mhurhangee/ep-ind-claims huggingface dataset:
A base station apparatus comprising: a memory; and at least one processor coupled to the memory, wherein the at least one processor is configured to send a first information element to an inter-base-station gateway, and the first information element indicates whether a relay operation is necessary, the relay operation being an operation in which the inter-base-station gateway relays a data packet destined for or sent from a radio terminal between the base station apparatus and another base station, wherein the base station apparatus is characterized in that the at least one processor is configured to, generate the first information element indicating that a relay operation is necessary, if it is necessary to conceal a transport-layer address of the base station apparatus from the other base station. a memory; and at least one processor coupled to the memory, wherein the at least one processor is configured to send a first information element to an inter-base-station gateway, and the first information element indicates whether a relay operation is necessary, the relay operation being an operation in which the inter-base-station gateway relays a data packet destined for or sent from a radio terminal between the base station apparatus and another base station, wherein the base station apparatus is characterized in that the at least one processor is configured to, generate the first information element indicating that a relay operation is necessary, if it is necessary to conceal a transport-layer address of the base station apparatus from the other base station.
A product management system that manages a product that is a food and has a print surface, the product management system comprising: an inspection unit that performs an inspection of the product and outputs an inspection result as to whether the product is a conforming product or a nonconforming product; a first information acquisition unit that reads, from the product which has plural pieces of individual identification information that are the same printed on the print surface, the individual identification information; and a storage unit that associates and stores, with the inspection result, the individual identification information that the first information acquisition unit has read; wherein the individual identification information is printed in the form of digital watermarks. an inspection unit that performs an inspection of the product and outputs an inspection result as to whether the product is a conforming product or a nonconforming product; a first information acquisition unit that reads, from the product which has plural pieces of individual identification information that are the same printed on the print surface, the individual identification information; and a storage unit that associates and stores, with the inspection result, the individual identification information that the first information acquisition unit has read; wherein the individual identification information is printed in the form of digital watermarks.
Medical apparatus having a system for generating an external magnetic field and an endoscope which is embodied for magnetic navigation through the external magnetic field, characterised in that the endoscope is embodied with an endoscope head which can be inserted into a cavity, and with an endoscope tube which is connected to the endoscope head, wherein the endoscope head comprises - a housing, on the outer wall of which a thread is arranged at least in a partial area for generating forward and backward movements of the endoscope head with the help of rotations, and - at least one camera which delivers images from the interior of the cavity, wherein at least one magnetic element for generating a torque onto the endoscope head by interaction with an external magnetic field is provided on the endoscope head and the endoscope tube is rotationally decoupled from the housing. - a housing, on the outer wall of which a thread is arranged at least in a partial area for generating forward and backward movements of the endoscope head with the help of rotations, and - at least one camera which delivers images from the interior of the cavity,
A method for providing a single number reachability solution for communications with a desktop telephone and a cellular telephone, comprising: associating a telephone number shared by a desktop telephone and a cellular telephone with a first communication port; receiving an incoming telephone call initiated by a remote device and directed to the telephone number; offering the incoming telephone call to the desktop telephone and to the first communication port; obtaining a second communication port from a plurality of available communication ports in response to the receiving of the incoming telephone call; and offering the incoming telephone call to the cellular telephone using the second communication port; if the cellular telephone answers the incoming telephone call, then bridging the first communication port and the second communication port to establish a communication link between the remote device and the cellular telephone; and if the desktop telephone answers the incoming telephone call, then dropping the offer of the incoming telephone call to the cellular telephone using the second communication port; wherein signaling associated with a communication session with the remote device passes through a call management application and media associated with the communication session passes directly between the remote device and either the desktop telephone or the cellular telephone. associating a telephone number shared by a desktop telephone and a cellular telephone with a first communication port; receiving an incoming telephone call initiated by a remote device and directed to the telephone number; offering the incoming telephone call to the desktop telephone and to the first communication port; obtaining a second communication port from a plurality of available communication ports in response to the receiving of the incoming telephone call; and offering the incoming telephone call to the cellular telephone using the second communication port; if the cellular telephone answers the incoming telephone call, then bridging the first communication port and the second communication port to establish a communication link between the remote device and the cellular telephone; and if the desktop telephone answers the incoming telephone call, then dropping the offer of the incoming telephone call to the cellular telephone using the second communication port; wherein signaling associated with a communication session with the remote device passes through a call management application and media associated with the communication session passes directly between the remote device and either the desktop telephone or the cellular telephone.
A joint comprising: a bolt with a head in a first end, with a thread in a second end and with an intermediate section between the first end and the second end, and which during attachment of two objects (3, 4) rotatably to each other protrudes trough openings in said objects, and a nut received on said thread for keeping said objects together (3, 4) between said head and said nut, an end surface of the bolt in the second end of the bolt is provided with a cavity that extends in an axial direction of the bolt and that has a wall with a thread, and the joint comprises an expansion bolt with a threaded end protruding into said cavity and engaging the thread on the wall, said expansion bolt having a larger diameter than a diameter of the cavity such that forces expanding the second end of the bolt are directed by the expansion bolt towards the wall of the cavity, wherein the cavity extends in the axial direction of the bolt from the end surface to the first end of the bolt as a through bore having openings in both end surfaces of the bolt, the cavity has a smaller diameter at the first end of the bolt than at the second end of the bolt, the thread on the wall of the cavity is located at the opening in the first end of the bolt in the part of the cavity which has the smaller diameter, and the expansion bolt has a head with an inclined outer side surface contacting the wall of the the cavity at the second end of the bolt for expanding the second end of the bolt. a bolt with a head in a first end, with a thread in a second end and with an intermediate section between the first end and the second end, and which during attachment of two objects (3, 4) rotatably to each other protrudes trough openings in said objects, and a nut received on said thread for keeping said objects together (3, 4) between said head and said nut, an end surface of the bolt in the second end of the bolt is provided with a cavity that extends in an axial direction of the bolt and that has a wall with a thread, and the joint comprises an expansion bolt with a threaded end protruding into said cavity and engaging the thread on the wall, said expansion bolt having a larger diameter than a diameter of the cavity such that forces expanding the second end of the bolt are directed by the expansion bolt towards the wall of the cavity, wherein the cavity extends in the axial direction of the bolt from the end surface to the first end of the bolt as a through bore having openings in both end surfaces of the bolt, the cavity has a smaller diameter at the first end of the bolt than at the second end of the bolt, the thread on the wall of the cavity is located at the opening in the first end of the bolt in the part of the cavity which has the smaller diameter, and the expansion bolt has a head with an inclined outer side surface contacting the wall of the the cavity at the second end of the bolt for expanding the second end of the bolt.
A system for autonomous rear impact mitigation in a vehicle hosting the system, the vehicle having a brake system and a steering system, characterised in that it comprises: means for establishing relative motion parameters between the host vehicle and a second vehicle behind the host vehicle; means for selectively activating the brake system of the host vehicle, while the host vehicle has a positive velocity, based on the determined relative motion parameters, and means for using the relative motion parameters for determining if a rear impact between the second vehicle and the host vehicle is imminent, and the means for selectively activating the brake system are arranged to apply at least one brake of the brake system if a rear impact between the second vehicle and the host vehicle is determined imminent. means for establishing relative motion parameters between the host vehicle and a second vehicle behind the host vehicle; means for selectively activating the brake system of the host vehicle, while the host vehicle has a positive velocity, based on the determined relative motion parameters, and means for using the relative motion parameters for determining if a rear impact between the second vehicle and the host vehicle is imminent, and the means for selectively activating the brake system are arranged to apply at least one brake of the brake system if a rear impact between the second vehicle and the host vehicle is determined imminent.
A method of generating an electrical current comprising: extracting oxygen from an aqueous ambient environment surrounding an electrochemical system; transporting the extracted oxygen through a selectively oxygen-permeable membrane to an enclosed electrolyte surrounding an anode and a cathode in the electrochemical system, wherein the electrolyte is separated from the aqueous ambient environment; transporting the oxygenated electrolyte to the cathode; reducing the oxygen at the cathode; and oxidizing a metal at the anode. extracting oxygen from an aqueous ambient environment surrounding an electrochemical system; transporting the extracted oxygen through a selectively oxygen-permeable membrane to an enclosed electrolyte surrounding an anode and a cathode in the electrochemical system, wherein the electrolyte is separated from the aqueous ambient environment; transporting the oxygenated electrolyte to the cathode; reducing the oxygen at the cathode; and oxidizing a metal at the anode.
A cutter (4, 6) for hot-cutting a rod, preferably a rod of steel, along a first axis, comprising: - a frame; - a cutting element, which is fitted to said frame, comprises an arc-shaped cutting surface adapted, in use, to cut said rod, and defines an open seat bounded by said cutting surface; and - a refrigerating circuit, which is adapted to refrigerate said cutting surface and is defined by said frame; said refrigerating circuit comprising a chamber, which is fillable with a refrigerating fluid and is thermally coupled with said cutting surface for removing heat from said cutting surface; characterized in that said chamber is bounded by a first wall, which is arc-shaped, extends on the opposite side of said seat with respect to said cutting surface and with respect to said first axis, and extends parallel to said cutting surface in a cross section taken orthogonal to a second axis orthogonal to said first axis and along which said rod is, in use, advanced; said seat being coaxial with respect to said second axis. - a frame; - a cutting element, which is fitted to said frame, comprises an arc-shaped cutting surface adapted, in use, to cut said rod, and defines an open seat bounded by said cutting surface; and - a refrigerating circuit, which is adapted to refrigerate said cutting surface and is defined by said frame; said refrigerating circuit comprising a chamber, which is fillable with a refrigerating fluid and is thermally coupled with said cutting surface for removing heat from said cutting surface; characterized in that said chamber is bounded by a first wall, which is arc-shaped, extends on the opposite side of said seat with respect to said cutting surface and with respect to said first axis, and extends parallel to said cutting surface in a cross section taken orthogonal to a second axis orthogonal to said first axis and along which said rod is, in use, advanced; said seat being coaxial with respect to said second axis. said refrigerating circuit comprising a chamber, which is fillable with a refrigerating fluid and is thermally coupled with said cutting surface for removing heat from said cutting surface; characterized in that said chamber is bounded by a first wall, which is arc-shaped, extends on the opposite side of said seat with respect to said cutting surface and with respect to said first axis, and extends parallel to said cutting surface in a cross section taken orthogonal to a second axis orthogonal to said first axis and along which said rod is, in use, advanced; said seat being coaxial with respect to said second axis.
A valve assembly comprising: a valve body including an inlet, an outlet, and first and second fluid paths (5, 6) in fluid communication with the inlet and the outlet, the first fluid path extending axially through at least a portion of the valve body, and the second fluid path being defined by first and second annular walls (7, 8) and at least partially surrounding the first fluid path; a valve member disposed in the valve body and movable between first and second positions to control fluid flow through the first and second fluid paths, wherein the valve member restricts a fluid from flowing through the first fluid path and allows the fluid to flow through the second fluid path when the valve member is in the first position, and wherein the valve member allows the fluid to flow through the first fluid path when the valve member is in the second position; and a valve shaft fixed to the valve member and mounted to the valve body for rotation relative to the valve body, characterized by the valve member including a diverter ring and a valve plate, and wherein the diverter ring prevents fluid flow through the second fluid path when the valve member is in the second position, and the valve plate prevents fluid flow through the first fluid path when the valve member is in the first position. a valve body including an inlet, an outlet, and first and second fluid paths (5, 6) in fluid communication with the inlet and the outlet, the first fluid path extending axially through at least a portion of the valve body, and the second fluid path being defined by first and second annular walls (7, 8) and at least partially surrounding the first fluid path; a valve member disposed in the valve body and movable between first and second positions to control fluid flow through the first and second fluid paths, wherein the valve member restricts a fluid from flowing through the first fluid path and allows the fluid to flow through the second fluid path when the valve member is in the first position, and wherein the valve member allows the fluid to flow through the first fluid path when the valve member is in the second position; and a valve shaft fixed to the valve member and mounted to the valve body for rotation relative to the valve body, characterized by the valve member including a diverter ring and a valve plate, and wherein the diverter ring prevents fluid flow through the second fluid path when the valve member is in the second position, and the valve plate prevents fluid flow through the first fluid path when the valve member is in the first position.
A method in a base station of a wireless communications system for supporting user equipment positioning measurements, the method comprising: - transmitting signals associated with a first cell, the transmitted signals comprising positioning reference signals, - transmitting signals associated with a second cell, wherein the second cell is configured to have a lower transmission capacity than the first cell, - wherein a cell is the sum of signals transmitted by the base station, and wherein the first cell and the second cell have different cell identities, and the method characterized in that it comprises: - discontinuing the transmission of the signals associated with the first cell except for the positioning reference signals. - transmitting signals associated with a first cell, the transmitted signals comprising positioning reference signals, - transmitting signals associated with a second cell, wherein the second cell is configured to have a lower transmission capacity than the first cell, - wherein a cell is the sum of signals transmitted by the base station, and wherein the first cell and the second cell have different cell identities, - discontinuing the transmission of the signals associated with the first cell except for the positioning reference signals.
Process for the preparation of a magnesium alkoxide granulate, characterized in that magnesium having magnesium particle sizes of from 0.3 to 5 mm is activated with 0.001 to more than 20 mol% with a compound or several compounds of the general formula AlR 3-n Hal n, wherein - the radical R is an alkyl or aryl radical - the radical Hal is a halogen radical and - n is a number, wherein 0 ≤ n ≤ 2, and reacted with an excess of alcohol of between 0.1 and 60 % in non-coordinating solvents with the following process steps: - initial introduction of the solvent and the magnesium metal into a stirred reactor which has been filled with an inert gas; - addition of one or more compounds of the general formula AlR 3-n Hal n; - addition of the alcohol. - the radical R is an alkyl or aryl radical - the radical Hal is a halogen radical and - n is a number, wherein 0 ≤ n ≤ 2, and reacted with an excess of alcohol of between 0.1 and 60 % in non-coordinating solvents - initial introduction of the solvent and the magnesium metal into a stirred reactor which has been filled with an inert gas; - addition of one or more compounds of the general formula AlR 3-n Hal n; - addition of the alcohol.
A programmable mass flow controller (220, 360) comprising: an input (240, 250) configured to receive an input signal; an output (300, 310) configured to provide an output signal; a communication interface configured to receive program instructions including instructions on the operational configuration of the mass flow controller; a flow sensor configured to sense the flow of gas through the mass flow controller; a control valve configured to control the flow of gas through the mass flow controller; memory configured to receive programming data determining the programmed configuration of the mass flow controller; and a processor/controller for operating the mass flow controller in accordance with the programmed configuration; wherein the input signal to the mass flow controller initiates the operation of the mass flow controller to deliver a prescribed amount of gas, and the output signal is generated as a function of the timing of the delivery and the output signal is a trigger signal input used to synchronize the mass flow controller to at least one other device. an input (240, 250) configured to receive an input signal; an output (300, 310) configured to provide an output signal; a communication interface configured to receive program instructions including instructions on the operational configuration of the mass flow controller; a flow sensor configured to sense the flow of gas through the mass flow controller; a control valve configured to control the flow of gas through the mass flow controller; memory configured to receive programming data determining the programmed configuration of the mass flow controller; and a processor/controller for operating the mass flow controller in accordance with the programmed configuration; wherein the input signal to the mass flow controller initiates the operation of the mass flow controller to deliver a prescribed amount of gas, and the output signal is generated as a function of the timing of the delivery and the output signal is a trigger signal input used to synchronize the mass flow controller to at least one other device.
Pressure sensor having - a substrate which comprises a ceramic, the substrate having conductor tracks for contact-connecting electrical components (3, 4), - a measuring element for converting a mechanical measurement variable into an electrical signal, - a signal converter for processing the electrical signals from the measuring element further, - a first diaphragm which comprises a metal, the diaphragm, together with the substrate and an intermediate layer, forming a first closed cavity which contains an inert filling medium, - at least one side of the measuring element, which comprises an active surface, having direct contact with the filling medium in the first cavity, - the signal converter being arranged on the substrate in the form of an unhoused integrated circuit, - and the intermediate layer being arranged in sections between the first diaphragm and the substrate, the coefficient of thermal expansion of said intermediate layer being matched to the coefficient of thermal expansion of the substrate, and containing metal alloys (Kovar) which have a low coefficient of thermal expansion which is typically lower than the coefficient of most metals. - a substrate which comprises a ceramic, the substrate having conductor tracks for contact-connecting electrical components (3, 4), - a measuring element for converting a mechanical measurement variable into an electrical signal, - a signal converter for processing the electrical signals from the measuring element further, - a first diaphragm which comprises a metal, the diaphragm, together with the substrate and an intermediate layer, forming a first closed cavity which contains an inert filling medium, - at least one side of the measuring element, which comprises an active surface, having direct contact with the filling medium in the first cavity, - the signal converter being arranged on the substrate in the form of an unhoused integrated circuit, - and the intermediate layer being arranged in sections between the first diaphragm and the substrate, the coefficient of thermal expansion of said intermediate layer being matched to the coefficient of thermal expansion of the substrate, and containing metal alloys (Kovar) which have a low coefficient of thermal expansion which is typically lower than the coefficient of most metals.