mhurhangee/ep-ind-claims huggingface dataset:
A fusion polypeptide comprising at least one serine protease fused to a prolipase region from Rhizopus oryzae lipase, wherein said fusion polypeptide has the amino acid sequence of SEQ ID NO: 2, wherein the amino acid at position 69 of SEQ ID NO: 2 may be replaced with the amino acid lysine.
A storing and applying device including an applicator part, the latter including: a first container designed to contain a product to be applied, - an applicator element mounted at one end of a rod secured to the first container at least during use, the rod including at least one inner channel able to communicate with the first container to supply the applicator element with product from the first container, - a sheath secured to the first container at least during use and at least partially surrounding the rod while arranging a space therewith, the inner channel of the rod emerging in that space through at least one opening, the device being characterized in that it includes at least one air inlet in this space above this opening. a first container designed to contain a product to be applied, - an applicator element mounted at one end of a rod secured to the first container at least during use, the rod including at least one inner channel able to communicate with the first container to supply the applicator element with product from the first container, - a sheath secured to the first container at least during use and at least partially surrounding the rod while arranging a space therewith, the inner channel of the rod emerging in that space through at least one opening,
Method for producing a specific process control planning document for instrumentation and control equipment to be planned for a specific technical system, in particular for power plant instrumentation and control equipment to be planned for a power plant, using an archive with selectable, process control standard planning documents (standards) from interlinked, adaptable, process control planning objects, wherein, in each case, the process control standard planning documents which are selectable from the archive are specified as maximum variants in an embodiment which is valid for a large number of technical systems, having the following steps: - generation of a specific description of a specific technical system, - evaluation of the specific description, determination of the variant of the standard planning document (standard) which is required for the specific technical system, and selection from the archive of the process control standard planning document required for the specific technical system, - generation of the specific process control planning document from the selected process control standard planning document - by automatic adaption of the interlinked, adaptable, process control planning objects of the selected, process control standard planning document using the specific description, to the specific technical system, - wherein at least deletions, disconnections and/or masking-out of the interlinked, adaptable, process control planning objects of the selected, process control standard planning document are implemented during automatic adaption. - generation of a specific description of a specific technical system, - evaluation of the specific description, determination of the variant of the standard planning document (standard) which is required for the specific technical system, and selection from the archive of the process control standard planning document required for the specific technical system, - generation of the specific process control planning document from the selected process control standard planning document - by automatic adaption of the interlinked, adaptable, process control planning objects of the selected, process control standard planning document using the specific description, to the specific technical system, - wherein at least deletions, disconnections and/or masking-out of the interlinked, adaptable, process control planning objects of the selected, process control standard planning document are implemented during automatic adaption. - by automatic adaption of the interlinked, adaptable, process control planning objects of the selected, process control standard planning document using the specific description, to the specific technical system, - wherein at least deletions, disconnections and/or masking-out of the interlinked, adaptable, process control planning objects of the selected, process control standard planning document are implemented during automatic adaption.
Gear arrangement for a spindle drive, comprising a gear housing and a gear holder, a pivot axis (y) being provided, about which the spindle drive is mounted or mountable rotatably and/or pivotably, and comprising two pins which form the pivot axis (y), characterized in that the pins are formed as a constituent part of the transmission holder on the latter, so that the pivot axis (y) is formed by the gear holder and at least one receptacle for the pivot axis (y) is formed by the gear housing.
A process for synthesizing at least one levulinate ester, said process comprising the reaction of furfuryl alcohol with at least one other alcohol in the presence of water and at least one catalyst, said furfuryl alcohol being present in a quantity of a least 5% by weight, based on the total weight of the alcohols, and said catalyst comprising at least one triflate ligand and at least one metal selected from bismuth, gallium, aluminum, tin and iron.
A system comprising an optical parametric oscillator device comprising: an optical resonator; a first nonlinear optical element configured to receive a first pump beam and to produce, via optical parametric oscillation of the first pump beam, a first output having a signal wave frequency and a second output having an idler wave frequency, wherein the idler frequency is lower than the signal wave frequency; and a second nonlinear optical element configured to receive a second pump beam, wherein the second pump beam has a higher frequency than the first pump beam, and to produce, via optical parametric oscillation of the second pump beam, a third output having a third frequency and a fourth output having a fourth frequency, wherein the fourth frequency is lower than the third frequency, wherein the signal wave frequency is identical to the fourth frequency to a degree that results in a single longitudinal mode appearance, wherein the first nonlinear optical element and the second nonlinear optical element are inside the optical resonator, and wherein the OPO device is configured to resonate at the signal wave frequency and the fourth frequency. an optical resonator; a first nonlinear optical element configured to receive a first pump beam and to produce, via optical parametric oscillation of the first pump beam, a first output having a signal wave frequency and a second output having an idler wave frequency, wherein the idler frequency is lower than the signal wave frequency; and a second nonlinear optical element configured to receive a second pump beam, wherein the second pump beam has a higher frequency than the first pump beam, and to produce, via optical parametric oscillation of the second pump beam, a third output having a third frequency and a fourth output having a fourth frequency, wherein the fourth frequency is lower than the third frequency, wherein the signal wave frequency is identical to the fourth frequency to a degree that results in a single longitudinal mode appearance, wherein the first nonlinear optical element and the second nonlinear optical element are inside the optical resonator, and wherein the OPO device is configured to resonate at the signal wave frequency and the fourth frequency.
An apparatus for determining a type of support structure for a three-dimensional object formed by additive manufacturing, the apparatus comprising a processor and a memory storing executable instructions that in response to execution by the processor cause the apparatus to at least: receive solid model of the three-dimensional object; perform a geometric analysis of the solid model to identify a region of the three-dimensional object requiring a support structure; perform stress and warping analyses of the solid model at the region so identified, the stress and warping analyses including one or more heuristic algorithms applied to the solid model, and excluding finite element analysis of a corresponding finite element model of the three-dimensional object; select a type of support structure to place at the region so identified, the type of support structure being selected from a plurality of types of support structure based on the stress and warping analyses so performed; and generate a shell of the three-dimensional object based on the solid model, and including the support structure at the region so identified and of the type so selected. receive solid model of the three-dimensional object; perform a geometric analysis of the solid model to identify a region of the three-dimensional object requiring a support structure; perform stress and warping analyses of the solid model at the region so identified, the stress and warping analyses including one or more heuristic algorithms applied to the solid model, and excluding finite element analysis of a corresponding finite element model of the three-dimensional object; select a type of support structure to place at the region so identified, the type of support structure being selected from a plurality of types of support structure based on the stress and warping analyses so performed; and generate a shell of the three-dimensional object based on the solid model, and including the support structure at the region so identified and of the type so selected.
Blank for producing a dental element, the blank having a cylindrical base body with a top surface, a base surface and a lateral surface, wherein a positioning groove is provided in the lateral surface, wherein the blank has a first receiving element and a spaced-apart second receiving element, wherein each receiving element has at least one groove which is arranged laterally in the lateral surface, wherein the groove extends from the base surface in the direction of the top surface, wherein the groove has a support surface at the upper end and wherein the groove has a length, which corresponds to the sum of half of the height (h) of the base body plus a height bearing surface, wherein the height bearing surface is the distance between the center of the base body and the support surface, wherein the length of the groove is less than the height (h) of the base body, characterized in that a recess is provided in the support surface, which recess extends in the direction of the top surface.
An apparatus for resurfacing a rotating elastomer substrate, said apparatus comprising: a motorized grinding wheel, said motorized grinding wheel rotatable in a direction counter to that of a rotating elastomer substrate to be resurfaced and having an axis of rotation (α) parallel to the axis of rotation of a rotating elastomer substrate, wherein the perpendicular distance between the motorized grinding wheel and a rotating elastomer substrate is adjustable so as to control the amount of elastomer substrate to be removed; and a mount for said motorized grinding wheel, wherein said mount is locatable, in use, proximal to a rotating elastomer substrate that comprises a part of a production line and wherein the mount is capable of traversing parallel to a rotating elastomer substrate; characterized in that the motorized grinding wheel can be tilted to vary the contact angle of the motorized grinding wheel relative to a rotating elastomer substrate; and wherein a grinding surface of the motorized grinding wheel is provided with an edge profile in the form of a curved lip to facilitate smooth grinding whilst the motorized grinding wheel is tilted. a motorized grinding wheel, said motorized grinding wheel rotatable in a direction counter to that of a rotating elastomer substrate to be resurfaced and having an axis of rotation (α) parallel to the axis of rotation of a rotating elastomer substrate, wherein the perpendicular distance between the motorized grinding wheel and a rotating elastomer substrate is adjustable so as to control the amount of elastomer substrate to be removed; and a mount for said motorized grinding wheel, wherein said mount is locatable, in use, proximal to a rotating elastomer substrate that comprises a part of a production line and wherein the mount is capable of traversing parallel to a rotating elastomer substrate;
An induction heated roll apparatus comprising: a roller main body that is rotatably supported; a cylindrical iron core provided inside the roller main body; an induction coil wound around an outer peripheral surface of the cylindrical iron core; a cooling pipe welded to an inner peripheral surface of the cylindrical iron core, characterised in that the cooling pipe includes an outward pipe and a return pipe spirally wound in a same winding direction along the inner peripheral surface of the cylindrical iron core, the outward pipe and the return pipe communicate with each other at one end side, a cooling medium inlet is formed at another end of the outward pipe, and a cooling medium outlet is formed at another end of the return pipe. a roller main body that is rotatably supported; a cylindrical iron core provided inside the roller main body; an induction coil wound around an outer peripheral surface of the cylindrical iron core; a cooling pipe welded to an inner peripheral surface of the cylindrical iron core, characterised in that the cooling pipe includes an outward pipe and a return pipe spirally wound in a same winding direction along the inner peripheral surface of the cylindrical iron core, the outward pipe and the return pipe communicate with each other at one end side, a cooling medium inlet is formed at another end of the outward pipe, and a cooling medium outlet is formed at another end of the return pipe.
Use of a strain of a microorganism and/or a metabolite thereof in the manufacture of a support for administration to a subject for the treatment and/or prevention of obesity and/or for the prevention of a disease caused by obesity; wherein the strain is Lactobacillus acidophilus PTA-4797, or Bifidobacterium lactis 420, or Bifidobacterium lactis HN019, or Lactobacillus salivarius 33, and wherein the metabolite is a crude extract of a culture medium in which the microorganism is or was cultred and/or of the microorganism.
A vehicle for transporting at least one load, the vehicle comprising: at least one sensor (102, 103) configured to receive a first modulated directional signal from at least one beacon connected to at least one guide rail of a loading station, wherein the first modulated directional signal comprises load information pertaining to the at least one load; at least one load line configured to carry the at least one load; and at least one controller configured to: receive at least one output from the at least one sensor, wherein the at least one output comprises the load information; determine a direction from which the first modulated directional signal was received based on the at least one output; control a current position of the vehicle based on the determined direction from which the first modulated directional signal was received, wherein the current position is controlled such that the at least one guide rail of the loading station guides the at least one load line; and determine a destination unloading station (301, 302) for the load based on the load information. at least one sensor (102, 103) configured to receive a first modulated directional signal from at least one beacon connected to at least one guide rail of a loading station, wherein the first modulated directional signal comprises load information pertaining to the at least one load; at least one load line configured to carry the at least one load; and at least one controller configured to: receive at least one output from the at least one sensor, wherein the at least one output comprises the load information; determine a direction from which the first modulated directional signal was received based on the at least one output; control a current position of the vehicle based on the determined direction from which the first modulated directional signal was received, wherein the current position is controlled such that the at least one guide rail of the loading station guides the at least one load line; and determine a destination unloading station (301, 302) for the load based on the load information. receive at least one output from the at least one sensor, wherein the at least one output comprises the load information; determine a direction from which the first modulated directional signal was received based on the at least one output; control a current position of the vehicle based on the determined direction from which the first modulated directional signal was received, wherein the current position is controlled such that the at least one guide rail of the loading station guides the at least one load line; and determine a destination unloading station (301, 302) for the load based on the load information.
Method of producing hydrophobic bast fibres, characterized in that said method is a genetic engineering process of a fibrous plant comprising said bast fibres, comprising the following steps: a) identification of the bast fibre promoter; b) amplification of the bast fibre promoter; and c) preparing a cassette by fusing the bast fibre promoter and at least one gene coding for a surface-active protein, by incorporating SEQ ID NO:1, a β-expansin signal peptide, at the 5' location of said at least one gene. a) identification of the bast fibre promoter; b) amplification of the bast fibre promoter; and c) preparing a cassette by fusing the bast fibre promoter and at least one gene coding for a surface-active protein, by incorporating SEQ ID NO:1, a β-expansin signal peptide, at the 5' location of said at least one gene.
An apparatus comprising: a query module configured to audibly question a user from a speaker of a mobile computing device with a subset of prompts previously selected by: computing a medical diagnosis score for each speech data item of a training corpus by processing the speech data items with a machine learning model, each speech data item of the training corpus corresponding to a prompt of a plurality of prompts, computing a prompt selection score for each prompt of the plurality of prompts using the medical diagnosis scores, and selecting the subset of prompts from the plurality of prompts using the prompt selection scores; a response module configured to receive a verbal response of the user from a microphone of the mobile computing device in response to the subset of prompts; and a detection module configured to provide an assessment for the user of a medical condition based on an analysis of the received verbal response of the user, the medical condition comprising a neurological condition or one or more of depression, stress, stroke, cognitive well-being, mood, honesty, Alzheimer's disease, or Parkinson's disease. a query module configured to audibly question a user from a speaker of a mobile computing device with a subset of prompts previously selected by: computing a medical diagnosis score for each speech data item of a training corpus by processing the speech data items with a machine learning model, each speech data item of the training corpus corresponding to a prompt of a plurality of prompts, computing a prompt selection score for each prompt of the plurality of prompts using the medical diagnosis scores, and selecting the subset of prompts from the plurality of prompts using the prompt selection scores; computing a medical diagnosis score for each speech data item of a training corpus by processing the speech data items with a machine learning model, each speech data item of the training corpus corresponding to a prompt of a plurality of prompts, computing a prompt selection score for each prompt of the plurality of prompts using the medical diagnosis scores, and selecting the subset of prompts from the plurality of prompts using the prompt selection scores; a response module configured to receive a verbal response of the user from a microphone of the mobile computing device in response to the subset of prompts; and a detection module configured to provide an assessment for the user of a medical condition based on an analysis of the received verbal response of the user, the medical condition comprising a neurological condition or one or more of depression, stress, stroke, cognitive well-being, mood, honesty, Alzheimer's disease, or Parkinson's disease.
A method for a user equipment, UE, operating in a wireless communication system comprising a first base station, BS, and a second BS, wherein the first BS has a Radio Resource Control, RRC, connection with the UE, and wherein a specific radio bearer, RB, served by the second BS, has a Radio Link Control, RLC, connection with the second BS, the method comprising: communicating (S1401, S1403) with both the first BS and the second BS, reporting to the first BS, an RLC retransmission error without triggering an RRC connection re-establishment procedure for the first BS when the RLC retransmission error occurs in an RLC entity transmitting RLC Protocol Data Unit, PDU, to the second BS; and stopping transmission of all RBs that have RLC connection with the second BS, when the RLC retransmission error occurs in the RLC entity transmitting RLC PDU to the second BS, wherein the all RBs includes the specific RB, and wherein a Packet Data Convergence Protocol, PDCP, entity for the specific RB is in the first BS, and an RLC peer entity to the RLC entity for the specific RB is in the second BS. communicating (S1401, S1403) with both the first BS and the second BS, reporting to the first BS, an RLC retransmission error without triggering an RRC connection re-establishment procedure for the first BS when the RLC retransmission error occurs in an RLC entity transmitting RLC Protocol Data Unit, PDU, to the second BS; and stopping transmission of all RBs that have RLC connection with the second BS, when the RLC retransmission error occurs in the RLC entity transmitting RLC PDU to the second BS, wherein the all RBs includes the specific RB, and wherein a Packet Data Convergence Protocol, PDCP, entity for the specific RB is in the first BS, and an RLC peer entity to the RLC entity for the specific RB is in the second BS.
A water heating device with a heat pump for a building, connected to at least one domestic hot water circuit 3 and to at least one heating circuit 4, 5, and consisting of an interior module comprising a hot water tank 6 and the condenser 7 of the heat pump, and an exterior unit 2 of the heat pump comprising an evaporator, a pressure reducer and a compressor, characterised in that the interior module comprises two separate parts, a mobile unit 1 in the form of a movable cabinet placed on the floor and a fixed plate 20 comprising means for securing to a wall 100 of the building, said plate 20 comprising connection means 26, 26' between the mobile unit 1 and the respective domestic hot water 3 and heating 4, 5 circuits as well as the exterior unit 2 of the heat pump, the mobile unit 1 comprising a free space 10 inside the volume of the cabinet that can accommodate said plate 20 and opening into the wall of the cabinet opposite its front.