mhurhangee/ep-ind-claims huggingface dataset:
A retarding field analyzer (1, 50) for detecting charged particles (2,105) comprising: - at least one filter grid electrode connectable to a first voltage; - an entrance grid electrode; - a charged particle detector positioned to detect the charged particles (2,105) that have passed through the entrance grid electrode and the filter grid electrode; and - at least one further electrode element (170, 170a, 170b, 170aa, 170ab, 170bb, 170bb, 122, 122a, 122b, 152, 152a, 152b), the at least one further electrode element being one cylindrically shaped jacket, wherein the at least one further electrode element is made of high-ohmic material to provide for a high ohmic resistance between the entrance grid electrode and the at least one filter grid electrode with the high-ohmic material having a resistivity between 10 9 Ω cm to 10 11 Ω cm; wherein the at least one further electrode element is adapted such that the potential on the surface increases or decreases linearly in the direction of the optical axis when a second voltage is applied to the entrance grid electrode. - at least one filter grid electrode connectable to a first voltage; - an entrance grid electrode; - a charged particle detector positioned to detect the charged particles (2,105) that have passed through the entrance grid electrode and the filter grid electrode; and - at least one further electrode element (170, 170a, 170b, 170aa, 170ab, 170bb, 170bb, 122, 122a, 122b, 152, 152a, 152b), the at least one further electrode element being one cylindrically shaped jacket, wherein the at least one further electrode element is made of high-ohmic material to provide for a high ohmic resistance between the entrance grid electrode and the at least one filter grid electrode with the high-ohmic material having a resistivity between 10 9 Ω cm to 10 11 Ω cm;
A microwave plasma based fixed bed gasifier of biomass, comprising a vertically disposed furnace body, a monitoring unit, and a microwave plasma generating device, the furnace body comprising a material and fuel inlet, a syngas outlet, an oxygen/vapor inlet (4,5), and a slag outlet, wherein the furnace body comprises a clearance zone in an upper part thereof and a fixed bed zone in a lower part thereof; the slag outlet is disposed at a bottom of the furnace body; the monitoring unit is disposed close to the syngas outlet; at least one microwave plasma generating device is disposed on the furnace body, a first microwave plasma generating device is disposed between the fixed bed zone in the lower part of the furnace body and the material and fuel inlet, and a second microwave plasma generating device is disposed in the clearance zone in the upper part of the furnace body.
A vehicle comprising: - a luggage compartment; - an additional support unit arranged in said luggage compartment and comprising: a) a loading floor (25; 55) height-adjustable between a lowered position and at least one raised position; b) support means to support said loading floor (25; 55) in the raised position; c) lever means having a first end portion hinged to a fixed structure about a first horizontal axis and a second end portion hinged to a attachment portion (26; 59) of said loading floor (25; 55) about a second horizontal axis; said first and second horizontal axes (39, 41) being set apart from, and parallel to, each other, and being orthogonal to a longitudinal direction of travel of the vehicle; said loading floor (25; 55), when in the raised position, being rotatable upwards about a horizontal axis of rotation; the distance between said first and second horizontal axes (39, 41) being variable; characterized in that the support means comprises a plurality of brackets placed at different heights and selectable to support the loading floor at anyone of these heights. - a luggage compartment; - an additional support unit arranged in said luggage compartment and comprising: a) a loading floor (25; 55) height-adjustable between a lowered position and at least one raised position; b) support means to support said loading floor (25; 55) in the raised position; c) lever means having a first end portion hinged to a fixed structure about a first horizontal axis and a second end portion hinged to a attachment portion (26; 59) of said loading floor (25; 55) about a second horizontal axis; said first and second horizontal axes (39, 41) being set apart from, and parallel to, each other, and being orthogonal to a longitudinal direction of travel of the vehicle; said loading floor (25; 55), when in the raised position, being rotatable upwards about a horizontal axis of rotation; the distance between said first and second horizontal axes (39, 41) being variable; characterized in that the support means comprises a plurality of brackets placed at different heights and selectable to support the loading floor at anyone of these heights. a) a loading floor (25; 55) height-adjustable between a lowered position and at least one raised position; b) support means to support said loading floor (25; 55) in the raised position; c) lever means having a first end portion hinged to a fixed structure about a first horizontal axis and a second end portion hinged to a attachment portion (26; 59) of said loading floor (25; 55) about a second horizontal axis;
A method of manufacturing a composite connector (2, 124) for a fluid transfer conduit, the method characterised by: applying continuous fibre reinforcement, oriented at least partially circumferentially and pre-impregnated with a thermoplastic polymer to a tubular mould portion which extends substantially parallel to a central axis; applying at least one further mould portion to form a complete mould in which the continuous fibre reinforcement is enclosed; and injecting a thermoplastic polymer into the mould to form a connector (2, 124) with a tubular hub portion (6, 128) and a flange portion (8, 126) which extends from the hub portion (6, 128) at an angle to the central axis; wherein the tubular hub portion (6, 128) comprises a tubular seal section with an inner layer (11, 130) and an outer layer (9, 132), wherein the inner layer (11, 130) comprises the continuous fibre reinforcement and the outer layer (9, 132) comprises the injected thermoplastic polymer. applying continuous fibre reinforcement, oriented at least partially circumferentially and pre-impregnated with a thermoplastic polymer to a tubular mould portion which extends substantially parallel to a central axis; applying at least one further mould portion to form a complete mould in which the continuous fibre reinforcement is enclosed; and injecting a thermoplastic polymer into the mould to form a connector (2, 124) with a tubular hub portion (6, 128) and a flange portion (8, 126) which extends from the hub portion (6, 128) at an angle to the central axis; wherein the tubular hub portion (6, 128) comprises a tubular seal section with an inner layer (11, 130) and an outer layer (9, 132), wherein the inner layer (11, 130) comprises the continuous fibre reinforcement and the outer layer (9, 132) comprises the injected thermoplastic polymer.
A piston and connecting rod assembly comprising: a piston body having an upper crown member (32,220) and a lower body portion (34,230), said upper crown member (32,220) and lower body portion (34,230) being integrally bonded together to form a one-piece piston body; said piston body having a cooling gallery (60,210) formed between said upper crown member (32,220) and said lower body portion (34,230); said lower body portion (34,230) having a piston boss (110,120) said boss including a pocket for receipt of a connecting rod and grooves (151, 153); a connecting rod having a ball-type end, said ball-type end being positioned in said pocket, further comprising fastener members for securing said ball-type end of said connecting rod in said pocket and preventing rotation of said piston body around a longitudinal axis of said connecting rod, characterised in that said fastener members comprise C-clips (150,152) and are positioned in the grooves (151,153) in said boss (110,120). a piston body having an upper crown member (32,220) and a lower body portion (34,230), said upper crown member (32,220) and lower body portion (34,230) being integrally bonded together to form a one-piece piston body; said piston body having a cooling gallery (60,210) formed between said upper crown member (32,220) and said lower body portion (34,230); said lower body portion (34,230) having a piston boss (110,120) said boss including a pocket for receipt of a connecting rod and grooves (151, 153); a connecting rod having a ball-type end, said ball-type end being positioned in said pocket, further comprising fastener members for securing said ball-type end of said connecting rod in said pocket and preventing rotation of said piston body around a longitudinal axis of said connecting rod, characterised in that said fastener members comprise C-clips (150,152) and are positioned in the grooves (151,153) in said boss (110,120).
The use of a racemic bridged metallocene catalyst composed of a metallocene compound and an activator component in a process to produce polyalpha-olefins (PAOs) comprising the steps of: - contacting in the presence of hydrogen, an olefin monomer and the metallocene catalyst composed of a metallocene compound and an activator component, at a temperature of 80°C to 150°C; - recovering an effluent containing polyalpha-olefins (PAOs) wherein the metallocene compound is represented by the formula R(Cp 1)(Cp 2) M X 1 X 2 wherein - R is a C 1 -C 20 alkylene bridging group; - Cp 1 and Cp 2 are the same or different substituted or unsubstitued tetrahydroindenyl rings, wherein if substituted, the substitutions may be independent or linked to form multicyclic structures; - M is a transition metal selected from the group consisting of titanium, zirconium and hafnium; - X 1 and X 2 are independently hydrogen, halogen, hydride radicals, hydrocarbyl radicals, substituted hydrocarbyl radicals, halocarbyl radicals, substituted halocarbyl radicals, silylcarbyl radicals, substituted silylcarbyl radicals, germylcarbyl radicals, substituted germylcarbyl radicals; or both X 1 and X 2 are joined and bound to the metal atom to form a metallacycle ring containing from 3 to 20 carbon atoms. - contacting in the presence of hydrogen, an olefin monomer and the metallocene catalyst composed of a metallocene compound and an activator component, at a temperature of 80°C to 150°C; - recovering an effluent containing polyalpha-olefins (PAOs) - R is a C 1 -C 20 alkylene bridging group; - Cp 1 and Cp 2 are the same or different substituted or unsubstitued tetrahydroindenyl rings, wherein if substituted, the substitutions may be independent or linked to form multicyclic structures; - M is a transition metal selected from the group consisting of titanium, zirconium and hafnium; - X 1 and X 2 are independently hydrogen, halogen, hydride radicals, hydrocarbyl radicals, substituted hydrocarbyl radicals, halocarbyl radicals, substituted halocarbyl radicals, silylcarbyl radicals, substituted silylcarbyl radicals, germylcarbyl radicals, substituted germylcarbyl radicals; or both X 1 and X 2 are joined and bound to the metal atom to form a metallacycle ring containing from 3 to 20 carbon atoms.
An automatic container processing apparatus comprising: a tube socket having a plurality of container holding parts each for holding a container; an operation part capable of operating each of the container holding parts of the tube socket; a control device that controls the operation part; a disposal port provided below the tube socket, wherein the tube socket is annular, the plurality of container holding parts are annularly arranged, the operation part operates to drop the container held by a container holding part to the disposal port, and characterized in that each container holding part comprises at least one pair of holding plates (444, 445) each having a knob part and a holding part for holding the container; a holder having a rotating shaft (442, 443) for rotating each of the holding plates (444, 445) and a through hole through which the container passes; and an elastic part which connects the knob parts of the holding plates (444, 445) and energizes an elastic force in a direction separating the knob parts from each other, and when the knob parts are close to each other by the operation part, the holding parts are separated to drop the held container. a tube socket having a plurality of container holding parts each for holding a container; an operation part capable of operating each of the container holding parts of the tube socket; a control device that controls the operation part; a disposal port provided below the tube socket, wherein the tube socket is annular, the plurality of container holding parts are annularly arranged, the operation part operates to drop the container held by a container holding part to the disposal port, and characterized in that each container holding part comprises at least one pair of holding plates (444, 445) each having a knob part and a holding part for holding the container; a holder having a rotating shaft (442, 443) for rotating each of the holding plates (444, 445) and a through hole through which the container passes; and an elastic part which connects the knob parts of the holding plates (444, 445) and energizes an elastic force in a direction separating the knob parts from each other, and at least one pair of holding plates (444, 445) each having a knob part and a holding part for holding the container; a holder having a rotating shaft (442, 443) for rotating each of the holding plates (444, 445) and a through hole through which the container passes; and an elastic part which connects the knob parts of the holding plates (444, 445) and energizes an elastic force in a direction separating the knob parts from each other, and when the knob parts are close to each other by the operation part, the holding parts are separated to drop the held container.
A laminated vehicle roof glazing (20; 30), comprising two plies of glass (21, 22; 31, 32) with a sheet of polyvinylbutyral interlayer material (24; 34) laminated therebetween and a low emissivity coating (23; 33) on the exposed surface of the glazing which is the interior surface of the glazing, i.e. the surface which faces into the vehicle, wherein: at least one ply of glass (21, 22; 31, 33) is body tinted glass having a colourant portion including 0.5 to 4.0 % (by weight of the glass) of total iron (calculated as Fe 2 O 3); or the sheet of polyvinylbutyral interlayer material (24; 34) is body tinted; and the low emissivity coating (23; 33) is such that when used on 3 mm clear float glass, the coated glass has an emissivity in the range from 0.05 to 0.45; and the glazing has a visible light transmission of 18% or less and a transmitted energy of 15% or less. at least one ply of glass (21, 22; 31, 33) is body tinted glass having a colourant portion including 0.5 to 4.0 % (by weight of the glass) of total iron (calculated as Fe 2 O 3); or the sheet of polyvinylbutyral interlayer material (24; 34) is body tinted; and the low emissivity coating (23; 33) is such that when used on 3 mm clear float glass, the coated glass has an emissivity in the range from 0.05 to 0.45; and the glazing has a visible light transmission of 18% or less and a transmitted energy of 15% or less.
A method for applying makeup to keratinous material, in particular the skin, lips or dermoskeleton, including the following steps: - depositing, on the medium to be made up via a non-magnetic cosmetic applicator, at least one cosmetic composition, said cosmetic composition including: - bodies having a non-null magnetic susceptibility and that are mobile under the effect of a magnetic field, - at least one diffractive pigment, - at least partially exposing the composition to a magnetic field so as to modify the orientation and/or move at least part of the magnetic bodies, the magnetic field being applied so as to form at least one pattern on the composition. - depositing, on the medium to be made up via a non-magnetic cosmetic applicator, at least one cosmetic composition, said cosmetic composition including: - bodies having a non-null magnetic susceptibility and that are mobile under the effect of a magnetic field, - at least one diffractive pigment, - bodies having a non-null magnetic susceptibility and that are mobile under the effect of a magnetic field, - at least one diffractive pigment, - at least partially exposing the composition to a magnetic field so as to modify the orientation and/or move at least part of the magnetic bodies,
A computer program product that, when executed by a computing system, causes the computing system to perform a method comprising: rendering first content on a display screen of the computing system, the display screen comprising a touchscreen, the first content rendered on the display screen according to a first setting for an attribute of the first content, in response to sensing motion proximate to the touchscreen, displaying second content on the display screen according to the first setting for the attribute, the second content displayed in a window which appears in a part of an area where the first content is displayed on the display screen, wherein the motion proximate to the touchscreen comprises a user touching, or nearly touching, the touchscreen with two fingers; in response to sensing further motion, changing the first setting to a second setting and displaying the second content in the window according to the second setting for the attribute while the first content according to the first setting outside the window remains unchanged, wherein the further motion comprises the user moving the two fingers closer together or further apart; and in response to sensing cessation of the further motion, closing the window, reformatting the first content according to the second setting for the attribute, and rendering at least a portion of the reformatted first content on the display screen. rendering first content on a display screen of the computing system, the display screen comprising a touchscreen, the first content rendered on the display screen according to a first setting for an attribute of the first content, in response to sensing motion proximate to the touchscreen, displaying second content on the display screen according to the first setting for the attribute, the second content displayed in a window which appears in a part of an area where the first content is displayed on the display screen, wherein the motion proximate to the touchscreen comprises a user touching, or nearly touching, the touchscreen with two fingers; in response to sensing further motion, changing the first setting to a second setting and displaying the second content in the window according to the second setting for the attribute while the first content according to the first setting outside the window remains unchanged, wherein the further motion comprises the user moving the two fingers closer together or further apart; and in response to sensing cessation of the further motion, closing the window, reformatting the first content according to the second setting for the attribute, and rendering at least a portion of the reformatted first content on the display screen.
Compound of Formula I: wherein R1, R2 and R3 comprise, each and independently, an aliphatic chain of between 5 and 22 carbon atoms of the Formula II: -(CH 2) a -(CH=CH-CH 2) b -(CH 2) c -CH 3 II wherein a is a whole number between 1 and 6; b is a whole number between 1 and 6; and c is a whole number chosen from 0, 3 and 6, wherein said compound comprises all the enantiomers, diastereoisomers, mesomeric compounds and E / Z isomers of the Formula I. a is a whole number between 1 and 6; b is a whole number between 1 and 6; and c is a whole number chosen from 0, 3 and 6,
Stopper arrangement for a drug delivery device, comprising a stopper, a linear actor coupled with one end to the stopper and with an opposite end to a coupling arrangement, wherein the stopper arrangement is configured to be disposed within a container of a drug delivery device, characterized in that a shape and/or material of the stopper and the coupling arrangement are configured such that a first frictional force between the coupling arrangement and the container is lower than a frictional force between the stopper and the container when the linear actor is contracting and that second frictional force between the coupling arrangement and the container is greater than the frictional force between the stopper and the container when the linear actor is expanding, wherein the coupling arrangement comprises at least one wedge block (8.1) tapering towards a distal direction and a conical inner ring (8.2) or conus tapering towards a proximal direction, wherein the wedge block (8.1) is arranged between the inner ring (8.2) or conus and the container, wherein the inner ring (8.2) or conus is attached proximally to a proximal plate (8.3) and distally to the linear actor, wherein the coupling arrangement is configured to engage to the container with the first frictional force, when the inner ring (8.2) or conus is not pressed against the at least one wedge block (8.1) on contraction of the linear actor, wherein the inner ring (8.2) or conus and wedge block (8.1) engage to the container when the linear actor is expanding thus increasing the amount of friction to the second frictional force.
A light emitting device, comprising at least one light source and a closed container, the closed container comprising a first area and a second area that is arranged opposite to the first area, the closed container being filled with a heat conducting fluid that is thermally coupled to an insidesurface of the closed container, wherein the at least one light source is arranged on an outside surface of the first area of the closed container and thermally coupled to the inside surface of the closed container, wherein the heat conducting fluid) is light transmissive, characterized in that: the container comprises a first spherical vessel as the first area and a second spherical vessel as the second area, the second spherical vessel surrounding the first spherical vessel at a distance (di) larger than zero mm, and wherein the space between the first spherical vessel and the second spherical vessel is filled with the heat conducting fluid; and wherein at least a part of the first area and the second area are light transmissive. the container comprises a first spherical vessel as the first area and a second spherical vessel as the second area, the second spherical vessel surrounding the first spherical vessel at a distance (di) larger than zero mm, and wherein the space between the first spherical vessel and the second spherical vessel is filled with the heat conducting fluid; and wherein at least a part of the first area and the second area are light transmissive.