mhurhangee/patent-ind-claim-en huggingface dataset:
Air vent comprising - a housing with a section having an inlet opening and an air outlet opening , - an air guide element rotatably mounted in the housing , - a first group of slats and a second group of slats , wherein - the slats of the first group of slats and the slats of the second group of slats are pivotably mounted on the air guide element to be mutually opposite, - the air guide element is connected with two concavely curved shells , - the shells and the air guide element are rotatably mounted in common within the section of the housing and - arranged in the section of the housing is a web which is upstream of the air guide element in air flow direction and connected with the housing and which extends from the air guide element in the direction of the air inlet opening and projects into the pivot path of the shells , characterised in that - the section corresponds with the circumferential surface of a cylinder, - the shells have the shape of segments of the circumferential surface of a cylinder, the web is fixedly connected with opposite side walls of the housing in the section , and the air inlet opening divides into an upper air sub-channel and a lower air sub-channel so that inflowing air can be guided upwardly and downwardly by way of the web , - in a neutral setting of the air vent the inflowing air can pass in equal proportions to the two air sub-channels and - each shell can be pivoted to such an extent that this can bear against the web so that one air sub-channel can be blocked and the inflowing air can pass entirely to the other air sub-channel. - a housing with a section having an inlet opening and an air outlet opening , - an air guide element rotatably mounted in the housing , - a first group of slats and a second group of slats , wherein - the slats of the first group of slats and the slats of the second group of slats are pivotably mounted on the air guide element to be mutually opposite, - the air guide element is connected with two concavely curved shells , - the shells and the air guide element are rotatably mounted in common within the section of the housing and - arranged in the section of the housing is a web which is upstream of the air guide element in air flow direction and connected with the housing and which extends from the air guide element in the direction of the air inlet opening and projects into the pivot path of the shells , characterised in that - the section corresponds with the circumferential surface of a cylinder, - the shells have the shape of segments of the circumferential surface of a cylinder, the web is fixedly connected with opposite side walls of the housing in the section , and the air inlet opening divides into an upper air sub-channel and a lower air sub-channel so that inflowing air can be guided upwardly and downwardly by way of the web , - in a neutral setting of the air vent the inflowing air can pass in equal proportions to the two air sub-channels and - each shell can be pivoted to such an extent that this can bear against the web so that one air sub-channel can be blocked and the inflowing air can pass entirely to the other air sub-channel.
A molten salt electrolysis tank in which electrolytic refining is performed by dissolving a spent metal fuel pin through anodic electrolysis in a crucible filled with a molten salt to cause U and/or Pu to be reduced and precipitated once again on a surface of a cathode , the spent metal fuel pin containing elements including zirconium (Zr) and uranium (U), U and plutonium (Pu), or Zr and U and Pu, the electrolytic tank comprising: a crucible induction heating coil disposed around the molten salt electrolysis tank; an anode feeder for holding the metal fuel pin and supplying an anode potential to the metal fuel pin, a leading end portion of the anode feeder being formed in a basket shape to accommodate the spent metal fuel pin , and the anode feeder being provided with a mechanism for recovering from deterioration of contact resistance between the metal fuel pin and the anode in a course of the anodic electrolysis, the mechanism comprising a pressing plate for automatically pressing the metal fuel pin against the basket-shaped anode feeder which pressing plate is disposed inside the basket-shaped anode feeder , the mechanism allowing the pressing plate to be automatically pressurized and moved in a course of the anodic electrolysis, wherein recovery from deterioration of contact of contact resistance between the metal fuel pin and the anode feeder is made by the mechanism; and a cathode feeder that is connected to the cathode and controlled at a potential in a range that causes U and/or Pu ions to be reduced to metal. a crucible induction heating coil disposed around the molten salt electrolysis tank; an anode feeder for holding the metal fuel pin and supplying an anode potential to the metal fuel pin, a leading end portion of the anode feeder being formed in a basket shape to accommodate the spent metal fuel pin , and the anode feeder being provided with a mechanism for recovering from deterioration of contact resistance between the metal fuel pin and the anode in a course of the anodic electrolysis, the mechanism comprising a pressing plate for automatically pressing the metal fuel pin against the basket-shaped anode feeder which pressing plate is disposed inside the basket-shaped anode feeder , the mechanism allowing the pressing plate to be automatically pressurized and moved in a course of the anodic electrolysis, wherein recovery from deterioration of contact of contact resistance between the metal fuel pin and the anode feeder is made by the mechanism; and a cathode feeder that is connected to the cathode and controlled at a potential in a range that causes U and/or Pu ions to be reduced to metal.
Stuffer assembly for an agricultural baler comprising: a stuffer chute for collecting and precompressing a charge of crop material; and a stuffer configured to transfer the charge of crop material collected within the stuffer chute into a baling chamber of the agricultural baler ; wherein the stuffer comprises a stuffer arm having a tine bar mounted to one end of the stuffer arm , wherein the tine bar comprises a plurality of tines ; characterized by wherein each tine of the plurality of tines is slidably connected to the tine bar such that each tine of the plurality of tines is linearly movable with respect to the tine bar between an extended position and a retracted position in a direction parallel to a radial direction of the tine bar . a stuffer chute for collecting and precompressing a charge of crop material; and a stuffer configured to transfer the charge of crop material collected within the stuffer chute into a baling chamber of the agricultural baler ; wherein the stuffer comprises a stuffer arm having a tine bar mounted to one end of the stuffer arm , wherein the tine bar comprises a plurality of tines ; characterized by wherein each tine of the plurality of tines is slidably connected to the tine bar such that each tine of the plurality of tines is linearly movable with respect to the tine bar between an extended position and a retracted position in a direction parallel to a radial direction of the tine bar .
A sheet-fed printing press , wherein the sheet-fed printing press comprises at least one coating aggregate (400; 600; 800) configured as a non-impact coating aggregate (400; 600; 800) and wherein the sheet-fed printing press has at least one transport belt (718; 726), which extends with at least one transport section of its circulation path parallel to a transport direction (T) along a partial region of a transport path provided for a sheet and wherein along the transport section of the at least one transport belt (718; 726) at least one coating point (409; 609; 809) of the at least one coating aggregate (400; 600; 800) is arranged and wherein the at least one coating aggregate (400; 600; 800) has at least one print head (416; 616; 816), and wherein the at least one print head (416; 616; 816) is arranged connected to at least one first frame (427; 627; 827) of the at least one coating aggregate (400; 600; 800) and wherein the at least one transport belt (718; 726) is arranged connected via at least one deflection means and at least one radial bearing to at least one second frame (431; 508; 631; 831; 744), characterized in that to decouple the at least one print head (416; 616; 816) from any vibrations that could be induced by the at least one transport belt (718; 726) and/or its deflection means and/or its drive (M100; M200; M300; M400; M401; M500; M550; M600; M601; M700; M800; M801; M900; M1000), the at least one first frame (427; 627; 827) apart from at least one installation surface different from the at least one first frame (427; 627; 827) and the at least one second frame (431; 508; 631; 831; 744), which supports the at least one first frame (427; 627; 827) and the at least one second frame (431; 508; 631; 744; 831), is arranged in contact at most via mechanical flexible connections to the second frame (431; 508; 631; 831; 744).
Buoyant wobbler lure for fishing underwater, comprising a main body mimicking a bait fish to which at least one fishhook is fastened, and having a fastening eyelet for connecting to a fishing line or a trace which eyelet is disposed in the head region of the main body, and having a blade-type protrusion (12; 22) that is disposed in the head region of the main body, wherein the protrusion of the lure in relation to the horizontal longitudinal axis thereof, while forming an angle of attack thereto, points obliquely upwards, and the fastening eyelet is disposed on the lower side and below the protrusion , characterized in that the protrusion widens towards the front towards the front edge of said protrusion .
A fluidic component having a flow chamber allowing a fluid flow to flow through, said fluid flow entering the flow chamber through an inlet opening of the flow chamber and emerging from the flow chamber through an outlet opening of the flow chamber , and which flow chamber has at least one means for changing the direction of the fluid flow at the outlet opening in a controlled manner, in particular in order to generate a spatial oscillation of the fluid flow at the outlet opening , wherein the flow chamber has a main flow channel , which interconnects the inlet opening and the outlet opening , and at least one auxiliary flow channel as a means for changing the direction of the fluid flow at the outlet opening in a controlled manner, characterized in that the inlet opening has a larger cross-sectional area than the outlet opening , or in that the inlet opening and the outlet opening have cross-sectional areas that are equal in size, wherein the cross-sectional area of the inlet opening and the cross-sectional area of the outlet opening are each the smallest cross-sectional areas of the fluidic component through which the fluid flow passes when it enters the flow chamber and reemerges from the flow chamber.
An exhaust diffuser arrangement for a turbine system comprising: an inlet for receiving a flow proximate a last stage bucket of the turbine system, the flow flowing in a first flow direction; and a flow redirecting component comprising: a first wall having a first side of a concave surface geometry for redirecting the flow and a second side of a convex surface geometry; and a second wall spaced downstream of the first wall, wherein the flow redirecting component further comprises: a cavity defined by the first wall and the second wall; and a first end including an opening for receiving the flow into the cavity, characterized in that the first wall and the second wall are operably coupled proximate a second end of the flow redirecting component; and wherein only the second wall has at least one flow exit for reducing a boundary layer along the second side of the first wall. an inlet for receiving a flow proximate a last stage bucket of the turbine system, the flow flowing in a first flow direction; and a flow redirecting component comprising: a first wall having a first side of a concave surface geometry for redirecting the flow and a second side of a convex surface geometry; and a second wall spaced downstream of the first wall, wherein the flow redirecting component further comprises: a cavity defined by the first wall and the second wall; and a first end including an opening for receiving the flow into the cavity, characterized in that the first wall and the second wall are operably coupled proximate a second end of the flow redirecting component; and wherein only the second wall has at least one flow exit for reducing a boundary layer along the second side of the first wall. a first wall having a first side of a concave surface geometry for redirecting the flow and a second side of a convex surface geometry; and a second wall spaced downstream of the first wall, a cavity defined by the first wall and the second wall; and a first end including an opening for receiving the flow into the cavity, characterized in that the first wall and the second wall are operably coupled proximate a second end of the flow redirecting component; and wherein only the second wall has at least one flow exit for reducing a boundary layer along the second side of the first wall.
Device for precutting a column for a floor, comprising a precutting means configured so as to be movable in rotation around an axis substantially orthogonal to the precutting means, between a rest position and a precutting position, wherein the precutting means comprises a membrane that can be folded in the rest position and be deployed in the precutting position, the device further comprising a control member for the deployment of the precutting means, and an element configured to fasten the precutting means to a system for setting in place the device for precutting, the system for setting in place the device for precutting comprising a portion for guiding a displacement of the device for precutting and an element for maintaining the device for precutting during said displacement and wherein the element for maintaining comprises a slot configured to cooperate with the element for fastening the precutting means to the system for setting in place the device for precutting .
Flat contact , having a blade contact section which is designed to be accommodated in a suitable contact spring pair of a mating connector , and with spring arms for damping relative movements between the blade contact section and such a contact spring pair , wherein the spring arms are integrally formed on the long narrow sides of the flat contact , characterized in that the end sections of the spring arms are designed as latching hooks which can be displaceably mounted in a contact chamber . having a blade contact section which is designed to be accommodated in a suitable contact spring pair of a mating connector , and with spring arms for damping relative movements between the blade contact section and such a contact spring pair , wherein the spring arms are integrally formed on the long narrow sides of the flat contact , characterized in that the end sections of the spring arms are designed as latching hooks which can be displaceably mounted in a contact chamber .
A method for controlling a connecting process of a wind turbine , in which, in response to a connection signal, a rotational speed of a generator is increased, wherein a permissible connection period is specified, within which, following the occurrence of the connection signal, the wind turbine must have been coupled to the grid, wherein the permissible connection period is specified depending on the wind speed and the connecting process is interrupted if, within the permissible connection period, the wind turbine is not coupled to the grid, characterized in that a time-out counter is provided, which is adapted to increase its counter value by an incremental value if a connecting process has been interrupted, wherein the incremental value depends on the wind speed.
A system , comprising: a filler material being a pre-sintered preform of a braze material, wherein the pre-sintered preform is a mixture of particles that have been sintered together at a temperature below their melting points to form an agglomerate and somewhat porous mass; and being characterised by the following: a focused energy source configured to generate an energy beam ; and a controller configured to control brazing of the pre-sintered preform via alteration of at least one performance characteristic of the focused energy source to adjust the energy beam for focused brazing of the pre-sintered preform ; wherein the focused energy source comprises an electron beam welder configured to generate the energy beam as an electron energy beam. a focused energy source configured to generate an energy beam ; and a controller configured to control brazing of the pre-sintered preform via alteration of at least one performance characteristic of the focused energy source to adjust the energy beam for focused brazing of the pre-sintered preform ; wherein the focused energy source comprises an electron beam welder configured to generate the energy beam as an electron energy beam.
An elevator, comprising at least an elevator car configured to move reciprocally in an elevator hoistway and at least one or more counterweights or compensating weights , which are for their part connected to support the elevator car by the aid of at least one support member , such as by the aid of a rope or a belt, and also by the aid of diverting pulleys , and a hoisting machine provided with at least one traction sheave or corresponding, and also at least one or more traction members , such as a belt, a rope or a chain, which are configured to transmit the rotational movement of the traction sheave into movement of the elevator car guided by the guide rails and of the one or more counterweights or compensating weights guided by the counterweight guide rails or compensating weight guide rails , wherein there is an apparatus for fixing the hoisting machine of the elevator, comprising a machine station , the latter comprising at least fixing points and means for disposing the traction sheave of the elevator, the motor and the diverting pulleys (13-16) of the traction members into their position in relation to each other, wherein the apparatus comprises brackets for positioning the location of the guide rail of the elevator car and for fixing the machine station into its final position, thus being determined by the location position of the guide rails in the elevator hoistway, characterized in that for fixing the machine station to the brackets are fixing plates at both ends of the machine station , the outer end of which fixing plates has a first round fixing hole and a second elongated fixing hole , and in that when fixing the machine station to a bracket the round hole is configured to be situated at the point of the corresponding round hole in the bracket , which hole is disposed in such a way that the aforementioned hole in the bracket and the round hole function as a hinge point at the point of the center point of the cross-section of the traction member ascending to the compensating weight .
Steer-by-wire system for a motor vehicle , having at least two wheels which can be steered independently of one another in normal operation of the steer-by-wire system , at least two steering actuators which are each assigned to one of the steerable wheels and are set up for setting a steering angle of the respective steerable wheel , and at least one steering electronics which is connected signal technically to the steering actuators and is set up to control the steering actuators individually on the basis of steering commands, wherein the steering electronics is set up to detect whether one of the steering actuators has failed characterized in that the steering electronics is set up to control the at least one further steering actuator with a steering ratio when a failure of a steering actuator , which is characteristic of an emergency operation of the steer-by-wire system , is detected, the directness of which deviates from a directness of a steering ratio in normal operation, the steering electronics also being set up to select a specific steering ratio from one or more steering ratios and to use it to control the at least one steering actuator that has not failed, and the different steering ratio is set once when emergency operation occurs. at least two steering actuators which are each assigned to one of the steerable wheels and are set up for setting a steering angle of the respective steerable wheel , and at least one steering electronics which is connected signal technically to the steering actuators and is set up to control the steering actuators individually on the basis of steering commands, wherein the steering electronics is set up to detect whether one of the steering actuators has failed characterized in that the steering electronics is set up to control the at least one further steering actuator with a steering ratio when a failure of a steering actuator , which is characteristic of an emergency operation of the steer-by-wire system , is detected, the directness of which deviates from a directness of a steering ratio in normal operation, the steering electronics also being set up to select a specific steering ratio from one or more steering ratios and to use it to control the at least one steering actuator that has not failed, and the different steering ratio is set once when emergency operation occurs.
A container sterilization system comprising: a conveyance path along which a plurality of containers (P) are continuously conveyed; a sterilization region that is provided on the conveyance path, the sterilization region being partitioned by a chamber that contains the conveyance path; a sheet-shaped heater being provided in the chamber ; and a humid gas generation unit that generates a humid ozone gas, the humid ozone gas being supplied to the sterilization region , the humid ozone gas being an ozone gas that has humidity; a temperature sensor configured to measure the temperature of the container (P) to be conveyed; characterized in that the container sterilization system further comprises a control unit for controlling the operations of the humid gas generation unit and a sterilization unit , wherein the control unit is adapted to control the relative humidity (RH) of the humid ozone gas to be generated in the humid gas generation unit , and further controls the temperature of the heater such that the temperature of the chamber is maintained at a higher temperature than that of the container (P) to be conveyed based on the measurement result of the temperature sensor configured to measure the temperature of the container (P) to be conveyed. a conveyance path along which a plurality of containers (P) are continuously conveyed; a sterilization region that is provided on the conveyance path, the sterilization region being partitioned by a chamber that contains the conveyance path; a sheet-shaped heater being provided in the chamber ; and a humid gas generation unit that generates a humid ozone gas, the humid ozone gas being supplied to the sterilization region , the humid ozone gas being an ozone gas that has humidity; a temperature sensor configured to measure the temperature of the container (P) to be conveyed; characterized in that the container sterilization system further comprises a control unit for controlling the operations of the humid gas generation unit and a sterilization unit , wherein the control unit is adapted to control the relative humidity (RH) of the humid ozone gas to be generated in the humid gas generation unit , and further controls the temperature of the heater such that the temperature of the chamber is maintained at a higher temperature than that of the container (P) to be conveyed based on the measurement result of the temperature sensor configured to measure the temperature of the container (P) to be conveyed.