mhurhangee/ep-ind-claims huggingface dataset:
Process for the regeneration of a used alkaline solution utilized in a unit for the extraction of the sulphur-containing compounds from a hydrocarbon-containing cut, comprising the following sequence of steps: a) Sending the used alkaline solution into an oxidation reactor in which it is brought into contact with an oxidizing agent and a catalyst, said used alkaline solution being heated beforehand to a temperature comprised between 40°C and 50°C. b) Sending the effluents of the oxidation reactor into a separator from which a hydrocarbon phase rich in disulphides, and a partially regenerated alkaline solution are extracted, c) Cooling the partially regenerated alkaline solution originating from step b) to a temperature less than or equal to 45°C, d) Dividing the partially regenerated alkaline solution cooled in step c) into two flows: - a flow constituting the excess of recirculated alkaline solution which is sent upstream, or directly, into the oxidation reactor, and which constitutes the cooling means used to control the rise in temperature of said reactor, and, - a flow or which continues the regeneration process, e) Mixing the flow or, originating from step d) with a hydrocarbon-containing cut without sulphur-containing compounds, f) Sending the mixture originating from step e) into a separator from which a totally regenerated alkaline solution, and a hydrocarbon-containing cut partially enriched with disulphides are extracted. a) Sending the used alkaline solution into an oxidation reactor in which it is brought into contact with an oxidizing agent and a catalyst, said used alkaline solution being heated beforehand to a temperature comprised between 40°C and 50°C. b) Sending the effluents of the oxidation reactor into a separator from which a hydrocarbon phase rich in disulphides, and a partially regenerated alkaline solution are extracted, c) Cooling the partially regenerated alkaline solution originating from step b) to a temperature less than or equal to 45°C, d) Dividing the partially regenerated alkaline solution cooled in step c) into two flows: - a flow constituting the excess of recirculated alkaline solution which is sent upstream, or directly, into the oxidation reactor, and which constitutes the cooling means used to control the rise in temperature of said reactor, and, - a flow or which continues the regeneration process, - a flow constituting the excess of recirculated alkaline solution which is sent upstream, or directly, into the oxidation reactor, and which constitutes the cooling means used to control the rise in temperature of said reactor, and, - a flow or which continues the regeneration process, e) Mixing the flow or, originating from step d) with a hydrocarbon-containing cut without sulphur-containing compounds, f) Sending the mixture originating from step e) into a separator from which a totally regenerated alkaline solution, and a hydrocarbon-containing cut partially enriched with disulphides are extracted.
Device (1, 42) for controlling an item of furniture (10, 38), with a control unit and with connecting means, to which actuators (4, 6) and sensors (5, 6) can be connected for transmitting a signal to the control unit, in order to control at least one parameter of the item of furniture (10, 38), characterised in that the connecting means comprise a connecting element, to which an additional item of furniture (13, 17) with an additional movable furniture part (14, 18), which can be arranged independently at any distance from the item of furniture (10, 38), can be connected for transmitting a signal, and in that the control unit has a control function (25, 26a, 26b, 26c, 26d), by which a control member (14, 16b, 18, 19b, 55) of the additional item of furniture (13, 17) can be controlled, wherein the item of furniture (10, 38) and the additional item of furniture (13, 17) can be controlled independently of one another.
Pneumatic vehicle tyre of a radial type of construction comprising a tread with a shoulder-side tread region, which is bounded on the inner side of the tread by a circumferential groove, takes up 15% to 30% of the width of the ground contact area and comprises a circumferential rib adjoining the circumferential groove and also a shoulder-side tread strip structured in the manner of blocks by transverse grooves, each transverse groove ending at a distance (a 2) of preferably at least 8.0 mm in the axial direction from the circumferential groove and each transverse groove having a main portion running within and beyond the ground contact area, characterized in that each transverse groove has two end portions (11, 12), which respectively adjoin the end of their main portion on the inner side of the tread and give the transverse groove a Y-like shape in plan view, the circumferential rib reaching into the regions lying between the end portions (11, 12) of a transverse groove in each case in a triangular manner in plan view.
A feedthrough assembly for an implantable medical device, the assembly comprising: a ferrule extending from a first end thereof to a second end thereof; a pin extending through the ferrule between the first end and the second end; and a glass insulator surrounding the pin, within the ferrule, the glass insulator being sealed to the pin and to the ferrule; and characterised by the glass insulator including, prior to implantation of the implantable medical device, a surface layer comprising calcium phosphate located on a side of the glass insulator that corresponds to the first end of the ferrule. a ferrule extending from a first end thereof to a second end thereof; a pin extending through the ferrule between the first end and the second end; and a glass insulator surrounding the pin, within the ferrule, the glass insulator being sealed to the pin and to the ferrule; and characterised by the glass insulator including, prior to implantation of the implantable medical device, a surface layer comprising calcium phosphate located on a side of the glass insulator that corresponds to the first end of the ferrule.
A latch comprising: a latch housing; a first latching component movably mounted to the latch housing, the first latching component being movable between a respective latched position and a respective unlatched position; a second latching component movably mounted to the latch housing, the second latching component being movable independent of the first latching component between a respective latched position and a respective unlatched position; a handle (202, 1004, 1008) movably mounted to the latch housing to be movable between an open handle (202, 1004, 1008) position and a closed handle (202, 1004, 1008) position; a first trigger movably mounted to the latch housing, the first trigger being movable between a respective engaged position in which the first trigger is positioned to prevent the first latching component from moving from its respective latched position to its respective unlatched position, and a respective disengaged position in which the first trigger is positioned to prevent the handle (202, 1004, 1008) from moving from the open position to the closed position; and a second trigger movably mounted to the latch housing, the second trigger being movable between a respective engaged position in which the second trigger is positioned to prevent the second latching component from moving from its respective latched position to its respective unlatched position, and a respective disengaged position in which the second trigger is positioned to prevent the handle (202, 1004, 1008) from moving from the open position to the closed position. a latch housing; a first latching component movably mounted to the latch housing, the first latching component being movable between a respective latched position and a respective unlatched position; a second latching component movably mounted to the latch housing, the second latching component being movable independent of the first latching component between a respective latched position and a respective unlatched position; a handle (202, 1004, 1008) movably mounted to the latch housing to be movable between an open handle (202, 1004, 1008) position and a closed handle (202, 1004, 1008) position; a first trigger movably mounted to the latch housing, the first trigger being movable between a respective engaged position in which the first trigger is positioned to prevent the first latching component from moving from its respective latched position to its respective unlatched position, and a respective disengaged position in which the first trigger is positioned to prevent the handle (202, 1004, 1008) from moving from the open position to the closed position; and a second trigger movably mounted to the latch housing, the second trigger being movable between a respective engaged position in which the second trigger is positioned to prevent the second latching component from moving from its respective latched position to its respective unlatched position, and a respective disengaged position in which the second trigger is positioned to prevent the handle (202, 1004, 1008) from moving from the open position to the closed position.
A method of receiving a Reference Signal, RS, by a User Equipment, UE, in a wireless communication system, the method comprising: receiving Quasi Co-Location, QCL, configuration information that relates to a QCL parameter, wherein the QCL configuration information configures a QCL relationship, with respect to the QCL parameter, between (i) a first antenna port for receiving a first RS and (ii) a second antenna port for receiving a second RS; receiving the first RS through the first antenna port; and receiving the second RS through the second antenna port based on the QCL relationship, wherein the QCL parameter is a spatial reception parameter related to a spatial property of a signal received by the UE, wherein the spatial property of the signal received by the UE is based on a direction of a beam related to the reception of the signal. receiving Quasi Co-Location, QCL, configuration information that relates to a QCL parameter, wherein the QCL configuration information configures a QCL relationship, with respect to the QCL parameter, between (i) a first antenna port for receiving a first RS and (ii) a second antenna port for receiving a second RS; receiving the first RS through the first antenna port; and receiving the second RS through the second antenna port based on the QCL relationship, wherein the QCL parameter is a spatial reception parameter related to a spatial property of a signal received by the UE, wherein the spatial property of the signal received by the UE is based on a direction of a beam related to the reception of the signal.
Electrode for use in electrochemical cells comprising: - a metal substrate; - a catalytic coating comprising a mixture of noble metals or oxides thereof, characterized in that said mixture comprises 70-80% ruthenium, 17-25% iridium and 1-5% platinum in mole percentage referred to the elements. - a metal substrate; - a catalytic coating comprising a mixture of noble metals or oxides thereof, characterized in that said mixture comprises 70-80% ruthenium, 17-25% iridium and 1-5% platinum in mole percentage referred to the elements.
A drawer comprising several single-item access, SIA, sub-drawers, wherein at least one of said sub-drawers comprising: a body comprising a compartment; a lid coupled to the body, the lid selectably securable in a closed position that encloses the compartment; a lid latch coupled to the body and configured to secure the lid; a sub-drawer latch coupled to the body and configured to engage and selectably release a retention hook of the drawer; and a processor coupled to the lid latch and the sub-drawer latch, the processor configured to cause the sub-drawer latch to release the retention hook of the drawer upon receipt of a sub-drawer release signal. a body comprising a compartment; a lid coupled to the body, the lid selectably securable in a closed position that encloses the compartment; a lid latch coupled to the body and configured to secure the lid; a sub-drawer latch coupled to the body and configured to engage and selectably release a retention hook of the drawer; and a processor coupled to the lid latch and the sub-drawer latch, the processor configured to cause the sub-drawer latch to release the retention hook of the drawer upon receipt of a sub-drawer release signal.
A microprocessor, comprising: a plurality of dynamically reconfigurable functional units; an instruction counter, wherein, as the plurality of dynamically reconfigurable functional units execute instructions according to a first selected configuration setting, the instruction counter is configured to count the instructions of a specified type to generate dynamic count; a reconfiguration unit configured to reconfigure the plurality of dynamically reconfigurable functional units to execute instructions according to a second selected configuration setting in response to the dynamic count matching a static count; and an instruction cache; wherein when a continuous sequence of N no operation instructions within a stream of instruction bytes fetched from the instruction cache is detected by the instruction counter, wherein N is greater than zero, the microprocessor is configured to suspend fetching and executing instructions from the instruction cache. a plurality of dynamically reconfigurable functional units; an instruction counter, wherein, as the plurality of dynamically reconfigurable functional units execute instructions according to a first selected configuration setting, the instruction counter is configured to count the instructions of a specified type to generate dynamic count; a reconfiguration unit configured to reconfigure the plurality of dynamically reconfigurable functional units to execute instructions according to a second selected configuration setting in response to the dynamic count matching a static count; and an instruction cache; wherein when a continuous sequence of N no operation instructions within a stream of instruction bytes fetched from the instruction cache is detected by the instruction counter, wherein N is greater than zero, the microprocessor is configured to suspend fetching and executing instructions from the instruction cache.
A driving engine, in particular for driving generators or the like, comprising a fluid energy source and at least one pair of operating cylinders (1, 2) of variable volumes connected to said fluid energy source by respective connecting tubes (3, 4), each operating cylinder (1, 2) comprising a piston (10, 11) of variable operating area, said pistons (10, 11), by means of piston rods (12, 13), are drivingly connected to a crankshaft, respectively, said cylinders (1, 2) comprising movable walls drivingly connected for synchronized movement by a first subassembly (31, 32, 33) to the crankshaft, respectively.
A strain measuring washer assembly comprising: - a plate shaped washer body, at least provided with a washer body central opening extending through the plate shaped washer body, a washer body outer peripheral surface, and a closed internal cavity surrounding the washer body central opening, - sound emitting means, positioned on the washer body outer peripheral surface and configured to emit a sound signal into the plate shaped washer body, and - sound detecting means positioned on the washer body outer peripheral surface and configured to detect an echo response of the sound signal from the plate shaped washer body. - a plate shaped washer body, at least provided with a washer body central opening extending through the plate shaped washer body, a washer body outer peripheral surface, and a closed internal cavity surrounding the washer body central opening, - sound emitting means, positioned on the washer body outer peripheral surface and configured to emit a sound signal into the plate shaped washer body, and - sound detecting means positioned on the washer body outer peripheral surface and configured to detect an echo response of the sound signal from the plate shaped washer body.
An e-cigarette comprising: a cartomizer; and a battery; wherein the cartomizer comprises a glycol and water solution and an insert configured to deliver a flavor to an aerosol created by the cartomizer, characterized in that the insert has a coil wrapped structure and a flavor coated area. a cartomizer; and a battery; wherein the cartomizer comprises a glycol and water solution and an insert configured to deliver a flavor to an aerosol created by the cartomizer, characterized in that the insert has a coil wrapped structure and a flavor coated area.
A yarn balloon limiter for a spinning unit of a ring spinning machine, comprising • a holder; • a pair of pins (46, 47) mounted horizontally in the holder, wherein longitudinal axes of the pins (46, 47) are parallel to each other; • a half ring (50, 51) connected to each of the pins (46, 47); • wherein the two half rings (50, 51) arranged opposite each other to form a ring in closed position; and • wherein the pins (46, 47) are coupled to a rotational drive to pivote around the longitudinal axes of the pins in order to open and close the ring formed by the two half rings (50, 51). • a holder; • a pair of pins (46, 47) mounted horizontally in the holder, wherein longitudinal axes of the pins (46, 47) are parallel to each other; • a half ring (50, 51) connected to each of the pins (46, 47); • wherein the two half rings (50, 51) arranged opposite each other to form a ring in closed position; and • wherein the pins (46, 47) are coupled to a rotational drive to pivote around the longitudinal axes of the pins in order to open and close the ring formed by the two half rings (50, 51).
A gel composition comprising: (a) 0.1 to 60 mass % of a block-type alkylene oxide derivative, (b) an oil, and (c) 0.1 to 10 mass % of water; the block-type alkylene oxide derivative being represented by the following formula: R 1 O-[ 1 m n]-R 2 wherein AO represents an oxyalkylene group having 3 to 4 carbon atoms; EO represents an oxyethylene group; 1 and n represent average addition mole numbers of the oxyalkylene group and m represents average addition mole number of the oxyethylene group, which are 1≤m≤70 and 1≤1+n≤70; the oxyethylene group is 20 to 80 mass % with respect to the sum of the oxyalkylene group having 3 to 4 carbon atoms and the oxyethylene group; and each of R 1 and R 2 which may be identical to or different from each other, is a hydrocarbon group having 1 to 4 carbon atoms; wherein the composition has an oil phase as a continuous phase; wherein the viscosity of the composition is 500 mPa·s or more (at 25°C); and wherein the block-type alkylene oxide derivative forms aggregates in the composition including said oil and said water, said aggregates exhibiting a gel-forming ability. (a) 0.1 to 60 mass % of a block-type alkylene oxide derivative, (b) an oil, and (c) 0.1 to 10 mass % of water;
Exercise apparatus comprising: a single weight source operably connected to at least four manual actuators (28, 32, 44, 60) by a cable and pulley system comprising a plurality of pulley wheels, a supporting frame for the weight source and pulley wheels, and the cable defining a force path from the weight source over the pulley wheels to the manual actuators, wherein the pulley wheels and frame are provided in a common plane with the weight source at least when the exercise apparatus is not in use, and the manual actuators are provided at spaced locations along the path defined by the cable and are actuatable in a direction away from the common plane when in use wherein the cable comprises a plurality of cable portions comprising a common cable portion operably connected to the weight source and one or more branching cable portion wherein at least one of the manual actuators is connected to an end of the common cable portion, at least one of the manual actuators is connected to an end of the branching cable portion, and at least one of the of the manual actuators is connected part-way along the length of the cable and arranged to be actuated away from the common plane. a single weight source operably connected to at least four manual actuators (28, 32, 44, 60) by a cable and pulley system comprising a plurality of pulley wheels, a supporting frame for the weight source and pulley wheels, and the cable defining a force path from the weight source over the pulley wheels to the manual actuators, wherein the pulley wheels and frame are provided in a common plane with the weight source at least when the exercise apparatus is not in use, and the manual actuators are provided at spaced locations along the path defined by the cable and are actuatable in a direction away from the common plane when in use wherein the cable comprises a plurality of cable portions comprising a common cable portion operably connected to the weight source and one or more branching cable portion wherein at least one of the manual actuators is connected to an end of the common cable portion, at least one of the manual actuators is connected to an end of the branching cable portion, and at least one of the of the manual actuators is connected part-way along the length of the cable and arranged to be actuated away from the common plane.
A water felted base mat for a suspended ceiling tile comprising on a weight basis between 30 and 70% mineral wool, about 3 to 12% binder, and 3 to 12% cellulose fiber, characterized in that the mat further comprises 5 to 30% expanded glass beads having a bulk density of about 25 lbs./ft 3 (400.46 kg/m 3).
A method to temporarily restrain stretchable non-woven fabric stretchability comprising: (a) providing non-stretchability characteristics to the stretchable non-woven fabric to restrain stretchability of the non-woven fabric, and (b) subsequently eliminating the non-stretchablilty characteristics previously acquired by the non-woven fabric. (a) providing non-stretchability characteristics to the stretchable non-woven fabric to restrain stretchability of the non-woven fabric, and (b) subsequently eliminating the non-stretchablilty characteristics previously acquired by the non-woven fabric.
Method for desorption of iron binding metals and oxyanions from superparamagnetic iron oxide nanoparticles (SPION) based adsorbent filters comprising the increase of the temperature of the SPION based adsorbent filters up to 70°C or above, wherein said iron binding metal is arsenic and wherein a redox compound is added, and wherein the redox compound is zinc (Zn) or tin (Sn) powder.
Screw intended for the extrusion or mixing of elastomers or plastic products, characterized in that it comprises: - a support, - at least one sleeve having at least one relief projecting from an external face of the sleeve, and - at least one split annular securing member, characterised in that the member is tightened between the sleeve and the support in a radial direction with respect to an axis of the screw so as to secure the sleeve rigidly to the support, the member and the sleeve having frustoconical faces (22, 12) in mutual contact. - a support, - at least one sleeve having at least one relief projecting from an external face of the sleeve, and - at least one split annular securing member,