mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in improving an anxiety-like symptom, comprising the following amino acids at the following contents relative to the total content of leucine, lysine, valine, isoleucine, phenylalanine, histidine and tryptophan: leucine 25 mol% - 45 mol%, phenylalanine 20 mol% - 40 mol%, lysine 10 mol% - 30 mol%, valine 2 mol% - 7 mol%, isoleucine 5 mol% - 15 mol%, histidine 2 mol% - 10 mol%, and tryptophan 0.1 mol% - 2 mol%. leucine 25 mol% - 45 mol%, phenylalanine 20 mol% - 40 mol%, lysine 10 mol% - 30 mol%, valine 2 mol% - 7 mol%, isoleucine 5 mol% - 15 mol%, histidine 2 mol% - 10 mol%, and tryptophan 0.1 mol% - 2 mol%.
A security element for value documents, wherein the security element comprises a carrier film and at least one decorative layer, wherein the security element has holes, wherein the at least one decorative layer comprises at least one metal layer and/or at least one layer of a printing ink and/or at least one layer having an optically variable effect and/or at least one thin-layer element having an optically variable effect and/or at least one layer with at least one fluorescent dye, characterized in that the security element, as viewed in the longitudinal direction of the security element, has at least two holes in a first region and also at least two holes in a second region, wherein a continuous unperforated window region is arranged between the first region and the second region, wherein a length of the window region, as viewed in the longitudinal direction of the security element, is greater than a shortest distance between two directly adjacent holes of the first region and between two directly adjacent holes of the second region.
A process for producing an article by three-dimensional printing, the process comprising: positioning a layer of solid particles in a planar bed; applying a liquid binder over a predetermined area of the layer of solid particles, the liquid binder comprising a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; infiltrating gaps between the solid particles with the liquid binder in the predetermined area of the layer of solid particles to form a first cross-sectional layer of an article; and reacting the 1,1-di-activated vinyl compound, or multifunctional form thereof, or combination thereof, thereby solidifying the liquid binder and binding the solid particles in the first cross-sectional layer of the article, wherein the 1,1-di-activated vinyl compound comprises a methylene dicarbonyl compound, a dihalo vinyl compound, or a dihaloalkyl disubstituted vinyl compound, or a multifunctional form of any thereof, or a combination of any thereof. positioning a layer of solid particles in a planar bed; applying a liquid binder over a predetermined area of the layer of solid particles, the liquid binder comprising a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof; infiltrating gaps between the solid particles with the liquid binder in the predetermined area of the layer of solid particles to form a first cross-sectional layer of an article; and reacting the 1,1-di-activated vinyl compound, or multifunctional form thereof, or combination thereof, thereby solidifying the liquid binder and binding the solid particles in the first cross-sectional layer of the article, wherein the 1,1-di-activated vinyl compound comprises a methylene dicarbonyl compound, a dihalo vinyl compound, or a dihaloalkyl disubstituted vinyl compound, or a multifunctional form of any thereof, or a combination of any thereof.
An ostomy pouch comprising a first pouch wall and a second pouch wall joined together along a peripheral seal to form a cavity for accommodating waste material; and said pouch having an upper and a lower portion (4,5); an inlet provided in the first pouch wall for receiving waste into the pouch; said inlet opening being provided in the upper portion; characterized in that the pouch further comprises a top view member configured for viewing inside of the pouch from top and comprising two layers of film (71, 72) that are joined together at a lower edge by heat sealing or by folding, wherein at least one of the two layers of film (71, 72) is formed from a transparent flexible film, and wherein said two layers of film (71, 72) are provided on an upper section of said upper portion between said first and second pouch walls (1, 2), wherein upper peripheries of the top view member are sealed to either the first and the second walls by peripheral seals (3a, 3b), and the rest of the top view member is closed to form a pocket-like structure having an opening defined between the upper peripheries that are sealed to the first and second pouch walls, wherein the top view member forms an openable pocket between the first and second pouch walls (1, 2).
A method for the manufacturing of a carrying device for reception of at least one sensor, comprising the steps of: - providing a receiving body having a surface to be coated and a space which is open on the side of this surface, - providing a second body having a sealing surface and positioning the sealing surface of the second body in such a manner that the surface to be coated of the receiving body is sealed by the second body at least in the circumference of the space in the receiving body, - providing a formable or moldable filling material in the space in such a manner that the filling material forms a surface shaped complementary to the sealing surface of the second body closing the space, - solidifying at least the volume of the filling material contacting the sealing surface of the second body, - removing the sealing surface of the second body from the surface to be coated as well as from the surface provided by the filling material, - coating the surface to be coated such that a membrane is provided sealing the space. - providing a receiving body having a surface to be coated and a space which is open on the side of this surface, - providing a second body having a sealing surface and positioning the sealing surface of the second body in such a manner that the surface to be coated of the receiving body is sealed by the second body at least in the circumference of the space in the receiving body, - providing a formable or moldable filling material in the space in such a manner that the filling material forms a surface shaped complementary to the sealing surface of the second body closing the space, - solidifying at least the volume of the filling material contacting the sealing surface of the second body, - removing the sealing surface of the second body from the surface to be coated as well as from the surface provided by the filling material, - coating the surface to be coated such that a membrane is provided sealing the space.
A process for the protection of coated surfaces of technical products against damage by application of a protective layer, characterized in that the surface is brought into contact with an aqueous alginate solution and Ca 2+ ions, which cause the alginate to gelatinize, the aqueous solution containing calcium carbonate in finely dispersed form and the Ca 2+ ions being released from calcium carbonate by spraying with a weak acid.
A distributed control system, comprising: a plurality of controllers, each controller of the plurality of controllers being in communication with the remaining controllers of the plurality of controllers, each controller being configured to control at least one device, each controller being further configured to and characterised by: initiate a first timer, in response to a received signal, the first timer having a length that is unique with respect to the first timer lengths of the remaining controllers of the plurality of controllers; send a first notification signal, upon the expiration of the first timer, to the remaining controllers notifying the remaining controllers of an intent to send a command signal; and send the command signal to the at least one device, wherein the controller is configured to cancel sending the first notification signal and the command signal if the first notification signal is received from one of the remaining controllers of the plurality of controllers prior to the expiration of the first timer. initiate a first timer, in response to a received signal, the first timer having a length that is unique with respect to the first timer lengths of the remaining controllers of the plurality of controllers; send a first notification signal, upon the expiration of the first timer, to the remaining controllers notifying the remaining controllers of an intent to send a command signal; and send the command signal to the at least one device, wherein the controller is configured to cancel sending the first notification signal and the command signal if the first notification signal is received from one of the remaining controllers of the plurality of controllers prior to the expiration of the first timer.
A vertical channel field-effect transistor, comprising: a bottom conducting layer provided on a primary substrate; an adhesive layer provided on a top surface of the bottom conducting layer; a top conducting layer provided on a top surface of the adhesive layer, wherein a portion of the perimeter of the top conducting layer overlapping the bottom conducting layer defines a channel width of the vertical channel field-effect transistor; at least one semiconducting layer provided on at least a portion of the channel width such that the at least one semiconducting layer connects the bottom conducting layer and the top conducting layer; at least one insulating layer provided on at least a portion of the at least one semiconducting layer; and at least one gate conducting layer provided on at least a portion of the at least one insulating layer, characterized in that the bottom conducting layer comprises at least one first functional group, the top conducting layer comprises at least one second functional group and the adhesive layer comprises at least one third functional group, wherein chemical bonds (572, 573) are created by some of the at least one third functional group with some of the at least one first functional group, and with some of the at least one second functional group. a bottom conducting layer provided on a primary substrate; an adhesive layer provided on a top surface of the bottom conducting layer; a top conducting layer provided on a top surface of the adhesive layer, wherein a portion of the perimeter of the top conducting layer overlapping the bottom conducting layer defines a channel width of the vertical channel field-effect transistor; at least one semiconducting layer provided on at least a portion of the channel width such that the at least one semiconducting layer connects the bottom conducting layer and the top conducting layer; at least one insulating layer provided on at least a portion of the at least one semiconducting layer; and at least one gate conducting layer provided on at least a portion of the at least one insulating layer, characterized in that the bottom conducting layer comprises at least one first functional group, the top conducting layer comprises at least one second functional group and the adhesive layer comprises at least one third functional group, wherein chemical bonds (572, 573) are created by some of the at least one third functional group with some of the at least one first functional group, and with some of the at least one second functional group.
A method for testing the behaviour of bus subscribers on a Controller Area Network with Flexible Data-Rate, CAN-FD bus, in line with specifications, comprising the steps of: - including a function generator and a measuring device in a CAN-FD bus of a network consisting of a CAN-FD controller and a bus subscriber to be tested, which are in communication, - generating a test signal at the function generator comprising a first message and a second message, wherein the first message is transmitted as a message in line with specifications with an arbitration field transmitted at a low bit rate and payload data transmitted at a higher bit rate and the second message is transmitted with a minimum transmission distance as an erroneous message, the error in the second message having been incorporated in the payload data of the second message that are transmitted at the higher bit rate, - recording a bus level of the test signal and a subsequent error message with the measuring device and - measuring the error message of the bus subscriber to be tested, said error message following the test signal, so that it can be determined on the basis of the length of the measured error message whether a switchover from the higher to the lower bit rate has taken place in line with specifications. - including a function generator and a measuring device in a CAN-FD bus of a network consisting of a CAN-FD controller and a bus subscriber to be tested, which are in communication, - generating a test signal at the function generator comprising a first message and a second message, wherein the first message is transmitted as a message in line with specifications with an arbitration field transmitted at a low bit rate and payload data transmitted at a higher bit rate and the second message is transmitted with a minimum transmission distance as an erroneous message, the error in the second message having been incorporated in the payload data of the second message that are transmitted at the higher bit rate, - recording a bus level of the test signal and a subsequent error message with the measuring device and - measuring the error message of the bus subscriber to be tested, said error message following the test signal, so that it can be determined on the basis of the length of the measured error message whether a switchover from the higher to the lower bit rate has taken place in line with specifications.
A Ni-Fe-based alloy brazing filler material, consisting of, in mass %, Fe: 21 to 40%; Cr: 10 to 30%; P: 7 to 11%; B: 0 to 5%; Si: 0 to 4.5%; V: 0 to 5%; Co: 0 to 5%; Mo: 0 to 5 %; the balance being Ni and unavoidable impurities, wherein the mass ratio of Fe to P (Fe/P) is in a range of 2.6 to 4.0.
A process for hydrogenating aromatic compounds over a solid catalyst in the presence of a hydrogenous gas, comprising operation of a first reactor in loop mode, operation of a second reactor in straight pass, feeding of at least a portion of the output from the first reactor to the second reactor, which comprises operating the first reactor in trickle bed reactor configuration and in trickle bed mode and operating the second reactor in such a way that the catalyst present therein is partly flooded.
A system for providing negative-pressure therapy, the system comprising: a tissue interface configured to be positioned adjacent a tissue site; a sealing member configured to be positioned over the tissue interface to form a sealed space; a negative-pressure source configured to be fluidly coupled to the sealed space; a light sensor; a motion sensor; and a controller communicatively coupled to the negative-pressure source, the light sensor, and the motion sensor, the controller configured to: receive a signal from the light sensor and a signal from the motion sensor, actuate the source of negative pressure, and modify an operating parameter of the negative-pressure source in response to the signal from the light sensor and the signal from the motion sensor. a tissue interface configured to be positioned adjacent a tissue site; a sealing member configured to be positioned over the tissue interface to form a sealed space; a negative-pressure source configured to be fluidly coupled to the sealed space; a light sensor; a motion sensor; and a controller communicatively coupled to the negative-pressure source, the light sensor, and the motion sensor, the controller configured to: receive a signal from the light sensor and a signal from the motion sensor, actuate the source of negative pressure, and modify an operating parameter of the negative-pressure source in response to the signal from the light sensor and the signal from the motion sensor. receive a signal from the light sensor and a signal from the motion sensor, actuate the source of negative pressure, and modify an operating parameter of the negative-pressure source in response to the signal from the light sensor and the signal from the motion sensor.
A thermal imaging device comprising: a housing (110, 120) containing an imaging assembly of the device; and a replaceable battery pack including a sidewall, a shock-absorbing member, an attachment mechanism and an electrical contact, the replaceable battery pack containing at least one battery cell being coupled to the electrical contact, and the attachment mechanism being configured to engage with an end of the housing (110, 120) and to be releasable therefrom; wherein, when the attachment mechanism of the battery pack engages with the end of the housing (110, 120), the electrical contact of the battery pack is held in electrical connection with the imaging assembly, within the housing (110, 120), and a portion of the battery pack forms a terminal end of the device, outside the housing (110, 120); the shock absorbing member of the replaceable battery pack comprising a layer of material formed over the portion of the battery pack that forms the terminal end of the device, and when the attachment mechanism is released from engagement with the end of the housing (110, 120), an entirety of the replaceable battery pack is completely separable from the device. a housing (110, 120) containing an imaging assembly of the device; and a replaceable battery pack including a sidewall, a shock-absorbing member, an attachment mechanism and an electrical contact, the replaceable battery pack containing at least one battery cell being coupled to the electrical contact, and the attachment mechanism being configured to engage with an end of the housing (110, 120) and to be releasable therefrom; wherein, when the attachment mechanism of the battery pack engages with the end of the housing (110, 120), the electrical contact of the battery pack is held in electrical connection with the imaging assembly, within the housing (110, 120), and a portion of the battery pack forms a terminal end of the device, outside the housing (110, 120); the shock absorbing member of the replaceable battery pack comprising a layer of material formed over the portion of the battery pack that forms the terminal end of the device, and when the attachment mechanism is released from engagement with the end of the housing (110, 120), an entirety of the replaceable battery pack is completely separable from the device.
A method for the production of a monomer from a feed material containing a polymer from which the monomer is a constituent, the production method being implemented in a depolymerization installation comprising a pyrolysis reactor and a condenser, the production method comprising the steps of: - pyrolizing the feed material in the pyrolysis reactor so as to generate a gas stream, the feed material travelling from an inlet of the pyrolysis reactor to an outlet of the pyrolysis reactor with being subjected to heat such as to generate the gas stream at the outlet of the pyrolysis reactor; and - condensing the monomer contained in the gas stream in the condenser such as to obtain liquid monomer; the production method further comprising feeding the pyrolysis reactor with solid and/or liquid impurities separated from the gas stream generated in the depolymerization installation and/or a gas stream generated in another depolymerization installation and/or with a syrup containing the polymer and/or the monomer and/or oligomers of the monomer. - pyrolizing the feed material in the pyrolysis reactor so as to generate a gas stream, the feed material travelling from an inlet of the pyrolysis reactor to an outlet of the pyrolysis reactor with being subjected to heat such as to generate the gas stream at the outlet of the pyrolysis reactor; and - condensing the monomer contained in the gas stream in the condenser such as to obtain liquid monomer;
An ultrasonic measuring apparatus for determining a flow speed of a fluid flowing in a line having a measurement body that can be placed into the line and that in this manner forms a section of the line, having a flow passage for the fluid and having a surrounding passage wall, wherein the ultrasonic measuring apparatus has at least one ultrasonic transducer that has an oscillating body and a membrane having an inner surface and an outer surface, with the oscillating body being directly adhesively bonded to the inner surface, and wherein the ultrasonic transducer is attached to the passage wall such that the membrane forms a part region of the passage wall, characterized in that the inner surface has a laser structuring for increasing the surface; and in that the laser structuring has a triangular pattern.
A service scheduling method, comprising: obtaining, by a scheduler, scheduling information of multiple services deployed on a system; generating, by the scheduler, scheduling logic according to the scheduling information of the multiple services, wherein the scheduling logic comprises an execution sequence of multiple processing modules that process a packet and a mapping relationship between each service and a scheduling point of the service, wherein the scheduling point of the service is a logical control point at which the scheduler schedules the service; and invoking, by the scheduler, according to the execution sequence of the multiple processing modules, the multiple processing modules to process a packet received by the system, and invoking a corresponding service at each scheduling point according to the mapping relationship comprised in the scheduling logic. obtaining, by a scheduler, scheduling information of multiple services deployed on a system; generating, by the scheduler, scheduling logic according to the scheduling information of the multiple services, wherein the scheduling logic comprises an execution sequence of multiple processing modules that process a packet and a mapping relationship between each service and a scheduling point of the service, wherein the scheduling point of the service is a logical control point at which the scheduler schedules the service; and invoking, by the scheduler, according to the execution sequence of the multiple processing modules, the multiple processing modules to process a packet received by the system, and invoking a corresponding service at each scheduling point according to the mapping relationship comprised in the scheduling logic.