mhurhangee/ep-ind-claims huggingface dataset:
Water-distribution arrangement for a building, comprising a) a circulation line for drinking water; b) a water distributor for a part of a building; c) a supply line which branches off from the circulation line in a connection region and connects the circulation line to the water distributor; d) a heat-conducting device which is independent of the supply line and serves for conducting heat between the circulation line or the connection region and the water distributor, characterized by e) a transfer piece (130, 230) which can be attached mechanically to the circulation line and/or, in the connection region, to the supply line and can be connected to the heat-conducting device and comprises a connecting element composed of heat-conducting material, which, in the mounted state of the transfer piece (130, 230), is in contact both with the circulation line and/or the supply line and with the heat-conducting device, wherein f) the transfer piece (130, 230) comprises a T-piece portion, which is fitted into the circulation line, and a heat-transfer portion, which is connected to the T-piece portion and in which the connecting element is arranged, wherein the T-piece portion is formed in such a way that drinking water is conducted from the circulation line into the heat-transfer portion and, from there, back into the circulation line again downstream. a) a circulation line for drinking water; b) a water distributor for a part of a building; c) a supply line which branches off from the circulation line in a connection region and connects the circulation line to the water distributor; d) a heat-conducting device which is independent of the supply line and serves for conducting heat between the circulation line or the connection region and the water distributor, e) a transfer piece (130, 230) which can be attached mechanically to the circulation line and/or, in the connection region, to the supply line and can be connected to the heat-conducting device and comprises a connecting element composed of heat-conducting material, which, in the mounted state of the transfer piece (130, 230), is in contact both with the circulation line and/or the supply line and with the heat-conducting device, wherein f) the transfer piece (130, 230) comprises a T-piece portion, which is fitted into the circulation line, and a heat-transfer portion, which is connected to the T-piece portion and in which the connecting element is arranged, wherein the T-piece portion is formed in such a way that drinking water is conducted from the circulation line into the heat-transfer portion and, from there, back into the circulation line again downstream.
Case system for lead batteries, the case having an essentially six-sided cuboid shape comprising: a) two pairs of parallel sidewalls (110,110',111,111'), perpendicular to each other, and each pair of sidewalls defining two opposite surfaces of the essentially cuboid shape and further defining an interior volume inside the case system; b) a further pair of parallel sidewalls, each of them perpendicular to the sidewalls of a) and each with a surface area larger than that of any one of the surface areas of the sidewalls of a), one being arranged as a separate cover wall for sealing the case system; c) at least one division plane, dividing said interior volume such as to form a plurality of compartments, each for storing an electrical cell, wherein all division planes are perpendicular to the cover wall, characterized in that the compartments are oriented such to hold an electrical cell with lead sheets each, such that the lead sheets are arranged in a horizontal orientation parallel to sidewalls (111,111'). a) two pairs of parallel sidewalls (110,110',111,111'), perpendicular to each other, and each pair of sidewalls defining two opposite surfaces of the essentially cuboid shape and further defining an interior volume inside the case system; b) a further pair of parallel sidewalls, each of them perpendicular to the sidewalls of a) and each with a surface area larger than that of any one of the surface areas of the sidewalls of a), one being arranged as a separate cover wall for sealing the case system; c) at least one division plane, dividing said interior volume such as to form a plurality of compartments, each for storing an electrical cell, wherein all division planes are perpendicular to the cover wall,
A caisson for housing a pump in a container, such as a fuel tank, the caisson comprises - an elongate tubular element made from a fluid impermeable material and having an opening at a proximal end and an orifice and a valve seat at a distal end, - a valve plate being displaceable arranged on the caisson between - a closing position in which the valve plate abuts the distal end of the caisson at the valve seat and closes the orifice, and - an opening position in which the valve plate is arranged at a distance from the orifice to provide a flow through the orifice, one or more resilient members, a closing mechanism for positioning the valve plate in its closing position characterised in that the - one or more resilient members are biasing the valve plate towards its opening position, and wherein, the resilient member(s) each are comprised by a mechanical spring, acting to move the valve plate towards an opening position in which the valve plate is arranged at a distance from the orifice to provide a flow through the orifice, thereby a force is to be applied to the valve plate to move the valve plate towards its closing position. - an elongate tubular element made from a fluid impermeable material and having an opening at a proximal end and an orifice and a valve seat at a distal end, - a valve plate being displaceable arranged on the caisson between - a closing position in which the valve plate abuts the distal end of the caisson at the valve seat and closes the orifice, and - an opening position in which the valve plate is arranged at a distance from the orifice to provide a flow through the orifice, - a closing position in which the valve plate abuts the distal end of the caisson at the valve seat and closes the orifice, and - an opening position in which the valve plate is arranged at a distance from the orifice to provide a flow through the orifice, - one or more resilient members are biasing the valve plate towards its opening position, and
A system for communicating the state of a wireless user device in a wireless domain to an application server in an Internet protocol domain, using a messaging service message that is any type of message normally used to communicate user data between users, like a short message service, SMS, a multimedia message service, MMS, and an instant messaging message, the system comprising: a wireless user device configured to operate in a wireless domain, configured to detect a change of its state, and, in response to detecting the change of state, to send a messaging service message to the application server, wherein the messaging service message includes status information indicating a current state of the wireless user device, wherein an Internet protocol multimedia subsystem, IMS, gateway node is configured to receive the messaging service message from the wireless domain in a first format, to convert the message from the first format into a second format, and to send the message in the second format to an Internet protocol, IP, domain, wherein the first format is a hypertext transport protocol, HTTP, format or a hypertext transport protocol secure, HTTPS, format; and wherein the second format is one of a session initiation protocol, SIP, format and a session description protocol, SDP, format and the application server is configured to operate in the IP domain and for receiving, from the IMS gateway node, the status information indicating a state of the wireless user device and for providing at least one service to the wireless user device based on the current state of the wireless user device. a wireless user device configured to operate in a wireless domain, configured to detect a change of its state, and, in response to detecting the change of state, to send a messaging service message to the application server, wherein the messaging service message includes status information indicating a current state of the wireless user device, wherein an Internet protocol multimedia subsystem, IMS, gateway node is configured to receive the messaging service message from the wireless domain in a first format, to convert the message from the first format into a second format, and to send the message in the second format to an Internet protocol, IP, domain, wherein the first format is a hypertext transport protocol, HTTP, format or a hypertext transport protocol secure, HTTPS, format; and wherein the second format is one of a session initiation protocol, SIP, format and a session description protocol, SDP, format and the application server is configured to operate in the IP domain and for receiving, from the IMS gateway node, the status information indicating a state of the wireless user device and for providing at least one service to the wireless user device based on the current state of the wireless user device.
Electronic device, comprising: storing means (212, 213, 214) that stores data and a program; executing means that executes the program; and a communication part that performs communication with a network; characterised in that the storing means (212, 213, 214) comprises a store of a first application, a store of a second application that has already been downloaded, and a store of an application manager; the first application is a web browser for receiving HTML data via the communication part and the network; the second application includes a body and a descriptive file; the descriptive file includes delivery trusted source data indicating at least one trusted transmission origin address of HTML data; the executing means is adapted to receive HTML data by executing the web browser; if the HTML data received by the executing means includes a data specifier indicating a storage location of related data, the executing means is adapted to read, by executing the application manager, the delivery trusted source data from the descriptive file stored in the storing means (212, 213, 214); if a part inside a server address included in the delivery trusted source data coincides with a transmission origin address of the received HTML data, the executing means is adapted to deliver, by executing the application manager, the related data to the second application; and the executing means is adapted to execute, by executing the second application, operations using the related data. storing means (212, 213, 214) that stores data and a program; executing means that executes the program; and a communication part that performs communication with a network; characterised in that the storing means (212, 213, 214) comprises a store of a first application, a store of a second application that has already been downloaded, and a store of an application manager; the first application is a web browser for receiving HTML data via the communication part and the network; the second application includes a body and a descriptive file; the descriptive file includes delivery trusted source data indicating at least one trusted transmission origin address of HTML data; the executing means is adapted to receive HTML data by executing the web browser; if the HTML data received by the executing means includes a data specifier indicating a storage location of related data, the executing means is adapted to read, by executing the application manager, the delivery trusted source data from the descriptive file stored in the storing means (212, 213, 214); if a part inside a server address included in the delivery trusted source data coincides with a transmission origin address of the received HTML data, the executing means is adapted to deliver, by executing the application manager, the related data to the second application; and the executing means is adapted to execute, by executing the second application, operations using the related data.
An inhibitor of RNA polymerase II for use in therapy, wherein said inhibitor is a moiety which targets a protein selected from cyclin kinase 12 or its recruiting protein PAF1C, and wherein said inhibitor is (a) an E. coli NlpD protein, or an active variant thereof, the variant comprising an amino acid sequence having at least 70% sequence identity with the native protein, or (b) an E. coli Sigma S protein or an active variant thereof, the variant comprising an amino acid sequence having at least 70% sequence identity with the native protein, or an active fragment of either of these, the active fragment comprising SEQ ID NO 3.
A method for making a thermoplastic composition, comprising: melt polymerizing a polycarbonate, extruding and melt filtering the polycarbonate to form a melt filtered polycarbonate; forming the thermoplastic composition comprising the melt filtered polycarbonate, 0.03 to 0.05 wt% of a triacylglyceride release agent; and 0.10 to 0.14 wt% of a UV stabilizer; wherein the weight percentages are based on the total weight of the composition; and extruding the thermoplastic composition. melt polymerizing a polycarbonate, extruding and melt filtering the polycarbonate to form a melt filtered polycarbonate; forming the thermoplastic composition comprising the melt filtered polycarbonate, 0.03 to 0.05 wt% of a triacylglyceride release agent; and 0.10 to 0.14 wt% of a UV stabilizer; wherein the weight percentages are based on the total weight of the composition; and the melt filtered polycarbonate, 0.03 to 0.05 wt% of a triacylglyceride release agent; and 0.10 to 0.14 wt% of a UV stabilizer; wherein the weight percentages are based on the total weight of the composition; and extruding the thermoplastic composition.
A processing order determination method for performing a series of bending processes on a component using a plurality of tool setups, the bending processes being performed by using a bending machine in which one or more tool stages are set according to a tool setup created in advance and such that the number of tools and the number of tool setups to be used are reduced based on information on a plurality of tools in possession of the bending machine and information of the component, performing the series of bending processes with the determined processing order on the plurality of components by using the plurality of tool setups and a setup change in which the tool setup is changed by changing the tools, the method comprising, by a computer: acquiring (S10, S20) the information on a plurality of tool setups to be used for bending a component; acquiring, from a user, information on a constraint condition that specifies a rule for the setup change of the specific tool, whereby the rule for the setup change includes a specification of a grouping of two or more tool setups, whereby grouping means two or more tool setups that require to be performed in continuous order, determining (S12, S23) a setup change order of the plurality of tool setups based on tool change time between the respective tool setups and on the constraint condition; and determining (S14, S25) a processing order of performing a series of bending processes based on the determined setup change order. acquiring (S10, S20) the information on a plurality of tool setups to be used for bending a component; acquiring, from a user, information on a constraint condition that specifies a rule for the setup change of the specific tool, whereby the rule for the setup change includes a specification of a grouping of two or more tool setups, whereby grouping means two or more tool setups that require to be performed in continuous order, whereby the rule for the setup change includes a specification of a grouping of two or more tool setups, whereby grouping means two or more tool setups that require to be performed in continuous order, determining (S12, S23) a setup change order of the plurality of tool setups based on tool change time between the respective tool setups and on the constraint condition; and determining (S14, S25) a processing order of performing a series of bending processes based on the determined setup change order.
Filter cartridge unit having a first end plate and at least one second end plate and a filter cartridge arranged between the end plates (3, 4), where the filter cartridge is connected with its adjacent end plates (3, 4) in a positive and fluid-tight manner by an adhesive in a circumferential subarea (14, 15) of its contact surfaces (12, 13), with the filter cartridge being configured as a cross-flow filter cartridge, characterized in that the end plates (3, 4) possess an undercut slot in a subarea (18, 19) corresponding to the subarea (14, 15), said slot being filled by the adhesive connected to the filter cartridge, and in that at least one of the end plates (3, 4) is designed as a distribution plate (16, 17) and is provided with channels and flow openings (8, 9) for supplying fluid to be filtered and for removing concentrate and filtrate.
A water tank for a heat pump water heater, comprising a water tank liner having an intermediate barrel and a lower seal head disposed at the bottom of the intermediate barrel; a first heat pump coil pipe which is wound around the intermediate barrel, wherein the bottom of said lower seal head of the water tank liner has a chamber formed by concaving inwardly; said water tank further comprising a second heat pump coil pipe attached on the inner wall of said chamber and a fixation means for fixing said second heat pump coil pipe are provided in said chamber.
A flow-straightener vane of a bypass turbomachine with a longitudinal axis, the vane comprising a plurality of vane sections stacked radially with respect to the axis along a stacking line between a root end and a tip end, each vane section comprising an pressure-face surface and an suction-face surface extending axially between an upstream leading edge and a downstream trailing edge and being tangentially opposed, characterized in that between the leading and trailing edges of each vane section there is formed a profile chord the length of which is substantially constant between the tip end and the root end, and in that the stacking line has a curvature, in a plane passing substantially through the axis and through the stacking line, located in the vicinity of the tip end and oriented from downstream to upstream.
A method for forming a superhydrophobic, superoleophobic or superamphiphobic layer and imparting said properties on a surface, comprising the steps of a. preparing a liquid coating composition comprising a solvent and dispersed silicone nanoparticles, preferably in an amount of from 0.01 % to 40% by weight based on the total weight of the liquid coating composition, b. optionally priming the surface to form a primed surface on which a superhydrophobic, superoleophobic or superamphiphobic layer is to be formed, c. applying a layer of the liquid coating composition on the surface or primed surface on which the superhydrophobic, superoleophobic or superamphiphobic layer is to be formed, d. evaporating the solvent from the liquid coating composition to form a superhydrophobic, superoleophobic or superamphiphobic layer and impart said property on the surface or primed surface, wherein the dispersed silicone nanoparticles are formed by polymerization in an aprotic solvent comprising 5 to 500 ppm, preferably 60 to 250 ppm water of at least one compound of formula I R a Si(X 1) 3 wherein R a is a straight-chain or branched C alkyl or alkenyl group linked to the Si-atom, and X 1 is a halogen. a. preparing a liquid coating composition comprising a solvent and dispersed silicone nanoparticles, preferably in an amount of from 0.01 % to 40% by weight based on the total weight of the liquid coating composition, b. optionally priming the surface to form a primed surface on which a superhydrophobic, superoleophobic or superamphiphobic layer is to be formed, c. applying a layer of the liquid coating composition on the surface or primed surface on which the superhydrophobic, superoleophobic or superamphiphobic layer is to be formed, d. evaporating the solvent from the liquid coating composition to form a superhydrophobic, superoleophobic or superamphiphobic layer and impart said property on the surface or primed surface, wherein R a is a straight-chain or branched C alkyl or alkenyl group linked to the Si-atom, and X 1 is a halogen.
A method comprising: receiving user selection of an audio sample and a set of audio samples; obtaining metadata corresponding to the audio sample and describing characteristics of the audio sample; obtaining metadata corresponding to the set of audio samples, and describing characteristics of the audio samples in the set of audio samples; and combining audio sample and the set of audio samples by automatically adjusting a rhythm of the audio sample to increase rhythmic coherence of the audio sample and the set of audio samples, and by automatically adjusting a pitch of the audio sample to increase harmonic coherence of the audio sample and the set of audio samples, and by automatically adjusting an instrumentation of the audio sample to increase instrumentation coherence or genre coherence of the audio sample and the set of audio samples. receiving user selection of an audio sample and a set of audio samples; obtaining metadata corresponding to the audio sample and describing characteristics of the audio sample; obtaining metadata corresponding to the set of audio samples, and describing characteristics of the audio samples in the set of audio samples; and combining audio sample and the set of audio samples by automatically adjusting a rhythm of the audio sample to increase rhythmic coherence of the audio sample and the set of audio samples, and by automatically adjusting a pitch of the audio sample to increase harmonic coherence of the audio sample and the set of audio samples, and by automatically adjusting an instrumentation of the audio sample to increase instrumentation coherence or genre coherence of the audio sample and the set of audio samples.
Method for preventing an overload of a lifting mechanism for a container crane installation, comprising two identical lifting mechanisms on either side of a gear mechanism, each with a drive motor (50, 50') of which the drive shaft (60, 60') is connected to a gear mechanism input shaft (80, 80') and is braked and released with a relatively high switching cycle by means of an operating brake (90, 90') while the crane installation is being operated, and a safety brake (180, 180') on a cable drum (140, 140') on an output shaft (120, 120') of the gear mechanism, which is switched on only at the start of the operation and switched off at the end of the operation, wherein lifting cables (150, 150') guided around the cable drum are connected to a load or to a container-receiving head block, wherein, when a raised container is being raised or moved, at least one sensor (130, 130') determines an overload or indication of an overload and is characterised in that the safety brake (180, 180') on the cable drums as well as a locking brake (70, 70') provided on the motor drive shaft (60, 60') is triggered by the sensor (130, 130'), which stops the inertia of the motor.