mhurhangee/ep-ind-claims huggingface dataset:
An irrigation hose comprising a main body, having a tubular conformation and provided with a longitudinal axis, having an outer surface, concentric to the longitudinal axis wherein the outer surface comprises a plurality of scorings parallel to the longitudinal axis, characterised in that the scorings are irregular, defining irregular shaped peaks and irregular shaped troughs, each peak and each through having a profile that, on a section plane radial with respect to the longitudinal axis, is not defined by a straight line, but by a broken line with a sinuous trend.
A lock core for a lock cylinder, comprising a locking channel having a lock profile, wherein the lateral lock profile at least partially limiting the locking channel is defined by profiling profile elements, wherein at least one profiling profile element is fixed, that means integrated, with the lock core and at least one variable profile element is separate and/or detachable to the locking channel or the lock core, so that the lock profile is modifiable by a replacement of the at least one separate profiling variable profile element, in particular modifiable in a chip-free manner, wherein the at least one variable profile element is embodied as a rotation symmetrical profile body around a profile element axis, wherein at least one profile element receptacle is embodied adjoining the locking channel in the lock core, wherein the profile element receptacle has at least one aperture to the locking channel, so that a profiling variable profile element accommodated in the profile element receptacle at least partially protrudes into the locking channel, wherein the profile element receptacle is designed as a stepped bore, wherein the respective profile element is mounted with an end section in a corresponding section of the profile element receptacle, wherein at least one of the separate variable profile elements is embodied as a profile pin and/or profile roller, which protrudes with one end or an edge for forming a profile into the locking channel, wherein in the stepped bore section the profile element is completely enclosed, so that a support is realized in the region.
Cycling training apparatus, comprising; a structure that is supported on a floor or surface, a belt that is movable with respect to the structure, wherein said belt is formed in a longitudinal closed loop that comprises an upper face on which to ride a bicycle, characterised in that the cycling training apparatus comprises: - a securing element including two opposite ends (30, 31), comprising a first connector on one end configured to be attached to a bicycle, and comprising a second connector on the other end configured to be attached to a fixed point, wherein said securing element comprises a rigid fork and a flexible elongated element, wherein the rigid fork has two free ends, thereby defining the first end, the two free ends being configured to be attached to opposing sides of a rear area of a bicycle, and the rigid fork comprising an opposite end opposing said free ends, and whereby the flexible elongated element is connected to said opposite end, and wherein the flexible elongated element is flexible so that the straight line distance between said ends (30, 31) is variable due to the ability of the flexible elongated element to warp and adopt different shapes. - a securing element including two opposite ends (30, 31), comprising a first connector on one end configured to be attached to a bicycle, and comprising a second connector on the other end configured to be attached to a fixed point, wherein said securing element comprises a rigid fork and a flexible elongated element, wherein the rigid fork has two free ends, thereby defining the first end, the two free ends being configured to be attached to opposing sides of a rear area of a bicycle, and the rigid fork comprising an opposite end opposing said free ends, and whereby the flexible elongated element is connected to said opposite end, and wherein the flexible elongated element is flexible so that the straight line distance between said ends (30, 31) is variable due to the ability of the flexible elongated element to warp and adopt different shapes.
A packaged garment, comprising: a garment comprising an outer surface and an inner surface opposite the outer surface, a torso portion with an opening, sleeve portions coupled to the torso portion at respective arm accesses for receiving a user's arms, and leg portions coupled to the torso portion at respective leg accesses for receiving the user's legs; characterized in that the garment is folded so that the sleeve portions are folded onto the torso portion, the leg portions are folded onto the torso portion, the inner surface of the torso portion faces outward, the outer surface of the torso portion faces inward and the torso portion forms a satchel having an inner space containing sleeve portions and the leg portions such that the torso portion is inside out thereby preventing contamination of the outer surface. a garment comprising an outer surface and an inner surface opposite the outer surface, a torso portion with an opening, sleeve portions coupled to the torso portion at respective arm accesses for receiving a user's arms, and leg portions coupled to the torso portion at respective leg accesses for receiving the user's legs; characterized in that the garment is folded so that the sleeve portions are folded onto the torso portion, the leg portions are folded onto the torso portion, the inner surface of the torso portion faces outward, the outer surface of the torso portion faces inward and the torso portion forms a satchel having an inner space containing sleeve portions and the leg portions such that the torso portion is inside out thereby preventing contamination of the outer surface.
A method for obtaining olive oil in situ, which comprises the operation of packaging and preserving in a capsule, preferably a single-dose capsule, a dry olive preparation formed from an olive paste that is firstly frozen and then freeze-dried; and the operation of reconstituting the olive paste by hydrating it inside the capsule to obtain an olive oil that is extracted from the capsule by pressure.
A method of modifying an executable file comprising the steps of identifying one or more instructions within a subroutine of the executable file, and embedding data and code before or after the identified instructions within the subroutine, whereby the embedded code is formed by a license verification code and the embedded data is data that the embedded code operates on, wherein the modifying is based on information obtained from an initial and/or intermediate state of the creation process resulting in the executable file.
An optical article provided with antireflection properties, comprising a substrate having at least one main surface coated with an antireflection coating comprising, starting from the substrate: - a sub-layer comprising two adjacent layers, the sum of the thicknesses of the two adjacent layers being greater than or equal to 75 nm; and - a multilayered antireflection stack comprising at least one high refractive index layer and at least one low refractive index layer, wherein the deposition of the first of said two adjacent layers of the sub-layer has been carried out without ion assistance, the deposition of the second of said two adjacent layers of the sub-layer has been carried out under ion assistance, and the sub-layer is deposited onto an abrasion- and/or scratch-resistant coating. - a sub-layer comprising two adjacent layers, the sum of the thicknesses of the two adjacent layers being greater than or equal to 75 nm; and - a multilayered antireflection stack comprising at least one high refractive index layer and at least one low refractive index layer,
A method for manufacturing a corrosion-resistant coating on a profiled substrate, the method comprising: in an apparatus for chemical deposition, depositing a conformal first coating layer on the profiled substrate, said first coating layer provided as a first metal compound, and, on the top of said first coating layer depositing a second coating layer provided as a second metal compound, said first metal compound and said second metal compound being metal oxides, in an apparatus for plasma processing, delivering halogen-containing plasma onto the profiled substrate coated with the first- and second coating layers to produce a corrosion-resistant third coating layer (3, 3A), wherein said third coating layer forming the coating on the top of the second coating layer consists of a halogen-doped second metal compound (HI-Me2), wherein, upon deposition of said second coating layer, areas void of the second coating layer are established by virtue of the profiled portions of the substrate, such as recesses and/or perforations, and wherein the third coating layer forming the coating on said profiled areas consists of a halogen-doped first metal compound (HI-Me1). in an apparatus for chemical deposition, depositing a conformal first coating layer on the profiled substrate, said first coating layer provided as a first metal compound, and, on the top of said first coating layer depositing a second coating layer provided as a second metal compound, said first metal compound and said second metal compound being metal oxides, in an apparatus for plasma processing, delivering halogen-containing plasma onto the profiled substrate coated with the first- and second coating layers to produce a corrosion-resistant third coating layer (3, 3A), wherein said third coating layer forming the coating on the top of the second coating layer consists of a halogen-doped second metal compound (HI-Me2), wherein, upon deposition of said second coating layer, areas void of the second coating layer are established by virtue of the profiled portions of the substrate, such as recesses and/or perforations, and wherein the third coating layer forming the coating on said profiled areas consists of a halogen-doped first metal compound (HI-Me1).
Method for rejecting echo signals from a trailer apparatus on a rear region of a motor vehicle, in which an ultrasonic sensor apparatus having a plurality of ultrasonic sensors (5, 6, 7) is arranged in the rear region, and the ultrasonic sensor apparatus is used to perform detection of an object in the surroundings of the motor vehicle, characterized in that a first ultrasonic sensor of the ultrasonic sensors (5, 6, 7) arranged in the rear region, in an object detection mode for detecting an object that is different from a trailer apparatus arranged in the rear region, is operated only for the purpose of receiving echo signals from transmission signals transmitted by at least one other ultrasonic sensor (5, 7), and the sending of transmission signals from this first ultrasonic sensor is prevented.
A vehicle front structure comprising: a front grille; and a hood edge, disposed above the front grille, configured to receive a front end edge of an engine hood of a vehicle, having a front end edge extending part extending downward from a front end edge thereof, wherein the front grille includes, at an upper end thereof, a grille supporting part, extending between an extending line of the hood edge and the front end edge extending part, and wherein the front end edge extending part is pinched between the grille supporting part and a supporting member provided behind the front grille, characterized in that the hood edge protrudes upward to have an upward convex shape. a front grille; and a hood edge, disposed above the front grille, configured to receive a front end edge of an engine hood of a vehicle, having a front end edge extending part extending downward from a front end edge thereof, wherein the front grille includes, at an upper end thereof, a grille supporting part, extending between an extending line of the hood edge and the front end edge extending part, and wherein the front end edge extending part is pinched between the grille supporting part and a supporting member provided behind the front grille, characterized in that the hood edge protrudes upward to have an upward convex shape.
A forge lubrication process comprising: positioning a solid lubricant sheet (28,38,48,58,68,78) between a workpiece (20,30,40,50,60,70) and a die (34,36,44,46,54,56,64,66,74,76) in a forging apparatus and applying force to the workpiece to plastically deform the workpiece, characterized in that the solid lubricant sheet consists of at least one solid-state lubricant material and residual impurities, wherein the at least one solid-state lubricant material is selected from the group consisting of graphite, molybdenum disulfide, tungsten disulfide, and boron nitride. positioning a solid lubricant sheet (28,38,48,58,68,78) between a workpiece (20,30,40,50,60,70) and a die (34,36,44,46,54,56,64,66,74,76) in a forging apparatus and applying force to the workpiece to plastically deform the workpiece, characterized in that the solid lubricant sheet consists of at least one solid-state lubricant material and residual impurities, wherein the at least one solid-state lubricant material is selected from the group consisting of graphite, molybdenum disulfide, tungsten disulfide, and boron nitride.
Centrifugal compressor unit of the type including a motor means rotating a rotor and at least one compressor including a stator body and a set of vane wheels mounted on a driven shaft rotated by the rotor in the stator body, the whole consisting of the motor and at least one compressor being mounted in a common casing which is gas-tight with respect to the gas handled by the compressor unit, the compressor unit comprising, in addition, a set of active bearings (60, 62, 64, 66, 67) for the axial and radial guiding of the motor and of the driven shaft, and cooling means of the motor means and bearings for guiding by removal of the gas handled by the compressor at the outlet of a first compression stage, allowing the passage of said gas through the motor means and through the bearings and reinjection of the gas at the inlet of the compressor, the cooling means comprising, in addition, a set of external pipes (80-1, 80-2, 80-3, 80-4, 80-5, 80-6) collecting the gas at the outlet of a compression stage, the cooling gas flow in the motor means being different from the cooling gas flow in the bearings (60, 62, 64, 66), characterized in that the external pipes (80-1, 80-2, 80-3, 80-4, 80-5, 80-6) supply in parallel radial internal ducts (88, 92, 94, 104) for supplying the motor means and bearings with the cooling gas (60, 62, 64, 66, 67) arranged in the compressor group, the cooling gas flows of the bearings (60, 62) and of the motor converging in a cavity where they are recovered by an overall longitudinal central channel and conveyed in a supply duct upstream of the first compression stage.
A modular connector comprising a retaining frame having two side walls running parallel to each other which laterally define a receiving space, and at least one plug connector module which can be inserted into the receiving space, wherein the side walls have a plurality of guide elements on the inside facing the receiving space on the retaining frame side, and the at least one plug connector module has on its outside at least one guide element on the plug connector module side, wherein the at least one guide element on the plug connector module side can be inserted into the guide elements on the retaining frame in such a way that the plug connector module is precisely positioned in the receiving space, wherein the side walls have a latching structure on their outer sides and the plug connector module has at least one latching tab which engages in the latching structure outside the receiving space, and wherein the at least one plug connector module has at least one functional element, such as an electrical functional element or an optical functional element or a fluidic functional element, with which functional element a functional contact can be established in the plugged-in state with a functional element of a plug connector module of a further plug connector, characterized in that the side walls have, on their rear end side, a first or at least one first positioning element, which interacts with a or at least one second positioning element arranged on the plug connector module. at least one plug connector module which can be inserted into the receiving space, wherein the side walls have a plurality of guide elements on the inside facing the receiving space on the retaining frame side, and the at least one plug connector module has on its outside at least one guide element on the plug connector module side, wherein the at least one guide element on the plug connector module side can be inserted into the guide elements on the retaining frame in such a way that the plug connector module is precisely positioned in the receiving space, wherein the side walls have a latching structure on their outer sides and the plug connector module has at least one latching tab which engages in the latching structure outside the receiving space, and wherein the at least one plug connector module has at least one functional element, such as an electrical functional element or an optical functional element or a fluidic functional element, with which functional element a functional contact can be established in the plugged-in state with a functional element of a plug connector module of a further plug connector, characterized in that the side walls have, on their rear end side, a first or at least one first positioning element, which interacts with a or at least one second positioning element arranged on the plug connector module.
Method for generating a time stamp in a vehicle participating in a vehicular ad hoc network, which vehicle uses the time stamp to assign to an event sent in a message a time which is generated by updating a global timebase derivable from a global navigation satellite signal, referred to as a GNSS signal, which method is characterized by the steps of: - verifying whether a GNSS signal can be received, and - generating the time on the basis of a local timebase if there are an insufficient number of global navigation satellite signals available to derive the global timebase, wherein the local timebase - is a time updated before the vehicle is started, wherein the vehicle is started before verifying whether the GNSS signal can be received, and/or - is retrieved from a clock (12, 54, 68) that outputs a local time, wherein the local time is transmitted in a radio signal by another node of the vehicular ad hoc network. - verifying whether a GNSS signal can be received, and - generating the time on the basis of a local timebase if there are an insufficient number of global navigation satellite signals available to derive the global timebase, wherein the local timebase - is a time updated before the vehicle is started, wherein the vehicle is started before verifying whether the GNSS signal can be received, and/or - is retrieved from a clock (12, 54, 68) that outputs a local time, wherein the local time is transmitted in a radio signal by another node of the vehicular ad hoc network.
Method for manufacturing an electrical plug connector, comprising the following steps: - manufacture of a contact element by providing an electrically non-conductive support element and coating the support element with an electrically conductive material, wherein the produced coating forms the sole electrical signal conductor, wherein the electrically conductive coating is a carbon layer, a graphene layer or a graphite layer or the electrically conductive coating consists of titanium nitride, - encapsulation of the contact element for at least partial embedding of the contact element in a base body of the plug connector made of electrically insulating material. - manufacture of a contact element by providing an electrically non-conductive support element and coating the support element with an electrically conductive material, wherein the produced coating forms the sole electrical signal conductor, wherein the electrically conductive coating is a carbon layer, a graphene layer or a graphite layer or the electrically conductive coating consists of titanium nitride, - encapsulation of the contact element for at least partial embedding of the contact element in a base body of the plug connector made of electrically insulating material.
A scrap shearing machine for shearing a metal scrap into a plurality of short scrap pieces, comprising an open feed channel having two opposite sidewalls to form a rectangular parallelepiped space, a guillotine-type straight-blade shear-stand at one end of the feed channel and having scrap shears and a mouth narrower than the normal width of the feed channel between said sidewalls, a side hydraulic ram for moving at least one of said sidewalls towards the other of said sidewalls whereby the metal scrap placed in the feed channel can be squashed sideways before feeding the metal scrap into the mouth of the shear-stand, and a feeder for feeding the metal scrap into the mouth of the shear-stand after said metal scrap has been squashed sideways by the side hydraulic ram in the feed channel, wherein said side hydraulic ram is situated adjacent to the mouth of the shear-stand and is adapted to squash the metal scrap in front of the mouth only at a certain limited longitudinal section which is shorter than the overall length of the scrap in the longitudinal direction of the feed channel so as to squash the metal scrap to a final width no greater than the inside width of the mouth; characterized in that a downward hydraulic ram is associated with said side hydraulic ram adjacent to the mouth of the shear-stand, in that said hydraulic ram has the same width dimension as the inside width of the feed channel and is adapted to downwardly squash the metal scrap in front of the mouth only at a certain limited longitudinal section which is shorter than the overall length of the scrap in the longitudinal direction of the feed channel prior to squashing operation of the side hydraulic ram so as to squash the metal scrap to a final height no greater than the inside height of the mouth of the shear-stand; and that a control unit is associated with respective drive systems of the shear-stand, the feeder, the side hydraulic ram, and the downward hydraulic ram for supervising and controlling them in accordance with a predetermined operation sequence.
Method for adjusting a temperature of a glow plug, in particular for igniting a fuel/air mixture in an internal combustion engine, in which the temperature (Tm) of the glow plug is adjusted as a function of a resistance (Rm) of the glow plug by means of a regulating device, wherein the temperature (Tm) is regulated in a pre-heating phase in which an overvoltage is applied to the glow plug, characterized in that in order to regulate the temperature (Tm) of the glow plug in the pre-heating phase a difference in resistance (ΔR), which is present with respect to a measured resistance (Rm) at the end of the pre-heating phase, is determined predictably using a physical model during the pre-heating phase, in that the measured resistance (Rm) of the glow plug is added to the difference in resistance (ΔR), and the sum which is formed from the measured resistance (Rm) and the difference in resistance (ΔR) is fed to the regulating device, in that an actual temperature value (T ACT), which is subtracted from a temperature setpoint value (T des) of the glow plug, is determined from a characteristic curve, which is determined individually for each glow plug during the heated, steady-state operation of the glow plug, on the basis of the sum of the measured resistance (Rm) and the difference in resistance (ΔR), wherein the temperature difference which is determined in this way is fed to the regulating device and is used to determine an actuation voltage (U GOV) for the glow plug.