mhurhangee/ep-ind-claims huggingface dataset:
A joint structure comprising: - a first member having a fit-in groove (116, 216, 316); - a second member made of a material different from a material of the first member and comprising an insertion section (124, 224, 324) to be inserted into the fit-in groove; and a plurality of bonding layers (130,132, 134, 136, 138, 140, 142) having different hardness and formed between the fit-in groove and the insertion section (124, 224, 324), and characterized in that, among the plurality of bonding layers, a bonding layer that is softer than another bonding layer is disposed between a deepest section of the fit-in groove and a distal end of the insertion section, and the another bonding layer is disposed further away from the deepest section than the bonding layer that is softer than the another boding layer. - a first member having a fit-in groove (116, 216, 316); - a second member made of a material different from a material of the first member and comprising an insertion section (124, 224, 324) to be inserted into the fit-in groove; and a plurality of bonding layers (130,132, 134, 136, 138, 140, 142) having different hardness and formed between the fit-in groove and the insertion section (124, 224, 324), and characterized in that, among the plurality of bonding layers, a bonding layer that is softer than another bonding layer is disposed between a deepest section of the fit-in groove and a distal end of the insertion section, and the another bonding layer is disposed further away from the deepest section than the bonding layer that is softer than the another boding layer.
A turbocharger rotating assembly comprising: a bearing; a shaft and turbine wheel assembly supported by the bearing; a seal ring disposed about the shaft; and a sleeve that supports the bearing and that comprises a compressor end and a turbine end, a bore extending axially from the compressor end to the turbine end, a first counter bore that forms an axial face that axially locates the bearing in the bore, a second counter bore disposed axially between the first counter bore and the turbine end wherein the second counter bore comprises a seal surface that forms a lubricant and exhaust seal with the seal ring disposed about the shaft, and a securing feature to secure the sleeve with respect to a turbocharger housing. a bearing; a shaft and turbine wheel assembly supported by the bearing; a seal ring disposed about the shaft; and a sleeve that supports the bearing and that comprises a compressor end and a turbine end, a bore extending axially from the compressor end to the turbine end, a first counter bore that forms an axial face that axially locates the bearing in the bore, a second counter bore disposed axially between the first counter bore and the turbine end wherein the second counter bore comprises a seal surface that forms a lubricant and exhaust seal with the seal ring disposed about the shaft, and a securing feature to secure the sleeve with respect to a turbocharger housing. a compressor end and a turbine end, a bore extending axially from the compressor end to the turbine end, a first counter bore that forms an axial face that axially locates the bearing in the bore, a second counter bore disposed axially between the first counter bore and the turbine end wherein the second counter bore comprises a seal surface that forms a lubricant and exhaust seal with the seal ring disposed about the shaft, and a securing feature to secure the sleeve with respect to a turbocharger housing.
A method of filling a container (10, 30) with a liquid content, comprising: providing a liquid which is immiscible with the liquid content; and forming a film of the immiscible liquid between an inner wall of the container (10, 30) and the liquid content; characterized in that said film is formed by filling the container (10, 30) with the liquid content whose outer circumference is at least partly covered with the immiscible liquid or with a mix of the immiscible liquid and the liquid content before phase separation, thereby improving the slipping property to the liquid content; and in that the liquid content is filled up at the same time the film is formed. providing a liquid which is immiscible with the liquid content; and forming a film of the immiscible liquid between an inner wall of the container (10, 30) and the liquid content; characterized in that said film is formed by filling the container (10, 30) with the liquid content whose outer circumference is at least partly covered with the immiscible liquid or with a mix of the immiscible liquid and the liquid content before phase separation, thereby improving the slipping property to the liquid content; and in that the liquid content is filled up at the same time the film is formed.
A fiber guide element for a spinning nozzle of an air-jet spinning machine, for producing a yarn from a fiber strand, - the fiber guide element comprising an outer surface for contacting a backing surface of the spinning nozzle in order to thereby be able to fix the fiber guide element on or in the spinning nozzle, and - the fiber guide element comprising a fiber guide channel having an inlet opening and an outlet opening and serving during operation of the spinning nozzle for guiding the fiber strand passing through the fiber guide element via the fiber guide channel when entering a vortex chamber of the spinning nozzle, characterized in that, the fiber guide element comprises at least one injection channel, by means of which an air flow is generated inside the fiber guide channel and extends from the outlet opening in the direction toward the inlet opening whenever compressed air is applied to the injection channel. - the fiber guide element comprising an outer surface for contacting a backing surface of the spinning nozzle in order to thereby be able to fix the fiber guide element on or in the spinning nozzle, and - the fiber guide element comprising a fiber guide channel having an inlet opening and an outlet opening and serving during operation of the spinning nozzle for guiding the fiber strand passing through the fiber guide element via the fiber guide channel when entering a vortex chamber of the spinning nozzle,
A two-wheeled vehicle tire for running on rough terrain, the tire comprising: a tread portion having a designated rotation direction, the tread portion comprising at least one first block, wherein the at least one first block comprises a pair of block pieces adjacent to each other in a tire axial direction, and a tie-bar connecting the pair of block pieces, the tie-bar has an outer surface in a tire radial direction, and the pair of block pieces each has an outer surface in the tire radial direction, the outer surface of each block piece having an axially extending leading edge located on a leading side in the rotation direction, characterized in that the outer surface of the tie-bar has a height increasing toward a trailing side in the rotation direction, and the leading edge of each of the pair of block pieces is inclined toward the trailing side in the rotation direction from an end on a tie-bar side thereof outwardly in a block-width direction. a tread portion having a designated rotation direction, the tread portion comprising at least one first block, wherein the at least one first block comprises a pair of block pieces adjacent to each other in a tire axial direction, and a tie-bar connecting the pair of block pieces, the tie-bar has an outer surface in a tire radial direction, and the pair of block pieces each has an outer surface in the tire radial direction, the outer surface of each block piece having an axially extending leading edge located on a leading side in the rotation direction, the outer surface of the tie-bar has a height increasing toward a trailing side in the rotation direction, and the leading edge of each of the pair of block pieces is inclined toward the trailing side in the rotation direction from an end on a tie-bar side thereof outwardly in a block-width direction.
Apparatus for ionizing analyte molecules comprised in a flow of a first gas, the apparatus comprising: an inlet tube through which the first gas may be discharged into an ionization region; and a nozzle electrode disposed around the inlet tube to define a substantially annular space between the exterior of the inlet tube and the interior of the nozzle electrode, the nozzle electrode comprising an inlet for introducing a fluid into the substantially annular space and an outlet through which the fluid may be discharged into the ionization region, wherein the apparatus is configured to apply a voltage to the nozzle electrode and characterized in that it is configured to operate selectively in a first mode to ionize the analyte molecules via chemical ionization or a second mode to ionize the analyte molecules via electrospray ionization and wherein the selection of operation in either the first mode or the second mode is controlled based on a type of fluid that is introduced in the nozzle electrode through the fluid inlet. an inlet tube through which the first gas may be discharged into an ionization region; and a nozzle electrode disposed around the inlet tube to define a substantially annular space between the exterior of the inlet tube and the interior of the nozzle electrode, the nozzle electrode comprising an inlet for introducing a fluid into the substantially annular space and an outlet through which the fluid may be discharged into the ionization region, wherein the apparatus is configured to apply a voltage to the nozzle electrode and characterized in that it is configured to operate selectively in a first mode to ionize the analyte molecules via chemical ionization or a second mode to ionize the analyte molecules via electrospray ionization and wherein the selection of operation in either the first mode or the second mode is controlled based on a type of fluid that is introduced in the nozzle electrode through the fluid inlet.
Communication system, having: a communication network having a network slice and a mobility management entity, wherein the mobility management entity is implemented as a network function of the network slice; and a mobile communication device, which is part of the network slice of the communication network, having: a sensing device for sensing a movement of the mobile communication device, wherein the sensing device is configured to output a movement signal when movement of the mobile communication device is sensed; and a communication interface, configured to, in response to a reception of the movement signal, transmit a localization update via the communication network to the mobility management entity of the communication network, wherein the localization update indicates information about the position of the mobile communication device; wherein the sensing device is further configured to output the movement signal when the sensed movement leads to a relative distance between the mobile communication device and a reference position that is greater than a first threshold value, wherein the reference position is the position of the mobile communication device at which the communication interface has transmitted a previous localization update to the mobility management entity of the communication network. a communication network having a network slice and a mobility management entity, wherein the mobility management entity is implemented as a network function of the network slice; and a mobile communication device, which is part of the network slice of the communication network, having: a sensing device for sensing a movement of the mobile communication device, wherein the sensing device is configured to output a movement signal when movement of the mobile communication device is sensed; and a communication interface, configured to, in response to a reception of the movement signal, transmit a localization update via the communication network to the mobility management entity of the communication network, wherein the localization update indicates information about the position of the mobile communication device; a sensing device for sensing a movement of the mobile communication device, wherein the sensing device is configured to output a movement signal when movement of the mobile communication device is sensed; and a communication interface, configured to, in response to a reception of the movement signal, transmit a localization update via the communication network to the mobility management entity of the communication network, wherein the localization update indicates information about the position of the mobile communication device; wherein the sensing device is further configured to output the movement signal when the sensed movement leads to a relative distance between the mobile communication device and a reference position that is greater than a first threshold value, wherein the reference position is the position of the mobile communication device at which the communication interface has transmitted a previous localization update to the mobility management entity of the communication network.
Walking floor for an armored vehicle with a double floor to protect against mine explosions, wherein the walking floor has a composite panel having at least one core layer made of a honeycomb structure, which is arranged between a first and a second outer layer (12a, 12b) and is connected thereto, wherein the composite panel can be used in the vehicle interior, characterized in that retaining means for connecting the composite panel to the vehicle are integrated in the composite panel, wherein the walking floor can be connected to a securing element in the vehicle, such that the walking floor, in the connected state, is capable of vibrating during a mine explosion, wherein, in the connected state, at least two opposite sides of the walking floor are connected to the securing element for the transmission of forces and at least two further opposite sides of the walking floor are freely disposed.
A method of managing computer cloud resources, comprising: receiving, via at least one server acting as an orchestration site, at least one cloud resource management plan from at least one user, the cloud resource management plan comprising instructions for configuring a master orchestration to manage at least one sub orchestration, each orchestration comprising a plurality of orchestration plans and definitions of relationships between the orchestration plans, each orchestration plan comprising a group of objects, one or more policies, and a label, and wherein the at least one sub orchestration is an object of the master orchestration; storing, via the at least one server, the at least one cloud resource management plan in at least one storage; retrieving, via the at least one server acting as an orchestration manager, the at least one cloud resource management plan from at the at least one storage; and executing the cloud resource management plan, via the at least one server, with at least one site controller. receiving, via at least one server acting as an orchestration site, at least one cloud resource management plan from at least one user, the cloud resource management plan comprising instructions for configuring a master orchestration to manage at least one sub orchestration, each orchestration comprising a plurality of orchestration plans and definitions of relationships between the orchestration plans, each orchestration plan comprising a group of objects, one or more policies, and a label, and wherein the at least one sub orchestration is an object of the master orchestration; storing, via the at least one server, the at least one cloud resource management plan in at least one storage; retrieving, via the at least one server acting as an orchestration manager, the at least one cloud resource management plan from at the at least one storage; and executing the cloud resource management plan, via the at least one server, with at least one site controller.
A fuel assembly for a boiling water reactor, the fuel assembly extending along a fuel assembly axis and comprising a base including a lower tie plate, a head including an upper tie plate and a lift handle, a bundle of fuel rods extending axially between the lower tie plate and the upper tie plate, and a water channel extending within the bundle of fuel rods with axially connecting the base to the head such that the load of the base is transferred to the head via the water channel forming a main load chain, wherein the fuel assembly further comprises a tie rod extending between the base and the head and forming an auxiliary load chain that transfers load between the base and the head in case of breakage of the main load chain defined by the water channel, the tie rod being axially fixed to the base and connected to the head via a connection assembly comprising a stopping member configured to abut an abutting surface of the head for limiting a downward movement of the base relative to the head during lifting of the fuel assembly, in case of a breakage of the water channel.
A level comprising: a sensor that detects a tilt angle; a display unit including a plurality of strip-shaped display members (5a-5g), characterized in that each strip-shaped display member is capable of emitting light produced by a respective LED (6a-6g) to thereby display the tilt angle; the level has a control circuit that receives a signal from the sensor and outputs a control signal so that a specific strip-shaped display member (5a-5g) glows; wherein the strip-shaped display members (5a-5g) include one horizontal strip-shaped display member positioned at a middle of the display unit and a plurality of strip-shaped display members (5b-5g) for tilt-angle display that has tips bent toward a center of the display unit, and wherein each of the strip-shaped display members (5a-5g) has said respective LED (6a-6g) attached to an end, and a pair of strip-shaped display members (5b-5g) provided to be point-symmetrical with respect to the center of the display unit simultaneously glows according to the tilt angle. a sensor that detects a tilt angle; a display unit including a plurality of strip-shaped display members (5a-5g), characterized in that each strip-shaped display member is capable of emitting light produced by a respective LED (6a-6g) to thereby display the tilt angle; the level has a control circuit that receives a signal from the sensor and outputs a control signal so that a specific strip-shaped display member (5a-5g) glows; wherein the strip-shaped display members (5a-5g) include one horizontal strip-shaped display member positioned at a middle of the display unit and a plurality of strip-shaped display members (5b-5g) for tilt-angle display that has tips bent toward a center of the display unit, and wherein each of the strip-shaped display members (5a-5g) has said respective LED (6a-6g) attached to an end, and a pair of strip-shaped display members (5b-5g) provided to be point-symmetrical with respect to the center of the display unit simultaneously glows according to the tilt angle.
An integrated circuit device comprising: a load modulation module; wherein the load modulation module is configured to provide a signal for transmission by modifying the load through the load modulation module; a current source coupled to the load modulation module; an interface to a resonant circuit, the interface coupled to the load modulation module and to the current source; characterized by an interface to a charge source, the interface coupled to the current source, wherein the charge source, when coupled to the IC device, configured to be charged using a carrier signal received by the IC device; and wherein the current source is configured to provide a signal for transmission by generating pulses of current using charge stored in the charge source. a load modulation module; wherein the load modulation module is configured to provide a signal for transmission by modifying the load through the load modulation module; a current source coupled to the load modulation module; an interface to a resonant circuit, the interface coupled to the load modulation module and to the current source; characterized by an interface to a charge source, the interface coupled to the current source, wherein the charge source, when coupled to the IC device, configured to be charged using a carrier signal received by the IC device; and wherein the current source is configured to provide a signal for transmission by generating pulses of current using charge stored in the charge source.
A positioning information acquisition method, comprising: acquiring, by a terminal, a positioning query request; sending, by the terminal, the positioning query request to an MBIM device through a Mobile Broadband Interface Model MBIM data channel, so that the MBIM device acquires positioning information of the terminal according to the positioning query request; and receiving, by the terminal through the MBIM data channel, the positioning information returned by the MBIM device, characterized by before the sending, by the terminal, the positioning query request to an MBIM device through a Mobile Broadband Interface Model MBIM data channel, further comprising: converting, by the terminal, the positioning query request into a positioning query request in a user-defined data stream DSS format for a data channel; wherein the positioning information that is returned by the MBIM device and received by the terminal through the MBIM data channel is in a DSS format, and after the receiving, by the terminal through the MBIM data channel, the positioning information returned by the MBIM device, the method further comprises: converting, by the terminal, the positioning information in a DSS format into positioning information in a format that can be identified by the terminal. acquiring, by a terminal, a positioning query request; sending, by the terminal, the positioning query request to an MBIM device through a Mobile Broadband Interface Model MBIM data channel, so that the MBIM device acquires positioning information of the terminal according to the positioning query request; and receiving, by the terminal through the MBIM data channel, the positioning information returned by the MBIM device, characterized by before the sending, by the terminal, the positioning query request to an MBIM device through a Mobile Broadband Interface Model MBIM data channel, further comprising: converting, by the terminal, the positioning query request into a positioning query request in a user-defined data stream DSS format for a data channel; wherein the positioning information that is returned by the MBIM device and received by the terminal through the MBIM data channel is in a DSS format, and after the receiving, by the terminal through the MBIM data channel, the positioning information returned by the MBIM device, the method further comprises: converting, by the terminal, the positioning information in a DSS format into positioning information in a format that can be identified by the terminal. converting, by the terminal, the positioning query request into a positioning query request in a user-defined data stream DSS format for a data channel; wherein the positioning information that is returned by the MBIM device and received by the terminal through the MBIM data channel is in a DSS format, and after the receiving, by the terminal through the MBIM data channel, the positioning information returned by the MBIM device, the method further comprises: converting, by the terminal, the positioning information in a DSS format into positioning information in a format that can be identified by the terminal.