mhurhangee/ep-ind-claims huggingface dataset:
A terminal clamp or connection clamp for electrically contacting at least one electrical conductor with a circuit board, in particular a circuit board with at least one LED, - wherein the terminal clamp or connection clamp has at least one electrical contact body for the electrical connection of at least one conductor, - wherein the terminal clamp or connection clamp has at least one contact element for electrically contacting the circuit board, - wherein the circuit board has a front side, in particular fitted with at least one LED, and a rear side, - wherein an opening is provided in the circuit board for receiving the terminal clamp or connection clamp, - wherein the terminal clamp or connection clamp can be indirectly or directly contacted with at least one contact element on the front side of the circuit board, - wherein the connection of the least one electrical conductor is provided in the electrical contact body of the terminal clamp or connection clamp in the region of the rear side of the circuit board, characterized in that the terminal clamp or connection clamp can be arranged essentially horizontally in the opening of the circuit board, the electrical contact body has a conductor insertion channel and the projecting height of the terminal clamp or connection clamp underneath the rear side of the circuit board is essentially equal to or less than the outer diameter of the optionally contact-protected conductor insertion channel. - wherein the terminal clamp or connection clamp has at least one electrical contact body for the electrical connection of at least one conductor, - wherein the terminal clamp or connection clamp has at least one contact element for electrically contacting the circuit board, - wherein the circuit board has a front side, in particular fitted with at least one LED, and a rear side, - wherein an opening is provided in the circuit board for receiving the terminal clamp or connection clamp, - wherein the terminal clamp or connection clamp can be indirectly or directly contacted with at least one contact element on the front side of the circuit board, - wherein the connection of the least one electrical conductor is provided in the electrical contact body of the terminal clamp or connection clamp in the region of the rear side of the circuit board,
A scroll compressor (10, 70, 75) comprising: a housing that has a cylindrical rear housing, and a front housing including a plate placement surface; a fixed scroll that is provided within the rear housing and fixed to the rear housing; an orbiting scroll that is provided within the rear housing, which forms a compression chamber between the orbiting scroll and the fixed scroll by meshing the fixed scroll, and is revolved and driven around the fixed scroll; a ring-like thrust plate (27, 78) that is disposed between an end plate, in the orbiting scroll, disposed on a side opposite to a side where the fixed scroll is provided and the plate placement surface of the front housing; and a plurality of bolts (12, 67) that are fastened to a plate placement part, of the front housing, which partitions the plate placement surface and that restricts a position of the thrust plate (27, 78) with respect to the plate placement part, characterized in that the plurality of bolts (12, 67) each include a head part, and a shaft part having one end connected to the head part, and at least a portion of the head part is disposed to protrude from the plate placement surface, and the thrust plate (27, 78) has a plurality of through-holes that allow the head part to pass therethrough. a housing that has a cylindrical rear housing, and a front housing including a plate placement surface; a fixed scroll that is provided within the rear housing and fixed to the rear housing; an orbiting scroll that is provided within the rear housing, which forms a compression chamber between the orbiting scroll and the fixed scroll by meshing the fixed scroll, and is revolved and driven around the fixed scroll; a ring-like thrust plate (27, 78) that is disposed between an end plate, in the orbiting scroll, disposed on a side opposite to a side where the fixed scroll is provided and the plate placement surface of the front housing; and a plurality of bolts (12, 67) that are fastened to a plate placement part, of the front housing, which partitions the plate placement surface and that restricts a position of the thrust plate (27, 78) with respect to the plate placement part, characterized in that the plurality of bolts (12, 67) each include a head part, and a shaft part having one end connected to the head part, and at least a portion of the head part is disposed to protrude from the plate placement surface, and the thrust plate (27, 78) has a plurality of through-holes that allow the head part to pass therethrough.
A heat pump, comprising a number of hollow elements with a first zone, a second zone and a working medium which can be displaced in a reversible manner between the first and second zones, wherein an equilibrium of an interaction of the working medium with each of the zones (2a, 2b) depending on thermodynamic state variables, a number of plate elements which are arranged in the form of a stack and each comprise at least one hollow element with first and second zones, a number of passage regions of a first type arranged between the plate elements to be flowed through by a first fluid for exchanging heat with the first zones, a number of passage regions of a second type arranged between the plate elements to be flowed through by a second fluid for exchanging heat with the second zones, wherein the first fluid and the second fluid being separated from each other, and at least two distributing devices (7, 8) which are arranged at the end of the plate elements in each case and associated with at least a distribution of the first fluid through the passage regions of the first type and each have a stationary hollow cylinder and a distributor insert (7a, 8a) which is rotatable within the hollow cylinder, wherein the distributor insert (7a, 8a) has partitions (7b, 8b) which separate off in each of the cylinders at least four, preferably at least six and particularly preferably at least eight, separate chambers, wherein a flow path comprising at least one passage region being defined by each of the chambers, characterised in that a hollow plate (4, 5), the cavity of which is associated with one of the passage regions, is arranged between two of the plate elements, the hollow plate (4, 5) being thermally connected, in particular by one of soldering, bonding or bracing, in a planar manner to the adjacent plate elements, and a hollow plate of a first type, forming a passage region of a first type, and a hollow plate of a second type which is substantially thermally isolated from the hollow plate of the first type and forms a passage region of a second type are arranged between two plate elements.
An air conditioning system for a motor vehicle comprising: a housing for a first fluid, wherein the housing comprises at least one port in its structure, a first heat exchanger configured to heat exchange with the first fluid, at least one second heat exchanger configured to generate a heat radiation, and at least one temperature sensor configured to be fixed to the port so that at least a portion of the sensor is located between the first heat exchanger and the second heat exchanger, wherein the sensor further comprises at least one sensitive portion being thermally exposed to the first fluid, wherein the sensor further comprises a protrusion integrally formed therewith configured to shift the sensitive portion towards an intended measurement point of the housing, characterized in that the at least one sensitive portion is at least partially isolated from the heat radiation generated by the second heat exchanger, and wherein the sensor comprises a casing integrally formed with the protrusion configured to at least partially insulate the protrusion with the sensor from the heat radiation
A fishing rod comprising: a rod body; a fitting including a mounting portion, the fitting being mounted on an outer peripheral surface of the rod body via the mounting portion; a first fixing layer formed of a first sheet wound on the mounting portion and the rod body; a second fixing layer formed of a second sheet wound on an outer side of the first sheet, the second sheet being made of a fiber-reinforced resin; and a coating layer (40; 140) made of a resin and formed on an outer side of the second fixing layer, characterized in that the coating layer (40; 140) has a generally constant thickness and directly covers the entire outer side of the second fixing layer, wherein the coating layer (40; 140) is formed of a resin having a tensile elongation of 40% or more and a yield strain of 7% or more, both measured in conformity to JIS K 7161:2014, and the coating layer (40; 140) has a thickness of 1.3 mm or smaller, wherein the coating layer (40; 140) includes a first coating layer and a second coating layer, the first coating layer being made of a resin and formed on the outer side of the second fixing layer, the second coating layer being made of a resin and formed on an outer side of the first coating layer. a rod body; a fitting including a mounting portion, the fitting being mounted on an outer peripheral surface of the rod body via the mounting portion; a first fixing layer formed of a first sheet wound on the mounting portion and the rod body; a second fixing layer formed of a second sheet wound on an outer side of the first sheet, the second sheet being made of a fiber-reinforced resin; and a coating layer (40; 140) made of a resin and formed on an outer side of the second fixing layer, characterized in that the coating layer (40; 140) has a generally constant thickness and directly covers the entire outer side of the second fixing layer, wherein the coating layer (40; 140) is formed of a resin having a tensile elongation of 40% or more and a yield strain of 7% or more, both measured in conformity to JIS K 7161:2014, and the coating layer (40; 140) has a thickness of 1.3 mm or smaller, wherein the coating layer (40; 140) includes a first coating layer and a second coating layer, the first coating layer being made of a resin and formed on the outer side of the second fixing layer, the second coating layer being made of a resin and formed on an outer side of the first coating layer.
A method of transmitting and receiving data bursts in a mobile station according to service interworking between heterogeneous communication systems including first and second systems, the mobile station belonging to the second system, the method comprising: demodulating and decoding a broadcast message received through a broadcast information region for the second system; and demodulating and decoding a downlink data burst in correspondence with the demodulated/decoded broadcast message, and transmitting an uplink data burst through an assigned uplink data burst region; wherein the first and second systems provide services by using a frame divided into a downlink region and an uplink region, the downlink region being time-divided into a first downlink assignment region for the first system and a second downlink assignment region for the second system, and the uplink sub-frame being frequency-divided into a first uplink assignment region for the first system and a second uplink assignment region for the second system; and wherein the data bursts are transmitted and received in the mobile station according to the service interworking between the first and second systems. demodulating and decoding a broadcast message received through a broadcast information region for the second system; and demodulating and decoding a downlink data burst in correspondence with the demodulated/decoded broadcast message, and transmitting an uplink data burst through an assigned uplink data burst region; wherein the first and second systems provide services by using a frame divided into a downlink region and an uplink region, the downlink region being time-divided into a first downlink assignment region for the first system and a second downlink assignment region for the second system, and the uplink sub-frame being frequency-divided into a first uplink assignment region for the first system and a second uplink assignment region for the second system; and wherein the data bursts are transmitted and received in the mobile station according to the service interworking between the first and second systems.
A method for wireless communications, performed by a user equipment, UE, comprising: identifying, at the UE, one or more properties of a channel supported by a base station for machine type communication, MTC, the one or more properties being identified based at least in part on one or more bits in a signal received from the base station through a broadcast channel; receiving, at the UE, MTC information from a first base station during one or more sub-frames in a frame and from a second base station during one or more different sub-frames in the same frame; determining a first channel metric for the first base station based at least in part on the MTC information received from the first base station; determining a second channel metric for the second base station based at least in part on the MTC information received from the second base station; selecting, for association with the UE, one of the first base station and the second base station, the selection being based at least in part on the first channel metric and the second channel metric; and communicating MTC information with the base station based on the one or more channel properties. identifying, at the UE, one or more properties of a channel supported by a base station for machine type communication, MTC, the one or more properties being identified based at least in part on one or more bits in a signal received from the base station through a broadcast channel; receiving, at the UE, MTC information from a first base station during one or more sub-frames in a frame and from a second base station during one or more different sub-frames in the same frame; determining a first channel metric for the first base station based at least in part on the MTC information received from the first base station; determining a second channel metric for the second base station based at least in part on the MTC information received from the second base station; selecting, for association with the UE, one of the first base station and the second base station, the selection being based at least in part on the first channel metric and the second channel metric; and communicating MTC information with the base station based on the one or more channel properties.
A radio signal recorder for recording radio frequency data of a radio frequency signal provided to a vehicle, wherein the vehicle comprises a communication module for transmitting and receiving wireless signals, the radio signal recorder comprising: a radio frequency receiver, adapted to receive a radio frequency signal in a same or at least similar frequency range than a receiver or transceiver used by the vehicle and to provide baseband data of the received radio frequency signal; a first memory, adapted to continuously store the baseband data provided by the radio frequency receiver, wherein the first memory is configured to record the baseband data of a predetermined amount of data or relating to a predetermined period of time such that, upon receiving data exceeding the predetermined amount of data or the predetermined period of time, oldest data is overwritten by newly received data; a trigger interface, adapted to receive a trigger signal from a controller of the vehicle; a second memory; and a processor, adapted to transfer the baseband data stored in the first memory to the second memory upon a predetermined trigger signal has been received by the trigger interface. a radio frequency receiver, adapted to receive a radio frequency signal in a same or at least similar frequency range than a receiver or transceiver used by the vehicle and to provide baseband data of the received radio frequency signal; a first memory, adapted to continuously store the baseband data provided by the radio frequency receiver, wherein the first memory is configured to record the baseband data of a predetermined amount of data or relating to a predetermined period of time such that, upon receiving data exceeding the predetermined amount of data or the predetermined period of time, oldest data is overwritten by newly received data; a trigger interface, adapted to receive a trigger signal from a controller of the vehicle; a second memory; and a processor, adapted to transfer the baseband data stored in the first memory to the second memory upon a predetermined trigger signal has been received by the trigger interface.
Arrangement for forming a molded fiber product, which arrangement includes a foam generator for forming foam from fibers, water, air and foaming chemical, and a pair of molds (12, 13) with distance variability, and means for feeding foam between the molds (12, 13) to form a layer, characterized in that as a part of the means, one of the molds (12, 13) has several lateral channels arranged to open between the molds (12, 13), and the pair is sealed from its sides.
A site monitoring system for monitoring a network of optically switchable windows (302, 1255), wherein the site monitoring system is configured to communicate with the network of optically switchable windows (302, 1255), the site monitoring system comprising: a fingerprinting module comprising instructions configured to execute operations on one or more processors, wherein the instructions comprise: (a) communicating with a plurality of components of the network of optically switchable windows (302, 1255) to receive identification numbers of the plurality of components, (b) causing a voltage and/or current to be measured at the plurality of components during one or more optical transitions of at least one optically switchable window of the network of optically switchable windows (302, 1255), (c) storing the identification numbers received and the voltage and/or current measured in a fingerprint of the network of optically switchable windows (302, 1255), and (d) detecting changes in the system by determining that a component of the plurality of components has been removed or replaced based on a comparison of fingerprints of the network taken at different times, wherein the plurality of components comprise a plurality of the optically switchable windows (302, 1255), one or more sensors (510, 1240) and a plurality of controllers (304, 450, 1110) configured to control optical transitions of the optically switchable windows (302, 1255), and the fingerprint of the network includes the fingerprints of all of the plurality of components. (a) communicating with a plurality of components of the network of optically switchable windows (302, 1255) to receive identification numbers of the plurality of components, (b) causing a voltage and/or current to be measured at the plurality of components during one or more optical transitions of at least one optically switchable window of the network of optically switchable windows (302, 1255), (c) storing the identification numbers received and the voltage and/or current measured in a fingerprint of the network of optically switchable windows (302, 1255), and (d) detecting changes in the system by determining that a component of the plurality of components has been removed or replaced based on a comparison of fingerprints of the network taken at different times, wherein the plurality of components comprise a plurality of the optically switchable windows (302, 1255), one or more sensors (510, 1240) and a plurality of controllers (304, 450, 1110) configured to control optical transitions of the optically switchable windows (302, 1255), and the fingerprint of the network includes the fingerprints of all of the plurality of components. wherein the plurality of components comprise a plurality of the optically switchable windows (302, 1255), one or more sensors (510, 1240) and a plurality of controllers (304, 450, 1110) configured to control optical transitions of the optically switchable windows (302, 1255), and the fingerprint of the network includes the fingerprints of all of the plurality of components.
A thermally-actuated flow-restrictor device for an aircraft galley insert, the flow-restrictor device comprising: a housing including a first flanged fitting and a second flanged fitting, the first flanged fitting including an outlet port configured to connect in fluid communication with the aircraft galley insert, and the second flanged fitting including an inlet port configured to connect in fluid communication with an aircraft potable water supply; a closure element contained within the housing, the closure element including one or more apertures for water to flow within the housing from the inlet port to the outlet port, the closure element having a surface facing the inlet port that is concave when the closure element is at ambient temperature to allow water to flow through the closure element from the inlet port to the outlet port; wherein the closure element includes a plurality of metals each having a different coefficient of thermal expansion which allow the surface of the closure element facing the inlet port to become convex when water having a predetermined temperature contacts the closure element and that allow the surface of the closure element to return to being concave when the closure element cools toward ambient temperature; characterized in that when the surface of the closure element is convex, the surface is proximal to a boss concentrically surrounding the inlet port and contacts the boss while leaving a portion of one aperture aligned with the inlet port, thereby restricting the backflow of water in the housing from the outlet port to the inlet port. a housing including a first flanged fitting and a second flanged fitting, the first flanged fitting including an outlet port configured to connect in fluid communication with the aircraft galley insert, and the second flanged fitting including an inlet port configured to connect in fluid communication with an aircraft potable water supply; a closure element contained within the housing, the closure element including one or more apertures for water to flow within the housing from the inlet port to the outlet port, the closure element having a surface facing the inlet port that is concave when the closure element is at ambient temperature to allow water to flow through the closure element from the inlet port to the outlet port; wherein the closure element includes a plurality of metals each having a different coefficient of thermal expansion which allow the surface of the closure element facing the inlet port to become convex when water having a predetermined temperature contacts the closure element and that allow the surface of the closure element to return to being concave when the closure element cools toward ambient temperature; characterized in that when the surface of the closure element is convex, the surface is proximal to a boss concentrically surrounding the inlet port and contacts the boss while leaving a portion of one aperture aligned with the inlet port, thereby restricting the backflow of water in the housing from the outlet port to the inlet port.