mhurhangee/ep-ind-claims huggingface dataset:
A method for making a ballistic protection textile construction, wherein said method comprises providing a tetra-axial loom for simultaneously weaving according to four directrix lines and weaving on said loom a textile support element wherein the weft and warp fibers are further interwoven with fibers fed from two axes having opposite orientation angles from 10° to 80°, thereby said ballistic protection textile construction is similar to that of a conventional fabric including a mutually alternating weft and warp yarns or fibers thereon a cross arrangement of differently angled additional yarns or fibers is arranged.
Tanning process, comprising a tanning step and a retanning step; the process being characterized in that the tanning step comprises the steps of: treating skins in a drum with a bath containing a tanning product comprising an acid naphthalene tannin, an acid phenolic tannin and sodium sulphate; and optionally a synthetic ester; and the retanning step comprises the steps of: treating the skins in a drum with a retanning bath containing an aqueous solution of a di-aldehyde, in particular a C4-C6 linear di-aldehyde; adding a fatliquor; adding a liquid tanning product containing sulphone-based synthetic tannins, in particular phenolsulphone-based and/or di-idroxy-diphenilsulphonebased; adding a vegetal-base filler.
A production method of producing Physically unclonable functions (PUFs) and security labels, wherein it comprises the process steps of, i. Coating on a solid surface such as to have a thickness between 1-100 nm in order to create a film with the polymer solution that is terminated with an -OH group, whose water contact angle is at least 60 degrees when coated onto the surface, ii. Heating the polymer film that has been coated on the surface in order for it to bond with a covalent bond onto the solid surface, iii. Coating the solid surface that has been coated with polymer film, with a solution of the polymers that contain reactive groups, to have a thickness of 1-50 nm, iv. Creating a physically unclonable function on the surface by heating the solid surface that has been coated with a polymer solution containing reactive groups, that was previously coated with a polymer film, v. Bonding the chemical groups to interact with the polymer, comprising nanomaterials, biomaterials, dyestuff or particles that provide light scattering, to physically unclonable functions chemically or electrostatically, and establishing security labels from the images obtained by unique radiation, light scattering, Raman scattering, and dark field scattering that is provided by the bonded nanomaterials. i. Coating on a solid surface such as to have a thickness between 1-100 nm in order to create a film with the polymer solution that is terminated with an -OH group, whose water contact angle is at least 60 degrees when coated onto the surface, ii. Heating the polymer film that has been coated on the surface in order for it to bond with a covalent bond onto the solid surface, iii. Coating the solid surface that has been coated with polymer film, with a solution of the polymers that contain reactive groups, to have a thickness of 1-50 nm, iv. Creating a physically unclonable function on the surface by heating the solid surface that has been coated with a polymer solution containing reactive groups, that was previously coated with a polymer film, v. Bonding the chemical groups to interact with the polymer, comprising nanomaterials, biomaterials, dyestuff or particles that provide light scattering, to physically unclonable functions chemically or electrostatically, and establishing security labels from the images obtained by unique radiation, light scattering, Raman scattering, and dark field scattering that is provided by the bonded nanomaterials.
A wave generator body, in the following body, configured to be moved through water along a track direction, comprising - a first part forming the bow of the body when the body is moved through water along the track direction, - a second part arranged downstream of the first part and forming the stem of the body when the body is moved through water along the track direction; characterized in that the body is configured with a variable width, and wherein at least one of the first part and the second part includes - at least one base member configured to be mounted to a traction system for moving the body through water; and - at least one flap member coupled to an axis (100; 110) of the body, wherein the at least one flap member is configured to be partially rotated around the axis (100; 110) to variably set the width of the body. - a first part forming the bow of the body when the body is moved through water along the track direction, - a second part arranged downstream of the first part and forming the stem of the body when the body is moved through water along the track direction; characterized in that the body is configured with a variable width, and wherein at least one of the first part and the second part includes - at least one base member configured to be mounted to a traction system for moving the body through water; and - at least one flap member coupled to an axis (100; 110) of the body, wherein the at least one flap member is configured to be partially rotated around the axis (100; 110) to variably set the width of the body.
A transition duct for communicating gas between low and high pressure compressors (5, 6) in a multi-stage compressor of a gas turbine engine, said duct arranged in use to communicate gas between a first and second compressor coaxially located with respect to a central axis of the gas turbine engine, wherein the duct is in the form of a ring or annulus configured to be coaxially located with respect to a central axis of the compressor and the duct tapers from a first maximum radius measured from the central axis of the compressor to a second smaller radius measured from the central axis of the compressor and the duct defines a channel for a gas flow, wherein in use, the gas flow (A, B) enters and leaves the transition duct having a flow direction parallel with the central axis of the gas turbine engine, wherein the duct comprises an inner gas facing wall and an opposing outer gas facing wall defining inner surfaces of the channel, and wherein regions (C, D, E, F) of the inner surfaces of the channel have a predetermined and dissimilar surface roughness, characterized in that at least one region (C, D) of the inner surface of the channel against which flowing gas impinges is provided with a surface roughness which is lower than that of regions (E, F) of the inner surfaces against which flowing gas does not impinge.
Method for the production of ethylene and acetic acid, wherein a reaction charge stream containing ethane and oxygen is formed, and a portion of the ethane and the oxygen in the reaction charge stream is converted into ethylene and acetic acid via oxidative dehydrogenation to obtain a process gas, wherein the process gas contains the unconverted portion of the ethane and the oxygen, the ethylene, and the acetic acid as well as water, characterized in that the method includes setting a water partial pressure to a value in a range of between 0.5 and 5 bar (abs.), in particular between 0.7 and 3 bar (abs.), in the process gas as a function of a predetermined product ratio of the acetic acid to the ethylene, wherein one or more reactors are used for the oxidative dehydrogenation, and the water partial pressure is set in this range at a reactor outlet of the reactor or reactors.
A transfer system comprising two belt conveyors (1, 2) wherein a first conveyor belt is the delivery belt for delivering a product in a first forward movement direction (C 1) to the second conveyor belt or receiving belt in a second forward movement direction (C 2); and wherein between the first conveyor belt and the second conveyor belt said transfer system comprises a transfer comb (100, 100') which comprises a first region from which there project a plurality of tines parallel to one another, and wherein the transfer comb comprises a second flat region with at least one roller; and wherein the transfer system further comprises drive means (20, 30) for rotating said at least one roller; characterized in that the at least one roller is configured for rotating with respect to a horizontal shaft and is arranged obliquely with respect to a vertical axis of the tines; and in that the surface of the at least one roller projects from the top and bottom of the horizontal defined by the surface of the second flat region such that the drive means (20,30) can rotate said at least one roller in a direction opposite to the second forward movement direction (C 2) of the second conveyor belt.
A slider unit for a tertiary air duct between a clinker cooler and a calciner of a clinker kiln line having at least one shutoff device which can be inserted into the tertiary air duct to shut it off and does not further reduce the cross section of the tertiary air duct, characterised in that the slider unit further comprises at least one control device being configured for being inserted into said duct for reducing the cross section of a section of the tertiary air duct.
A vessel handling system, comprising: a vessel having a wall forming a hollow body portion to receive a flowable medium and having a neck portion with an opening configured for the flowable medium to be filled into the hollow body and to be dispensed out of the vessel; a holding part having attachment means configured for mounting the holding part to the vessel and having circumferential engagement means with an outer contour configured to protrude from the wall of the vessel when the holding part is mounted on the vessel, the circumferential engagement means comprising at least one lower surface; a gripper having a fixture configured for mounting the gripper at a tool flange of a robotic device, the gripper further having a receptacle with at least one upper surface, the receptacle is configured to accommodate the circumferential engagement means of the holding part, when the gripper is carrying the holding part together with the vessel while the lower surface of the circumferential engagement means of the holding part being supported by the upper surface of the receptacle of the gripper. a vessel having a wall forming a hollow body portion to receive a flowable medium and having a neck portion with an opening configured for the flowable medium to be filled into the hollow body and to be dispensed out of the vessel; a holding part having attachment means configured for mounting the holding part to the vessel and having circumferential engagement means with an outer contour configured to protrude from the wall of the vessel when the holding part is mounted on the vessel, the circumferential engagement means comprising at least one lower surface; a gripper having a fixture configured for mounting the gripper at a tool flange of a robotic device, the gripper further having a receptacle with at least one upper surface, the receptacle is configured to accommodate the circumferential engagement means of the holding part, when the gripper is carrying the holding part together with the vessel while the lower surface of the circumferential engagement means of the holding part being supported by the upper surface of the receptacle of the gripper.
A process for producing fiber composite materials which comprises mixing an isocyanate component A and a polyol component B to afford a reaction mixture, impregnating fibers with the reaction mixture and curing the impregnated fibers, where the polyol component B comprises the alkoxylation product of a mixture comprising at least one fat-based alcohol (i) and at least one OH-functional compound having aliphatically bonded OH groups and an OH functionality of 2 to 4 which is not a fat-based alcohol (ii).
A hemodialysis system, comprising: a first module comprising a blood pump, the first module comprising components arranged to accommodate a display on a front face of the first module of the hemodialysis system; a blood line operatively connected to the blood pump such that the blood pump can pump blood through the blood line when the blood line is in fluid communication with a blood source; a dialyzer fluidly connected to the blood line; a second module that is separate from the first module, the second module comprising a dialysate pump (182, 184); a dialysate line (184, 222) operatively connected to the dialysate pump such that the dialysate pump can pump dialysate through the dialysate line when the dialysate line (184, 222) is in fluid communication with a dialysate source, the dialysate line (184, 222) being fluidly connected to the dialyzer, wherein the first and second modules (104, 106) are releasably secured to one another so that the first module can be removed from the second module for transport, and wherein the first module is positioned on top of the second module. a first module comprising a blood pump, the first module comprising components arranged to accommodate a display on a front face of the first module of the hemodialysis system; a blood line operatively connected to the blood pump such that the blood pump can pump blood through the blood line when the blood line is in fluid communication with a blood source; a dialyzer fluidly connected to the blood line; a second module that is separate from the first module, the second module comprising a dialysate pump (182, 184); a dialysate line (184, 222) operatively connected to the dialysate pump such that the dialysate pump can pump dialysate through the dialysate line when the dialysate line (184, 222) is in fluid communication with a dialysate source, the dialysate line (184, 222) being fluidly connected to the dialyzer, wherein the first and second modules (104, 106) are releasably secured to one another so that the first module can be removed from the second module for transport, and wherein the first module is positioned on top of the second module.
An apparatus suitable for making a biocompatible three-dimensional object, said apparatus comprising: - a support body, also called core; - at least one delivery unit (110,111,112) configured in such a way to deliver at least one biocompatible fluid substance towards said support body having a matrix surface, in such a way to obtain a coating layer of a predetermined thickness coating said matrix surface, said biocompatible fluid substance comprising a plurality of particles; a handling unit configured in such a way to generate, according to at least 3 degrees of freedom, a relative movement between said support body and said or each delivery unit (110,111,112), in such a way that said support body can be coated with said at least one delivered biocompatible fluid substance in such a way to obtain a three-dimensional object having an object surface corresponding to said matrix surface of said support body, characterized in that it further comprises a suction and/or blowing device arranged to generate a suction and/or blowing current, said suction and/or blowing current configured to remove from said support body any surplus particles of said biocompatible fluid substance supplied by said or each delivery unit (110,111,112). - a support body, also called core; - at least one delivery unit (110,111,112) configured in such a way to deliver at least one biocompatible fluid substance towards said support body having a matrix surface, in such a way to obtain a coating layer of a predetermined thickness coating said matrix surface, said biocompatible fluid substance comprising a plurality of particles;
A method of wireless communication, comprising: determining a channel condition associated with each of a first carrier (112, 132) of a first base station (110, 130) and a second carrier (114, 134) of the first base station; assigning the first carrier to a first antenna element configuration; assigning the second carrier to a second antenna element configuration, the first antenna element configuration and the second antenna element configuration providing different coverage areas; transmitting, via the first carrier, a first portion of a data stream; and simultaneously transmitting, via the second carrier, a second portion of the data stream, wherein an amount of data in the first portion of the data stream and an amount of data in the second portion of the data stream is determined based on the determined channel conditions. determining a channel condition associated with each of a first carrier (112, 132) of a first base station (110, 130) and a second carrier (114, 134) of the first base station; assigning the first carrier to a first antenna element configuration; assigning the second carrier to a second antenna element configuration, the first antenna element configuration and the second antenna element configuration providing different coverage areas; transmitting, via the first carrier, a first portion of a data stream; and simultaneously transmitting, via the second carrier, a second portion of the data stream, wherein an amount of data in the first portion of the data stream and an amount of data in the second portion of the data stream is determined based on the determined channel conditions.
A method of managing data transfer from a server to an electronic device via a wireless communication, the method comprising: initiating, by the electronic device, a synchronization of a database of the electronic device with the server; determining, by the electronic device, a length of time since the synchronization of the database of the electronic device with the server; in response to determining that the length of time meets a threshold period of time: requesting, by the electronic device, an estimate of a quantity of data records for sending from the server to the electronic device to perform a further synchronization; characterised in that in response to the requested estimate of the quantity of data records exceeding a threshold number: requesting, by the electronic device, incomplete data records from the server, wherein the incomplete data records include less than all fields of the data records for transfer to the electronic device; and in response to the requested estimate of the quantity of data records being less than the threshold number: requesting, by the electronic device, complete data records from the server, wherein the complete data records include all fields of the data records for transfer to the electronic device. initiating, by the electronic device, a synchronization of a database of the electronic device with the server; determining, by the electronic device, a length of time since the synchronization of the database of the electronic device with the server; in response to determining that the length of time meets a threshold period of time: requesting, by the electronic device, an estimate of a quantity of data records for sending from the server to the electronic device to perform a further synchronization; characterised in that in response to the requested estimate of the quantity of data records exceeding a threshold number: requesting, by the electronic device, incomplete data records from the server, wherein the incomplete data records include less than all fields of the data records for transfer to the electronic device; and in response to the requested estimate of the quantity of data records being less than the threshold number: requesting, by the electronic device, complete data records from the server, wherein the complete data records include all fields of the data records for transfer to the electronic device. requesting, by the electronic device, an estimate of a quantity of data records for sending from the server to the electronic device to perform a further synchronization; characterised in that in response to the requested estimate of the quantity of data records exceeding a threshold number: requesting, by the electronic device, incomplete data records from the server, wherein the incomplete data records include less than all fields of the data records for transfer to the electronic device; and in response to the requested estimate of the quantity of data records being less than the threshold number: requesting, by the electronic device, complete data records from the server, wherein the complete data records include all fields of the data records for transfer to the electronic device.
Timepiece regulating mechanism, including a plate and arranged on said plate, a resonator mechanism with a quality factor Q, and an escapement mechanism arranged to be subjected to a torque of drive means included in a movement, said resonator mechanism including an inertia element arranged to oscillate with respect to said plate, said inertia element being subjected to the action of elastic return means directly or indirectly attached to said plate, and said inertia element being arranged to cooperate indirectly with an escape mobile component included in said escapement mechanism, characterised in that said resonator mechanism is a resonator with a virtual pivot, rotating about a main axis, with a flexure bearing including at least two flexible strips, and including an impulse pin integral with said inertia element, wherein said escapement mechanism includes pallets pallets pivoting about a secondary axis and including a lever fork arranged to cooperate with said impulse pin, characterised in that said escapement mechanism is a detached escapement mechanism during the operating cycle of which said resonator mechanism has at least one phase of freedom wherein said impulse pin is at a distance from said lever fork and characterised in that said pallets is in a single layer of silicon, placed on an arbour pivoted with respect to said plate.