mhurhangee/ep-ind-claims huggingface dataset:
A stacked bed catalyst system suitable for use in hydrotreating a hydrocarbonaceous feedstock, the stacked bed catalyst system comprising: a) at least one first catalyst selected from hydrotreating catalysts comprised of at least one Group VIII metal and at least one Group VIB metal on a high surface area support material, and having an average pore diameter of greater than 10 nm as measured by water adsorption porosimetry; and b) at least one second catalyst selected from bulk metal hydrotreating catalysts, wherein the catalyst system comprises 40-95 vol.% of the first hydrotreating catalyst with the second hydrotreating catalyst comprising the remainder; and wherein the second catalyst is located downstream of the first catalyst in relation to flow of the feedstock. a) at least one first catalyst selected from hydrotreating catalysts comprised of at least one Group VIII metal and at least one Group VIB metal on a high surface area support material, and having an average pore diameter of greater than 10 nm as measured by water adsorption porosimetry; and b) at least one second catalyst selected from bulk metal hydrotreating catalysts, wherein the catalyst system comprises 40-95 vol.% of the first hydrotreating catalyst with the second hydrotreating catalyst comprising the remainder;
Process for isolation of at least one odoriferous agent from a plant substrate comprising a) contacting a plant substrate with an aqueous soap extraction solution comprising an aqueous medium and at least one soap compound R-C(=O)O - M + or + M - O(O=)C-R-C(=O)O - M +, wherein R is saturated or unsaturated linear, branched or cyclic C 3 to C 17 alkyl or C 6 to C 18 aryl, wherein the alkyl or aryl group can be substituted with up to 5 functional groups, and wherein M + is a monovalent cation, to obtain a soap extract and b) isolating a flavour mixture comprising at least one odoriferous agent from the soap extract obtained in step a). a) contacting a plant substrate with an aqueous soap extraction solution comprising an aqueous medium and at least one soap compound R-C(=O)O - M + or + M - O(O=)C-R-C(=O)O - M +, wherein R is saturated or unsaturated linear, branched or cyclic C 3 to C 17 alkyl or C 6 to C 18 aryl, wherein the alkyl or aryl group can be substituted with up to 5 functional groups, and wherein M + is a monovalent cation, to obtain a soap extract and b) isolating a flavour mixture comprising at least one odoriferous agent from the soap extract obtained in step a).
Vehicle seat with a backrest and a seat part, wherein the backrest or the seat part comprises at least one structural element comprising a hollow cavity, wherein, in at least one part of the hollow cavity, an introduced filling is provided, characterised in that, in the region of the filling, an inlay is provided in the hollow cavity, wherein the inlay is connected to the structural element in a form-fit manner at least with reference to one movement type, and wherein the inlay is connected in a substance-fit manner at most to the filling, wherein, at least in part, the filling is provided between the inlay and the structural element, wherein the filling comprises a foam carrier and an expanded foam material, which at least partially surrounds the foam carrier.
A first communications device operable to transmit device-to-device communications to a second communications device using a wireless access interface of a wireless telecommunications system, access to the wireless access interface being coordinated by a coordinating entity, wherein the first communications device comprises a controller and a transceiver (801; 802), the controller being configured in combination with the transceiver to receive from the coordinating entity an indication of an identifier associated with a device-to-device communications link between the first and second communications devices, to transmit to the coordinating entity a message requesting resources of the wireless access interface for transmitting data across the device-to-device communications link, to receive from the coordinating entity an indication of a resource allocation of the wireless access interface in association with an indication of the identifier, and to transmit the data to the second communications device using the allocated resources, wherein the controller is configured in combination with the transceiver to transmit to the coordinating entity a one-way device-to-device link setup message including an indication of identifiers for the first and second communications devices and requesting an identifier to be associated with a one-way device-to-device communications link with the second communications device.
A method of video encoding comprising: accessing a bin of a syntax element associated with a block in a picture of a video; obtaining a set of contexts associated with a block type of the block, said set of contexts including at least a first context and a second context, said second context being associated with a larger number of block types than the first context and including the block types associated with said first context, the block type of a block being based on at least one of a block size and a block shape of said block; selecting a context for the bin of the syntax element from the set of contexts based at least on a number of occurrences of previously processed blocks having a block type associated to the first context, a second context being selected instead of a first context until a condition on the number of occurrences of previously processed blocks having a block type associated with the first context is fulfilled; and, entropy encoding the bin of the syntax element based on the determined context. accessing a bin of a syntax element associated with a block in a picture of a video; obtaining a set of contexts associated with a block type of the block, said set of contexts including at least a first context and a second context, said second context being associated with a larger number of block types than the first context and including the block types associated with said first context, the block type of a block being based on at least one of a block size and a block shape of said block; selecting a context for the bin of the syntax element from the set of contexts based at least on a number of occurrences of previously processed blocks having a block type associated to the first context, a second context being selected instead of a first context until a condition on the number of occurrences of previously processed blocks having a block type associated with the first context is fulfilled; and, entropy encoding the bin of the syntax element based on the determined context.
Method for detecting smoke, with an optical scattered-light detector, with at least one light emitter emitting light into a measurement volume, and with at least one light receiver that is arranged at at least an angle with respect to the radiation axis of the light emitter and receives light scattered by smoke and/or dust inside the measurement volume, wherein measurement values (32, 33, 34, 35) of the light receiver are captured, characterized in that a first number n of the measurement values of a receiver are captured cyclically from a scattering angle and the measurement values of the first number n are sorted by the magnitude thereof, in particular ascending from the smallest measurement value to the largest measurement value and are thus assigned to individual sorting positions, wherein at least a first portion m (36a, 37a) of the sorted measurement values is assigned to smoke and/or a second portion 1 is assigned to dust and wherein the first portion is assigned within the range of the smaller ones of the sorted measurement values and the second portion is assigned in the range of the larger ones of the sorted measurement values.
A burner for an exhaust gas purification device comprising: a base; a first tube, which includes a basal portion and a distal portion, a combustion chamber for combusting air for combustion and fuel, and a discharge port for discharging post-combustion gas, wherein the basal portion of the first tube is fixed to the base; a second tube, which includes a basal portion and a distal portion, wherein the basal portion of the second tube is fixed to the base, and an air flow path through which air for combustion passes is arranged between the first tube and the second tube; characterized in; a compressible closing part, which is fixed to the first tube and is arranged between the distal portion of the first tube and the second tube, wherein the distal portion of the first tube has a circumference that is entirely, slidably supported by the second tube via the closing part, wherein the closing part is of a wire mesh, the first tube includes a hook for hooking the wire mesh, and the hook projects from the outer circumferential surface of the first tube. a base; a first tube, which includes a basal portion and a distal portion, a combustion chamber for combusting air for combustion and fuel, and a discharge port for discharging post-combustion gas, wherein the basal portion of the first tube is fixed to the base; a basal portion and a distal portion, a combustion chamber for combusting air for combustion and fuel, and a discharge port for discharging post-combustion gas, wherein the basal portion of the first tube is fixed to the base; a second tube, which includes a basal portion and a distal portion, wherein the basal portion of the second tube is fixed to the base, and an air flow path through which air for combustion passes is arranged between the first tube and the second tube; characterized in; a compressible closing part, which is fixed to the first tube and is arranged between the distal portion of the first tube and the second tube, wherein the distal portion of the first tube has a circumference that is entirely, slidably supported by the second tube via the closing part, wherein the closing part is of a wire mesh, the first tube includes a hook for hooking the wire mesh, and the hook projects from the outer circumferential surface of the first tube.
A method of operating an arrangement having a vacuum pump, which includes a rotor and an active magnetic bearing, wherein the magnetic bearing has an electromagnet (10, 12, 15), and having control electronics for the magnetic bearing, wherein a pre-magnetizing current of the magnetic bearing flowing through the electromagnet is changed in dependence on the switching state of a switchover means such that a reduction in the pre-magnetization is effected, characterized in that the pre-magnetizing current is changed by an amount which depends on an installation position of the vacuum pump.
A recombinant microbial host cell comprising DNA molecules encoding polypeptides that catalyze the substrate to product conversions: i) pyruvate to acetolactate (pathway step a) ii) acetolactate to 2,3-dihydroxyisovalerate (pathway step b) iii) 2,3-dihydroxyisovalerate to α-ketoisovalerate (pathway step c) iv) α-ketoisovalerate to isobutyraldehyde (pathway step d), and v) isobutyraldehyde to isobutanol (pathway step e) wherein the DNA molecules are heterologous to said microbial host cell and wherein said microbial host cell produces isobutanol. i) pyruvate to acetolactate (pathway step a) ii) acetolactate to 2,3-dihydroxyisovalerate (pathway step b) iii) 2,3-dihydroxyisovalerate to α-ketoisovalerate (pathway step c) iv) α-ketoisovalerate to isobutyraldehyde (pathway step d), and v) isobutyraldehyde to isobutanol (pathway step e)
Method for producing a tube body for a heat exchanger tube, comprising the following steps: - producing a thermoplastic polyurethane plastic melt, - filtering of the plastic melt to filter out gel particles contained in the melt, - extruding the melt into a tube, - cooling of the extruded tube, - assembling the tube body, wherein the tube body has a Shore hardness greater than 60D, with a wall thickness that deviates from a nominal wall thickness by less than 0.02 mm over a tube length of 30 cm. - producing a thermoplastic polyurethane plastic melt, - filtering of the plastic melt to filter out gel particles contained in the melt, - extruding the melt into a tube, - cooling of the extruded tube, - assembling the tube body,
A device for providing reinforced sealable access to a working channel, comprising: a tubular body having a proximal end, a distal end and a longitudinal axis, the distal end configured to be removably disposed on a proximal end of the working channel in fluid communication therewith; a substantially linear aperture (402; 1002) at the proximal end of the body configured to allow one or more medical instruments to be passed therethrough and, at the same time, substantially seal against fluids from the working channel passing therethrough; and a plurality of reinforcing ribs (410; 416; 1010) arrayed about the aperture (402; 1002) to reinforce the aperture (402; 1002) against tearing, characterised in that the ribs (410; 416; 1010) have a greater width and thickness as they extend radially away from the aperture (402; 1002). a tubular body having a proximal end, a distal end and a longitudinal axis, the distal end configured to be removably disposed on a proximal end of the working channel in fluid communication therewith; a substantially linear aperture (402; 1002) at the proximal end of the body configured to allow one or more medical instruments to be passed therethrough and, at the same time, substantially seal against fluids from the working channel passing therethrough; and a plurality of reinforcing ribs (410; 416; 1010) arrayed about the aperture (402; 1002) to reinforce the aperture (402; 1002) against tearing, characterised in that the ribs (410; 416; 1010) have a greater width and thickness as they extend radially away from the aperture (402; 1002).
A server, comprising: a processing unit configured to generate, as an encryption key of content, individual keys that are different for each new content recording processing under management of the server by random number generation processing, transmit the individual keys to a recording medium via a content recording device, and record and manage on the server the individual keys generated and provided for each new content recording processing and corresponding information of the individual keys, characterized in that the processing unit is further configured to record and manage on the server along with the individual keys provision destination information specifying the content recording device or the recording medium as management information. a processing unit configured to generate, as an encryption key of content, individual keys that are different for each new content recording processing under management of the server by random number generation processing, transmit the individual keys to a recording medium via a content recording device, and record and manage on the server the individual keys generated and provided for each new content recording processing and corresponding information of the individual keys, characterized in that the processing unit is further configured to record and manage on the server along with the individual keys provision destination information specifying the content recording device or the recording medium as management information.
An incontinence device (10', 410) insertable into and removable from a vaginal canal of a human user to apply pressure upon a urethra comprising: a distal body member (12', 412) including a central core (20', 420), a first arcuate arm (22', 422) on a first side of the central core and a second arcuate arm (24', 424) on a second opposite side of the central core, the first and second arcuate arms flexing inward toward the central core into a first compressed position during insertion and expanding outward away from the central core into a second in use position to fill the space in the middle and superior thirds (237, 238) of the vaginal canal in order to retain the incontinence device in the vaginal canal; a proximal pressure member (14', 414) extending from the body member (12', 412) for resilient movement relative to the body member; wherein the pressure member is suitable to apply pressure to support the urethra for controlling incontinence; and an actuation mechanism composed a single flexible cord (90', 490) connected to both the first and second arcuate arms as well as the central core and the pressure member such that when the cord is pulled the arcuate arms move toward the central core into the first compressed position, characterized in that the body member (12', 412) s S-shaped. a distal body member (12', 412) including a central core (20', 420), a first arcuate arm (22', 422) on a first side of the central core and a second arcuate arm (24', 424) on a second opposite side of the central core, the first and second arcuate arms flexing inward toward the central core into a first compressed position during insertion and expanding outward away from the central core into a second in use position to fill the space in the middle and superior thirds (237, 238) of the vaginal canal in order to retain the incontinence device in the vaginal canal; a proximal pressure member (14', 414) extending from the body member (12', 412) for resilient movement relative to the body member; wherein the pressure member is suitable to apply pressure to support the urethra for controlling incontinence; and an actuation mechanism composed a single flexible cord (90', 490) connected to both the first and second arcuate arms as well as the central core and the pressure member such that when the cord is pulled the arcuate arms move toward the central core into the first compressed position, characterized in that the body member (12', 412) s S-shaped.
An apparatus for agitating and oxygenating the water, comprising: - a hull that is overturned and partially sinkable in water wherein said hull defines an inner volume and has an upper surface and a lower face opened to the water; - at least one floating body incorporated into or connected to said overturned hull so as to maintain said hull floating on the water; - at least one oxygen delivery port arranged in fluid communication with said inner volume to convey there oxygen that is suppliable by an external source; - at least one rotating drum arranged inside said inner volume and rotatable around an axis of rotation A thereof and comprising a plurality of protruding elements; said rotating drum being arranged at least partially at said open face so as to come into contact with the water and create a plurality of jets of water directed to the upper surface of the hull; said hull comprises at least one cross member extending along a direction that is substantially parallel to the lower face in such a way to be substantially parallel to surface of the water and is transverse to a main extension direction of the hull, wherein said cross member is arranged in the inner volume in a position opposite the rotating drum according to the main direction of extension of the hull; characterised in that said cross member is vertically distanced from the upper surface of the hull by a preset distance so as to define a passage for recirculating drops of water rising from the surface of the water to the hull and passing between said cross member and the upper surface so as to increase oxygenation of the water. - a hull that is overturned and partially sinkable in water wherein said hull defines an inner volume and has an upper surface and a lower face opened to the water; - at least one floating body incorporated into or connected to said overturned hull so as to maintain said hull floating on the water; - at least one oxygen delivery port arranged in fluid communication with said inner volume to convey there oxygen that is suppliable by an external source; - at least one rotating drum arranged inside said inner volume and rotatable around an axis of rotation A thereof and comprising a plurality of protruding elements; said rotating drum being arranged at least partially at said open face so as to come into contact with the water and create a plurality of jets of water directed to the upper surface of the hull;
An apparatus (110; 210; 300; 400; 500) for converting control information or media information for picture/speech communication between a first terminal (100; 301) and a second terminal (150; 302) connected to respective different types of networks, comprising: a converter (115; 215; 320; 420; 520)arranged to: effect first converting processing in a first direction for converting decoding information acquired via a first transmitting/receiving unit of the apparatus from said first terminal into call control information to output the resulting call control information to said second terminal; and effect second converting processing in a second direction for converting call control information acquired via a second transmitting/receiving unit of the apparatus from said second terminal into decoding information to output the resulting decoding information to said first terminal, characterised in that: the decoding information acquired from said first terminal employing MPEG-4 as a system for encoding a moving picture for compression comprises at least Decoder Configuration Information, the DCI representing ability information of a codec pertinent to a stream which said first terminal can validly receive, and the first converting processing comprises converting the DCI into the call control information. a converter (115; 215; 320; 420; 520)arranged to: effect first converting processing in a first direction for converting decoding information acquired via a first transmitting/receiving unit of the apparatus from said first terminal into call control information to output the resulting call control information to said second terminal; and effect second converting processing in a second direction for converting call control information acquired via a second transmitting/receiving unit of the apparatus from said second terminal into decoding information to output the resulting decoding information to said first terminal, effect first converting processing in a first direction for converting decoding information acquired via a first transmitting/receiving unit of the apparatus from said first terminal into call control information to output the resulting call control information to said second terminal; and effect second converting processing in a second direction for converting call control information acquired via a second transmitting/receiving unit of the apparatus from said second terminal into decoding information to output the resulting decoding information to said first terminal, the decoding information acquired from said first terminal employing MPEG-4 as a system for encoding a moving picture for compression comprises at least Decoder Configuration Information, the DCI representing ability information of a codec pertinent to a stream which said first terminal can validly receive, and the first converting processing comprises converting the DCI into the call control information.