mhurhangee/ep-ind-claims huggingface dataset:
Horological movement with automatic winding, which comprises: - a plate, - a barrel mounted such that it rotates relative to the plate and supporting a primary toothed wheel, - a cannon-pinion mounted such that it rotates relative to the plate about a central axis and meshing with the primary toothed wheel of the barrel by way of a motion-work train, this cannon-pinion comprising a minute pipe which supports a minute hand, - an hour wheel set mounted such that it rotates relative to the plate about said central axis and meshing with the cannon-pinion, this hour wheel set comprising an hour pipe which supports an hour hand, - an oscillating weight in the form of a rotor mounted such that it rotates relative to the plate about the central axis, on the same side of the plate as the cannon-pinion and the hour wheel set, this rotor comprising: ∘ a central hub that meshes with the barrel, ∘ a rim rigidly connected to the central hub, ∘ a heavy annular sector which is rigidly connected to the rim; this horological movement being characterised in that it comprises a lifting arbor rigidly connected to the central hub and via which this hub is mounted such that it rotates relative to the plate; and in that the minute pipe and the hour pipe are mounted coaxially about the lifting arbor that passes therethrough, the minute hand and the hour hand being located between the plate and the rim of the rotor. - a plate, - a barrel mounted such that it rotates relative to the plate and supporting a primary toothed wheel, - a cannon-pinion mounted such that it rotates relative to the plate about a central axis and meshing with the primary toothed wheel of the barrel by way of a motion-work train, this cannon-pinion comprising a minute pipe which supports a minute hand, - an hour wheel set mounted such that it rotates relative to the plate about said central axis and meshing with the cannon-pinion, this hour wheel set comprising an hour pipe which supports an hour hand, - an oscillating weight in the form of a rotor mounted such that it rotates relative to the plate about the central axis, on the same side of the plate as the cannon-pinion and the hour wheel set, this rotor comprising: ∘ a central hub that meshes with the barrel, ∘ a rim rigidly connected to the central hub, ∘ a heavy annular sector which is rigidly connected to the rim; ∘ a central hub that meshes with the barrel, ∘ a rim rigidly connected to the central hub, ∘ a heavy annular sector which is rigidly connected to the rim;
Transferring device (1; 1') for the transport of receptacles between two transport units (15, 16), comprising: - a first plate to be rotatably associated to a support structure for rotation around a first rotation axis; - a plurality of support bodies, each support body being configured to removably support a corresponding one of said receptacles and being movably connected to said first plate through a drive unit which defines, for said support body, a predefined trajectory lying on a reference plane perpendicular to said first rotation axis and developing between a first end that is closer to said first rotation axis and a second end that is farther from said first rotation axis; - a cam rigidly connected to each support body and configured to slide on a guide contour rigidly connected to said support structure in such a way as to cause a movement of said support body according to said predefined trajectory following a change in radius between two portions (21a, 21b) of said guide contour with which said cam cooperates during a corresponding rotation of said first plate relative to said support structure; wherein said support body and said cam are arranged on mutually opposite sides with respect to said first plate according to the direction of said first rotation axis; characterized in that the support body and the cam are rigidly connected to one another through a connection body movably housed in a through slot of said first plate. - a first plate to be rotatably associated to a support structure for rotation around a first rotation axis; - a plurality of support bodies, each support body being configured to removably support a corresponding one of said receptacles and being movably connected to said first plate through a drive unit which defines, for said support body, a predefined trajectory lying on a reference plane perpendicular to said first rotation axis and developing between a first end that is closer to said first rotation axis and a second end that is farther from said first rotation axis; - a cam rigidly connected to each support body and configured to slide on a guide contour rigidly connected to said support structure in such a way as to cause a movement of said support body according to said predefined trajectory following a change in radius between two portions (21a, 21b) of said guide contour with which said cam cooperates during a corresponding rotation of said first plate relative to said support structure;
A drum arrangement for conveying rod-shaped articles for the tobacco processing industry, in particular filter rods and/or filter pieces and/or segmented products, in a transverse axial manner, wherein the drum arrangement has two shifting drums (20, 24) for displacing the rod-shaped articles in a longitudinal axial manner in receiving troughs (21, 22, 34), wherein the first shifting drum is configured with receiving troughs (21, 22) for rod-shaped articles, wherein the first shifting drum is designed such that during or when conveying the rod-shaped articles in a transverse axial direction, the rod-shaped articles can be or are displaced in a longitudinal axial manner in the receiving troughs (21, 22), wherein the rod-shaped articles, after being displaced in a longitudinal axial manner on the first shifting drum, are or can subsequently be transferred from the first shifting drum to the second shifting drum and the transferred rod-shaped articles can be or are displaced in the longitudinal axial direction on the second shifting drum in the receiving troughs of the second shifting drum, characterized in that the first shifting drum has two rows (R1, R2) arranged next to one another of receiving troughs (21, 22) arranged in a transverse axial manner behind one another in the circumferential direction, wherein the receiving troughs of the first row of receiving troughs are arranged or oriented in a non-aligned manner with the receiving troughs of the second row of receiving troughs.
A compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, R and R' are each independently hydrogen, an alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 20 carbon atoms or a cyclic hydrocarbon having 3 to 8 carbon atoms, wherein in the R and R', the alkyl group, the aryl group or the cyclic hydrocarbon optionally have each independently a heteroatom, each x is independently 1 to 50, each y is independently 1 to 100 and each z is independently 1 to 4. R and R' are each independently hydrogen, an alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 20 carbon atoms or a cyclic hydrocarbon having 3 to 8 carbon atoms, wherein in the R and R', the alkyl group, the aryl group or the cyclic hydrocarbon optionally have each independently a heteroatom, each x is independently 1 to 50, each y is independently 1 to 100 and each z is independently 1 to 4.
A terminal-equipped electric wire comprising: an electric wire (10A, 10B) including: a conductor core wire formed of a conductor material; and a terminal formed of a composite metal material in which a plurality of types of metal materials are clad-bonded with each other, wherein the terminal includes a first connection portion and a second connection portion which are formed of different ones of the plurality of types of metal materials, and wherein the conductor core wire is electrically connected to one of the first and second connection portions (25A, 25B), the one corresponding to the conductor material forming the conductor core wire, characterized in that the first connection portion and the second connection portion are arranged at positions offset from each other. an electric wire (10A, 10B) including: a conductor core wire formed of a conductor material; and a terminal formed of a composite metal material in which a plurality of types of metal materials are clad-bonded with each other, wherein the terminal includes a first connection portion and a second connection portion which are formed of different ones of the plurality of types of metal materials, and wherein the conductor core wire is electrically connected to one of the first and second connection portions (25A, 25B), the one corresponding to the conductor material forming the conductor core wire, characterized in that the first connection portion and the second connection portion are arranged at positions offset from each other.
Mobile working machine, in particular wheel loader, telescopic loader, digger, dumper, tractor or the like, having a vehicle frame and having a drive unit for driving at least one first drive element and one second drive element, e.g. drive wheel/roller and/or crawler track or vibration element, wherein at least one first electric motor and one second electric motor and at least one electrical energy store for storing electrical energy at least for the electric motors are provided, wherein the drive unit comprises at least the first electric motor, wherein at least one control unit (12, 17, 20) for electrically and/or electronically controlling the electric motors and/or the energy store is provided, wherein at least one tool-holding device for holding a working tool is provided, and/or wherein the drive unit comprises at least one hydrostatic drive motor, which is driven by the electric motor, for driving the drive element and/or the working tool and/or the tool-holding device, wherein in particular the tool-holding device comprises at least one supporting device which is pivotable about a pivot axis, e.g. lifting arm and/or telescopic boom and/or three-point lifting device, wherein the drive unit comprises at least the first electric motor for driving the first drive element and the second electric motor for driving the second drive element, characterized in that the first drive element is arranged on a front axle of the working machine and the second drive element is arranged on a rear axle of the working machine.
A fabric treatment composition, comprising from 0.0001% to 0.005% by weight of a fabric substantive dye, wherein the fabric substantive dye is loaded onto a particle carrier having an average particle size of less than 100 μm, and wherein the fabric treatment composition comprises from 0.01% to 12% by weight of the fabric substantive dye-loaded particle carrier, the fabric substantive dye-loaded particle carrier having an average particle size of less than 100 μm and comprising from 0.001% to 1% by weight of a fabric substantive dye.
A time-of-flight depth camera comprising a VCSEL array, an optical arrangement, an evaluator and a light detector comprising at least one detector pixel, wherein the VCSEL array or the optical arrangement are arranged to provide different illumination patterns in a reference plane in a defined field-of-view of the time-of-flight depth camera, wherein the light detector is arranged to detect the different illumination patterns, wherein the evaluator is arranged to reconstruct a depth image of the field of view with a resolution of a predefined number of pixels P based on the detected different illumination patterns, wherein a number of the detected different illumination patterns N is at least 5% of the predefined number of pixels P, preferably at least 10% of the predefined number of pixels and most preferred at least 20% of the predefined number of pixels P, wherein the VCSEL array is an addressable VCSEL array, wherein the VCSEL array is arranged to provide different illumination patterns by addressing different VCSELs of the VCSEL array, characterised in that the optical arrangement comprises a replicating optical structure, wherein the replicating optical structure is arranged to replicate a light pattern provided by the VCSEL array across the illumination pattern such that the illumination pattern consists of two, three, four or more sub-illumination patterns, wherein the detector is arranged such that each detector pixel detects a corresponding sub-illumination pattern.
Antenna array for radar sensors, comprising a feed line which is connected by way of one end to an oscillator, a plurality of antenna elements which are each connected by means of a supply line to the feed line, and comprising circuit elements (16, 18, 20) for distributing power to the antenna elements, wherein the circuit elements (16, 18, 20) for distributing power are arranged exclusively in the supply lines which branch off from the feed line, the feed line is of reflective design at that end which is opposite the oscillator, and the distances between the branches of the supply lines and the distance between the last of these branches and the reflective end of the feed line are selected such that the wave which is reflected at the reflective end forms a standing wave when it is superimposed by the incident wave, characterized in that the oscillation antinodes of the said standing wave are each located at the branch points of the supply lines, and in that at least one of the circuit elements for distributing power is formed by a supply line in the form of a strip line which is coupled only capacitively to the feed line.
Wound care device (60, 70, 80, 90, 100, 110, 120, 140, 150) for treating wounds by means of atmospheric negative pressure in the wound region, comprising a wound covering element (3, 61, 71, 91, 101, 111, 191, 211) which can be attached to the skin of a patient, and a connection device for suctioning of fluid media (62, 82, 92, 102, 112, 122), the wound covering element comprising an openable window (10, 23, 63, 73, 83, 93, 103, 113, 117, 121, 141, 151, 192, 212) having a window cover 44, which window is arranged on the wound covering element by means of a gas-tight closure, characterized in that the device further comprises an absorption body (84, 95, 105, 116, 118, 160) which absorbs wound exudate and which comprises at least one superabsorbent substance, and wherein the wound care device comprises a wound spacer mesh provided on the cover side to prevent gel blocking.
A liquid sensing system for a cooler for an aircraft using a two phase working fluid, the aircraft cooler circulating the two phase working fluid between a cooling heat exchanger and a chiller unit for cooling the two phase working fluid, the liquid sensing system comprising: an expansion tank, for functioning as an accumulator and a reservoir for the working fluid, located within a recirculation unit; a middle liquid level sensor configured to detect an absence of the working fluid and to generate a middle liquid level signal by measuring the presence of working fluid in the expansion tank; a liquid temperature sensor configured to sense temperature of the working fluid and generating a liquid temperature signal; means (104, 106) for generating a flight phase signal indicative of a flight phase of the aircraft; wherein the recirculation unit is configured to receive said middle liquid level signal, said liquid temperature signal, and said flight phase signal, said recirculation unit being operative to indicate a working fluid system leak condition when said middle liquid level signal indicates the absence of working fluid continuously for a confirmation period of time, said liquid temperature signal indicates a temperature greater than or equal to a minimum temperature threshold, and said flight phase signal indicates a ground flight phase or cruise flight phase. an expansion tank, for functioning as an accumulator and a reservoir for the working fluid, located within a recirculation unit; a middle liquid level sensor configured to detect an absence of the working fluid and to generate a middle liquid level signal by measuring the presence of working fluid in the expansion tank; a liquid temperature sensor configured to sense temperature of the working fluid and generating a liquid temperature signal; means (104, 106) for generating a flight phase signal indicative of a flight phase of the aircraft; wherein the recirculation unit is configured to receive said middle liquid level signal, said liquid temperature signal, and said flight phase signal, said recirculation unit being operative to indicate a working fluid system leak condition when said middle liquid level signal indicates the absence of working fluid continuously for a confirmation period of time, said liquid temperature signal indicates a temperature greater than or equal to a minimum temperature threshold, and said flight phase signal indicates a ground flight phase or cruise flight phase.
A near space aircraft pod, comprising a pod body and a covering piece, wherein a heat dissipation part is disposed on the pod body for dissipating heat inside the pod body; and the covering piece is connected to the outside of the pod body in a movable manner, for covering the heat dissipation part or keeping a pre-designed distance from the heat dissipation part, so as to control a heat dissipation speed of the near space aircraft pod; the near space aircraft pod further comprises at least one driving device connected to the covering piece, wherein the driving device is fixed inside the pod body and is configured to drive the covering piece to move in a direction away from and a direction close to the heat dissipation part; characterized in that the near space aircraft pod further comprises a temperature control unit configured to control temperature inside the pod body, wherein the temperature control unit is located inside the pod body, and is electrically connected to the driving device. the near space aircraft pod further comprises at least one driving device connected to the covering piece, wherein the driving device is fixed inside the pod body and is configured to drive the covering piece to move in a direction away from and a direction close to the heat dissipation part; characterized in that the near space aircraft pod further comprises a temperature control unit configured to control temperature inside the pod body, wherein the temperature control unit is located inside the pod body, and is electrically connected to the driving device.
A separator for centrifugally processing a flowable product, having the following features: a. a rotatable drum, which delimits a centrifugal space, b. wherein the drum has an inflow and outflow system comprising at least one inflow device and one or more outflow devices, which consist of plastic or a plastics composite, characterized in that c. the drum has an outer supporting apparatus and an inner drum arranged in the outer supporting apparatus, d. the inner drum consists of plastic or a plastics composite, e. a means for clarifying the product to be processed in the centrifugal field is arranged in the inner drum, f. the inflow device and the one or more outflow devices i. extend into the inner drum, and ii. are configured such that they do not rotate with the inner drum during operation, and iii. are connected, bonded and/or welded to one another in a sealed manner at one or more points, g. wherein the inflow and outflow system has as the outflow device one or two or more grippers (29, 30), which respectively has/have a disk portion (29a, 30a) and a shank portion (29b, 30b). a. a rotatable drum, which delimits a centrifugal space, b. wherein the drum has an inflow and outflow system comprising at least one inflow device and one or more outflow devices, which consist of plastic or a plastics composite, characterized in that c. the drum has an outer supporting apparatus and an inner drum arranged in the outer supporting apparatus, d. the inner drum consists of plastic or a plastics composite, e. a means for clarifying the product to be processed in the centrifugal field is arranged in the inner drum, f. the inflow device and the one or more outflow devices i. extend into the inner drum, and ii. are configured such that they do not rotate with the inner drum during operation, and iii. are connected, bonded and/or welded to one another in a sealed manner at one or more points, i. extend into the inner drum, and ii. are configured such that they do not rotate with the inner drum during operation, and iii. are connected, bonded and/or welded to one another in a sealed manner at one or more points, g. wherein the inflow and outflow system has as the outflow device one or two or more grippers (29, 30), which respectively has/have a disk portion (29a, 30a) and a shank portion (29b, 30b).
A metal corrosion resistance evaluation method for evaluating a corrosion resistance of a metal sample suitable for use in machine parts and/or building structures exposed to usage-environment liquid, said method comprising: - measuring surface potentials of the metal under evaluation in a state in which the metal is immersed in said usage-environment liquid to determine a surface potential distribution of the metal; - applying a bias voltage from an alternating-current source between a probe and the metal having a corrosion resistance serving as the sample; - outputting a voltage signal associated with an interacting force exerted between the probe and the sample; - detecting an electrostatic force signal having a specific frequency component contained in the voltage signal output and outputting a value corresponding to the detected signal; - storing in a database a relation between a surface potential difference in a microstructure of a metal with various compositions in a specific liquid, and a corrosion rate of a crevice corrosion or a pitting; and - calculating surface potential differences in a microstructure of the metal on the basis of the surface potential distribution; and - predicting a corrosion rate of a crevice corrosion or a corrosion rate of a pitting of the metal using a maximum surface potential difference from among the calculated surface potential differences as an evaluation index for corrosion evaluation. - measuring surface potentials of the metal under evaluation in a state in which the metal is immersed in said usage-environment liquid to determine a surface potential distribution of the metal; - applying a bias voltage from an alternating-current source between a probe and the metal having a corrosion resistance serving as the sample; - outputting a voltage signal associated with an interacting force exerted between the probe and the sample; - detecting an electrostatic force signal having a specific frequency component contained in the voltage signal output and outputting a value corresponding to the detected signal; - storing in a database a relation between a surface potential difference in a microstructure of a metal with various compositions in a specific liquid, and a corrosion rate of a crevice corrosion or a pitting; and - calculating surface potential differences in a microstructure of the metal on the basis of the surface potential distribution; and - predicting a corrosion rate of a crevice corrosion or a corrosion rate of a pitting of the metal using a maximum surface potential difference from among the calculated surface potential differences as an evaluation index for corrosion evaluation.