mhurhangee/ep-ind-claims huggingface dataset:
A system for indicating the position of a first retainer member used to latch a housing with a latch device, comprising: the latch device configured to be removably disposed with the housing; the first retainer member configured to be extendable from the latch device to latch the housing; the first retainer member configured to be moveable between a latched position and an unlatched position; a first latch position indicator sensor configured to directly detect the first retainer member, and configured to transmit to a remote location that the latch device is latched with the housing; a second retainer member remotely actuatable to latch an oilfield device with the latch device; a first piston configured to move the second retainer member; a second piston positioned with the first piston; characterised by: a second latch position indicator sensor (4134, 4140) configured to indicate whether the oilfield device is latched with the second retainer member, wherein moving the second piston urges the first piston to an unlatched position; and wherein the second latch position indicator sensor is positioned with the second piston and is configured to indicate whether the second piston has urged the first piston to the unlatched position. the latch device configured to be removably disposed with the housing; the first retainer member configured to be extendable from the latch device to latch the housing; the first retainer member configured to be moveable between a latched position and an unlatched position; a first latch position indicator sensor configured to directly detect the first retainer member, and configured to transmit to a remote location that the latch device is latched with the housing; a second retainer member remotely actuatable to latch an oilfield device with the latch device; a first piston configured to move the second retainer member; a second piston positioned with the first piston; characterised by: a second latch position indicator sensor (4134, 4140) configured to indicate whether the oilfield device is latched with the second retainer member, wherein moving the second piston urges the first piston to an unlatched position; and wherein the second latch position indicator sensor is positioned with the second piston and is configured to indicate whether the second piston has urged the first piston to the unlatched position. a second latch position indicator sensor (4134, 4140) configured to indicate whether the oilfield device is latched with the second retainer member, wherein moving the second piston urges the first piston to an unlatched position; and wherein the second latch position indicator sensor is positioned with the second piston and is configured to indicate whether the second piston has urged the first piston to the unlatched position.
A switch comprising: a housing; a plunger adapted to slide in a press direction or a return direction with respect to the housing; a return spring adapted to bias the plunger in the return direction and to be compressed by a slide of the plunger in the press direction; a plurality of terminals adapted to be brought into a conductive state according to a predetermined position of the plunger; and a terminal contact spring adapted to make contact with the terminals so as to bring the terminals into a conductive state by the slide of the plunger in the press direction; characterized in that the terminal contact spring is disposed so as to be compressed according to the slide of the plunger in the press direction under a contact state of making contact with the terminals; and that the terminal contact spring is configured so to have increasingly larger diameter from an end portion on the return direction side toward the press direction. a housing; a plunger adapted to slide in a press direction or a return direction with respect to the housing; a return spring adapted to bias the plunger in the return direction and to be compressed by a slide of the plunger in the press direction; a plurality of terminals adapted to be brought into a conductive state according to a predetermined position of the plunger; and a terminal contact spring adapted to make contact with the terminals so as to bring the terminals into a conductive state by the slide of the plunger in the press direction; characterized in that the terminal contact spring is disposed so as to be compressed according to the slide of the plunger in the press direction under a contact state of making contact with the terminals; and that the terminal contact spring is configured so to have increasingly larger diameter from an end portion on the return direction side toward the press direction.
An apparatus comprising: a memory having stored therein information regarding a plurality of pre-existing vetted radiation treatment plans for a variety of patients; a control circuit operably coupled to the memory and configured to: - use the information to train at least one model; and - use the model to develop estimates for a radiation treatment plan for a particular patient; characterized in that: the model contains information about geometric limits of a training set used for model training; and wherein said control circuit is further configured to use said geometric limits as correspond to the information used to train the model to assess how well the particular patient fits the information used to train the model. a memory having stored therein information regarding a plurality of pre-existing vetted radiation treatment plans for a variety of patients; a control circuit operably coupled to the memory and configured to: - use the information to train at least one model; and - use the model to develop estimates for a radiation treatment plan for a particular patient; - use the information to train at least one model; and - use the model to develop estimates for a radiation treatment plan for a particular patient; characterized in that: the model contains information about geometric limits of a training set used for model training; and wherein said control circuit is further configured to use said geometric limits as correspond to the information used to train the model to assess how well the particular patient fits the information used to train the model. the model contains information about geometric limits of a training set used for model training; and wherein said control circuit is further configured to use said geometric limits as correspond to the information used to train the model to assess how well the particular patient fits the information used to train the model.
A transmission control device comprising: a communication control unit configured to: control multicasting of a plurality of pieces of data being grouped into a plurality of multicast flows, add a sequence number to each of the pieces of data and, control transmission of each of the pieces of data with the added sequence numbers by multicast communication; and a data generation unit configured to: generate number information for each of the multicast flows indicating which of the sequence numbers of the transmitted pieces of data should be processed in a reception device as belonging to a specific multicast flow, wherein the communication control unit is further configured to control transmission of the number information by multicast communication to the reception device for each of the multicast flows. a communication control unit configured to: control multicasting of a plurality of pieces of data being grouped into a plurality of multicast flows, add a sequence number to each of the pieces of data and, control transmission of each of the pieces of data with the added sequence numbers by multicast communication; and control multicasting of a plurality of pieces of data being grouped into a plurality of multicast flows, add a sequence number to each of the pieces of data and, control transmission of each of the pieces of data with the added sequence numbers by multicast communication; and a data generation unit configured to: generate number information for each of the multicast flows indicating which of the sequence numbers of the transmitted pieces of data should be processed in a reception device as belonging to a specific multicast flow, wherein the communication control unit is further configured to control transmission of the number information by multicast communication to the reception device for each of the multicast flows.
A method of making a sole structure, comprising: reshaping a portion of a plate member to form a protruding portion for a cleat member, the protruding portion having a convex outer portion and a concave inner portion; forming a first hole and a second hole in the protruding portion, the holes (191, 192) providing fluid communication between the outer portion and the inner portion; molding a pair of cleat tip portions onto the outer portion and molding a supporting structure within the inner portion; and wherein the pair of cleat tip portions is connected to the supporting structure through the holes (191, 192). reshaping a portion of a plate member to form a protruding portion for a cleat member, the protruding portion having a convex outer portion and a concave inner portion; forming a first hole and a second hole in the protruding portion, the holes (191, 192) providing fluid communication between the outer portion and the inner portion; molding a pair of cleat tip portions onto the outer portion and molding a supporting structure within the inner portion; and wherein the pair of cleat tip portions is connected to the supporting structure through the holes (191, 192).
A medical tube including: an inner layer tube which is made of polyurethane; a reinforcing member which is configured by wire members formed from a material containing polyethylene terephthalate and/or polyamide, and which is attached to an outer circumference of the inner layer tube; and an outer layer tube which is made of polyurethane, and which covers the inner layer tube from an outside thereof so as to embed the reinforcing member, wherein, in a cut surface which is perpendicular to an axial direction of the medical tube, a ratio of a cross-sectional area of the reinforcing member to cross-sectional areas of the inner layer tube and the outer layer tube is 5 to 43%, and wherein a thickness of the outer layer tube is 2 to 6 times a thickness of the inner layer tube. an inner layer tube which is made of polyurethane; a reinforcing member which is configured by wire members formed from a material containing polyethylene terephthalate and/or polyamide, and which is attached to an outer circumference of the inner layer tube; and an outer layer tube which is made of polyurethane, and which covers the inner layer tube from an outside thereof so as to embed the reinforcing member, wherein, in a cut surface which is perpendicular to an axial direction of the medical tube, a ratio of a cross-sectional area of the reinforcing member to cross-sectional areas of the inner layer tube and the outer layer tube is 5 to 43%, and wherein a thickness of the outer layer tube is 2 to 6 times a thickness of the inner layer tube.
A method of receiving a synchronization signal by a first user equipment, UE, (140; 170; 850) supporting a device-to-device, D2D, communication between UEs (130, 140; 150, 160, 170; 800, 850), the method comprising: receiving, at the first UE (140; 170; 850), a D2D synchronization signal transmitted from a second UE (130; 160; 800), wherein the D2D synchronization signal comprises a primary D2D synchronization signal, PD2DSS, and a secondary D2D synchronization signal SD2DSS, wherein the SD2DSS is received in two Single Carrier-Frequency Division Multiplexing, SC-FDM, symbols in a same subframe; determining a root index based on the received PD2DSS; determining a type of a synchronization source based on the root index, wherein the root index corresponds to an integer value X when the type of synchronization source is associated with D2DSSue_net, or to an integer value Y when the type of synchronization source is associated with D2DSSue_oon, and wherein each of the integer value X and integer value Y is are in the range from 1 to 62, excluding 25, 29, and 34, characterized in that the method further comprises determining an identical sequence mapping and an identical scrambling scheme used for each of the two symbols for the SD2DSS; and identifying, based on the identical sequence mapping and the identical scrambling scheme, information indicated through the SD2DSS, wherein the information indicated through the SD2DSS indicates one of two conditions. receiving, at the first UE (140; 170; 850), a D2D synchronization signal transmitted from a second UE (130; 160; 800), wherein the D2D synchronization signal comprises a primary D2D synchronization signal, PD2DSS, and a secondary D2D synchronization signal SD2DSS, wherein the SD2DSS is received in two Single Carrier-Frequency Division Multiplexing, SC-FDM, symbols in a same subframe; determining a root index based on the received PD2DSS; determining a type of a synchronization source based on the root index, wherein the root index corresponds to an integer value X when the type of synchronization source is associated with D2DSSue_net, or to an integer value Y when the type of synchronization source is associated with D2DSSue_oon, and wherein each of the integer value X and integer value Y is are in the range from 1 to 62, excluding 25, 29, and 34, characterized in that the method further comprises determining an identical sequence mapping and an identical scrambling scheme used for each of the two symbols for the SD2DSS; and identifying, based on the identical sequence mapping and the identical scrambling scheme, information indicated through the SD2DSS, wherein the information indicated through the SD2DSS indicates one of two conditions.
Protection apparatus for one or more plug-in connectors, wherein the plug-in connector in each case has a plug, a base and also a protective cap for the plug, wherein the plug has a housing with a collar which runs around the housing, wherein the protective cap is fixedly connected to the plug housing at the collar, wherein the protection apparatus has at least one first half-cap and one second half-cap, and the half-caps (48, 50) have connecting means (78, 80) for releasable connection to one another, and the protection apparatus has closing means which, when the half-caps (48, 50) are connected, move one or more moving parts of one or more locking apparatuses of the plug-in connector or connectors to be protected from an unlocked position to a locked position in which the plug is firmly held in the base, characterized in that the half-caps (48, 50) have one or more openings with seals on their top side, wherein openings with the seals are configured in such a way as to surround in an interlocking manner one or more plug housings or protective caps of the plug or plugs of the plug-in connector or connectors to be protected in the connected state of the half-caps (48, 50), wherein the half-caps (48, 50) have guides on their top side in the region of the openings, so that the half-caps (48, 50), during connection, can be guided in a collar (19, 20) of the plug housing or of the protective cap of the plug or in collars (19, 20) of the plug housings or of the protective caps of the plugs in the connecting direction transverse in relation to the insertion direction of the plug and the base and, in the connected state, can be fixedly connected to the plug housing or housings or the protective cap or caps in at least the vertical direction in relation to the connecting direction.
An apparatus for active generation of a sound of an engine of a land vehicle, the apparatus comprising a device for detecting a fundamental frequency (f E) of the sound of the engine and a generator for generating signals (w 2,..., w N) corresponding to waveforms representing sound waves that have spectral characteristics that depend upon said fundamental 10 frequency (f E), wherein said device for detecting a fundamental frequency (f E) of the sound of the engine comprises a converter for converting the engine revolutions per minute r.p.m. into a value of fundamental frequency (f E), said apparatus being characterized in that it further comprises a modulator (13; 23) including a module configured for applying a modulation to said waveforms (w 2,..., w N) so as to control the obtaining of a determined value of roughness or fluctuation strength of an audio signal for driving an actuator (31, 32) that generates an engine noise, wherein said module is configured for modulating said sound waves (w 2,..., w N), and comprises a plurality of sub-modules for modulating each sound wave (w i) with characteristics that depend upon the i-th multiple (f 2,..., f N) of the fundamental frequency (f E), each sub-module being governed by a respective modulation index (m i) and a respective modulation frequency (f mi), and which receives at input a corresponding sinusoidal harmonic (w i) selected to supply at output a respective modulated harmonic (wm i); said module further comprising a module configured for adding together said modulated harmonics (wm i) so as to control the value of roughness and/or fluctuation strength of an audio signal to supply at output said audio signal for driving an actuator (31, 32) that generates an engine noise, wherein said module configured for modulating said sound waves (w 2,..., w N) is further configured, given a value of roughness R or fluctuation strength of the audio signal to be obtained to access a table, which, as a function of the value of roughness R or fluctuation strength, of at least a central frequency (f c) of the tone of the audio signal to be obtained supplies the values of respective modulation index (m i) and a respective modulation frequency (f mi) for the respective sub-module.
An apparatus for imaging objects by OCT with parallel Fourier domain detection, comprising a light source, a multi-element photo-detector, an interferometer containing at least one beam splitter, a reference mirror, two optical systems U1, U2 and an optical system forming an image on the multi-element photodetector, characterized in that an instrument for spatially varying modulation of the phase of light and a device for independent control of the angular distribution of sample illumination are placed before the at least one beam splitter, configured to split the beam emitted by the light source into a reference beam and an object beam.
Device for producing hollow glass articles, namely an I.S. machine, consisting of a plurality of mutually adjacent stations each comprising at least one parison mould and having a spraying device, which can travel along the row of stations and be stopped in discrete working positions assigned to a station, for applying a lubricant onto the insides of the mould cavity of a parison mould, characterised by a calibration station designed for checking and for adjusting a spray pattern representing the distribution of the lubricant in a defined surface area on the inner walls of a parison mould, wherein the spraying device can additionally travel into a checking position assigned to the calibration station.
A control system for control of supply of electrical power from a network (10; 200) to various groups of impedances (210; 220), the various groups being connected in parallel, the impedances within at least one group being connected in star, said control system comprising a synchronisation system (17;18) for synchronising with the cycles of an AC supply network, said control system further comprising a programmable control unit, said programmable control unit having control tables, characterized in that each control table corresponding with a particular percentage of maximum electrical power, each control table having a sequence of bits 0 or 1, the percentage of 1 values in each control table corresponding to the percentage of maximum power, said programmable control unit providing digital outputs in the form of said control tables for the command of static power switches which control electrical power to said various groups of impedances, a "0" in the control table standing for off, a "1" in the control table standing for on.
A wireless token capable of representing a user network, the token comprising one or more processing modules configured to: authenticate the token with the user network; responsive to said authentication, obtain and store configuration information for enabling the token to communicatively couple a device within a defined proximity to the token with the user network; responsive to a wireless signal received from the device, establish a temporary secure communication channel between the device and the token; and provide configuration information from the token to the device using the temporary secure communication channel, wherein the configuration information enables the device to establish a connection with and operate in the user network based on the obtained configuration information, characterised in that the configuration information comprises executable instructions to configure the device to be unresponsive to configuration information received from another device or token associated with a different user network. authenticate the token with the user network; responsive to said authentication, obtain and store configuration information for enabling the token to communicatively couple a device within a defined proximity to the token with the user network; responsive to a wireless signal received from the device, establish a temporary secure communication channel between the device and the token; and provide configuration information from the token to the device using the temporary secure communication channel, wherein the configuration information enables the device to establish a connection with and operate in the user network based on the obtained configuration information, characterised in that the configuration information comprises executable instructions to configure the device to be unresponsive to configuration information received from another device or token associated with a different user network.
A micromechanical resonator comprising - an oscillating element (16; 26) manufactured of a silicon wafer, said wafer having a crystal orientation and comprising an n-type doping agent and said oscillating element having a geometry and an orientation with respect to the crystal orientation of the wafer, wherein the oscillating element is a beam or a plate being essentially homogeneously doped with said n-type doping agent, and - excitation means (10, 14; 27) functionally connected to said oscillating element to excite a desired resonance mode of said oscillating element, characterized in that the orientation of the oscillating element (16; 26) in the plane of the silicon wafer deviates less than 30° from an orientation at which an oscillating element of the same geometry and manufactured of the same silicon wafer would maximize the temperature coefficient of frequency of the micromechanical resonator for the desired resonance mode. - an oscillating element (16; 26) manufactured of a silicon wafer, said wafer having a crystal orientation and comprising an n-type doping agent and said oscillating element having a geometry and an orientation with respect to the crystal orientation of the wafer, wherein the oscillating element is a beam or a plate being essentially homogeneously doped with said n-type doping agent, and - excitation means (10, 14; 27) functionally connected to said oscillating element to excite a desired resonance mode of said oscillating element,