mhurhangee/patent-ind-claim-en huggingface dataset:
Connecting device for releasably connecting electrical connections, for example between a storage battery and an electric machine tool or a storage battery and a charging device, wherein the connecting device contains a carrier unit and at least one connection socket which is connectable to the carrier unit , wherein at least one second connection socket which is connectable to the carrier unit is provided, wherein the at least first and second connection sockets are positioned consecutively in series along the carrier unit in such a manner that a contact element is connected to the at least first and second connection sockets when the contact element is attached to the connecting device , characterized in that the carrier unit substantially contains a U profile with at least two holding elements for positioning and holding the connection socket on the carrier unit , and in that each connection socket contains a first end , a second end , a base element , a first wall element , a second wall element and a spring unit with a first spring element and a second spring element for receiving and holding a contact element, wherein the first spring element is connected to the first wall element and the second spring element is connected to the second wall element , wherein the base element of each connection socket contains a protrusion and a recess , wherein the protrusion is arranged opposite the recess and the configuration of the protrusion corresponds to the configuration of the recess , and therefore the protrusion of a first connection socket can be fitted into the recess of a second connection socket .
A milking system, comprising: a manifold , comprising: a plurality of inlets , each inlet adapted to receive a flow of milk from a corresponding teat of a dairy livestock; a plurality of milk collector outlets , each milk collector outlet corresponding to one of the plurality of inlets and adapted to direct the flow of milk received from the corresponding inlet to a milk collector ; and a plurality of drain outlets , each drain outlet corresponding to one of the plurality of inlets and adapted to direct the flow of milk received from the corresponding one or more of the plurality of inlets to a discard area ; a shut-off valve corresponding to a first one of the plurality of inlets ; and a drain valve corresponding to the first one of the plurality of inlets ; wherein the shut-off valve corresponding to the first one of the plurality of inlets operates in conjunction with the drain valve corresponding to the first one of the plurality of inlets to direct the flow of milk received at the first inlet to either the milk collector outlet corresponding to the first inlet or the drain outlet corresponding to the first inlet . a manifold , comprising: a plurality of inlets , each inlet adapted to receive a flow of milk from a corresponding teat of a dairy livestock; a plurality of milk collector outlets , each milk collector outlet corresponding to one of the plurality of inlets and adapted to direct the flow of milk received from the corresponding inlet to a milk collector ; and a plurality of drain outlets , each drain outlet corresponding to one of the plurality of inlets and adapted to direct the flow of milk received from the corresponding one or more of the plurality of inlets to a discard area ; a plurality of inlets , each inlet adapted to receive a flow of milk from a corresponding teat of a dairy livestock; a plurality of milk collector outlets , each milk collector outlet corresponding to one of the plurality of inlets and adapted to direct the flow of milk received from the corresponding inlet to a milk collector ; and a plurality of drain outlets , each drain outlet corresponding to one of the plurality of inlets and adapted to direct the flow of milk received from the corresponding one or more of the plurality of inlets to a discard area ; a shut-off valve corresponding to a first one of the plurality of inlets ; and a drain valve corresponding to the first one of the plurality of inlets ; wherein the shut-off valve corresponding to the first one of the plurality of inlets operates in conjunction with the drain valve corresponding to the first one of the plurality of inlets to direct the flow of milk received at the first inlet to either the milk collector outlet corresponding to the first inlet or the drain outlet corresponding to the first inlet .
Method for improving the security of an electronic communication network using a deception technology, in which lures and decoys are distributed in the communication network, in order to detect an attacker in the communication network, characterised in that - an attack vector on the communication network is determined, - an attack graph is drawn up, on the basis of the attack vector, which graph shows possible attack points and attack paths as acyclic directed graph having at least one sink representing the target, and at least one source representing the relevant attack point, - the type and the number of lures and decoys are determined on the basis of the structure of the attack graph , and - the lures and decoys are distributed in the communication network using a target function, wherein the target function takes into account the following parameters: a) shorter paths to the target or the targets of the attack graph are particularly attractive for attackers , b) a decoy is placed on as many paths as possible to the target or the targets of the attack graph , c) the lures and decoys are arranged as close as possible to the attack points of the attack graph , wherein a new attack graph is created by the distribution of the lures and decoys, and wherein subsequently a comparison of the original attack graph with the newly created attack graph is carried out, and the change is assessed on the basis of the target function value. - an attack vector on the communication network is determined, - an attack graph is drawn up, on the basis of the attack vector, which graph shows possible attack points and attack paths as acyclic directed graph having at least one sink representing the target, and at least one source representing the relevant attack point, - the type and the number of lures and decoys are determined on the basis of the structure of the attack graph , and - the lures and decoys are distributed in the communication network using a target function, wherein the target function takes into account the following parameters: a) shorter paths to the target or the targets of the attack graph are particularly attractive for attackers , b) a decoy is placed on as many paths as possible to the target or the targets of the attack graph , c) the lures and decoys are arranged as close as possible to the attack points of the attack graph , a) shorter paths to the target or the targets of the attack graph are particularly attractive for attackers , b) a decoy is placed on as many paths as possible to the target or the targets of the attack graph , c) the lures and decoys are arranged as close as possible to the attack points of the attack graph , wherein a new attack graph is created by the distribution of the lures and decoys, and wherein subsequently a comparison of the original attack graph with the newly created attack graph is carried out, and the change is assessed on the basis of the target function value.
An adjustment mechanism for adjusting movable furniture pieces, consisting of a linear actuator attachable at components of the adjustment mechanism, said linear actuator including a drive motor with a threaded spindle rotatably supported in a cladding tube and arranged to be driven by the drive motor , a spindle nut fitted on the threaded spindle and non-rotatably but longitudinally displaceably guided in the cladding tube , and a slider coupled in motion with the spindle nut and longitudinally displaceably guided on the outside of the cladding tube relative thereto, the slider being coupled through a lever gear with an actuator for a furniture piece, preferably to a rotatable tube of the adjustment mechanism, and the cladding tube including side faces, at least one of which includes a longitudinal slot as an access for components of the slider for connection to the spindle nut , and a lower side and an upper side, the slider extending over the upper side, characterized by that at the part of the slider preferably having a U-shaped cross-section and extending over the upper side of the cladding tube , a bearing block protruding from the upper side is fixed or formed, that to the bearing block , a first end of a pivoted lever forming the lever gear is hinged, that the second end of the pivoted lever is hinged to a bearing tab that is fastened to the actuator for the furniture piece, in particular the rotatable tube, of the adjustment mechanism.
A method for wireless communications by a first wireless device, comprising: obtaining information regarding an environment for wireless communications between the first wireless device and at least one second wireless device, wherein the information comprises a target data rate, target link budget, and speed; and adjusting one or more operating parameters for the wireless communications, based on the information, the adjusting comprising: selecting at least a combination of modulating and coding scheme, MCS, a reference signal, RS, pattern, and a multiple input multiple output, MIMO, mode based on the target data rate, target link budget, and speed. obtaining information regarding an environment for wireless communications between the first wireless device and at least one second wireless device, wherein the information comprises a target data rate, target link budget, and speed; and adjusting one or more operating parameters for the wireless communications, based on the information, the adjusting comprising: selecting at least a combination of modulating and coding scheme, MCS, a reference signal, RS, pattern, and a multiple input multiple output, MIMO, mode based on the target data rate, target link budget, and speed.
A method for tracking a reference picture in a video decoder, comprising: receiving a bitstream; decoding a portion of the bitstream to produce a decoded reference picture; determining a designated picture; tracking the decoded reference picture in a decoded picture buffer (DPB) based on a designated picture, wherein tracking the decoded reference picture comprises: determining a picture order count (POC) based on the designated picture; receiving a wrap indicator from an encoder indicating a transition between two sets of pictures, the wrap indicator being a one bit flag; determining a current picture order count cycle parameter based on the designated picture, wherein the picture order count cycle parameter references sets of pictures including reference pictures, and wherein determining the current picture order count cycle parameter includes updating a previous picture order count cycle parameter after receiving the wrap indicator; obtaining the decoded reference picture according to the POC and the picture order count cycle parameter; and decoding a picture based on the decoded reference picture. receiving a bitstream; decoding a portion of the bitstream to produce a decoded reference picture; determining a designated picture; tracking the decoded reference picture in a decoded picture buffer (DPB) based on a designated picture, wherein tracking the decoded reference picture comprises: determining a picture order count (POC) based on the designated picture; receiving a wrap indicator from an encoder indicating a transition between two sets of pictures, the wrap indicator being a one bit flag; determining a current picture order count cycle parameter based on the designated picture, wherein the picture order count cycle parameter references sets of pictures including reference pictures, and wherein determining the current picture order count cycle parameter includes updating a previous picture order count cycle parameter after receiving the wrap indicator; obtaining the decoded reference picture according to the POC and the picture order count cycle parameter; and decoding a picture based on the decoded reference picture. determining a picture order count (POC) based on the designated picture; receiving a wrap indicator from an encoder indicating a transition between two sets of pictures, the wrap indicator being a one bit flag; determining a current picture order count cycle parameter based on the designated picture, wherein the picture order count cycle parameter references sets of pictures including reference pictures, and wherein determining the current picture order count cycle parameter includes updating a previous picture order count cycle parameter after receiving the wrap indicator; obtaining the decoded reference picture according to the POC and the picture order count cycle parameter; and decoding a picture based on the decoded reference picture.
An article of thermal protective clothing suitable for use in arc protection comprising woven fabric, the fabric comprising yarns comprising modacrylic fiber and aramid fiber, wherein, a) 25 to 100 parts by weight of the aramid fiber present in the yarns contain 0.5 to 20 weight percent discrete carbon particles based on the amount of carbon particles in an individual fiber, the carbon particles being homogeneously dispersed in that fiber; and b) 0 to 75 parts by weight of the aramid fiber present in the yarns are free of discrete carbon particles; the fabric having an Arc Thermal Performance Value (ATPV) of 10 cal/cm 2 (41.8 Joule/cm 2 ) or greater at a basis weight of 6 ounces per square yard (203 grams per square meter) or less as determined in accordance with ASTM F-1959-99, and a total content of 0.1 to 3 weight percent discrete carbon particles. a) 25 to 100 parts by weight of the aramid fiber present in the yarns contain 0.5 to 20 weight percent discrete carbon particles based on the amount of carbon particles in an individual fiber, the carbon particles being homogeneously dispersed in that fiber; and b) 0 to 75 parts by weight of the aramid fiber present in the yarns are free of discrete carbon particles;
A compound which is -7-Methyl-2-[4-methyl-6-[4-(trifluoromethyl)phenyl]pyrimidin-2-yl]-1,7-diazaspiro[4.4]non-1-en-6-one or -7-Methyl-2-[4-methyl-6-[4-(trifluoromethyl)phenyl]pyrimidin-2-yl]-1,7-diazaspiro[4.4]non-1-en-6-one.
A remote safety release for a safety switch for access control to industrial machines and plants, wherein a safety switch comprises a casing housing a locking mechanism of the access, the remote safety release comprising: - an actuator adapted to interact with the locking mechanism of the associated switch to cause its forced release, said actuator being adapted to move between a inoperative position wherein it does not interact with the locking mechanism and at least one operative position wherein it interacts with the locking mechanism; - a remote control device adapted to be driven by an operator to remotely control said actuator and promote the movement thereof from the inoperative position to an operative position for its interaction with the locking mechanism and the consequent release thereof; - a transfer mechanism adapted to transfer a force from said remote control device to said actuator following the command given by the operator to promote the movement of said actuator from the inoperative position to an operative position; characterized in that said transfer mechanism is adapted to exert a first solicitation on said actuator such as to promote its automatic passage from the inoperative position to an operative position, said remote control device being designed to constantly exert on said actuator , in absence of the remote control command, a second contrast solicitation opposite to said first solicitation and having at least equal value to cancel said first solicitation and hold said actuator in said inoperative position, allowing the automatic passage of said actuator from the inoperative position to an operative position in the absence of said second solicitation for the release of the locking mechanism. - an actuator adapted to interact with the locking mechanism of the associated switch to cause its forced release, said actuator being adapted to move between a inoperative position wherein it does not interact with the locking mechanism and at least one operative position wherein it interacts with the locking mechanism; - a remote control device adapted to be driven by an operator to remotely control said actuator and promote the movement thereof from the inoperative position to an operative position for its interaction with the locking mechanism and the consequent release thereof; - a transfer mechanism adapted to transfer a force from said remote control device to said actuator following the command given by the operator to promote the movement of said actuator from the inoperative position to an operative position;
An electromechanical system (10; 50) comprising at least first and second electromechanical devices and at least first and second wires (Bus+, Bus-) coupling the first and second electromechanical devices, the second electromechanical device comprising a battery of accumulators and an electronic circuit coupling the battery of accumulators to the first and second wires, the electronic circuit comprising switches (SW1) coupling the accumulators together and to the first and second wires, the electronic circuit being capable of delivering between the first and second wires a voltage (Vbus) for powering the first electromechanical device at a constant voltage value among at least first and second constant voltage values by the turning off and the turning on of the switches, the second value being higher than the first value, and being capable of transmitting first digital data to the first electromechanical device by modulation of said power supply voltage between said at least first and second constant voltage values, the first constant voltage value being capable of powering elements which form the first electromechanical device, the first electromechanical device being further capable of transmitting second digital data to the second electromechanical device over said at least first and second wires.
A position locating instrument comprising: at least one light emission port through which light from a wavelength-changeable light source is emitted; and at least one light receiving port that detects light emitted or reflected by an adjacent position locating instrument , wherein a wavelength of the wavelength-changeable light source is swept within a predetermined wavelength range in a predetermined cycle, the light emitted from the light emission port has a fanlike pattern and has an emission angle varying, as a monotonic function of a wavelength of the light, in a direction perpendicular to a direction in which the light spreads in the fanlike pattern, and the position locating instrument detects light emitted by the adjacent position locating instrument, or detects light reflected by the adjacent position locating instrument, and then detects the wavelength of the detected light by measuring a time difference between two timings of detecting light of a predetermined wavelength in one cycle of the wavelength sweeping so that at least one of parameters for relative positional relation between the position locating instruments and attitude of the position locating instrument is measured. at least one light emission port through which light from a wavelength-changeable light source is emitted; and at least one light receiving port that detects light emitted or reflected by an adjacent position locating instrument , wherein a wavelength of the wavelength-changeable light source is swept within a predetermined wavelength range in a predetermined cycle, the light emitted from the light emission port has a fanlike pattern and has an emission angle varying, as a monotonic function of a wavelength of the light, in a direction perpendicular to a direction in which the light spreads in the fanlike pattern, and the position locating instrument detects light emitted by the adjacent position locating instrument, or detects light reflected by the adjacent position locating instrument, and then detects the wavelength of the detected light by measuring a time difference between two timings of detecting light of a predetermined wavelength in one cycle of the wavelength sweeping so that at least one of parameters for relative positional relation between the position locating instruments and attitude of the position locating instrument is measured.
A cellulosic fiberboard coating composition, comprising: from about 30% or greater by weight of one or more liquid carriers or diluents; up to about 20% by weight of one or more insulating components; one or more solar reflective and/or shielding components, wherein the solar reflective and/or shielding components are present in amount of up to about 30% by weight; and up to about 20% by weight of one or more fillers. from about 30% or greater by weight of one or more liquid carriers or diluents; up to about 20% by weight of one or more insulating components; one or more solar reflective and/or shielding components, wherein the solar reflective and/or shielding components are present in amount of up to about 30% by weight; and up to about 20% by weight of one or more fillers.
A fiber optic cable for measuring pressure, temperature, and strain distributions comprising: - an inner layer formed of an optical fiber sheathing metal tube and metal wires supporting the optical fiber sheathing metal tube , the optical fiber sheathing metal tube and the metal wires being mixedly arranged coaxially about an center axis of the fiber optic cable ; and - an outer layer formed of a plurality of metal wires arranged coaxially with the inner layer to surround the inner layer, - wherein the inner layer and the outer layer are formed into a multilayer strand structure, and the strand structure has pressure blocking sections formed at intervals in an axial direction of the fiber optic cable , to block an influence of a pressure propagating in the axial direction of the fiber optic cable ; and - wherein the optical fiber sheathing metal tube accommodates a pressure sensor optical fiber for measuring a pressure distribution of a measurement target on the basis of frequency changes of Brillouin scattering and Rayleigh scattering of pulse laser light entered into the sensor optical fiber , and is formed to have through holes . - an inner layer formed of an optical fiber sheathing metal tube and metal wires supporting the optical fiber sheathing metal tube , the optical fiber sheathing metal tube and the metal wires being mixedly arranged coaxially about an center axis of the fiber optic cable ; and - an outer layer formed of a plurality of metal wires arranged coaxially with the inner layer to surround the inner layer, - wherein the inner layer and the outer layer are formed into a multilayer strand structure, and the strand structure has pressure blocking sections formed at intervals in an axial direction of the fiber optic cable , to block an influence of a pressure propagating in the axial direction of the fiber optic cable ; and - wherein the optical fiber sheathing metal tube accommodates a pressure sensor optical fiber for measuring a pressure distribution of a measurement target on the basis of frequency changes of Brillouin scattering and Rayleigh scattering of pulse laser light entered into the sensor optical fiber , and is formed to have through holes .