mhurhangee/ep-ind-claims huggingface dataset:
A tissue-penetrating fixation component for an implantable medical device, the component comprising a base portion and at least one tine portion, the base portion defining a longitudinal axis of the component and being configured to be fixedly attached to the implantable medical device such that the longitudinal axis extends approximately parallel to a longitudinal axis of the device, each of the at least one tine portion comprising a hook segment and a distal segment terminated by a tissue-piercing tip, the hook segment being pre-set to extend along a curvature that encloses an angle of between 135 degrees and 270 degrees, from a proximal end thereof, in proximity to the base portion, to a distal end thereof, the distal segment being pre-set to extend along a relatively straight line that is approximately tangent to the distal end of the hook segment, from the distal end of the hook segment to the tip, and the hook segment being elastically deformable from the pre-set curvature to an open position; and characterised in that: the cross-section of the hook segment of each tine portion, perpendicular to the longitudinal axis, is one of: round and elliptical; and the cross-section of the distal segment of each tine portion, perpendicular to the longitudinal axis, is flattened, or rectangular. the cross-section of the hook segment of each tine portion, perpendicular to the longitudinal axis, is one of: round and elliptical; and the cross-section of the distal segment of each tine portion, perpendicular to the longitudinal axis, is flattened, or rectangular.
Container-processing device comprising: - a container-processing wheel provided circumferentially with a plurality of container-processing stations, the container-processing wheel being able to rotate about an axis, and comprising a drive element integrated with or fixed to the container-processing wheel, and - a device for rotationally driving the container-processing wheel, cooperating with the drive element, the drive device comprising a drive motor equipped with a motor pinion coupled in rotation with a rotor of the synchronous drive motor, and - an encoder of the current angular position of the motor pinion, characterized in that the drive device additionally comprises: at least one intermediate pinion, not coaxial with the motor pinion, coupled in rotation with the motor pinion and arranged between the motor pinion and the drive element, such that the rotation of the drive motor drives the rotation of the container-processing wheel via the motor pinion and the intermediate pinion, the diameter of the intermediate pinion being fixed such that a reduction ratio calculated between the motor pinion and the container-processing wheel is equal to 2 n, n being a whole number. - a container-processing wheel provided circumferentially with a plurality of container-processing stations, the container-processing wheel being able to rotate about an axis, and comprising a drive element integrated with or fixed to the container-processing wheel, and - a device for rotationally driving the container-processing wheel, cooperating with the drive element, the drive device comprising a drive motor equipped with a motor pinion coupled in rotation with a rotor of the synchronous drive motor, and - an encoder of the current angular position of the motor pinion,
A method for transmitting an access identification to a telecommunication terminal, having the following steps of: - establishing a first communication connection between a telecommunication terminal and a portable security element via an over-the-air interface, - transmitting security-element specific data from the security element to the telecommunication terminal by means of the first communication connection, - transmitting security-element specific data of the security element and telecommunication-terminal specific data of the telecommunication terminal from the telecommunication terminal to a service facility by means of a second communication connection, and - transmitting an access identification of the portable security element from the service facility to the telecommunication terminal, wherein the access identification is represented on a display facility of the telecommunication terminal. - establishing a first communication connection between a telecommunication terminal and a portable security element via an over-the-air interface, - transmitting security-element specific data from the security element to the telecommunication terminal by means of the first communication connection, - transmitting security-element specific data of the security element and telecommunication-terminal specific data of the telecommunication terminal from the telecommunication terminal to a service facility by means of a second communication connection, and - transmitting an access identification of the portable security element from the service facility to the telecommunication terminal, wherein the access identification is represented on a display facility of the telecommunication terminal.
A radiator support duct made of a resin, the radiator support duct comprising a duct component configured to be arranged on one side in a vehicle longitudinal direction and a support component configured to be arranged on the other side in the vehicle longitudinal direction and having an intake passage, characterized in that the radiator support duct is configured to let air to be supplied to an engine flow through, therein from a first end portion to a second end portion in a vehicle width direction, both end portions of the support component in the vehicle width direction being configured to be joined to a vehicle body, and a lower side of the support component being configured to support a radiator, wherein in a main body area as an area in the vehicle width direction, the duct component includes rigid ribs (50, 51, 52, 53, 54, 55, 56, 57) that are at least formed on an outer surface toward the second end in the vehicle width direction from a reference point centrally located in the vehicle width direction, the main body area being defined by excluding portions, in which all openings for introducing air or discharging the air are located in end portions in the vehicle width direction, from an elongated portion that extends in the vehicle width direction, and in the main body area, the number of the rigid ribs (50, 51, 52, 53, 54, 55, 56, 57, 58, 59) is larger, from the reference point, toward the second end in the vehicle width direction than toward the first end in the vehicle width direction. in a main body area as an area in the vehicle width direction, the duct component includes rigid ribs (50, 51, 52, 53, 54, 55, 56, 57) that are at least formed on an outer surface toward the second end in the vehicle width direction from a reference point centrally located in the vehicle width direction, the main body area being defined by excluding portions, in which all openings for introducing air or discharging the air are located in end portions in the vehicle width direction, from an elongated portion that extends in the vehicle width direction, and in the main body area, the number of the rigid ribs (50, 51, 52, 53, 54, 55, 56, 57, 58, 59) is larger, from the reference point, toward the second end in the vehicle width direction than toward the first end in the vehicle width direction.
An active ray curable ink-jet ink composition, containing: (component A) a polyfunctional (meth)acrylate compound; (component B) a polymerization initiator containing, (component B-1) a bis(acyl)phosphine compound having a molecular weight of 340 or more and/or an α-aminoketone compound having a molecular weight of 340 or more, and (component B-2) a compound represented by the following formula or; wherein the content of the component A is 20% by mass to 98% by mass of the entire ink composition, a polymerization initiator having a molecular weight of less than 340 is not contained or the content of the polymerization initiator having a molecular weight of less than 340 is 1% by mass or less based on the entire ink composition, and the total content of the (component B) polymerization initiator together with other polymerization initiators is in the range of 2.0% by mass to 10.0 % by mass of the entire ink composition, in the formulae and, R 1, R 2, R 3, and R 4 each independently represent an alkyl group having 1 to 5 carbon atoms or a halogen atom, x and y each independently represent an integer of 2 to 4, j and m each independently represent an integer of 0 to 4, k and n each independently represent an integer of 0 to 3, plural R 1 's, R 2 's, R 3 's, and R 4 's may be the same as or different from each other when j, k, m, and n are integers of 2 or more, X 1 represents an x-valent hydrocarbon chain having 2 to 300 carbon atoms, which may include an ether bond and/or an ester bond, and X 2 represents a y-valent hydrocarbon chain having 2 to 300 carbon atoms, which may include an ether bond and/or an ester bond. (component A) a polyfunctional (meth)acrylate compound; (component B) a polymerization initiator containing, (component B-1) a bis(acyl)phosphine compound having a molecular weight of 340 or more and/or an α-aminoketone compound having a molecular weight of 340 or more, and (component B-2) a compound represented by the following formula or; (component B-1) a bis(acyl)phosphine compound having a molecular weight of 340 or more and/or an α-aminoketone compound having a molecular weight of 340 or more, and (component B-2) a compound represented by the following formula or;
A method for treatment of slurry produced in a livestock farm, said method comprising the steps of: guiding said slurry from said livestock farm to a dewatering unit in which said slurry is at least partially dewatered by extracting a watery fraction of said slurry, guiding said slurry from said dewatering unit to a steam dryer, drying said slurry in said steam dryer, guiding said dried slurry into a pyrolysis reactor to produce pyrolysis gas and biochar through a pyrolysis process in said pyrolysis reactor, guiding at least a portion of said pyrolysis gas to a combustion unit in which said pyrolysis gas portion is combusted to raise the temperature of said combusted pyrolysis gas, guiding said combusted pyrolysis gas to said pyrolysis reactor to drive said pyrolysis process, guiding said combusted pyrolysis gas from said pyrolysis reactor to said steam dryer to increase the temperature of steam in said steam dryer, and heating said watery fraction of said slurry in a slurry heating system to a temperature above 75° Celsius by means of steam from said steam dryer. guiding said slurry from said livestock farm to a dewatering unit in which said slurry is at least partially dewatered by extracting a watery fraction of said slurry, guiding said slurry from said dewatering unit to a steam dryer, drying said slurry in said steam dryer, guiding said dried slurry into a pyrolysis reactor to produce pyrolysis gas and biochar through a pyrolysis process in said pyrolysis reactor, guiding at least a portion of said pyrolysis gas to a combustion unit in which said pyrolysis gas portion is combusted to raise the temperature of said combusted pyrolysis gas, guiding said combusted pyrolysis gas to said pyrolysis reactor to drive said pyrolysis process, guiding said combusted pyrolysis gas from said pyrolysis reactor to said steam dryer to increase the temperature of steam in said steam dryer, and heating said watery fraction of said slurry in a slurry heating system to a temperature above 75° Celsius by means of steam from said steam dryer.
Device for locking a strap in a child car seat, comprising at least one first locking element, that is mobile in rotation about a shaft that connects it to a second locking element and is designed to be able to take up: - a locking position of the strap, wherein said first locking element pinches the strap against said second locking element in order to prevent it from moving, and - a free-movement position of the strap, wherein said first locking element is away from the strap, said device comprising an inertial control member carried by said first locking element, or connected directly, by a rod, to said first locking element, said control member controlling the transition from said free-movement position to said locking position, when said control member is subjected to a force of inertia (Fi) that produces an acceleration of the control member that is greater than a predetermined threshold, said control member comprising an inertia block, characterised in that said inertia block is integral with said at least one first locking element and is placed above said shaft and in that the inertia block and said at least one first locking element are integral in rotation around the shaft. - a locking position of the strap, wherein said first locking element pinches the strap against said second locking element in order to prevent it from moving, and - a free-movement position of the strap, wherein said first locking element is away from the strap,
Sound absorbent of a hard material, for absorption of acoustic waves by friction of viscous flow, essentially in the frequency range between 100 and 4000 Hz, consisting of: - a panel element having slits there through which are mutually parallel, where the slits have a length L, a width b, and are spaced a distance B from each other as measured from a center line of adjacent slits, and - a rear surface arranged at a distance d from the panel element, wherein - the ratio between the Length L and width b is at least 50, - the width b is less than 0.4 mm, - the panel has a thickness t less than 20 mm, characterised in that: the distance B between adjacent slits is between 5 and 75 mm, and - the distance d is between 30 and 500 mm. - a panel element having slits there through which are mutually parallel, where the slits have a length L, a width b, and are spaced a distance B from each other as measured from a center line of adjacent slits, and - a rear surface arranged at a distance d from the panel element, wherein - the ratio between the Length L and width b is at least 50, - the width b is less than 0.4 mm, - the panel has a thickness t less than 20 mm, characterised in that: the distance B between adjacent slits is between 5 and 75 mm, and the distance B between adjacent slits is between 5 and 75 mm, and - the distance d is between 30 and 500 mm.
A pharmaceutical formulation in the form of an erosion matrix tablet comprising: i) 35 - 55 % by weight of dimethyl fumarate; ii) 3 - 6 % by weight of hydroxypropyl cellulose; and iii) 40 - 60 % by weight of lactose. i) 35 - 55 % by weight of dimethyl fumarate; ii) 3 - 6 % by weight of hydroxypropyl cellulose; and iii) 40 - 60 % by weight of lactose.
A liquid applicator comprising: a main body; a tank for accommodating a liquid; a tip end applicator body arranged in front of the main body and capable of applying the liquid from the tank to an object; and a sliding cylinder partially inserted in the main body from a rear end of the main body so as to be slidable with respect to the main body, wherein the tank is defined by the main body and the sliding cylinder; and wherein the sliding cylinder is adapted to be capable of being pushed into and pulled out of the main body from outside, so that when the sliding cylinder is pushed into and pulled out of the main body, a volume capacity of the tank can be varied, and characterised in that the main body includes a hard main body shaft portion and a soft flexible portion provided on a circumference of a part of the hard main body shaft portion, the soft flexible portion being adapted to be pushed to constrict the tank so that the liquid from the tank is moved toward the tip end applicator body. a main body; a tank for accommodating a liquid; a tip end applicator body arranged in front of the main body and capable of applying the liquid from the tank to an object; and a sliding cylinder partially inserted in the main body from a rear end of the main body so as to be slidable with respect to the main body, wherein the tank is defined by the main body and the sliding cylinder; and wherein the sliding cylinder is adapted to be capable of being pushed into and pulled out of the main body from outside, so that when the sliding cylinder is pushed into and pulled out of the main body, a volume capacity of the tank can be varied, and characterised in that the main body includes a hard main body shaft portion and a soft flexible portion provided on a circumference of a part of the hard main body shaft portion, the soft flexible portion being adapted to be pushed to constrict the tank so that the liquid from the tank is moved toward the tip end applicator body.
An electrical connector, in particular for a medical device intended to be fixed on the skin of a user, comprising a base secured to the device and a plug intended to be secured to an electrical conductor, characterized in that the plug (100, 100, 120, 400, 410, 420, 700, 2200, 2500, 2800) comprises a single connection means (102, 402, 702a, 2203, 2503, 2803) and the base (20, 50, 80, 2300, 2600, 2900) comprises a plurality of connection means (23, 53, 83, 2301, 2601, 2901), each of them being suitable for cooperating with the connecting means of the plug to ensure the connection between the base and the plug.
Electrical power train for a vehicle, the said power train comprising: - an electrical line to which the auxiliary loads are connected; - a fuel cell connected to the electrical line, - an electrical energy management unit comprising a fuel cell control module; - a control device available to the driver of the vehicle in order to control deceleration of the vehicle, the control device being connected to the management unit; - at least one electrical machine connected to at least one driving wheel, connected to the electrical line by means of an electronic control module for the electrical machine; - an electrical dissipation element; characterized in that said fuel cell comprises a first cooling circuit, providing the cooling of the fuel cell by means of a first heat-transfer liquid charge, the first cooling circuit comprising a first radiator for dissipating heat to the ambient atmosphere, and in that said electrical power train for a vehicle comprises means for, in the case of a demand for deceleration, and when the management unit detects that the power absorbed by the auxiliary loads is less than the power sent over the electrical line, ordering the fuel cell control module to stop the process of producing electrical energy whilst connecting the said dissipation element to the said electrical line. - an electrical line to which the auxiliary loads are connected; - a fuel cell connected to the electrical line, - an electrical energy management unit comprising a fuel cell control module; - a control device available to the driver of the vehicle in order to control deceleration of the vehicle, the control device being connected to the management unit; - at least one electrical machine connected to at least one driving wheel, connected to the electrical line by means of an electronic control module for the electrical machine; - an electrical dissipation element; characterized in that said fuel cell comprises a first cooling circuit, providing the cooling of the fuel cell by means of a first heat-transfer liquid charge, the first cooling circuit comprising a first radiator for dissipating heat to the ambient atmosphere, and in that said electrical power train for a vehicle comprises means for, in the case of a demand for deceleration, and when the management unit detects that the power absorbed by the auxiliary loads is less than the power sent over the electrical line, ordering the fuel cell control module to stop the process of producing electrical energy whilst connecting the said dissipation element to the said electrical line.
A loading device for loading storage and transport receptacles or trays for plastic receptacles, in particular plastic bottles, with a transport device for the trays and with a transferring device for the plastic receptacles which comprises a multi-gripper for a number of plastic receptacles which are arranged in the shape of a row, wherein a stabilisation device is arranged in a loading station for the trays, said stabilisation device comprising a first support rack and a second support rack which are arranged essentially parallel to one another, characterised in that the device is configured in a manner such that the first support rack and the second support rack are at least partly moved into a tray to be loaded, that the second support rack is displaced relative to the first support rack from a first position adjacent to one another into a second position with a predefinable distance to one another, in order to open a first loading lane in the tray to be loaded, and after the loading of the first loading lane with plastic receptacles the second support rack is displaced beyond the first loaded loading lane counter to the transport direction of the tray essentially onto the first position of the first support rack, wherein by way of displacing the second support rack and the tray in the transport direction of the tray essentially by a predetermined distance given an essentially stationary first rack a second loading lane which is adjacent to the first loading lane is opened, said second loading lane being approached by the multi-gripper and being loaded with at least one second row of plastic receptacles, wherein the second support rack is designed as an anti-tipping device for the first row of plastic receptacles during the opening of the second loading lane.
A process for the production of a polyamide, comprising the following steps: a) provision of a first mixture which comprises the following components: at least one lactam, at least one catalyst, b) provision of a second mixture which comprises the following components: at least one lactam, at least one activator, at least one amine, c) mixing of the first mixture with the second mixture to give a polymerizable mixture (pM), d) polymerization of the polymerizable mixture (pM) obtained in step c) to give the polyamide. a) provision of a first mixture which comprises the following components: at least one lactam, at least one catalyst, at least one lactam, at least one catalyst, b) provision of a second mixture which comprises the following components: at least one lactam, at least one activator, at least one amine, at least one lactam, at least one activator, at least one amine, c) mixing of the first mixture with the second mixture to give a polymerizable mixture (pM), d) polymerization of the polymerizable mixture (pM) obtained in step c) to give the polyamide.
A compound of the formula: where: x = bond or CH 2, or -GHR 6 -x-CHR 5 -- is R 15 = R 1 = OH, OCH 3; R 2 = H, OH, OCH3; R 3 = F, Cl and R4 = H, OH, CH 3, F, Cl; or R 4 = F, Cl and R3 =H, OH, CH 3, F, Cl, OCH 3; R 16 = OH, OCH 3; R 17 = Cl, F; R 5 = H, OH; R 6 = H, OH; R 8 and R 9 together are =0 or H, H; and y = bond, CH 2. x = bond or CH 2, or -GHR 6 -x-CHR 5 -- is R 15 = R 1 = OH, OCH 3; R 2 = H, OH, OCH3; R 3 = F, Cl and R4 = H, OH, CH 3, F, Cl; or R 4 = F, Cl and R3 =H, OH, CH 3, F, Cl, OCH 3; R 16 = OH, OCH 3; R 17 = Cl, F; R 5 = H, OH; R 6 = H, OH; R 8 and R 9 together are =0 or H, H; and y = bond, CH 2.
Use of an adhesive tape for joining two webs (splicing), more particularly for joining two film webs, with a carrier composed of a film, there being applied on one side of the carrier an adhesive based on natural rubber or synthetic rubber, where the film is a biaxially oriented film made of polypropylene, polyethylene or polyester such as PET, and on the side of the carrier not coated with adhesive there is a release layer, based in particular on carbamate.