mhurhangee/ep-ind-claims huggingface dataset:
Method for the introduction of one or more molecules of interest in a plant cell protoplast comprising the steps of - providing the plant cell protoplast by enzymatically degrading and/or removing the cell wall from a plant cell; - performing a first transfection of the plant cell protoplast with a composition that is capable of inducing a DNA double strand break; - performing a second transfection of the plant cell protoplast with one or more molecules of interest, wherein the one or more molecules of interest is/are selected form the group consisting of oligonucleotides, or mutagenic oligonucleotides; - allowing the cell wall to form; wherein the second transfection is performed after the first transfection, wherein the method further comprises contacting the plant cell protoplast with a non-enzymatic composition that inhibits or prevents the (re)formation of the cell wall - before or simultaneous with the first transfection; or - between the first and second transfection, or - before or simultaneous with the second transfection and the method further comprises the step of removing the non-enzymatic composition that inhibits or prevents the formation of cell wall - before or simultaneous with the first transfection, or - between the first and second transfection, or - before or simultaneous with the second transfection, or - after the second transfection, and before the cell wall is allowed to form. - providing the plant cell protoplast by enzymatically degrading and/or removing the cell wall from a plant cell; - performing a first transfection of the plant cell protoplast with a composition that is capable of inducing a DNA double strand break; - performing a second transfection of the plant cell protoplast with one or more molecules of interest, wherein the one or more molecules of interest is/are selected form the group consisting of oligonucleotides, or mutagenic oligonucleotides; - allowing the cell wall to form; - before or simultaneous with the first transfection; or - between the first and second transfection, or - before or simultaneous with the second transfection - before or simultaneous with the first transfection, or - between the first and second transfection, or - before or simultaneous with the second transfection, or - after the second transfection,
A cleansing device comprising: a handle; a cleansing head having a first major surface and a second major surface, the first major surface comprising a plurality of elastomeric cleansing features extending away from the first major surface; an electric motor comprising a drive shaft, the drive shaft rotatable about a drive shaft axis; and an actuator (200, 203, 200') coupled to the drive shaft, the actuator having an input axis aligned with the drive shaft axis and an output axis angled to the input axis, the actuator being operably coupled to the second major surface of the cleansing head and configured to convert continuous rotation of the drive shaft into an oscillating movement of at least a section of the cleansing head at a frequency of about 5 Hz to 30 Hz, wherein the actuator comprises: a driving member coupled to the drive shaft such that rotation of the drive shaft causes rotation of the driving member about the input axis; an oscillating member having a longitudinal axis aligned with the output axis; and a rotating arm connecting the driving member to the oscillating member to convert the rotation of the driving member to oscillations of the oscillating member, the rotating arm configured to traverse a conical path around the input axis. a handle; a cleansing head having a first major surface and a second major surface, the first major surface comprising a plurality of elastomeric cleansing features extending away from the first major surface; an electric motor comprising a drive shaft, the drive shaft rotatable about a drive shaft axis; and an actuator (200, 203, 200') coupled to the drive shaft, the actuator having an input axis aligned with the drive shaft axis and an output axis angled to the input axis, the actuator being operably coupled to the second major surface of the cleansing head and configured to convert continuous rotation of the drive shaft into an oscillating movement of at least a section of the cleansing head at a frequency of about 5 Hz to 30 Hz, wherein the actuator comprises: a driving member coupled to the drive shaft such that rotation of the drive shaft causes rotation of the driving member about the input axis; an oscillating member having a longitudinal axis aligned with the output axis; and a rotating arm connecting the driving member to the oscillating member to convert the rotation of the driving member to oscillations of the oscillating member, the rotating arm configured to traverse a conical path around the input axis. a driving member coupled to the drive shaft such that rotation of the drive shaft causes rotation of the driving member about the input axis; an oscillating member having a longitudinal axis aligned with the output axis; and a rotating arm connecting the driving member to the oscillating member to convert the rotation of the driving member to oscillations of the oscillating member, the rotating arm configured to traverse a conical path around the input axis.
A polyurethane foam obtained by foaming and curing a composition containing a polyol component, an isocyanate component, a foam stabilizer, a cross-linking agent, and a catalyst, the polyol component comprising a polyoxypropylene glyceryl ether-based polyol with an average molecular weight of more than 3400 and 4400 or less, wherein in the case of one polyol the average molecular weight is the number average molecular weight, and in the case of two or more polyols the average molecular weight is the sum of the number average molecular weight × mass content ratio of each of the polyols; the isocyanate component comprising a tolylene diisocyanate based isocyanate, a content of the isocyanate component being 40 to 50 parts by mass based on 100 parts by mass of the polyol component; the cross-linking agent comprising a low molecular weight polyol having 3 or more functional groups and an OH value of 1000 to 2000, a content of the cross-linking agent in the composition being 3.0 to 5.0 parts by mass based on 100 parts by mass of the polyol component; and the catalyst comprising a resinification catalyst and a foaming catalyst, wherein a total content of the resinification catalyst and the foaming catalyst in the composition is 1 to 1.5 parts by mass based on 100 parts by mass of the polyol component.
A device for the movement and positioning of an object in space comprising a base element, a movable element, three articulated composite arms (17, 117; 18, 118; 22, 122) assembled by means of joints, which arms connect said base element and said movable element by means of further joints, three rotational actuators (13, 14, 19) each of which is operatively connected to activate one of said three arms (17, 117; 18, 118; 22, 122), said arms being arranged so that two first arms (17, 117; 18, 118) oscillate in a plane orthogonal to a plane in which the third arm (22, 122) oscillates, said third arm and its associated actuator being rotatingly supported with respect to said base element by a support, the device further comprising a differential provided with two inputs (15,16) and one output and arranged so as to operate between said three actuators (13, 14, 19), wherein each input is connected to a respective actuator of said two first arms and the output is connected to said support by means of a transmission.
A protection device for fastening to a frame made up of profiles comprising a first fastening strip, a second fastening strip and a planar element which can be tensioned or arranged between the first and the second fastening strip (6, 7), wherein the first and the second fastening strip (6, 7) have connection units for connecting the protection device to the frame and the connection units each have at least one angled element for the at least partial clamping of the frame, wherein the connection units each have at least one clamping element and each angled element is assigned a clamping element, characterized in that a further clamping element is arranged between two first clamping elements, with which further clamping element one of the angled elements is displaceable with the first clamping element along the longitudinal extension of the first or the second fastening strip (6, 7) between an open position and a locking position.
An optical system comprising: a first lens, a second lens, a third lens, and a fourth lens sequentially arranged from an object side to an image side; wherein the first lens has a positive power, and includes a convex object-side surface and a concave image-side surface, the second lens has a negative power, and includes a concave object-side surface (122, 522) and an image-side surface (124, 524) which is concave or convex, the third lens has a positive power, and includes a concave object-side surface and a convex image-side surface, the fourth lens has a negative power, and includes a convex object-side surface and a concave image-side surface, characterized in that: an F value is 1.4 or less; a ratio (total top length /F value) of a TTL to the F value is in a range of 2.6 to 2.9. a first lens, a second lens, a third lens, and a fourth lens sequentially arranged from an object side to an image side; wherein the first lens has a positive power, and includes a convex object-side surface and a concave image-side surface, the second lens has a negative power, and includes a concave object-side surface (122, 522) and an image-side surface (124, 524) which is concave or convex, the third lens has a positive power, and includes a concave object-side surface and a convex image-side surface, the fourth lens has a negative power, and includes a convex object-side surface and a concave image-side surface, characterized in that: an F value is 1.4 or less; a ratio (total top length /F value) of a TTL to the F value is in a range of 2.6 to 2.9. an F value is 1.4 or less; a ratio (total top length /F value) of a TTL to the F value is in a range of 2.6 to 2.9.
A system for coupling a suspended boom frame to a fixed frame, the system comprising: a fixed frame operably, fixedly engaged to a sprayer vehicle, the fixed frame comprising one or more controllable springs (224, 224'), the fixed frame comprising a fixed coupling providing a pivot point; a suspended frame operably coupled with a pair of boom wings (1004, 1006) to form a suspended portion, the suspended frame comprising: a suspended coupling disposed above a center of gravity of the suspended portion, the suspended coupling providing for pivoting about the fixed coupling in roll, yaw, and pitch axes; and one or more dampers (110, 110') operably, pivotably coupled with the fixed frame to dampen movement of the suspended frame in the roll axis; wherein the one or more controllable springs (224, 224') engage with the suspended frame to control a position of the suspended frame with respect to the fixed frame, characterized in that the suspended coupling is disposed greater than or equal to halfway from the center of gravity of the suspended portion to a top of the suspended frame. a fixed frame operably, fixedly engaged to a sprayer vehicle, the fixed frame comprising one or more controllable springs (224, 224'), the fixed frame comprising a fixed coupling providing a pivot point; a suspended frame operably coupled with a pair of boom wings (1004, 1006) to form a suspended portion, the suspended frame comprising: a suspended coupling disposed above a center of gravity of the suspended portion, the suspended coupling providing for pivoting about the fixed coupling in roll, yaw, and pitch axes; and one or more dampers (110, 110') operably, pivotably coupled with the fixed frame to dampen movement of the suspended frame in the roll axis; a suspended coupling disposed above a center of gravity of the suspended portion, the suspended coupling providing for pivoting about the fixed coupling in roll, yaw, and pitch axes; and one or more dampers (110, 110') operably, pivotably coupled with the fixed frame to dampen movement of the suspended frame in the roll axis; wherein the one or more controllable springs (224, 224') engage with the suspended frame to control a position of the suspended frame with respect to the fixed frame, characterized in that the suspended coupling is disposed greater than or equal to halfway from the center of gravity of the suspended portion to a top of the suspended frame.
A developing device comprising: a casing configured to accommodate developer and formed with an opening and including a restricting wall, an inclined wall and a bottom wall; a developing roller mounted on the casing and opposing the opening, and having a rotational axis extending in an axial direction and a peripheral surface on which the developer is carried, the developing roller being configured to rotate in a rotational direction about the rotational axis; and a seal placed on the bottom wall for preventing the developer from leaking from between the peripheral surface of the developing roller and the casing, the seal including: a film member extending in the axial direction and configured to contact the peripheral surface of the developing roller; and an elastic member provided between the film member and the casing to press the film member against the peripheral surface of the developing roller, characterized in that the restricting wall is formed perpendicular to the bottom wall and positioned downstream of the seal in the rotational direction to restrict the seal from moving in the rotational direction, and the seal is supported between the peripheral surface of the developing roller and the casing while contacting the restricting wall. a casing configured to accommodate developer and formed with an opening and including a restricting wall, an inclined wall and a bottom wall; a developing roller mounted on the casing and opposing the opening, and having a rotational axis extending in an axial direction and a peripheral surface on which the developer is carried, the developing roller being configured to rotate in a rotational direction about the rotational axis; and a seal placed on the bottom wall for preventing the developer from leaking from between the peripheral surface of the developing roller and the casing, the seal including: a film member extending in the axial direction and configured to contact the peripheral surface of the developing roller; and an elastic member provided between the film member and the casing to press the film member against the peripheral surface of the developing roller, characterized in that the restricting wall is formed perpendicular to the bottom wall and positioned downstream of the seal in the rotational direction to restrict the seal from moving in the rotational direction, and the seal is supported between the peripheral surface of the developing roller and the casing while contacting the restricting wall. a film member extending in the axial direction and configured to contact the peripheral surface of the developing roller; and an elastic member provided between the film member and the casing to press the film member against the peripheral surface of the developing roller, characterized in that the restricting wall is formed perpendicular to the bottom wall and positioned downstream of the seal in the rotational direction to restrict the seal from moving in the rotational direction, and the seal is supported between the peripheral surface of the developing roller and the casing while contacting the restricting wall.
Noise attenuating trim part for a vehicle comprising a pile layer, a bonding mass layer and a backing layer whereby the bonding mass layer is bonded to the adjacent layers, characterised in that the bonding mass layer is comprising at least thermoplastic elastomeric polyolefin based compound material, an inert filler in a content between 55 and 70% by weight of the overall bonding mass layer, and at least one fatty acid and optional additives, whereby the fatty acid content is between 0.2 and 0.8% by weight of the overall bonding mass layer, and whereby the bonding mass layer has a density of between 1.4 and 1.75kg/dm 3, a viscosity of less than 50.000mPa.s measured according to ISO11443 of 1995 at 190°C, and a Melt Flow Index above 250gr per 10 minutes at 190 degrees centigrade according to ISO 1133-1 from 2012, and whereby the bonding mass layer is adjacent the pile layer and partly penetrated into the lower area of the pile thereby binding the fibers and/or filaments and/or the tufts within the pile.
An induction cooking table including a rectangular hob, and several identical inductors each having a centre, the inductors being distributed according to a two-dimensional arrangement in a heating plane extending below the hob, the centres of the inductors being aligned in rows and columns according to a first direction and a second direction, characterised in that each inductor is formed of a winding of substantially oval-contoured conductive wires and has a main axis of symmetry, the main axes of the inductors extending according to directions parallel to one another and oblique with respect to said first direction and to said second direction.
Energy management method comprising: - a step of harvesting of an electrical energy from an energy source, notably from a renewable energy source, - a step of distribution of the harvested electrical energy configured to be controlled in such a way as to: ∘ in a first configuration, inject at least a part of the harvested electrical energy into an electrical network, ∘ in a second configuration, inject at least a part of the harvested electrical energy into a processing system configured in such a way as to store it in a tank, characterized in that it comprises a step of control of the distribution of the electrical energy comprising a step of determination of a state of storage of the tank and a step of determination of a time to delivery inducing the delivery of at least a predetermined part of the content of the tank, said step of control dosing the injection of electricity into the electrical network and/or into the processing system from these determined state of storage and time to delivery data. - a step of harvesting of an electrical energy from an energy source, notably from a renewable energy source, - a step of distribution of the harvested electrical energy configured to be controlled in such a way as to: ∘ in a first configuration, inject at least a part of the harvested electrical energy into an electrical network, ∘ in a second configuration, inject at least a part of the harvested electrical energy into a processing system configured in such a way as to store it in a tank, ∘ in a first configuration, inject at least a part of the harvested electrical energy into an electrical network, ∘ in a second configuration, inject at least a part of the harvested electrical energy into a processing system configured in such a way as to store it in a tank,
Method for driver assistance in the event of aquaplaning on a road surface on which a vehicle is traveling, wherein a check as regards whether aquaplaning is presently occurring is performed on the basis of at least one driving dynamics variable, wherein, in the event of aquaplaning being identified, an intervention for a change in direction is performed at a rear-wheel brake (42, 46), wherein the brake pressure at the rear-wheel brake is set in a manner dependent on a driver steering demand, characterized in that the intervention is performed, in particular only, when aquaplaning is identified at both front wheels, in particular if the slip of both front wheels lies outside a predefined range.
A collecting and dispensing device for stackable or stackably packed products for use in the medical field, in particular operating room products, wherein the products can be located inside the collecting and dispensing device in stacked fashion, wherein the collecting and dispensing device has a container, forming a housing and including an interior for collecting products located in stacked fashion, the container having a face-end dispensing opening for manual access to the products and having side walls and a base on the bottom and an upper end facing away from the base, and wherein a sensor is provided, by means of which a stack height of the products, and from that the number of products inside the collecting and dispensing device, can be ascertained, characterized in that a portal element is inserted into the interior of the container forming a housing, which portal element is formed from a blank of a flat material by means of a number of folds of the blank; and that the portal element has an upper portal wall, at least partially covering the interior of the container forming a housing at the top, and two lateral portal walls or portal struts, wherein the two lateral portal walls or portal struts bearing the upper portal wall and being braced against the base at the bottom of the container forming a housing; and that the upper portal wall has a spacing from the upper end of the container forming a housing, and as a result a mounting chamber for the sensor is formed; and that in the upper portal wall, at least one opening or a weakened area forming an opening, which can be pressed out manually, is provided, by means of which the sensor can be positioned in the mounting chamber on the upper portal wall; and that the sensor is located on the upper portal wall.
An antenna comprising at least two antenna elements arranged in a recess of a ground conductor, wherein a wall of the recess is arranged so that the recess tapers outward from a narrow base inside the recess to a broader mouth to provide an open inverted frustum, and the wall is configured to provide a ground plane for the at least two antenna elements, and each of the at least two antenna elements comprises a conductive plate arranged perpendicular to the mouth of the recess and to the wall to provide a slot between the wall of the recess and an edge of the conductive plate.