mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated power generation system comprising: (a) a solid oxide fuel cell hotbox comprising a steam reformer configured to produce under reforming conditions a stack fuel, and further comprising at least one solid oxide fuel cell stack configured to convert the stack fuel into a first anode waste gas comprising water; (b) a condenser configured to receive the first anode waste gas and condense at least a fraction of the water therefrom, so as to produce a second anode waste gas of reduced water content; (c) a combustor configured to receive from the condenser the second anode waste gas of reduced water content and further configured to combust same to form a combustion product; (d) a turbomachine comprising an expander configured to expand the combustion product and pass said expanded combustion product to an expanded combustion product line; (e) a heater comprising a cold side pathway and a hot side pathway, the cold and hot side pathways being in thermally conductive contact; the heater configured to receive into the cold side pathway water from the condenser, and further configured to receive into the hot side pathway said expanded combustion product; (f) a steam line in fluid communication with both the cold side pathway of the heater and with the fuel reformer; and (g) a fuel preheat exchanger configured such that a hot side of the fuel preheat exchanger is fluidly connected to the expanded combustion product line, and a cold side of the fuel preheat exchanger is fluidly connected to a reformer fuel line. (a) a solid oxide fuel cell hotbox comprising a steam reformer configured to produce under reforming conditions a stack fuel, and further comprising at least one solid oxide fuel cell stack configured to convert the stack fuel into a first anode waste gas comprising water; (b) a condenser configured to receive the first anode waste gas and condense at least a fraction of the water therefrom, so as to produce a second anode waste gas of reduced water content; (c) a combustor configured to receive from the condenser the second anode waste gas of reduced water content and further configured to combust same to form a combustion product; (d) a turbomachine comprising an expander configured to expand the combustion product and pass said expanded combustion product to an expanded combustion product line; (e) a heater comprising a cold side pathway and a hot side pathway, the cold and hot side pathways being in thermally conductive contact; the heater configured to receive into the cold side pathway water from the condenser, and further configured to receive into the hot side pathway said expanded combustion product; (f) a steam line in fluid communication with both the cold side pathway of the heater and with the fuel reformer; and (g) a fuel preheat exchanger configured such that a hot side of the fuel preheat exchanger is fluidly connected to the expanded combustion product line, and a cold side of the fuel preheat exchanger is fluidly connected to a reformer fuel line.
Housing of an electrical/electronic operating means, such as a lamp, a terminal box, a control device, a switching distribution system or the like, comprising at least one side surface which faces the external environment , a plurality of impact absorbers (4 to 16) being arranged on the side surface so as to project at least from said side surface, characterized in that the impact absorbers (4 to 16) are used as cooling elements.
A method for wireless communication, comprising: receiving, at a mobile device over a first radio access technology, RAT, a page transmission including service information, wherein the service information included in the page transmission indicates a RAT to be accessed in response to the page transmission; selecting a second RAT over which to respond to the page transmission received over the first RAT based at least in part on the service information included in the page transmission , and wherein selecting the second RAT is based at least in part on the indication of the RAT, further comprising: determining that a page policy applies to the page transmission, the page policy defining rules for accessing RATs in response to a page transmission; determining that the page policy indicates a different RAT than the service information; and selecting the second RAT based at least in part on a determination that the page policy does allow the service information to override the page policy; and transmitting a response to the page transmission over the second RAT based at least in part on the selection. receiving, at a mobile device over a first radio access technology, RAT, a page transmission including service information, wherein the service information included in the page transmission indicates a RAT to be accessed in response to the page transmission; selecting a second RAT over which to respond to the page transmission received over the first RAT based at least in part on the service information included in the page transmission , and wherein selecting the second RAT is based at least in part on the indication of the RAT, further comprising: determining that a page policy applies to the page transmission, the page policy defining rules for accessing RATs in response to a page transmission; determining that the page policy indicates a different RAT than the service information; and selecting the second RAT based at least in part on a determination that the page policy does allow the service information to override the page policy; and determining that a page policy applies to the page transmission, the page policy defining rules for accessing RATs in response to a page transmission; determining that the page policy indicates a different RAT than the service information; and selecting the second RAT based at least in part on a determination that the page policy does allow the service information to override the page policy; and
Camping trailer (1-1c) for a motor vehicle, especially tent trailer for a passenger car, comprising a lower trailer part (3-3c) with wheels (4-4c) and an upper trailer part (2-2c) which is movably connected to the lower trailer part and which can be pivoted from a traveling position, in which it forms a lower trailer part cover, into a camping position, in which the camping trailer (1-1c) is suitable for accommodating persons, the lower trailer part (3-3c) having a recess (30-30b) which, in the camping position, forms a footwell for a person sitting in the camping trailer, characterized in that the lower part of the trailer (3-3c) has a height-adjustable plate (35; 35b) which is designed for use as a seating or lying surface and which is pivotably articulated to a height-adjustment device.
A high lift airfoil (101; 201) comprising: a first row of radially disposed showerhead cooling holes (120; 220) at a pressure side of the airfoil (101; 201); a second row of radially disposed showerhead cooling holes (120; 220) at a leading edge of the airfoil (101; 201); and a third row of radially disposed showerhead cooling holes (120; 220) at a suction side of the airfoil (101; 201); characterized in that the first row of radially disposed showerhead cooling holes (120;220) is configured to vector cooling air to align with combustion gas flow streamlines towards a leading edge nose of the airfoil (101; 201); and wherein the second and third rows of radially disposed showerhead cooling holes (120; 220) are configured to vector cooling air to align with combustion gas flow streamlines towards the suction side of the airfoil (101; 201). a first row of radially disposed showerhead cooling holes (120; 220) at a pressure side of the airfoil (101; 201); a second row of radially disposed showerhead cooling holes (120; 220) at a leading edge of the airfoil (101; 201); and a third row of radially disposed showerhead cooling holes (120; 220) at a suction side of the airfoil (101; 201); characterized in that the first row of radially disposed showerhead cooling holes (120;220) is configured to vector cooling air to align with combustion gas flow streamlines towards a leading edge nose of the airfoil (101; 201); and wherein the second and third rows of radially disposed showerhead cooling holes (120; 220) are configured to vector cooling air to align with combustion gas flow streamlines towards the suction side of the airfoil (101; 201).
A track unit for ground work vehicle, comprising a structure for supporting a driving wheel adapted to transmit motion to a ground resting track , said track unit being designed to be mounted as an alternative to a wheel at the end of at least one axle of said work vehicle that is provided with a motor drive unit designed with such characteristics as to give correct values of the transmission ratio in the configuration in which wheels are mounted at the ends of the axle , the track unit further comprising a hub designed to be associated detachably with said axle , characterized in that between said hub and said driving wheel there being a speed-increasing gear system in order to provide the axle with a suitable transmission ratio, typically similar to that with the wheeled configuration.
A method of sending a limited-area alert message via a cellular network infrastructure , the method comprising: receiving, from a mobile device , at a designated number, an alert request message; identifying a requesting party via metadata associated with the alert request message; authenticating the requesting party to confirm an authenticated request; responsive to the confirmation of the authenticated request, parsing the alert request message into a requested distance and a message; comparing the requested distance to an authorized distance , wherein the authorized distance is a maximum broadcast distance for which the requesting party is authorized; generating an actual distance responsive to the comparison with the authorized distance , wherein generating the actual distance comprises keeping the actual distance equal to the requested distance when the authorized distance is greater than or equal to the requested distance ; determining at least one cell tower associated with the actual distance; and sending the message to all mobile devices covered by the at least one cell tower associated with the actual distance. receiving, from a mobile device , at a designated number, an alert request message; identifying a requesting party via metadata associated with the alert request message; authenticating the requesting party to confirm an authenticated request; responsive to the confirmation of the authenticated request, parsing the alert request message into a requested distance and a message; comparing the requested distance to an authorized distance , wherein the authorized distance is a maximum broadcast distance for which the requesting party is authorized; generating an actual distance responsive to the comparison with the authorized distance , wherein generating the actual distance comprises keeping the actual distance equal to the requested distance when the authorized distance is greater than or equal to the requested distance ; determining at least one cell tower associated with the actual distance; and sending the message to all mobile devices covered by the at least one cell tower associated with the actual distance.
Fluid transfer apparatus for transferring a flushing solution from a pipeline into a drainage device with a drainage opening which is permeable for the flushing solution, and with a fluid-impermeable circumferential face which surrounds the drainage opening, the fluid transfer apparatus comprising: a tubular core element with a first element end , it being possible for the first element end to be inserted into the drainage device, and with a second element end , and a film tube with a first tube end , it being possible for the first tube end to be connected in a fluid-conducting manner to the pipeline, and with a second tube end which can be connected in a fluid-conducting manner to the second element end or receives the second element end, the first element end and the second tube end being arranged in such a way that the second tube end can be clamped between the circumferential face of the drainage device and the first element end , the film tube having a sample removal device for the removal of a sample of the flushing solution. a tubular core element with a first element end , it being possible for the first element end to be inserted into the drainage device, and with a second element end , and a film tube with a first tube end , it being possible for the first tube end to be connected in a fluid-conducting manner to the pipeline, and with a second tube end which can be connected in a fluid-conducting manner to the second element end or receives the second element end, the first element end and the second tube end being arranged in such a way that the second tube end can be clamped between the circumferential face of the drainage device and the first element end , the film tube having a sample removal device for the removal of a sample of the flushing solution.
A fluid pressure cylinder comprising a tubular shaped cylinder tube including cylinder chambers defined in interior thereof, a cover member attached to an end of the cylinder tube , and a piston disposed displaceably along the cylinder chambers ; wherein, on an end surface of the cover member , a positioning member is provided that abuts against at least one of an inner wall surface or an outer wall surface of the cylinder tube , and positions the cylinder tube coaxially with respect to the cover member , charaterised in that the positioning member comprises pins, which project with respect to a wall surface of the cover member toward a side of the cylinder tube , wherein the pins are provided in a quantity of at least two or more.
A connector apparatus , comprising a male connector assembly , a female connector assembly and a connector position assurance (CPA) device , wherein the female connector assembly comprises a housing having a first end , a second end and a top side , wherein a female connector opening configured to accommodate the CPA device and at least one terminal aperture are formed at the second end , and the top side has a locking component forming a front portion and an aperture , the male connector assembly comprises a housing forming a male connector opening configured to accommodate the first end of the female connector assembly , and a latch formed on an interior of the housing to hold the male connector assembly to the female connector assembly having the locking component , and the CPA device is configured to lock the male connector assembly to the female connector assembly , wherein the CPA device has a first curved upper region and a second curved upper region , wherein the first curved upper region is configured to penetrate the aperture of the locking component of the female connector assembly , characterized in that the front portion of the locking component of the female connector assembly has a front edge towards the first end of the housing and a rear edge towards the second end of the housing , and the CPA device has at least one tooth configured to engage with the locking component , wherein in a pre-lock position the CPA device is partially inserted into the female connector opening , such that the locking component engages with the CPA device to hold the CPA device to the female connector assembly in that the at least one tooth is abutting the front edge of the front portion and the first curved upper region is abutting the rear edge of the front portion , and in a full-lock position the CPA device is fully inserted into the female connector opening , such that the locking component engages with the CPA device to hold the female connector assembly to the male connector assembly in that the first curved upper region is abutting the front edge of the front portion and the latch of the male connector assembly is abutting the rear edge of the front portion , while the at least one tooth is passed beyond the front portion .
A negative electrode layer for a sulfide-based solid electrolyte-containing all-solid secondary battery , comprising: a negative current collector and a first negative active material layer on the negative current collector , wherein the first negative active material layer comprises a lithium metal composite comprising lithium metal and an inorganic negative active material, and wherein the inorganic negative active material comprises lithium fluoride, lithium oxide, lithium carbonate, lithium hydroxide, or any combination thereof, wherein the negative electrode layer further comprises a thin film of a metal and/or a metalloid between the negative current collector and the first negative active material layer . a negative current collector and a first negative active material layer on the negative current collector , wherein the first negative active material layer comprises a lithium metal composite comprising lithium metal and an inorganic negative active material, and wherein the inorganic negative active material comprises lithium fluoride, lithium oxide, lithium carbonate, lithium hydroxide, or any combination thereof, wherein the negative electrode layer further comprises a thin film of a metal and/or a metalloid between the negative current collector and the first negative active material layer .
An electrically insulating cover (100; 150, 154, 158, 162) for a terminal assembly, the electrically insulating cover (100; 150, 154, 158, 162) comprising: an upper surface configured to cover an upper portion of a screw terminal , the upper surface comprising a channel formed on the upper surface for accommodating a retainer clip that extends along the whole length of an outer edge of the upper surface and is mounted on a frame of the terminal assembly to retain the electrically insulating cover (100; 150, 154, 158, 162) in a direction of the screw terminal , wherein the channel is formed by opposing ridges extending along the outer edge of the upper surface ; and a cable gland attached to an end of the upper surface , the cable gland including a plurality of concentric rings of varying diameters, each ring being configured to circumferentially surround and substantially seal a cable or wire of a particular size, wherein the electrically insulating cover (100; 150, 154, 158, 162) is operable to electrically insulate an upper portion of the screw terminal . an upper surface configured to cover an upper portion of a screw terminal , the upper surface comprising a channel formed on the upper surface for accommodating a retainer clip that extends along the whole length of an outer edge of the upper surface and is mounted on a frame of the terminal assembly to retain the electrically insulating cover (100; 150, 154, 158, 162) in a direction of the screw terminal , wherein the channel is formed by opposing ridges extending along the outer edge of the upper surface ; and a cable gland attached to an end of the upper surface , the cable gland including a plurality of concentric rings of varying diameters, each ring being configured to circumferentially surround and substantially seal a cable or wire of a particular size, wherein the electrically insulating cover (100; 150, 154, 158, 162) is operable to electrically insulate an upper portion of the screw terminal .
A method of manufacturing a shoe, the method comprising: preparing a flexible shell having an internal space (SP); preparing an upper body in a form of a bag, the upper body being provided with an opening in a portion corresponding to a topline; preparing a sole body ; forming the upper body with a last being located in the upper body ; taking the last out of the formed upper body ; and inserting the sole body in the shell , wherein: a) the method comprises accommodating the upper body in the shell, and partially fixing the shell and the upper body , and thereafter performing the forming of the upper body with the last located in the upper body accommodated in the shell ; or b) the method further comprises accommodating the formed upper body in the shell and partially fixing the shell and the formed upper body . preparing a flexible shell having an internal space (SP); preparing an upper body in a form of a bag, the upper body being provided with an opening in a portion corresponding to a topline; preparing a sole body ; forming the upper body with a last being located in the upper body ; taking the last out of the formed upper body ; and inserting the sole body in the shell , wherein: a) the method comprises accommodating the upper body in the shell, and partially fixing the shell and the upper body , and thereafter performing the forming of the upper body with the last located in the upper body accommodated in the shell ; or b) the method further comprises accommodating the formed upper body in the shell and partially fixing the shell and the formed upper body . a) the method comprises accommodating the upper body in the shell, and partially fixing the shell and the upper body , and thereafter performing the forming of the upper body with the last located in the upper body accommodated in the shell ; or b) the method further comprises accommodating the formed upper body in the shell and partially fixing the shell and the formed upper body .
A clearance control system for a gas turbine engine, comprising: a clearance control ring comprising a contoured radial outer portion (130; 140) that defines a multiple of fins (134; 148) and a multiple of slots (136; 150), wherein the contoured radial outer portion (130; 140) has an axial thickness greater than a radial inner portion (132; 142) from which the contoured radial outer portion (130; 140) extends, characterised in that the clearance control ring is mechanically unfastened from other components of the clearance control system . a clearance control ring comprising a contoured radial outer portion (130; 140) that defines a multiple of fins (134; 148) and a multiple of slots (136; 150), wherein the contoured radial outer portion (130; 140) has an axial thickness greater than a radial inner portion (132; 142) from which the contoured radial outer portion (130; 140) extends, characterised in that the clearance control ring is mechanically unfastened from other components of the clearance control system .
Basic module for a switchgear cabinet system having a plurality of interface units and connection elements for a plurality of functional modules , wherein the connection elements are designed to engage with module connection elements of functional modules , wherein each connection element has at least one data connection , wherein each interface unit is connected to at least one respective data connection of a connection element , wherein the interface units are connected to each other by way of a data bus , wherein the basic module has a first field bus connection , wherein the data bus is connected to the first field bus connection in order to connect the interface units to a field bus, characterized in that at least one connection element has a further data connection in the form of a serial peripheral interface (SPI) connection for the purpose of communication with a functional module . having a plurality of interface units and connection elements for a plurality of functional modules , wherein the connection elements are designed to engage with module connection elements of functional modules , wherein each connection element has at least one data connection , wherein each interface unit is connected to at least one respective data connection of a connection element , wherein the interface units are connected to each other by way of a data bus , wherein the basic module has a first field bus connection , wherein the data bus is connected to the first field bus connection in order to connect the interface units to a field bus, characterized in that at least one connection element has a further data connection in the form of a serial peripheral interface (SPI) connection for the purpose of communication with a functional module .