mhurhangee/ep-ind-claims huggingface dataset:
A firearm comprising a frame in which a barrel having a barrel axis is fixedly mounted, a barrel extension that can be connected to the barrel, a breech having a sliding piece, a gas drive, the gas drive having an annular piston which is displaceably arranged on the barrel to form an expansion chamber between a front resting position and a rear end position, acts on the sliding piece by means of operating rods and is pushed forward by retaining springs, at least one gas port penetrating the wall of the barrel in the region of the expansion chamber and a selector being provided, wherein the expansion chamber is delimited by a ring surface and an inner cylinder surface of the piston, an end surface of the selector and the barrel, and wherein the selector is arranged on the barrel so as to be rotatable about the barrel axis and is rotatable into at least two predefined rest positions, in which rest positions the gas flow from the expansion chamber into the environment is delimitable by at least one selector opening formed on the selector and a gas outlet channel of the piston. the expansion chamber is delimited by a ring surface and an inner cylinder surface of the piston, an end surface of the selector and the barrel, and wherein the selector is arranged on the barrel so as to be rotatable about the barrel axis and is rotatable into at least two predefined rest positions, in which rest positions the gas flow from the expansion chamber into the environment is delimitable by at least one selector opening formed on the selector and a gas outlet channel of the piston.
Open-end spinning rotor, comprising a rotor shaft, a rotor cup and a coupling device for releasably connecting the rotor shaft and rotor cup, wherein the coupling device comprises locking bodies, which are arranged in a holding element and lock the rotor cup and the rotor shaft in axial direction as a consequence of the centrifugal force during operation of the open-end spinning rotor, and wherein a resilient element is associated with the locking bodies and the resilient element cooperates with the locking bodies in such a way that the locking bodies also lock the rotor cup to the rotor shaft in the axial direction at a standstill, the holding element is configured as a pin and the pin is shaped in such a way that it produces a form-fitting shaft-hub connection between the rotor shaft and rotor cup in conjunction with a correspondingly formed hub, characterised in that the holding element with the locking bodies is securely connected to the rotor shaft and the hub is configured as part of the rotor cup.
An apparatus for producing an absorbent which is used for producing an absorbent product, the apparatus being provided with a stacking unit which sequentially forms a plurality of stacks and discharges these stacks in the machine direction separated by gaps, which stacking unit is provided with a rotary drum, a plurality of pattern plates which are held at the outer circumferential surface of the rotary drum in a removable manner, and a material feeder which feeds stacking materials to the pattern plates, the pattern plates respectively having deep recesses so that thick parts are formed around back ends of the stacks in the machine direction, a wrapping unit which wraps the stacks which are sequentially discharged from the stacking unit by a wrapping web to thereby form continuous wrapped stacks, a conveying unit which conveys the continuous wrapped stacks in the machine direction, a pressing unit which presses the conveyed continuous wrapped stacks to stretch the stacks and thereby form connected parts at which adjoining stacks are connected, and a cutting unit which cuts the continuous wrapped stacks at the connected parts to thereby form the absorbents into predetermined shapes. a stacking unit which sequentially forms a plurality of stacks and discharges these stacks in the machine direction separated by gaps, which stacking unit is provided with a rotary drum, a plurality of pattern plates which are held at the outer circumferential surface of the rotary drum in a removable manner, and a material feeder which feeds stacking materials to the pattern plates, the pattern plates respectively having deep recesses so that thick parts are formed around back ends of the stacks in the machine direction, a wrapping unit which wraps the stacks which are sequentially discharged from the stacking unit by a wrapping web to thereby form continuous wrapped stacks, a conveying unit which conveys the continuous wrapped stacks in the machine direction, a pressing unit which presses the conveyed continuous wrapped stacks to stretch the stacks and thereby form connected parts at which adjoining stacks are connected, and a cutting unit which cuts the continuous wrapped stacks at the connected parts to thereby form the absorbents into predetermined shapes.
A stabilizer element for a pipe connection, in which a first pipe is inserted into a second pipe that has an insertion funnel, characterized in that the stabilizer element has a clamping ring with several tensioners distributed around its circumference, which in the final assembly position engage in an intermediate space between the first pipe and the insertion funnel and tension the first pipe and the second pipe against one another, and the clamping ring is composed of several mutually connectable ring segments, in particular of two half shells.
A cathode comprising a conductive substrate and a catalyst layer formed on the conductive substrate, wherein: the catalyst layer comprises a first layer and a second layer, the first layer at least includes palladium element and platinum element, the second layer at least includes iridium element and platinum element, the first layer is located on the conductive substrate, and the second layer is located on the first layer; wherein the second layer includes iridium oxide and platinum as a simple substance; and wherein in an X-ray powder diffraction measurement, a full width at half maximum of a diffraction peak of iridium oxide is 1° or less in an angle region including 2θ = 28°. the catalyst layer comprises a first layer and a second layer, the first layer at least includes palladium element and platinum element, the second layer at least includes iridium element and platinum element, the first layer is located on the conductive substrate, and the second layer is located on the first layer; wherein the second layer includes iridium oxide and platinum as a simple substance; and wherein in an X-ray powder diffraction measurement, a full width at half maximum of a diffraction peak of iridium oxide is 1° or less in an angle region including 2θ = 28°.
An apparatus for generating sputtering of a target to produce a coating on a substrate with a current density on a cathode of a magnetron between 0.1 and 10 A/cm 2 comprising: a HIPIMS power supply operably connected to the magnetron; at least one capacitor operably connected to the HIPIMS power supply; a first switch (S 1) operably connecting the HIPIMS power supply to the magnetron to charge the magnetron and configured for administering a first pulse to the magnetron; characterized by an electrical RF-bias device operably connected to the substrate and configured to apply a substrate bias. a HIPIMS power supply operably connected to the magnetron; at least one capacitor operably connected to the HIPIMS power supply; a first switch (S 1) operably connecting the HIPIMS power supply to the magnetron to charge the magnetron and configured for administering a first pulse to the magnetron; characterized by an electrical RF-bias device operably connected to the substrate and configured to apply a substrate bias.
A vehicle-mounted driving supporting device mounted on a priority vehicle which is a vehicle mounted with an information processing device and traveling on a priority road which supports driving depending on the presence of a nonpriority vehicle entering said priority road from a nonpriority road, the vehicle-mounted driving supporting device comprising: means for transmitting and/or receiving information, and a support determination unit which determines whether or not driving support is required on the basis of a specification regarding driving support of the nonpriority vehicle received from the outside, wherein the specification is the ability of the nonpriority vehicle to receive driving support information from the outside, the outside being only one of the priority vehicle or a road-installed driving support device; and said driving support being provided or not according to the output of said support determination unit. means for transmitting and/or receiving information, and a support determination unit which determines whether or not driving support is required on the basis of a specification regarding driving support of the nonpriority vehicle received from the outside, wherein the specification is the ability of the nonpriority vehicle to receive driving support information from the outside, the outside being only one of the priority vehicle or a road-installed driving support device; and said driving support being provided or not according to the output of said support determination unit.
A system comprising: a transmission apparatus that transmits control information on a control channel; and a reception apparatus comprising a receiver that receives the control information, which indicates a reception capability required for receiving a data channel, wherein the reception apparatus comprises: a comparator that compares the reception capability indicated by the control information with a reception capability of the reception apparatus for the data channel; a data channel decoding section that decodes the data channel when the reception capability indicated by the control information is within said reception capability of the reception apparatus; and a transmitter that transmits an ACK signal or a NACK signal for the data channel when the reception capability indicated by the control information is within said reception capability of the reception apparatus, and transmits neither the ACK signal nor the NACK signal when the reception capability indicated by the control information exceeds said reception capability of the reception apparatus. a transmission apparatus that transmits control information on a control channel; and a reception apparatus comprising a receiver that receives the control information, which indicates a reception capability required for receiving a data channel, wherein the reception apparatus comprises: a comparator that compares the reception capability indicated by the control information with a reception capability of the reception apparatus for the data channel; a data channel decoding section that decodes the data channel when the reception capability indicated by the control information is within said reception capability of the reception apparatus; and a transmitter that transmits an ACK signal or a NACK signal for the data channel when the reception capability indicated by the control information is within said reception capability of the reception apparatus, and transmits neither the ACK signal nor the NACK signal when the reception capability indicated by the control information exceeds said reception capability of the reception apparatus. a comparator that compares the reception capability indicated by the control information with a reception capability of the reception apparatus for the data channel; a data channel decoding section that decodes the data channel when the reception capability indicated by the control information is within said reception capability of the reception apparatus; and a transmitter that transmits an ACK signal or a NACK signal for the data channel when the reception capability indicated by the control information is within said reception capability of the reception apparatus, and transmits neither the ACK signal nor the NACK signal when the reception capability indicated by the control information exceeds said reception capability of the reception apparatus.
A cycle comprising: a frame; a crank rotatably connected to the frame; and a driven wheel rotatably connected to the frame and in operative communication with the rotatable crank; wherein the crank comprises: a crank arm; a crank spindle rotatably connected to the frame and non-rotatably connected to the crank arm; wherein the crank spindle comprises a crank mating surface to interface with the crank arm, and wherein the diameter of the crank spindle continuously decreases along at least a portion of the crank mating surface in a lateral direction to form a crank spindle taper; wherein the crank arm comprises a crank bore to interface with the crank mating surface, and wherein at least a portion of the crank bore has a diameter that continuously decreases in lateral direction to form a crank bore taper, and wherein at least a portion of the crank bore taper has a taper rate and diameter corresponding to a taper rate and diameter of at least a portion of the crank spindle taper; wherein the crank spindle has a round cross-sectional shape throughout the crank mating surface; and the crank spindle taper decreases at a constant rate of approximately 0.05 units of diameter per lateral unit. a frame; a crank rotatably connected to the frame; and a driven wheel rotatably connected to the frame and in operative communication with the rotatable crank; a crank arm; a crank spindle rotatably connected to the frame and non-rotatably connected to the crank arm; wherein the crank spindle comprises a crank mating surface to interface with the crank arm, and wherein the diameter of the crank spindle continuously decreases along at least a portion of the crank mating surface in a lateral direction to form a crank spindle taper; wherein the crank arm comprises a crank bore to interface with the crank mating surface, and wherein at least a portion of the crank bore has a diameter that continuously decreases in lateral direction to form a crank bore taper, and wherein at least a portion of the crank bore taper has a taper rate and diameter corresponding to a taper rate and diameter of at least a portion of the crank spindle taper; wherein the crank spindle has a round cross-sectional shape throughout the crank mating surface; and the crank spindle taper decreases at a constant rate of approximately 0.05 units of diameter per lateral unit.
A nanoparticle comprising a condensed semiconducting polymer and a polyelectrolyte coating surrounding the condensed semiconducting polymer, wherein the polyelectrolyte coating comprises a polyelectrolyte polymer in which each repeating unit of the polyelectrolyte polymer comprises a charge group.
Circuit arrangement for operating an electromagnetic drive system for electromechanical devices, in particular having a mechanically locked end position, having at least one control voltage source with a feeding voltage (U B), having at least a regulating and control circuit, having at least one drive system, having at least one transformer, having at least one rectifier bridge (VD5, VD6, VD7, VD8), having at least one smoothing capacitor, having at least one main switching transistor by means of which the drive system can be actuated in a characteristic pulse tracking system and wherein the main switching transistor is connected in series with a primary branch of the transformer, wherein the transformer is connected to the feeding voltage (U B) and the secondary side of the transformer feeds the rectifier bridge (VD5, VD6, VD7, VD8), characterized in that the DC output voltage of the rectifier bridge (VD5, VD6, VD7, VD8) is smoothed by the smoothing capacitor and is added to the feeding voltage (U B) of the control voltage source so that feeding with DC voltage with a temporal feeding profile takes place.
Vibration isolating insert for a pipe clip, the vibration isolating insert being adapted to be arranged on a substantially annular pipe clip body and ultimately - in use - to be positioned between the outer surface of a pipe and the pipe clip body, the vibration isolating insert comprising an elongate strip, said strip having a pipe facing side, which in use faces the outer surface of the pipe, and opposite thereto a pipe clip facing side, which in use faces an inner side of the pipe clip body, the vibration isolating insert furthermore comprising gripping formations connected to the strip at lateral side portions thereof and extending towards the pipe clip facing side and in use grip over the respective lateral edges of the pipe clip body, the vibration isolating insert comprising a framework and a vibration isolating lining made of a softer material different from the material of the framework, characterized in that, the framework is a profiled section element formed of a polymeric material, said framework comprising a strip shaped web, that reinforces the elongate strip, and lateral reinforcing members connected to the web on either lateral side of the web and reinforcing the gripping formations, and in that the framework furthermore comprises at least one living hinge defining a pivot axis parallel to the longitudinal axis of the insert and allowing at least one of the gripping formations to swivel around said pivot axis to increase and decrease the distance between the gripping formations during arrangement of the insert on a pipe clip body.
A method of feeding fur animals, such as minks, in cages arranged in rows by means of a motorized feeding vehicle, the method comprising - during a feed-delivering session moving the feed vehicle along a row of cages and for each cage: - determining the amount of feed leftover on the cage by means of an electronic detector, such as a 3D camera or 3D scanner arranged on the feeding vehicle, - storing the amount of feed leftover on the cage in a database, - determining an individually metered amount of feed based on a) a planned amount of feed to be delivered to the given cage according to a feeding scheme, b) the determined amount of feed leftover on the cage, i.e. not eaten, and c) a determined and stored amount of feed leftover on the cage, i.e. not eaten, during at least an immediately previous feed-delivering session, and - delivering the determined individually metered amount of feed to the given cage. - during a feed-delivering session moving the feed vehicle along a row of cages and for each cage: - determining the amount of feed leftover on the cage by means of an electronic detector, such as a 3D camera or 3D scanner arranged on the feeding vehicle, - storing the amount of feed leftover on the cage in a database, - determining an individually metered amount of feed based on a) a planned amount of feed to be delivered to the given cage according to a feeding scheme, b) the determined amount of feed leftover on the cage, i.e. not eaten, and c) a determined and stored amount of feed leftover on the cage, i.e. not eaten, during at least an immediately previous feed-delivering session, and - delivering the determined individually metered amount of feed to the given cage. - determining the amount of feed leftover on the cage by means of an electronic detector, such as a 3D camera or 3D scanner arranged on the feeding vehicle, - storing the amount of feed leftover on the cage in a database, - determining an individually metered amount of feed based on a) a planned amount of feed to be delivered to the given cage according to a feeding scheme, b) the determined amount of feed leftover on the cage, i.e. not eaten, and c) a determined and stored amount of feed leftover on the cage, i.e. not eaten, during at least an immediately previous feed-delivering session, and - delivering the determined individually metered amount of feed to the given cage.
A method for the preparation of a suspension of microcapsules, each comprising at least one essential oil, wherein the microcapsules have an amphiphatic shell surrounding a core comprising at least one essential oil, and wherein said amphiphatic shell is a multivalent salt form of at least one alkanoic acid, said method comprising: (a) admixing at least one alkanoic acid with at least one essential oil; (b) admixing the mixture of step (a) with an aqueous basic solution to obtain a suspension; and (c) admixing into the suspension of step (b) an aqueous salt solution comprising at least one multivalent cation, thereby obtaining a suspension of microcapsules comprising said at least one essential oil. (a) admixing at least one alkanoic acid with at least one essential oil; (b) admixing the mixture of step (a) with an aqueous basic solution to obtain a suspension; and (c) admixing into the suspension of step (b) an aqueous salt solution comprising at least one multivalent cation, thereby obtaining a suspension of microcapsules comprising said at least one essential oil.
Air gun, comprising a substantially cylindrical-shaped external case, provided at one end with a connection element suitable to enable the connection of said air gun with a device for supplying a fluid to be sprayed, and provided at the opposite end with an expulsion device suitable to enable the outlet of said fluid to be sprayed towards the outside; a vortex generator device arranged inside said case and provided with a plurality of internal walls having curvilinear profiles, arranged in a way as to define a plurality of separated helical pipes, to give said fluid to be sprayed a helical rotatory motion; said vortex generator device comprising a cylindrical body and an axial column, arranged at the axis of said cylindrical body, said plurality of internal walls being angularly distributed about said column and being connected to said column according to substantially tangential directions; characterized in that said separated helical pipes have a substantially triangular section profile with curvilinear sides, two of the sides being convex, and the third side being concave, such that said triangles placed side by side shape a discoid profile.
A compensation circuit, connected between a base and a collector of a transistor of a common emitter amplifier and configured to use non-linear capacitance of a diode under different bias conditions to neutralize an impact of a variation in capacitance between the base and the collector of the transistor according to a radio frequency signal, wherein the compensation circuit comprises an inductor, capacitor, and a diode that have a common node, another end of the inductor is directly connected to a bias voltage, and another end of the capacitor is directly connected to a base of the transistor; and an anode of the diode is directly connected to a collector of the transistor, and a cathode thereof is directly connected to the common node.