mhurhangee/ep-ind-claims huggingface dataset:
A sensor for the contactless magnetic detection of a linear relative movement of a transducer magnet along a measurement path comprising at least one sensor element, wherein the sensor element detects two components (6, 7) of a magnetic field of the transducer magnet that are perpendicular to one another; wherein the sensor element and the sensor are shorter than the measurement path; wherein a first component is an axial component (Bx); wherein a second component is a radial component (By), wherein an evaluation unit is provided; wherein the axial component (Bx) and the radial component (By) can be evaluated in the evaluation unit in accordance with a mathematical function, with the mathematical function being the ARCTAN (radial component/axial component) or ARCTAN (axial component/radial component), whereby a sectionally monotonous position signal is formed having a respective value of a value range for a respective position along the measurement path of the transducer component; wherein the evaluation unit is configured to correct the position signal in at least one region of the measurement path by a constant correction value so that a monotonous position signal is formed having a monotonous value range over the total measurement path; and wherein the evaluation unit is configured to carry out a correction of the values of the position signal with the aid of a truth table, with the truth table having constant correction values for every region, characterized in that the evaluation unit is configured to form the amount of the radial component (|By|) and the amount of the axial component (|Bx|) and to subtract the amounts (|By|, |Bx|) to obtain a subtraction result, with the values of the axial component (Bx), the values of the radial component (By), the gradient (Bxdx) of the axial component (Bx), the gradient (Bydx) of the radial component (By), and the subtraction result being respectively weighted with a different weighting factor, with the weighting factor in particular corresponding to a power of two; with the evaluation unit being configured to add the weighting factors of the values of the axial component (Bx), the values of the radial component (By), the gradient (Bxdx) of the axial component (Bx), the gradient (Bydx) of the radial component (By), and the subtraction result of a respective region to form a respective weight factor sum; with the evaluation unit being configured to determine the polarity of the transducer magnet from the weight factor sum; and with the evaluation unit being configured on the basis of the determined weight factor sums to correct the position signal in at least one region of the measurement path by a constant correction value so that a monotonous position signal having a monotonous value range is formed over the total measurement path.
Retaining surface, here a retaining surface for building construction purposes, which retaining surface incorporates a support element, - which is formed by a deep-drawing film which is shaped three-dimensionally and forms a relief texture as well as a textured surface - that has a microscopic material roughness needed to achieve the adhesive properties, - that forms one of the two parts of an adhesive bond - is connected to the support element, - and is applied straight to the support element, characterised in that the textured surface is fastened to the support element with an excess of material such that because of the excess of material the material of the textured surface lies on the support element corrugatedly, in that in addition to its microscopic material roughness the textured surface has because of the corrugations a macroscopic roughness on that surface that is oriented away from the support element, in that the material of the textured surface is fastened to the support element by the lower parts of its corrugated area and in that the textured surface is applied straight to the support element only areawise, such that areas that are connected straight to one another and areas to which the textured surface is disposed loosely on the support element, where the areas connected to one another are arranged in the manner of a laying grid. - which is formed by a deep-drawing film which is shaped three-dimensionally and forms a relief texture as well as a textured surface - that has a microscopic material roughness needed to achieve the adhesive properties, - that forms one of the two parts of an adhesive bond - is connected to the support element, - and is applied straight to the support element,
A thermally insulated flexible conduit comprising at least one medium pipe, a thermal insulation disposed around the medium pipe and a jacket disposed around the thermal insulation, the at least one medium pipe having an inner pipe of thermoplastic material, a reinforcing layer arranged around the inner pipe and a protective sheath arranged around the reinforcing layer, characterized in that the reinforcing layer is welded or fused to the inner pipe and/or to the protective sheath of the medium pipe.
A SYSTEM FOR DETECTING AND VISUALIZING TARGETS BY AIRBORNE RADAR, comprising: a plurality of antennae (15, 16, 17... 30), regularly disposed at the periphery of a rotary base coupled to an engine, said rotary base being configured to be mounted below an aircraft fuselage and to be driven by said engine arranged at a bottom side of the aircraft fuselage, such that said plurality of antennae (15,16,17... 30) cover a 360 degree azimuth angle, characterized by: each antenna of said plurality of antennas being pointed to an elevation angle (θ1, θ2,... θn-1, θn), the elevation angles (θ1, θ2,... θn-1, θn) of said plurality antennae being staggered according to a defined pattern; and each antenna being associated to a radar device endowed with computer means furnishing information relating to distance, azimuth, elevation and speed of fixed and moving obstacles above and below the plane of said rotary base. a plurality of antennae (15, 16, 17... 30), regularly disposed at the periphery of a rotary base coupled to an engine, said rotary base being configured to be mounted below an aircraft fuselage and to be driven by said engine arranged at a bottom side of the aircraft fuselage, such that said plurality of antennae (15,16,17... 30) cover a 360 degree azimuth angle, characterized by: each antenna of said plurality of antennas being pointed to an elevation angle (θ1, θ2,... θn-1, θn), the elevation angles (θ1, θ2,... θn-1, θn) of said plurality antennae being staggered according to a defined pattern; and each antenna being associated to a radar device endowed with computer means furnishing information relating to distance, azimuth, elevation and speed of fixed and moving obstacles above and below the plane of said rotary base. each antenna of said plurality of antennas being pointed to an elevation angle (θ1, θ2,... θn-1, θn), the elevation angles (θ1, θ2,... θn-1, θn) of said plurality antennae being staggered according to a defined pattern; and each antenna being associated to a radar device endowed with computer means furnishing information relating to distance, azimuth, elevation and speed of fixed and moving obstacles above and below the plane of said rotary base.
An air drying device for controlling air amount and water content of a compressed air reservoir of a vehicle, said device comprising: - a body unit; - an interface adapted to provide a connection for at least two of a valve-based pressure control and regeneration module, a pneumatic pressure control and regeneration module, and an electronically controlled pressure control and regeneration module; and - an input port for inputting at least one pressure signal; - wherein said air drying device is adapted to receive said at least one pressure signal via said input port before said at least one pressure signal is used for controlling said air drying device. - a body unit; - an interface adapted to provide a connection for at least two of a valve-based pressure control and regeneration module, a pneumatic pressure control and regeneration module, and an electronically controlled pressure control and regeneration module; and - an input port for inputting at least one pressure signal; - wherein said air drying device is adapted to receive said at least one pressure signal via said input port before said at least one pressure signal is used for controlling said air drying device.
A method for closed-loop controlling a reel changer of a reel-fed printing press, with a closed-loop cascade control circuit of a closed-loop current control and a closed-loop rotational speed control superimposed on the closed-loop current control for closed-loop controlling the rotational speed of a motor driving a substrate reel and thus for closed-loop controlling the circumferential speed of the substrate reel respectively of the web speed of a substrate web to be unwound from the substrate reel, wherein the closed-loop rotational speed control dependent on a rotational speed set point value of the closed-loop rotational speed control and a rotational speed actual value outputs an output quantity, which for determining an input variable for the closed-loop current control is calculated with at least one pilot control variable, characterized in that: a) as pilot control variable, with which for determining the input variable for the closed-loop current control the output quantity of the closed-loop rotational speed control is calculated, a current pilot value is used which is determined dependent on a preset density of the substrate reel; b) the pilot control variable is adapted dependent on a current actual value actually provided by the closed-loop current control in such a manner that the current pilot control value used as pilot control variable tracks the current actual value. a) as pilot control variable, with which for determining the input variable for the closed-loop current control the output quantity of the closed-loop rotational speed control is calculated, a current pilot value is used which is determined dependent on a preset density of the substrate reel; b) the pilot control variable is adapted dependent on a current actual value actually provided by the closed-loop current control in such a manner that the current pilot control value used as pilot control variable tracks the current actual value.
Door of a dwelling comprising an openable mail slot mounted on the door and provided with slot locking means storing a public encryption key and being configured to - wirelessly receive and verify a time limited opening code digitally signed or encrypted by the corresponding secret key and transmitted by a short-range wireless key of a mail carrier and - to control the mail slot such that the mail slot is opened automatically by said slot locking means without the carrier's action when the carrier's wireless key is brought to the immediate vicinity of the mail slot and when the opening code received from said carrier's wireless key has been successfully verified by the slot locking means by means of the public encryption key stored in the slot locking means, characterized in that the mail slot, in a locked condition, is strictly flush with the door surface and sealed to its frame to prevent the pouring of liquids in through the slot, and, in an opened condition, the mail slot allows the delivery of parcels having a thickness of at least 5 cm. - wirelessly receive and verify a time limited opening code digitally signed or encrypted by the corresponding secret key and transmitted by a short-range wireless key of a mail carrier and - to control the mail slot such that the mail slot is opened automatically by said slot locking means without the carrier's action when the carrier's wireless key is brought to the immediate vicinity of the mail slot and when the opening code received from said carrier's wireless key has been successfully verified by the slot locking means by means of the public encryption key stored in the slot locking means, characterized in that the mail slot, in a locked condition, is strictly flush with the door surface and sealed to its frame to prevent the pouring of liquids in through the slot, and, in an opened condition, the mail slot allows the delivery of parcels having a thickness of at least 5 cm.
A method of handling an IP Multimedia Subsystem, IMS, session establishment request received from a calling party at a Multimedia Telephone Application Server, MMTel AS, within an IMS network from a Serving Call Session Control Function, S-CSCF, over an IMS Service Control, ISC, interface, the method comprising, within the MMTel AS: a) determining that said request is an originating call case request; b) establishing a first Multimedia Telephone, MMTel, service engine instance within the MMTel AS and using that first MMTel service engine instance to handle the request according to an originating call case; c) determining whether or not a called party associated with said request is served by said MMTel AS and, if so, establishing a second MMTel service engine instance within the MMTel AS, passing the request to said second MMTel service engine instance, and using the second MMTel service engine instance to handle the request according to a terminating call case; d) ensuring that no other service invocations are required for multimedia sessions towards the called party; and e) if no other service invocations are required forwarding said IMS session establishment request over said ISC interface to said S-CSCF, or to another S-CSCF serving the called party; wherein the MMTel AS receives in respect of the calling and/or called party an indication as to whether said further Initial Filter Criteria, IFC, triggering is required and step c) is performed only if no further IFC triggering is required by the S-CSCF in the originating and/or terminating call case handling. a) determining that said request is an originating call case request; b) establishing a first Multimedia Telephone, MMTel, service engine instance within the MMTel AS and using that first MMTel service engine instance to handle the request according to an originating call case; c) determining whether or not a called party associated with said request is served by said MMTel AS and, if so, establishing a second MMTel service engine instance within the MMTel AS, passing the request to said second MMTel service engine instance, and using the second MMTel service engine instance to handle the request according to a terminating call case; d) ensuring that no other service invocations are required for multimedia sessions towards the called party; and e) if no other service invocations are required forwarding said IMS session establishment request over said ISC interface to said S-CSCF, or to another S-CSCF serving the called party;
Motor vehicle door handle arrangement having a locking cylinder for actuating a door lock by means of a key, wherein the locking cylinder in the installation position thereof is fixed by means of a securing element which can be displaced relative to the locking cylinder from a preassembly position into an assembly position, wherein the securing element is displaced by means of at least one actuation screw which engages in a thread in the securing element from the preassembly position into the assembly position, characterised in that the securing element has at least one stop projection with which the actuation screw in the assembly position is axially in abutment in the screwing-in direction thereof.
Device for weighing individual containers, in particular pharmaceutical containers, arranged in a nest, wherein the containers are designed to have a base region and a lid region and the device comprises: - at least one weighing apparatus, wherein the weighing apparatus has at least one load cell for weighing the containers and at least one weighing receptacle for receiving the base region of one of the containers, - an arrangement unit which is designed to arrange the nest in the device for the weighing process, - wherein the device is designed such that the weighing receptacle and the arrangement unit are designed to be movable relative to one another in order to be able to move a container arranged in the nest, which is arranged in the arrangement unit, completely out of the nest, wherein the device has at least one centering apparatus for centering the container to be weighed by means of the weighing apparatus, in particular with respect to the weighing receptacle, wherein the centering apparatus has a centering receptacle for receiving the lid region of the container to be weighed by means of the weighing apparatus, wherein the arrangement unit is designed to place the nest between the weighing apparatus and the centering apparatus, in particular between the weighing receptacle and the centering receptacle, for the weighing process, wherein the arrangement unit, the weighing receptacle and/or the centering receptacle are designed to be movable in the direction of gravity. - at least one weighing apparatus, wherein the weighing apparatus has at least one load cell for weighing the containers and at least one weighing receptacle for receiving the base region of one of the containers, - an arrangement unit which is designed to arrange the nest in the device for the weighing process, - wherein the device is designed such that the weighing receptacle and the arrangement unit are designed to be movable relative to one another in order to be able to move a container arranged in the nest, which is arranged in the arrangement unit, completely out of the nest, wherein the device has at least one centering apparatus for centering the container to be weighed by means of the weighing apparatus, in particular with respect to the weighing receptacle, wherein the centering apparatus has a centering receptacle for receiving the lid region of the container to be weighed by means of the weighing apparatus, wherein the arrangement unit is designed to place the nest between the weighing apparatus and the centering apparatus, in particular between the weighing receptacle and the centering receptacle, for the weighing process, wherein the arrangement unit, the weighing receptacle and/or the centering receptacle are designed to be movable in the direction of gravity.
A blade positioning and support system for a gas turbine engine having a central longitudinal axis and comprising: a blade having a root and a tip, with the root having a surface oriented away from the tip, the surface having a forward end and an aft end, the forward end projecting farther away from the tip than the aft end; and a blade receiver having a face and a facet, the face being oriented away from the facet, the face having a forward end and an aft end, the aft end projecting farther away from the facet than the forward end when the blade receiver is positioned with the facet turned towards the central axis, creating multiple face radii from the central axis, the forward end of the blade receiver face being connected to the aft end of the blade receiver face by an angled ramp; the forward end of the blade root surface is spaced from the tip further than the aft end of the blade root surface by an angled ramp; and the forward end of the blade root surface is received on the forward end of the blade receiver face and the aft end of the blade root surface is received on the aft end of the blade receiver face when the blade is installed in the blade receiver; and the root surface of the blade and the face of the blade receiver extend parallel to each other except for the angled ramps. a blade receiver having a face and a facet, the face being oriented away from the facet, the face having a forward end and an aft end, the aft end projecting farther away from the facet than the forward end when the blade receiver is positioned with the facet turned towards the central axis, creating multiple face radii from the central axis, the forward end of the blade receiver face being connected to the aft end of the blade receiver face by an angled ramp; the forward end of the blade root surface is spaced from the tip further than the aft end of the blade root surface by an angled ramp; and the forward end of the blade root surface is received on the forward end of the blade receiver face and the aft end of the blade root surface is received on the aft end of the blade receiver face when the blade is installed in the blade receiver; and the root surface of the blade and the face of the blade receiver extend parallel to each other except for the angled ramps.
An ultrasonic welding apparatus for ultrasonic machining of a material comprising at least two sonotrodes (3, 4) and a converter device (6, 7, 8) which converts an electrical AC voltage into an ultrasonic vibration and causes the at least two sonotrodes (3, 4) to perform ultrasonic vibration, wherein the at least two sonotrodes (3, 4) are so arranged that the material to be machined is disposed between them during the machining operation and can be machined at the same time by the at least two sonotrodes (3, 4), wherein the converter device (6, 7, 8) excites the first sonotrode at a frequency f S1 and the second sonotrode at a frequency f S2, wherein f S2 is greater than f S1, characterised in that there is provided at least one third sonotrode, wherein the third sonotrode is so arranged that the material to be machined is positioned between at least one sonotrode on the one hand and at least two sonotrodes (4, 5) on the other hand during the machining operation and wherein the total surface area of the sonotrode positioned on one side of the material to be machined approximately corresponds to the total surface area of the sonotrodes (4, 5) positioned on the other side of the material to be machined.
A method of producing leather comprising a plurality of steps, wherein methanesulfonic acid is used in at least one step selected from deliming and fatliquoring.
A method of encoding images captured by a camera, the method comprising: obtaining an image sequence captured with an image sensor of the camera; determining an oscillation frequency of a periodic movement of the camera during capturing of the image sequence; identifying a base subset of images of the image sequence corresponding to the oscillation frequency such that the base subset of images consists of images captured when the camera is in the same or similar position in relation to the periodic movement; and encoding the base subset of images into an encoded video stream comprising intra frames and inter frames. obtaining an image sequence captured with an image sensor of the camera; determining an oscillation frequency of a periodic movement of the camera during capturing of the image sequence; identifying a base subset of images of the image sequence corresponding to the oscillation frequency such that the base subset of images consists of images captured when the camera is in the same or similar position in relation to the periodic movement; and encoding the base subset of images into an encoded video stream comprising intra frames and inter frames.