mhurhangee/patent-ind-claim-en huggingface dataset:
An industrial truck comprising: - a frame , - handling means mounted on the frame for handling a load , - a camera configured to capture a video of an environment to which the industrial truck is directed, - steering angle detecting means for detecting a steering angle of the industrial truck, - a display device , and said industrial truck being characterized in that it further comprises a controller configured to control a displaying function of the display device so that a dedicated area of the display device displays the video captured by the camera without any superimposition of a trajectory of the industrial truck, wherein the controller is further configured to control the display device so that a border region of the display device surrounding the dedicated area displays a movable cursor , wherein the controller is configured to dynamically determine the position of the cursor with respect to the dedicated area based on the steering angle detected by the steering angle detecting means to provide an indication of the direction of the industrial truck with respect to the environment represented in the dedicated area . - a frame , - handling means mounted on the frame for handling a load , - a camera configured to capture a video of an environment to which the industrial truck is directed, - steering angle detecting means for detecting a steering angle of the industrial truck, - a display device , and said industrial truck being characterized in that it further comprises a controller configured to control a displaying function of the display device so that a dedicated area of the display device displays the video captured by the camera without any superimposition of a trajectory of the industrial truck, wherein the controller is further configured to control the display device so that a border region of the display device surrounding the dedicated area displays a movable cursor , wherein the controller is configured to dynamically determine the position of the cursor with respect to the dedicated area based on the steering angle detected by the steering angle detecting means to provide an indication of the direction of the industrial truck with respect to the environment represented in the dedicated area . said industrial truck being characterized in that it further comprises a controller configured to control a displaying function of the display device so that a dedicated area of the display device displays the video captured by the camera without any superimposition of a trajectory of the industrial truck, wherein the controller is further configured to control the display device so that a border region of the display device surrounding the dedicated area displays a movable cursor , wherein the controller is configured to dynamically determine the position of the cursor with respect to the dedicated area based on the steering angle detected by the steering angle detecting means to provide an indication of the direction of the industrial truck with respect to the environment represented in the dedicated area .
A battery module, the battery module comprises: a first end plate , a plurality of batteries and a second end plate successively arranged in a direction, wherein the battery comprises a top cover ; a connecting component , wherein the first end plate is fixedly connected to the second end plate through the connecting component ; and a pulling component comprising a first connecting segment , an intermediate segment and a second connecting segment successively arranged, wherein the first connecting segment is fixedly connected to the first end plate , the intermediate segment is disposed facing the top cover , and the second connecting segment is fixedly connected to the second end plate , and wherein the pulling component can tighten the first end plate and the second end plate in an arrangement direction of the batteries to compress the batteries along with the first end plate and the second end plate , wherein the battery comprises a vent disposed at the top cover , and the intermediate segment comprises a clearance hole disposed corresponding to the vent , characterized in that , the top cover comprises an annular protrusion , wherein the vent is disposed in an inner hole of the protrusion , and the protrusion inserts into the clearance hole to connect with the intermediate segment . a first end plate , a plurality of batteries and a second end plate successively arranged in a direction, wherein the battery comprises a top cover ; a connecting component , wherein the first end plate is fixedly connected to the second end plate through the connecting component ; and a pulling component comprising a first connecting segment , an intermediate segment and a second connecting segment successively arranged, wherein the first connecting segment is fixedly connected to the first end plate , the intermediate segment is disposed facing the top cover , and the second connecting segment is fixedly connected to the second end plate , and wherein the pulling component can tighten the first end plate and the second end plate in an arrangement direction of the batteries to compress the batteries along with the first end plate and the second end plate , wherein the battery comprises a vent disposed at the top cover , and the intermediate segment comprises a clearance hole disposed corresponding to the vent , characterized in that , the top cover comprises an annular protrusion , wherein the vent is disposed in an inner hole of the protrusion , and the protrusion inserts into the clearance hole to connect with the intermediate segment .
Method for encrypting data, comprising: (a) formatting data represented in a weighted number system into a plurality of data blocks of N bits in length; (b) converting a decimal number defined by said data in each data block of said plurality of data blocks into a plurality of residue values, each residue value comprising the result of a modulo operation performed on said decimal number using a modulus value selected from among a plurality of moduli values; (c) generating a key for enabling a generation of a first error generating sequence; (d) generating the first error generating sequence defined by the key; (e) flipping a least significant bit of the residue values relating to one modulus of the plurality of moduli; (f) inducing errors according to the first error generating sequence wherein the errors are induced in the residue values relating to the other moduli of the plurality of moduli; and (g) converting the resulting residue values to a weighted number system representation. (a) formatting data represented in a weighted number system into a plurality of data blocks of N bits in length; (b) converting a decimal number defined by said data in each data block of said plurality of data blocks into a plurality of residue values, each residue value comprising the result of a modulo operation performed on said decimal number using a modulus value selected from among a plurality of moduli values; (c) generating a key for enabling a generation of a first error generating sequence; (d) generating the first error generating sequence defined by the key; (e) flipping a least significant bit of the residue values relating to one modulus of the plurality of moduli; (f) inducing errors according to the first error generating sequence wherein the errors are induced in the residue values relating to the other moduli of the plurality of moduli; and (g) converting the resulting residue values to a weighted number system representation.
A drive system for driving an automatic welding machine designed to join the edges of sealing sheets, the automatic welding machine comprising at least two pressing/advancing rollers located vertically opposite one another, an electric drive motor for at least one of the pressing/advancing rollers and a transmission gear mechanism connected downstream of the drive motor , an upper pressing/advancing roller being disposed rotatably about an upper roller rotational axis on a tensioning arm of the automatic welding machine and a lower pressing/advancing roller being disposed rotatably about a lower roller rotational axis on a frame of the automatic welding machine , the tensioning arm being mounted pivotably about a tensioning arm axis on the frame of the automatic welding machine, and the frame being supported by at least two drive rollers , the drive motor and the transmission gear mechanism being rigidly attached to the frame , the drive motor comprising a motor armature rotating about a protruding rotational shaft , and the transmission gear mechanism comprising a rotatable protruding input shaft and a rotatable protruding output shaft , and the tensioning arm axis , the roller rotational axes , the rotational shaft , the input shaft and the output shaft being disposed parallel to one another, characterized in that the rotational shaft of the motor armature and the output shaft of the transmission gear mechanism extend next to, and laterally offset from, one another, wherein at least the output shaft is disposed at the level of the tensioning arm axis of the tensioning arm .
A safety apparatus for a brake of a vehicle, comprising a first line comprising an engine , an intake manifold , a check valve , a vacuum hose , and a brake booster , characterized in that : the first line further comprises an exhaust manifold , a vacuum switch , a booster , a check valve , a vacuum hose , a negative connection portion , and a vacuum switch ; and the safety apparatus further comprises a second line including a vacuum hose , a check valve , a booster , a check value , a vacuum hose , and a vacuum pump , which are connected to the negative connection portion , wherein when the intake manifold lacks negative pressure, a negative terminal (-) of the vacuum switch connected to the first line is connected to a negative terminal (-) of the brake switch , and then, when a brake pedal is in an on-state, a negative signal (-) is applied to a four pin relay , and the four pin relay converts the negative signal (-) into a positive signal (B+) and applies the positive signal (B+) to the vacuum pump connected to the second line so as to supply electric power to the vacuum pump , thereby maintaining the brake booster in a vacuum state, and wherein a handbrake switch prepared for a handbrake and applying a negative signal (-) to the vacuum pump of the second line applies a negative signal (-) to a four pin relay when the handbrake is operated, and simultaneously, the four pin relay applies the negative signal (-) to the vacuum pump of the second line so that a vacuum is created in the brake booster of the first line. the first line further comprises an exhaust manifold , a vacuum switch , a booster , a check valve , a vacuum hose , a negative connection portion , and a vacuum switch ; and the safety apparatus further comprises a second line including a vacuum hose , a check valve , a booster , a check value , a vacuum hose , and a vacuum pump , which are connected to the negative connection portion , wherein when the intake manifold lacks negative pressure, a negative terminal (-) of the vacuum switch connected to the first line is connected to a negative terminal (-) of the brake switch , and then, when a brake pedal is in an on-state, a negative signal (-) is applied to a four pin relay , and the four pin relay converts the negative signal (-) into a positive signal (B+) and applies the positive signal (B+) to the vacuum pump connected to the second line so as to supply electric power to the vacuum pump , thereby maintaining the brake booster in a vacuum state, and wherein a handbrake switch prepared for a handbrake and applying a negative signal (-) to the vacuum pump of the second line applies a negative signal (-) to a four pin relay when the handbrake is operated, and simultaneously, the four pin relay applies the negative signal (-) to the vacuum pump of the second line so that a vacuum is created in the brake booster of the first line.
A method, comprising: storing, by a service capability middleware, a representation of a subject resource, wherein the representation of the subject resource comprises content of the subject resource and information about an operation resource associated with the subject resource, wherein the service capability middleware is integrated in a gateway or a M2M service platform; detecting, by the service capability middleware, change of the content of the subject resource according to the representation of the subject resource by listening on a program of the subject resource; determining, by the service capability middleware, that the change result meets a condition for sending an operation request to an object resource ; sending, by service capability middleware, the operation request to the object resource according to a uniform resource identifier of the object resource, wherein the condition and the uniform resource identifier of the object resource are retrieved according to the information about an operation resource associated with the subject resource. storing, by a service capability middleware, a representation of a subject resource, wherein the representation of the subject resource comprises content of the subject resource and information about an operation resource associated with the subject resource, wherein the service capability middleware is integrated in a gateway or a M2M service platform; detecting, by the service capability middleware, change of the content of the subject resource according to the representation of the subject resource by listening on a program of the subject resource; determining, by the service capability middleware, that the change result meets a condition for sending an operation request to an object resource ; sending, by service capability middleware, the operation request to the object resource according to a uniform resource identifier of the object resource, wherein the condition and the uniform resource identifier of the object resource are retrieved according to the information about an operation resource associated with the subject resource.
A telephone call processing system for processing telephone calls comprising voice signals and data signals, the call processing system comprising a first telephone interface (47-1), a second telephone interface (47-2), and a data interface , the call processing system being operable in a first mode and in a second mode, wherein: in the first mode, the call processing system is adapted to receive voice signals and data signals at the first telephone interface (47-1) and to transmit voice signals and data signals to the second telephone interface (47-2); in the second mode, the call processing system is adapted to receive voice signals and data signals representing sensitive information at the first telephone interface (47-1), to process the data signals and to block the data signals from being transmitted to the second telephone interface (47-2) and optionally to transmit the voice signals to the second telephone interface (47-2); and wherein the call processing system is further adapted when in the second mode: to associate an identifier with the blocked data signals; to generate a request signal based on the blocked data signals; to transmit said request to an external entity via the data interface ; to receive a message via the data interface identifying success or failure of the request to match the received message to the telephone call in dependence on the identifier; and to provide a confirmation signal to the first and/or second telephone interface. in the first mode, the call processing system is adapted to receive voice signals and data signals at the first telephone interface (47-1) and to transmit voice signals and data signals to the second telephone interface (47-2); in the second mode, the call processing system is adapted to receive voice signals and data signals representing sensitive information at the first telephone interface (47-1), to process the data signals and to block the data signals from being transmitted to the second telephone interface (47-2) and optionally to transmit the voice signals to the second telephone interface (47-2); and wherein the call processing system is further adapted when in the second mode: to associate an identifier with the blocked data signals; to generate a request signal based on the blocked data signals; to transmit said request to an external entity via the data interface ; to receive a message via the data interface identifying success or failure of the request to match the received message to the telephone call in dependence on the identifier; and to provide a confirmation signal to the first and/or second telephone interface. to associate an identifier with the blocked data signals; to generate a request signal based on the blocked data signals; to transmit said request to an external entity via the data interface ; to receive a message via the data interface identifying success or failure of the request to match the received message to the telephone call in dependence on the identifier; and to provide a confirmation signal to the first and/or second telephone interface.
A method for producing a three-dimensional object in a stereolithographic process by developing a plurality of layers (3;30) in chronological sequence, the entirety of which forms the three-dimensional object, wherein the layers are developed by means of exposure to a radiation triggering a curing of the layer, wherein at least one of the layers (3; 30) is divided into at least two subregions (3a,3b; 21,22; 31,32; 41,42; 51,52; 61,62), which are located on both sides of a dividing line and are substantially adjacent to one another and are each developed in chronologically separate development steps, wherein an overlap area is provided, which runs along the dividing line with a width B, and which includes peripheral areas of the two subregions involved in the overlap area, wherein the peripheral regions of adjoining subregions along the dividing line protrude into one another in a form-fitting manner and engage in one another, which does not permit a form-preserving disengagement of the peripheral regions, wherein, in the overlap area, the layer is developed in each case in part in those development steps associated with the subregions involved in the overlap area, wherein the width B and the location of the overlap area remain the same or vary from layer to layer so that a strip in the layer is formed from pixel rows, characterised in that peripheral areas in the overlap area (35;36) of the subregions , which are adjacent to one another in a layer , are contiguous and engage with one another in a hook-like and/or dovetailed manner.
Tool for the manufacture of foam parts, which tool has several walls , which enclose a cavity corresponding to the shape of the foam parts to be manufactured, wherein each wall has an inner face adjoining the cavity , wherein at least one of the walls has at least one filament wall part , which comprises at least one part of the inner face of the associated wall , and wherein the at least one filament wall part has several layers of thread-like filaments extending parallel to one another, characterized in that the filaments are manufactured by means of a 3D printing process.
A mix instructions file for controlling the playback of at least one music track file, said mix instruction file comprising instructions including an indication of the at least one music track file at the point in time when the at least one music track file is to be accessed, and at least one function for manipulating the output of the at least one music track file, the indication of the at least one music track file currently being played, the position in the music track file, and the at least one function currently being applied, constituting the current state of the mix, said mix instructions file being characterized in that it comprises at least a first and a second packet, that may be transmitted independently of each other, each packet comprising all mix instructions for a part of the mix instruction file corresponding to a certain period of time when playing back the mix, and wherein said second packet being arranged to be played after the first packet in the mix, and comprising at its start information defining the state of the mix at the end of the first packet.
A system adapted for determining respiration information of a subject comprising - a marker (10, 10', 10", 40) for application to the subject , wherein the marker (10, 10', 10", 40) is configured to change an optical property due to a mechanical manipulation of the marker (10, 10', 10", 40) caused by a physiological process of the subject , wherein the marker (10, 10', 10", 40) is a patch , in particular a patch for application to a skin of the subject ; wherein the marker (10, 10', 10", 40) is configured for application to a nasal and/or oral region of the subject ; wherein a surface of the marker (10, 10', 10", 40) comprises flexible filaments protruding from said surface ; and wherein the marker patch (10, 10', 10", 40) is configured to provide a different optical impression which depends on an orientation of the filaments , - a detection unit for detecting radiation from the marker (10, 10', 10", 40), wherein the detection unit comprises an image sensor or a camera, and - an analysis unit for determining respiration information of the subject from the detected radiation, wherein the analysis unit is configured to evaluate the detected radiation over time. - a marker (10, 10', 10", 40) for application to the subject , wherein the marker (10, 10', 10", 40) is configured to change an optical property due to a mechanical manipulation of the marker (10, 10', 10", 40) caused by a physiological process of the subject , wherein the marker (10, 10', 10", 40) is a patch , in particular a patch for application to a skin of the subject ; wherein the marker (10, 10', 10", 40) is configured for application to a nasal and/or oral region of the subject ; wherein a surface of the marker (10, 10', 10", 40) comprises flexible filaments protruding from said surface ; and wherein the marker patch (10, 10', 10", 40) is configured to provide a different optical impression which depends on an orientation of the filaments , - a detection unit for detecting radiation from the marker (10, 10', 10", 40), wherein the detection unit comprises an image sensor or a camera, and - an analysis unit for determining respiration information of the subject from the detected radiation, wherein the analysis unit is configured to evaluate the detected radiation over time.
A transport container comprising a frame and a flexible compartment system suspended within said frame , wherein the frame has at least one open side , wherein the compartment system provides one or more compartments accessible via said open side , and wherein the transport container further has a cover that is movable between closed and open configurations for selectively covering and uncovering said open side , wherein the frame is further provided with at least one elongate suspension member that extends along a side edge of said open side , and that is fitted through a sleeve whereby the cover in its closed configuration extends along said sleeve , contacting the sleeve characterized in that the sleeve is formed by the compartment system.