mhurhangee/ep-ind-claims huggingface dataset:
A performance directing system comprising: a control console device, at least one communication device and at least one light emitting device; the control console device is configured to generate at least one emission control signal including data, in which an emission-related operation is defined for a direction scene, and to transmit the at least one emission control signal to the at least one communication device; the at least one communication device is configured to transmit the at least one emission control signal received from the control console device; and the at least one light emitting device is configured to identify an emission control signal which includes predetermined identification information of the at least one communication device, from the at least one emission control signal thus transmitted and to perform the emission-related operation defined in the data in the identified emission control signal, characterized in that: the at least one light emitting device is configured to store the identification information of the at least one communication device and a wireless bandwidth to be used by the at least one communication device in a list. a control console device, at least one communication device and at least one light emitting device; the control console device is configured to generate at least one emission control signal including data, in which an emission-related operation is defined for a direction scene, and to transmit the at least one emission control signal to the at least one communication device; the at least one communication device is configured to transmit the at least one emission control signal received from the control console device; and the at least one light emitting device is configured to identify an emission control signal which includes predetermined identification information of the at least one communication device, from the at least one emission control signal thus transmitted and to perform the emission-related operation defined in the data in the identified emission control signal, characterized in that: the at least one light emitting device is configured to store the identification information of the at least one communication device and a wireless bandwidth to be used by the at least one communication device in a list.
Method for communication channel coordination between a transmitter and a receiver in a switched power line communication network, for transmitting and receiving a plurality of signals over residential electrical cables, said residential electrical cables comprising at least one active wire, one neutral wire and one ground wire, at least two of said wires forming a plurality of wire pairs, said method comprising the procedures of: pre-configuring in the transmitter and the receiver in said switched PLC network one of said plurality of wire pairs as a network default wire pair; for each of a respective one of said plurality of signals, selecting one of said plurality of wire pairs (702A; 702B) for transmitting said respective one of said plurality of signals; and before transmitting each of said respective one of said plurality of signals, transmitting a respective directive frame by said transmitter, said respective directive frame indicating which one of said plurality of wire pairs said transmitter will transmit said respective one of said plurality of signals over, wherein said directive frame is transmitted over said network default wire pair. pre-configuring in the transmitter and the receiver in said switched PLC network one of said plurality of wire pairs as a network default wire pair; for each of a respective one of said plurality of signals, selecting one of said plurality of wire pairs (702A; 702B) for transmitting said respective one of said plurality of signals; and before transmitting each of said respective one of said plurality of signals, transmitting a respective directive frame by said transmitter, said respective directive frame indicating which one of said plurality of wire pairs said transmitter will transmit said respective one of said plurality of signals over, wherein said directive frame is transmitted over said network default wire pair.
A wheel arm for a chassis of a towed howitzer system, the wheel arm comprising: a chassis coupling feature centred on a wheel arm pivoting axis, and a wheel coupling feature centred on a wheel rotation axis, wherein the chassis coupling feature is spaced apart from the wheel coupling feature; the wheel arm comprises a lever engagement feature, wherein the lever engagement feature, the wheel coupling feature and the chassis coupling feature are provided in series along the length of the wheel arm the lever engagement feature is provided as a protrusion which extends away from the wheel arm along an engagement feature axis; the protrusion comprises a wall which defines a cavity, with an opening centred on the engagement feature axis; the wheel arm being characterised in that a drain aperture extends through the wall. a chassis coupling feature centred on a wheel arm pivoting axis, and a wheel coupling feature centred on a wheel rotation axis, wherein the chassis coupling feature is spaced apart from the wheel coupling feature; the wheel arm comprises a lever engagement feature, wherein the lever engagement feature, the wheel coupling feature and the chassis coupling feature are provided in series along the length of the wheel arm the lever engagement feature is provided as a protrusion which extends away from the wheel arm along an engagement feature axis; the protrusion comprises a wall which defines a cavity, with an opening centred on the engagement feature axis; the wheel arm being characterised in that a drain aperture extends through the wall.
Transparent object, comprising - at least one transparent, electrically insulating substrate, - a structured, transparent coating that - includes or is made of at least one electrically conducting material (2.1), - covers a large area of the transparent, insulating substrate, - has a structure that is formed from electrically insulating areas (2.2) free of electrically conducting material (2.1), and - has at least one locally limited, structured, electrically heatable, transparent area (2.3) and - has least one electrically conducting, transparent area (2.4) as well as - electrical contacts for applying an electrical voltage to the coating, wherein - the coating is structured such that and the electrical contacts are connected such that upon application of a voltage, a current flows at least through the area (2.3), characterized in that the area (2.3) has the structure of a meandering strip conductor (2.3.1). - at least one transparent, electrically insulating substrate, - a structured, transparent coating that - includes or is made of at least one electrically conducting material (2.1), - covers a large area of the transparent, insulating substrate, - has a structure that is formed from electrically insulating areas (2.2) free of electrically conducting material (2.1), and - has at least one locally limited, structured, electrically heatable, transparent area (2.3) and - has least one electrically conducting, transparent area (2.4) as well as - includes or is made of at least one electrically conducting material (2.1), - covers a large area of the transparent, insulating substrate, - has a structure that is formed from electrically insulating areas (2.2) free of electrically conducting material (2.1), and - has at least one locally limited, structured, electrically heatable, transparent area (2.3) and - has least one electrically conducting, transparent area (2.4) as well as - electrical contacts for applying an electrical voltage to the coating, wherein - the coating is structured such that and the electrical contacts are connected such that upon application of a voltage, a current flows at least through the area (2.3), characterized in that the area (2.3) has the structure of a meandering strip conductor (2.3.1).
A manifold adaptor plate comprising an intermediate rigid plate (100;110) having two major opposite side faces (102,108;111,113) and holes (106;116) formed through the rigid plate (100;110), wherein the holes (106;116) define liquid pathways through the plate (100;110), and wherein the rigid plate (100;110) is made of steel or of a plastic to which silicone adheres; and a silicone based elastomeric layer (104;114) formed on at least a portion of one side face (102;111) of the intermediate rigid plate (100;110) and extending through the holes (106;116) formed in the plate (100;110) to form protrusions that extend over at least part of the opposite side face (108;113) such that the silicone based elastomeric layer (104;114) adheres to the plate surface, characterized in that the silicone based elastomeric layer is of a volume sufficient to close off one or more of the holes formed through the rigid plate (100;110) to form a flow diverter.
A female pipe coupling member having a communication terminal, the female pipe coupling member comprising: a female pipe coupling body couplable to a male pipe coupling member received therein from a forward end thereof to provide fluid communication between the male pipe coupling member and a hose attached to a rear end of the female pipe coupling body; a cylindrical front cover member fitted around the female pipe coupling body so as to be removable from the forward end side of the female pipe coupling body, the front cover member including a communication assembly comprising a communication terminal provided at a forward end thereof, a communication cable extending rearward from the communication terminal outside the female pipe coupling body and further extending rearward from the rear end of the female pipe coupling body, and a connector terminal connected to a rear end of the communication cable; and a cylindrical rear cover member fitted around the female pipe coupling body so as to be removable from the rear end side of the female pipe coupling body, characterized in that the rear cover member is configured to allow the connector terminal to be passed forward inside the rear cover member along the hose, which is attached to the rear end of the female pipe coupling body, when the rear cover member is displaced rearward from the female pipe coupling body in a state where the hose and the communication cable are allowed to pass inside the rear cover member in a longitudinal direction. a female pipe coupling body couplable to a male pipe coupling member received therein from a forward end thereof to provide fluid communication between the male pipe coupling member and a hose attached to a rear end of the female pipe coupling body; a cylindrical front cover member fitted around the female pipe coupling body so as to be removable from the forward end side of the female pipe coupling body, the front cover member including a communication assembly comprising a communication terminal provided at a forward end thereof, a communication cable extending rearward from the communication terminal outside the female pipe coupling body and further extending rearward from the rear end of the female pipe coupling body, and a connector terminal connected to a rear end of the communication cable; and a cylindrical rear cover member fitted around the female pipe coupling body so as to be removable from the rear end side of the female pipe coupling body, characterized in that the rear cover member is configured to allow the connector terminal to be passed forward inside the rear cover member along the hose, which is attached to the rear end of the female pipe coupling body, when the rear cover member is displaced rearward from the female pipe coupling body in a state where the hose and the communication cable are allowed to pass inside the rear cover member in a longitudinal direction.
A security device having a lenticular device comprising an array of lenticular focusing elements; a corresponding array of sets of image strips, the sets of image strips having substantially the same periodicity as, or an integral multiple of the periodicity of, the array of lenticular focusing elements, wherein the image strips are formed and the focusing elements located relative to the image strips such that at each of a plurality of viewing angles, a respective one image strip from each set is viewed in response to incident light falling on a respective lenticular focusing element, and characterised by the image strips being constructed such that the device presents a cyclically repeating sequence of images as the device is viewed at successive viewing angles, the image sequence comprising a change in form of an image between a first form and a second form and then a reversal of the sequence back to the first form, the combined image sequences presenting a contiguous variation in the image form.
A method of fastening a panel to a substrate, comprising the steps of i. providing on the substrate a first projection, ii. attaching a self-locking pin washer, to said first projection, wherein said self-locking pin washer comprises an elongate projection, wherein the elongate projection is longer than said first projection, wherein the elongate projection is longer than the thickness of said panel, iii. attaching a panel onto said elongate projection iv. wherein the elongate projection, after it has protruded through the panel, comprises a cap located thereon, such that the panel is retained in place by the cap. i. providing on the substrate a first projection, ii. attaching a self-locking pin washer, to said first projection, wherein said self-locking pin washer comprises an elongate projection, wherein the elongate projection is longer than said first projection, wherein the elongate projection is longer than the thickness of said panel, iii. attaching a panel onto said elongate projection iv. wherein the elongate projection, after it has protruded through the panel, comprises a cap located thereon, such that the panel is retained in place by the cap.
An automatic blood chemistry analyzer comprising: means (2-2, 2-12, 2-13) for analyzing a sample in a plurality of tests; means (2-7, 2-8, 2-21) for dispensing the sample contained in a sample tube into said sample analyzing means (2-2, 2-12, 2-13); means for controlling said sample analyzing means (2-2, 2-12, 2-13) and said dispensing means (2-7, 2-8, 2-21); a memory storing for each test a normal sample volume required for the test; a unit for measuring the total sample volume in said sample tube, characterized by scheduler means for allowing a user to select a decreased sample volume for at least one of said plurality of tests to be performed, when the total sample volume measured by said volume measuring unit is smaller than the sum of the stored normal sample volumes required for said tests to be performed. means (2-2, 2-12, 2-13) for analyzing a sample in a plurality of tests; means (2-7, 2-8, 2-21) for dispensing the sample contained in a sample tube into said sample analyzing means (2-2, 2-12, 2-13); means for controlling said sample analyzing means (2-2, 2-12, 2-13) and said dispensing means (2-7, 2-8, 2-21); a memory storing for each test a normal sample volume required for the test; a unit for measuring the total sample volume in said sample tube, characterized by scheduler means for allowing a user to select a decreased sample volume for at least one of said plurality of tests to be performed, when the total sample volume measured by said volume measuring unit is smaller than the sum of the stored normal sample volumes required for said tests to be performed.
A system for positioning a tool on a shaft, the system comprising a shaft (4, 5) with at least one tool (2, 3) being slidably disposed on said shaft, a longitudinal body extending substantially parallel to the shaft (4, 5), wherein a carriage is slidably attached to the body, wherein a stator of a linear drive is disposed on the outer surface of the body, and a corresponding coil of the linear drive is disposed on the rear wall of the carriage, the coil is arranged in close proximity to the stator of the linear drive characterized in that two grippers extend from said carriage towards the shaft (4, 5) to cooperate with the corresponding tool (2, 3), wherein the grippers are attached to two actuating devices disposed in the extreme side positions of the carriage, to ensure the grippers translocate towards and away from the shaft (4, 5), wherein the actuating devices are controlled independently.
An intravascular balloon catheter comprising: an outer tubular member; an inner tubular member disposed coaxially within the outer tubular member, the inner tubular member defining a guidewire lumen; and an inflatable balloon having a proximal waist and a distal waist, wherein the balloon is attached to the outer tubular member at the proximal waist and the balloon is to the inner tubular member at the distal waist; characterized in that at least a portion of the outer tubular member comprises a nanocomposite material comprising a matrix material and at least one plurality of nanoparticles; and the plurality of nanoparticles has a varying quantity along a longitudinal axis of the outer tubular member such that a flexibility of the outer tubular member varies with the quantity of nanoparticles. an outer tubular member; an inner tubular member disposed coaxially within the outer tubular member, the inner tubular member defining a guidewire lumen; and an inflatable balloon having a proximal waist and a distal waist, wherein the balloon is attached to the outer tubular member at the proximal waist and the balloon is to the inner tubular member at the distal waist; characterized in that at least a portion of the outer tubular member comprises a nanocomposite material comprising a matrix material and at least one plurality of nanoparticles; and the plurality of nanoparticles has a varying quantity along a longitudinal axis of the outer tubular member such that a flexibility of the outer tubular member varies with the quantity of nanoparticles.
A system for accounting for motion of a target in a medical procedure, comprising: an endoscope including a tracking mechanism for tracking positions and orientations of the endoscope; memory storage configured to record the positions of the endoscope when positioned at or near moving target tissue; and a motion sensor configured to track cyclical motion of an organ, characterized by: a computer processing device configured to collect temporal and spatial information for the positions of the tracking mechanism and the motion sensor, the computer processing device including a program configured to determine a position of the target tissue throughout the cyclical motion based upon the positions of the tracking mechanism and the motion sensor, the program configured to correlate the cyclical motion of the organ to the recorded positions of the endoscope and the target tissue, in order to provide a motion vector of target tissue synchronized with the cyclical motion of the organ. an endoscope including a tracking mechanism for tracking positions and orientations of the endoscope; memory storage configured to record the positions of the endoscope when positioned at or near moving target tissue; and a motion sensor configured to track cyclical motion of an organ, a computer processing device configured to collect temporal and spatial information for the positions of the tracking mechanism and the motion sensor, the computer processing device including a program configured to determine a position of the target tissue throughout the cyclical motion based upon the positions of the tracking mechanism and the motion sensor, the program configured to correlate the cyclical motion of the organ to the recorded positions of the endoscope and the target tissue, in order to provide a motion vector of target tissue synchronized with the cyclical motion of the organ.
A communication control device comprising: a communication unit configured to make communication with one or more secondary communication nodes operating each a secondary system of a plurality of secondary systems and using at least one of a frequency channel allocated to a primary system and a frequency channel adjacent to the frequency channel allocated to the primary system; a determination unit configured to determine an upper limit number of secondary systems or secondary communication nodes to be allocated with transmission power by estimating an interference amount to the primary system when the transmission power meeting a communication quality requirement of each of the secondary system is allocated to each of the secondary systems, evaluating a difference between the estimated interference amount and an acceptable interference amount of the primary system, and determining a maximum number of the secondary systems for which said estimated interference amount is not exceeding the acceptable interference amount of the primary system as the upper limit number; and a power allocation unit configured to allocate transmission power to each secondary system or each secondary communication node in each secondary system based on the determined upper limit number and the acceptable interference amount of the primary system. a communication unit configured to make communication with one or more secondary communication nodes operating each a secondary system of a plurality of secondary systems and using at least one of a frequency channel allocated to a primary system and a frequency channel adjacent to the frequency channel allocated to the primary system; a determination unit configured to determine an upper limit number of secondary systems or secondary communication nodes to be allocated with transmission power by estimating an interference amount to the primary system when the transmission power meeting a communication quality requirement of each of the secondary system is allocated to each of the secondary systems, evaluating a difference between the estimated interference amount and an acceptable interference amount of the primary system, and determining a maximum number of the secondary systems for which said estimated interference amount is not exceeding the acceptable interference amount of the primary system as the upper limit number; and a power allocation unit configured to allocate transmission power to each secondary system or each secondary communication node in each secondary system based on the determined upper limit number and the acceptable interference amount of the primary system.
A restraint device comprising: a first bracelet including a first housing and a reel, wherein the reel hosts a cable; a second bracelet including a second housing, wherein the cable is coupled to the second housing; and a sleeve configured to be mounted onto the first housing and the second housing such that the cable extends through the sleeve and the sleeve is tubular, flexible, and hour-glass shaped. a first bracelet including a first housing and a reel, wherein the reel hosts a cable; a second bracelet including a second housing, wherein the cable is coupled to the second housing; and a sleeve configured to be mounted onto the first housing and the second housing such that the cable extends through the sleeve and the sleeve is tubular, flexible, and hour-glass shaped.