mhurhangee/patent-ind-claim-en huggingface dataset:
Device for setting a connecting element having a head-side drive structure , comprising a feed device for applying an axial force, a rotary spindle , and a drive bit connected to it, which latter has drive structures circumferentially arranged on its end face in a setting direction (S) for positive rotation of the connecting element , said drive bit having an axial through-opening made therein, which device additionally comprises a suction unit that can be used to extract air from the front end of the drive bit , characterized in that an insert element is provided that has a suction surface on its front side, which latter circumferentially delimits a suction cross-section , which insert element is designed in such a way that the suction surface is movable in the axial direction relative to the drive bit , and a negative pressure can be transmitted from the side of the insert element facing away in the setting direction (S) to the suction surface of the insert element , wherein the suction surface , prior to sucking in a connecting element , adopts a first end position which is spaced from the front-side edge region of the through-opening in the setting direction (S), and during the setting process adopts a second position which is offset counter to the setting direction (S),.
An ion mobility analyser , comprising: a mobility separation cell including a set of electrodes defining an ion separation region , the mobility separation cell having an ion inlet end and an ion outlet end and a gas flow within the ion separation region, the gas flow within the ion separation region being transverse with the major axis of ion travel, at least a portion of the set of electrodes having a set of direct current (DC) potentials applied thereto to generate a DC field in the ion separation region; a gas recirculator including an inlet end opening to a location downstream of the ion separation region and an outlet end orientated such that direction of gas flow from the outlet is transverse to the major axis of ion travel and opening to a location upstream of the ion separation region, the gas recirculator having a pump for causing gas to flow from the inlet end to the outlet end; and an ion transfer tube to introduce ions, wherein the ion transfer tube is orientated such that its longitudinal axis is co-axial with the major axis of ion travel; wherein the DC field acts to oppose ion motion, such that ions are trapped within the ion separation region in axial locations determined by ion mobility; wherein at least fifty percent of the gas flow within the ion separation region is supplied by the gas recirculator; the ion mobility analyzer being characterized in that it further comprises a second chamber , the second chamber containing an ion funnel ; and wherein the inlet end of the gas recirculator has an inlet opening to the second chamber . a mobility separation cell including a set of electrodes defining an ion separation region , the mobility separation cell having an ion inlet end and an ion outlet end and a gas flow within the ion separation region, the gas flow within the ion separation region being transverse with the major axis of ion travel, at least a portion of the set of electrodes having a set of direct current (DC) potentials applied thereto to generate a DC field in the ion separation region; a gas recirculator including an inlet end opening to a location downstream of the ion separation region and an outlet end orientated such that direction of gas flow from the outlet is transverse to the major axis of ion travel and opening to a location upstream of the ion separation region, the gas recirculator having a pump for causing gas to flow from the inlet end to the outlet end; and an ion transfer tube to introduce ions, wherein the ion transfer tube is orientated such that its longitudinal axis is co-axial with the major axis of ion travel; wherein the DC field acts to oppose ion motion, such that ions are trapped within the ion separation region in axial locations determined by ion mobility; wherein at least fifty percent of the gas flow within the ion separation region is supplied by the gas recirculator; the ion mobility analyzer being characterized in that it further comprises a second chamber , the second chamber containing an ion funnel ; and wherein the inlet end of the gas recirculator has an inlet opening to the second chamber .
Security arrangement (A) for a load carrying, load pulling, load pushing or load stopping assembly for a movable object , said security arrangement (A) comprising a carrier plate and an attachment plate , wherein said plates are arranged with interconnected guiding members (11/12, 20/21), arranged to enable relative movement of said carrier plate in relation to said attachment plate in a longitudinal direction (C) corresponding to the direction of intended movement of said movable object , said carrier plate further comprising at least one first attachment device arranged to enable attachment of the security arrangement (A) to a load , said attachment plate comprising at least one second attachment device arranged to enable attachment of the security arrangement (A) to said load carrying, load pulling, load pushing or load stopping assembly , wherein an energy absorbing member is arranged between said two plates and attached to said two plates by means of first and second attachment members arranged to enable a predetermined relative movement (ΔL) between said carrier plate and said attachment plate parallelly with said longitudinal direction (C) upon simultaneous absorption of energy to reduce the risk of hazard in connection with said object suddenly decelerating, e.g. crashing, that carries, pushes, pulls or stops said load .
An isolated Pantoea agglomerans microbial strain deposited as NRRL B-50483 or an enriched culture thereof.
A copper alloy sheet strip with a surface coating layer excellent in heat resistance, comprising a copper alloy sheet strip, as a base material, comprising 1.0 to 4.5% by mass of one or more of Ni and Co and 0.2 to 1.0% by mass of Si, with the balance being copper and inevitable impurities; and the surface coating layer composed of a ground layer, a Cu-Sn alloy layer and a Sn layer formed on a surface of the copper alloy sheet strip in this order; wherein the ground layer has an average thickness of 0.1 to 3.0 μm, the Cu-Sn alloy layer has an average thickness of 0.2 to 3.0 μm, and the Sn layer has an average thickness of 0.05 to 5.0 μm; wherein the Cu-Sn alloy layer is composed of: a ε phase and a η phase, the ε phase existing between the ground layer and the η phase, a ratio of the average thickness of the ε phase to the average thickness of the Cu-Sn alloy layer being 30% or less, and a ratio of the length of the ε phase to the length of the ground layer being 50% or less, the ε phase thickness ratio and the ε phase length ratio being determined as described in the description, wherein the ground layer is selected from the group consisting of a Ni layer, a Co layer and a Fe layer; and wherein the Cu-Sn alloy layer is partially exposed on the outermost surface of the surface coating layer and a surface exposed area ratio thereof is in a range of 3 to 75%, surface roughness of the surface coating layer is 0.15 μm or more in terms of arithmetic average roughness Ra in at least one direction, and 3.0 μm or less in terms of arithmetic average roughness Ra in all directions, wherein the copper alloy sheet strip with the surface coating layer has a contact resistance of 1.0 mΩ or less after being heated at 160°C for 1000 hours while bending stress is applied, the contact resistance being determined as described in the description. a ε phase and a η phase, the ε phase existing between the ground layer and the η phase, a ratio of the average thickness of the ε phase to the average thickness of the Cu-Sn alloy layer being 30% or less, and a ratio of the length of the ε phase to the length of the ground layer being 50% or less, the ε phase thickness ratio and the ε phase length ratio being determined as described in the description, wherein the ground layer is selected from the group consisting of a Ni layer, a Co layer and a Fe layer; and wherein the Cu-Sn alloy layer is partially exposed on the outermost surface of the surface coating layer and a surface exposed area ratio thereof is in a range of 3 to 75%, surface roughness of the surface coating layer is 0.15 μm or more in terms of arithmetic average roughness Ra in at least one direction, and 3.0 μm or less in terms of arithmetic average roughness Ra in all directions, wherein the copper alloy sheet strip with the surface coating layer has a contact resistance of 1.0 mΩ or less after being heated at 160°C for 1000 hours while bending stress is applied, the contact resistance being determined as described in the description.
Pane having an electrically conductive coating, comprising a substrate and an electrically conductive coating on an exposed surface of the substrate , which coating, starting from the substrate , at least comprises - a blocking layer against alkali diffusion having a refractive index of at least 1.9, - a dielectric lower antireflection layer having a refractive index of 1.3 to 1.8, - an electrically conductive layer , - a dielectric barrier layer for regulating oxygen diffusion having a refractive index of at least 1.9, and - a dielectric upper antireflection layer having a refractive index of 1.3 to 1.8, wherein the upper antireflection layer is the uppermost layer of the coating , wherein the lower reflection layer and/or the upper reflection layer contain silicon oxide, aluminum oxide, magnesium fluoride, or calcium fluoride, wherein the lower reflection layer has a thickness from 10 nm to 20 nm and wherein the upper reflection layer has a thickness from 45 nm to 55 nm, wherein the pane has a local minimum of reflectance (R L ) in the range from 310 nm to 360 nm and a local maximum of reflectance (R L ) in the range from 400 nm to 460 nm. - a blocking layer against alkali diffusion having a refractive index of at least 1.9, - a dielectric lower antireflection layer having a refractive index of 1.3 to 1.8, - an electrically conductive layer , - a dielectric barrier layer for regulating oxygen diffusion having a refractive index of at least 1.9, and - a dielectric upper antireflection layer having a refractive index of 1.3 to 1.8, wherein the upper antireflection layer is the uppermost layer of the coating , wherein the lower reflection layer and/or the upper reflection layer contain silicon oxide, aluminum oxide, magnesium fluoride, or calcium fluoride, wherein the lower reflection layer has a thickness from 10 nm to 20 nm and wherein the upper reflection layer has a thickness from 45 nm to 55 nm, wherein the pane has a local minimum of reflectance (R L ) in the range from 310 nm to 360 nm and a local maximum of reflectance (R L ) in the range from 400 nm to 460 nm. wherein the lower reflection layer has a thickness from 10 nm to 20 nm and wherein the upper reflection layer has a thickness from 45 nm to 55 nm, wherein the pane has a local minimum of reflectance (R L ) in the range from 310 nm to 360 nm and a local maximum of reflectance (R L ) in the range from 400 nm to 460 nm.
A pen injector apparatus for use with a cartridge to deliver a plurality of single metered doses therefrom, the injector apparatus comprising: a body which receives and supports a cartridge of therapeutic material and has or receives a delivery needle at a forward end, the body defining: a conduit which, in use, provides a fluid communication path between a cartridge needle associated with the cartridge and the delivery needle and a seat for receiving a head of the cartridge , the cartridge needle being arranged to penetrate a septum of the cartridge when the cartridge is seated within the seat ; and wherein the injector apparatus further comprises: a mechanism in fluid communication with the conduit and arranged to expel therapeutic material from the cartridge ; wherein the mechanism is arranged to draw therapeutic material from the cartridge into the conduit by negative pressure and discharge a metered dose from the conduit via said delivery needle . a body which receives and supports a cartridge of therapeutic material and has or receives a delivery needle at a forward end, the body defining: a conduit which, in use, provides a fluid communication path between a cartridge needle associated with the cartridge and the delivery needle and a seat for receiving a head of the cartridge , the cartridge needle being arranged to penetrate a septum of the cartridge when the cartridge is seated within the seat ; a conduit which, in use, provides a fluid communication path between a cartridge needle associated with the cartridge and the delivery needle and a seat for receiving a head of the cartridge , the cartridge needle being arranged to penetrate a septum of the cartridge when the cartridge is seated within the seat ; and wherein the injector apparatus further comprises: a mechanism in fluid communication with the conduit and arranged to expel therapeutic material from the cartridge ; wherein the mechanism is arranged to draw therapeutic material from the cartridge into the conduit by negative pressure and discharge a metered dose from the conduit via said delivery needle .
A cooled valve for combustion engines, comprising a valve disk , a valve stem , as well as a cavity within the valve stem and the valve disk , and a coolant , which is disposed in the cavity , wherein the valve is at least two-part and has an opening on a valve disk face , which is closed with a cover , characterized in that the cover additionally is provided with at least one relief groove , which relieves a joint between the opening of the valve disk face and the cover .
Combustion chamber assembly, especially for a vehicle heater, comprising - a first housing area with an ignition element mount , wherein an ignition element is supported at the ignition element mount , - a second housing area defining a fluid flow space to the outside with an ignition element access opening , wherein the ignition element can be moved to the ignition element mount through the ignition element access opening or/and an electric line for the ignition element extends through the ignition element access opening , - an elastically deformable closing element for closing the ignition element access opening , wherein the closing element comprises a meshing area interacting with a wall of the second housing area , which wall surrounds the ignition element access opening , wherein the meshing area comprises an inner meshing area supported in relation to an inner surface of the wall , which said inner surface faces the fluid flow space , wherein the inner meshing area comprises an inner contact surface surrounding a closing element longitudinal axis (L) ring-like, and being oriented substantially at right angles to the closing element longitudinal axis (L) and away from the fluid flow space and wherein the closing element comprises a closing element bottom with an outer bottom surface oriented outwardly, in the direction away from the fluid flow space , characterized in that the outer bottom surface is offset in relation to the inner contact surface of the inner meshing area in the direction of the closing element longitudinal axis (L) towards the fluid flow space . - a first housing area with an ignition element mount , wherein an ignition element is supported at the ignition element mount , - a second housing area defining a fluid flow space to the outside with an ignition element access opening , wherein the ignition element can be moved to the ignition element mount through the ignition element access opening or/and an electric line for the ignition element extends through the ignition element access opening , - an elastically deformable closing element for closing the ignition element access opening , wherein the closing element comprises a meshing area interacting with a wall of the second housing area , which wall surrounds the ignition element access opening , wherein the meshing area comprises an inner meshing area supported in relation to an inner surface of the wall , which said inner surface faces the fluid flow space , wherein the inner meshing area comprises an inner contact surface surrounding a closing element longitudinal axis (L) ring-like, and being oriented substantially at right angles to the closing element longitudinal axis (L) and away from the fluid flow space and wherein the closing element comprises a closing element bottom with an outer bottom surface oriented outwardly, in the direction away from the fluid flow space ,
Child-resistant smoking article package comprising: a case with an opening , a child-resistant closure for closing the opening of the case , a smoking article holder provided inside the case , wherein the smoking article holder comprises at least one storage compartment configured to receive a smoking article therein, and wherein the smoking article holder is coupled to the closure and not coupled to the case , characterized in that the child-resistant closure is configured to be releasably and removably coupled to the case through a simultaneous press and rotation action. a case with an opening , a child-resistant closure for closing the opening of the case , a smoking article holder provided inside the case , wherein the smoking article holder comprises at least one storage compartment configured to receive a smoking article therein, and wherein the smoking article holder is coupled to the closure and not coupled to the case , characterized in that the child-resistant closure is configured to be releasably and removably coupled to the case through a simultaneous press and rotation action.
Assembly for use in the drive train of a wind turbine, comprising a gearbox, a generator and a module , wherein the module has a shaft or a hub , at least one bearing and a supporting structure , wherein the shaft of the module or the hub is rotatably mounted in the supporting structure by means of the bearing , wherein the shaft or the hub is co-rotationally and detachably connected to a shaft of the gearbox, wherein a rotor of the generator is detachably fixed to the shaft of the module or the hub , wherein the supporting structure is detachably fixed to a housing of the gearbox or of the generator, wherein the rotor of the generator can be fixed in a stationary manner to the housing of the gearbox or of the generator by means of at least one removable mounting securing means , wherein the rotor of the generator has a cut-out, through which the module can at least partly be led, and wherein the module can be disassembled from the assembly when the rotor of the generator is fixed by means of the mounting securing means and remains in its place; characterized in that the module can be disassembled from the assembly while at least a first part of the housing of the generator is fixed to the housing of the gearbox. comprising a gearbox, a generator and a module , wherein the module has a shaft or a hub , at least one bearing and a supporting structure , wherein the shaft of the module or the hub is rotatably mounted in the supporting structure by means of the bearing , wherein the shaft or the hub is co-rotationally and detachably connected to a shaft of the gearbox, wherein a rotor of the generator is detachably fixed to the shaft of the module or the hub , wherein the supporting structure is detachably fixed to a housing of the gearbox or of the generator, wherein the rotor of the generator can be fixed in a stationary manner to the housing of the gearbox or of the generator by means of at least one removable mounting securing means , wherein the rotor of the generator has a cut-out, through which the module can at least partly be led, and wherein the module can be disassembled from the assembly when the rotor of the generator is fixed by means of the mounting securing means and remains in its place; characterized in that the module can be disassembled from the assembly while at least a first part of the housing of the generator is fixed to the housing of the gearbox.
Headrest for a motor vehicle seat, said headrest comprising: • two parallel rods for connecting to the seat intended to be mounted at the top of the back of said seat, at least one of said rods being provided with locking detents , • a moulded plastic housing for absorbing energy in the event of impact of a passenger's head on said headrest, • a lining pad of said housing to receive in support the passenger's head, • two sets of bearings each comprising a top bearing and a bottom bearing ,said headrest being characterised in that said housing is moulded in one piece, said housing comprising two channels for receiving said sliding rods, in that each of said sets is mounted in a respective channel by fitting said bearings into receptacles provided in said housing, said receptacles being arranged so as to enable transverse travel of said bearings on either side of a nominal position, said bearings being provided with an opening for receiving the corresponding sliding rod , in that it further comprises a locking device for locking said housing relative to said rods in a plurality of vertical positions, so as to enable height adjustment of said pad, said device comprising at least one locking projection movably mounted relative to said housing between a locking position, where said projection is inserted into one of said detents, and an unlocking position, where said projection is removed from said detent so as to release the sliding of the corresponding rod, said headrest being further characterised in that the rods are part of a frame formed by a metal tube bent to take the general shape of an inverted U, the rods corresponding to the legs of the U. • two parallel rods for connecting to the seat intended to be mounted at the top of the back of said seat, at least one of said rods being provided with locking detents , • a moulded plastic housing for absorbing energy in the event of impact of a passenger's head on said headrest, • a lining pad of said housing to receive in support the passenger's head, • two sets of bearings each comprising a top bearing and a bottom bearing ,said headrest being characterised in that said housing is moulded in one piece, said housing comprising two channels for receiving said sliding rods, in that each of said sets is mounted in a respective channel by fitting said bearings into receptacles provided in said housing, said receptacles being arranged so as to enable transverse travel of said bearings on either side of a nominal position, said bearings being provided with an opening for receiving the corresponding sliding rod , in that it further comprises a locking device for locking said housing relative to said rods in a plurality of vertical positions, so as to enable height adjustment of said pad, said device comprising at least one locking projection movably mounted relative to said housing between a locking position, where said projection is inserted into one of said detents, and an unlocking position, where said projection is removed from said detent so as to release the sliding of the corresponding rod,
A drive train for a roller crusher, having at least one transmission and a motor , wherein the motor drives the drive shaft of the transmission directly and the output shaft of the transmission drives the roller crusher directly, wherein the transmission is designed such that the drive and output shafts are arranged on the same side of the transmission and thus the motor and roller crusher are also arranged on the same side of the transmission, wherein an articulated shaft is arranged between the motor and the transmission and a coupling is arranged both between the articulated shaft and the motor and between the articulated shaft and the transmission and a mounted intermediate shaft is arranged between the coupling on the motor shaft and the articulated shaft.