mhurhangee/ep-ind-claims huggingface dataset:
Brake dust particle filter for a disk brake arrangement having a brake disk and a brake caliper, wherein the brake dust particle filter is configured to capture particles generated during braking, and wherein the brake dust particle filter comprises the following: - A ring segment-shaped housing for at least partially receiving the brake disk in a housing interior space, wherein the housing features two axially spaced housing side walls (17, 19) and a housing peripheral wall (26, 62, 64) extending radially outward in circumferential direction, and wherein the housing peripheral wall (26, 62, 64) is disposed or formed between the housing side walls (17, 19); characterized in that the brake dust particle filter additionally features: - at least one tongue (28a, 28b, 28c, 28d) projecting inwardly in the housing interior space from the housing peripheral wall (26, 62, 64) at least in sections with at least one radial component, - wherein the tongue (28a, 28b, 28c, 28d) features a flat cross-sectional shape and at least one base surface facing the housing peripheral wall (26, 62, 64), a cover surface projecting into the housing interior space, and at least one side face, and - at least one filter medium; wherein the tongue (28a, 28b, 28c, 28d) supports the filter medium and is covered at least on the at least one side face, in particular completely, by the filter medium. - A ring segment-shaped housing for at least partially receiving the brake disk in a housing interior space, wherein the housing features two axially spaced housing side walls (17, 19) and a housing peripheral wall (26, 62, 64) extending radially outward in circumferential direction, and wherein the housing peripheral wall (26, 62, 64) is disposed or formed between the housing side walls (17, 19); - at least one tongue (28a, 28b, 28c, 28d) projecting inwardly in the housing interior space from the housing peripheral wall (26, 62, 64) at least in sections with at least one radial component, - wherein the tongue (28a, 28b, 28c, 28d) features a flat cross-sectional shape and at least one base surface facing the housing peripheral wall (26, 62, 64), a cover surface projecting into the housing interior space, and at least one side face, and - at least one filter medium;
A method of wireless near field communications, comprising: obtaining an informational value for a device (104; 204; 310; 402; 600) based on a measurement obtained from one or more device sensors (360; 670); selecting a radio frequency, RF, discovery loop based on the obtained informational value; wherein the selecting is also based on a probability that the device (104; 204; 310; 402; 600) will be used for at least one of: a reader/writer, a card emulation, or peer to peer communications; and performing RF discovery using the selected RF discovery loop. obtaining an informational value for a device (104; 204; 310; 402; 600) based on a measurement obtained from one or more device sensors (360; 670); selecting a radio frequency, RF, discovery loop based on the obtained informational value; wherein the selecting is also based on a probability that the device (104; 204; 310; 402; 600) will be used for at least one of: a reader/writer, a card emulation, or peer to peer communications; and performing RF discovery using the selected RF discovery loop.
An α1-antitrypsin polypeptide or an agent that promotes the expression or activity of α1-antitrypsin for use in a method of treating an insulin resistant patient who has been diagnosed as having Type 2 diabetes, who is diagnosed as being at risk for developing Type 2 diabetes, or who has been diagnosed as having metabolic syndrome, wherein the agent is a genetic construct encoding a full-length α1-antitrypsin polypeptide or a biologically active fragment or mutant thereof and wherein the biologically active fragment or mutant has α1-proteinase inhibitory activity.
A block copolymer of the formula: A-B-A or A-B, wherein block A is: a polymer of allyl glycidyl ether wherein one more of the allyl groups have been replaced with 1,2-dihydroxypropyl group or a group of the formula: -(CH 2) a -S-(CH 2) b -X, wherein a is 3 and b is 1 to 3, and X is selected from an acidic group, a basic group, a cation, an anion, a zwitterion, halo, hydroxyl, acyl, acyloxy, alkylthio, alkoxy, aldehyde, amido, carbamoyl, ureido, cyano, nitro, epoxy, a group of the formula -C (COOH)(NH 2), and a group of the formula -C (COOH)(NHAc), or a salt thereof; and block B is an aromatic hydrophobic polymeric segment selected from polysulfone, polyethersulfone, polycarbonate, poly(phthalazinone ether sulfone ketone), polyether ketone, polyether ether ketone, polyether ketone ketone, polyimide, polyetherimide, and polyamide-imide. a polymer of allyl glycidyl ether wherein one more of the allyl groups have been replaced with 1,2-dihydroxypropyl group or a group of the formula: -(CH 2) a -S-(CH 2) b -X, wherein a is 3 and b is 1 to 3, and X is selected from an acidic group, a basic group, a cation, an anion, a zwitterion, halo, hydroxyl, acyl, acyloxy, alkylthio, alkoxy, aldehyde, amido, carbamoyl, ureido, cyano, nitro, epoxy, a group of the formula -C (COOH)(NH 2), and a group of the formula -C (COOH)(NHAc), or a salt thereof; and block B is an aromatic hydrophobic polymeric segment selected from polysulfone, polyethersulfone, polycarbonate, poly(phthalazinone ether sulfone ketone), polyether ketone, polyether ether ketone, polyether ketone ketone, polyimide, polyetherimide, and polyamide-imide.
A method for producing a housing part for the region of rotor blades of a turbomachine, wherein the housing part surrounds a flow channel of a turbomachine at least partially in the circumferential direction and comprises a wall running in the circumferential direction at the radially outer side of which energy-absorbing structures are configured, the energy-absorbing structures absorbing a high deformation energy when there is a mechanical action that is directed radially outward, wherein the housing part is constructed at least partially in layers with a generative production method, characterized in that the housing part is constructed generatively in the axial direction as a metallic hollow cylinder having at least in some parts a double-wall structure that defines therebetween a housing cavity, wherein the housing cavity is filled with ceramic hollow balls in the housing cavity continuously or stepwise after completion of at least parts of the housing cavity, wherein, together with the ceramic hollow balls, the housing cavity is filled with a binding agent, and the ceramic hollow balls are integrally bonded to one another through sintering.
Apparatus for use in a robotic surgical system comprising: a surgical instrument comprising: a shaft having a distal end and a proximal end; an end effector at the distal end of said shaft, said end effector movable in a degree of freedom; an elongate element coupled to the end effector to cause movement in said degree of freedom in response to movement of said elongate element; and at least one pin disposed at the proximal end of said shaft, said at least one pin coupled to said elongate element such that driving said at least one pin causes movement of said elongate element; a sterilizable instrument holder adapted to releasably couple to the surgical instrument; and a drive assembly releasably coupled to the instrument holder for manipulating the surgical instrument, the drive assembly comprising a first drive (10, 20) coupleable with said at least one pin via the instrument holder for driving said at least one pin when said pin and said first drive (10, 20) are operably engaged; the sterilizable instrument holder configured to transfer rotational motion from the first drive (10, 20) to movement of the end effector in the degree of freedom via an actuator driver releasably coupled to said at least one pin and to the first drive (10,20) of the drive assembly. a surgical instrument comprising: a shaft having a distal end and a proximal end; an end effector at the distal end of said shaft, said end effector movable in a degree of freedom; an elongate element coupled to the end effector to cause movement in said degree of freedom in response to movement of said elongate element; and at least one pin disposed at the proximal end of said shaft, said at least one pin coupled to said elongate element such that driving said at least one pin causes movement of said elongate element; a shaft having a distal end and a proximal end; an end effector at the distal end of said shaft, said end effector movable in a degree of freedom; an elongate element coupled to the end effector to cause movement in said degree of freedom in response to movement of said elongate element; and at least one pin disposed at the proximal end of said shaft, said at least one pin coupled to said elongate element such that driving said at least one pin causes movement of said elongate element; a sterilizable instrument holder adapted to releasably couple to the surgical instrument; and a drive assembly releasably coupled to the instrument holder for manipulating the surgical instrument, the drive assembly comprising a first drive (10, 20) coupleable with said at least one pin via the instrument holder for driving said at least one pin when said pin and said first drive (10, 20) are operably engaged; the sterilizable instrument holder configured to transfer rotational motion from the first drive (10, 20) to movement of the end effector in the degree of freedom via an actuator driver releasably coupled to said at least one pin and to the first drive (10,20) of the drive assembly.
A system for transferring fluidic media, the system comprising: a transfer guard for providing a fluid path from a vial to a reservoir; a handle configured to be operatively engagable to a plunger arm connected to a plunger head arranged for movement in an axial direction to draw the fluidic media into the reservoir; and a casing configured to allow the plunger arm to move in the axial direction relative to the reservoir to move the plunger head in the axial direction within the reservoir, the handle configured to cover at least a portion of the casing; the transfer guard and the handle being configured such that fluidic media is transferred from the vial to the reservoir when the handle is operatively engaged to the plunger arm and the handle is moved in the axial direction relative to the reservoir; wherein the transfer guard has an end for mating with the reservoir, the end comprising a body configured to envelop the reservoir, and the body is adapted to allow fluidic media in the reservoir to be viewable through the body when the reservoir is connected to the said end of the transfer guard and the reservoir contains fluidic media. a transfer guard for providing a fluid path from a vial to a reservoir; a handle configured to be operatively engagable to a plunger arm connected to a plunger head arranged for movement in an axial direction to draw the fluidic media into the reservoir; and a casing configured to allow the plunger arm to move in the axial direction relative to the reservoir to move the plunger head in the axial direction within the reservoir, the handle configured to cover at least a portion of the casing; the transfer guard and the handle being configured such that fluidic media is transferred from the vial to the reservoir when the handle is operatively engaged to the plunger arm and the handle is moved in the axial direction relative to the reservoir; wherein the transfer guard has an end for mating with the reservoir, the end comprising a body configured to envelop the reservoir, and the body is adapted to allow fluidic media in the reservoir to be viewable through the body when the reservoir is connected to the said end of the transfer guard and the reservoir contains fluidic media.
Method for controlling a movement of a movably mounted body of a mechanical system (2, 56, 62), in the case of which method the mechanical system (2, 56, 62) comprises a drive unit (4, 64) which is operated by way of a medium, and a control valve (20, 22), the movably mounted body is driven by way of the drive unit (4, 64), and a drive movement of the drive unit (4, 64) is controlled with the aid of the control valve (20, 22), characterized in that the control valve (20, 22) is actuated by way of a control signal (u(t)) which comprises a first and a further switching pulse (S 1, S 3) in each case with a predefined pulse duration, the pulse duration of the first switching pulse (S 1) being equal to the pulse duration of the further switching pulse (S 3), and a time interval (Δt 1-3) between the start of the first switching pulse (S 1) and the start of the further switching pulse (S 3) being adapted to an intrinsic period duration of the mechanical system (2, 56, 62).
Electromechanical protective switching device, in particular residual-current circuit breaker, having - an insulating-material housing, - an electromechanical tripping relay which is received and held in the insulating-material housing and has a plunger which is mounted moveably between a ready-to-trip inoperative position and a tripped position, - a resetting device for returning the plunger to the ready-to-trip position, wherein the resetting device has a main body mounted moveably in the insulating-material housing and to which a damping element is fastened, the damping element being designed to act on the plunger in the event of a movement of the main body in order to return the plunger to the ready-to-trip position, wherein the damping element is formed elastically in such a way that the pulse of the main body acting on the plunger is damped as a result, - and wherein the main body is movable between a ready-to-reset first position and a second position, characterized - in that the damping element is not fixedly clamped to the main body but rather has a degree of freedom counter to the movement to the second position, so that a free end of the damping element, which serves for returning the plunger, can lift off relative to the main body counter to a movement of the main body to its second position. - an insulating-material housing, - an electromechanical tripping relay which is received and held in the insulating-material housing and has a plunger which is mounted moveably between a ready-to-trip inoperative position and a tripped position, - a resetting device for returning the plunger to the ready-to-trip position, wherein the resetting device has a main body mounted moveably in the insulating-material housing and to which a damping element is fastened, the damping element being designed to act on the plunger in the event of a movement of the main body in order to return the plunger to the ready-to-trip position, wherein the damping element is formed elastically in such a way that the pulse of the main body acting on the plunger is damped as a result, - and wherein the main body is movable between a ready-to-reset first position and a second position, characterized - in that the damping element is not fixedly clamped to the main body but rather has a degree of freedom counter to the movement to the second position, so that a free end of the damping element, which serves for returning the plunger, can lift off relative to the main body counter to a movement of the main body to its second position.
A starter culture for producing sourdough, comprising a mixture of Lactobacillus paracasei BSB 2 DSM 28104 and Lactobacillus gallinarum BSB 1 DSM 28103.
Rolling tool device for deep-rolling of, in particular, blade elements of a rotor area of a jet engine provided with a tool carrier to which two pliers-type bodies (17, 18) are rotatably connected about a joint pivot bearing relative to the tool carrier, with the pliers-type bodies (17, 18) each being provided with a rolling area (21, 22), and with a distance between the rolling areas (21, 22) being variable in dependence of a rotary movement of the pliers-type bodies (17, 18), characterized in that the pliers-type bodies (17, 18) in the zone of the rolling areas (21, 22) are each provided with a part, where main axes of the parts have an extension component in the direction of a rotary axis of the pivot bearing.
A porous glass matrix producing burner, comprising a plurality of annular gas jetting openings (15, 16, 17) that are concentrically arranged outward from a glass material gas jetting port having a center axis; and one line or plural lines of small-diameter gas jetting ports arranged concentrically with respect to the center axis, the axis lines of those small-diameter gas jetting ports that are located on a same circumference among the small-diameter gas jetting ports having a crossing point (f 1) on an extended line of the center axis, characterised by one line or plural lines of small-diameter gas jetting ports that are arranged concentrically with respect to the center axis, in any of the plurality of gas jetting openings other than a most outward gas jetting opening, the most outward gas jetting opening of the plurality of gas jetting openings is clogged by a clogging member, and one line or plural lines of gas jetting holes are provided in the clogging member concentrically with respect to the center axis. characterised by one line or plural lines of small-diameter gas jetting ports that are arranged concentrically with respect to the center axis, in any of the plurality of gas jetting openings other than a most outward gas jetting opening, the most outward gas jetting opening of the plurality of gas jetting openings is clogged by a clogging member, and one line or plural lines of gas jetting holes are provided in the clogging member concentrically with respect to the center axis.
A method for coating a sanitary object, wherein a surface of the object is at least partially coated with a coating which comprises a plurality of layers (5, 6, 7, 8, 9), wherein the individual layers (5, 6, 7, 8, 9) are formed sequentially, wherein a first layer of the coating is made of copper, a second layer of the coating is made of bright nickel, semi-bright nickel or matt nickel, a third layer of the coating is made of a nickel-phosphorus alloy and a fourth layer of the coating is made of a chromium layer, wherein a mass fraction of the phosphorus in the nickel-phosphorus alloy is at least 8% and wherein at least the nickel-phosphorus alloy is applied electrolytically.
An oven for preforms, comprising a path comprising a plurality of spindles, configured to be engaged with the preforms, upstream transfer means for transferring the preforms from an upstream processing unit to the path, downstream transfer means for transferring the preforms heated by the oven to a downstream processing unit, and heating means for the preforms arranged along the path, wherein said upstream transfer means comprise a rotating disk, along the periphery of which a plurality of cavities adapted to be engaged with said preforms is arranged, and said downstream transfer means comprise one or more grippers and wherein the path comprises rectilinear stretches and curvilinear stretches and wherein the curvilinear stretch of the path placed at said transfer means (3, 4) comprises a driving wheel for said spindles, characterized in that the driving wheel comprises a plurality of extensible transfer grippers for the preforms, configured to assist the transfer of the preforms from the upstream transfer means to the path, and from the path to the downstream transfer means.
A control device of an automatic transmission that controls the automatic transmission including a friction engagement element capable of continuously changing a transmission torque, the control device comprising: a first heat load estimation means configured to estimate a heat load state in the friction engagement element based on an indication value of the transmission torque based on the friction engagement element target engagement capacity according to at least an accelerator opening, characterized by comprising an estimation stop means configured to stop the estimation of the heat load state based on a difference state where the indication value of the transmission torque differs from an estimated value of the transmission torque actually transmitted by the friction engagement element. a first heat load estimation means configured to estimate a heat load state in the friction engagement element based on an indication value of the transmission torque based on the friction engagement element target engagement capacity according to at least an accelerator opening, characterized by comprising an estimation stop means configured to stop the estimation of the heat load state based on a difference state where the indication value of the transmission torque differs from an estimated value of the transmission torque actually transmitted by the friction engagement element.
Method for operating a safety-critical system comprising at least one first data device containing approved, safety-related software and comprising at least one reference data device containing the same approved, safety-related software, in which method after the system has been type-tested, the at least one first data device is provided with at least one piece of non safety-related add-on software (8, 9, 10), and the at least one reference data device is blocked to software modifications and is still equipped solely with the safety-related software, before an item of safety data information is output, a comparator is used to check output information (A1, Ar) from the at least one first data device and from the at least one reference data device for a match with regard to the safety-related software, and the safety data information is output if there is a match.
A waterproof moisture-permeable underwear to be worn between undergarment and an outer garment worn on the lower body, characterized in that: the waterproof moisture-permeable underwear is constructed by joining, in junction areas (11A,11B), a plurality of two-layered fabric pieces, each comprising, a base fabric disposed such that it faces the undergarment, and a membrane laminated such that it faces the outer garment and having waterproof moisture-permeability, wherein a material superior to the membrane in texture is selected for the base fabric, and a material superior to the base fabric in welding property is selected for the membrane, and at least one of the junction areas (11A, 11B) is formed by welding. the waterproof moisture-permeable underwear is constructed by joining, in junction areas (11A,11B), a plurality of two-layered fabric pieces, each comprising, a base fabric disposed such that it faces the undergarment, and a membrane laminated such that it faces the outer garment and having waterproof moisture-permeability, wherein a material superior to the membrane in texture is selected for the base fabric, and a material superior to the base fabric in welding property is selected for the membrane, and at least one of the junction areas (11A, 11B) is formed by welding.
Apparatus for conveying cut flowers, comprising a conveyor assembly with opposite, cooperating endless belts for there between conveying the cut flowers in a vertical position, wherein the conveyor assembly comprises at least first and second conveyor sections, wherein the first conveyor section has an input location intended for receiving a cut flower and an output location intended for transferring said cut flower to the second conveyor section, wherein the vertical position of the output location can be changed for changing its vertical position, and thus also the vertical position of the cut flower, relative to the second conveyor section, characterized in that the apparatus further comprises at least one sensor positioned, as considered in a horizontal direction, ahead of the first conveyor section and adjacent the conveyor assembly for generating a sensor signal based upon a vertical position of an arriving cut flower and a control unit firstly connected to the at least one sensor and capable of receiving said sensor signal and secondly connected to a drive unit responsible for changing at least the vertical position of the output location of the first conveyor section and capable of sending an activating signal to said drive unit.