mhurhangee/ep-ind-claims huggingface dataset:
Method of fluid forming a container, said method comprising: - positioning a plastic preform into a mold cavity, said mold cavity defining a first configuration and a first volume; - injecting a fluid within said plastic preform at a first fluid pressure urging said plastic preform into an expanded shape; and - actuating said mold cavity into a second configuration and a second volume, said second volume being smaller than said first volume, thereby resulting in a second fluid pressure within said plastic preform greater than said first fluid pressure, wherein said method being a liquid commodity filling and forming process and the method being characterized in that said second volume is about 0.1% to 5% smaller than said first volume. - positioning a plastic preform into a mold cavity, said mold cavity defining a first configuration and a first volume; - injecting a fluid within said plastic preform at a first fluid pressure urging said plastic preform into an expanded shape; and - actuating said mold cavity into a second configuration and a second volume, said second volume being smaller than said first volume, thereby resulting in a second fluid pressure within said plastic preform greater than said first fluid pressure,
A hydraulically or electric motor operated tool, for example a crimping device, with a device shaft that exhibits at least a first and second electrical contact, and with an accumulator that can be latched with the device shaft, wherein an adapter that can be secured by a latching connection to the device shaft and accumulator is provided on the device shaft between the device shaft, wherein the adapter can be secured to the accumulator, characterized in that the latching connection to the device shaft cannot be released without destroying part of the adapter.
Mobile cooling device for machine tools with suction and filtration of oil mist, consisting of components arranged on a frame provided with a floor, said frame being divided into two sections via a partition, wherein the frame is covered with a top cover and a front cover, said front cover being provided with an opening for suction piping and with an opening for oil mist supply hose, furthermore in the front cover a control panel with a junction box is arranged, the frame being further covered with side covers and a back cover onto which push handles are fixed, in the lower section of the frame an air compressor is arranged, said air compressor being connected through a pressure hose to an oil and air mixing device onto which the oil mist supply hose is connected, wherein in the upper section of the frame a filtration unit with an electric motor is arranged, the filtration unit being connected through the suction piping to a suction nozzle for oil mist and fumes.
An electrically conductive multilayer film comprising a non-conductive base layer, a transparent layer comprising transparent conductor material, and a transparent primer layer, wherein the non-conductive base layer, the transparent layer comprising transparent conductor material, and the transparent primer layer are arranged one on the other in a vertical direction such that the transparent primer layer is situated between the non-conductive base layer and the transparent layer comprising transparent conductor material and is in direct contact with the transparent layer comprising transparent conductor material, and wherein the transparent primer layer is formed of a composition comprising a polymer, wherein the polymer is selected from a group consisting of polyvinylidene chloride, a copolymer, wherein one of the monomers is vinylidene chloride, and any combination thereof, and wherein the thickness of the transparent primer layer is 150 - 2000 nm, and wherein the transparent conductor material comprises or consists of a conductive high aspect ratio molecular structure (HARMS) network; or of a transparent conductive oxide; or of graphene, silver nanowires, poly(3,4-ethylenedioxythiophene) PEDOT, poly(3,4-ethylenedioxythiophene) polystyrene sulfonate PEDOT:PSS, polyaniline, or a metal mesh conductor. wherein the non-conductive base layer, the transparent layer comprising transparent conductor material, and the transparent primer layer are arranged one on the other in a vertical direction such that the transparent primer layer is situated between the non-conductive base layer and the transparent layer comprising transparent conductor material and is in direct contact with the transparent layer comprising transparent conductor material, and wherein the transparent primer layer is formed of a composition comprising a polymer, wherein the polymer is selected from a group consisting of polyvinylidene chloride, a copolymer, wherein one of the monomers is vinylidene chloride, and any combination thereof, and wherein the thickness of the transparent primer layer is 150 - 2000 nm, and wherein the transparent conductor material comprises or consists of a conductive high aspect ratio molecular structure (HARMS) network; or of a transparent conductive oxide; or of graphene, silver nanowires, poly(3,4-ethylenedioxythiophene) PEDOT, poly(3,4-ethylenedioxythiophene) polystyrene sulfonate PEDOT:PSS, polyaniline, or a metal mesh conductor.
Pop-up roof for a vehicle or a vehicle trailer with a roof surface portion which can be popped up, and with flexible side walls, and on both sides with a respective rear hinge fitting and a front pop-up mechanism, the latter consisting of a rear supporting arm with a rear pivot axis, a front supporting arm coupled pivotably to the rear supporting arm, and a support element with a rear pivot axis, with a hinge connection to the front end of the rear supporting arm, and with a front pivot axis, and also a linear drive, characterized in that the support element is designed as a lifting cylinder with an integrated linear drive, and in that the rear pivot axis of the rear supporting arm forms a body-mounted rear counterbearing, and, in the retracted state of the lifting cylinder, the rear supporting arm takes up a horizontal inoperative position and, in an extended state of the lifting cylinder, is pivoted into an open position leaning against the latter.
A press forming method of press-forming a flat-sheet-shaped processing material into a press-formed part, the processing material including a base section and a deformation section continuous to the base section and including a portion to be a vertical wall portion, the press-formed part having the vertical wall portion formed when the processing material is bent in at least a boundary portion between the base section and the vertical wall portion, the press forming method comprising a step of forming the vertical wall portion and the step of forming the vertical wall portion includes: a shear deformation step having individually restraining a boundary-side portion of the base section with respect to the deformation section and an outer portion of the deformation section, the outer portion to be a flange portion, shear-deforming the portion to be the vertical wall portion of the deformation section in a sheet face, characterized in that the vertical wall portion has a curved portion being curved in a depressed shape toward the base section, and the shear deformation step causes a material to flow from a portion separated from the curved portion toward the curved portion of the portion to be the vertical wall portion. a shear deformation step having individually restraining a boundary-side portion of the base section with respect to the deformation section and an outer portion of the deformation section, the outer portion to be a flange portion, shear-deforming the portion to be the vertical wall portion of the deformation section in a sheet face, characterized in that individually restraining a boundary-side portion of the base section with respect to the deformation section and an outer portion of the deformation section, the outer portion to be a flange portion, shear-deforming the portion to be the vertical wall portion of the deformation section in a sheet face, characterized in that the vertical wall portion has a curved portion being curved in a depressed shape toward the base section, and the shear deformation step causes a material to flow from a portion separated from the curved portion toward the curved portion of the portion to be the vertical wall portion.
Coupling head for a central buffer coupling for vehicles that can be coupled, having a coupling head housing and having an end plate that terminates the coupling head housing at the end and is detachably connected to the coupling head housing, wherein the coupling head housing has a first connection region to be coupled to the end plate, and a second connection region for producing the connection to a coupling rod, characterized in that the coupling head housing is designed in one piece as a forged component, wherein the first connection region on the coupling head housing is formed by at least two contact surfaces arranged separately from each other and predefining locally limited force introduction regions to be supported at least indirectly on partial surfaces of the end plate, and the coupling head housing is connected to the end plate in the first connection region via force-fitting connections.
Method for processing an electrically insulating protective material intended for covering at least one surface of an electrical component to be insulated comprising first and second electrical contacts (120; 130), the method comprising the following steps: - mixing an electrically insulating host matrix with a particulate filler having dielectric permittivity higher than that of the host matrix, so as to obtain a homogeneous composite mixture; - covering said at least one surface of the electrical component to be insulated with the homogeneous composite mixture; the method being characterized in that it comprises, subsequently to said step for covering, a step for applying an electrical field, of frequency lower than or equal to 10 Hz, to the homogeneous composite mixture by means of the first and second electrical contacts, so as to obtain a heterogeneous mixture having a composite part slightly loaded in particulates and first and second electrical field relaxing layers (192 1, 192 2) more highly loaded in particulates extending in surface respectively of said first and second electrical contacts. - mixing an electrically insulating host matrix with a particulate filler having dielectric permittivity higher than that of the host matrix, so as to obtain a homogeneous composite mixture; - covering said at least one surface of the electrical component to be insulated with the homogeneous composite mixture;
Ironing system comprising a clothes iron, and a base having a locking arrangement for the clothes iron, the locking arrangement having a first locking member and a second locking member in an opposite position from the first one relative to the clothes iron, which locking members (31, 32) are suitable for engagement with a first, or opposite second, end (11a, 11b) of the clothes iron, the second locking member being out of engagement with the second end of the clothes iron in the unlocked position and, when the clothes iron is pressed down onto the locking arrangement, being released and being moved into a locking position in which the second locking member is in engagement with the second end of the clothes iron, characterised in that the second locking member comprises a locking slider which is preloaded towards the locking position by a resilient member and which is moved into the locking position when the clothes iron is pressed down onto the locking arrangement.
An appliqué for applying a design to a fabric, the appliqué comprising: at least one ink layer printed on a substrate; and an application adhesive suitable for adhering the appliqué to a fabric, wherein the appliqué is adapted to provide a three-dimensional visual effect, further comprising an insert of a material such as fabric or foil to provide a surface profile, wherein the insert bridges stacks of layers including the ink and the substrate. at least one ink layer printed on a substrate; and an application adhesive suitable for adhering the appliqué to a fabric, wherein the appliqué is adapted to provide a three-dimensional visual effect, further comprising an insert of a material such as fabric or foil to provide a surface profile, wherein the insert bridges stacks of layers including the ink and the substrate.
A method for chiller station management, comprising: determining whether a chiller with a low load exists in a chiller station and determining whether to allow to shut down one chiller in the chiller station, when a certain chiller in the chiller station transmits a surge risk signal, wherein the certain chiller may be identical to the chiller with low load, or may be any other chiller of the chiller station; and if no, raising a chiller outlet water temperature in the chiller station and/or lowering a cooling tower outlet water temperature in the chiller station, wherein the step of raising a chiller outlet water temperature in the chiller station and/or lowering a cooling tower outlet water temperature in the chiller station comprises: raising a chilled water temperature set point CHWST_sp of a chiller control device of the chiller station by ΔCHWST and/or lowering a cooling water temperature set point CWST_sp of a cooling tower control device of the chiller station by ΔCWST; characterized by if yes, shutting down one chiller in the chiller station to increase loads of other chillers; in that the increment ΔCHWST of the chilled water temperature set point is a function of a compressor lift and a compressor rotational speed of the certain chiller; and in that the decrement ΔCWST of the cooling water temperature set point is a function of the compressor lift and the compressor rotational speed of the certain chiller. determining whether a chiller with a low load exists in a chiller station and determining whether to allow to shut down one chiller in the chiller station, when a certain chiller in the chiller station transmits a surge risk signal, wherein the certain chiller may be identical to the chiller with low load, or may be any other chiller of the chiller station; and if no, raising a chiller outlet water temperature in the chiller station and/or lowering a cooling tower outlet water temperature in the chiller station, wherein the step of raising a chiller outlet water temperature in the chiller station and/or lowering a cooling tower outlet water temperature in the chiller station comprises: raising a chilled water temperature set point CHWST_sp of a chiller control device of the chiller station by ΔCHWST and/or lowering a cooling water temperature set point CWST_sp of a cooling tower control device of the chiller station by ΔCWST; characterized by if yes, shutting down one chiller in the chiller station to increase loads of other chillers; in that the increment ΔCHWST of the chilled water temperature set point is a function of a compressor lift and a compressor rotational speed of the certain chiller; and in that the decrement ΔCWST of the cooling water temperature set point is a function of the compressor lift and the compressor rotational speed of the certain chiller.
A pharmaceutical product in the form of a storage stable lyophilisate, which lyophilisate consists essentially of a polymyxin that is colistin methane sulfonate or a pharmaceutically acceptable derivative thereof, zidovudine or a pharmaceutically acceptable derivative thereof, and optionally one or more buffering agent, wherein the pharmaceutically acceptable derivative is a pharmaceutically acceptable salt, solvate or ester, wherein the lyophilisate is obtained from an aqueous solvent and is suitable for reconstitution with an aqueous solvent.
A system for testing a mechanical disconnect between an electric machine and a rotating device, the system comprising: a gas turbine engine configured to be a component of a propulsion system of an aircraft; an electric machine configured to operate as a starter / generator; a disconnect device controllable to operate in a plurality of states, wherein, when operating in an engaged state of the plurality of states, the disconnect device is configured to couple rotational mechanical energy between the electric machine and the gas turbine engine, and wherein, when operating in a disengaged state of the plurality of states, the disconnect device is not configured to couple rotational mechanical energy between the electric machine and the gas turbine engine; and a controller configured to test operation of the disconnect device, wherein, to test operation of the disconnect device, the controller is configured to: obtain a representation of a change in rotational speed of the electric machine; obtain a representation of an expected change in rotational speed of the electric machine; and determine, based on the obtained representation of the change in rotational speed of the electric machine and the representation of the expected change in rotational speed of the electric machine, whether the disconnect device has failed. a gas turbine engine configured to be a component of a propulsion system of an aircraft; an electric machine configured to operate as a starter / generator; a disconnect device controllable to operate in a plurality of states, wherein, when operating in an engaged state of the plurality of states, the disconnect device is configured to couple rotational mechanical energy between the electric machine and the gas turbine engine, and wherein, when operating in a disengaged state of the plurality of states, the disconnect device is not configured to couple rotational mechanical energy between the electric machine and the gas turbine engine; and a controller configured to test operation of the disconnect device, wherein, to test operation of the disconnect device, the controller is configured to: obtain a representation of a change in rotational speed of the electric machine; obtain a representation of an expected change in rotational speed of the electric machine; and determine, based on the obtained representation of the change in rotational speed of the electric machine and the representation of the expected change in rotational speed of the electric machine, whether the disconnect device has failed. obtain a representation of a change in rotational speed of the electric machine; obtain a representation of an expected change in rotational speed of the electric machine; and determine, based on the obtained representation of the change in rotational speed of the electric machine and the representation of the expected change in rotational speed of the electric machine, whether the disconnect device has failed.
A method for use in a user equipment, the method comprising: establishing a first radio link with a serving network entity and a second radio link with a target network entity, wherein said first and said second radio links are fractional dedicated physical channel radio links and said serving network entity is a high-speed downlink shared channel serving cell; commencing a soft handover from said serving network entity to said target network entity; receiving a quality target from a network comprising the serving and target network entities, wherein said quality target comprises a downlink transmit power control command error rate target value; and applying said quality target only to said first radio link to generate a power control command. establishing a first radio link with a serving network entity and a second radio link with a target network entity, wherein said first and said second radio links are fractional dedicated physical channel radio links and said serving network entity is a high-speed downlink shared channel serving cell; commencing a soft handover from said serving network entity to said target network entity; receiving a quality target from a network comprising the serving and target network entities, wherein said quality target comprises a downlink transmit power control command error rate target value; and applying said quality target only to said first radio link to generate a power control command.
Push-pull rod (1, 101, 201) having: - a hollow-cylindrical tube body (2, 102, 202); - at least one fastening device (3, 103, 203) having a first coupling element and a shank arranged thereon, wherein the shank is screwed into the tube body (2, 102, 202) by a thread arrangement; and - a second coupling element (8, 108, 208), characterized in that the shank has a connecting region with a polygonal cross section and a sleeve is formed on the tube body (2, 102, 202), said sleeve being connected to the connecting region of the shank in a form-fitting manner. - a hollow-cylindrical tube body (2, 102, 202); - at least one fastening device (3, 103, 203) having a first coupling element and a shank arranged thereon, wherein the shank is screwed into the tube body (2, 102, 202) by a thread arrangement; and - a second coupling element (8, 108, 208),
A transfer apparatus comprising: a rod-shaped member (2A, 2B) that comprises a magnetic material; an opposite member (3A, 3B) that is opposed to a part of a side surface of the rod-shaped member (2A, 2B) and comprises a magnetic material; a driving device (4A,4B) configured to rotate the rod-shaped member (2A, 2B) about a central axis of the rod-shaped member (2A, 2B) to change a relative position between the rod-shaped member (2A, 2B) and the opposite member (3A, 3B); and a synchronization loss monitoring portion configured to conduct synchronization loss monitoring by predicting or detecting a synchronization loss between the rod-shaped member (2A, 2B) and the opposite member (3A, 3B) based on a fluctuation of a torque of the driving device (4A,4B), characterized in that the synchronization loss monitoring portion is configured to calculate a load applied to the opposite member (3A, 3B) based on a difference between an external force applied to the opposite member (3A, 3B) by the driving device (4A,4B) via the rod-shaped member (2A, 2B) and a force required to move the opposite member (3A, 3B) when no load is applied to the opposite member (3A, 3B), and predict or detect the synchronization loss based on the calculated load. a rod-shaped member (2A, 2B) that comprises a magnetic material; an opposite member (3A, 3B) that is opposed to a part of a side surface of the rod-shaped member (2A, 2B) and comprises a magnetic material; a driving device (4A,4B) configured to rotate the rod-shaped member (2A, 2B) about a central axis of the rod-shaped member (2A, 2B) to change a relative position between the rod-shaped member (2A, 2B) and the opposite member (3A, 3B); and a synchronization loss monitoring portion configured to conduct synchronization loss monitoring by predicting or detecting a synchronization loss between the rod-shaped member (2A, 2B) and the opposite member (3A, 3B) based on a fluctuation of a torque of the driving device (4A,4B), characterized in that the synchronization loss monitoring portion is configured to calculate a load applied to the opposite member (3A, 3B) based on a difference between an external force applied to the opposite member (3A, 3B) by the driving device (4A,4B) via the rod-shaped member (2A, 2B) and a force required to move the opposite member (3A, 3B) when no load is applied to the opposite member (3A, 3B), and predict or detect the synchronization loss based on the calculated load.