mhurhangee/patent-ind-claim-en huggingface dataset:
A device for creating a plurality of challenge-response pairs comprising: a laser radiation source , a challenge modifying element , a radiation scattering element , and a radiation detecting element ; said laser radiation source being arranged to create a challenge by irradiating said challenge modifying element ; said challenge modifying element being arranged to modify said laser radiation received from said radiation source and reflect said modified laser radiation towards said radiation scattering element to create a plurality of challenges; said radiation scattering element being arranged to scatter laser radiation received from said radiation source via said challenge modifying element, and to produce a speckle pattern therefrom; and said radiation detecting element being arranged to create a response to said modified and scattered laser radiation comprising said speckle pattern, which modified and scattered laser radiation is received from said laser radiation source via said radiation scattering element; wherein said challenge modifying element and said radiation detection element are arranged on the same substrate on a first side of an imaginary plane , and said radiation scattering element is arranged on a second side of said imaginary plane, such that said scattered radiation intersects said imaginary plane before it reaches said radiation detection element. a laser radiation source , a challenge modifying element , a radiation scattering element , and a radiation detecting element ; said laser radiation source being arranged to create a challenge by irradiating said challenge modifying element ; said challenge modifying element being arranged to modify said laser radiation received from said radiation source and reflect said modified laser radiation towards said radiation scattering element to create a plurality of challenges; said radiation scattering element being arranged to scatter laser radiation received from said radiation source via said challenge modifying element, and to produce a speckle pattern therefrom; and said radiation detecting element being arranged to create a response to said modified and scattered laser radiation comprising said speckle pattern, which modified and scattered laser radiation is received from said laser radiation source via said radiation scattering element; wherein said challenge modifying element and said radiation detection element are arranged on the same substrate on a first side of an imaginary plane , and said radiation scattering element is arranged on a second side of said imaginary plane, such that said scattered radiation intersects said imaginary plane before it reaches said radiation detection element.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving configuration information regarding a sounding reference signal, SRS, resource; and transmitting a SRS on the SRS resource comprising a plurality of resource elements, REs, configured as N-comb on a frequency domain based on the configuration information, where N is a natural number, and the SRS is configured for positioning, wherein the configuration information regarding the SRS resource includes a first value regarding combOffset for the frequency domain, and a second value related to RelativeOffset for the frequency domain, wherein a starting position of REs for the SRS in the frequency domain within each orthogonal frequency division multiplexing, OFDM, symbol among M OFDM symbols occupied by the plurality of REs is determined based on the following equation: combOffset + RelativeOffset i mod N , wherein RelativeOffset(i) is a relative frequency domain offset for an OFDM symbol i among the M OFDM symbols with respect to a 1 st OFDM symbol among the M OFDM symbols, where M is a positive integer larger than 1, and i ∈ {0, 1, ..., M-1} is an OFDM symbol number within the M OFDM symbols, and wherein each of RelativeOffset(i) for OFDM symbols with index 0 to M-1 is determined based on the second value and i. receiving configuration information regarding a sounding reference signal, SRS, resource; and transmitting a SRS on the SRS resource comprising a plurality of resource elements, REs, configured as N-comb on a frequency domain based on the configuration information, where N is a natural number, and the SRS is configured for positioning, wherein the configuration information regarding the SRS resource includes a first value regarding combOffset for the frequency domain, and a second value related to RelativeOffset for the frequency domain, wherein a starting position of REs for the SRS in the frequency domain within each orthogonal frequency division multiplexing, OFDM, symbol among M OFDM symbols occupied by the plurality of REs is determined based on the following equation: combOffset + RelativeOffset i mod N , wherein RelativeOffset(i) is a relative frequency domain offset for an OFDM symbol i among the M OFDM symbols with respect to a 1 st OFDM symbol among the M OFDM symbols, where M is a positive integer larger than 1, and i ∈ {0, 1, ..., M-1} is an OFDM symbol number within the M OFDM symbols, and wherein each of RelativeOffset(i) for OFDM symbols with index 0 to M-1 is determined based on the second value and i.
Radiation dosimeter for EPR spectroscopy, comprising a quantity of a dosimetric material, the dosimeter being suitable for being irradiated and undergoing a dose measurement by EPR spectroscopy, the dosimeter further comprising a closed enclosure hermetically containing said dosimetric material , the enclosure being made of a single piece of ductile material or consisting of two enclosure parts shaped to cooperate together, the enclosure being made of a material that does not have any response by EPR spectroscopy or that has a response by EPR spectroscopy that is different from the response of the dosimetric material after identical irradiation, such that the signal measured by EPR spectroscopy of the material of the enclosure decays as a function of time after irradiation of said enclosure material, such that there is a period of time after irradiation at the end of which the enclosure material does not have a measurable EPR signal, or has a residual signal the intensity of which is less than 5% of that measured after irradiation, and the dosimetric material has a constant EPR signal as a function of time after irradiation of said dosimetric material.
A cosmetic applicator having a bristle support that transitions into a wand which connects the bristle support to a handle , or transitions into a coupling section for connecting the bristle support to such a wand , wherein the bristle support carries a plurality of respective one-piece bristles , each of the bristles having the length (L), characterized in that the bristles are composed of two imaginary bristle halves that are axially symmetrical relative to each other and are offset relative to each other along an offset plane in which a symmetry axis - which refers to the imaginary non-offset state - lies, and are connected to each other in one piece by having been originally molded together, wherein each of the two bristle halves form a flat region of the bristle that lies in the offset plane and the two bristle halves transition into each other in integral fashion at the location in which they meet each other.
A descender for controlling descent of a person down a rope fixed to an anchor point, the descender comprising a rope entry guide and a rope exit, an eccentrically mounted swivellable camlock having a rope braking surface operable to releasably lock the rope in position against the entry guide in response to movement of the rope towards the exit, and means to adjustably unlock the camlock, said unlock means including a swivellable handle drivingly connected to an inner drive cam , the inner drive cam having bearing surfaces co-operable with the cam surfaces of an outer drive cam within or on the body of the camlock , the arrangement being such that the reaction forces applied to the inner cam via the handle are transmitted to the cam surfaces of the outer cam to thereby provide a mechanical advantage for causing the camlock to open to thereby release the rope and thereafter allow further descent from the anchor point.
Ventilation unit with a casing , a heat exchanger arranged in the casing , a supply air duct , an exhaust air duct , an extract air duct , an outside air duct , comprising a first fan , a second fan and a silencer attachment , wherein the silencer attachment comprises a first, second, third, fourth air guide unit with a first, second, third, fourth air duct and a first, second, third, fourth connection aperture for connecting to the supply air duct , the exhaust air duct , the extract air duct , the outside air duct of the ventilation unit , wherein at least two air guide units comprise a sound insulating material , characterised in that at least two side outlet apertures for routing the diverted air flow out of and/or into the air guide units are provided on at least one side surface of the silencer attachment . wherein the silencer attachment comprises a first, second, third, fourth air guide unit with a first, second, third, fourth air duct and a first, second, third, fourth connection aperture for connecting to the supply air duct , the exhaust air duct , the extract air duct , the outside air duct of the ventilation unit , wherein at least two air guide units comprise a sound insulating material , characterised in that at least two side outlet apertures for routing the diverted air flow out of and/or into the air guide units are provided on at least one side surface of the silencer attachment .
A method for detecting fraudulent network access points, the method comprising: using one or more hardware processors: determining a set of a plurality of network access points currently visible to a first computing device; determining that a first network access point in the set of network access points is broadcasting from a location that is not an expected location based upon a comparison of the set of network access points that are currently visible to the first computing device and access point positioning data describing position information of the set of network access points that are visible to the first computing device, the access point positioning data comprising, for each particular access point in the set of the plurality of network access points, a geolocation of the particular access point, or relative location data that describes probabilities that the particular access point is visible given a set of other access points that are visible; storing an indication that the first network access point is suspected as being anomalous based upon the determination that the first network access point is broadcasting from a location that is not an expected location; and initiating at least one corrective action based upon the indication that the first network access point is anomalous. determining a set of a plurality of network access points currently visible to a first computing device; determining that a first network access point in the set of network access points is broadcasting from a location that is not an expected location based upon a comparison of the set of network access points that are currently visible to the first computing device and access point positioning data describing position information of the set of network access points that are visible to the first computing device, the access point positioning data comprising, for each particular access point in the set of the plurality of network access points, a geolocation of the particular access point, or relative location data that describes probabilities that the particular access point is visible given a set of other access points that are visible; storing an indication that the first network access point is suspected as being anomalous based upon the determination that the first network access point is broadcasting from a location that is not an expected location; and initiating at least one corrective action based upon the indication that the first network access point is anomalous.
Apparatus for forming an assembly (A) able to be packaged inside a packet for smoking articles and comprising an organized group of smoking articles , an accessory element and a reinforcement element , wherein the apparatus comprises: - a forming conveyor provided with a plurality of forming pockets , each forming pocket being configured to receive said assembly (A), - a feed member configured to feed said accessory element into said pockets , - a thrust member configured to introduce the organized group of smoking articles inside said pocket , characterized in that said feed member is also configured to feed said reinforcement element inside said pockets according to a configuration whereby said accessory element and said reinforcement element are partly overlapping each other, and in that it also comprises a counter-thrust member configured in such a way as to move said accessory element outside said pocket while said reinforcement element remains inside said pocket , in order to ensure that said accessory element is associated with said organized group of smoking articles before the latter is associated with the reinforcement element inside the forming pocket , said thrust member and said counter-thrust member being mobile in a reciprocally coordinated manner in order to accompany said accessory element together with said organized group of smoking articles toward said reinforcement element located inside said pocket . - a forming conveyor provided with a plurality of forming pockets , each forming pocket being configured to receive said assembly (A), - a feed member configured to feed said accessory element into said pockets , - a thrust member configured to introduce the organized group of smoking articles inside said pocket , characterized in that said feed member is also configured to feed said reinforcement element inside said pockets according to a configuration whereby said accessory element and said reinforcement element are partly overlapping each other, and in that it also comprises a counter-thrust member configured in such a way as to move said accessory element outside said pocket while said reinforcement element remains inside said pocket , in order to ensure that said accessory element is associated with said organized group of smoking articles before the latter is associated with the reinforcement element inside the forming pocket , said thrust member and said counter-thrust member being mobile in a reciprocally coordinated manner in order to accompany said accessory element together with said organized group of smoking articles toward said reinforcement element located inside said pocket .
Extractor hood comprising a screen part ; a connecting part which can be fastened to a ceiling in order to connect the extractor hood to a power supply; and at least one support cable , the at least one support cable having a support member for suspending the screen part from the ceiling and/or the connecting part , the support member being designed to absorb at least a major portion of a tensile force exerted on the support cable when the screen part is suspended, the at least one support cable having a conductor member for electrically conductively connecting the screen part to the connecting part , characterised in that the conductor member and the support member are provided as separate members of the support cable .
Process for preparing a double metal cyanide catalyst (DMC) comprising 1) in a first step, the reaction of an aqueous solution of a cyanide-free metal salt, an aqueous solution of a metal cyanide salt, an organic complex ligand and a complex-forming component, to form a dispersion; wherein the complex-forming component is a polyether; wherein the reaction is effected using a mixing nozzle; and wherein the process temperature of the dispersion during the reaction is between 26°C and 49°C. 1) in a first step, the reaction of an aqueous solution of a cyanide-free metal salt, an aqueous solution of a metal cyanide salt, an organic complex ligand and a complex-forming component, to form a dispersion;
A pump body, comprising: a flange structure ; a bearing , the bearing being provided with an inner ring and an outer ring , the inner ring being rotatably disposed on the flange structure , and an end face of the inner ring being abutted against a contact face of the flange structure ; and an oil guide channel provided inside a side wall of the inner ring and/or inside the flange structure , the pump body characterized by an outlet of the oil guide channel being positioned between the end face of the inner ring and the contact face of the flange structure , so as to introduce lubricating oil between the end face of the inner ring and the contact face of the flange structure . a flange structure ; a bearing , the bearing being provided with an inner ring and an outer ring , the inner ring being rotatably disposed on the flange structure , and an end face of the inner ring being abutted against a contact face of the flange structure ; and an oil guide channel provided inside a side wall of the inner ring and/or inside the flange structure , the pump body characterized by an outlet of the oil guide channel being positioned between the end face of the inner ring and the contact face of the flange structure , so as to introduce lubricating oil between the end face of the inner ring and the contact face of the flange structure .
Test plug snap closure comprising a shaped body unit having a snap closure , characterized in that the shaped body unit comprises a height adjustment for the snap closure spaced apart from the snap closure, wherein the height adjustment comprises a hollow screw through which a fastener can be passed, wherein the snap closure comprises an oval cylinder having a protrusion and a spring , wherein the spring is enclosed under strain between the oval cylinder and a cover , and wherein the shaped body unit comprises a bore hole in which the snap closure is disposed.
Household appliance , comprising a casing , a washing tub for receiving laundry, a detergent dispenser to convey detergent/treating agents to said washing tub , whereby said detergent dispenser comprises a drawer received in a drawer housing , an inlet water unit for controlling and supplying water to said detergent dispenser and/or said tub , whereby said inlet water unit comprises a valve body comprising at least one inlet configured to connect to a water supply and comprising a plurality of outlets for connection to said detergent dispenser and/or said tub , wherein said outlets are arranged in at least two rows (1 20, 124) in said valve body , wherein - each of said at least two rows comprises at least two outlets (100, 104; 108, 112, 116), - in each of said row the outlets are arranged in a common plane, and - the several planes on which said outlets are arranged are parallel to each other, characterized in that said valve body is connected to a receiving body which is integrated with said drawer housing . - each of said at least two rows comprises at least two outlets (100, 104; 108, 112, 116), - in each of said row the outlets are arranged in a common plane, and - the several planes on which said outlets are arranged are parallel to each other,
Method for electronically controlling a pneumatic brake system in a vehicle , in particular a commercial vehicle, characterized by the following steps: - determining whether a failure or a defect (D) occurs in the electronic actuation (SA, SB) of wheel brakes of the pneumatic brake system (St1); - electronically actuating a pilot valve via a redundancy signal (SR) in the event of a failure or a defect (D) being determined in the electronic actuation (SA, SB) so as to actuate the wheel brakes in a redundant electropneumatic manner (St2); wherein the redundancy signal (SR) is specified in such a manner that the pilot valve alternately transfers for a pulse time (t1) into a second switch position (Z2) and for a pause time (t2) into a first switch position (Z1), wherein the pilot valve outputs a low pressure level (pLow) in the first switch position (Z1) and a high pressure level (pHigh) in the second switch position (Z2) as the pilot pressure (p16), wherein the wheel brakes are actuated using a service brake braking pressure (p1, p2, p3, p4) that is dependent upon the pilot pressure (p16), wherein the pulse time (t1) and the pause time (t2) are set in such a manner that a pilot pressure (p16) occurs that initiates a service brake braking pressure (p1, p2, p3, p4) at the wheel brakes , said service brake braking pressure recurrently dropping at least for a limit time (tGrenz) below a limit pressure (pGrenz) so as to initiate an intermittent braking procedure (SF), wherein the limit pressure (pGrenz) and the limit time (tGrenz) are selected for this purpose in such a manner that it is only ensured that a wheel that tends to lock rotates again by means of specifying the pilot pressure (p16). - determining whether a failure or a defect (D) occurs in the electronic actuation (SA, SB) of wheel brakes of the pneumatic brake system (St1); - electronically actuating a pilot valve via a redundancy signal (SR) in the event of a failure or a defect (D) being determined in the electronic actuation (SA, SB) so as to actuate the wheel brakes in a redundant electropneumatic manner (St2);
A method for transmitting a signal via a Device-to-Device, D2D, link by a User Equipment , UE, in a wireless communication system, the method comprising; receiving information about a Timing Advance, TA, value from a Base Station, BS; transmitting the TA value on a first D2D control channel to a correspondent UE ; and transmitting a D2D data channel based on the first D2D control channel to the correspondent UE by applying the TA value to the D2D data channel without applying the TA value to the first D2D control channel but setting the TA value in a Scheduling Assignment.
A gas barrier laminate film, wherein the gas barrier laminate film has a plastic substrate (A), a silicon oxide layer (B) formed on at least one surface of the plastic substrate (A), and a coat layer (C) formed by applying a coating solution onto a surface of the silicon oxide layer (B); the coating solution comprises a mixture of a polyurethane-based resin (c1) whose terminal is any of a hydroxy group and an isocyanate group, and a silane coupling agent (c2) and contains a reaction product of (c1) with (c2) as a main component; and a number-average molecular weight of the reaction product is in the range of 100,000 to 1,000,000; and wherein the oxygen permeability of the gas barrier laminate film is 4 mL/m 2 /24-hours/MPa or less.