mhurhangee/ep-ind-claims huggingface dataset:
A laser machining robot comprising: a manipulator; a robot controller for controlling operation of the manipulator; and a laser machining head mounted to the manipulator and scanning a laser beam, wherein the laser machining head includes a servomotor (32, 33) for driving an inclined parallel plate for scanning the laser beam, and drive of the servomotor (32, 33) is controlled by the robot controller, characterized in that the laser machining robot further comprises a cooling water hose (55, 56) connected to the laser machining head for supplying cooling water, wherein a diameter of the cooling water hose on a side of the laser machining head is smaller than a diameter of the cooling water hose on an opposite side of the laser machining head. a manipulator; a robot controller for controlling operation of the manipulator; and a laser machining head mounted to the manipulator and scanning a laser beam, wherein the laser machining head includes a servomotor (32, 33) for driving an inclined parallel plate for scanning the laser beam, and drive of the servomotor (32, 33) is controlled by the robot controller, characterized in that the laser machining robot further comprises a cooling water hose (55, 56) connected to the laser machining head for supplying cooling water, wherein a diameter of the cooling water hose on a side of the laser machining head is smaller than a diameter of the cooling water hose on an opposite side of the laser machining head.
A method for manufacturing a carbon nanotube with multiple walls, comprising the steps of: - depositing a nanoplot made of a catalyst material onto a substrate; - growing a nanotube from said nanoplot; characterised in that it comprises a step of growing at least one graphene plane at the apex of said nanotube by depositing carbon in the vapour phase. - depositing a nanoplot made of a catalyst material onto a substrate; - growing a nanotube from said nanoplot;
Separating device for granular material, in particular seeds, comprising a housing and a retrofit set arranged therein for a separating device for granular material, in particular seeds, wherein the separating device comprises a conveyor which is mounted rotatably in the housing and interacts with a guide element in such a manner that granular material can be conveyed from a receiving region into a discharging region, wherein the separating device comprises a pre-metering unit which opens into the housing via a side wall of the housing; wherein granular material can be introduced by the pre-metering unit into the housing; and wherein the retrofit set comprises the following: a homogenizing disc which can be positioned instead of the conveyor in the housing; characterized by a wall insert which can be arranged in the housing in such a manner that said wall insert together with the homogenizing disc and parts of the side wall of the housing, via which the pre-metering unit opens into the housing, forms a homogenizing chamber into which granular material can be introduced by the pre-metering unit; wherein the wall insert is designed in such a manner that the radial wall of the homogenizing chamber, which radial wall is formed by the wall insert, is extended at least in sections towards the homogenizing disc; and wherein the wall insert is designed in such a manner that the radial wall formed by the wall insert covers the guide element towards the interior of the homogenizing chamber. a homogenizing disc which can be positioned instead of the conveyor in the housing; characterized by a wall insert which can be arranged in the housing in such a manner that said wall insert together with the homogenizing disc and parts of the side wall of the housing, via which the pre-metering unit opens into the housing, forms a homogenizing chamber into which granular material can be introduced by the pre-metering unit;
Electrical current transducer for measuring an electric current in a primary conductor including a housing, a magnetic core surrounding a central aperture through which the primary conductor extends, and a magnetic field sensing device comprising connection terminals, the housing comprising a magnetic core receiving cavity in which the magnetic core is lodged and a connecting interface portion in which the magnetic field sensing device is lodged, the connecting interface portion projecting outwardly from the magnetic core receiving cavity, characterised in that the current transducer comprises a separate connector interface element selectively mountable to the connecting interface portion and in that the connecting interface portion comprises latching elements complementary to latching elements of the separate connector interface element, the separate connector interface element comprising a connector shroud forming with the connection terminals a pluggable connector interface for pluggable connection to an external pluggable connector, the current transducer adapted without connector shroud for mounting on an external circuit board.
A compound of formula wherein m is 0, 1, 2, 3 or 4; o is 0, 1, 2, 3 or 4; p is 0, 1, 2, 3 or 4; R is ethyl or vinyl; R 1 is hydrogen or (C 1-6)alkyl, R 2 is hydrogen or - (C 3-6)cycloalkyl, or - unsubstituted (C 1-6)alkyl, or - (C 1-6)alkyl substituted by one or more of - hydroxy; preferably one or two, - methoxy, - halogen, - (C 3-6)cycloalkyl, or R 1 and R 2 together with the nitrogen atom to which they are attached form a 5 to 7 membered heterocyclic ring containing at least 1 nitrogen atom or 1 nitrogen and 1 additional heteroatom e. g. selected from N or O, or R 2 is a group of formula wherein R 3 is hydrogen, straight chain or branched (C 1-8)alkyl or (C 3-8)cycloalkyl, or R 3 is that part of a natural amino acid in D or in L form which remains if the carboxylic acid group is split off. m is 0, 1, 2, 3 or 4; o is 0, 1, 2, 3 or 4; p is 0, 1, 2, 3 or 4; R is ethyl or vinyl; R 1 is hydrogen or (C 1-6)alkyl, R 2 is hydrogen or - (C 3-6)cycloalkyl, or - unsubstituted (C 1-6)alkyl, or - (C 1-6)alkyl substituted by one or more of - hydroxy; preferably one or two, - methoxy, - halogen, - (C 3-6)cycloalkyl, or - (C 3-6)cycloalkyl, or - unsubstituted (C 1-6)alkyl, or - (C 1-6)alkyl substituted by one or more of - hydroxy; preferably one or two, - methoxy, - halogen, - (C 3-6)cycloalkyl, or - hydroxy; preferably one or two, - methoxy, - halogen, - (C 3-6)cycloalkyl, or R 1 and R 2 together with the nitrogen atom to which they are attached form a 5 to 7 membered heterocyclic ring containing at least 1 nitrogen atom or 1 nitrogen and 1 additional heteroatom e. g. selected from N or O, or R 2 is a group of formula wherein R 3 is hydrogen, straight chain or branched (C 1-8)alkyl or (C 3-8)cycloalkyl, or R 3 is that part of a natural amino acid in D or in L form which remains if the carboxylic acid group is split off.
A system in a work tool communications network, comprising: a server comprising a memory and operatively coupled to a communication node, the server being adapted to connect to and register with the communication node; the communication node comprising a processor and a memory device and being operatively coupled to a controller; the controller comprising a processor and a memory and being adapted to control parameters of a work tool, and to connect to and register with the communication node; the communication node being adapted to establish a communication session between the server and the registered controller controlling the work tool; wherein the communication node is further adapted to assign a session identifier to the session, wherein the communication node is further adapted to assign an identifier to the server and the controller registered with the communication node, and further wherein the communication node is adapted to assign a type to the registered server and controller. a server comprising a memory and operatively coupled to a communication node, the server being adapted to connect to and register with the communication node; the communication node comprising a processor and a memory device and being operatively coupled to a controller; the controller comprising a processor and a memory and being adapted to control parameters of a work tool, and to connect to and register with the communication node; the communication node being adapted to establish a communication session between the server and the registered controller controlling the work tool; wherein the communication node is further adapted to assign a session identifier to the session, wherein the communication node is further adapted to assign an identifier to the server and the controller registered with the communication node, and further wherein the communication node is adapted to assign a type to the registered server and controller.
A linear actuator for aircraft seats, having an electric motor, a gear housing, in which gear housing there are received a reducing gear, a coupling and a manual uncoupling mechanism, comprising a stem, a coupling spring and a spring holding disc, which are mounted around the stem, and a securing element which is arranged in a cutout of the stem, wherein the securing element holds the spring holding disc in an axial direction, characterised in that the spring holding disc serves as a securing means against radial dismounting of the securing element, in that the spring holding disc comprises a disc portion, a joining edge and a securing edge and in that the joining edge and the coupling spring are arranged on a first side of the disc portion and the securing edge and the securing disc are arranged on an opposite second side of the disc portion, wherein the securing edge is matched to the outer diameter or the length of the securing element in order to secure the securing element against undesired radial dismounting.
A heat exchanger comprising a plurality of heat exchanger plates, wherein each of the heat exchanger plates comprises a plurality of dimples (6, 8), and wherein the dimples (6, 8) comprise tops and bottoms, and wherein the tops of at least one heat exchanger plate are connected to bottoms of another neighboring heat exchanger plate, and where the tops and bottoms are flat such that a flat plane of a top meets a flat plane of a bottom when heat exchanger plates are connected., where at least part of the dimples comprising tops are arranged in first rows and at least part of the dimples comprising bottoms are arranged in second rows and where said at least part of the dimples (6, 8) are connected to at least one adjacent dimple (6, 8) by a wall section where at least some of the wall sections have the same height as the dimples (6, 8) forming closed dimple pairs (15, 15a) and the wall sections (10, 10a) of neighboring plates are in contact with each other completely blocking the fluid path where the closed dimple pairs and meet, characterized in that the wall section has a minimum width which is smaller than the maximum width of the dimples it connects.
Pneumatically actuated multi-channel coating head for coating of components with a coating agent, having a micro-pneumatic control unit comprising a large number of control channels for generating control pressures (pc) in the coating head, a control channel being characterized by: a) a valve element comprising a valve bore in a valve plate and a diaphragm layer which is on a longitudinal side of the valve plate and is designed as a diaphragm closing element in the region of the valve bore, the shape of which diaphragm closing element is determined by recesses positioned laterally with respect to the valve bore, b) a micro-actuator having a plunger that actuates the diaphragm closing element through the valve bore such that the valve element opens, c) a micro-pneumatic element connected in series with the valve element, the control pressure (pc) developing and a cavity being located at a connection node between the micro-pneumatic element and the valve element, which cavity is connected to at least one pneumatically operated coating agent ejector, and e) pneumatic pressurization of the micro-pneumatic control unit, which is directed such that, with respect to the valve element, there is a pressure gradient from the diaphragm closing element to the valve bore in the valve plate. a) a valve element comprising a valve bore in a valve plate and a diaphragm layer which is on a longitudinal side of the valve plate and is designed as a diaphragm closing element in the region of the valve bore, the shape of which diaphragm closing element is determined by recesses positioned laterally with respect to the valve bore, b) a micro-actuator having a plunger that actuates the diaphragm closing element through the valve bore such that the valve element opens, c) a micro-pneumatic element connected in series with the valve element, the control pressure (pc) developing and a cavity being located at a connection node between the micro-pneumatic element and the valve element, which cavity is connected to at least one pneumatically operated coating agent ejector, and e) pneumatic pressurization of the micro-pneumatic control unit, which is directed such that, with respect to the valve element, there is a pressure gradient from the diaphragm closing element to the valve bore in the valve plate.
Use of a film composite (10; 110), encompassing a metal foil (12; 112) that is located closer to the film composite outer side (10b; 110b) or that constitutes the film composite outer side (10b; 110b), a polyolefin sealing film (16; 116) constituting the film composite inner side (10a; 110a), and a plastic barrier film (14; 114) located between the metal foil (12; 112) and the polyolefin sealing film (16; 116), to package packaged material containing fatty acid, in particular omega-3 fatty acid and/or omega-9 fatty acid, the plastic barrier film (14; 114) being a polyester film (14; 114), wherein the polyolefin sealing film (16; 116) is monoaxially or biaxially stretched in order to enhance the barrier effect.
A dry, pH dependent film coating composition comprising a pH dependent polymer and calcium silicate, and optionally further comprising a plasticizer.
Testing device for an airbag module, comprising - a support structure to which an airbag module containing an airbag can be fastened, ∘ the support structure forming a passage which can be penetrated by the airbag, - at least one lid movably fastened to the support structure by fastening means between a closing position in which the lid closes the passage and an open position in which the passage is opened, and - a closure device that closes the lid in the closing position by applying a closing force to the lid, wherein - the lid comprises at least one first force sensor measuring the opening force applied to the lid by the airbag when moved out of the closed position by the airbag. - a support structure to which an airbag module containing an airbag can be fastened, ∘ the support structure forming a passage which can be penetrated by the airbag, ∘ the support structure forming a passage which can be penetrated by the airbag, - at least one lid movably fastened to the support structure by fastening means between a closing position in which the lid closes the passage and an open position in which the passage is opened, and - a closure device that closes the lid in the closing position by applying a closing force to the lid, wherein - the lid comprises at least one first force sensor measuring the opening force applied to the lid by the airbag when moved out of the closed position by the airbag.
Medical ventilator comprising an outer shell, and a rigid exoskeleton structure arranged around said shell and rigidly connected to said shell, the rigid exoskeleton structure comprising a base and a plurality of elongate elements rigidly connected to said base and defining a volume in which the shell is housed by positioning itself on the base, the greater part of the rigid exoskeleton structure being spaced from said shell when said shell is housed in the volume, characterized in that the rigid exoskeleton structure comprises: - four elongate elements, arranged along corner regions of the ventilator and spaced apart from said regions, said four elongate elements joining each other in a joining zone above the medical ventilator, and - a carrying handle situated in the joining zone of the elongate elements, allowing a user to manually grasp the exoskeleton structure and transport the assembly (1, 3) composed of ventilator and exoskeleton structure. - four elongate elements, arranged along corner regions of the ventilator and spaced apart from said regions, said four elongate elements joining each other in a joining zone above the medical ventilator, and - a carrying handle situated in the joining zone of the elongate elements, allowing a user to manually grasp the exoskeleton structure and transport the assembly (1, 3) composed of ventilator and exoskeleton structure.
A glass article for use in Extreme Ultra-Violet Lithography (EUVL), the glass article comprising a silica-titania glass having a compositional gradient through the glass article, the compositional gradient being defined by the functions: TiO 2 = c + f x y z, and SiO 2 = 100 − c + f x y z − δ x y z wherein [TiO 2] is the concentration of titania in wt.%, [SiO 2] is the concentration of silica in wt.%, c is the titania concentration in wt.% for a predetermined zero crossover temperature (T zc), f(x,y,z) is a function in three-dimensional space that defines the difference in average composition of a volume element centered at the coordinates (x,y,z) with respect to c, and δ(x,y,z) is a function in three-dimensional space that defines the sum of all other components of a volume element centered at the coordinates (x,y,z); wherein f(x,y,z) is independent of z, and the glass article comprises multidirectional variations in the x,y plane; and wherein f(x,y,z) is a stepped function along both the x- and the y-axis such that the glass article has layers in the shape of generalized cylindrical surfaces of constant composition. wherein [TiO 2] is the concentration of titania in wt.%, [SiO 2] is the concentration of silica in wt.%, c is the titania concentration in wt.% for a predetermined zero crossover temperature (T zc), f(x,y,z) is a function in three-dimensional space that defines the difference in average composition of a volume element centered at the coordinates (x,y,z) with respect to c, and δ(x,y,z) is a function in three-dimensional space that defines the sum of all other components of a volume element centered at the coordinates (x,y,z); wherein f(x,y,z) is independent of z, and the glass article comprises multidirectional variations in the x,y plane; and wherein f(x,y,z) is a stepped function along both the x- and the y-axis such that the glass article has layers in the shape of generalized cylindrical surfaces of constant composition.
An electrostatic charge image developing toner comprising: a toner particle containing a binder resin; and an external additive including a silica particle having a circularity of more than 0.5 and 0.9 or less and a volume average particle diameter of more than 100 nm and 300 nm or less, wherein a total Net intensity N A of an alkali metal element and an alkaline earth metal element in the toner particle measured by fluorescence X-ray analysis is 0.10 kcps or more and 1.20 kcps or less; wherein the circularity of the silica particle, the volume average particle diameter, and the total Net intensity N A are measured in accordance with the description. a toner particle containing a binder resin; and an external additive including a silica particle having a circularity of more than 0.5 and 0.9 or less and a volume average particle diameter of more than 100 nm and 300 nm or less, wherein a total Net intensity N A of an alkali metal element and an alkaline earth metal element in the toner particle measured by fluorescence X-ray analysis is 0.10 kcps or more and 1.20 kcps or less;
A method of handling a transferring from an energy-consuming mode to an energy-saving mode for a communication device in a wireless communication system, the method comprising: transmitting or receiving a first message of an upper protocol layer; deferring the transferring, if the communication device determines that a second message of the upper protocol layer corresponding to the first message is going to be transmitted or received; and advancing the transferring, if the communication device determines that no message corresponding to the first message is going to be transmitted or received; wherein the upper protocol layer is a transport layer or an application layer; wherein the communication device determines that no message corresponding to the first message is going to be transmitted or received, when the first message is an ending message in a procedure; wherein the communication device determines that the second message corresponding to the first message is going to be transmitted or received, when the first message is an initial message triggering at least one successive message; wherein the communication device defers the transferring by increasing a value of an inactivity timer, and advances the transferring by decreasing the value of the inactivity timer. transmitting or receiving a first message of an upper protocol layer; deferring the transferring, if the communication device determines that a second message of the upper protocol layer corresponding to the first message is going to be transmitted or received; and advancing the transferring, if the communication device determines that no message corresponding to the first message is going to be transmitted or received; wherein the upper protocol layer is a transport layer or an application layer; wherein the communication device determines that no message corresponding to the first message is going to be transmitted or received, when the first message is an ending message in a procedure; wherein the communication device determines that the second message corresponding to the first message is going to be transmitted or received, when the first message is an initial message triggering at least one successive message; wherein the communication device defers the transferring by increasing a value of an inactivity timer, and advances the transferring by decreasing the value of the inactivity timer.