mhurhangee/ep-ind-claims huggingface dataset:
A two-stage infusion set inserter system comprising: an inserter assembly comprising: a housing comprising: a rotatable button assembly comprising ramps (368, 369) and tab indents; and a non-rotatable portion of housing, a sliding component comprising sliding component tabs (370, 372); a needle carrier connected to an introduction needle, the needle carrier slidably movable from a starting position to an injection position and then to a second ending position; a sliding component spring; and a needle spring (380, 382); wherein the rotatable button assembly rotates from a locked to an unlocked position, and wherein in the locked position, the sliding component tabs (370, 372) are in the tab indents, and in the unlocked position the ramps (368, 369) are in contact with the sliding component tabs (370, 372); wherein when force is applied onto the rotatable button assembly in a downward direction, the ramps (368, 369) push the sliding component tabs (370, 372) out of the way of the sliding component, and the sliding component and needle carrier are forced downward by the sliding component spring, and wherein when the needle carrier reaches the injection position, the needle spring forces the needle carrier upward towards the second ending position. an inserter assembly comprising: a housing comprising: a rotatable button assembly comprising ramps (368, 369) and tab indents; and a non-rotatable portion of housing, a sliding component comprising sliding component tabs (370, 372); a needle carrier connected to an introduction needle, the needle carrier slidably movable from a starting position to an injection position and then to a second ending position; a sliding component spring; and a needle spring (380, 382); a housing comprising: a rotatable button assembly comprising ramps (368, 369) and tab indents; and a non-rotatable portion of housing, a rotatable button assembly comprising ramps (368, 369) and tab indents; and a non-rotatable portion of housing, a sliding component comprising sliding component tabs (370, 372); a needle carrier connected to an introduction needle, the needle carrier slidably movable from a starting position to an injection position and then to a second ending position; a sliding component spring; and a needle spring (380, 382); wherein the rotatable button assembly rotates from a locked to an unlocked position, and wherein in the locked position, the sliding component tabs (370, 372) are in the tab indents, and in the unlocked position the ramps (368, 369) are in contact with the sliding component tabs (370, 372); wherein when force is applied onto the rotatable button assembly in a downward direction, the ramps (368, 369) push the sliding component tabs (370, 372) out of the way of the sliding component, and the sliding component and needle carrier are forced downward by the sliding component spring, and wherein when the needle carrier reaches the injection position, the needle spring forces the needle carrier upward towards the second ending position.
A projectile of small arms ammunition comprising at least a head portion with a blunted nose surface, a central leading portion, and a boattail, which tapers towards the projectile base, wherein the largest diameter of the cross-section of the central leading portion is equal to " D ", wherein a caliber of the projectile is within the range of 5.45-14.5mm, wherein a length of the head portion is equal to 1.9 - 2.9 D, and the diameter (D 2) at the interface between the nose surface and the lateral surface of the head portion is equal to 0.15 - 0.3 D, wherein the said lateral surface of the head portion is limited by the surface of two adjoining truncated cones (5, 6), namely a front truncated cone and a rear truncated cone with opening angles (b 1 and b 2) in the ranges from 22 to 30 degrees and from 8 to 16 degrees, respectively, and a smaller base (D 2) of the front truncated cone abuts the nose surface, and a larger base of the rear truncated cone abuts the surface of the central leading portion, wherein the length of the head portion is defined as a total axial length of the front truncated cone including the blunted nose surface and the rear truncated cone.
A process for preparing N,N-diisopropyl-3-(2-hydroxy-5-methylphenyl)-3-phenylpropylamine or a salt thereof characterized in that the compound of following formula is used: where Y can be: R"- SO 2 - where R" is selected from C 2 -C 4 alkyl, preferably C 2 H 5, or C 4 H 9; completely or partially fluorinated C 1 -C 4 alkyl, preferably CF 3 or C 4 F 9 or CF 3 -CH 2; halogen, preferably F; NMe 3 (CH 2); or Y represents R'-C 6 H 4 -SO 2; where R' is H, or halogen, or Y is R"'-CO, where R"' is selected from C 1 -C 3 alkyl.
A pulse-based flash memory read-out device, comprising: - a pulse generator at a first end of a bit line, wherein the pulse generator is configured to send an electrical pulse along the bit line from the first end of the bit line; and - a detector at a second end of the bit line, wherein the detector is configured to: - detect the electrical pulse at the second end; and - output a digital signal representing a current state of a selected memory cell in the bit line, wherein the digital signal is based on an amplitude of the electrical pulse at the second end. - a pulse generator at a first end of a bit line, wherein the pulse generator is configured to send an electrical pulse along the bit line from the first end of the bit line; and - a detector at a second end of the bit line, wherein the detector is configured to: - detect the electrical pulse at the second end; and - output a digital signal representing a current state of a selected memory cell in the bit line, wherein the digital signal is based on an amplitude of the electrical pulse at the second end. - detect the electrical pulse at the second end; and - output a digital signal representing a current state of a selected memory cell in the bit line, wherein the digital signal is based on an amplitude of the electrical pulse at the second end.
A rotor blade which in the central region of the rotor blade, the socalled main board, has a lift-drag ratio which in the region of about ± 2° from the optimum pitch angle has a lift-drag ratio value of more than 80%, preferably 90% and more of the maximum value of the lift-drag ratio, so that upon changes in the pitch angle in the region of about ± 2° from the optimum pitch angle no pitch adjustment of the rotor blade is required, characterised in that the rotor blade includes a tip or a tip end plate which rises out of the plane of the rotor blade in the manner of a winglet, wherein said end plate is turned about the thread axis in its central plane by about 4° to 8°, preferably 4° to 6°, particularly preferably about 5°
A cartridge for an aerosol delivery system, the cartridge comprising: a fluid reservoir including a first reservoir portion for containing a first liquid, a second reservoir portion for containing a second liquid, and at least one liquid barrier configured to separate the first and second reservoir portions, wherein the first and second reservoir portions have respective first and second openings at a first end of the cartridge; and a perforate membrane located at the first end of the cartridge and extending over both of the first and second openings such that a first side of the perforate membrane is in fluid communication with the first and second openings, the first and second openings being configured to supply first and second liquids to the perforate membrane during use, the perforate membrane comprising a plurality of apertures configured to eject one or both of the first and second liquids from a second side of the perforate membrane in the form of liquid droplets when the perforate membrane is vibrated during use, wherein the plurality of apertures of the perforate membrane comprises a first array of apertures of a first configuration and a second array of apertures of a second configuration which is different to the first configuration, wherein the second reservoir portion is annular and defines a cavity in which the first reservoir portion is disposed. a fluid reservoir including a first reservoir portion for containing a first liquid, a second reservoir portion for containing a second liquid, and at least one liquid barrier configured to separate the first and second reservoir portions, wherein the first and second reservoir portions have respective first and second openings at a first end of the cartridge; and a perforate membrane located at the first end of the cartridge and extending over both of the first and second openings such that a first side of the perforate membrane is in fluid communication with the first and second openings, the first and second openings being configured to supply first and second liquids to the perforate membrane during use, the perforate membrane comprising a plurality of apertures configured to eject one or both of the first and second liquids from a second side of the perforate membrane in the form of liquid droplets when the perforate membrane is vibrated during use, wherein the plurality of apertures of the perforate membrane comprises a first array of apertures of a first configuration and a second array of apertures of a second configuration which is different to the first configuration, wherein the second reservoir portion is annular and defines a cavity in which the first reservoir portion is disposed.
An apparatus for the conveying of containers, with a circulating conveying means which forms a contact face for the containers to be conveyed, wherein this conveying means moves at least locally along a pre-set direction and has a plurality of conveying members connected to one another in an articulated manner, and with a drive device for driving the conveying means, characterized in that the conveying members are produced from a plastics material, wherein - the plastic material has a plurality of spherical bodies embedded in its material structure, wherein these individual spherical bodies form a contact area, and these individual spherical bodies have a diameter of less than 1 mm, or - the plastic material has been acted upon with a radiation in order to change its material structure and the plastic material has a plurality of spherical bodies embedded in its material structure, wherein these individual spherical bodies form a contact area, and these individual spherical bodies have a diameter of less than 1 mm. - the plastic material has a plurality of spherical bodies embedded in its material structure, wherein these individual spherical bodies form a contact area, and these individual spherical bodies have a diameter of less than 1 mm, or - the plastic material has been acted upon with a radiation in order to change its material structure and the plastic material has a plurality of spherical bodies embedded in its material structure, wherein these individual spherical bodies form a contact area, and these individual spherical bodies have a diameter of less than 1 mm.
An illumination device comprising: a first light source unit that emits first light (L H1) of a first wavelength band; a first spatial light modulator where the first light from the first light source unit enters; a second light source unit that emits second light (Ls) of a second wavelength band; an integrator optical system including a first fly-eye lens where the second light from the second light source unit enters, the integrator optical system generating illumination light (L HS) for an illumination target on a basis of the first light having been modulated by the first spatial light modulator and on a basis of the second light from the second light source unit; and a multiplexing optical system that multiplexes the second light having entered the first fly-eye lens and the first light having been modulated by the first spatial light modulator, in an optical path between the first fly-eye lens and the illumination target; characterized in that the second wavelength band includes the first wavelength band, and is a band wider than the first wavelength band. a first light source unit that emits first light (L H1) of a first wavelength band; a first spatial light modulator where the first light from the first light source unit enters; a second light source unit that emits second light (Ls) of a second wavelength band; an integrator optical system including a first fly-eye lens where the second light from the second light source unit enters, the integrator optical system generating illumination light (L HS) for an illumination target on a basis of the first light having been modulated by the first spatial light modulator and on a basis of the second light from the second light source unit; and a multiplexing optical system that multiplexes the second light having entered the first fly-eye lens and the first light having been modulated by the first spatial light modulator, in an optical path between the first fly-eye lens and the illumination target; characterized in that the second wavelength band includes the first wavelength band, and is a band wider than the first wavelength band.
A holding device for pivotably holding a driver's cab on a vehicle chassis of a commercial vehicle, comprising: a first cab-proximal holding element for fastening to the driver's cab; a first chassis-proximal holding element for fastening to the vehicle chassis, wherein the first cab-proximal holding element and the first chassis-proximal holding element are connected to one another in an articulated manner for pivoting the cab; a first crash element, which is releasably fastened to the first cab-proximal holding element; a second cab-proximal holding element for fastening to the driver's cab; a second chassis-proximal holding element for fastening to the vehicle chassis, wherein the second cab-proximal holding element and the second chassis-proximal holding element are connected to one another in an articulated manner for pivoting the driver's cab; a second crash element, which is releasably fastened to the second cab-proximal element; and a crosspiece extending between the first crash element and the second crash element; characterised in that the first crash element, the crosspiece, and the second crash element are integrally manufactured from one piece; or the first crash element, the crosspiece, and the second crash element are releasably fastened to one another. a first cab-proximal holding element for fastening to the driver's cab; a first chassis-proximal holding element for fastening to the vehicle chassis, wherein the first cab-proximal holding element and the first chassis-proximal holding element are connected to one another in an articulated manner for pivoting the cab; a first crash element, which is releasably fastened to the first cab-proximal holding element; a second cab-proximal holding element for fastening to the driver's cab; a second chassis-proximal holding element for fastening to the vehicle chassis, wherein the second cab-proximal holding element and the second chassis-proximal holding element are connected to one another in an articulated manner for pivoting the driver's cab; a second crash element, which is releasably fastened to the second cab-proximal element; and a crosspiece extending between the first crash element and the second crash element; characterised in that the first crash element, the crosspiece, and the second crash element are integrally manufactured from one piece; or the first crash element, the crosspiece, and the second crash element are releasably fastened to one another.
Travel plug adapter, which has a housing, a plug receptacle, and at least a first plug (38, 84) of a first standard and a second plug (28, 86) of a second standard, wherein each plug is assigned an actuation slider (22, 24), which is guided outwardly through a slide slot of the housing and is designed to displace the plug between a standby position, in which the plug is disposed substantially inside the housing, and a usage position, in which the plug is usably disposed outside the housing, and wherein the first plug (38, 84) is assigned a first blocking element, such that displacement of the first plug (38, 84) between the standby position and the usage position is blocked when the movement of the first blocking element is blocked, and wherein the second plug (28, 86) is assigned a second blocking element, such that the displacement of the second plug (28, 86) between the standby position and the usage position is blocked when the movement of the second blocking element is blocked, characterised in that at least one blocking slide is also provided, which in a first position releases the path of the first blocking element and in a second position blocks the path of the first blocking element, wherein the second blocking element acts on the position of the blocking slide and wherein the at least one blocking slide cooperates with the first blocking element and the second blocking element, such that the movement of at least one blocking element (100A; 100B) is blocked.
A cordless power cutter, comprising: a housing disposed along a longitudinal axis of the cordless power cutter, the housing having a bottom side; a power source removably supported by the housing at one end of the housing; a motor mounted to a longitudinally opposite end of the housing, the motor having a motor shaft rotatable about a motor axis, the motor being powered by the power source; a belt-free drive system proximal to and driven by the motor at said longitudinally opposite end of the housing; a disk having a disk axis not perpendicular to the motor axis, the disk being rotated by the belt-free drive system; a lifting handle mounted to the housing, the lifting handle having a lifting handle axis that is arranged transverse to the longitudinal axis; and a center of gravity, wherein the centre of gravity and the lifting handle axis define a balancing plane; characterised in that the balancing plane is perpendicular to a support surface when the bottom side of the housing is supported by the support surface. a housing disposed along a longitudinal axis of the cordless power cutter, the housing having a bottom side; a power source removably supported by the housing at one end of the housing; a motor mounted to a longitudinally opposite end of the housing, the motor having a motor shaft rotatable about a motor axis, the motor being powered by the power source; a belt-free drive system proximal to and driven by the motor at said longitudinally opposite end of the housing; a disk having a disk axis not perpendicular to the motor axis, the disk being rotated by the belt-free drive system; a lifting handle mounted to the housing, the lifting handle having a lifting handle axis that is arranged transverse to the longitudinal axis; and a center of gravity, wherein the centre of gravity and the lifting handle axis define a balancing plane; characterised in that the balancing plane is perpendicular to a support surface when the bottom side of the housing is supported by the support surface.
A method of starting a plasma arc torch by directing a pre-flow gas and a start shield gas through the plasma arc torch during generation and transfer of a plasma arc; the plasma arc torch having an electrode with negative potential and a tip with positive potential, wherein a voltage is applied across the electrode and tip for operation of the plasma arc torch; and switching from the pre-flow gas to a plasma gas; characterized by switching from the start shield gas to a primary shield gas after transfer of the plasma arc to a workpiece.
A composition for producing a glass fiber, comprising the following components with corresponding percentage amounts by weight: SiO 2 57.4-60.9% Al 2 O 3 >17% and ≤19.8% MgO >9% and ≤12.8% CaO 8.1-11.3% SrO 0-1.6% Na 2 O+K 2 O 0.1-1.1% Li 2 O 0-0.55% Fe 2 O 3 0.05-1% TiO 2 <0.8% SiO 2 +Al 2 O 3 ≤79.4% wherein a total weight percentage of the above components is greater than 99%; a weight percentage ratio C1= (Al 2 O 3 +MgO)/SiO 2 is between 0.43 and 0.56; and a weight percentage ratio C2= (CaO+MgO)/(SiO 2 +Al 2 O 3) is greater than 0.205. a total weight percentage of the above components is greater than 99%; a weight percentage ratio C1= (Al 2 O 3 +MgO)/SiO 2 is between 0.43 and 0.56; and a weight percentage ratio C2= (CaO+MgO)/(SiO 2 +Al 2 O 3) is greater than 0.205.
A method for sending signaling in a wireless local area network, WLAN, wherein the method comprises the steps of: generating, by an access point, AP, a data frame, wherein the data frame includes a high efficiency Wi-Fi Signaling Field 1, HEW-SIG1, and the HEW-SIG1 comprises a frame structure indication field indicating a frame structure of a scheduling transmission, wherein the frame structure of the scheduling transmission comprises an uplink structure or a downlink structure, and wherein the scheduling transmission is Multi-User, MU, transmission and the data frame further comprises a high efficiency Wi-Fi Signaling Field 2, HEW-SIG2, adjacent to the HEW-SIG1 in the data frame, the HEW-SIG2 comprising resource indication information and the HEW-SIG1 further comprises a HEW-SIG2 modulation and coding scheme, MCS, field, and the HEW-SIG2 MCS field indicates a transmission MCS of the HEW-SIG2; sending, by the AP, the data frame. generating, by an access point, AP, a data frame, wherein the data frame includes a high efficiency Wi-Fi Signaling Field 1, HEW-SIG1, and the HEW-SIG1 comprises a frame structure indication field indicating a frame structure of a scheduling transmission, wherein the frame structure of the scheduling transmission comprises an uplink structure or a downlink structure, and wherein the scheduling transmission is Multi-User, MU, transmission and the data frame further comprises a high efficiency Wi-Fi Signaling Field 2, HEW-SIG2, adjacent to the HEW-SIG1 in the data frame, the HEW-SIG2 comprising resource indication information and the HEW-SIG1 further comprises a HEW-SIG2 modulation and coding scheme, MCS, field, and the HEW-SIG2 MCS field indicates a transmission MCS of the HEW-SIG2; sending, by the AP, the data frame.
A combustor assembly alignment system being configured to be disposed on a combustor assembly of a turbomachine, the combustor assembly alignment system comprising: an alignment plate comprising a plurality of alignment plate holes that align with a plurality of combustor assembly flange holes; an alignment plate securement system configured to secure the alignment plate to a combustor assembly flange by passing through a first alignment plate hole of the alignment plate and a first combustor assembly flange hole of the combustor assembly flange; characterized in that the combustor assembly alignment system further comprises: an alignment tube that extends away from the alignment plate and comprises a configuration that allows for an alignment rod to pass through, wherein a hollow interior of the alignment tube aligns with a second combustor assembly flange hole when the alignment plate is secured to the combustor assembly flange. an alignment plate comprising a plurality of alignment plate holes that align with a plurality of combustor assembly flange holes; an alignment plate securement system configured to secure the alignment plate to a combustor assembly flange by passing through a first alignment plate hole of the alignment plate and a first combustor assembly flange hole of the combustor assembly flange; characterized in that the combustor assembly alignment system further comprises: an alignment tube that extends away from the alignment plate and comprises a configuration that allows for an alignment rod to pass through, wherein a hollow interior of the alignment tube aligns with a second combustor assembly flange hole when the alignment plate is secured to the combustor assembly flange.