mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement of motor vehicle units consisting of an internal combustion engine , a switchable mechanical vacuum pump , and a pneumatic power brake unit , wherein the vacuum pump has: a positive-displacement pump rotor ; a coupling element that is mechanically driven by the internal combustion engine ; and a hydraulic control connection and a coupling arrangement that is hydraulically switchable through the control connection to lock the coupling element with the pump rotor in a non-rotatable manner in the locked state and to unlock the coupling element from the pump rotor in the unlocked state; the power brake unit has a negative pressure chamber that is connected, through a vacuum line , with a suction connection of the vacuum pump ; a hydraulic pump is provided to pump a hydraulic fluid with a control pressure P1; a switchable control valve is provided that in its unlocked state switches the control pressure P1 of the hydraulic fluid through to the control connection to unlock [the coupling arrangement]; and the control valve has a pneumatic actuator that is acted on by the pressure P of the negative pressure chamber and that switches the control pressure P1 through to the control connection if the pressure P in the negative pressure chamber lies above a threshold pressure PS, so that the control valve is switched into its unlocked state, characterized in that the coupling arrangement is in the form of a form-fit coupling a positive-displacement pump rotor ; a coupling element that is mechanically driven by the internal combustion engine ; and a hydraulic control connection and a coupling arrangement that is hydraulically switchable through the control connection to lock the coupling element with the pump rotor in a non-rotatable manner in the locked state and to unlock the coupling element from the pump rotor in the unlocked state; the power brake unit has a negative pressure chamber that is connected, through a vacuum line , with a suction connection of the vacuum pump ; a hydraulic pump is provided to pump a hydraulic fluid with a control pressure P1; a switchable control valve is provided that in its unlocked state switches the control pressure P1 of the hydraulic fluid through to the control connection to unlock [the coupling arrangement]; and the control valve has a pneumatic actuator that is acted on by the pressure P of the negative pressure chamber and that switches the control pressure P1 through to the control connection if the pressure P in the negative pressure chamber lies above a threshold pressure PS, so that the control valve is switched into its unlocked state, characterized in that the coupling arrangement is in the form of a form-fit coupling
Closing bar of a motor vehicle body lock , with a bar arranged on a bar plate , which is designed to be movable in a working direction (W), starting from a rest position, and standing in operative connection with an abutment , as well as a base plate which can be attached to a motor vehicle body , characterized in that , in the event of a movement of the bar , the abutment - starting from the rest position, in which it has a first rigidity, - in a first functional position representing the operating condition of the closing bar , has a second rigidity, which is less than the first rigidity, and - in a second functional position representing a highly dynamic acceleration of the motor vehicle body lock , has a third rigidity, which is greater than the second rigidity. - starting from the rest position, in which it has a first rigidity, - in a first functional position representing the operating condition of the closing bar , has a second rigidity, which is less than the first rigidity, and - in a second functional position representing a highly dynamic acceleration of the motor vehicle body lock , has a third rigidity, which is greater than the second rigidity.
A wound dressing for use in the application of topical negative pressure at a wound site, the wound dressing comprising: a liquid and gas permeable transmission layer ; an absorbent layer for absorbing wound exudate, the absorbent layer overlying the transmission layer ; a gas impermeable cover layer overlying the absorbent layer and comprising a first orifice , wherein the cover layer is moisture vapour permeable; a port sealed to the cover layer around the perimeter of the first orifice and a conduit connected to the port ; a perforated wound contact layer underlying the transmission layer , wherein the cover layer and the wound contact layer extend outwards from a central region of the dressing beyond an edge region of the absorbent layer to thereby form a peripheral region , the cover layer and the wound contact layer being sealed together in the peripheral region ; wherein the wound dressing further comprises a filter membrane covering the first orifice and sealed to the cover layer and/or the port ; and wherein the cover layer is configured to transpire a water component of the wound exudate from the wound dressing . a liquid and gas permeable transmission layer ; an absorbent layer for absorbing wound exudate, the absorbent layer overlying the transmission layer ; a gas impermeable cover layer overlying the absorbent layer and comprising a first orifice , wherein the cover layer is moisture vapour permeable; a port sealed to the cover layer around the perimeter of the first orifice and a conduit connected to the port ; a perforated wound contact layer underlying the transmission layer , wherein the cover layer and the wound contact layer extend outwards from a central region of the dressing beyond an edge region of the absorbent layer to thereby form a peripheral region , the cover layer and the wound contact layer being sealed together in the peripheral region ; wherein the wound dressing further comprises a filter membrane covering the first orifice and sealed to the cover layer and/or the port ; and wherein the cover layer is configured to transpire a water component of the wound exudate from the wound dressing .
A pump action firearm with bolt slide locking mechanism comprising: a longitudinal axis (LA); a receiver defining a longitudinal cavity ; a barrel assembly coupled to the receiver ; a bolt slide slideably disposed in the longitudinal cavity of the receiver , the bolt slide movable between a rearward open breech position and a forward closed breech position in battery with the barrel assembly; a slide lock pivotably mounted to the bolt slide about a pivot axis and selectively engageable with an interference surface on the receiver , the slide lock pivotably movable between a locked position engaging the interference surface to prevent the slide from moving out of the closed breech position, and an unlocked position disengaging the interference surface to allow the slide to move out of the closed breech position to the open breech position; and a manual actuator slideably mounted to the receiver for transverse movement relative to the longitudinal axis (LA), wherein manually moving the actuator in an inwards direction engages the slide lock and disengages the slide lock from the interference surface of the receiver to unlock the slide lock; wherein the pivot axis of the slide lock is vertically oriented perpendicular to the longitudinal axis (LA) of the firearm , the slide lock pivotably movable in a horizontal plane between the locked position and the unlocked position. a longitudinal axis (LA); a receiver defining a longitudinal cavity ; a barrel assembly coupled to the receiver ; a bolt slide slideably disposed in the longitudinal cavity of the receiver , the bolt slide movable between a rearward open breech position and a forward closed breech position in battery with the barrel assembly; a slide lock pivotably mounted to the bolt slide about a pivot axis and selectively engageable with an interference surface on the receiver , the slide lock pivotably movable between a locked position engaging the interference surface to prevent the slide from moving out of the closed breech position, and an unlocked position disengaging the interference surface to allow the slide to move out of the closed breech position to the open breech position; and a manual actuator slideably mounted to the receiver for transverse movement relative to the longitudinal axis (LA), wherein manually moving the actuator in an inwards direction engages the slide lock and disengages the slide lock from the interference surface of the receiver to unlock the slide lock; wherein the pivot axis of the slide lock is vertically oriented perpendicular to the longitudinal axis (LA) of the firearm , the slide lock pivotably movable in a horizontal plane between the locked position and the unlocked position.
A bio-signal measuring apparatus , comprising: an optical sensor comprising a photodetector disposed at the center of the optical sensor and a light source array disposed around the photodetector ; a first electrode disposed between the photodetector and the light source array , wherein the first electrode has a concentric ring shape based on the center of the optical sensor ; a second electrode array having a plurality of second electrodes disposed on an outer periphery of the light source array , wherein the second electrode array is formed in a concentric ring shape based on the center of the optical sensor , an impedance measurer configured to measure an impedance of an object, using the first electrode and the second electrode array ; and a processor configured to determine a contact state between the object and the optical sensor , based on the measured impedance. an optical sensor comprising a photodetector disposed at the center of the optical sensor and a light source array disposed around the photodetector ; a first electrode disposed between the photodetector and the light source array , wherein the first electrode has a concentric ring shape based on the center of the optical sensor ; a second electrode array having a plurality of second electrodes disposed on an outer periphery of the light source array , wherein the second electrode array is formed in a concentric ring shape based on the center of the optical sensor , an impedance measurer configured to measure an impedance of an object, using the first electrode and the second electrode array ; and a processor configured to determine a contact state between the object and the optical sensor , based on the measured impedance.
A method for manufacturing a corrosion-resistant coating on a profiled substrate , the method comprising: in an apparatus (R1) for chemical deposition, depositing a conformal first coating layer on the profiled substrate , said first coating layer provided as a first metal compound (Me1), and, on the top of said first coating layer depositing a second coating layer provided as a second metal compound (Me2), said first metal compound (Me1) and said second metal compound (Me2) being metal oxides, in an apparatus (R2) 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 , 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 (R1) for chemical deposition, depositing a conformal first coating layer on the profiled substrate , said first coating layer provided as a first metal compound (Me1), and, on the top of said first coating layer depositing a second coating layer provided as a second metal compound (Me2), said first metal compound (Me1) and said second metal compound (Me2) being metal oxides, in an apparatus (R2) 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 , 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).
A digital denture manufacturing method comprising the steps of: a first step of acquiring a three-dimensional work image , on which occlusion information between a target dental arch and an opposing dental arch and implant information of a fixture implanted in the target dental arch are displayed, and preparing a temporary denture in which a binding region formed to correspond to a binding portion profile of an abutment fastened to the fixture is arranged; a second step of acquiring an auxiliary scan image for the temporary denture; a third step of acquiring, from the auxiliary scan image (If), a correction surface image on 3D surface information of an inner surface-side engagement groove of the temporary denture including the binding region ; and a fourth step of designing and manufacturing a digital denture having a virtual binding groove corresponding to a position and shape of the 3D surface information of the binding region in an inner surface profile set according to the 3D surface information of the engagement groove , characterized in that the third step further includes: virtually arranging a virtual abutment extracted from a digital library corresponding to the abutment to correspond to the 3D surface information of the binding region included in the correction surface image ; and replacing and correcting the 3D surface information of the binding region along an outer periphery region of the virtual abutment . a first step of acquiring a three-dimensional work image , on which occlusion information between a target dental arch and an opposing dental arch and implant information of a fixture implanted in the target dental arch are displayed, and preparing a temporary denture in which a binding region formed to correspond to a binding portion profile of an abutment fastened to the fixture is arranged; a second step of acquiring an auxiliary scan image for the temporary denture; a third step of acquiring, from the auxiliary scan image (If), a correction surface image on 3D surface information of an inner surface-side engagement groove of the temporary denture including the binding region ; and a fourth step of designing and manufacturing a digital denture having a virtual binding groove corresponding to a position and shape of the 3D surface information of the binding region in an inner surface profile set according to the 3D surface information of the engagement groove , characterized in that the third step further includes: virtually arranging a virtual abutment extracted from a digital library corresponding to the abutment to correspond to the 3D surface information of the binding region included in the correction surface image ; and replacing and correcting the 3D surface information of the binding region along an outer periphery region of the virtual abutment . virtually arranging a virtual abutment extracted from a digital library corresponding to the abutment to correspond to the 3D surface information of the binding region included in the correction surface image ; and replacing and correcting the 3D surface information of the binding region along an outer periphery region of the virtual abutment .
A process for producing a transportation fuel from a renewable feedstock, the process comprising: hydrotreating a feed stream comprising renewable feed stock and mineral feed stock in the presence of a hydrotreating hydrogen stream and a hydrotreating catalyst to desulfurize and deoxygenate said feed stream to provide a hydrotreated stream; separating the hydrotreated stream to provide a hydrotreated vapor stream and a hydrotreated liquid stream having less sulfur concentration and oxygen concentration than the feed stream; and hydroisomerizing the hydrotreated liquid stream over a hydroisomerization catalyst in the presence of a hydroisomerization hydrogen stream comprising less than 200 vppm carbon monoxide to provide a hydroisomerized stream. hydrotreating a feed stream comprising renewable feed stock and mineral feed stock in the presence of a hydrotreating hydrogen stream and a hydrotreating catalyst to desulfurize and deoxygenate said feed stream to provide a hydrotreated stream; separating the hydrotreated stream to provide a hydrotreated vapor stream and a hydrotreated liquid stream having less sulfur concentration and oxygen concentration than the feed stream; and hydroisomerizing the hydrotreated liquid stream over a hydroisomerization catalyst in the presence of a hydroisomerization hydrogen stream comprising less than 200 vppm carbon monoxide to provide a hydroisomerized stream.
A method for forming a stretchable structure for an absorbent article, comprising: while rotating a first roll with joint convex parts provided at circumferential intervals on an outer peripheral surface and a second roll opposed to the first roll , in opposite directions around axis centers thereof, passing a first sheet layer , a second sheet layer , and elongated resilient and elastic members continuously disposed in an MD direction between these sheet layers, between the first roll and the second roll; and pressurizing and heating by sandwiched between the joint convex parts of the first roll and the second roll to form sheet joined sections welding the first sheet layer and the second sheet layer in such a manner as to cross the resilient and elastic members and have MD-direction intervals therebetween, wherein circumferentially continuous grooves are formed on a pressurization surface for the pressurization of the second roll in at least partial ranges of rotation periods of the first roll and the second roll, and under the pressurization and heating, passage sections of the resilient and elastic members are pressurized and heated in positions including the grooves and non-passage sections of the resilient and elastic members are pressurized and heated in positions not including the grooves, wherein the joint convex parts are elongated and extended in a direction crossing the resilient and elastic members and have protrusion parts protruding in a rotational direction from CD-direction both sides of sections crossing the resilient and elastic members.
An activation module for selectively sealing an entrance to an inner barrel of a coring tool , comprising: an activator body sized and configured to obstruct the entrance to the inner barrel when the activation module is in a first state and to release the entrance to the inner barrel when the activation module is in a second state; a sealing element located at a periphery of the activator body , the sealing element being configured to form a seal between at least a portion of an interior of the inner barrel and at least a portion of an exterior of the inner barrel when the activation module is in the first state and to disengage the seal when the activation module is in the second state; and an activation rod located at least partially within the activator body , the activation rod being movable between a first position in which the activation module is in the first state and a second position in which the activation module is in the second state, characterised in that the activation rod comprises a seal retainer comprising a first portion exhibiting a first outer diameter (D3) and a second portion exhibiting a second, smaller outer diameter (D4), the first portion being aligned with the sealing element when the activation rod is in the first position and the second portion being aligned with the sealing element when the activation rod is in the second position. an activator body sized and configured to obstruct the entrance to the inner barrel when the activation module is in a first state and to release the entrance to the inner barrel when the activation module is in a second state; a sealing element located at a periphery of the activator body , the sealing element being configured to form a seal between at least a portion of an interior of the inner barrel and at least a portion of an exterior of the inner barrel when the activation module is in the first state and to disengage the seal when the activation module is in the second state; and an activation rod located at least partially within the activator body , the activation rod being movable between a first position in which the activation module is in the first state and a second position in which the activation module is in the second state, characterised in that the activation rod comprises a seal retainer comprising a first portion exhibiting a first outer diameter (D3) and a second portion exhibiting a second, smaller outer diameter (D4), the first portion being aligned with the sealing element when the activation rod is in the first position and the second portion being aligned with the sealing element when the activation rod is in the second position.
An electro hydrodynamic production method, the method comprising: - arranging an electro hydrodynamic device inside an enclosure; - distributing positive and/or negative ions inside the enclosure during a charging period with a certain defined amount of power, wherein the distribution of the positive and/or the negative ions inside the enclosure is performed so that a predefined amount of charge is set on the interior of the enclosure ; - within a predetermined period of time after the charging period has ended, activating the electrospinning device so as to create a product; - removing the product from the device. - arranging an electro hydrodynamic device inside an enclosure; - distributing positive and/or negative ions inside the enclosure during a charging period with a certain defined amount of power, wherein the distribution of the positive and/or the negative ions inside the enclosure is performed so that a predefined amount of charge is set on the interior of the enclosure ; - within a predetermined period of time after the charging period has ended, activating the electrospinning device so as to create a product; - removing the product from the device.