mhurhangee/ep-ind-claims huggingface dataset:
A high-speed double-line integrated blister and pillow bag cartoning machine, comprising a blister packaging machine, a pillow-type packaging machine, and a cartoning machine, wherein the blister packaging machine is connected to a discharging grid conveyor device and a pillow bag conveyor chain device is arranged at one side of the discharging grid conveyor device, the pillow bag conveyor chain device is connected to the pillow-type packaging machine wherein an output end of the pillow-type packaging machine is connected to a pillow bag grid conveyor device, at one side of the pillow bag grid conveyor device a cartoning conveyor chain device is arranged, and the cartoning conveyor chain device is connected to the cartoning machine wherein at the other side of the discharging grid conveyor device a transiting grid conveyor device is arranged and the transiting grid conveyor device extends to one side of the cartoning conveyor chain device, and the cartoning conveyor chain device is located between the transiting grid conveyor device and the pillow bag grid conveyor device wherein a blister card transfer device adapted to transfer blister cards on the discharging grid conveyor device to the pillow bag conveyor chain device or to the transiting grid conveyor device is arranged over the discharging grid conveyor device, characterized in that the blister card transfer device is provided with blister vacuum nozzles; and a material transfer device is adapted to transfer the blister cards on the transiting grid conveyor device or pillow bags on the pillow bag grid conveyor device to the cartoning conveyor chain device is arranged over the cartoning conveyor chain device, and the material transfer device is provided with material vacuum nozzles, wherein the transiting grid conveyor device is composed of a first grid conveyor device and a second grid conveyor device, wherein a connecting ramp is provided between the first grid conveyor device and the second grid conveyor device, a high point of the connecting ramp is connected to the first grid conveyor device, a low point of the connecting ramp is connected to the second grid conveyor device, the first grid conveyor device and the second grid conveyor device each are driven by an independent motor wherein the grid spacing of the first grid conveyor device is different from the grid spacing of the second grid conveyor device wherein the corresponding independent motors are configured to move the first grid conveyor device and the second grid conveyor device by one grid spacing in the same amount of time, wherein the first grid conveyor device is provided side by side with the discharging grid conveyor device, the grid spacing of the first grid conveyor device is same as the grid spacing of the pillow bag conveyor chain device, the second grid conveyor device is provided side by side with the cartoning conveyor chain device, and the grid spacing of the second grid conveyor device is same as the grid spacing of the cartoning conveyor chain device.
A machine for gymnastic exercises, particularly for exercising the abdominal muscles of a user, comprising a supporting footing which is associated with a rolling track for a cradle-like structure which is integral with a seat provided with a sitting portion having a first portion which is integral with and adjacent to a backrest and a second portion that is articulated with respect to the first portion and is movable with respect to said a backrest of said seat as a consequence of the movement of the legs, that rest on said second portion, toward the upper body of a user who is seated on said seat while keeping said upper body resting on said backrest, tilting means also being provided for the tilting of said cradle-like structure, said tilting means comprising a second linkage which is pivoted at its ends (23a, 23b), respectively, to said second portion of said sitting portion and to an end portion of a first lever, said first lever being pivoted, at a central part thereof, to said cradle-like structure, for the rolling of said cradle-like structure on said rolling track as a consequence of the movement of said legs toward said upper body, between an inactive position, in which said backrest is substantially oriented vertically, and a maximum effort position, in which said backrest is substantially reclined backwards, and vice versa, the movement of said second portion of the sitting portion, as a consequence of the movement of the legs towards said upper body, being accompanied by the rolling of said cradle-like structure on said rolling track.
Wind turbine rotor blade with a rotor blade tip, a rotor blade root, and a rotor blade connection in the region of the rotor blade root with a rotationally symmetrical flange coupling which has a first and a second end (211, 212), wherein the first end has multiple bores for receiving fastening means for fastening to a hub of a wind turbine, wherein the second end extends in the direction of an axis of rotation of the flange coupling and is fastened in or on material of the rotor blade root, characterized in that the first end of the flange coupling has two arms (211, 211a, 211b), each with a front side and multiple bores in the front side, wherein the flange coupling is cast from metal or is produced in a nodular graphite casting process.
A method of manufacturing a metal powder sintered component using manufacturing equipment comprising: powder layer forming means that supplies metal powder to a substrate to form a powder layer; light beam irradiation means that irradiates a given point on the powder layer, which is formed by the powder layer forming means, with light beams so as to sinter the powder layer and thus form a sintered layer; and a controller that controls operations of the respective means, wherein a three-dimensionally shaped metal powder sintered component is manufactured by repeating formation of the powder layer and formation of the sintered layer to form a shaped object with a number of sintered layers integrated, characterized in that the light beam irradiation means comprises a scan head having at least two scan mirrors that reflect and direct the light beams for scanning, angles of the scan mirrors being controllable, the scan head moves in at least one direction of any direction parallel to a surface irradiated with the light beams and a direction normal to the irradiated surface, the irradiated surface is divided into a number of formation areas, and the scan head is moved to formation areas not adjacent to each other in turn within the divided formation areas for irradiation with light beams, and the division is made so that a boundary between formation areas of a sintered layer formed under an irradiated surface does not overlap a boundary between formation areas of the irradiated surface, and the boundaries do not overlap between sintered layers vertically adjacent to each other.
A method for operating an energy generation system comprising a photovoltaic generator and an inverter, wherein electric power is transferred between the inverter and an AC voltage grid, wherein the transferred electric power comprises an active power and a reactive power, wherein the photovoltaic generator, in a first operating mode, is operated at a maximum active power point by way of the inverter, wherein the active power, in a second operating mode, is set depending on a grid frequency instantaneous value (f) and on a grid frequency rate of change (df/dt), and wherein the reactive power, in the second operating mode, is set depending on a grid voltage instantaneous value, characterized in that the reactive power, in the second operating mode, is set additionally depending on a grid voltage rate of change (dU/dt), and that the active power fed into the AC voltage grid by the inverter, in the second operating mode, is set to a value less than zero, such that active power is drawn from the AC voltage grid by the inverter and the active power thus drawn is rectified by the inverter and fed back into the photovoltaic generator as DC power, if - the instantaneous frequency deviation (df) exceeds a second frequency deviation limit value, or - the active power fed in has been reduced to zero at a first time depending on an instantaneous frequency deviation (df) and the instantaneous frequency deviation (df) at a second, later time is greater than the frequency deviation (df) at the first time, or - the frequency rate of change (df/dt) exceeds a frequency rate of change limit value. - the instantaneous frequency deviation (df) exceeds a second frequency deviation limit value, or - the active power fed in has been reduced to zero at a first time depending on an instantaneous frequency deviation (df) and the instantaneous frequency deviation (df) at a second, later time is greater than the frequency deviation (df) at the first time, or - the frequency rate of change (df/dt) exceeds a frequency rate of change limit value.
A flap system for an aircraft, comprising: a wing structure having a skin section with an aerodynamic outer surface; a trailing-edge unit comprising at least one trailing-edge movable (18a, 18b, 18c) which is movable between a retracted position and an extended position; an attachment unit for movably coupling the at least one trailing-edge movable (18a, 18b, 18c) to the wing structure; wherein the attachment unit comprises an attachment mechanism and a cover element which at least partly encloses the attachment mechanism; wherein the attachment unit comprises a drive element which is configured to move the cover element along the aerodynamic outer surface of the skin section between a first position and a second position; characterized in that the movement of the cover element along the aerodynamic outer surface of the skin section between the first position and the second position is defined by a translational movement of the cover element relative to the skin section between the first position and the second position. a wing structure having a skin section with an aerodynamic outer surface; a trailing-edge unit comprising at least one trailing-edge movable (18a, 18b, 18c) which is movable between a retracted position and an extended position; an attachment unit for movably coupling the at least one trailing-edge movable (18a, 18b, 18c) to the wing structure; wherein the attachment unit comprises an attachment mechanism and a cover element which at least partly encloses the attachment mechanism; wherein the attachment unit comprises a drive element which is configured to move the cover element along the aerodynamic outer surface of the skin section between a first position and a second position; characterized in that the movement of the cover element along the aerodynamic outer surface of the skin section between the first position and the second position is defined by a translational movement of the cover element relative to the skin section between the first position and the second position.
A mass spectrometer comprising: a vacuum housing defining a vacuum cavity to support a vacuum of about 10 -5 Torr (mm Hg) or less; an electrode, disposed within the vacuum cavity and configured to be charged to an electrode potential, to control acceleration of a charged particle propagating through the vacuum cavity; and a conversion circuit, disposed within the vacuum cavity, to convert an input voltage from a power source outside the vacuum cavity so as to provide the electrode potential for the electrode; characterized in that said mass spectrometer further comprises: a feedthrough having a dielectric strength of less than or equal to about 36 V to provide an electrical connection between the conversion circuit and the power source. a vacuum housing defining a vacuum cavity to support a vacuum of about 10 -5 Torr (mm Hg) or less; an electrode, disposed within the vacuum cavity and configured to be charged to an electrode potential, to control acceleration of a charged particle propagating through the vacuum cavity; and a conversion circuit, disposed within the vacuum cavity, to convert an input voltage from a power source outside the vacuum cavity so as to provide the electrode potential for the electrode; characterized in that said mass spectrometer further comprises: a feedthrough having a dielectric strength of less than or equal to about 36 V to provide an electrical connection between the conversion circuit and the power source.
A support cushion for a respiratory interface, the interface having a faceplate with a peripheral contour, the cushion comprising: a cushion body and at least two inserts, the cushion body having a cross-sectional shape generally similar to the mask peripheral contour, the cushion body defining a primary passage, the cushion body being made from a cushion body material having a cushion body hardness, the cushion body comprising: a distal member, a sidewall, and a proximal member, the cushion body distal member and the cushion body proximal member are maintained in a spaced relation by the cushion body sidewall, the cushion body sidewall having an inner side and an outer side, the cushion body sidewall having at least one stiffener passage, characterized in that the at least two inserts are exchangeable stiffening inserts that are shaped to correspond to the at least one stiffener passage, wherein a first one of the at least two inserts is made from a first material having a first hardness, and wherein a second one of the at least two inserts is made from a second material having a second hardness, the second hardness being different from the first hardness, and wherein each of the first one and the second one of the at least two inserts may be selectively inserted into each stiffener passage, respectively, and wherein selection of the insert as being of the first material or the second material selectively determines the localized hardness of the cushion. a cushion body and at least two inserts, the cushion body having a cross-sectional shape generally similar to the mask peripheral contour, the cushion body defining a primary passage, the cushion body being made from a cushion body material having a cushion body hardness, the cushion body comprising: a distal member, a sidewall, and a proximal member, the cushion body distal member and the cushion body proximal member are maintained in a spaced relation by the cushion body sidewall, the cushion body sidewall having an inner side and an outer side, the cushion body sidewall having at least one stiffener passage, a distal member, a sidewall, and a proximal member, the cushion body distal member and the cushion body proximal member are maintained in a spaced relation by the cushion body sidewall, the cushion body sidewall having an inner side and an outer side, the cushion body sidewall having at least one stiffener passage, characterized in that the at least two inserts are exchangeable stiffening inserts that are shaped to correspond to the at least one stiffener passage, wherein a first one of the at least two inserts is made from a first material having a first hardness, and wherein a second one of the at least two inserts is made from a second material having a second hardness, the second hardness being different from the first hardness, and wherein each of the first one and the second one of the at least two inserts may be selectively inserted into each stiffener passage, respectively, and wherein selection of the insert as being of the first material or the second material selectively determines the localized hardness of the cushion.
An optical article having anti-reflective properties comprising: a bulk material having a first convex and a second concave optical surface; a first anti-reflective coating formed of a first plurality of layers applied over the first convex optical surface; a second anti-reflective coating that is distinct from the first anti-reflective coating and that is formed of a second plurality of layers applied over the second concave optical surface, characterized in that the second plurality of layers are configured to have a reduced tensile stress relative to the first plurality of layers and a reflectance of a visible reflection spectrum that is substantially the same as the first plurality of layers by comprising more layers than the first plurality of layers.. a bulk material having a first convex and a second concave optical surface; a first anti-reflective coating formed of a first plurality of layers applied over the first convex optical surface; a second anti-reflective coating that is distinct from the first anti-reflective coating and that is formed of a second plurality of layers applied over the second concave optical surface, characterized in that the second plurality of layers are configured to have a reduced tensile stress relative to the first plurality of layers and a reflectance of a visible reflection spectrum that is substantially the same as the first plurality of layers by comprising more layers than the first plurality of layers..
A switch seat body structure comprising a main body for assembling with an internal component of a switch, the main body being defined with an axis ( χ), the main body being an assembly of a head section and a belly section, the head section having an outer surface and an inner surface, the head section having a shoulder section and a skirt section connected with the shoulder section, the shoulder section and the skirt section together defining a shaft hole, the shoulder section protruding from the head section, the skirt section extending toward the belly section in the direction of the axis ( χ), the belly section being connected on at least a part of the skirt section, characterized in that the head section is a metal head section, the belly section is a nonmetal belly section, and the nonmetal belly section is securely connected with the metal head section to form an integrally formed structure.
A method at a scheduling node in a wireless communication network of scheduling mobile terminals submitting Scheduling Requests, SRs, in SR resources, comprising: detecting that an SR received from a first mobile terminal in a first SR resource is indicated to cause interference to at least a second SR resource, wherein the detecting that the SR of the first SR resource is indicated to cause interference comprises detecting that a magnitude of the SR of the first SR resource exceeds an interference threshold value; scheduling the first mobile terminal at a first scheduling occasion; and awaiting scheduling of a second mobile terminal associated with the second SR resource at least until a second scheduling occasion. detecting that an SR received from a first mobile terminal in a first SR resource is indicated to cause interference to at least a second SR resource, wherein the detecting that the SR of the first SR resource is indicated to cause interference comprises detecting that a magnitude of the SR of the first SR resource exceeds an interference threshold value; scheduling the first mobile terminal at a first scheduling occasion; and awaiting scheduling of a second mobile terminal associated with the second SR resource at least until a second scheduling occasion.
Beverage container, comprising a body and a neck, wherein at the neck a valve is provided for dispensing a beverage comprising gas from the container, characterised in that an inner surface part of the container adjacent the valve, especially an inner surface part of the container within the neck between the body and an inlet side of the valve is smooth and sloping towards the inlet side of the valve, such that foam is prevented from being trapped at the inner surface of the neck.
A photocurable pressure-sensitive adhesive composition, comprising: a graft polymer comprising a (meth)acryl-based polymer containing 0.2 to 10% by weight of a hydroxyalkyl(meth)acrylamide monomer unit, and a chain that contains a cyclic ether group-containing monomer component and is graft-polymerized onto the (meth)acryl-based polymer; and a cationic photopolymerization initiator. a graft polymer comprising a (meth)acryl-based polymer containing 0.2 to 10% by weight of a hydroxyalkyl(meth)acrylamide monomer unit, and a chain that contains a cyclic ether group-containing monomer component and is graft-polymerized onto the (meth)acryl-based polymer; and a cationic photopolymerization initiator.
A linear actuator structure including a housing and a linear actuator that is at least partially arranged in the housing, the linear actuator including: a stator, a movable element spaced apart by a first interval from the stator, and an output shaft characterized in that the output shaft is coupled to the movable element by a connecting member and spaced apart by a second interval from a buffer member included in the housing, at least one of the output shaft and the connecting member is formed to be elastically deformable so that when force is externally applied the output shaft and the buffer member first come into contact before the stator and the movable element come into contact; and the second interval of the output shaft and the buffer member is greater than or equal to the first interval of the stator and the movable element. a stator, a movable element spaced apart by a first interval from the stator, and an output shaft characterized in that the output shaft is coupled to the movable element by a connecting member and spaced apart by a second interval from a buffer member included in the housing, at least one of the output shaft and the connecting member is formed to be elastically deformable so that when force is externally applied the output shaft and the buffer member first come into contact before the stator and the movable element come into contact; and the second interval of the output shaft and the buffer member is greater than or equal to the first interval of the stator and the movable element.
A combine harvester comprising a threshing and separating device which is in the form of a multi-drum arrangement and which comprises at least a threshing drum cooperating with a threshing and separating concave, a separating drum arranged directly or indirectly downstream of the threshing drum in the conveyor direction, and a straw turning drum following the separating drum, wherein the separating drum cooperates with a guide and separating element and the straw turning drum is arranged above the separating drum and displaced relative thereto in the horizontal direction, and comprising a post-separating device arranged downstream of the straw turning drum, characterised in that the guide and separating element has a first partial portion extending substantially below the separating drum tangentially and in spaced relationship therewith and which is adjoined in the conveyor direction by at least one further partial portion and that at least one partial portion adjacent to the straw turning drum and extending tangentially relative to the straw turning drum is displaceable about a horizontal pivot axis.
An ultrahigh-strength steel sheet consisting of, by wt %, carbon: 0.4% to 0.7%, manganese (Mn): 12% to 24%, aluminum (Al): 0.01% to 3.0%, silicon (Si): 0.3% or less, phosphorus: 0.03% or less, sulfur: 0.03% or less, nitrogen: 0.04% or less, and a balance of iron (Fe) and inevitable impurities, further comprising titanium (Ti): 0.005% to 0.10%, boron: 0.0005% to 0.0050%, nickel (Ni): 0.05% to 1.0% and chromium (Cr): 0.05% to 1.0%, wherein the ultrahigh-strength steel sheet consisting of austenite as a microstructure, wherein the microstructure of the ultrahigh-strength steel sheet comprises grains of austenite in an amount of 70% or greater that have an aspect ratio of 2 or greater in a rolling direction by an effect of work hardening, wherein the microstructure of the ultrahigh strength steel sheet has an average grain size within a range of 2μm to 10μm by an effect of working hardening, wherein the steel sheet has a tensile strength of 1300 MPa or greater and a yield strength of 1000 MPa or greater.