mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transporting ISO containers, comprising: - providing an amphibious means of transport which is outfitted with flotation means , land transport members , propulsion means , and control means , - supporting at least one ISO container with the means of transport, - moving the means of transport over land by means of the land transport members and the propulsion means, the method is characterized by further comprising: - moving the means of transport with supported ISO container over a body of water by means of the flotation means and the propulsion means, and moving the means of transport in dependence on a guide vehicle in the manner of a "master/slave" control system, such as a guide vehicle in the form of at least one other means of transport to form a convoy, and wherein the buoyancy of the means of transport with supported ISO container is provided exclusively by the flotation means of that means of transport, and - unloading the ISO container. - providing an amphibious means of transport which is outfitted with flotation means , land transport members , propulsion means , and control means , - supporting at least one ISO container with the means of transport, - moving the means of transport over land by means of the land transport members and the propulsion means, the method is characterized by further comprising: - moving the means of transport with supported ISO container over a body of water by means of the flotation means and the propulsion means, and moving the means of transport in dependence on a guide vehicle in the manner of a "master/slave" control system, such as a guide vehicle in the form of at least one other means of transport to form a convoy, and wherein the buoyancy of the means of transport with supported ISO container is provided exclusively by the flotation means of that means of transport, and - unloading the ISO container. - moving the means of transport with supported ISO container over a body of water by means of the flotation means and the propulsion means, and moving the means of transport in dependence on a guide vehicle in the manner of a "master/slave" control system, such as a guide vehicle in the form of at least one other means of transport to form a convoy, and wherein the buoyancy of the means of transport with supported ISO container is provided exclusively by the flotation means of that means of transport, and - unloading the ISO container.
A compound of formula (I) a stereo-isomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof; said compound is selected from the group wherein: R 1 is F, R 2 is F, CH 3 or OCH 3 and R 3 is H, R 1 is H, R 2 is Cl or F and R 3 is CH 3 , R 1 is CH 3 , R 2 is OCH 3 , F or H and R 3 =H, R 1 is H, R 2 is Cl or F and R 3 is H, R 1 is CH 3 , R 2 is H and R 3 is F, R 1 is F, R 2 is H and R 3 is CH 3 , R 1 is H, R 2 is OCH 3 and R 3 is H or Cl, R 1 is H, R 2 is F and R 3 is F, R 1 is CF 3 or OCF 3 , R 2 is H and R 3 is H, R 1 is Cl, R 2 is OCH 3 and R 3 is H. R 1 is F, R 2 is F, CH 3 or OCH 3 and R 3 is H, R 1 is H, R 2 is Cl or F and R 3 is CH 3 , R 1 is CH 3 , R 2 is OCH 3 , F or H and R 3 =H, R 1 is H, R 2 is Cl or F and R 3 is H, R 1 is CH 3 , R 2 is H and R 3 is F, R 1 is F, R 2 is H and R 3 is CH 3 , R 1 is H, R 2 is OCH 3 and R 3 is H or Cl, R 1 is H, R 2 is F and R 3 is F, R 1 is CF 3 or OCF 3 , R 2 is H and R 3 is H, R 1 is Cl, R 2 is OCH 3 and R 3 is H.
A vehicle emergency rescue device comprising: an input unit configured to receive a vehicle accident information transmission request based on a driver's input; an accident determination unit configured to determine whether a vehicle is in an accident by detecting an external shock based on information from shock detection sensors; a first vehicle accident information generation unit configured to generate first vehicle accident information when the input unit receives the vehicle accident information transmission request or when the accident determination unit determines that the vehicle is in the accident; a first vehicle accident information transmission unit configured to transmit the first vehicle accident information and an emergency call connection request to a control center; an emergency voice call unit configured to connect an emergency call to the control center in response to the emergency call connection request; a second vehicle accident information request receiving unit configured to receive a second vehicle accident information request from the control center; a second vehicle accident information generation unit configured to generate second vehicle accident information; and a second vehicle accident information transmission unit configured to transmit the second vehicle accident information to the control center in response to the second vehicle accident information request, wherein the second vehicle accident information is extended accident information. an input unit configured to receive a vehicle accident information transmission request based on a driver's input; an accident determination unit configured to determine whether a vehicle is in an accident by detecting an external shock based on information from shock detection sensors; a first vehicle accident information generation unit configured to generate first vehicle accident information when the input unit receives the vehicle accident information transmission request or when the accident determination unit determines that the vehicle is in the accident; a first vehicle accident information transmission unit configured to transmit the first vehicle accident information and an emergency call connection request to a control center; an emergency voice call unit configured to connect an emergency call to the control center in response to the emergency call connection request; a second vehicle accident information request receiving unit configured to receive a second vehicle accident information request from the control center; a second vehicle accident information generation unit configured to generate second vehicle accident information; and a second vehicle accident information transmission unit configured to transmit the second vehicle accident information to the control center in response to the second vehicle accident information request, wherein the second vehicle accident information is extended accident information.
Crease removal device comprising a body comprising a handle and a steam emission head connected to the handle , the steam emission head comprising a treatment face intended to vertically face an item of clothing to have its creases removed, the treatment face comprising at least one steam outlet orifice and a hot surface intended to come into contact with the clothing, the device further comprising at least one accessory intended to be removably mounted on the steam emission head , characterized in that the hot surface is disposed at the end of a projection which projects over the body, at the treatment face , the body comprising a peripheral surface which extends to the foot of the projection and in that the accessory comprises a through opening which is engaged around said projection when the accessory is mounted on the steam emission head , the accessory being positioned in front of the peripheral surface and having at least one treatment surface , extending to the periphery of the through opening , intended to come into contact with the clothing.
A decanter assembly comprising a bottle structure , a seat portion and a motor means ; said bottle structure is disposed on the seat portion ; said seat portion comprises a base and a shield which is disposed on the base , said shield forms a surrounding cavity for containing the bottle structure ; said bottle structure is contained in said cavity , a magnet is provided at the bottom of said bottle structure ; said motor means is disposed in said base under said bottle structure , said motor means drives said magnet rotating, hence stirring the wine in said bottle structure and thus decanting the wine, said bottle structure comprising a bottle and a bottle seat which is disposed at the bottom of said bottle , a rotating chamber being arranged in said bottle seat , and said magnet being contained in said rotating chamber wherein the base comprises an upper shell , a lower shell and a chamber body disposed therebetween, the motor means comprising a motor seat which contains a motor on which the magnet is disposed, the motor seat being located on the lower shell , the chamber body comprising a main circuit board which is electrically connected with the motor .
Facility for manufacturing a profile strip made from several elastomer mixtures with different compositions by coextrusion, said facility comprising a support , at least two extruders fastened to the support and serving to feed elastomer mixtures to an extrusion head which comprises an extrusion die that enables the forming of the profiled element, and also transfer channels in order to connect the outlets of the extruders to the extrusion die , said facility being characterized in that the extrusion die is mounted movably as one with the extrusion head with respect to the support , such that the extruders discharge directly into said extrusion head and such that said extrusion head forms an interchangeable single assembly which groups together all of the dimensional tooling which is formed by the transfer channels and the extrusion die .
An organic vapor jet printing (OVJP) deposition system comprising: a plurality of source ampules in fluid communication with a source of carrier gas via a control manifold, the control manifold comprising a plurality of valves, each of which controls a fluid connection between the source of carrier gas and at least one of the source ampules; a plurality of heaters, each heater of the plurality of heaters thermally coupled to one of the plurality of source ampules so that the temperature of each source ampule is controllable independently of each other source ampule via the heater thermally coupled to the source ampule; a mixing chamber in fluid communication with each of the plurality of source ampules; and an OVJP printhead in fluid communication with the mixing chamber; and wherein, the OVJP deposition system is configured to sequentially heat the plurality of source ampules to deposit a material. a plurality of source ampules in fluid communication with a source of carrier gas via a control manifold, the control manifold comprising a plurality of valves, each of which controls a fluid connection between the source of carrier gas and at least one of the source ampules; a plurality of heaters, each heater of the plurality of heaters thermally coupled to one of the plurality of source ampules so that the temperature of each source ampule is controllable independently of each other source ampule via the heater thermally coupled to the source ampule; a mixing chamber in fluid communication with each of the plurality of source ampules; and an OVJP printhead in fluid communication with the mixing chamber; and wherein, the OVJP deposition system is configured to sequentially heat the plurality of source ampules to deposit a material.
A computerized system comprising: one or more computer processors; and computer memory storing computer-useable instructions that, when used by the one or more computer processors, cause the one or more computer processors to perform operations comprising: accessing , at a Shell PCIe Bridge, SPB , an outbound transaction intended for a PCIe endpoint vendor IP or an inbound transaction intended for an SPB client , wherein the SPB supports a shared PCIe physical link based on a shared-link-interface comprising a vendor-agnostic downstream custom interface and a vendor-specific upstream PCIe endpoint interface ; processing the outbound transaction or the inbound transaction based on one or more shared-link-interface services, wherein processing transactions comprises executing shared-link-interface operations that provide protection enhancements associated with sharing the shared PCIe physical link; and communicating the outbound transaction to the PCIe endpoint vendor IP or the inbound transaction to the SPB client . one or more computer processors; and computer memory storing computer-useable instructions that, when used by the one or more computer processors, cause the one or more computer processors to perform operations comprising: accessing , at a Shell PCIe Bridge, SPB , an outbound transaction intended for a PCIe endpoint vendor IP or an inbound transaction intended for an SPB client , wherein the SPB supports a shared PCIe physical link based on a shared-link-interface comprising a vendor-agnostic downstream custom interface and a vendor-specific upstream PCIe endpoint interface ; processing the outbound transaction or the inbound transaction based on one or more shared-link-interface services, wherein processing transactions comprises executing shared-link-interface operations that provide protection enhancements associated with sharing the shared PCIe physical link; and communicating the outbound transaction to the PCIe endpoint vendor IP or the inbound transaction to the SPB client . accessing , at a Shell PCIe Bridge, SPB , an outbound transaction intended for a PCIe endpoint vendor IP or an inbound transaction intended for an SPB client , wherein the SPB supports a shared PCIe physical link based on a shared-link-interface comprising a vendor-agnostic downstream custom interface and a vendor-specific upstream PCIe endpoint interface ; processing the outbound transaction or the inbound transaction based on one or more shared-link-interface services, wherein processing transactions comprises executing shared-link-interface operations that provide protection enhancements associated with sharing the shared PCIe physical link; and communicating the outbound transaction to the PCIe endpoint vendor IP or the inbound transaction to the SPB client .
A method of managing ultra low latency, ULL, communications over a plurality of component carriers, CC, comprising: receiving a configuration for aggregating a set of CCs, wherein the set of CCs includes at least a primary cell and a secondary cell; communicating , based on the received configuration, with at least the primary cell for legacy communications, wherein the legacy communications are based on a first transmission time interval, TTI, having a first duration; and communicating , based on the received configuration, with at least one of the primary cell and the secondary cell for ULL communications, wherein the ULL communications are based on a second TTI having a second duration that is less than the first duration, characterized in that the method is specifically adapted for, receiving a deactivation command for deactivating ULL communications with the at least one of the primary cell or the secondary cell; and receiving an activation command for activating legacy communications with the secondary cell, along with deactivating ULL communications with the secondary cell. receiving a configuration for aggregating a set of CCs, wherein the set of CCs includes at least a primary cell and a secondary cell; communicating , based on the received configuration, with at least the primary cell for legacy communications, wherein the legacy communications are based on a first transmission time interval, TTI, having a first duration; and communicating , based on the received configuration, with at least one of the primary cell and the secondary cell for ULL communications, wherein the ULL communications are based on a second TTI having a second duration that is less than the first duration, characterized in that the method is specifically adapted for, receiving a deactivation command for deactivating ULL communications with the at least one of the primary cell or the secondary cell; and receiving an activation command for activating legacy communications with the secondary cell, along with deactivating ULL communications with the secondary cell.
A fluid separation apparatus fluidly connectable to an anesthetic circuit , the anesthetic circuit having a flow passage for transporting an exhaled fluid mixture containing at least exhaled anesthetic agent and exhaled carbon dioxide through the flow passage , the fluid separation apparatus comprises: a membrane having a plurality of hollow fibers , wherein the membrane is at least partially impervious to the exhaled anesthetic agent to at least partially retain the exhaled anesthetic agent in the flow passage after the exhaled fluid mixture contacts the membrane , and the membrane is more pervious to the exhaled carbon dioxide than the exhaled anesthetic agent such that the membrane has an exhaled carbon dioxide-to-exhaled anesthetic agent selectivity of greater than 1; and the membrane is inert with respect to the exhaled carbon dioxide and is free of amino acids; and a membrane housing containing the membrane therein, wherein the housing is configured to receive the exhaled fluid mixture via a housing inlet , the membrane housing directs the exhaled fluid mixture into contact with the membrane , to provide a modified fluid mixture having a lower amount of the exhaled carbon dioxide than the exhaled fluid mixture , the membrane housing directs the modified fluid mixture out of the membrane housing via a housing outlet , at least one of the plurality of hollow fibers permits a sweep fluid to pass therethough to facilitate the transport of at least a portion of the exhaled carbon dioxide into the at least one hollow fiber , and the membrane housing has at least one sweep inlet to receive the sweep fluid therethrough and at least one sweep outlet to expel the sweep fluid from the membrane housing . a membrane having a plurality of hollow fibers , wherein the membrane is at least partially impervious to the exhaled anesthetic agent to at least partially retain the exhaled anesthetic agent in the flow passage after the exhaled fluid mixture contacts the membrane , and the membrane is more pervious to the exhaled carbon dioxide than the exhaled anesthetic agent such that the membrane has an exhaled carbon dioxide-to-exhaled anesthetic agent selectivity of greater than 1; and the membrane is inert with respect to the exhaled carbon dioxide and is free of amino acids; and a membrane housing containing the membrane therein, wherein the housing is configured to receive the exhaled fluid mixture via a housing inlet , the membrane housing directs the exhaled fluid mixture into contact with the membrane , to provide a modified fluid mixture having a lower amount of the exhaled carbon dioxide than the exhaled fluid mixture , the membrane housing directs the modified fluid mixture out of the membrane housing via a housing outlet , at least one of the plurality of hollow fibers permits a sweep fluid to pass therethough to facilitate the transport of at least a portion of the exhaled carbon dioxide into the at least one hollow fiber , and the membrane housing has at least one sweep inlet to receive the sweep fluid therethrough and at least one sweep outlet to expel the sweep fluid from the membrane housing .
A diffusion bonded and superplastically formed turbomachine blade, the turbomachine blade comprising: a first layer ; a second layer ; and a membrane disposed between the first and second layers; wherein the membrane is diffusion bonded to the first layer along a plurality of first strips and the membrane is diffusion bonded to the second layer along a plurality of second strips , wherein the first and second strips are offset from one another so that the membrane is bonded to the first and second layers in an alternating pattern; characterised in that the membrane has a recess which extends into an area between an adjacent pair of first or second strips. a first layer ; a second layer ; and a membrane disposed between the first and second layers; wherein the membrane is diffusion bonded to the first layer along a plurality of first strips and the membrane is diffusion bonded to the second layer along a plurality of second strips , wherein the first and second strips are offset from one another so that the membrane is bonded to the first and second layers in an alternating pattern; characterised in that the membrane has a recess which extends into an area between an adjacent pair of first or second strips.
A radar object detection system configured to detect targets proximate to a vehicle , said system comprising; a first sensor that emits a first radar signal toward a first area about a vehicle , and outputs a first signal indicative of detected targets proximate to the vehicle ; a second sensor that emits a second radar signal toward a second area different from the first area , and outputs a second signal indicative of detected targets proximate to the vehicle ; and a controller that receives the first signal from the first sensor and determines when a trailer is connected to the vehicle based on the first signal , wherein the controller further receives the second signal from the second sensor and determines when a trailer is connected to the vehicle based on the first signal and the second signal ; said radar object detection system being characterized in that the controller defines a shadow-zone that corresponds to a first portion of the first area obstructed by the trailer from being viewed by the first sensor , and ignores detected targets within the shadow-zone that are indicated by the first signal ; and in that the controller further redefines the shadow-zone to correspond to an intersection area of the first portion of the first area and a second portion of the second area obstructed by the trailer from being viewed by the second sensor , and ignores detected targets within the shadow-zone that are indicated by only one of the first signal and the second signal .
A picking finger assembly for a belt picker of a harvester , in particular a hemp harvester, for picking flowers or buds of a plant to be harvested, the plant preferably being a hemp plant, wherein the picking fingers are disposed, on the surface of a drum belt of the belt picker , linearly perpendicularly to the direction of motion of the drum belt, the picking fingers preferably being spaced apart from one another, and wherein the picking fingers are formed by hoops or loops that are spring-mounted to the surfaces of the drum belts and protrude into a picking space and are formed, in particular, by a bent wire, and wherein the picking finger end associated with the picking space is formed in most regions such that they comprise a tip protruding into the picking space, characterized in that at the incoming end, for the harvested crop, of the drum belt or of the horizontal rows, respectively, subsequent to two or three such picking fingers, a set of picking fingers is disposed having a straight hoop or section instead of a tip or a tip oriented parallel to the surface of the drum belt. wherein the picking fingers are disposed, on the surface of a drum belt of the belt picker , linearly perpendicularly to the direction of motion of the drum belt, the picking fingers preferably being spaced apart from one another, and wherein the picking fingers are formed by hoops or loops that are spring-mounted to the surfaces of the drum belts and protrude into a picking space and are formed, in particular, by a bent wire, and wherein the picking finger end associated with the picking space is formed in most regions such that they comprise a tip protruding into the picking space, characterized in that at the incoming end, for the harvested crop, of the drum belt or of the horizontal rows, respectively, subsequent to two or three such picking fingers, a set of picking fingers is disposed having a straight hoop or section instead of a tip or a tip oriented parallel to the surface of the drum belt.