mhurhangee/ep-ind-claims huggingface dataset:
Straddle-type vehicle comprising: a body frame supporting a main seat and an assist seat arranged on a rear side of the main seat, a side cover; a main footboard and an assist footboard supported on the left and right sides of said body frame respectively, the side cover is arranged between the main seat and the main footboard, a swinging-type drive unit having an engine and a transmission arranged under said main and assist seat (5,6), an air cleaner, and an air-intake duct connected to said transmission having a transmission case, wherein said air-intake duct comprises an upward section provided with an upward opening and is arranged on one of said left or right sides outside of the body frame with regard to the width direction of the vehicle at least in an area between the assist footboard and the assist seat, a downward opening of said air-intake duct connected with an intake opening of the transmission case to the inside thereof, characterized in that the air cleaner is arranged above said transmission wherein said air-intake duct extends between said assist footboard and said air cleaner with regard to a side view of the vehicle, and the upward section of the air-intake duct is attached to the side cover that is arranged to said one of said left or right sides outside of the body frame at which said air-intake duct is arranged. a body frame supporting a main seat and an assist seat arranged on a rear side of the main seat, a side cover; a main footboard and an assist footboard supported on the left and right sides of said body frame respectively, the side cover is arranged between the main seat and the main footboard, a swinging-type drive unit having an engine and a transmission arranged under said main and assist seat (5,6), an air cleaner, and an air-intake duct connected to said transmission having a transmission case, wherein said air-intake duct comprises an upward section provided with an upward opening and is arranged on one of said left or right sides outside of the body frame with regard to the width direction of the vehicle at least in an area between the assist footboard and the assist seat, a downward opening of said air-intake duct connected with an intake opening of the transmission case to the inside thereof, characterized in that the air cleaner is arranged above said transmission wherein said air-intake duct extends between said assist footboard and said air cleaner with regard to a side view of the vehicle, and the upward section of the air-intake duct is attached to the side cover that is arranged to said one of said left or right sides outside of the body frame at which said air-intake duct is arranged.
Muzzle brake with a gas-reducing device for a weapon barrel with a basic sleeve with bores, a deflecting sleeve with bores, and also with a casing tube, which is attached around said two sleeves, for dissipating the propellant gas into the at least one adjoining gas-reducing device, with cooling elements (13, 14), wherein the cooling elements (13, 14) provided are cooling ribs and/or cooling means, such as a mesh material, slats, steel wool, a material with a honeycomb structure or honeycomb surface, and the gas-reducing device comprises at least one outer casing in which said cooling elements (13, 14) are incorporated.
Power semiconductor module or drive module therefor, comprising an electronic power circuit and a housing with a housing lid, the housing lid being penetrated by electrical and/or optical connecting means (15, 16), characterized in that between an upper end face of the housing and a lower end face of the housing lid, an elastomeric sealing device is arranged which has a baseplate and one or more cross-sectionally in each case trapezoidal sealing elements arranged on the baseplate, the sealing elements corresponding to cross-sectionally trapezoidal recesses in the housing lid and having in each case a head plate with at least one through-hole and the sealing elements being designed to be slotted, at least one slot, starting from the foot section of the sealing element ending in the at least one through-hole.
An inhaler, comprising - an outlet, - a plurality of sealed compartments containing medicament, - an opening mechanism having an energized position in which it is biased towards an unloaded position, wherein during movement from the energized position to the unloaded position the opening mechanism opens a sealed compartment aligned with the outlet, - an indexing mechanism (52, 54) for sequentially aligning the compartments with the outlet, wherein the indexing mechanism is adapted to align the next compartment with the outlet after the opening mechanism has been moved from the unloaded position to the energized position, and - a latch having a first position, in which it latches the opening mechanism in the energized position, and a second position, in which it allows the opening mechanism to be in said unloaded position, wherein the latch is at least partly arranged in a flow path such that an inhalation flow through the flow path affects the latch to move from the first position to the second position, characterised in that - the inhaler comprises a catch having a preventing position, in which it prevents the latch to reach the first position, and a removed position, in which it allows the latch to reach the first position, wherein the catch is connected to and movable with the indexing mechanism (52, 54), and the latch is prevented from returning to the first position before the indexing mechanism (52, 54) has aligned the next compartment with the outlet. - an outlet, - a plurality of sealed compartments containing medicament, - an opening mechanism having an energized position in which it is biased towards an unloaded position, wherein during movement from the energized position to the unloaded position the opening mechanism opens a sealed compartment aligned with the outlet, - an indexing mechanism (52, 54) for sequentially aligning the compartments with the outlet, wherein the indexing mechanism is adapted to align the next compartment with the outlet after the opening mechanism has been moved from the unloaded position to the energized position, and - a latch having a first position, in which it latches the opening mechanism in the energized position, and a second position, in which it allows the opening mechanism to be in said unloaded position, wherein the latch is at least partly arranged in a flow path such that an inhalation flow through the flow path affects the latch to move from the first position to the second position, characterised in that - the inhaler comprises a catch having a preventing position, in which it prevents the latch to reach the first position, and a removed position, in which it allows the latch to reach the first position, wherein the catch is connected to and movable with the indexing mechanism (52, 54), and the latch is prevented from returning to the first position before the indexing mechanism (52, 54) has aligned the next compartment with the outlet.
A parameter configuration method, wherein the method comprises: obtaining, by a terminal (120,130), first configuration parameters generated by configuration entities (160,170); characterized by summarizing, by the terminal (120,130), the first configuration parameters according to a configuration rule, wherein the configuration rule comprises a configuration entity identifier, a configuration permission, a configuration priority and a configuration parameter combination rule, wherein the first configuration parameters are summarized based on the configuration priority and the configuration parameter combination rule in the configuration rule and a second configuration parameter is generated; and configuring, by the terminal (120,130), a PC5 interface based on the second configuration parameter. obtaining, by a terminal (120,130), first configuration parameters generated by configuration entities (160,170); characterized by summarizing, by the terminal (120,130), the first configuration parameters according to a configuration rule, wherein the configuration rule comprises a configuration entity identifier, a configuration permission, a configuration priority and a configuration parameter combination rule, wherein the first configuration parameters are summarized based on the configuration priority and the configuration parameter combination rule in the configuration rule and a second configuration parameter is generated; and configuring, by the terminal (120,130), a PC5 interface based on the second configuration parameter.
Jig for assembling a split cage of external holding type, the split cage having a plurality of cage segments wherein each of the cage segments includes a rim portion (21, 22), characterized in that the jig comprises a looped band to be wound on an outer peripheral side of the rim portion (21, 22) of the cage segments that are annularly arranged, wherein the looped band includes: a lock portion that is able to adjust a loop length of the band with respect to an outer peripheral length of the rim portion (21, 22) and that is able to fix the adjusted loop length; a plurality of belt-shaped band segments (16, 17) that is circumferentially arranged, and a connecting member that is able to connect the band segments (16, 17) circumferentially adjacent to each other, and that is removable from the band segments. a lock portion that is able to adjust a loop length of the band with respect to an outer peripheral length of the rim portion (21, 22) and that is able to fix the adjusted loop length; a plurality of belt-shaped band segments (16, 17) that is circumferentially arranged, and a connecting member that is able to connect the band segments (16, 17) circumferentially adjacent to each other, and that is removable from the band segments.
A hub sealing apparatus for sealing an interval between a hub and a blade of a windmill comprising: the hub sealing apparatus comprises: a bottom sealing ring configured to be sealed to the hub; a top sealing ring configured to be rotatably sealed to the blade; and a middle sealing ring configured to be sealed to the top sealing ring and the bottom sealing ring, so as to connect the top and bottom sealing rings (20, 40) characterized in that the bottom sealing ring includes a bottom support, and the middle sealing ring includes a middle coupler configured to be sealed to the bottom support; one of the bottom support and the middle coupler has a recess formed therein, and the other of the bottom support and the middle coupler has a protrusion matching the recess, so as to seal an interval between the bottom support and the middle coupler when the protrusion is placed in the recess; the middle coupler has a middle shoulder part formed at an end thereof to cover a seam formed between the bottom support and the middle coupler. the hub sealing apparatus comprises: a bottom sealing ring configured to be sealed to the hub; a top sealing ring configured to be rotatably sealed to the blade; and a middle sealing ring configured to be sealed to the top sealing ring and the bottom sealing ring, so as to connect the top and bottom sealing rings (20, 40) a bottom sealing ring configured to be sealed to the hub; a top sealing ring configured to be rotatably sealed to the blade; and a middle sealing ring configured to be sealed to the top sealing ring and the bottom sealing ring, so as to connect the top and bottom sealing rings (20, 40)
Feed-in device for gases, in particular for an exhaust gas recirculation device, comprising: - a fresh air duct portion for conducting fresh air, - a recirculation duct portion for conducting gases, in particular recirculated exhaust gas, - the recirculation duct portion surrounding the fresh air duct portion in the circumferential direction and thereby covering at least one radial inlet opening of the fresh air duct portion, - the recirculation duct portion being in fluid communication with the fresh air duct portion by means of each inlet opening, - a separator structure for separating particles which have been carried along in the gas, in particular in the exhaust gas, being arranged in or on each inlet opening, characterised in that - the inlet opening extends in an annular manner in the circumferential direction, - the separator structure is annular and is inserted into the inlet opening. - a fresh air duct portion for conducting fresh air, - a recirculation duct portion for conducting gases, in particular recirculated exhaust gas, - the recirculation duct portion surrounding the fresh air duct portion in the circumferential direction and thereby covering at least one radial inlet opening of the fresh air duct portion, - the recirculation duct portion being in fluid communication with the fresh air duct portion by means of each inlet opening, - a separator structure for separating particles which have been carried along in the gas, in particular in the exhaust gas, being arranged in or on each inlet opening, - the inlet opening extends in an annular manner in the circumferential direction, - the separator structure is annular and is inserted into the inlet opening.
Method for manufacturing supplementary cementitious material and sequestering CO 2 by carbonating concrete fines comprising the steps: - grinding the concrete fines obtained from crushed concrete demolition waste in a mill at a temperature from 1 to 10 °C above the water dew point in a carbonating atmosphere provided by a gas containing from 10 to 99 Vol.-% CO 2, - circulating the ground and partially carbonated concrete fines in a fluidized bed reactor connected to the mill as carbonation zone in contact with the carbonating atmosphere, and - withdrawing decarbonated gas and carbonated concrete fines with recirculation of some of the gas and concrete fines to the reactor and/or mill, wherein at least 80 wt.-% of the concrete fines are carbonated. - grinding the concrete fines obtained from crushed concrete demolition waste in a mill at a temperature from 1 to 10 °C above the water dew point in a carbonating atmosphere provided by a gas containing from 10 to 99 Vol.-% CO 2, - circulating the ground and partially carbonated concrete fines in a fluidized bed reactor connected to the mill as carbonation zone in contact with the carbonating atmosphere, and - withdrawing decarbonated gas and carbonated concrete fines with recirculation of some of the gas and concrete fines to the reactor and/or mill, wherein at least 80 wt.-% of the concrete fines are carbonated.
Device for supporting garments in a housing space, comprising at least one upright component, at least one crosspiece component connected to said at least one upright component, as well as a articulation group for articulating said at least one upright component to at least one panel about a first articulation axis (x-x) between a first position or raised position and a second position or lowered position wherein said crosspiece component is at a lower level with respect to said first position, characterized in that said articulation group comprises at least one resisting element intended to yieldingly oppose movements of said at least one upright component between said first position and said second position, as well as adjustment means (7, 8) for adjusting the resistant torque applied by said at least one resisting element in the passage from said first position to said second position, said adjustment means (7, 8) being intended to increase said resistant torque when said at least one upright component is moved from said first position to at least one intermediate position between said first and said second position, said adjustment means comprising at least one first engagement component constrained to said at least one resisting element, as well as a second engagement component constrainable to a panel and intended to engage said first engagement component, wherein said at least one first engagement component comprises a first toothed section pivoted around a second axis (y-y) to said at least one resisting element and around a third axis (z-z) to said articulation group, while said at least one second engagement component comprises a second toothed section fixable to a panel and intended to mesh engage said first toothed section, wherein said first toothed section has a substantially curved toothed portion, while said second toothed section has a substantially curved extension and the radii of curvature of said substantially curved toothed portion and said second toothed section are not coaxial neither with respect to each other nor with said articulation axis (x-x), and characterized in that said substantially curved toothed portion and said second toothed section have a respective non-constant radius of curvature and thus their radius of curvature is variable from one end to the other.
In vitro method for the accelerated production of dendritic cells in a culture medium comprising the steps of: a) contacting CD34 positive cells with an anthracycline and/or an anthracenedione for a period of between 1 and 7 days, b) allowing the CD34 positive cells to differentiate into dendritic cells, c) obtaining said dendritic cells from the culture medium. a) contacting CD34 positive cells with an anthracycline and/or an anthracenedione for a period of between 1 and 7 days, b) allowing the CD34 positive cells to differentiate into dendritic cells, c) obtaining said dendritic cells from the culture medium.
A fluid dispenser head for mounting on an axial actuator rod of a dispenser member, such as a pump, the head comprising an inner core and an outer casing, the core forming a connection sleeve of axis for mounting on the axial actuator rod, the casing forming a dispenser endpiece that is elongate and that is offset relative to the axis, the dispenser head being characterized in that the core forms a deformable cannula that is connected to the connection sleeve and that extends in the endpiece of the casing, the cannula initially being rectilinear over its entire length and sloping relative to the axis, the cannula then being deformed while it is being inserted into the endpiece.
E-machine component mandrel transfer system for rotational transfer of a mandrel to which an E-machine component can be clamped in a rotating manner about a rotational axis, comprising: a spindle, which has a spindle shaft that can be rotationally driven about an axis of rotation by means of a form-fitting or friction-fitting drive means, and a mandrel change interface, the mandrel change interface being adapted to receive the mandrel, a clamping unit adapted to actuate the mandrel change interface, a first actuating device adapted to move a first cylinder of the clamping unit axially in the spindle, wherein by the axial movement of the first cylinder, the clamping unit is adapted to release the mandrel change interface for changing the mandrel arranged in the mandrel change interface, and is adapted to clamp the mandrel change interface for clamping the mandrel arranged in the mandrel change interface, wherein the clamping unit further comprises a first coupling element formed as a bearing and arranged on the first cylinder, and an indexing disk arranged on the spindle shaft, the first coupling element cooperating with the indexing disk for releasing and for clamping the mandrel change interface, the drive means being provided to rotate the spindle shaft upon actuation of the mandrel change interface, wherein the clamping unit comprises an installation clamp, wherein upon axial movement of the first cylinder the switching disk, which is arranged on the installation clamp, acts on a spring element of the integral clamping unit for releasing and for clamping the mandrel change interface. a spindle, which has a spindle shaft that can be rotationally driven about an axis of rotation by means of a form-fitting or friction-fitting drive means, and a mandrel change interface, the mandrel change interface being adapted to receive the mandrel, a clamping unit adapted to actuate the mandrel change interface, a first actuating device adapted to move a first cylinder of the clamping unit axially in the spindle, wherein by the axial movement of the first cylinder, the clamping unit is adapted to release the mandrel change interface for changing the mandrel arranged in the mandrel change interface, and is adapted to clamp the mandrel change interface for clamping the mandrel arranged in the mandrel change interface, wherein the clamping unit further comprises a first coupling element formed as a bearing and arranged on the first cylinder, and an indexing disk arranged on the spindle shaft, the first coupling element cooperating with the indexing disk for releasing and for clamping the mandrel change interface, the drive means being provided to rotate the spindle shaft upon actuation of the mandrel change interface, wherein the clamping unit comprises an installation clamp, wherein upon axial movement of the first cylinder the switching disk, which is arranged on the installation clamp, acts on a spring element of the integral clamping unit for releasing and for clamping the mandrel change interface.
Live trap for catching living insects, particularly fruit flies, comprising a catch container, a base and a funnel-shaped insert having a funnel entry opening, a funnel tip disposed opposite the funnel entry opening with respect to a longitudinal axis of the funnel-shaped insert, a funnel wall with a plurality of slits connecting the funnel entry opening to the funnel tip and tapering from the funnel entry opening to the funnel tip, and a funnel exit opening arranged at the funnel tip, wherein the funnel-shaped insert is inserted into an upper opening of the catch container pointing upward in the operational position, in such a way that the funnel entry opening points upward and the funnel tip points downward in the operational position, wherein the catch container has an outer peripheral wall, wherein the catch container stands on or in the base in the operational position, and wherein the live trap has an attractant container which is at least partly arranged in the catch container and/or at least partly in the base and has a liquid attractant and a wick, characterized in that the outer peripheral wall of the catch container further has a lower opening which points downward in the operational position, wherein both releasing the captured insects and replacing the attractant container can be done from below through the lower opening.
A colored solar reflective system comprising: a particulate material having a substantially rutile crystal habit and having an average particle size of between about 0.6 μm and about 1.7 μm, wherein the particulate material is selected from the group consisting of: titanium dioxide, doped titanium dioxide and a mixture thereof; and an organic pigment having a maximum absorption coefficient of about 5,000 mm -1 or greater, in the visible light region, a maximum scattering coefficient of about 500 mm -1 or less, in the visible light region and an average absorption coefficient of about 50 mm -1 or less in the infrared region, wherein the organic pigment is one or more organic particle that is substantially insoluble in the application medium in which it is dispersed and which imparts color. a particulate material having a substantially rutile crystal habit and having an average particle size of between about 0.6 μm and about 1.7 μm, wherein the particulate material is selected from the group consisting of: titanium dioxide, doped titanium dioxide and a mixture thereof; and an organic pigment having a maximum absorption coefficient of about 5,000 mm -1 or greater, in the visible light region, a maximum scattering coefficient of about 500 mm -1 or less, in the visible light region and an average absorption coefficient of about 50 mm -1 or less in the infrared region, wherein the organic pigment is one or more organic particle that is substantially insoluble in the application medium in which it is dispersed and which imparts color.