mhurhangee/patent-ind-claim-en huggingface dataset:
A bridge converter for a multi-phase electrical machine having a plurality of stator windings , the bridge converter being supplied with a DC voltage, V DC , comprising: a number, N, of bridge cells coupled in series, each bridge cell having a multi-phase inverter coupled to a subset of the stator windings and operative to supply power to the subset at a voltage V DC/ N, each bridge cell having a local ground at a different potential than other local grounds corresponding to other bridge cells , wherein the multi-phase inverter is coupled to the local ground for the bridge cell ; and characterised by Z each bridge cell further having a controller coupled to the local ground and to the multi-phase inverter , and constructed to provide control signals for operating the multi-phase inverter . a number, N, of bridge cells coupled in series, each bridge cell having a multi-phase inverter coupled to a subset of the stator windings and operative to supply power to the subset at a voltage V DC/ N, each bridge cell having a local ground at a different potential than other local grounds corresponding to other bridge cells , wherein the multi-phase inverter is coupled to the local ground for the bridge cell ; and characterised by Z each bridge cell further having a controller coupled to the local ground and to the multi-phase inverter , and constructed to provide control signals for operating the multi-phase inverter .
Autonomous compartments cluster interacting locally with a mobile device via a short distance wireless communication , comprising: at least one compartment equipped with a door and an actuator for unlocking said door, a locker module controlling said actuator, and a battery pack powering said locker module and said at least one compartment , wherein said locker module comprises a communication module , a first step-up converter for energizing said actuator , a voltage comparator configured to, in response to receiving a user request for unlocking said door via said mobile device, compare an output voltage (VBAT) provided at the terminal of said battery pack with a reference minimal voltage, and trigger an alert signal for replacing said battery pack when said output voltage (VBAT) provided at the terminal of said battery pack is lower than said reference minimal voltage, and a controller configured to change a battery status stored in a memory of said locker module from a usable battery status to a low battery status, wherein said reference minimal voltage is a minimum transitory voltage at the terminals of said battery pack resulting from the energizing of said actuator by the first step-up converter during an initiation of unlocking of said door prior to receiving said user request for unlocking said door, wherein said low battery status is a state of charge where a battery charge of said autonomous compartments cluster has become so low as allowing no further unlocking said door or only one unlocking of any door of said autonomous compartments cluster other than said door, and wherein said user request for unlocking said door is provided by the communication module to the controller of the locker module.
An electronic apparatus , comprising: an indoor determiner configured to perform an indoor determination for determining whether or not a user of the electronic apparatus is located in an indoor area; and a notification determiner configured to perform determination processing for determining whether or not the electronic apparatus transmits a notification to an outside, such as a road side unit or a vehicle, of the electronic apparatus based on a result of the indoor determination; wherein the indoor determiner is configured to determine whether or not the user is located in the indoor area based on (i) at least one of changes in a magnetic field and at least a type and concentation of gas around the electronic apparatus or at least one of changes in a magnetic field and at least a type and concentration of odor around the electronic apparatus ; and (ii) a change in a reception condition of a receiver obtaining positional information of the electronic apparatus based on a satellite signal received from a positioning satellite; wherein the notification determiner is further configured to determine that the electronic apparatus does not transmit the notification to an outside of the electronic apparatus when the result of the indoor determiner is that the location of the user is an indoor area. an indoor determiner configured to perform an indoor determination for determining whether or not a user of the electronic apparatus is located in an indoor area; and a notification determiner configured to perform determination processing for determining whether or not the electronic apparatus transmits a notification to an outside, such as a road side unit or a vehicle, of the electronic apparatus based on a result of the indoor determination; wherein the indoor determiner is configured to determine whether or not the user is located in the indoor area based on (i) at least one of changes in a magnetic field and at least a type and concentation of gas around the electronic apparatus or at least one of changes in a magnetic field and at least a type and concentration of odor around the electronic apparatus ; and (ii) a change in a reception condition of a receiver obtaining positional information of the electronic apparatus based on a satellite signal received from a positioning satellite; (i) at least one of changes in a magnetic field and at least a type and concentation of gas around the electronic apparatus or at least one of changes in a magnetic field and at least a type and concentration of odor around the electronic apparatus ; and (ii) a change in a reception condition of a receiver obtaining positional information of the electronic apparatus based on a satellite signal received from a positioning satellite; wherein the notification determiner is further configured to determine that the electronic apparatus does not transmit the notification to an outside of the electronic apparatus when the result of the indoor determiner is that the location of the user is an indoor area.
A composition comprising a mixture of a first and a second hydrophobically modified alkylene oxide polymer, wherein the first hydrophobically modified alkylene oxide polymer is endcapped with at least one first hydrophobic group functionalized with a secondary amine or a salt thereof, or a tertiary amine or a salt thereof; and wherein the second hydrophobically modified alkylene oxide polymer is endcapped with at least one second hydrophobic group, structure I: wherein the dotted line represents the point of attachment of the hydrophobic group of structure I to the alkylene oxide polymer backbone; where R 1 is from C 1 -C 10 -alkyl; R 2 is from C 1 -C 6 -alkyl; m is from 5 to 40; and n is from 0 to 50, with the proviso that when m is from 5 to 9, n is from 0 to 10.
A method for delivering targeted marketing content to a user of a mobile device in a transit station, by a server , comprising: triggering, by a tracking device, external to the user's mobile device and located at the transit station, the user's mobile device; receiving, by the server, information from the user's mobile device in response to the triggering, wherein the information identifies a context with respect to the tracking device ; identifying, by the server, at least one marketing campaign program in the server associated with the tracking device; applying, by the server, conditions of the identified marketing campaign program to the context received from the user's mobile device; determining, by the server, that a next transport arrives after a sufficiently large time gap; based upon the application of the conditions and upon said determining, selectively providing, by the server, targeted marketing content associated with the identified marketing campaign program, to the user's mobile device; causing, by the server, a mobile ticketing application of a transit agency to be opened on the user's mobile device; and causing, by the server, the mobile ticketing application to generate a prompt to purchase transit tickets that are identified based on transit-related information of the mobile ticketing application, wherein the provided content and the prompt to purchase transit tickets are embedded inside the transit-related information. triggering, by a tracking device, external to the user's mobile device and located at the transit station, the user's mobile device; receiving, by the server, information from the user's mobile device in response to the triggering, wherein the information identifies a context with respect to the tracking device ; identifying, by the server, at least one marketing campaign program in the server associated with the tracking device; applying, by the server, conditions of the identified marketing campaign program to the context received from the user's mobile device; determining, by the server, that a next transport arrives after a sufficiently large time gap; based upon the application of the conditions and upon said determining, selectively providing, by the server, targeted marketing content associated with the identified marketing campaign program, to the user's mobile device; causing, by the server, a mobile ticketing application of a transit agency to be opened on the user's mobile device; and causing, by the server, the mobile ticketing application to generate a prompt to purchase transit tickets that are identified based on transit-related information of the mobile ticketing application, wherein the provided content and the prompt to purchase transit tickets are embedded inside the transit-related information.
A rotating mechanism, for a faucet, comprising a mounting base for fixedly connecting onto a working table and a rotating member rotationally connected with the mounting base , wherein the mounting base is provided with a limiting device for fixing a position of the rotating member , the limiting device includes a limiting round ball arranged between the rotating member and the mounting base and an elastic member abutted with the limiting round ball , the mounting base is provided with an elongated guide hole for accommodating the elastic member and the limiting round ball , and the rotating member is provided with a groove matched with the limiting round ball in shape; wherein the rotating member is provided with a plurality of grooves at intervals along the circumference; characterized in that the rotating member is piercingly provided with an elongated key abutted with the limiting round ball , and a through hole for accommodating the elongated key being provided at the bottom of at least one of the grooves .
Endoscopic device (16a-k), with a shaft (26a; 26b; 26c; 26d; 26i; 26j), with an end effector (90a; 90b; 90j; 90k) arranged at an end portion (28a; 28d; 28j) of the shaft (26a; 26b; 26c; 26d; 26i; 26j) and comprising at least one tool piece, and with at least one actuation train (106a; 106b; 106j; 106k) for actuating the end effector (90a; 90b; 90j; 90k), and also with a movement converter (116a; 116b; 116j; 116k) which mechanically couples the end effector (90a; 90b; 90j; 90k) to the actuation train (106a; 106b; 106j; 106k) and is configured for converting a first movement of the actuation train (106a; 106b; 106j; 106k) into a second movement of the tool piece (92a; 92b; 92k), wherein the actuation train (106a; 106b; 106j; 106k) and the movement converter (116a; 116b; 116j; 116k) are inserted into each other, and the actuation train is firmly connected to at least part of the movement converter (116a; 116b; 116j; 116k), characterized in that , in an operating state of the tool piece (92a; 92b; 92k), the actuation train (106a; 106b; 106j; 106k) bears on a stop which is provided by the movement converter (116a; 116b; 116j; 116k) and which is dependent on the operating state of the tool piece (92a; 92b; 92k).
A system comprising a wireless transmit/receive unit, WTRU, and a source Node-B , the WTRU comprising: means for transmitting data blocks to a source Node-B using a H-ARQ process; means for receiving uplink scheduling information from the source Node-B , wherein the uplink scheduling information includes a H-ARQ process identification of the H-ARQ process; and means for retransmitting NACK'ed data blocks based on the H-ARQ process identification, wherein a scheduled uplink transmission is intended for the NACK'ed data blocks based on the H-ARQ process identification in the scheduling information received from the source Node B . means for transmitting data blocks to a source Node-B using a H-ARQ process; means for receiving uplink scheduling information from the source Node-B , wherein the uplink scheduling information includes a H-ARQ process identification of the H-ARQ process; and means for retransmitting NACK'ed data blocks based on the H-ARQ process identification, wherein a scheduled uplink transmission is intended for the NACK'ed data blocks based on the H-ARQ process identification in the scheduling information received from the source Node B .
A permanent prefabricated braced wall , comprising vertically arranged braces and lagging panels placed between the braces in recesses of the braces , in which the braces and the lagging panels are precast concrete products, the lagging panels are of a rectangular shape, the height (h) of which is greater than one fifth of the rectangle's width , and are placed in the recesses of the braces with a side clearance (s, t) and allowed to shift in a vertical direction, the vertical joints of the braces and the lagging panels have a vertical watertight seal and the horizontal joints of the lagging panels have a horizontal watertight seal and the horizontal and vertical seals contact each other in the corners of the lagging panels , the vertical joint of the brace and the lagging panel form a sealing cavity of the vertical joint for the vertical watertight seal , the sealing cavity is enclosed by at least two vertical joint bearing surfaces by which the brace and the lagging panel rest upon each other and which make an angle in a range between 0 and 45 degrees with the plane of the braced wall , and by at least two delimiting surfaces of the vertical joint, which are formed by the end surfaces of the brace and the lagging panel and which make an angle greater than 45 degrees with the plane of the braced wall , wherein the side clearance (t) in the area of the sealing cavity of the vertical joint is greater than the side clearance (s) in other portions of the vertical joint where the lagging panel is bedding in the recess in the brace , wherein the vertical joint between the brace and the lagging panel is created in such a way that each recess in the brace is formed by a vertical recess and an adjacent vertical recess of the brace , wherein the vertical recess is deeper than the adjacent vertical recess , so that said recesses form together a step-shape, and each vertical side of the lagging panel has a vertical tongue , which fits into the vertical recess of the brace , and an adjacent vertical recess of the lagging panel , which fits into the adjacent vertical recess of the brace , wherein the vertical tongue and the adjacent vertical recess form together a step-shape, wherein bearing surfaces of the vertical joint are in parallel with the plane of the wall and are formed by the side surfaces of the vertical recess , the vertical tongue 2. and the adjacent vertical recesses , and delimiting surfaces of the vertical joint are formed by front surfaces of the adjacent vertical recesses , the front surfaces being perpendicular to the plane of the wall .
System comprising a milling cutter and guide piece , the milling cutter comprising an elongate shaft extending along a longitudinal axis (L M ) and a distal end portion having a milling part comprising at least one circumferentially disposed cutting edge for removing bone tissue, the guide piece having a fixation element, for releasably fixing the guide piece to a support structure, and a longitudinal axis, one of the guide piece and the distal end of the milling cutter comprising a head having a central axis (C H ) coaxial to the longitudinal axis of said one of the guide piece and the distal end of the milling cutter, and the other of the guide piece and distal end of the milling cutter comprising a inner cavity extending along a central axis (Cc) coaxial to the longitudinal axis of said other of the guide piece and the distal end of the milling cutter , said head comprising a guide portion having a bearing surface , and said cavity comprising a guiding portion having an abutting surface , the bearing and abutting surfaces (30; 50) being circular symmetric about their central axes (Cc; C H ), wherein the bearing surface is convexly rounded in the axial plane of the head , and the abutting surface is concave in the axial plane of the cavity , the cavity being sized and shaped to receive the guide portion of the head such that the convexly rounded bearing surface and concave abutting surface contact one another so as to permit simultaneous relative rotational movement between the head and the cavity about their central axes (C H ; C C ) and angular deviation of the elongate shaft of the milling cutter with respect to the longitudinal axis (L G ) of the guide piece .
Electric machine, in particular an electric motor for driving at least one compressor or circulator, comprising a stator and a rotor that are disposed in a casing , the machine comprising a cooling device that is disposed around the stator and comprises a circuit for circulation of a cooling fluid, the cooling device comprising a duct for circulation of the cooling fluid that comprises a portion embedded in a mass of material with high thermal conductivity comparable to that of metal or a metal alloy, the mass of material with high thermal conductivity being overmoulded around the fluid circulation duct , characterized in that the casing delimits a preferably hermetic volume accommodating the stator , the rotor and the cooling device and in that the circulation duct is connected to an inlet and outlet that open onto a wall of the casing and in that the inlet and outlet of the circulation duct open at one and the same longitudinal end of the mass of material with high thermal conductivity, the longitudinal direction of the mass of material with high conductivity being parallel to the axis of rotation of the rotor in the assembled position, and in that the casing comprises an access cover providing access, in the open position, to the stator , to the rotor and to the cooling device in a longitudinal direction parallel to the axis of rotation of the rotor and to the mounting direction of the assembly of stator , rotor and cooling device in the casing and in that the inlet and outlet of the duct open onto a wall of the casing that is separate from the access cover .
A hemostatic composition for use in a method of promoting blood clotting in a subject, wherein said hemostatic composition is administered to the subject for a period of time sufficient to at least initiate blood clotting, wherein the hemostatic composition comprises: a hemostatically effective amount of a hemostatic agent comprising: a nanoparticle; and a polyphosphate polymer attached to the nanoparticle. wherein said hemostatic composition is administered to the subject for a period of time sufficient to at least initiate blood clotting, wherein the hemostatic composition comprises: a hemostatically effective amount of a hemostatic agent comprising: a nanoparticle; and a polyphosphate polymer attached to the nanoparticle. a nanoparticle; and a polyphosphate polymer attached to the nanoparticle.
Method for manufacturing containers filled with a liquid filling material out of preforms made of a thermoplastic material, wherein the respective preform is thermally conditioned and then formed into the container within a mould during a forming and filling phase, thereby being filled with at least one liquid filling material (21, 21.1) as a pressure medium at a filling pressure p 2 , characterized in that the filling material (21, 21.1) or proportions of the filling material (21, 21.1) are supplied in at least two process phases with different levels of carbon dioxide and/or at different temperatures, wherein the container formed during the first process phase relieves the filling pressure p 2 to attain a pressure p 1 , and filling material is supplied during the second process phase, after which the container is relieved to attain atmospheric pressure p 0 and wherein, during the first process phase, previously degassed water is supplied as filling material.
A method of regenerating a nitric and hydrofluoric acid bath for chemically etching parts made of titanium or titanium alloy and contained in a machining vessel , the method being characterized in that it comprises determining whether said etching bath is spent, and if so, in performing the steps consisting in: a) transferring a portion of the spent etching bath, referred to as the "spent" solution, from the machining vessel into a reactor ; b) adding a quantity of NaF and a quantity of NaNO 3 to the spent solution, and allowing it to react to form HF, HNO 3 , and Na 2 TiF 6 ; c) settling to separate the resulting precipitate from the supernatant; d) transferring the supernatant, which is a regenerated solution, into a tank ; e) measuring the concentrations of HF, of HNO 3 , and of dissolved titanium in the tank and in the machining vessel ; and f) determining the volume of regenerated solution that can be added to the spent etching bath in order to obtain a regenerated bath in which the concentrations of HF, of HNO 3 , and of dissolved titanium lie in respective predefined acceptable concentration ranges, and transferring said volume of regenerated solution into the machining vessel . a) transferring a portion of the spent etching bath, referred to as the "spent" solution, from the machining vessel into a reactor ; b) adding a quantity of NaF and a quantity of NaNO 3 to the spent solution, and allowing it to react to form HF, HNO 3 , and Na 2 TiF 6 ; c) settling to separate the resulting precipitate from the supernatant; d) transferring the supernatant, which is a regenerated solution, into a tank ; e) measuring the concentrations of HF, of HNO 3 , and of dissolved titanium in the tank and in the machining vessel ; and f) determining the volume of regenerated solution that can be added to the spent etching bath in order to obtain a regenerated bath in which the concentrations of HF, of HNO 3 , and of dissolved titanium lie in respective predefined acceptable concentration ranges, and transferring said volume of regenerated solution into the machining vessel .