mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a fuel container for motor vehicles from thermoplastic material, comprising the production of web-type preforms, the shaping of the preforms in the first heat in a multi-part moulding tool (3a, 3b, 3c) to form shell-shaped intermediate products (6a, 6b) in a first step, and to form a one-piece, closed container in the same moulding tool in a second step, at least one tank-filling and/or operational venting device being fastened to at least one inner wall of an intermediate product between the first and second steps in such a manner that at least one preassembled part of the tank-filling and/or operational venting device with at least one connection fitting, at least one vent line and at least one functional component is connected to the inner wall by a material and/or form-fitting joint in one work cycle, the wall of the intermediate product being penetrated by the connection fitting during assembly, with the use of at least one conduit section of variable length as a part of the vent line, the amount of length-variability of the vent line being selected such that this amount corresponds to the distance travelled by the connection fitting in penetrating the wall of the intermediate product.
A stem cell in which a c-MET gene is introduced and either in which a hepatocyte growth factor -encoding gene is introduced or which are treated with HGF to activate a c-MET/HGF signalling pathway, wherein the stem cell is a neural stem cell or a neural crest stem cell.
An industrial truck with a drive part, which has a standing platform for an operator, which is delimited on one side by a rear wall, on which a back element is provided, which has a folding seat unit, which forms a back rest in the back element in its folded-up position and a seat surface in its folded-down position, characterized in that the seat unit is designed in the shape of a saddle with the seat surface and a protruding saddle nose, wherein the seat surface has two outer lying seat sections, which have a convex shape.
An integrated hybrid power apparatus for a flying body, comprising: a generator comprising a stator and a rotor, wherein the rotor is disposed on an outer side of the stator; at least one engine disposed adjacent to the generator and comprising a cylinder, wherein the at least one engine is configured to drive the generator; and a cooler configured to cool the generator and the engine, wherein the cooler performs water-cooling that allows a coolant to circulate in the generator and the engine; the integrated hybrid power apparatus being characterised in that the cooler comprises: a cooling fin protruding to an inner side of the stator; and a generator water jacket configured to surround the cooling fin on the inner side of the stator and form a coolant flow path inside. a generator comprising a stator and a rotor, wherein the rotor is disposed on an outer side of the stator; at least one engine disposed adjacent to the generator and comprising a cylinder, wherein the at least one engine is configured to drive the generator; and a cooler configured to cool the generator and the engine, wherein the cooler performs water-cooling that allows a coolant to circulate in the generator and the engine; the integrated hybrid power apparatus being characterised in that the cooler comprises: a cooling fin protruding to an inner side of the stator; and a generator water jacket configured to surround the cooling fin on the inner side of the stator and form a coolant flow path inside. a cooling fin protruding to an inner side of the stator; and a generator water jacket configured to surround the cooling fin on the inner side of the stator and form a coolant flow path inside.
A boom assembly, comprising: a lower boom (112; 350) including an intermediate member end and a base end, wherein the base end is configured to be pivotally coupled to a lift device; an intermediate member pivotally coupled to the intermediate member end of the lower boom (112; 350); an upper boom having a first end pivotally coupled to the intermediate member; an intermediate link coupled directly between the upper boom and the lower boom (112; 350); and an actuator coupled between the intermediate member and the upper boom; wherein the intermediate member includes a base portion positioned to carry structural loading and a weighted portion positioned to provide counterweight for the lift device; and wherein the lower boom includes a boom base portion positioned to carry structural loading, and a boom weighted portion, the boom weighted portion positioned to provide counterweight for the lift device; the boom assembly being characterized in that the boom weighted portion is asymmetrically distributed along the length of the lower boom and biased toward the intermediate member end of the lower boom. a lower boom (112; 350) including an intermediate member end and a base end, wherein the base end is configured to be pivotally coupled to a lift device; an intermediate member pivotally coupled to the intermediate member end of the lower boom (112; 350); an upper boom having a first end pivotally coupled to the intermediate member; an intermediate link coupled directly between the upper boom and the lower boom (112; 350); and an actuator coupled between the intermediate member and the upper boom; wherein the intermediate member includes a base portion positioned to carry structural loading and a weighted portion positioned to provide counterweight for the lift device; and wherein the lower boom includes a boom base portion positioned to carry structural loading, and a boom weighted portion, the boom weighted portion positioned to provide counterweight for the lift device; the boom assembly being characterized in that the boom weighted portion is asymmetrically distributed along the length of the lower boom and biased toward the intermediate member end of the lower boom.
A stepper motor comprising: a rotor including a rotor core (21, 22) and a permanent magnet, the rotor core (21, 22) including a plurality of teeth (21A, 22A); and a stator arranged around the rotor while being spaced apart from the rotor and including a plurality of magnetic pole teeth, the magnetic pole teeth including a plurality of teeth and projecting toward the rotor, wherein a winding is wound around every other magnetic pole tooth, characterized in that a phase of the teeth of a pair of magnetic pole teeth (31b, 31f) having no winding therearound and opposing each other is shifted by 180 degrees_from a phase of the teeth of the other magnetic pole teeth (31d, 31h) having no winding therearound, and a phase of the teeth of all magnetic pole teeth (31 a, 31c, 31e, 31g) having the winding therearound is the same as either the phase of the teeth of the pair of magnetic pole teeth (31b, 31f) having no winding and opposing each other, or the phase of the teeth of the other magnetic pole teeth (31d, 31h) having no winding therearound. a rotor including a rotor core (21, 22) and a permanent magnet, the rotor core (21, 22) including a plurality of teeth (21A, 22A); and a stator arranged around the rotor while being spaced apart from the rotor and including a plurality of magnetic pole teeth, the magnetic pole teeth including a plurality of teeth and projecting toward the rotor, wherein a winding is wound around every other magnetic pole tooth, characterized in that a phase of the teeth of a pair of magnetic pole teeth (31b, 31f) having no winding therearound and opposing each other is shifted by 180 degrees_from a phase of the teeth of the other magnetic pole teeth (31d, 31h) having no winding therearound, and a phase of the teeth of all magnetic pole teeth (31 a, 31c, 31e, 31g) having the winding therearound is the same as either the phase of the teeth of the pair of magnetic pole teeth (31b, 31f) having no winding and opposing each other, or the phase of the teeth of the other magnetic pole teeth (31d, 31h) having no winding therearound.
Portable ultrasound system, having only a completely graphical user interface for inputting manual commands, the said system comprising: a probe for transmitting and receiving an ultrasonic signal to and from a region of interest; a main unit comprising circuitry in communication with said probe for forming an image of the region of interest based on the ultrasonic signal; and a display for displaying the formed image; the said main unit having a weight which can be supported by one hand or arm; the said probe being connected to the said circuitry in the main unit, characterized in that the main unit consists in one single case showing the form of a flat parallelepiped in which the front side is formed substantially entirely by said display which is a so called touch screen and the circuitry for forming an image of the region of interest based on the ultrasonic signal being contained in the said case; and the said case of the main unit being provided in combination alternatively with a releasable attachment member (6, 7, 8) for said main unit case, said attachment member being mountable around a forearm of the system user such that said display is visible to the system user during use; a releasable handle (3, 4); a releasable table base. a probe for transmitting and receiving an ultrasonic signal to and from a region of interest; a main unit comprising circuitry in communication with said probe for forming an image of the region of interest based on the ultrasonic signal; and a display for displaying the formed image; the said main unit having a weight which can be supported by one hand or arm; the said probe being connected to the said circuitry in the main unit, characterized in that the main unit consists in one single case showing the form of a flat parallelepiped in which the front side is formed substantially entirely by said display which is a so called touch screen and the circuitry for forming an image of the region of interest based on the ultrasonic signal being contained in the said case; and the said case of the main unit being provided in combination alternatively with a releasable attachment member (6, 7, 8) for said main unit case, said attachment member being mountable around a forearm of the system user such that said display is visible to the system user during use; a releasable handle (3, 4); a releasable table base.
A disc grinder comprising a main body housing, a gear head case joined to a front part of the main body housing, an electric motor as a drive source, wherein the electric motor is disposed in the main body housing, a start switch (20; 61) adapted to start the electric motor and being lockable in an ON position in a lock-ON state, and an electromagnetic actuator (30; 50; 60) disposed in the main body housing, wherein the electromagnetic actuator comprises an actuation pin (30a; 50a; 60a) and a body and is adapted to push out the actuation pin (30a; 50a; 60a) from the body of the electromagnetic actuator (30; 50; 60) in response to cutting off of a supply of electrical current to the disc grinder, characterized in that the pushed-out actuation pin, directly or indirectly, releases the start switch (20; 61) from the lock-ON state and/or prevents the start switch (20; 61) from being shifted into the lock-ON state. a main body housing, a gear head case joined to a front part of the main body housing, an electric motor as a drive source, wherein the electric motor is disposed in the main body housing, a start switch (20; 61) adapted to start the electric motor and being lockable in an ON position in a lock-ON state, and an electromagnetic actuator (30; 50; 60) disposed in the main body housing, wherein the electromagnetic actuator comprises an actuation pin (30a; 50a; 60a) and a body and is adapted to push out the actuation pin (30a; 50a; 60a) from the body of the electromagnetic actuator (30; 50; 60) in response to cutting off of a supply of electrical current to the disc grinder, characterized in that the pushed-out actuation pin, directly or indirectly, releases the start switch (20; 61) from the lock-ON state and/or prevents the start switch (20; 61) from being shifted into the lock-ON state.
Spring brake actuator comprising a piston and a release bolt, wherein • two types of threads which are in different directions and in different sizes are threaded on the release bolt, characterised in that: • the release bolt consists of two parts: • the first part of release bolt runs together with a threaded bearing on the canister of the spring brake actuator; and the second part runs together with a square nut inside an aluminium pipe of which inner side is square edged. • the threads on the second part,being dual threaded, provides the release bolt move forward two times more per one revolution. • square nut attached on the release bolt, square groove in aluminium pipe in which the square nut moves forward, • the stage occurred at the connection part of the aluminium pipe and piston, • the square nut is dual threaded. • two types of threads which are in different directions and in different sizes are threaded on the release bolt, characterised in that: • the release bolt consists of two parts: • the first part of release bolt runs together with a threaded bearing on the canister of the spring brake actuator; and the second part runs together with a square nut inside an aluminium pipe of which inner side is square edged. • the threads on the second part,being dual threaded, provides the release bolt move forward two times more per one revolution. • square nut attached on the release bolt, square groove in aluminium pipe in which the square nut moves forward, • the stage occurred at the connection part of the aluminium pipe and piston, • the square nut is dual threaded. • the release bolt consists of two parts: • the first part of release bolt runs together with a threaded bearing on the canister of the spring brake actuator; and the second part runs together with a square nut inside an aluminium pipe of which inner side is square edged. • the threads on the second part,being dual threaded, provides the release bolt move forward two times more per one revolution. • square nut attached on the release bolt, square groove in aluminium pipe in which the square nut moves forward, • the stage occurred at the connection part of the aluminium pipe and piston, • the square nut is dual threaded. • the first part of release bolt runs together with a threaded bearing on the canister of the spring brake actuator; and the second part runs together with a square nut inside an aluminium pipe of which inner side is square edged. • the threads on the second part,being dual threaded, provides the release bolt move forward two times more per one revolution. • square nut attached on the release bolt, square groove in aluminium pipe in which the square nut moves forward, • the stage occurred at the connection part of the aluminium pipe and piston, • the square nut is dual threaded.
An isolated antibody, or an antigen-binding fragment thereof, that binds to human IL-6R, comprising (i) a heavy chain variable region comprising the VHCDR1 region set forth in SEQ ID NO:3, the VHCDR2 region set forth in SEQ ID NO:4, and the VHCDR3 region set forth in SEQ ID NO:5; and (ii) a light chain variable region comprising the VLCDR1 region set forth in SEQ ID NO:6, the VLCDR2 region set forth in SEQ ID NO:7, and the VLCDR3 region set forth in SEQ ID NO: 8, wherein the heavy chain variable region comprises the amino acid sequence set forth in SEQ ID NO:1 and the light chain variable region comprises the amino acid sequence set forth in SEQ ID NO:2; or wherein the VH region comprises the amino acid sequence set forth in SEQ ID NO:9 and the VL region comprises the amino acid sequence set forth in SEQ ID NO:10.
A system for bringing produced oil and gas from a subsea wellhead to a sea surface, the system comprising: a cable loop having an upper end at or adjacent a sea surface and a lower end below the sea surface, the loop rotatable around a closed path; a plurality of production vessels attached to the cable loop, each production vessel having a hollow interior that can be filled with seawater, the weight of the plurality of production vessels sufficient, when filled with seawater, to cause the production vessels to sink, the plurality of production vessels each having an inlet pipe attached thereto; and a plurality of receivers in communication with a subsea wellhead that receive production fluid from the subsea wellhead, the plurality of receivers configured to engage the plurality of production vessels and fill them with production fluid while seawater in the production vessels is discharged from the production vessels, the production fluid having a lower density than ambient seawater, thereby causing the production vessels to become buoyant. a cable loop having an upper end at or adjacent a sea surface and a lower end below the sea surface, the loop rotatable around a closed path; a plurality of production vessels attached to the cable loop, each production vessel having a hollow interior that can be filled with seawater, the weight of the plurality of production vessels sufficient, when filled with seawater, to cause the production vessels to sink, the plurality of production vessels each having an inlet pipe attached thereto; and a plurality of receivers in communication with a subsea wellhead that receive production fluid from the subsea wellhead, the plurality of receivers configured to engage the plurality of production vessels and fill them with production fluid while seawater in the production vessels is discharged from the production vessels, the production fluid having a lower density than ambient seawater, thereby causing the production vessels to become buoyant.
An apparatus for detecting data patterns in a data stream comprising a plurality of data symbols representing characters of an alphabet, said apparatus executing a deterministic finite automata, said apparatus comprising: - a state transition register comprising a plurality of states (11, 12, 13, 14, 15) including a start state and at least one accepting state, and state transitions (16a, 16b, 16c) from an initial state to a destination state triggered by a data symbol of said data stream; - character position determining means for determining for each data symbol of each state of said state transition register a corresponding character position in said alphabet; - updating means for updating said state transition register to comprise data symbol ranges (18x, 18y) for data symbols with corresponding subsequent character positions in said alphabet triggering transitions to a same destination state; - range determining means for determining whether a data symbol of said data stream is comprised in a data symbol range (18x, 18y) of said updated state transition register, and determining said corresponding destination state thereof, and - triggering means for triggering a state transition (16a, 16b, 16c) from said initial state to said determined destination state for detecting said data pattern. - a state transition register comprising a plurality of states (11, 12, 13, 14, 15) including a start state and at least one accepting state, and state transitions (16a, 16b, 16c) from an initial state to a destination state triggered by a data symbol of said data stream; - character position determining means for determining for each data symbol of each state of said state transition register a corresponding character position in said alphabet; - updating means for updating said state transition register to comprise data symbol ranges (18x, 18y) for data symbols with corresponding subsequent character positions in said alphabet triggering transitions to a same destination state; - range determining means for determining whether a data symbol of said data stream is comprised in a data symbol range (18x, 18y) of said updated state transition register, and determining said corresponding destination state thereof, and - triggering means for triggering a state transition (16a, 16b, 16c) from said initial state to said determined destination state for detecting said data pattern.
Rotational pad printing machine comprising - a round pad with an at least partly cylindrical or at least partly barrel-shaped outer surface, for transferring a printing image onto an object to be printed; - a printing drum with an essentially cylindrical circumferential surface, for applying the printing image onto the round pad; as well as - an ink applicator for the application of printing ink onto the circumferential surface of the printing drum, with an essentially closed ink applicator housing which comprises an inner space for the reception of printing ink; characterized in that the rotational pad printing machine comprises at least two doctor knives (56, 57) which, in order to seal the ink applicator towards the outside, are pressable in each case in a pulling position on the circumferential surface of the printing drum in such a way that the doctor knives (56, 57) in each case enclose an acute angle with the area of the circumferential surface of the printing drum that moves towards the doctor knife (56, 57) during the normal printing operation. - a round pad with an at least partly cylindrical or at least partly barrel-shaped outer surface, for transferring a printing image onto an object to be printed; - a printing drum with an essentially cylindrical circumferential surface, for applying the printing image onto the round pad; as well as - an ink applicator for the application of printing ink onto the circumferential surface of the printing drum, with an essentially closed ink applicator housing which comprises an inner space for the reception of printing ink;