input signal, ẏ is a derivative of the output signal, LB is the lower limit value and UB is the upper limit value.
A switchboard applied with a bushing-type current transformer, the switchboard comprising: a terminal bushing; a switchboard terminal coupled to the terminal bushing; a metering current transformer bushing, inserted into the terminal bushing while wrapping the switchboard terminal; and a metering current transformer having a hollow portion wrapping a part of the metering current transformer bushing and disposed at a current transformer mounter disposed at a rear plate of a circuit breaker chamber, wherein the switchboard is partitioned into a plurality of compartments including the circuit breaker chamber and a voltage transformer chamber, characterized in that a base plate forming a lower portion of the circuit breaker chamber is made of a module that is separated from the switchboard, wherein the circuit breaker chamber and the voltage transformer chamber is connected when the base plate is removed from the switchboard. a terminal bushing; a switchboard terminal coupled to the terminal bushing; a metering current transformer bushing, inserted into the terminal bushing while wrapping the switchboard terminal; and a metering current transformer having a hollow portion wrapping a part of the metering current transformer bushing and disposed at a current transformer mounter disposed at a rear plate of a circuit breaker chamber, wherein the switchboard is partitioned into a plurality of compartments including the circuit breaker chamber and a voltage transformer chamber, characterized in that a base plate forming a lower portion of the circuit breaker chamber is made of a module that is separated from the switchboard, wherein the circuit breaker chamber and the voltage transformer chamber is connected when the base plate is removed from the switchboard.
A sliding gate comprising at least two vertical posts, at least one panel, support means for supporting said panel, and motor-driven means suitable for driving said panel in translation, said sliding gate being characterized in that each post is constituted: - by two parallel vertical uprights (3a, 3b) having their respective bottom ends interconnected by a bottom plate and their respective top ends interconnected by a top plate; - by a carriage constituted by a beam of upside-down T shape having its base secured to the bottom plate and having the top end of its stem carrying wheels on which a panel bears; - by a guide shoe; and - by drive means that are secured to said upright, that extend between the carriage and the shoe, and that co-operate with complementary drive means secured to the panel; said sliding gate being characterized in that said beam projects on either side of the uprights (3a, 3b) of the post; and in that said guide shoe is secured to the inside face of an upright, extends in the vicinity of the top end of said upright, and is suitable for co-operating with a guide rail secured to one of the faces of the panel. - by two parallel vertical uprights (3a, 3b) having their respective bottom ends interconnected by a bottom plate and their respective top ends interconnected by a top plate; - by a carriage constituted by a beam of upside-down T shape having its base secured to the bottom plate and having the top end of its stem carrying wheels on which a panel bears; - by a guide shoe; and - by drive means that are secured to said upright, that extend between the carriage and the shoe, and that co-operate with complementary drive means secured to the panel;
A method for providing an alert for a distance travelled by a working vehicle between digging locations including the steps: (a) enabling an alert system, the step of enabling the alert system including detecting a signal that the working vehicle has changed from a 'working' state to a 'moving' state, and including setting a start position at a first digging location; (b) setting a target distance to be travelled by the working vehicle; (c) moving the working vehicle to a second digging location; (d) comparing the distance travelled by the working vehicle between first and second digging locations and the target distance; (e) providing an alert based on the comparison, wherein the alert includes an alarm. (a) enabling an alert system, the step of enabling the alert system including detecting a signal that the working vehicle has changed from a 'working' state to a 'moving' state, and including setting a start position at a first digging location; (b) setting a target distance to be travelled by the working vehicle; (c) moving the working vehicle to a second digging location; (d) comparing the distance travelled by the working vehicle between first and second digging locations and the target distance; (e) providing an alert based on the comparison, wherein the alert includes an alarm.
A method for detecting vital parameters by means of a bio-impedance measuring apparatus that can be worn on the wrist, wherein a bio-impedance signal is detected by means of a first set of electrodes, consisting of a pair of feed electrodes for introducing a measurement current into the skin of a user and a pair of measurement electrodes arranged spaced from each other between the feed electrodes for detecting the measuring current via the skin, from which signal a blood pulse signal and, by low-pass filtering, a respiration signal are derived, and the respiration and blood pulse signal are supplied to signal evaluation for determining derived parameters, wherein the derived parameters are evaluated in a microcontroller which determines a defined physical condition from the totality of the derived parameters, characterized in that at least one second set of electrodes is provided for evaluating the derived parameters, whose bio-impedance signal and whose derived parameters are compared with the bio-impedance signal and its derived parameters of the first electrode set for finding artefacts, and the blood pulse signal is derived by high-pass filtering.
Pneumatic vehicle tyre, in particular a van tyre, with a tread rubber, shoulder regions and sidewalls, wherein one of the sidewalls has in the region of the greatest width of the pneumatic vehicle tyre - when viewed in the cross section of the tyre - a protective element, running around the sidewall and protecting the sidewall from abrasive contacts, wherein the sidewall - when viewed in the cross section of the tyre - consists of an upper sidewall region and a lower sidewall region, wherein the outer contour of the shoulder region and of the upper sidewall region is formed exclusively in a continuously convexly curved manner, and wherein the lower sidewall region has a contour that is likewise formed exclusively in a continuously convexly curved manner, and wherein, between the upper sidewall region and the lower sidewall region, the sidewall is formed within the region of radial extent of the protective element, at least in individual circumferential portions of the angle of circumferential extent α of the vehicle tyre, respectively with a radial contour portion that is formed by a first axially inwardly indented stage with respect to the contour of the upper sidewall region, characterized in that this first axially inwardly indented stage of the contour portion is arranged offset axially inwards with respect to the contour of the upper sidewall region and the contour portion extends from the radial position of this offset along its entire inward radial extent - in particular in a straight line - in the form of a ramp outwards in the axial direction to beyond the axial position of the extension of the contour of the upper sidewall region formed beyond the ramp, and wherein the contour of the sidewall region adjoining the ramp radially inwards is arranged offset axially inwards with respect to the contour of the ramp by a second axially inwardly indented stage.
An isolated cell composition comprising: a) plasma; b) platelets at a concentration of at least 300x10 9 cells/L; c) white blood cells at a concentration of at least 7.0x10 9 cells/L; d) fibrinogen at a concentration of at least 3 mg/L; e) a cell extract where cells are selected from fibroblasts and fat cells, wherein cells are at a concentration of about 10 5 to about 10 6 cells/L; and wherein the erythrocyte concentration is less than 0.6x10 12 cells/L. a) plasma; b) platelets at a concentration of at least 300x10 9 cells/L; c) white blood cells at a concentration of at least 7.0x10 9 cells/L; d) fibrinogen at a concentration of at least 3 mg/L; e) a cell extract where cells are selected from fibroblasts and fat cells, wherein cells are at a concentration of about 10 5 to about 10 6 cells/L;
An aerosol generating apparatus having a feedback control function, the aerosol generating apparatus comprising: a heater configured to heat an aerosol generating substrate to generate an aerosol; a controller configured to generate a control signal for controlling power supplied to the heater; a switch configured to perform a switching operation based on the control signal to supply the power to the heater; and a comparison signal calculator configured to receive a signal by the switching operation to calculate a comparison target signal, wherein the controller is further configured to generate a cut-off signal for stopping the switching operation of the switch based on a comparison value calculated by comparing the comparison target signal with a reference signal exceeding a preset range, characterized in that the reference signal is the control signal which is output from the controller at a first time point, and the comparison target signal is a signal output from the comparison signal calculator at a second time point by switching operation of the switch according to the control signal which is output from the controller at a first time point. a heater configured to heat an aerosol generating substrate to generate an aerosol; a controller configured to generate a control signal for controlling power supplied to the heater; a switch configured to perform a switching operation based on the control signal to supply the power to the heater; and a comparison signal calculator configured to receive a signal by the switching operation to calculate a comparison target signal, wherein the controller is further configured to generate a cut-off signal for stopping the switching operation of the switch based on a comparison value calculated by comparing the comparison target signal with a reference signal exceeding a preset range, characterized in that the reference signal is the control signal which is output from the controller at a first time point, and the comparison target signal is a signal output from the comparison signal calculator at a second time point by switching operation of the switch according to the control signal which is output from the controller at a first time point.