mhurhangee/ep-ind-claims huggingface dataset:
An iridium alloy suitable for a wire rod for probe pins, with zirconium as an additive element contained as an essential element and with aluminum and/or copper further added, wherein the additive concentration of zirconium is 100 to 500 ppm, and the additive concentration of aluminium alone is 10 to 500 ppm or the additive concentration of copper alone is 10 to 500 ppm, or the total additive concentration of aluminum and copper is 10 to 500 ppm, wherein the upper limit of a total additive amount of the additive elements (zirconium, aluminium, copper) is limited to 1000 ppm.
An exchangeable head cutting tool in which a tool main body made of a hard material and a connecting member made of a metal material having a lower hardness than the hard material are joined to each other by inserting a cylindrical mounting portion of the connecting member into a mounting hole formed in the tool main body and having concave portions in an inner peripheral surface, and plastically deforming the mounting portion so as to expand a diameter thereof, thereby bringing an outer peripheral surface of the mounting portion into close contact with the inner peripheral surface of the mounting hole and thus making the outer peripheral surface of the mounting portion engage with the concave portions, characterised in that a diameter expanding member having a higher hardness than the connecting member is press-fitted into and fixed to an inner peripheral portion of the mounting portion and the mounting portion is plastically deformed by the diameter expanding member.
A method for downloading an application, the method comprising: downloading,, download description information of the application using an HTTPS channel, wherein the download description information comprises download address information and wherein downloading download description information of an application using an HTTPS channel comprises: downloading, when a download condition is met, download description information of a pre-configured application corresponding to the download condition using the HTTPS channel, wherein the download condition comprises that the application downloading tool is enabled, and the pre-configured application comprises at least one of a popular application and a user configured application; and downloading,, a first application package corresponding to the download address information of the pre-configured application using an HTTP channel. downloading,, download description information of the application using an HTTPS channel, wherein the download description information comprises download address information and wherein downloading download description information of an application using an HTTPS channel comprises: downloading, when a download condition is met, download description information of a pre-configured application corresponding to the download condition using the HTTPS channel, wherein the download condition comprises that the application downloading tool is enabled, and the pre-configured application comprises at least one of a popular application and a user configured application; and the download condition comprises that the application downloading tool is enabled, and the pre-configured application comprises at least one of a popular application and a user configured application; and downloading,, a first application package corresponding to the download address information of the pre-configured application using an HTTP channel.
A system for supplying pressurized fluid to a combustor of a gas turbine, the system comprising: an end cover; a fuel nozzle extending from said end cover, said fuel nozzle including a downstream end; a cap assembly configured to receive at least a portion of said fuel nozzle, said cap assembly including an upstream wall spaced apart from said downstream end, a downstream wall disposed proximate to said downstream end and a cap chamber defined between said upstream and downstream walls; and a conduit extending through said end cover and said upstream wall such that a discharge end of said conduit is in flow communication with said cap chamber, further comprising a pressurized fluid source in flow communication with said conduit, said pressurized fluid source being configured to supply a flow of pressurized fluid through said conduit, wherein said pressurized fluid source comprises a compressor of the gas turbine, wherein said downstream wall comprises a first plate and a second plate disposed downstream of said first plate, wherein said first plate is configured as an impingement plate and said second plate is configured as an effusion plate. an end cover; a fuel nozzle extending from said end cover, said fuel nozzle including a downstream end; a cap assembly configured to receive at least a portion of said fuel nozzle, said cap assembly including an upstream wall spaced apart from said downstream end, a downstream wall disposed proximate to said downstream end and a cap chamber defined between said upstream and downstream walls; and a conduit extending through said end cover and said upstream wall such that a discharge end of said conduit is in flow communication with said cap chamber, further comprising a pressurized fluid source in flow communication with said conduit, said pressurized fluid source being configured to supply a flow of pressurized fluid through said conduit, wherein said pressurized fluid source comprises a compressor of the gas turbine, wherein said downstream wall comprises a first plate and a second plate disposed downstream of said first plate, wherein said first plate is configured as an impingement plate and said second plate is configured as an effusion plate.
Use of a coating containing 15 to 75 atom-% fluorine and 25 to 85 atom-% further components (each determined according to XPS analysis) or a coating containing Si, O, and C for coating at least one surface of a rotor blade to lower the freezing point, wherein the coating has a structuring in the form of a dot or line pattern.
Carrier module for an OHC valve train of an internal combustion engine, having two upright and separate carrying walls which can be connected at their upper ends at least indirectly to a cylinder head cover and at their lower ends at least indirectly to a cylinder head, and in each case have at least one main and auxiliary bore (5, 6) for mounting a cam and valve actuating lever shaft (7, 8, 9) in between, and an orthogonally bent-away limb projecting from the lower end of each carrying wall, which limb is fastened on a separate base plate which serves for a direct connection of the carrier module to the cylinder head, the base plate and the carrying walls with their limbs being produced using stamping/bending technology from sheet steel.
A multiple relay arrangement, comprising: - a plurality of relay sockets arranged next to each other fitted on a mounting rail, which may have different dimensions in a longitudinal direction of the mounting rail and which each have input plug-in connectors and output plug-in connector (17, 18, 19) towards the input and output of the relay; furthermore each having a control input terminal and output terminals (14, 15, 16) for the relay, and a respective at least bipolar additional plug-in terminal for additional electronics, which is located in parallel to the control input terminal and is connected to the input plug-in connector towards the relay; - a plurality of relays which are plugged into associated input plug-in connectors and output plug-in connectors (17, 18, 19) next to each other, as a group; and - system cabling for controlling the group of relays, comprising a plurality of cable sections and plug-in connectors, wherein the plug-in connectors are plugged into the additional plug-in terminals of the relay sockets, and wherein the cable sections bridge spaces between the additional plug-in terminals. - a plurality of relay sockets arranged next to each other fitted on a mounting rail, which may have different dimensions in a longitudinal direction of the mounting rail and which each have input plug-in connectors and output plug-in connector (17, 18, 19) towards the input and output of the relay; furthermore each having a control input terminal and output terminals (14, 15, 16) for the relay, and a respective at least bipolar additional plug-in terminal for additional electronics, which is located in parallel to the control input terminal and is connected to the input plug-in connector towards the relay; - a plurality of relays which are plugged into associated input plug-in connectors and output plug-in connectors (17, 18, 19) next to each other, as a group; and - system cabling for controlling the group of relays, comprising a plurality of cable sections and plug-in connectors, wherein the plug-in connectors are plugged into the additional plug-in terminals of the relay sockets, and wherein the cable sections bridge spaces between the additional plug-in terminals.
A device, for retrieving electrical charge, resulting from electromagnetic radiation energy incident on a temperature sensor array of N rows and M columns, said temperature sensor array including a plurality of N temperature sensor rows, each temperature sensor row including a plurality of M temperature sensors, the device comprising: a retrieval module array including a plurality of K retrieval module rows, each retrieval module row including a plurality of M retrieval modules, each said retrieval modules being operative to accumulate said electrical charge, from a single temperature sensor; and a row select circuit, coupled with said temperature sensor array and with said retrieval module array, for coupling said M retrieval modules of each said retrieval module row of said retrieval module array with a respective temperature sensor of an allocated temperature sensor row of said temperature sensor array, for a time period which is greater than the frame acquisition period divided by the number of said temperature sensor rows. a retrieval module array including a plurality of K retrieval module rows, each retrieval module row including a plurality of M retrieval modules, each said retrieval modules being operative to accumulate said electrical charge, from a single temperature sensor; and a row select circuit, coupled with said temperature sensor array and with said retrieval module array, for coupling said M retrieval modules of each said retrieval module row of said retrieval module array with a respective temperature sensor of an allocated temperature sensor row of said temperature sensor array, for a time period which is greater than the frame acquisition period divided by the number of said temperature sensor rows.
A communication apparatus capable of operating in at least one of a plurality of communication modes including a first communication mode in which wireless communication is performed with another apparatus via an external access point and a second communication mode (P2P) in which wireless communication is performed with another apparatus bypassing the external access point, the communication apparatus comprising: controlling means for controlling a communication mode of the communication apparatus by enabling or disabling at least one of the plurality of communication modes; and executing means for executing search processing (S1303, S1305) to search for an external access point near the communication apparatus, characterized in that, the controlling means are for determining whether both the first communication mode and the second communication mode are disabled, and in this case the second communication mode is temporarily enabled for performing the search processing and the search processing is executed in the second communication mode. controlling means for controlling a communication mode of the communication apparatus by enabling or disabling at least one of the plurality of communication modes; and executing means for executing search processing (S1303, S1305) to search for an external access point near the communication apparatus, characterized in that, the controlling means are for determining whether both the first communication mode and the second communication mode are disabled, and in this case the second communication mode is temporarily enabled for performing the search processing and the search processing is executed in the second communication mode.
A vehicle seat slide device, comprising: a lower rail which includes a base portion which is configured to be fixed to a vehicle body and a pair of wall portions which are connected to both ends of the base portion in a width direction; an upper rail which is configured to support a seat and is supported by the lower rail in a state of being capable of sliding in an extending direction of the lower rail; and a foreign object blocking member which is disposed inside the lower rail and is attached to the base portion, wherein a first through hole and a second through hole which is disposed closer to an outside in the extending direction than the first through hole are provided in positions at which the foreign object blocking member is attached in the base portion of the lower rail, characterized in that the foreign object blocking member includes an attaching portion which is disposed to pass through the first through hole and to be lower than the base portion, and a protruding portion (60, 61, 62) which protrudes downward from an outside end portion which is an end portion of an outside in the extending direction, passes through the second through hole of the base portion, and a claw portion (601, 611, 621) provided on a tip of the protruding portion is pressed against a bottom surface of the base portion, and in that the foreign object blocking member is elastically deformed such that the outside end portion is displaced downward in a state in which the foreign object blocking member is attached to the lower rail. a lower rail which includes a base portion which is configured to be fixed to a vehicle body and a pair of wall portions which are connected to both ends of the base portion in a width direction; an upper rail which is configured to support a seat and is supported by the lower rail in a state of being capable of sliding in an extending direction of the lower rail; and a foreign object blocking member which is disposed inside the lower rail and is attached to the base portion, wherein a first through hole and a second through hole which is disposed closer to an outside in the extending direction than the first through hole are provided in positions at which the foreign object blocking member is attached in the base portion of the lower rail, characterized in that the foreign object blocking member includes an attaching portion which is disposed to pass through the first through hole and to be lower than the base portion, and a protruding portion (60, 61, 62) which protrudes downward from an outside end portion which is an end portion of an outside in the extending direction, passes through the second through hole of the base portion, and a claw portion (601, 611, 621) provided on a tip of the protruding portion is pressed against a bottom surface of the base portion, and in that the foreign object blocking member is elastically deformed such that the outside end portion is displaced downward in a state in which the foreign object blocking member is attached to the lower rail.
Fuel distribution assembly for an internal combustion engine of a motor vehicle, having a fuel distribution rail with a fuel distribution pipe and injector holders branching off from the fuel distribution pipe, characterised in that the fuel distribution pipe and optionally a holder are formed out of duplex steel.
A tool mounting stocker (S1-S8) with at least a punch and at least a die used in a plural by a tool storing device storing the punch and the die of a press brake, characterized in that each tool mounting stocker (S1-S8) mounts the punch and the die of the press brake so that the punch is positioned on a lower side and the die is positioned on an upper side, and rear surfaces of the punch and the die face each other.
A bioreactor system (1; 2; 3) for accommodating a disposable bag with an accommodating container for accommodating the disposable bag, wherein a bottom surface of the accommodating container is designed to support the disposable bag in the accommodating container, and an outlet opening in the bottom surface that, in the reference system of the earth, tapers downward for accommodating a drain connection, complementary with the outlet opening, of the disposable bag.
Self-piercing riveting die for a setting device, by means of which a self-piercing riveting connection in a plurality of components is establishable by forming a closing head, comprising the following features: a. a main body with an upper side and a recess formed therein and being arranged rotationally symmetrically to a central axis of the self-piercing riveting die, the recess having a diameter D M at the upper side, b. the recess comprises an annular demolding section arranged radially outwardly, an annular channel section subsequent thereto and a centrally arranged die bottom, characterized in that c. in a cross section of the self-piercing riveting die extending parallel to the central axis c1. a demolding inclination of the demolding section encloses with the upper side of the self-piercing riveting die an angle α in the range of 5° ≤ α ≤ 45°, c2. the demolding inclination transitions radially inwardly via a step into a circular arc-shaped lowering of the annular channel section with a radius R S in a range of 8.2/1000 D M ≤ R S ≤ 8.2/100 D M, and c3. radially inwardly the circular arc-shaped lowering rises straight-lined or circular arc-shaped or curvilinearally to the die bottom. a. a main body with an upper side and a recess formed therein and being arranged rotationally symmetrically to a central axis of the self-piercing riveting die, the recess having a diameter D M at the upper side, b. the recess comprises an annular demolding section arranged radially outwardly, an annular channel section subsequent thereto and a centrally arranged die bottom, characterized in that c. in a cross section of the self-piercing riveting die extending parallel to the central axis c1. a demolding inclination of the demolding section encloses with the upper side of the self-piercing riveting die an angle α in the range of 5° ≤ α ≤ 45°, c2. the demolding inclination transitions radially inwardly via a step into a circular arc-shaped lowering of the annular channel section with a radius R S in a range of 8.2/1000 D M ≤ R S ≤ 8.2/100 D M, and c3. radially inwardly the circular arc-shaped lowering rises straight-lined or circular arc-shaped or curvilinearally to the die bottom. c1. a demolding inclination of the demolding section encloses with the upper side of the self-piercing riveting die an angle α in the range of 5° ≤ α ≤ 45°, c2. the demolding inclination transitions radially inwardly via a step into a circular arc-shaped lowering of the annular channel section with a radius R S in a range of 8.2/1000 D M ≤ R S ≤ 8.2/100 D M, and c3. radially inwardly the circular arc-shaped lowering rises straight-lined or circular arc-shaped or curvilinearally to the die bottom.
A stent configured to form an anastomosis between first and second luminal structures, the stent comprising: a hollow central member having distal and proximal ends, wherein the central member has a distal anchor provided at the distal end of said central member which is adapted to be inserted through a wall of said first luminal structure and a wall of said second luminal structure and adapted to be positioned in or about the second luminal structure, wherein the central member has a proximal anchor provided at the proximal end of said central member and adapted to be positioned in or about the first luminal structure, and wherein the distal and proximal anchors (4110, 4112) are capable of moving toward each other and approximating the two luminal structures; and characterized in that the stent is a self-expanding stent; the hollow central member is braided; and a covering or membrane is disposed about the central member, the covering or membrane being configured to seal gaps between the braids of the stent thereby sealing the outside of the stent and making the stent internal diameter capable of conducting fluids, wherein the covering is an elastic covering that can expand or contract as the braided hollow central member expands and contracts. a hollow central member having distal and proximal ends, wherein the central member has a distal anchor provided at the distal end of said central member which is adapted to be inserted through a wall of said first luminal structure and a wall of said second luminal structure and adapted to be positioned in or about the second luminal structure, wherein the central member has a proximal anchor provided at the proximal end of said central member and adapted to be positioned in or about the first luminal structure, and wherein the distal and proximal anchors (4110, 4112) are capable of moving toward each other and approximating the two luminal structures; and characterized in that the stent is a self-expanding stent; the hollow central member is braided; and a covering or membrane is disposed about the central member, the covering or membrane being configured to seal gaps between the braids of the stent thereby sealing the outside of the stent and making the stent internal diameter capable of conducting fluids, wherein the covering is an elastic covering that can expand or contract as the braided hollow central member expands and contracts.
An apparatus, comprising: a silicon substrate; a total internal reflection mirror structure over the silicon substrate, the TIR mirror structure comprising a first portion and a second portion thicker than the first portion, wherein the TIR includes a wedge having a reflective surface; a taper portion transitioning between the first portion and the second portion of the TIR mirror structure; a V-groove wedge integral to the second portion of the TIR mirror structure; a waveguide on top of the TIR mirror structure; and a photo-detector fabricated over the waveguide proximate to the V-groove wedge, wherein the waveguide includes a wide input end that tapers into a narrow output end, the input end to receive light from a multi-mode fiber such that the reflective surface directs the light that travels parallel to the silicon substrate and is reflected upward to the photo-detector near the output end, wherein the V-groove wedge is filled with oxide to form the TIR mirror structure that is planarized and bonded with a silicon wafer that is flipped over such that upon flipping over, the silicon wafer switches to an opposite end. a silicon substrate; a total internal reflection mirror structure over the silicon substrate, the TIR mirror structure comprising a first portion and a second portion thicker than the first portion, wherein the TIR includes a wedge having a reflective surface; a taper portion transitioning between the first portion and the second portion of the TIR mirror structure; a V-groove wedge integral to the second portion of the TIR mirror structure; a waveguide on top of the TIR mirror structure; and a photo-detector fabricated over the waveguide proximate to the V-groove wedge, wherein the waveguide includes a wide input end that tapers into a narrow output end, the input end to receive light from a multi-mode fiber such that the reflective surface directs the light that travels parallel to the silicon substrate and is reflected upward to the photo-detector near the output end, wherein the V-groove wedge is filled with oxide to form the TIR mirror structure that is planarized and bonded with a silicon wafer that is flipped over such that upon flipping over, the silicon wafer switches to an opposite end.