mhurhangee/ep-ind-claims huggingface dataset:
Shoe, in particular sports shoe, comprising: an upper, wherein a majority by weight of the upper is made from a thermoplastic base material; a sole, wherein a majority by weight of the sole is made from the same thermoplastic base material; wherein the sole and the upper are individually fabricated and joined to each other; wherein the thermoplastic base material is selected from one of the following materials: thermoplastic polyurethane TPU, polyamide PA, polyethylene terephthalate PET, or polybutylene terephthalate PBT; and wherein the sole comprises an outsole comprising the thermoplastic base material. an upper, wherein a majority by weight of the upper is made from a thermoplastic base material; a sole, wherein a majority by weight of the sole is made from the same thermoplastic base material; wherein the sole and the upper are individually fabricated and joined to each other; wherein the thermoplastic base material is selected from one of the following materials: thermoplastic polyurethane TPU, polyamide PA, polyethylene terephthalate PET, or polybutylene terephthalate PBT; and wherein the sole comprises an outsole comprising the thermoplastic base material.
Housing for a radiation-emitting component having a leadframe which has at least one chip mounting area, at least one wire connecting area and at least one external electrical connecting strip (3a, b), wherein - the leadframe has a mount part, which has the wire connecting area, the connecting strip (3a, b) and an insertion opening, - a separately manufactured thermal connecting part is inserted into the insertion opening and is connected on its circumference to the mount part, wherein the thermal connecting part has the chip mounting area, - the housing has a housing base body which is formed from a molding compound and in which the leadframe is embedded such that the electrical connecting strip (3a, b) is passed out of the housing base body, and a thermal connecting surface of the thermal connecting part can be thermally connected from the outside, - the housing base body has a radiation outlet window, and the thermal connecting part is embedded in the housing base body such that the chip mounting area is arranged in the radiation outlet window, characterized in that - the side walls of the radiation outlet window are in the form of reflector surfaces wherein the radiation outlet window is extended in the direction of the wire connecting area and has the wire connecting area, and - the wire connecting area is arranged at a higher level than the chip mounting area, when seen from the latter. - the leadframe has a mount part, which has the wire connecting area, the connecting strip (3a, b) and an insertion opening, - a separately manufactured thermal connecting part is inserted into the insertion opening and is connected on its circumference to the mount part, wherein the thermal connecting part has the chip mounting area, - the housing has a housing base body which is formed from a molding compound and in which the leadframe is embedded such that the electrical connecting strip (3a, b) is passed out of the housing base body, and a thermal connecting surface of the thermal connecting part can be thermally connected from the outside, - the housing base body has a radiation outlet window, and the thermal connecting part is embedded in the housing base body such that the chip mounting area is arranged in the radiation outlet window, characterized in that - the side walls of the radiation outlet window are in the form of reflector surfaces wherein the radiation outlet window is extended in the direction of the wire connecting area and has the wire connecting area, and - the wire connecting area is arranged at a higher level than the chip mounting area, when seen from the latter.
A branched tube that comprises a main tubular body and at least one additional tubular body fitted in an airtight manner into a hole formed in the wall of said main tubular body, wherein the additional tubular body comprises a support surface applied onto the outer face of the main tubular body wall and a mouth, which passes through the hole and is cold-flared, the additional tubular body fastening the main tubular body by compression, characterised in that the additional tubular body is made of carbon steel and the mouth has a thickness between 1 and 2 millimeters.
Trailing edge for a composite multispar integrated lifting surface, the lifting surface comprising a leading edge, a multispar torsion box, a trailing edge attached to the torsion box through a rear spar of the torsion box and upper and lower skins, the trailing edge comprising: - a first C-shape composite form that comprises a web and two flanges, the web adapted to form a portion of the rear spar of the torsion box and the two flanges extending along the skin chordwise direction of the trailing edge, - a second C-shape composite form comprising a web and two flanges, the web forming an auxiliary spar of the trailing edge and the flanges extending along the skin chordwise direction of the trailing edge, the first C-shape composite form and the second C-shape composite form are configured such that a first auxiliary cell and a second cell are formed, the first auxiliary cell being delimited by the web and the two flanges of the first C-shape composite form and by the web of the second C-shape composite form, the second cell being an open cell delimited by the web and the two flanges of the second C-shape composite form, wherein the two flanges of the first C-shape composite form comprise a further bent part parallel to the web of the first C-shape composite form, the trailing edge characterised in that the bent parts are applied against the web of the second C-shape composite form for forming the auxiliary spar together with the web. - a first C-shape composite form that comprises a web and two flanges, the web adapted to form a portion of the rear spar of the torsion box and the two flanges extending along the skin chordwise direction of the trailing edge, - a second C-shape composite form comprising a web and two flanges, the web forming an auxiliary spar of the trailing edge and the flanges extending along the skin chordwise direction of the trailing edge, the first C-shape composite form and the second C-shape composite form are configured such that a first auxiliary cell and a second cell are formed, the first auxiliary cell being delimited by the web and the two flanges of the first C-shape composite form and by the web of the second C-shape composite form, the second cell being an open cell delimited by the web and the two flanges of the second C-shape composite form, wherein the two flanges of the first C-shape composite form comprise a further bent part parallel to the web of the first C-shape composite form, the trailing edge characterised in that the bent parts are applied against the web of the second C-shape composite form for forming the auxiliary spar together with the web.
An impeller assembly (1; 101), for centrifugal pumps, comprising: a smaller diameter disk member and a larger diameter disk member arranged coaxially to a rotation axis and facing each other so as to form an interspace; said disk members (3, 2) being connected by blades arranged radially within said interspace and being centrally provided with fastening means for fastening to a transmission shaft, which is configured to rotate about said rotation axis; wherein said impeller assembly (1; 101) comprises contoured vanes (8; 108) that protrude radially from the peripheral region of said smaller diameter disk member, said contoured vanes (8; 108) are arranged substantially at said blades, characterised in that said contoured vanes are spaced by a corresponding number of arc profiles (9; 109) that substantially correspond to arcs of a circumference, wherein each of said arc profiles (9; 109) comprises at least one portion whose distance increases radially with respect to said rotation axis. a smaller diameter disk member and a larger diameter disk member arranged coaxially to a rotation axis and facing each other so as to form an interspace; said disk members (3, 2) being connected by blades arranged radially within said interspace and being centrally provided with fastening means for fastening to a transmission shaft, which is configured to rotate about said rotation axis; wherein said impeller assembly (1; 101) comprises contoured vanes (8; 108) that protrude radially from the peripheral region of said smaller diameter disk member, said contoured vanes (8; 108) are arranged substantially at said blades, characterised in that said contoured vanes are spaced by a corresponding number of arc profiles (9; 109) that substantially correspond to arcs of a circumference, wherein each of said arc profiles (9; 109) comprises at least one portion whose distance increases radially with respect to said rotation axis.
Cadmium-free core-multishell quantum dot comprising a) a core comprising indium phosphide, b) a first shell, grown over the surface of the core, of a first material comprising zinc selenide, and c) a second shell, grown over the surface of the first shell, of a second material distinct from the first material of the first shell, the lattice constant difference between the core and the second shell being less than 13%. a) a core comprising indium phosphide, b) a first shell, grown over the surface of the core, of a first material comprising zinc selenide, and c) a second shell, grown over the surface of the first shell, of a second material distinct from the first material of the first shell,
An object manufactured from a duplex stainless steel, wherein the duplex stainless steel comprises the following composition, in weight%: C less than or equal to 0.040; Si less than or equal to 0.60; Mn 0.80 - 10.0; Cr 21.0-28.0; Ni 4.0-9.0; Mo 0.9 - 4.5; N 0.10-0.45; Cu less than or equal to 0.50; V less than or equal to 0.10; P less than or equal to 0.010; S less than or equal to 0.006; balance Fe and unavoidable impurities; optionally small amounts of other alloying elements being As, Ca, Co, Ti, Nb, W. Sn, Ta, Mg, B, Pb and Ce, wherein the amounts of one or more of these elements are of max 0.5 wt%; and wherein the duplex stainless steel consists of 55-70 vol% austenite phase and 30-45 vol% ferrite phase; and wherein the object has alternating layers of ferrite phase and austenite phase, said alternating layers are essentially parallel with the plane of the object and said alternating layers have an average layer thickness between about 0.01 to about 4.5 μm, and wherein "about" means ± 5%, and wherein "essentially parallel" means that the deviation from the plane is less than 10%.
A two port memory comprising: N single-port memory banks (P0-P4), each having M entries (E 0 -E 16K-1), wherein N is an integer greater than two; a read mapping memory coupled to a read port of the two-port memory, wherein the read mapping memory includes M entries (E 0 -E 16K-1), each storing read instance information that maps N-1 logical memory banks (L0-L3) and a spare memory bank to the N single-port memory banks; a write mapping memory coupled to a write port of the two-port memory, wherein the write mapping memory includes M entries (E 0 -E 16K-1), each storing write instance information that maps the N-1 logical memory banks (L0-L3) and the spare memory bank to the N single-port memory banks; read access logic for retrieving first read instance information from the read mapping memory in response to a read access request on the read port; write access logic for retrieving first write instance information from the write mapping memory in response to a write access request on the write port; and comparison logic for detecting a match if the first read instance information and the first write instance information identify the same single-port memory bank of the N single-port memory banks (P0-P4), wherein upon detecting a match, the write access logic is configured to: redirect the write access request to the spare memory bank based on the first write instance information, update the first write instance information, and write the updated first write instance information to corresponding entries of both the read mapping memory and the write mapping memory. N single-port memory banks (P0-P4), each having M entries (E 0 -E 16K-1), wherein N is an integer greater than two; a read mapping memory coupled to a read port of the two-port memory, wherein the read mapping memory includes M entries (E 0 -E 16K-1), each storing read instance information that maps N-1 logical memory banks (L0-L3) and a spare memory bank to the N single-port memory banks; a write mapping memory coupled to a write port of the two-port memory, wherein the write mapping memory includes M entries (E 0 -E 16K-1), each storing write instance information that maps the N-1 logical memory banks (L0-L3) and the spare memory bank to the N single-port memory banks; read access logic for retrieving first read instance information from the read mapping memory in response to a read access request on the read port; write access logic for retrieving first write instance information from the write mapping memory in response to a write access request on the write port; and comparison logic for detecting a match if the first read instance information and the first write instance information identify the same single-port memory bank of the N single-port memory banks (P0-P4), wherein upon detecting a match, the write access logic is configured to: redirect the write access request to the spare memory bank based on the first write instance information, update the first write instance information, and write the updated first write instance information to corresponding entries of both the read mapping memory and the write mapping memory.
A satellite system, comprising a first satellite, called carrier satellite, and a second satellite, called piggyback satellite, each of said satellites comprising an Earth face (15, 25), wherein: - said piggyback satellite is fixed to said carrier satellite by attachment means that can be released on command to provoke the separation of said carrier satellite and of said piggyback satellite, - said piggyback satellite comprises propulsion means suitable for keeping said piggyback satellite in orbit, - and said carrier satellite comprises propulsion means suitable for performing a change of orbit of said carrier satellite and of said piggyback satellite fixed to said carrier satellite, characterized in that said piggyback satellite is fixed onto the Earth face of the carrier satellite, such that the Earth face of said piggyback satellite is substantially at right angles to the Earth face of said carrier satellite. - said piggyback satellite is fixed to said carrier satellite by attachment means that can be released on command to provoke the separation of said carrier satellite and of said piggyback satellite, - said piggyback satellite comprises propulsion means suitable for keeping said piggyback satellite in orbit, - and said carrier satellite comprises propulsion means suitable for performing a change of orbit of said carrier satellite and of said piggyback satellite fixed to said carrier satellite,
A linear compressor, comprising: a shell; a cylinder provided in the shell to define a compression space for a refrigerant; a frame to fix the cylinder to the shell; a piston reciprocated within the cylinder in an axial direction; a discharge valve disposed at one end of the cylinder to selectively discharge the refrigerant compressed in the compression space; a discharge cover coupled to the frame, the discharge cover having a chamber to reduce pulsation of the refrigerant discharged through the discharge valve; a valve spring installed on the discharge cover to provide an elastic force to the discharge valve; and a stopper coupled to the valve spring to restrict deformation of the valve spring; characterized in that the valve spring comprises a plate spring having an insertion hole in which the discharge valve is coupled, and the linear compressor further comprises a first spacer disposed between the valve spring and the stopper to space the valve spring from the stopper, wherein the first spacer has a ring shape. a shell; a cylinder provided in the shell to define a compression space for a refrigerant; a frame to fix the cylinder to the shell; a piston reciprocated within the cylinder in an axial direction; a discharge valve disposed at one end of the cylinder to selectively discharge the refrigerant compressed in the compression space; a discharge cover coupled to the frame, the discharge cover having a chamber to reduce pulsation of the refrigerant discharged through the discharge valve; a valve spring installed on the discharge cover to provide an elastic force to the discharge valve; and a stopper coupled to the valve spring to restrict deformation of the valve spring; characterized in that the valve spring comprises a plate spring having an insertion hole in which the discharge valve is coupled, and the linear compressor further comprises a first spacer disposed between the valve spring and the stopper to space the valve spring from the stopper, wherein the first spacer has a ring shape.
An apparatus for the ignition of a fuel/air mixture in the combustion chamber of a combustion machine, wherein the combustion chamber has at least one inlet valve and at least one outlet valve, wherein there are further provided a laser light generating device for giving off laser light and a combustion chamber window for coupling the laser light into a combustion chamber of the combustion machine, the apparatus comprising at least one fluid feed means which is separate from the inlet valve or valves and with which a fluid can be caused to flow at least on to regions of the surface of the combustion chamber window or between the combustion chamber window and the focal point of the laser light, wherein a prechamber is arranged at least region-wise between the combustion chamber window and the focal point of the laser light, characterized in that the prechamber a prechamber is arranged at least region-wise between the combustion chamber window and the focal point of the laser light, characterized in that the prechamber enlarges from the combustion chamber window in the direction of the main combustion chamber in a truncated pyramid manner, wherein the boundary surface of the truncated pyramid is oriented, toward the combustion chamber window.
A method for interaction between a smart watch and a WECHAT platform, wherein the method comprises: providing a customized browser that is adapted to the smart watch on the smart watch end, wherein the customized browser is able to access a webpage edition WECHAT platform; wirelessly connecting and pairing the smart watch end with a mobile telephone end via Bluetooth, and after the pairing is successfully completed, making the smart watch end wirelessly connecting to the Internet via the mobile telephone end using the Bluetooth connection; after WECHAT application function on the smart watch starts up, accessing the webpage edition WECHAT platform by the customized browser, and logging in on the webpage edition WECHAT platform based on user information that is bound on the mobile telephone end; and upon receiving a WECHAT message reminder that is pushed by the WECHAT platform to the smart watch end, generating a WECHAT replying message based on an instruction that is inputted by the user, and transmitting the WECHAT replying message to the Internet via the Bluetooth connection, to perform WECHAT replying. providing a customized browser that is adapted to the smart watch on the smart watch end, wherein the customized browser is able to access a webpage edition WECHAT platform; wirelessly connecting and pairing the smart watch end with a mobile telephone end via Bluetooth, and after the pairing is successfully completed, making the smart watch end wirelessly connecting to the Internet via the mobile telephone end using the Bluetooth connection; after WECHAT application function on the smart watch starts up, accessing the webpage edition WECHAT platform by the customized browser, and logging in on the webpage edition WECHAT platform based on user information that is bound on the mobile telephone end; and upon receiving a WECHAT message reminder that is pushed by the WECHAT platform to the smart watch end, generating a WECHAT replying message based on an instruction that is inputted by the user, and transmitting the WECHAT replying message to the Internet via the Bluetooth connection, to perform WECHAT replying.
A method for fumigating agricultural land or other land areas, in which cyanogen is released into the ground, wherein the cyanogen is released into the ground below the ground surface, particularly at a depth from 10 cm to 50 cm, characterized in that the cyanogen is dissolved in water before said release and is released into the ground in the form of an aqueous cyanogen solution.
A cord-blocking element, suitable for a cord of a roller blind, comprising: a body, the body having an upper surface, a lower surface, the body having at least three parallel arms with spaces between them, wherein the spaces have a certain width (xx), wherein on the at least three arms grooves are carved, the grooves being aligned and being located alternately on the upper surface or on the lower surface of the arms, the grooves having bottom parts, characterized in that the grooves have a width (yy) equal to the width (xx) of the spaces between the arms wherein the width of the spaces between the bottom parts of the grooves ranges between zero and two-fold the width (yy) of the grooves, wherein the width (yy) of the grooves is configured to be smaller than the diameter of the cord to be blocked.