mhurhangee/ep-ind-claims huggingface dataset:
A multilayer porous composite for providing durable, non-clogging water separation in a flow path of a fuel with a microemulsion of water comprising; a. a porous, non-woven, fibrous filter media layer; b. a hydrophobic microporous laminate comprising an ePTFE membrane with largest pore size between 0.1 and 50 microns and a non-woven support layer, wherein the surface of the ePTFE membrane faces the porous non-woven fibrous filter media layer; and c. a separation distance V/SA between the porous non-woven fibrous filter media layer and the hydrophobic microporous laminate that satisfies the relation V SA > 1. 5 mm where V is the volume described by a body with a square or rectangular base defined by the filter area of the hydrophobic microporous laminate and a height equivalent to either the minimum linear distance between the porous, non-woven, fibrous filter media layer and the hydrophobic micro-porous laminate, or the average distance of separation between the porous, non-woven, fibrous filter media layer and the hydrophobic micro-porous laminate when the minimum separation distance is zero; and SA is the filter surface area of geometric plane covering top most surface of the hydrophobic microporous laminate. a. a porous, non-woven, fibrous filter media layer; b. a hydrophobic microporous laminate comprising an ePTFE membrane with largest pore size between 0.1 and 50 microns and a non-woven support layer, wherein the surface of the ePTFE membrane faces the porous non-woven fibrous filter media layer; and c. a separation distance V/SA between the porous non-woven fibrous filter media layer and the hydrophobic microporous laminate that satisfies the relation V SA > 1. 5 mm
A chemokine chosen from the group consisting of CC-chemokine ligand-19, CC-chemokine ligand-21, variants with conservative substitutions and combinations thereof for use in the treatment by local administration of a patient receiving a tissue implant to induce immunotolerance to the implant.
Rotor for an electrical engine, with a rotor shaft and a winding support coupled to the rotor shaft in a rotationally fixed manner, wherein the rotor comprises at least one heat pipe (7, 19) running at an angle to the rotor shaft, wherein in a first alternative at least one winding is arranged on the winding support and the heat pipe or at least one of the heat pipes is guided along an axial end face of the winding support, or in a second alternative a squirrel cage is arranged on the winding support, which is formed by several rods short-circuited by short-circuit rings on the end faces of the winding support, wherein an end of the heat pipe or of at least one of the heat pipes, said end facing away from the rotor shaft, is in contact with a short-circuit ring directly or via a heat-conducting medium and/or is received in a recess of a short-circuit ring, wherein both in the first and the second alternative, the rotor shaft comprises a cavity through which a cooling fluid can flow and/or comprises a further heat pipe which extends at least in sections in the longitudinal direction of the rotor shaft, so that heat is dissipated axially via the rotor shaft, wherein an end of the heat pipe (7, 19) or of at least one of the heat pipes (7, 19), said end being on the rotor shaft side, is in contact with the further heat pipe directly or via a heat-conducting medium and/or adjoins or projects into the cavity.
Method for preparing isophorone nitrile from isophorone and hydrocyanic acid, wherein the reaction is carried out in a heterogeneous phase in the presence of a calcium alkoxide as catalyst, characterized in that the BET surface area of the calcium alkoxide is at least 5 m 2 /g and characterized in that calcium alkoxide is used with an apparent density of at least 250 g/l.
A coated paperboard comprising: a. a base substrate having a brightness of about 65 or less measured using TAPPI T452 and b. a coating on at least one side of the base substrate, wherein the coating comprises: i. one or more opaque layers including a white filler, wherein the opaque layer covers the base substrate so that visibility of the base substrate through the opaque layer is substantially eliminated; ii. a barrier layer covering the opaque layer; wherein the barrier layer is applied in a sufficient amount so that the barrier layer substantially prevents aqueous fluids from contacting the opaque layer and the barrier layer has a coat weight of about 4 g/m 2 or less, wherein the opaque layer has a sufficient coat weight so that the opaque layer substantially blocks the base substrate from visibility and the coated paperboard has a brightness on the side of the base substrate with the coating of about 65 or more measured using TAPPI T452, and a wet brightness drop, on the side of the base substrate with the coating, of about 30 or less, measured using the wet brightness drop test; and wherein the coat weight of the one or more opaque layers is about 40 g/m 2 or less. a. a base substrate having a brightness of about 65 or less measured using TAPPI T452 and b. a coating on at least one side of the base substrate, wherein the coating comprises: i. one or more opaque layers including a white filler, wherein the opaque layer covers the base substrate so that visibility of the base substrate through the opaque layer is substantially eliminated; ii. a barrier layer covering the opaque layer; i. one or more opaque layers including a white filler, wherein the opaque layer covers the base substrate so that visibility of the base substrate through the opaque layer is substantially eliminated; ii. a barrier layer covering the opaque layer;
A load-bearing apparatus comprising: a detensioning winch apparatus defining an outboard side and an inboard side; and a load-bearing spoolable medium for connecting to a load on the outboard side of the detensioning winch apparatus, the load-bearing spoolable medium comprising a plurality of load-bearing elements (121, 122, 123) and being spooled for at least one turn about the detensioning winch apparatus and defining an outboard portion extending on the outboard side of the detensioning winch apparatus and an inboard portion extending on the inboard side of the detensioning winch apparatus, a tension control apparatus (151, 152, 153) for individually and adjustably controlling the tension of each of the plurality of load-bearing elements (121, 122, 123); wherein the load-bearing elements (121, 122, 123) are arranged side-by-side on a contact surface of the detensioning winch apparatus,wherein the detensioning winch apparatus reduces tension within the load-bearing spoolable medium from the outboard portion to the inboard portion. a detensioning winch apparatus defining an outboard side and an inboard side; and a load-bearing spoolable medium for connecting to a load on the outboard side of the detensioning winch apparatus, the load-bearing spoolable medium comprising a plurality of load-bearing elements (121, 122, 123) and being spooled for at least one turn about the detensioning winch apparatus and defining an outboard portion extending on the outboard side of the detensioning winch apparatus and an inboard portion extending on the inboard side of the detensioning winch apparatus, a tension control apparatus (151, 152, 153) for individually and adjustably controlling the tension of each of the plurality of load-bearing elements (121, 122, 123); wherein the load-bearing elements (121, 122, 123) are arranged side-by-side on a contact surface of the detensioning winch apparatus,wherein the detensioning winch apparatus reduces tension within the load-bearing spoolable medium from the outboard portion to the inboard portion.
A process for oligomerisation of isocyanates comprising a step of continuous transformation of an isocyanate monomer into polyisocyanate containing carbamate and/or allophanate groups in the presence of a catalyst, wherein the transformation step is carried out in a plate heat exchanger reactor having a specific heat exchange coefficient greater than or equal to 200 kW/m 3 /°C, the temperature being constant and controlled inside the reactor throughout the reaction, and maintained between 65°C and 180°C.
Heat exchanger, in particular with indirect contact, preferably on the surface, for discharge containers of solenoid valves of machines for coffee dispensing, the heat exchanger comprising a body configured to be placed inside a discharge container of at least one solenoid valve of a machine for coffee dispensing, the body comprising: a first portion externally presenting a collection cavity of a hot waste fluid coming from the solenoid valve of the machine for coffee dispensing, the collection cavity defining a first surface of the first portion, arranged to come into contact with the hot waste fluid of the solenoid valve and a second surface facing the opposite side from the first surface; a second portion presenting a primary surface in contact with the second surface of the first portion and a secondary surface opposed to the primary surface, the secondary surface of the second portion of the body being arranged to come into contact with a heat exchange fluid of the machine for coffee dispensing having a different temperature from the temperature of the hot waste fluid of the solenoid valve of the machine, the first and second portion (3, 5) of the body of the heat exchanger allowing an exchange of heat, by conduction, between the hot waste fluid of the solenoid valve in contact with the first surface of the first portion of the body and the heat exchange fluid of the machine for coffee dispensing in contact with the secondary surface of the second portion of the body of the heat exchanger. a first portion externally presenting a collection cavity of a hot waste fluid coming from the solenoid valve of the machine for coffee dispensing, the collection cavity defining a first surface of the first portion, arranged to come into contact with the hot waste fluid of the solenoid valve and a second surface facing the opposite side from the first surface; a second portion presenting a primary surface in contact with the second surface of the first portion and a secondary surface opposed to the primary surface, the secondary surface of the second portion of the body being arranged to come into contact with a heat exchange fluid of the machine for coffee dispensing having a different temperature from the temperature of the hot waste fluid of the solenoid valve of the machine, the first and second portion (3, 5) of the body of the heat exchanger allowing an exchange of heat, by conduction, between the hot waste fluid of the solenoid valve in contact with the first surface of the first portion of the body and the heat exchange fluid of the machine for coffee dispensing in contact with the secondary surface of the second portion of the body of the heat exchanger.
Method for producing an electrical connecting contact on a coated metal sheet, the coating of which has at least one electrical conductor track covered by an electrical insulation layer, In which method a tool is positioned relative to the electrical conductor track, thereafter a recess is produced with the aid of the tool through the electrical insulation layer at least as far as the electrical conductor track and, in a next step, an electrically conductive contact element is provided in this recess, which Is electrically connected at one of Its ends (7.1) to the conductor track and forms the electrical connecting contact at another of its ends (7.2), characterized In that the metal sheet is scanned with an infrared detector, a heat distribution of the metal sheet is formed from this scanning data (12.1, 12.2, 12.3), and location information with respect to the conductor track of the metal sheet Is determined by means of the heat distribution, which location Information Is taken Into account when positioning the tool.
A control system comprising a machine having a tool arranged to move through a known path of movement and a means (16, 18) for detecting the location of objects in or adjacent the path of the tool; the control system being characterised by further comprising a processing and control means arranged to determine the distance between the objects in or adjacent the path of the tool and a leading edge of the tool; wherein the control system includes a first mode of operation in which the processing and control means controls movement of the tool such that the distance between the objects in or adjacent the path of the tool and the leading edge of the tool is maintained within minimum and maximum values.
A method of configuring a control resource set, CORESET, performed by a network equipment side, the method being characterized by comprising: configuring, for a terminal, indication information for indicating time-frequency domain position information of the CORESET of data information; wherein the indication information comprises: a first indication field for indicating downlink numerology information and a second indication field for indicating a CORESET configuration, and the first indication field comprises at least one of: first indication information for indicating whether numerology information for the CORESET is the same as numerology information for a synchronized signal, SS, block; or second indication information for indicating the numerology information for the CORESET; wherein, the numerology information comprises: subcarrier spacing, the CORESET configuration comprises: a first configuration in which numerology information for the CORESET is the same as numerology information for the synchronized signal, SS, block, or a second configuration in which the numerology information for the CORESET is different from the numerology information for the SS block; and transmitting the indication information to the terminal through a system master information block, MIB, carried by an SS block. configuring, for a terminal, indication information for indicating time-frequency domain position information of the CORESET of data information; wherein the indication information comprises: a first indication field for indicating downlink numerology information and a second indication field for indicating a CORESET configuration, and the first indication field comprises at least one of: first indication information for indicating whether numerology information for the CORESET is the same as numerology information for a synchronized signal, SS, block; or second indication information for indicating the numerology information for the CORESET; wherein, the numerology information comprises: subcarrier spacing, the CORESET configuration comprises: a first configuration in which numerology information for the CORESET is the same as numerology information for the synchronized signal, SS, block, or a second configuration in which the numerology information for the CORESET is different from the numerology information for the SS block; and transmitting the indication information to the terminal through a system master information block, MIB, carried by an SS block.
A regulation device (18a, 18b, 22) for a seeder, for supplying seeds to a seeding element of a seeder and for being mounted downstream of means for dosing and transporting seeds, said regulation device (18a, 18b, 22) comprising a reserve zone, supplied with seeds via a supply inlet connected to said dosing and transport means, the device comprising a wheel capable of removing seeds from said reserve zone, by means of at least one row of teeth, each tooth being configured to ensure removal of a single seed from said reserve zone, and having: - a substantially planar surface, extending over a length L and forming a slide; - a housing substantially defining a semicircle with a radius Ri and tangent to the slide of the preceding tooth; - a tip forming a spout, the upper part of said spout substantially defining an ellipse portion bent towards said wheel, as an extension of said slide, and the lower part of said spout corresponding to an upper portion of said housing, the radius Ri being comprised between 1 and 10 mm and in that said length L is at least three times said radius Ri, characterised in that said slide is formed so that said single seed progressively slides along the slide until being released, and in that the housing is configured to hold said single seed and then guide the same towards said slide. said regulation device (18a, 18b, 22) comprising a reserve zone, supplied with seeds via a supply inlet connected to said dosing and transport means, the device comprising a wheel capable of removing seeds from said reserve zone, by means of at least one row of teeth, each tooth being configured to ensure removal of a single seed from said reserve zone, and having: - a substantially planar surface, extending over a length L and forming a slide; - a housing substantially defining a semicircle with a radius Ri and tangent to the slide of the preceding tooth; - a tip forming a spout, the upper part of said spout substantially defining an ellipse portion bent towards said wheel, as an extension of said slide, and the lower part of said spout corresponding to an upper portion of said housing, - a substantially planar surface, extending over a length L and forming a slide; - a housing substantially defining a semicircle with a radius Ri and tangent to the slide of the preceding tooth; - a tip forming a spout, the upper part of said spout substantially defining an ellipse portion bent towards said wheel, as an extension of said slide, and the lower part of said spout corresponding to an upper portion of said housing, the radius Ri being comprised between 1 and 10 mm and in that said length L is at least three times said radius Ri, characterised in that said slide is formed so that said single seed progressively slides along the slide until being released, and in that the housing is configured to hold said single seed and then guide the same towards said slide.
Track-bound vehicle having at least one measuring facility and at least one display facility for displaying at least one measured value, characterised in that the display facility comprises at least one electromagnetic-mechanical bistable display element (2, 8), wherein the track-bound vehicle comprises a control button (3, 4) which is arranged in the region of the display facility and is connected to the display facility, wherein the display facility and the control button (3, 4) are suitably embodied to establish a predetermined display state of the bistable display element (2, 8) when the control button (3, 4) is actuated, wherein the control button (3, 4) is embodied and connected to the display facility in such a way that a force is exerted onto the display element (2, 8) by actuating the control button (3, 4) in order to move this mechanically into the desired display position.
A method for transmitting a request signal, comprising: determining, by a base station, a channel occupancy request signal to be transmitted, wherein the channel occupancy request signal is a request signal for requesting channel occupancy to a user equipment after the base station performs a Listen-Before-Talk, LBT, in a direction corresponding to at least one beam; characterized in that, scheduling, by the base station, transmission of the channel occupancy request signal on a Physical Downlink Control Channel, PDCCH; wherein during the scheduling on the PDCCH, downlink control information, DCI, on the PDCCH is scrambled by a Radio Network Temporary Identifier, RNTI, dedicated to the channel occupancy request signal, wherein the RNTI is associated with a Tracking Area Identity, TA ID, or a Wake Up Signal area Identity, WUS area ID; and, transmitting, by the base station, a UE specific sequence or a cell specific sequence before transmitting the DCI scrambled by the RNTI. determining, by a base station, a channel occupancy request signal to be transmitted, wherein the channel occupancy request signal is a request signal for requesting channel occupancy to a user equipment after the base station performs a Listen-Before-Talk, LBT, in a direction corresponding to at least one beam; characterized in that, scheduling, by the base station, transmission of the channel occupancy request signal on a Physical Downlink Control Channel, PDCCH; wherein during the scheduling on the PDCCH, downlink control information, DCI, on the PDCCH is scrambled by a Radio Network Temporary Identifier, RNTI, dedicated to the channel occupancy request signal, wherein the RNTI is associated with a Tracking Area Identity, TA ID, or a Wake Up Signal area Identity, WUS area ID; and, transmitting, by the base station, a UE specific sequence or a cell specific sequence before transmitting the DCI scrambled by the RNTI.
Method for operating a radio communication system, wherein - a first radio station (NodeB 1) decides about the assignment of first radio resources (SB S1, SB S2, SB S3, SB S4) to a user terminal (UE11, UE12) and thereafter assigns the first radio resources (SB S1, SB S2, SB S3, SB S4) to the user terminal (UE11, UE12), characterized in that - before deciding about the assignment of the first radio resources (SB S1, SB S2, SB S3, SB S4) to the user terminal (UE11, UE12), the first radio station (NodeB 1) directly transmits information to a second radio station (NodeB 2) regarding the first radio station's (NodeB 1) strategy of radio resource assignment of the first radio resources (SB S1, SB S2, SB S3, SB S4) that are shared between the first radio station (NodeB 1) and the second radio station (NodeB 2), the strategy of radio resource_assignment regarding a scheduling time scale of the shared radio resources, wherein the transmitted information comprises information regarding the future use of the first radio resources by the first radio station (NodeB 1). - a first radio station (NodeB 1) decides about the assignment of first radio resources (SB S1, SB S2, SB S3, SB S4) to a user terminal (UE11, UE12) and thereafter assigns the first radio resources (SB S1, SB S2, SB S3, SB S4) to the user terminal (UE11, UE12), - before deciding about the assignment of the first radio resources (SB S1, SB S2, SB S3, SB S4) to the user terminal (UE11, UE12), the first radio station (NodeB 1) directly transmits information to a second radio station (NodeB 2) regarding the first radio station's (NodeB 1) strategy of radio resource assignment of the first radio resources (SB S1, SB S2, SB S3, SB S4) that are shared between the first radio station (NodeB 1) and the second radio station (NodeB 2), the strategy of radio resource_assignment regarding a scheduling time scale of the shared radio resources, wherein the transmitted information comprises information regarding the future use of the first radio resources by the first radio station (NodeB 1).
An olefin polymerization process comprising polymerizing at least one olefin in gas phase in a fluidized bed in the presence of an olefin polymerization catalyst in a polymerization reactor having a vertical body, a generally conical downwards tapering bottom zone, a generally cylindrical middle zone above and connected to said bottom zone, and a generally conical upwards tapering top zone above and connected to said middle zone and wherein (i) fluidization gas is introduced to the bottom zone of the reactor from where it passes upwards through the reactor; (ii) the fluidization gas is withdrawn from the top zone of the reactor, compressed and cooled so that a part of the fluidization gas condenses thus forming a mixture of liquid and gas, and the mixture is returned into the bottom zone of the reactor; (iii) a fluidized bed is formed within the reactor where the growing polymer particles are suspended in the upwards rising gas stream; (iv) the bed is cooled upon evaporation of the liquid; and (v) there is no fluidization grid in the reactor; characterized in that the amount of the liquid in the mixture introduced into the bottom zone of the reactor is from 0.5 to 20 % by weight.