mhurhangee/ep-ind-claims huggingface dataset:
Consumer unit comprising a so-called main electrical breaking module and at least one so-called outgoing individual electrical breaking module, said main module comprising at least one electrical breaking pole comprising a switch and, associated with the or each electrical breaking pole, electrical protection means against short-circuits suitable for actuating so-called first trip means making it possible to open the corresponding switch in case of short-circuit in the breaking circuits to be protected situated downstream of the corresponding breaking pole, the or each outgoing module comprising at least one circuit for thermal protection against electrical overloads, the or each circuit for protection against overloads comprising so-called second trip means suitable for actuating control means of the so-called first trip means of the main module so as to produce the opening of said switches in case of electrical overload in the circuits to be protected situated downstream of the abovementioned circuit for protection against overloads, these modules (1 to 11) being housed in a single-piece casing B, and these control means comprising a single trip bar, characterized in that said bar comprises a rectilinear beam supported at its two opposite ends by two so-called end supports (37, 38) mounted to rotate inside the abovementioned casing B, said beam being returned to the position of engagement with the so-called second trip means of the outgoing modules (1 to 8) and being able to be driven in rotation by these same means so as to actuate the abovementioned so-called first trip means of the main module (10, 11) in case of electrical overload in the circuits to be protected situated downstream of the abovementioned circuit for protection against overloads and in that one so-called first of the abovementioned supports is mounted in a so-called reference intermediate module, interposed between the set of outgoing modules (1 to 8) and the so-called main protection module, said reference module ensuring the referencing of the abovementioned beam so that the latter is always in a correct position relative to the so-called first trip means (18 to 20) of the main module (10, 11).
An axial flow turbomachine for producing thrust to propel an aircraft, comprising: an inner duct and an outer duct, both of which are annular and concentric with one another; an inner fan located in the inner duct, the inner fan being configured to produce a primary pressurised flow; an outer fan located in the outer duct, the outer fan being configured to produce a secondary pressurised flow and having a hollow hub through which the inner duct passes; wherein a swept area of the outer fan is from 2 to 20 times greater than a swept area of the inner fan and wherein a trailing edge of the outer duct is located axially downstream of the inner duct for mixing of the first and secondary pressurised flows. an inner duct and an outer duct, both of which are annular and concentric with one another; an inner fan located in the inner duct, the inner fan being configured to produce a primary pressurised flow; an outer fan located in the outer duct, the outer fan being configured to produce a secondary pressurised flow and having a hollow hub through which the inner duct passes; wherein a swept area of the outer fan is from 2 to 20 times greater than a swept area of the inner fan and wherein a trailing edge of the outer duct is located axially downstream of the inner duct for mixing of the first and secondary pressurised flows.
A method for detecting if a fastener is already tightened or not using a tightening tool with a pulse mechanism characterized by the steps of: - placing the tightening tool on the fastener; - accelerating the rotational parts (10, 11) of the tightening tool; - limiting rotational speed of the rotational parts to a first rotational threshold value in revolutions per minute during an initial tightening phase, the first rotational threshold value being chosen to be in a range of 20% to 80% of a second rotational threshold value in revolutions per minute needed in a secondary tightening phase to provide a target fastening value for said fastener; - detecting whether a pulse (P1', P1") occurs during the initial tightening phase, said initial tightening phase being measured from a moment when the rotational parts are accelerated; characterized by the step of: - accelerating (S05, S07) the rotational parts (10, 11) of the tightening tool up to the second rotational threshold value if no pulse is detected. - placing the tightening tool on the fastener; - accelerating the rotational parts (10, 11) of the tightening tool; - limiting rotational speed of the rotational parts to a first rotational threshold value in revolutions per minute during an initial tightening phase, the first rotational threshold value being chosen to be in a range of 20% to 80% of a second rotational threshold value in revolutions per minute needed in a secondary tightening phase to provide a target fastening value for said fastener; - detecting whether a pulse (P1', P1") occurs during the initial tightening phase, said initial tightening phase being measured from a moment when the rotational parts are accelerated; characterized by the step of: - accelerating (S05, S07) the rotational parts (10, 11) of the tightening tool up to the second rotational threshold value if no pulse is detected. - accelerating (S05, S07) the rotational parts (10, 11) of the tightening tool up to the second rotational threshold value if no pulse is detected.
An apparatus for induction heating and wireless power transmission, the apparatus comprising: a first group of working coils comprising a first working coil and a second working coil that are electrically connected to each other in parallel; a first inverter configured to perform a switching operation to generate a resonance current in at least one of the first working coil or the second working coil; a first semiconductor switch electrically connected to the first working coil and configured to turn on and turn off the first working coil; a second semiconductor switch electrically connected to the second working coil and configured to turn on and turn off the second working coil; and a controller, characterized in that the controller is configured to: control operation of each of the first inverter, the first semiconductor switch, and the second semiconductor switch to detect an attenuation degree of the resonance current generated in the at least one of the first working coil or the second working coil, and detect whether an object is disposed above at least one of the first working coil or the second working coil based on the attenuation degree of the resonance current. a first group of working coils comprising a first working coil and a second working coil that are electrically connected to each other in parallel; a first inverter configured to perform a switching operation to generate a resonance current in at least one of the first working coil or the second working coil; a first semiconductor switch electrically connected to the first working coil and configured to turn on and turn off the first working coil; a second semiconductor switch electrically connected to the second working coil and configured to turn on and turn off the second working coil; and a controller, characterized in that the controller is configured to: control operation of each of the first inverter, the first semiconductor switch, and the second semiconductor switch to detect an attenuation degree of the resonance current generated in the at least one of the first working coil or the second working coil, and detect whether an object is disposed above at least one of the first working coil or the second working coil based on the attenuation degree of the resonance current. control operation of each of the first inverter, the first semiconductor switch, and the second semiconductor switch to detect an attenuation degree of the resonance current generated in the at least one of the first working coil or the second working coil, and detect whether an object is disposed above at least one of the first working coil or the second working coil based on the attenuation degree of the resonance current.
A method of curing a radiation-curable fluid comprising ink jet ink, the method including: applying the fluid to a substrate using an ink jet printing technique; emitting radiation from a radiation source towards the fluid to be cured on the substrate, characterised in that at least 90% of the radiation has a wavelength in a band halving a width of less than 50nm; and in that the method further includes providing a reduced oxygen inerting environment in the region of the radiation source, wherein an inerting environment is not provided in a region where the fluid is being applied to the substrate. applying the fluid to a substrate using an ink jet printing technique; emitting radiation from a radiation source towards the fluid to be cured on the substrate, characterised in that at least 90% of the radiation has a wavelength in a band halving a width of less than 50nm; and in that the method further includes providing a reduced oxygen inerting environment in the region of the radiation source, wherein an inerting environment is not provided in a region where the fluid is being applied to the substrate.
An immunity-inducing agent for use in the treatment or prevention of cancer, comprising a peptide consisting of an amino acid sequence of either Sequence ID No. 1 or 3, wherein the peptide can bind to one or more types of HLA-A molecules.
A method for producing acrylamide by reacting acrylonitrile in the presence of a biocatalyst, wherein the reaction is performed using a reactor having a reaction volume of 1 m 3 or more equipped with a tubular heat exchanger in the inside of said reactor, and wherein the difference between a temperature of a cooling water to be introduced into the heat exchanger and a reaction temperature is maintained from 5 to 20°C.
A plastic shelf for trolleys, in particular an insertable shelf for wheeled containers with a shelf-supporting frame, having at least one insertion channel for guiding and holding a reinforcement rail which can be accommodated as desired, the insertion channel being closed on one side and having an insertion opening and at least one clamping protrusion for the reinforcement rail, arranged in the insertion direction of the reinforcement rail, characterised in that the insertion opening is arranged adjacently to an end stop for the reinforcement rail accommodated in the insertion channel.
A method for producing a glioblastoma mouse model, comprising the steps of: (a) dividing a glioblastoma tissue, isolated from a patient, into 4 or more sections, and collecting one or more pieces having a volume of 1~8 mm 3 from each of the sections, and mixing the collected pieces; (b) dissociating a mixture of the collected pieces into single glioblastoma cells, wherein the volume of the mixture of the pieces collected in step (b) is 30∼100% of the volume of the glioblastoma tissue isolated from the patient; and (c) orthotopically transplanting a homogenized graft sample, which contains the glioblastoma cells obtained in step (b), into the brain of an immunodeficient mouse. (a) dividing a glioblastoma tissue, isolated from a patient, into 4 or more sections, and collecting one or more pieces having a volume of 1~8 mm 3 from each of the sections, and mixing the collected pieces; (b) dissociating a mixture of the collected pieces into single glioblastoma cells, wherein the volume of the mixture of the pieces collected in step (b) is 30∼100% of the volume of the glioblastoma tissue isolated from the patient; and (c) orthotopically transplanting a homogenized graft sample, which contains the glioblastoma cells obtained in step (b), into the brain of an immunodeficient mouse.
An atomizing device of an electronic cigarette, comprising: a screw sleeve; an electrode ring fixed in the screw sleeve; a glass fiber core fixed in the screw sleeve; a heating coil winding around the glass fiber core a heating coil support supporting the heating coil; characterized in that each of two ends of the heating coil is respectively connected to a silver coated bare electrical wire, the heating coil support comprises a central through hole and two side wall through holes, the two bare electrical wires respectively extend through the side wall through holes, then respectively in contact with the screw sleeve and the electrode ring. a screw sleeve; an electrode ring fixed in the screw sleeve; a glass fiber core fixed in the screw sleeve; a heating coil winding around the glass fiber core a heating coil support supporting the heating coil; characterized in that each of two ends of the heating coil is respectively connected to a silver coated bare electrical wire, the heating coil support comprises a central through hole and two side wall through holes, the two bare electrical wires respectively extend through the side wall through holes, then respectively in contact with the screw sleeve and the electrode ring.
A communication device, comprising; a metal casing; an antenna; a tunable capacitor connected between the antenna and a side wall of the metal casing; wherein the side wall of the metal casing is configured to function as a radiating plane of the antenna; and a control unit configured to determine proximity of a user to the communication device and adjust the tunable capacitor to control a radiation pattern of the antenna based on the determined proximity. a metal casing; an antenna; a tunable capacitor connected between the antenna and a side wall of the metal casing; wherein the side wall of the metal casing is configured to function as a radiating plane of the antenna; and a control unit configured to determine proximity of a user to the communication device and adjust the tunable capacitor to control a radiation pattern of the antenna based on the determined proximity.
A coupling mechanism for a tricycle having a front wheel and two rear wheels having a first frame and a second frame pivotable relative to the first frame, with the coupling mechanism comprising: an axle configured to be fixed to the first frame; a rotating member configured to be fixed to the second frame, wherein the rotating member is rotatably mounted around the axle; and a torsional resistance module configured to be actuated when the axle and the rotating member rotate relative to each other, wherein the torsional resistance module includes two force magnifying mechanisms, wherein each of the two force magnifying mechanisms is connected between the first frame and the rotating member, wherein the coupling mechanism is characterized in that: a buffering member is disposed between the two force magnifying mechanisms, wherein when the buffering member is pressed, a relative torsional resistance is provided between the first frame and the second frame through transmission of the two force magnifying mechanisms, and wherein the torsional resistance has a non-linear relationship with a relative rotational angle between the first frame and the second frame. an axle configured to be fixed to the first frame; a rotating member configured to be fixed to the second frame, wherein the rotating member is rotatably mounted around the axle; and a torsional resistance module configured to be actuated when the axle and the rotating member rotate relative to each other, wherein the torsional resistance module includes two force magnifying mechanisms, wherein each of the two force magnifying mechanisms is connected between the first frame and the rotating member, wherein the coupling mechanism is characterized in that: a buffering member is disposed between the two force magnifying mechanisms, wherein when the buffering member is pressed, a relative torsional resistance is provided between the first frame and the second frame through transmission of the two force magnifying mechanisms, and wherein the torsional resistance has a non-linear relationship with a relative rotational angle between the first frame and the second frame.
A valve, comprising: a body defining an interior and apertures; additional bodies each having opposed, open ends and being respectively coupled to each of the apertures at one of the respective open ends (21,22) to define a flow path through each of the additional bodies and into the interior; a valve member, which is disposable in first and second positions in the interior, wherein: in the first position, the valve member fluidly couples pairs of the additional bodies with one another via first combined flow paths that crisscross through the interior; and in the second position, the valve member fluidly couples different pairs of the additional bodies with one another via second combined flow paths that are substantially parallel through the interior; and a controller configured to selectively position the valve member in one of the first or second positions, wherein the controller electromagnetically positions the valve member characterised in that the controller is slidably coupled to a side of the body. a body defining an interior and apertures; additional bodies each having opposed, open ends and being respectively coupled to each of the apertures at one of the respective open ends (21,22) to define a flow path through each of the additional bodies and into the interior; a valve member, which is disposable in first and second positions in the interior, wherein: in the first position, the valve member fluidly couples pairs of the additional bodies with one another via first combined flow paths that crisscross through the interior; and in the second position, the valve member fluidly couples different pairs of the additional bodies with one another via second combined flow paths that are substantially parallel through the interior; and in the first position, the valve member fluidly couples pairs of the additional bodies with one another via first combined flow paths that crisscross through the interior; and in the second position, the valve member fluidly couples different pairs of the additional bodies with one another via second combined flow paths that are substantially parallel through the interior; and a controller configured to selectively position the valve member in one of the first or second positions, wherein the controller electromagnetically positions the valve member characterised in that the controller is slidably coupled to a side of the body.
A management method for an IPv6 address for use in a gateway, the method comprising: receiving a packet including an IPv6 address from a Wireless Personal Area Network node, wherein the IPv6 address includes a network ID and an interface ID 202), wherein the interface ID includes a company ID, a label, and an extension ID; generating a MAC address from the IPv6 address of the packet; generating a compressed address based on the MAC address; and storing the compressed address and the IPv6 address in a mapping table; wherein the MAC address is generated by removing the network ID and the label from the IPv6 address; and wherein the compressed address is generated by inserting a previously defined bit sequence between the company ID and the extension ID of the MAC address; characterized in that the label is 0xFFFE; and in that the previously defined bit sequence is 0xFEFE. receiving a packet including an IPv6 address from a Wireless Personal Area Network node, wherein the IPv6 address includes a network ID and an interface ID 202), wherein the interface ID includes a company ID, a label, and an extension ID; generating a MAC address from the IPv6 address of the packet; generating a compressed address based on the MAC address; and storing the compressed address and the IPv6 address in a mapping table; wherein the MAC address is generated by removing the network ID and the label from the IPv6 address; and wherein the compressed address is generated by inserting a previously defined bit sequence between the company ID and the extension ID of the MAC address; characterized in that the label is 0xFFFE; and in that the previously defined bit sequence is 0xFEFE.
A method for observing dynamics of a sweat gland, comprising the steps of: staining an isolated whole sweat gland with at least one staining reagent selected from the group consisting of a staining reagent for a cell membrane, a staining reagent for a nucleus and a staining reagent for a cytoskeletal component, holding the whole sweat gland stained in the step on a support with at least one material selected from the group consisting of collagen, agarose, basement membrane matrix, poly-D-lysine and a membrane so that the position of the whole sweat gland stained in the step is retained, to obtain an observation sample, and observing dynamics of the whole sweat gland contained in the observation sample obtained in the step. staining an isolated whole sweat gland with at least one staining reagent selected from the group consisting of a staining reagent for a cell membrane, a staining reagent for a nucleus and a staining reagent for a cytoskeletal component, holding the whole sweat gland stained in the step on a support with at least one material selected from the group consisting of collagen, agarose, basement membrane matrix, poly-D-lysine and a membrane so that the position of the whole sweat gland stained in the step is retained, to obtain an observation sample, and observing dynamics of the whole sweat gland contained in the observation sample obtained in the step.
A web handling roll arrangement comprising: a first roll body defining a first roll body axis of rotation; a movable vacuum port member carried by the first roll body, the movable vacuum port member including a first vacuum port being configured to provide a vacuum for adhering a web of material to the first roll body as the first roll body rotates about the first roll body axis of rotation, the movable vacuum port member being movable relative to the first roll body to transition the first vacuum port between first and second positions relative to the first roll body; a second roll body defining a second roll body axis of rotation; and a second vacuum port; wherein: the first and second roll bodies defining a transfer nip therebetween proximate which, at a least a portion of, a web of material is transferred from the first roll body to the second roll body; the web of material being transferred proximate the transfer nip from the first vacuum port to the second vacuum port; characterised in that the first roll body rotates with a first peripheral speed and the second roll body rotates with a second peripheral speed different than the first peripheral speed, wherein the first vacuum port moves relative to the first roll body during transfer of the web to reduce a difference in speed between the first vacuum port and the second vacuum port during transfer of the web from the first roll body to the second roll body. a first roll body defining a first roll body axis of rotation; a movable vacuum port member carried by the first roll body, the movable vacuum port member including a first vacuum port being configured to provide a vacuum for adhering a web of material to the first roll body as the first roll body rotates about the first roll body axis of rotation, the movable vacuum port member being movable relative to the first roll body to transition the first vacuum port between first and second positions relative to the first roll body; a second roll body defining a second roll body axis of rotation; and a second vacuum port; wherein: the first and second roll bodies defining a transfer nip therebetween proximate which, at a least a portion of, a web of material is transferred from the first roll body to the second roll body; the web of material being transferred proximate the transfer nip from the first vacuum port to the second vacuum port; the first and second roll bodies defining a transfer nip therebetween proximate which, at a least a portion of, a web of material is transferred from the first roll body to the second roll body; the web of material being transferred proximate the transfer nip from the first vacuum port to the second vacuum port;