mhurhangee/ep-ind-claims huggingface dataset:
A transmission element for workpiece connections to be axially compressed, - with a flange section having a contact surface for a front face of a pipe, wherein said pipe can be introduced in said transmission element, and wherein said pipe can be pressed with said transmission element, and - with a transmission section, - wherein the transmission section exhibiting an essentially cylindrical internal peripheral surface, so that a pipe provided for a nondetachable connection is insertable on the transmission section side into the transmission element in a friction-locked manner, and - wherein the wall thickness of the transmission section tapering from the end proximal to the flange section up to the end distal to the flange section and - wherein the external peripheral surface of the transmission section is inclined towards the central axis of the transmission element, characterized in that - at least one web running in the axial direction is provided on the internal peripheral surface of the transmission section. - with a flange section having a contact surface for a front face of a pipe, wherein said pipe can be introduced in said transmission element, and wherein said pipe can be pressed with said transmission element, and - with a transmission section, - wherein the transmission section exhibiting an essentially cylindrical internal peripheral surface, so that a pipe provided for a nondetachable connection is insertable on the transmission section side into the transmission element in a friction-locked manner, and - wherein the wall thickness of the transmission section tapering from the end proximal to the flange section up to the end distal to the flange section and - wherein the external peripheral surface of the transmission section is inclined towards the central axis of the transmission element, characterized in that - at least one web running in the axial direction is provided on the internal peripheral surface of the transmission section.
A cosmetic product which, in addition to water, contains at least one hydrogenated phospholipid in a concentration of at least 0.7% by weight, at least one divalent and/or trivalent alcohol and at least one vegetable wax, characterized in that a) the vegetable wax is a wax isolated from leaves, needles, stems, roots, bark, skins, seeds, flowers and/or fruits, b) that, in the cosmetic product, the weight ratio of hydrogenated phospholipid to vegetable wax varies between 1:0.3 and 1:1.5, in particular between 1:0.7 and 1:1, c) that, in the cosmetic product, the hydrogenated phospholipid at least is in part in an ortho rhombic lamellar crystalline structure, and d) that the vegetable wax is incorporated in the ortho rhombic lamellar crystalline structure and/or attached to the ortho rhombic lamellar crystalline structure. a) the vegetable wax is a wax isolated from leaves, needles, stems, roots, bark, skins, seeds, flowers and/or fruits, b) that, in the cosmetic product, the weight ratio of hydrogenated phospholipid to vegetable wax varies between 1:0.3 and 1:1.5, in particular between 1:0.7 and 1:1, c) that, in the cosmetic product, the hydrogenated phospholipid at least is in part in an ortho rhombic lamellar crystalline structure, and d) that the vegetable wax is incorporated in the ortho rhombic lamellar crystalline structure and/or attached to the ortho rhombic lamellar crystalline structure.
A method for monitoring and detecting defects in a doubly-fed asynchronous machine including a stator and a rotor, said method being implemented by computer means, where said method comprises: a. receiving, as input and as a function of time, a current measurement (I(t)) and a voltage measurement (U(t)) of at least one phase of the stator, and a measurement of relative rotation speed (v(t)) between the stator and the rotor; b. deducing a stator power (P(t)) as a function of time from received current (I(t)) and voltage (U(t)) measurements; c. performing a harmonic analysis on the resulting stator power (P(t)), where said harmonic analysis includes applying a wavelet transform to the resulting stator power (P(t)), such that a harmonic representation (P(t,f)) of the stator power as a function of frequency results; d. comparing the resulting harmonic representation to a reference harmonic representation, where said reference harmonic representation is selected as a function of the rotation speed (v(t)) measurement, so as to detect possible defects in said machine as a function of possible differences identified by the comparison. a. receiving, as input and as a function of time, a current measurement (I(t)) and a voltage measurement (U(t)) of at least one phase of the stator, and a measurement of relative rotation speed (v(t)) between the stator and the rotor; b. deducing a stator power (P(t)) as a function of time from received current (I(t)) and voltage (U(t)) measurements; c. performing a harmonic analysis on the resulting stator power (P(t)), where said harmonic analysis includes applying a wavelet transform to the resulting stator power (P(t)), such that a harmonic representation (P(t,f)) of the stator power as a function of frequency results; d. comparing the resulting harmonic representation to a reference harmonic representation, where said reference harmonic representation is selected as a function of the rotation speed (v(t)) measurement, so as to detect possible defects in said machine as a function of possible differences identified by the comparison.
A method for establishing whether a microorganism is potentially resistant to a beta-lactam antibiotic, said method comprising the steps of: (a) providing a reference mass spectrum of the beta-lactam antibiotic or its enzymatic modification product; (b) exposing a microorganism, a cell lysate thereof, or a growth medium supernatant thereof, to said beta-lactam antibiotic in aqueous liquid to thereby provide an exposed sample; (c) acquiring a mass spectrum of the exposed sample; (d) comparing the mass spectrum acquired in step (c) with the reference mass spectrum of step (a), and (e) determining from said comparison whether modification of said beta-lactam antibiotic has occurred following said exposure, and establishing that said microorganism is potentially resistant to said beta-lactam antibiotic when said modification is observed, wherein after step (b) said exposed sample is applied together with a matrix material to a mass spectrometric sample support and wherein said sample is dried on the sample support to produce a mass spectrometric sample for matrix-assisted laser desorption ionization mass spectrometry (MALDI-MS). (a) providing a reference mass spectrum of the beta-lactam antibiotic or its enzymatic modification product; (b) exposing a microorganism, a cell lysate thereof, or a growth medium supernatant thereof, to said beta-lactam antibiotic in aqueous liquid to thereby provide an exposed sample; (c) acquiring a mass spectrum of the exposed sample; (d) comparing the mass spectrum acquired in step (c) with the reference mass spectrum of step (a), and (e) determining from said comparison whether modification of said beta-lactam antibiotic has occurred following said exposure, and establishing that said microorganism is potentially resistant to said beta-lactam antibiotic when said modification is observed,
Constant velocity joint, comprising: a joint outer part with ball raceways on the inner circumference, a joint inner part with ball raceways on the outer circumference, in each case one ball raceway on the joint outer part and one ball raceway on the joint inner part forming a ball raceway pair, one ball per ball raceway pair, a cage which is arranged between the joint outer part and the joint inner part and has windows, in which the balls are received, and a first group of ball raceway pairs, the ball raceways (7.1, 8.1) of which are curved and run in a radial plane which includes the centre axis of the respective joint component, and characterized by a second group of ball raceway pairs, the ball raceways (7.2, 8.2) of which in each case run in a straight line and cross one another, the cage being guided loosely on one of the two joint components (2, 3) and being spaced apart from the other joint component (3, 2). a joint outer part with ball raceways on the inner circumference, a joint inner part with ball raceways on the outer circumference, in each case one ball raceway on the joint outer part and one ball raceway on the joint inner part forming a ball raceway pair, one ball per ball raceway pair, a cage which is arranged between the joint outer part and the joint inner part and has windows, in which the balls are received, and a first group of ball raceway pairs, the ball raceways (7.1, 8.1) of which are curved and run in a radial plane which includes the centre axis of the respective joint component, and characterized by a second group of ball raceway pairs, the ball raceways (7.2, 8.2) of which in each case run in a straight line and cross one another, the cage being guided loosely on one of the two joint components (2, 3) and being spaced apart from the other joint component (3, 2).
A computer-implemented method comprising: receiving a domain name resolution request from a requesting process operating on a device; determining that a domain name included in the domain name resolution request is indicative of malicious activity; responding to the domain name resolution request with a network address of a monitored server to cause the requesting process to communicate with the monitored server instead of an adversary server (124, 126); the computer-implemented method characterised in that it further comprises: transitioning an attack associated with the requesting process from the device to a monitored device, wherein the monitored device poses as the device originally impacted by the attack. receiving a domain name resolution request from a requesting process operating on a device; determining that a domain name included in the domain name resolution request is indicative of malicious activity; responding to the domain name resolution request with a network address of a monitored server to cause the requesting process to communicate with the monitored server instead of an adversary server (124, 126); the computer-implemented method characterised in that it further comprises: transitioning an attack associated with the requesting process from the device to a monitored device, wherein the monitored device poses as the device originally impacted by the attack.
A method comprising: determining a sequence of a plurality of pixels including a first pixel and a second pixel relating to the first pixel, wherein an image consisting of the plurality of pixels is to be reconstructed and is reconstructed from X-ray projection data acquired by a CT system; determining a first geometry calculation used for at least one processor to access a first set of projection data relating to the first pixel from a first storage, wherein a geometry calculation determines shadow location of a pixel on a projection plane and determines projection data corresponding to the pixel based on the shadow location; determining a second geometry calculation based on the first geometry calculation; determining, based on the second geometry calculation, a first data template relating to the first pixel and a second data template relating to the second pixel, wherein a data template corresponds to a pixel and includes a frame that is partially filled or to be filled with projection data needed to generate image data corresponding to the pixel; and pre-fetching by the first storage, from a second storage, a second set of projection data based on the first data template and the second data template, wherein the second data template at least partially overlaps a filled first data template, and the second data template is a frame that is partially filled. determining a sequence of a plurality of pixels including a first pixel and a second pixel relating to the first pixel, wherein an image consisting of the plurality of pixels is to be reconstructed and is reconstructed from X-ray projection data acquired by a CT system; determining a first geometry calculation used for at least one processor to access a first set of projection data relating to the first pixel from a first storage, wherein a geometry calculation determines shadow location of a pixel on a projection plane and determines projection data corresponding to the pixel based on the shadow location; determining a second geometry calculation based on the first geometry calculation; determining, based on the second geometry calculation, a first data template relating to the first pixel and a second data template relating to the second pixel, wherein a data template corresponds to a pixel and includes a frame that is partially filled or to be filled with projection data needed to generate image data corresponding to the pixel; and pre-fetching by the first storage, from a second storage, a second set of projection data based on the first data template and the second data template, wherein the second data template at least partially overlaps a filled first data template, and the second data template is a frame that is partially filled.
Measuring arrangement for use when determining trajectories of flying objects, wherein the measuring arrangement comprises: • at least one photodetector arrangement (411, 412, 421, 422, 780, 785, 880, 980) comprising a plurality of photodetector cells in a monolithic construction; • wherein said photodetector arrangement (411, 412, 421, 422, 780, 785, 880, 980) is assigned exactly one imaging system (700, 750, 800, 900), which, during the operation of the measuring arrangement, images in each case a flying object situated in an object plane of the imaging system onto the photodetector arrangement situated in an image plane of the imaging system; and • a time measuring device for measuring transit instants, wherein each of said transit instants corresponds to an instant at which an image of a flying object, said image being generated in the image plane of the imaging system, in each case crosses a cell boundary between mutually adjacent photodetector cells in the photodetector arrangement (411, 412, 421, 422, 780, 785, 880, 980). • at least one photodetector arrangement (411, 412, 421, 422, 780, 785, 880, 980) comprising a plurality of photodetector cells in a monolithic construction; • wherein said photodetector arrangement (411, 412, 421, 422, 780, 785, 880, 980) is assigned exactly one imaging system (700, 750, 800, 900), which, during the operation of the measuring arrangement, images in each case a flying object situated in an object plane of the imaging system onto the photodetector arrangement situated in an image plane of the imaging system; and • a time measuring device for measuring transit instants, wherein each of said transit instants corresponds to an instant at which an image of a flying object, said image being generated in the image plane of the imaging system, in each case crosses a cell boundary between mutually adjacent photodetector cells in the photodetector arrangement (411, 412, 421, 422, 780, 785, 880, 980).
Inductive proximity switch having a ferrite core which has a core hole and is electrically connected to a printed circuit board, characterized in that a contact terminal serves to electrically connect the printed circuit board to the ferrite core, wherein contact is made with the ferrite core in a non-positive manner by means of its core hole.
Catalyst composition comprising an alumina carrier, a Group VIII noble metal, and a halogen compound, wherein the catalyst composition has a compacted bulk density of below 0.84 g/ml, and a total pore volume as measured by mercury porosimetry of more than 0.48 ml/g, wherein at least 80% of said total pore volume resides in pores with a diameter smaller than 12 nm.
An autonomous travel working machine capable of traveling to a charging station by autonomous travel, the autonomous travel working machine comprising: a vehicle body having a traveling function, and a pair of power receiving terminals (25, 36) to be electrically connected to the charging station, wherein one of the pair of power receiving terminals is provided on a surface of the autonomous travel working machine, and the other is provided in a position where the other sandwiches at least a part of the vehicle body with the one power receiving terminal, characterized in that the autonomous travel working machine comprises a recessed portion that a part of the charging station can enter, wherein the pair of power receiving terminals (25, 36) are separately disposed out of the recessed portion and in the recessed portion. a vehicle body having a traveling function, and a pair of power receiving terminals (25, 36) to be electrically connected to the charging station, wherein one of the pair of power receiving terminals is provided on a surface of the autonomous travel working machine, and the other is provided in a position where the other sandwiches at least a part of the vehicle body with the one power receiving terminal, characterized in that the autonomous travel working machine comprises a recessed portion that a part of the charging station can enter, wherein the pair of power receiving terminals (25, 36) are separately disposed out of the recessed portion and in the recessed portion.
A provisioning control apparatus configured to be coupled to a provisioning apparatus, the provisioning apparatus being electrically connectable with a plurality of pins of an electronic component for provisioning the electronic component with security sensitive provisioning data, wherein the provisioning control apparatus comprises: a communication interface configured to provide the security sensitive provisioning data via the provisioning apparatus to the electronic component; wherein the communication interface is further configured to trigger a lockdown of the electronic component; and wherein the communication interface is further configured to determine via the provisioning apparatus one or more states of the plurality of pins of the electronic component for determining a state of the electronic component, after the electronic component has been locked down. a communication interface configured to provide the security sensitive provisioning data via the provisioning apparatus to the electronic component; wherein the communication interface is further configured to trigger a lockdown of the electronic component; and wherein the communication interface is further configured to determine via the provisioning apparatus one or more states of the plurality of pins of the electronic component for determining a state of the electronic component, after the electronic component has been locked down.
Wind energy system, in particular, an offshore wind energy system, comprising a plurality of wind power turbines electrically connected to a high voltage direct current transmission station, characterized in that - at least one overload detection device (20, 20.1) is provided for detecting an overload of the wind energy system, and - at least one control device is provided for controlling at least one overload reduction circuit (24, 24.2, 44) at least when the overload is detected, the overload reduction circuit (24, 24.2, 44) being configured in such a way that, when the overload reduction circuit (24, 24.2, 44) is triggered, at least the current received at the high voltage direct current transmission station is reduced. - at least one overload detection device (20, 20.1) is provided for detecting an overload of the wind energy system, and - at least one control device is provided for controlling at least one overload reduction circuit (24, 24.2, 44) at least when the overload is detected, the overload reduction circuit (24, 24.2, 44) being configured in such a way that, when the overload reduction circuit (24, 24.2, 44) is triggered, at least the current received at the high voltage direct current transmission station is reduced.
Container for beverages comprising an external keg and an internal bag associated internally with said external keg, said external keg and said internal bag being obtainable from respective preforms (112, 114), defining between them a hollow space, and a closing device provided with a valve unit to control the delivery of said beverage and coupled with said external keg and said internal bag in order to close said container, wherein said internal bag has at least one through hole, made in a neck portion thereof, which extends in a radial direction with respect to a longitudinal axis of said internal bag, and connects the internal volume of said internal bag with said hollow space, wherein said closing device comprises a lid suitable to be coupled with the neck portions (22, 28) of said external keg and said internal bag, and a support element connected to said lid and to said valve unit, said support element being mobile and defining a configuration of non-use of said valve unit, in which it cooperates with said lid to define a fluidic seal of said container, and a configuration of use of said valve unit in which it cooperates with said lid to define at least a passage for the air between said at least one through hole and the outside of said container, characterized in that said lid is shaped so as to define an annular cavity in which said neck portions (22, 28) of said external keg and said internal bag can be inserted, said annular cavity being defined by an external edge suitable to couple with the external neck portion, and by an annular flap, protruding substantially parallel to said external edge and suitable to be inserted into an aperture of said internal bag.
On-board installation for the heating and air-conditioning of an area of a movable installation, notably the interior of a land, preferably rail, vehicle, provided with a main heating and air conditioning device comprising a compressor, an expansion valve, a first heat exchanger on external air, a second heat exchanger on fresh air, an electric resistor and/or a water or oil coil placed on the cooling circuit of a thermal or electric motor, a first fan for discharging the external air after the passage thereof in the first heat exchanger, a second fan for blowing the heated or cooled air into said area to be heated or cooled, characterised in that it further comprises a reversible thermodynamic device for heat recovery from the air extracted from said area, said heat recovery device comprising a compressor, an expansion valve, a first heat exchanger on fresh air, a second heat exchanger on the air extracted from said area, a fan for discharging the extracted air outside after the passage thereof in the heat exchanger, and said reversible thermodynamic heat recovery device being suitable by means of the heat extracted from the air extracted from said area, for preheating (in heating mode) or pre-cooling (in cooling mode) the fresh air and sending to the second heat exchanger of the main heating and air-conditioning device and the resistor and/or to the water or oil coil a mixture of returned ventilation air and preheated or pre-cooled fresh air.
Ceramic abutment for a two-part dental implant for receiving an element to be applied, wherein the abutment has at least one core and a cover layer, wherein the cover layer represents an optional layer with respect to the stability of the implant, which can optionally be completely ground off during use, and wherein the core and the cover layer are visually different from one another, characterized in that the at least one core contains color pigments, which are not or which are present in other quantities in the cover layer.