mhurhangee/patent-ind-claim-en huggingface dataset:
An oxygen concentrator comprising; a proton-conducting membrane ; a cathode contacting a first side of the membrane; an anode contacting a second side of the membrane; a catalytic apparatus comprising a catalyst and a diffusion layer , the diffusion layer spacing the catalyst from the cathode; and a housing defining a cathode chamber , the catalytic apparatus being contained within the cathode chamber and the housing defining one or more vents enabling air to flow to the catalyst, wherein the oxygen concentrator does not have a water reservoir and is configured to sustain its operation by electrolysing water derived only from humidity in the air and the catalyst and by provision of the catalytic apparatus positioned very close to or directly adjacent to the cathode such that the catalytic apparatus converts cathode-generated hydrogen to water and recycles the water to the proton-conducting membrane with little water loss, and wherein the cathode is not exposed to atmospheric oxygen. a proton-conducting membrane ; a cathode contacting a first side of the membrane; an anode contacting a second side of the membrane; a catalytic apparatus comprising a catalyst and a diffusion layer , the diffusion layer spacing the catalyst from the cathode; and a housing defining a cathode chamber , the catalytic apparatus being contained within the cathode chamber and the housing defining one or more vents enabling air to flow to the catalyst, wherein the oxygen concentrator does not have a water reservoir and is configured to sustain its operation by electrolysing water derived only from humidity in the air and the catalyst and by provision of the catalytic apparatus positioned very close to or directly adjacent to the cathode such that the catalytic apparatus converts cathode-generated hydrogen to water and recycles the water to the proton-conducting membrane with little water loss, and wherein the cathode is not exposed to atmospheric oxygen.
Device for dispensing elongate beverage containers , in particular beverage cans, comprising a housing for receiving the beverage containers , a removal element for removing a beverage container , and a cooling device for cooling the beverage containers , the housing comprising a guide channel that has a sliding surface for the beverage containers which is inclined with respect to the horizontal, the width of the guide channel being less than the height thereof, it being possible for the beverage containers to slide, in the upright state, along the sliding surface of the guide channel into the removal element , the housing comprising, on the side facing away from the removal element , a receiving opening for introducing beverage containers which extends substantially perpendicularly to the sliding surface , characterised in that the guide channel comprises, opposite the sliding surface , a retaining surface for preventing the beverage container from tilting in the guide channel , the guide channel being closed in cross section and the top of the guide channel being designed as the retaining surface .
A method for ironing and folding laundry items, wherein at least one ironer irons the laundry items running through it in an ironing direction , the ironed laundry items are transported in the ironing direction to at least one folding machine , which follows the ironer or the final ironer in a plurality of successive ironers , and they are folded by the at least one folding machine , characterized in that the ironed laundry items are folded simultaneously or optionally simultaneously or also independently of one another by a plurality of adjacent folding machines in that laundry items which are ironed in one lane, and take up more than half the operating width of the at least one ironer , are folded in the same way and together in concurrent fashion by a plurality of identical folding machines arranged one beside the other, or in that laundry items which allow for two-lane ironing, and take up less than half the operating width of the at least one ironer , are folded independently of one another over two lanes by the identical folding machines arranged one beside the other.
A method for implementation in a network traffic management apparatus of a network traffic management system comprising one or more network traffic management apparatuses , and server devices , or client devices , the method comprising: determining computing resources associated with each of a plurality of locally connected computing subdomains of the one or more network traffic management apparatuses, each locally connected computing subdomain comprising a respective hypervisor ; generating a bridge between a plurality of hypervisors, wherein each hypervisor is executing on a different computing subdomain , the different computing subdomains being locally connected by a local bus, said bridge allowing for bi-directional control across the computing subdomains ; receiving an application comprising a plurality of executable application portions , each executable application portion containing metadata having data indicative of a desired locally connected computing subdomain comprising information associated with the required hardware resources for execution ; detach, based at least in part on the metadata, one or more executable application portion to generate one or more detached executable application portions ; associating a tag with each detached executable application portion, wherein the tag includes data indicative of a desired and available locally connected computing subdomain upon attachment to that computing subdomain for execution; and distributing, based at least in part of the respective tags, each detached executable application portion to a respective locally connected computing subdomain (625 and 630). determining computing resources associated with each of a plurality of locally connected computing subdomains of the one or more network traffic management apparatuses, each locally connected computing subdomain comprising a respective hypervisor ; generating a bridge between a plurality of hypervisors, wherein each hypervisor is executing on a different computing subdomain , the different computing subdomains being locally connected by a local bus, said bridge allowing for bi-directional control across the computing subdomains ; receiving an application comprising a plurality of executable application portions , each executable application portion containing metadata having data indicative of a desired locally connected computing subdomain comprising information associated with the required hardware resources for execution ; detach, based at least in part on the metadata, one or more executable application portion to generate one or more detached executable application portions ; associating a tag with each detached executable application portion, wherein the tag includes data indicative of a desired and available locally connected computing subdomain upon attachment to that computing subdomain for execution; and distributing, based at least in part of the respective tags, each detached executable application portion to a respective locally connected computing subdomain (625 and 630).
A method for a production of solids comprising: forming a first flow of a first fluid using a pump ; entraining a second fluid within the first flow of the first fluid to form a second flow that includes the first fluid and the second fluid using a nozzle , wherein the first fluid and the second fluid are immiscible with respect to each other; flowing the second flow of the second fluid entrained within the first fluid through a coil ; and at least partially solidifying inside the coil the second fluid entrained within the first fluid due to the heat exchange between the warmer second fluid and the cold first fluid. forming a first flow of a first fluid using a pump ; entraining a second fluid within the first flow of the first fluid to form a second flow that includes the first fluid and the second fluid using a nozzle , wherein the first fluid and the second fluid are immiscible with respect to each other; flowing the second flow of the second fluid entrained within the first fluid through a coil ; and at least partially solidifying inside the coil the second fluid entrained within the first fluid due to the heat exchange between the warmer second fluid and the cold first fluid.
Nuclear facility with a fuel pool containing a liquid and with an associated cooling circuit for a circulating cooling agent, the cooling circuit comprising: a cooling module with a first heat exchanger immerged into the liquid , a second heat exchanger which is located outside the fuel pool , connecting lines between the first exchanger and the second heat exchanger , wherein the cooling module comprises a lifting body and is configured to float in the liquid such that its altitude varies passively with the filling level of the liquid in the fuel pool , characterized by at least one guide element configured to prevent lateral displacement of the cooling module . a cooling module with a first heat exchanger immerged into the liquid , a second heat exchanger which is located outside the fuel pool , connecting lines between the first exchanger and the second heat exchanger , wherein the cooling module comprises a lifting body and is configured to float in the liquid such that its altitude varies passively with the filling level of the liquid in the fuel pool , characterized by at least one guide element configured to prevent lateral displacement of the cooling module .
A method performed by a remote unit , the method comprising: accessing a first policy associated with a first mobile network, a first policy identifier, and a freshness parameter which indicates at least one of a date to check for a new policy, an expiration date for the first policy, and/or a date the first policy is received; determining , based on the freshness parameter, whether the first policy is fresh; and transmitting a registration message to a second mobile network, wherein the registration message comprises the first policy identifier in response to determining that the first policy is not fresh, wherein the first policy identifier indicates a version of the first policy. accessing a first policy associated with a first mobile network, a first policy identifier, and a freshness parameter which indicates at least one of a date to check for a new policy, an expiration date for the first policy, and/or a date the first policy is received; determining , based on the freshness parameter, whether the first policy is fresh; and transmitting a registration message to a second mobile network, wherein the registration message comprises the first policy identifier in response to determining that the first policy is not fresh, wherein the first policy identifier indicates a version of the first policy.
A process comprising: A. providing a fitment with a base having a wall thickness (T w ), the base comprising an ethylene/α-olefin multi-block copolymer; B. placing the base between two opposing multilayer films, each multilayer film having a respective seal layer comprising an olefin-based polymer; C. positioning the base and opposing multilayer films between opposing seal bars, each seal bar comprising (i) a front surface, (ii) a recessed surface a distance (x) behind the front surface, the recessed surface having a first end and an opposing second end, and (iii) a curved surface at each opposing end, the curved surface extending between the front surface and the recessed surface, each curved surface having a radius of curvature (Rc) greater than or equal to distance (x); and D. heat sealing the base to each multilayer film. A. providing a fitment with a base having a wall thickness (T w ), the base comprising an ethylene/α-olefin multi-block copolymer; B. placing the base between two opposing multilayer films, each multilayer film having a respective seal layer comprising an olefin-based polymer; C. positioning the base and opposing multilayer films between opposing seal bars, each seal bar comprising (i) a front surface, (ii) a recessed surface a distance (x) behind the front surface, the recessed surface having a first end and an opposing second end, and (iii) a curved surface at each opposing end, the curved surface extending between the front surface and the recessed surface, each curved surface having a radius of curvature (Rc) greater than or equal to distance (x); and (i) a front surface, (ii) a recessed surface a distance (x) behind the front surface, the recessed surface having a first end and an opposing second end, and (iii) a curved surface at each opposing end, the curved surface extending between the front surface and the recessed surface, each curved surface having a radius of curvature (Rc) greater than or equal to distance (x); and D. heat sealing the base to each multilayer film.
A composition comprising: a nitrite; reductase for said nitrite; and a carrier for administration of said nitrite and said reductase to the buccal cavity, wherein the carrier is adapted to maintain physical separation of the nitrite and the reductase for said nitrite prior to administration; wherein the composition further comprises ascorbic acid, and wherein the ratio of nitrite to ascorbic acid is at least 1:1.5. a nitrite; reductase for said nitrite; and a carrier for administration of said nitrite and said reductase to the buccal cavity, wherein the carrier is adapted to maintain physical separation of the nitrite and the reductase for said nitrite prior to administration; wherein the composition further comprises ascorbic acid, and wherein the ratio of nitrite to ascorbic acid is at least 1:1.5.
A high-precision real-time satellite positioning apparatus comprising a receiver array formed by a plurality of single-point satellite positioning receivers and shaped in a geometrical polygon, characterized in that antenna phase centers of the single-point satellite positioning receivers consist of vertex receivers disposed respectively at vertices of the geometrical polygon and a center receiver disposed at geometric center point of the geometrical polygon, each single-point satellite positioning receiver comprises an MCU and a receiver connected with the MCU, and all MCUs are connected in parallel and jointly connected to a processor module.
An electrosurgical system including an electrosurgical probe , said probe comprising coaxially arranged inner and outer conductors electrically isolated by an inner electrical insulator between said conductors , wherein a distal portion of the inner conductor is exposed to define an elongate straight exposed distal electrode , a distal portion of the outer conductor is exposed to define an elongate straight proximal electrode , the inner electrical insulator is elongate straight and exposed beyond a distal edge of the proximal electrode , and the distal electrode is longitudinally spaced apart and electrically isolated from the proximal electrode by the exposed electrical insulator , and a lumen for circulating a cooling fluid within only said inner conductor for internal cooling of the distal and proximal electrodes , and the lumen is operable to be connected to a source of cooling fluid for delivering fluid for cooling said inner and outer electrical conductors; and said system including said source of cooling fluid, wherein said cooling fluid is water and wherein a temperature of the cooling fluid is in the range from just above 0 degrees C to 30 degrees C.
A hybrid power transmission device for a power system comprising a single planetary gear train (PG), a first electric motor (EM1), a second electric motor (EM2) and an engine; wherein the single planetary gear train is composed of a sun gear , a planetary gear , a planetary carrier and a gear ring ; wherein the first electric motor is connected with a first reduction gear pair which is connected with the sun gear through a sleeve shaft , the second electric motor is connected with a third reduction gear pair , the gear ring is connected with a connecting shaft , and the third reduction gear pair is connected with the connecting shaft; the planetary carrier is connected with a brake (B1); by means of passing an input shaft through the sleeve shaft, the engine is connected with the planetary carrier, and an output shaft is connected with the connecting shaft ; characterized in that the first electric motor (EM1) is connected in parallel with the first reduction gear pair and a second reduction gear pair , wherein the second reduction gear pair is connected with a first clutch (C2) that controls whether the second reduction gear pair gets involved, and the second reduction gear pair is connected with the connecting shaft . wherein the first electric motor is connected with a first reduction gear pair which is connected with the sun gear through a sleeve shaft , the second electric motor is connected with a third reduction gear pair , the gear ring is connected with a connecting shaft , and the third reduction gear pair is connected with the connecting shaft; the planetary carrier is connected with a brake (B1); by means of passing an input shaft through the sleeve shaft, the engine is connected with the planetary carrier, and an output shaft is connected with the connecting shaft ; characterized in that the first electric motor (EM1) is connected in parallel with the first reduction gear pair and a second reduction gear pair , wherein the second reduction gear pair is connected with a first clutch (C2) that controls whether the second reduction gear pair gets involved, and the second reduction gear pair is connected with the connecting shaft .
A method for transmitting, by a user equipment, a hybrid automatic repeat request acknowledgement, HARQ-ACK, in a communication system supporting multiple component carriers, CCs, the method comprising: identifying power for transmission of the HARQ-ACK based on a transmission power control information element, TPC IE, in first downlink control information for downlink scheduling assignment corresponding to a primary CC from the multiple CCs; identifying a resource for transmission of the HARQ-ACK based on a TPC IE in second downlink control information for downlink scheduling assignment corresponding to at least one remaining CC from the multiple CCs, wherein the TPC IE in the second downlink control information is used as an index to the resource for transmission of the HARQ-ACK; and transmitting the HARQ-ACK based on the resource. identifying power for transmission of the HARQ-ACK based on a transmission power control information element, TPC IE, in first downlink control information for downlink scheduling assignment corresponding to a primary CC from the multiple CCs; identifying a resource for transmission of the HARQ-ACK based on a TPC IE in second downlink control information for downlink scheduling assignment corresponding to at least one remaining CC from the multiple CCs, wherein the TPC IE in the second downlink control information is used as an index to the resource for transmission of the HARQ-ACK; and transmitting the HARQ-ACK based on the resource.
A negative electrode for a lithium secondary battery comprising: a lithium metal layer; and a protective layer formed on at least one surface of the lithium metal layer, wherein the protective layer comprises a conductive fabric with pores formed therein, and wherein the conductive fabric is a conductive fabric consecutively coating a metal material and a carbon material on a thread-weaved base fabric. a lithium metal layer; and a protective layer formed on at least one surface of the lithium metal layer, wherein the protective layer comprises a conductive fabric with pores formed therein, and wherein the conductive fabric is a conductive fabric consecutively coating a metal material and a carbon material on a thread-weaved base fabric.
A silicon carbide (SiC) wafer comprising: a silicon face and a carbon face that are exposed; a diameter of at least 200 millimeters (mm); and a relaxed positive bow from the silicon face. a silicon face and a carbon face that are exposed; a diameter of at least 200 millimeters (mm); and a relaxed positive bow from the silicon face.
Seat retractable for a vehicle means the seat comprising a seat and a seat back moving in relation to the seat between a nominal position in which the seat back is arranged in relation to the seat to allow the seat to support a passenger seated on the seat and a retractable position in which the seat back is folded in direction of the seat , and a tablet positioned at the back of the seat back , which also includes means of sliding connection, means of sliding connection being configured to guide a translation of the tablet in relation to the folder in a substantially horizontal plane when the folder is in a dislocated position, and means of pivot connection, the means of pivot connection being configured to allow a rotation of the tablet in relation to the folder , around an axis (B) of substantially vertical rotation when the folder is in a position of distraction, so that the tablet is moving in relation to the back between a row position, in which the tablet extends to the back of the back of the folder without extending laterally beyond the back of the back , and a deployed position, in which at least one part of the tablet extends laterally on either side of the back to extend in relation to a seat of the tablet. a seat adjacent to the seat , removable, characterized that the pivot means include a fixed pivot in relation to the back , the tablet being connected to the pivot by the sliding means, and the seat includes means of stop (32.86), the means of stop being configured to block the translation of the tablet from the pivot according to a predetermined direction of translation when the tablet is in the row position and to block any rotation of the tablet from the back when the tablet is in the row position