mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit comprising: a network interface configured to transmit and receive frames on a network; network protocol stack hardware logic configured to: (i) perform encapsulation of outgoing messages into outgoing frames for transmission by way of the network interface, or (ii) perform decapsulation of incoming frames received by way of the network interface into incoming messages, wherein the outgoing and incoming messages include application-layer transactions; and a parsing and validation module configured to: (i) receive and parse representations of messages defining the application-layer transactions, and (ii) perform one or more validation checks on the representations of the application-layer transactions in accordance with application-specific rules, wherein the one or more validation checks are performed in parallel to performance of the encapsulation or decapsulation, and wherein a representation of an application-layer transaction failing the one or more validation checks causes the message containing the failed transaction to be discarded. a network interface configured to transmit and receive frames on a network; network protocol stack hardware logic configured to: (i) perform encapsulation of outgoing messages into outgoing frames for transmission by way of the network interface, or (ii) perform decapsulation of incoming frames received by way of the network interface into incoming messages, wherein the outgoing and incoming messages include application-layer transactions; and a parsing and validation module configured to: (i) receive and parse representations of messages defining the application-layer transactions, and (ii) perform one or more validation checks on the representations of the application-layer transactions in accordance with application-specific rules, wherein the one or more validation checks are performed in parallel to performance of the encapsulation or decapsulation, and wherein a representation of an application-layer transaction failing the one or more validation checks causes the message containing the failed transaction to be discarded.
A computing system comprising: a server having a metadata anonymization policy associated therewith; and a client computing device configured to generate metadata and combine the metadata with respective user content data, the client computing device having a given metadata permission policy associated therewith from among a plurality of different metadata permission policies and being further configured to enroll with the server, determine user content data having metadata combined therewith in violation of the metadata anonymization policy, and when the given metadata permission policy permits separation of the metadata from the user content data, strip the metadata in violation of the metadata anonymization policy from the user content data so that the metadata is inaccessible when the user content data is accessed. a server having a metadata anonymization policy associated therewith; and a client computing device configured to generate metadata and combine the metadata with respective user content data, the client computing device having a given metadata permission policy associated therewith from among a plurality of different metadata permission policies and being further configured to enroll with the server, determine user content data having metadata combined therewith in violation of the metadata anonymization policy, and when the given metadata permission policy permits separation of the metadata from the user content data, strip the metadata in violation of the metadata anonymization policy from the user content data so that the metadata is inaccessible when the user content data is accessed. enroll with the server, determine user content data having metadata combined therewith in violation of the metadata anonymization policy, and when the given metadata permission policy permits separation of the metadata from the user content data, strip the metadata in violation of the metadata anonymization policy from the user content data so that the metadata is inaccessible when the user content data is accessed.
A hybrid sound absorbing sheet comprising: a microperforated film comprising through-micro bores present in a first pattern; and, a perforated metal foil comprising holes in a second pattern; wherein the perforated metal foil is disposed on the microperforated film; characterized in that the first pattern of the through-micro bores in the microperforated film and the second pattern of the perforated metal foil comprise non-aligned patterns; wherein the diameter range of the through-micro bores of the microperforated film is 10 micrometers to 200 micrometers; and wherein (a) the thickness of the perforated metal foil is 10 micrometers to 250 micrometers, (b) the total thickness of the hybrid sound absorbing sheet is 50 micrometers to 1600 micrometers, (c) the perforated metal foil is embossed with an emboss depth in the range of from 30 micrometers to 1000 micrometers, or (d) any combination of two or more selected from (a) to (c). a microperforated film comprising through-micro bores present in a first pattern; and, a perforated metal foil comprising holes in a second pattern;
A polyorganosiloxane, characterized by the following structural formula: where a is an arbitrary integer between 6 and 18, n is an arbitrary number between 0.7 and 20, m is an arbitrary number between 10 and 1500, m/n is an arbitrary number greater than 20, R 1 is independently in each occurrence a C1-C5 alkyl group or a phenyl group; R 2 is independently in each occurrence a C1-C5 alkyl group; X represents one or more groups selected from among C2-C6 alkenyl, alkoxy, hydroxyl and hydrogen. n is an arbitrary number between 0.7 and 20, m is an arbitrary number between 10 and 1500, m/n is an arbitrary number greater than 20, R 1 is independently in each occurrence a C1-C5 alkyl group or a phenyl group; R 2 is independently in each occurrence a C1-C5 alkyl group; X represents one or more groups selected from among C2-C6 alkenyl, alkoxy, hydroxyl and hydrogen.
A method for controlling a motor vehicle by means of a parking assistance system , which can be controlled by remote control from outside a motor vehicle by the operator of the remote control, for parking the motor vehicle into a parking space in an automated fashion, wherein - the parking assistance system is suitable for parking in perpendicular parking spaces in forward travel and/or in reverse travel, - the remote control comprises a control means for controlling the forward travel and/or a control means for controlling the reverse travel of the motor vehicle, and - the parking assistance system comprises automated transverse guidance such that the vehicle is steered into the parking space in an automatically directed manner, wherein the method comprises the following steps: - surroundings information with respect to the vehicle surroundings is ascertained by the motor vehicle by means of a surroundings sensor system comprised by the vehicle; and - a parking space is detected by the motor vehicle on the basis of the surroundings information and - if a parking space has been detected - operation of the control means prompts the vehicle to be steered in an automated fashion into the parking space in a forward or reverse direction in a directed manner using automated transverse guidance; and, - if no parking space has been detected, operation of the control means prompts the vehicle to be steered straight on in automated fashion in the forward or reverse direction without turning of the steering wheel. - the parking assistance system is suitable for parking in perpendicular parking spaces in forward travel and/or in reverse travel, - the remote control comprises a control means for controlling the forward travel and/or a control means for controlling the reverse travel of the motor vehicle, and - the parking assistance system comprises automated transverse guidance such that the vehicle is steered into the parking space in an automatically directed manner, - surroundings information with respect to the vehicle surroundings is ascertained by the motor vehicle by means of a surroundings sensor system comprised by the vehicle; and - a parking space is detected by the motor vehicle on the basis of the surroundings information and - if a parking space has been detected - operation of the control means prompts the vehicle to be steered in an automated fashion into the parking space in a forward or reverse direction in a directed manner using automated transverse guidance; and, - if no parking space has been detected, operation of the control means prompts the vehicle to be steered straight on in automated fashion in the forward or reverse direction without turning of the steering wheel.
A switching device for a vehicle headlight having a low beam mode, a high beam mode, and an adaptive mode for irradiating an area that is set based on a detection result of a detection device as irradiating modes for the vehicle headlight , the switching device comprising: a steering column lever switch supported on a steering column of a vehicle so as to be movable by a moving operation input between a stationary initial position and a predetermined stationary moved position, a switch configured to receive a switching operation input to set the adaptive mode, and a controller configured to change the irradiation mode of the headlight according to a position of the lever switch and the switching operation input received by the switch , wherein the controller is configured to change the irradiation mode to the adaptive mode, when the lever switch is in the initial position and the irradiation mode is set to the low beam mode, and the switching operation input on the switch is received, wherein the controller is configured to change the irradiation mode to the low beam mode, when the lever switch is in the initial position and the irradiation mode is set to the adaptive mode, and the switching operation input on the switch is received, wherein the controller is configured to set the irradiation mode to the high beam mode, when the lever switch is in the predetermined moved position, wherein the controller is configured to change the irradiation mode to the adaptive mode and to move the lever switch to the initial position, when the lever switch is in the predetermined moved position and the irradiation mode is set to the high beam mode, and the switching operation input on the switch is received. a steering column lever switch supported on a steering column of a vehicle so as to be movable by a moving operation input between a stationary initial position and a predetermined stationary moved position, a switch configured to receive a switching operation input to set the adaptive mode, and a controller configured to change the irradiation mode of the headlight according to a position of the lever switch and the switching operation input received by the switch , wherein the controller is configured to change the irradiation mode to the adaptive mode, when the lever switch is in the initial position and the irradiation mode is set to the low beam mode, and the switching operation input on the switch is received, wherein the controller is configured to change the irradiation mode to the low beam mode, when the lever switch is in the initial position and the irradiation mode is set to the adaptive mode, and the switching operation input on the switch is received, wherein the controller is configured to set the irradiation mode to the high beam mode, when the lever switch is in the predetermined moved position, wherein the controller is configured to change the irradiation mode to the adaptive mode and to move the lever switch to the initial position, when the lever switch is in the predetermined moved position and the irradiation mode is set to the high beam mode, and the switching operation input on the switch is received.
Brake cylinder comprising a housing , a piston , a pressure bolt , a compression spring , a release bolt having a thread, a securing pin and a nut , the nut being fastened to an end of the release bolt by means of the securing pin , characterized in that the release bolt has a depression at its end for accommodating the securing pin .
An automation system for controlling a machine or installation , to which individual elements in the form of sensors , actuators or controllers are assigned, wherein the individual elements exchange information directly with a computer network having at least one computer unit via the Internet by means of tamper-proof protocols, wherein the individual elements can be identified by the computer network by means of unambiguous identifiers, characterised in that initial values of parameters of the individual elements are combined in a state vector and stored in the computer network and in that , during operation of the machine or system , the computer network checks at defined times whether the currently available parameter values of the state vector correspond to the initial values of this state vector, and in that the computer network generates control commands as a function of these checks.
A computer-based method of evaluating a radiotherapy treatment plan for ion based radiotherapy, comprising the following steps, performed by a processor, for each of at least a first and a second portion in a treatment volume, of - Obtaining information related to the incident energy of ions that will stop in the portion, - Calculate a quantity value representative of the incident energy of the ions that will stop in the portion, characterized in that the method is - Using the quantity values calculated for the first and second portion as a measure of the robustness of the radiotherapy treatment plan. - Obtaining information related to the incident energy of ions that will stop in the portion, - Calculate a quantity value representative of the incident energy of the ions that will stop in the portion, characterized in that the method is - Using the quantity values calculated for the first and second portion as a measure of the robustness of the radiotherapy treatment plan.
Method for the thermal treatment of a consumable wire electrode, which involves subjecting the wire electrode, prior to its intended use as a consumable, current-carrying wire electrode, to a cold treatment in which the wire electrode in a cooling phase is cooled down to a lower target temperature of below minus 50°C and subsequently heated to an upper target temperature in a heating phase.
A method of producing a silicon based solar cell comprising a silicon substrate, said silicon substrate having a surface wherein at least part of said surface comprises conical shaped nanostructures having an average height between 200 and 450 nm and a pitch between 100 and 200 nm, said method comprising the steps of: - producing conical shaped nanostructures having a height between 200 and 450 nm and a pitch between 100 and 200 nm on said silicon based solar cell by means of maskless reactive ion etching (RIE); - passivating said silicon based solar cell by depositing on said conical shaped nanostructures a single layer or a stack of layers of dielectric materials comprising Al 2 O 3 ; - emitter doping said silicon based solar cell by laser doping, wherein said laser doping is performed by a continuous wave laser and comprises exposing said silicon solar cell to a light beam with a wavelength of 532 nm, thereby causing localized melting of the passivation layer and diffusion of Al into the bulk of the molten silicon underneath the passivation layer; - depositing metal contacts; wherein said laser doping and metal contacts depositing occur after said passivating. - producing conical shaped nanostructures having a height between 200 and 450 nm and a pitch between 100 and 200 nm on said silicon based solar cell by means of maskless reactive ion etching (RIE); - passivating said silicon based solar cell by depositing on said conical shaped nanostructures a single layer or a stack of layers of dielectric materials comprising Al 2 O 3 ; - emitter doping said silicon based solar cell by laser doping, wherein said laser doping is performed by a continuous wave laser and comprises exposing said silicon solar cell to a light beam with a wavelength of 532 nm, thereby causing localized melting of the passivation layer and diffusion of Al into the bulk of the molten silicon underneath the passivation layer; - depositing metal contacts;
Integrated electronic component (10; 10') suitable for broadband biasing, comprising: - a substrate having two substrate surfaces which are planar and parallel; - a trench network comprising a plurality of trenches which extend into the substrate from one of said substrate surfaces called trench opening surface (S1); - at least one layered capacitor structure, having layers which extend into the trenches and between at least some of said trenches, said layers of said layered capacitor structure are comprising at least two capacitor electrode layers and at least one dielectric layer ; and - at least one inductor comprised of an electrically conducting wire arranged so as to form one or several turns with turn sections which increase from a narrow end (NE) of the inductor to a large end (LE) of the inductor opposite said narrow end; and - at least three electrical terminals, comprising an input terminal connected electrically to the narrow end (NE) of the inductor and one of the capacitor electrodes , a bias terminal connected electrically to the large end (LE) of the inductor, and an output terminal connected electrically to the other one of the capacitor electrodes, wherein at least one crater (CR) extends into the substrate from one of said substrate surfaces called crater opening surface (S2), down to a bottom level (BL) of the crater, with a section of the crater which decreases from the crater opening surface to the crater bottom level, and the inductor wire is formed by a continuous track of an electrically conducting material which is supported by a slanted peripheral wall (CRW) of the crater and arranged so that the turns are parallel to the crater opening surface with the turn sections decreasing from the crater opening surface to the crater bottom level, the narrow and large inductor ends (NE, LE) being situated at the crater bottom level and crater opening surface, respectively. - a substrate having two substrate surfaces which are planar and parallel; - a trench network comprising a plurality of trenches which extend into the substrate from one of said substrate surfaces called trench opening surface (S1); - at least one layered capacitor structure, having layers which extend into the trenches and between at least some of said trenches, said layers of said layered capacitor structure are comprising at least two capacitor electrode layers and at least one dielectric layer ; and - at least one inductor comprised of an electrically conducting wire arranged so as to form one or several turns with turn sections which increase from a narrow end (NE) of the inductor to a large end (LE) of the inductor opposite said narrow end; and - at least three electrical terminals, comprising an input terminal connected electrically to the narrow end (NE) of the inductor and one of the capacitor electrodes , a bias terminal connected electrically to the large end (LE) of the inductor, and an output terminal connected electrically to the other one of the capacitor electrodes,
Cable retention device provided with two elements, a retention element for an optical drop and a housing element , wherein the housing element is a first elongated body provided with a channel on one of the faces of the first elongated body , where that said channel extends along the first elongated body and is provided with a locking system formed by grooved faces configured to retain the optical drop , locking the optical drop ; and wherein the retention element is a second elongated body of cross-section substantially in the shape of a "C", with an inner shoulder of cross-section complementary to that of the first elongated body of the housing element except for the fact that the inner shoulder is spaced from the channel upon insertion of the first elongated body of the housing element into the retention element , such that when in use, the optical drop is pressed between the grooved faces of the channel and the inner shoulder , and is anchored to the cable retention device by the pressure applied along and around the entire outer surface of the optical drop in order to retain the optical drop ; and wherein said retention element comprises a shoulder extending from its upper face, characterised in that said retention element further comprises a housing extending from the shoulder , the housing being provided with an opening , said housing element further comprises a cable extending from one end of the first elongated body , and at the distal end of the cable there is an enlargement , in the form of a diametrical widening of the cable , suitable for coupling to the housing through the opening of the retention element . wherein the housing element is a first elongated body provided with a channel on one of the faces of the first elongated body , where that said channel extends along the first elongated body and is provided with a locking system formed by grooved faces configured to retain the optical drop , locking the optical drop ; and wherein the retention element is a second elongated body of cross-section substantially in the shape of a "C", with an inner shoulder of cross-section complementary to that of the first elongated body of the housing element except for the fact that the inner shoulder is spaced from the channel upon insertion of the first elongated body of the housing element into the retention element , such that when in use, the optical drop is pressed between the grooved faces of the channel and the inner shoulder , and is anchored to the cable retention device by the pressure applied along and around the entire outer surface of the optical drop in order to retain the optical drop ; and wherein said retention element comprises a shoulder extending from its upper face, characterised in that said retention element further comprises a housing extending from the shoulder , the housing being provided with an opening , said housing element further comprises a cable extending from one end of the first elongated body , and at the distal end of the cable there is an enlargement , in the form of a diametrical widening of the cable , suitable for coupling to the housing through the opening of the retention element .
A distillation column, extraction column or gas scrubber comprising at least one contactor for contacting at least two fluid flows, comprising a structure (100.0) having pores and/or capillaries with an average diameter of 200 μm to 1 mm for guiding a first fluid from a first end to a second end of the structure, wherein the structure (100.0) further comprises a contact region which has no pores and/or capillaries, wherein the contact region is designed for guiding a second fluid in a countercurrent to the first fluid and wherein the first fluid can be brought into contact with the second fluid in the contact region so that an interface is formed between the first and the second fluid, wherein at least one flow breaker (120.0) for breaking a flow of the second fluid is arranged in the contact region (100.0), wherein the flow breaker (120.0) comprises at least two strips, wherein the ratio of a distance between two adjacent strips (120.0) and the height of the strips (120.0) is in a range of 1 to 10, wherein the strips are arranged along the interface between the two flow directions of the first and second fluids such that the speed difference between the two fluids at the interface is reduced, wherein a distributor for distributing the first fluid into the structure is arranged at a first end of the contactor and a collector for collecting the first fluid from the structure is arranged at a second end opposite the first.