mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a transmission brake of an automated manual transmission which is embodied with a layshaft design, is provided with dog clutches, is operatively connected to an input-side transmission shaft and can be actuated hydraulically or pneumatically by means of an inlet valve and an outlet valve which are each embodied as a 2/2-way solenoid switching valve, wherein in the case of shifting up from a load gear into a target gear after the disengagement of the load gear in order to synchronize the target gear the inlet valve is firstly opened and the outlet valve is closed, after the setting of a braking torque (M Br0) the inlet valve is closed, and during the braking of the input-side transmission shaft the period up to the outputting of a switch-off signal (T SA) for opening the outlet valve is determined as a function of an input rotational speed (n E) and the gradient (Δn E /Δt) thereof and an output rotational speed (n A) and the gradient (Δn A /Δt) thereof in such a way that after the switching off of the transmission brake the input rotational speed (n E) largely corresponds to a predefined synchronizing rotational speed (n E ≈ n A), characterized in that the current input rotational speed (n E_curr) and the current output rotational speed (n A_curr) are detected by sensor and the gradients of the input rotational speed (Δn E /Δt) and of the output rotational speed (Δn A /Δt) are respectively calculated therefrom, in that the rotational speed profile of the input rotational speed (n E (t)) during the imminent switch-off process of the transmission brake is determined as a function of the gradient of the input rotational speed (Δn E /Δt) by means of a quadratic time function, in that the optimum time (t Sync) to reach the synchronizing rotational speed (n Sync) during the switch-off process of the transmission brake is determined by means of the rotational speed profile of the input rotational speed (n E (t)) as a function of the gradient of the output rotational speed (Δn A /Δt), and in that the period (T SA) up to the outputting of the switch-off signal is obtained as a function of the current input rotational speed (n E_curr) and the gradient (Δn E /Δt) thereof as well as of the current output rotational speed (n A_curr) and the gradient (Δn A /Δt) thereof by means of back-calculation from the time (t sync) when the synchronizing rotational speed (n sync) is reached, while taking into account a switch-off delay time (T TA) of the transmission brake between the outputting of the switch-off signal (t SA) and the start of the switching- off process (t Abs0).
An endocavity thermal control device (30, 40, 50, 60, 70, 80, 90) comprising: an elongated body having an insertable portion (301, 401, 701) for insertion into a rectum of a patient and an external portion (303, 403, 703) that remains external to the rectum; a fluid circuit (360, 625, 640) in the body that extends from the external portion (303, 403, 703) to the insertable portion (301, 401, 701), the fluid circuit (360, 625, 640) configured to circulate a thermal fluid into and out of the insertable portion (301, 401, 701); and a thermal window (320, 520, 620, 720) disposed on a surface of the insertable portion (301, 401, 701), the thermal window (320, 520, 620, 720) configured to be positioned adjacent to a prostate when the device is inserted into the rectum, the thermal window (320, 520, 620, 720) in thermal communication with the thermal fluid, characterized in that the insertable portion (301, 401, 701) includes a distal portion and a proximal portion disposed at a body angle with respect to one another, the body angle being an obtuse angle greater than 90 degrees but less than 180 degrees; wherein the thermal window (320, 520, 620, 720) extends from a bend (304, 404, 504, 704) of the insertable portion (301, 401, 701) that defines the body angle and the bend is configured to align with a position and/or angle of a notch on a rectal wall, the notch disposed adjacent to an apex of the prostate. an elongated body having an insertable portion (301, 401, 701) for insertion into a rectum of a patient and an external portion (303, 403, 703) that remains external to the rectum; a fluid circuit (360, 625, 640) in the body that extends from the external portion (303, 403, 703) to the insertable portion (301, 401, 701), the fluid circuit (360, 625, 640) configured to circulate a thermal fluid into and out of the insertable portion (301, 401, 701); and a thermal window (320, 520, 620, 720) disposed on a surface of the insertable portion (301, 401, 701), the thermal window (320, 520, 620, 720) configured to be positioned adjacent to a prostate when the device is inserted into the rectum, the thermal window (320, 520, 620, 720) in thermal communication with the thermal fluid, characterized in that the insertable portion (301, 401, 701) includes a distal portion and a proximal portion disposed at a body angle with respect to one another, the body angle being an obtuse angle greater than 90 degrees but less than 180 degrees; wherein the thermal window (320, 520, 620, 720) extends from a bend (304, 404, 504, 704) of the insertable portion (301, 401, 701) that defines the body angle and the bend is configured to align with a position and/or angle of a notch on a rectal wall, the notch disposed adjacent to an apex of the prostate.
Burnishing tool with a burnishing element (17, 21, 27, 31) provided for machining on a workpiece and with a retaining plate for the burnishing element (17, 21, 27, 31), wherein the contour on the operative end face (19, 29, 33) of the burnishing element (17, 21, 27, 31), viewed towards the burnishing line (7, 9, 13, 15, 61) on the workpiece, is identical to its contour to be burnished and is at least partially convex in the direction transverse to the burnishing line (7, 9, 13, 15, 61), characterised in that the burnishing element (17, 21, 27, 31) is received in a groove in a receiving part which is received as an insert in the retaining plate.
A frame profile made of plastic for windows or doors comprising a groove closure profile for closing a groove in the frame profile, wherein the groove is used for accommodating functional components such as fitting parts or for introducing seals and wherein the groove closure profile is provided in a region of the groove in which the groove does not have to accommodate any of the functional components, wherein the groove closure profile is formed from two components (7, 9), which consist of plastic and have two different material properties, characterized in that the visible surface of a head part of the groove closure profile extends flush with the upper edge of a groove opening of the groove.
A power steering device intended to be installed on a receiving structure belonging to a vehicle, such as a cradle carrying a running gear of said vehicle, said device comprising a steering rack, as well as at least one subassembly, called « actuator subassembly », which is intended to maneuver said rack and which comprises to this end at least one assist motor, a drive member, such as a drive pinion, arranged to be driven by the assist motor and to engage the rack in order to be able to drive the latter in displacement, as well as a carrier structure which carries the assist motor and which is arranged to support and guide the drive member and the rack relative to each other, said power steering device being characterized in that it also comprises a containment shell, which is distinct from the actuator subassembly, and which is formed by the combination of at least one first shell portion, called « base », and of a second shell portion, called « bell-housing », which are attached and fastened to each other by a sealed junction so as to surround the actuator subassembly with a protective envelope which isolates said actuator subassembly from the external environment of the steering device, so that said containment shell prevents said actuator subassembly from being exposed to water projections and to salt spray, when the power steering device is in place on the receiving structure of the vehicle.
A hybrid stratospheric airship (1; 1') configured for the combined and optimized use of aerostatic and aerodynamic force, comprising: - an inflatable central body; - a first and a second inflatable wing (20A, 20B) which extend from the central body protruding laterally from two opposite sides of said central body, each of said wings (20A, 20B) having a portion (21A, 21B) which is proximal to the central body, an end portion (22A, 22B) which is distal from said central body, a leading edge (201A, 201B), and an trailing edge (202A, 202B); - an outer shell having a central shell portion (11A- 11C) associated with said central body, and a first and a second side shell portion (11D, 11E) associated with said first and second wings (20A, 20B), respectively; - at least one main spar extending transversely to said central body, wherein said at least one main spar is an inflatable spar, characterised in that said at least one main spar structurally supports said first and second wings (20A, 20B) and crosses said central body, said at least one main spar being a rectilinear spar which is interposed between the leading edge (201A, 201B) and the trailing edge (201A, 201B) of said first and second wings, and which is connected to said distal end portions (22A, 22B) of said first and second wings. - an inflatable central body; - a first and a second inflatable wing (20A, 20B) which extend from the central body protruding laterally from two opposite sides of said central body, each of said wings (20A, 20B) having a portion (21A, 21B) which is proximal to the central body, an end portion (22A, 22B) which is distal from said central body, a leading edge (201A, 201B), and an trailing edge (202A, 202B); - an outer shell having a central shell portion (11A- 11C) associated with said central body, and a first and a second side shell portion (11D, 11E) associated with said first and second wings (20A, 20B), respectively; - at least one main spar extending transversely to said central body, wherein said at least one main spar is an inflatable spar, characterised in that said at least one main spar structurally supports said first and second wings (20A, 20B) and crosses said central body, said at least one main spar being a rectilinear spar which is interposed between the leading edge (201A, 201B) and the trailing edge (201A, 201B) of said first and second wings, and which is connected to said distal end portions (22A, 22B) of said first and second wings.
Device for moving a movable furniture part in an opening direction of the furniture part in relation to a basic furniture structure of an item of furniture, wherein the movable furniture part by means of guide means can be moved in the opening direction and in a closing direction which is counter to the opening direction, wherein the device comprises a force accumulator such that by means of the fitted device the movable furniture part from the action of the force accumulator can be moved in the opening direction of the movable furniture part, and wherein the device has a locking assembly for locking a tensioned position of the force accumulator, in which the force accumulator is charged for the opening movement of the furniture part, wherein the tensioned position of the force accumulator can be unlocked by displacing an activator element of the device interacting with the locking assembly, wherein a pivotably mounted locking member of the locking assembly is provided, wherein the activator element has a side recess in which a pivot axis of the locking member engages, wherein the activator element and the locking member are mutually adapted in such a manner that for unlocking the tensioned position of the force accumulator the activator element carries out a linear repositioning movement and comes to bear on the locking member in such a manner that the locking member is subjected to a pivoting movement, or vice versa, wherein the activator element and an ejector part of the device mounted repositionably on the device, can be coupled with one another in such a manner that in the coupled state the linear repositioning movement of the activator element is performed by a repositioning movement of the ejector part in an activation direction, wherein the activator element and the ejector part are separate components, wherein holding means are provided, which force the locking member automatically in the direction of a locking pivot position of the locking member, wherein the holding means comprise a spring element, wherein by means of the spring force of the spring element the locking member is forced permanently into the locking pivot position, if no larger resulting force acts counter thereto.
Access system for a motor vehicle, having - an armband computer to be worn on an arm of a user, comprising a detection device configured to detect at least one vital parameter of the user, a radio module configured in the activated state to establish and maintain a wireless data connection to a radio module of another object, the armband computer comprising a control device configured to activate the radio module of the armband computer once the at least one vital parameter of the user is detected by means of the detection device, and deactivate the radio module of the armband computer once the at least one vital parameter of the user is no longer detected by means of the detection device; - a locking device on the side of the vehicle for locking and unlocking the motor vehicle, - a radio module on the side of the vehicle and a biometric access device on the side of the vehicle configured to actuate the locking device on the side of the vehicle for locking or unlocking the motor vehicle only when a predefined biometric feature of a person has been detected by means of the biometric access device and a user identification associated with the person has been transmitted to the radio module on the side of the vehicle by means of the radio module of the armband computer via a wireless connection. - an armband computer to be worn on an arm of a user, comprising a detection device configured to detect at least one vital parameter of the user, a radio module configured in the activated state to establish and maintain a wireless data connection to a radio module of another object, the armband computer comprising a control device configured to activate the radio module of the armband computer once the at least one vital parameter of the user is detected by means of the detection device, and deactivate the radio module of the armband computer once the at least one vital parameter of the user is no longer detected by means of the detection device; - a locking device on the side of the vehicle for locking and unlocking the motor vehicle, - a radio module on the side of the vehicle and a biometric access device on the side of the vehicle configured to actuate the locking device on the side of the vehicle for locking or unlocking the motor vehicle only when a predefined biometric feature of a person has been detected by means of the biometric access device and a user identification associated with the person has been transmitted to the radio module on the side of the vehicle by means of the radio module of the armband computer via a wireless connection.
Method for manufacturing an integrated circuit capable of protecting data stored in a memory of the integrated circuit, comprising: - a manufacture of the memory including a manufacture of at least one state transistor comprising a floating gate, and a writing of a respective data in each state transistor comprising a storage of a charge representing the data in the floating gate of the state transistor; - a manufacture of a protection device comprising a production, for at least one state transistor, of at least one capacitive structure comprising: -- a first electrically conductive body coupled to the floating gate of the state transistor, -- a dielectric body, and -- a second electrically conductive body coupled to a ground terminal, wherein the dielectric body is configured: --- to electrically couple the floating gate and the ground terminal so as to modify the charge of the floating gate and to lose the corresponding data if an aqueous solution is put in contact with the dielectric body, and --- to electrically isolate the floating gate and the ground terminal otherwise. - a manufacture of the memory including a manufacture of at least one state transistor comprising a floating gate, and a writing of a respective data in each state transistor comprising a storage of a charge representing the data in the floating gate of the state transistor; - a manufacture of a protection device comprising a production, for at least one state transistor, of at least one capacitive structure comprising: -- a first electrically conductive body coupled to the floating gate of the state transistor, -- a dielectric body, and -- a second electrically conductive body coupled to a ground terminal, wherein the dielectric body is configured: --- to electrically couple the floating gate and the ground terminal so as to modify the charge of the floating gate and to lose the corresponding data if an aqueous solution is put in contact with the dielectric body, and --- to electrically isolate the floating gate and the ground terminal otherwise. -- a first electrically conductive body coupled to the floating gate of the state transistor, -- a dielectric body, and -- a second electrically conductive body coupled to a ground terminal, --- to electrically couple the floating gate and the ground terminal so as to modify the charge of the floating gate and to lose the corresponding data if an aqueous solution is put in contact with the dielectric body, and --- to electrically isolate the floating gate and the ground terminal otherwise.
A low-calorie soymilk comprising soybean extract solution, allulose and soybean oil, and maintaining emulsion stability at a temperature of 1°C to 10°C for up to 115 hours, wherein the soymilk has a calorie of 10 kcal to 60 kcal based on 100 ml of the soymilk, wherein the soymilk comprises the soybean extract solution in an amount of 45% by weight to 65% by weight, wherein the soybean extract solution has a soybean solid content of 10% by weight of the soybean extract solution, the soybean oil in an amount of 0.50% by weight to 2.0% by weight, and the allulose in an amount of 1.0 to 20.0% by weight, based on 100% by weight of the total soymilk, wherein the soybean extract solution is prepared by adding water to soybean and pulverizing it, or obtained by separating a pureed soybean from bean and the fresh soymilk does not contain any additives other than a soybean, and wherein the soybean oil is semi-drying oil obtained from soybeans. wherein the soymilk has a calorie of 10 kcal to 60 kcal based on 100 ml of the soymilk, wherein the soymilk comprises the soybean extract solution in an amount of 45% by weight to 65% by weight, wherein the soybean extract solution has a soybean solid content of 10% by weight of the soybean extract solution, the soybean oil in an amount of 0.50% by weight to 2.0% by weight, and the allulose in an amount of 1.0 to 20.0% by weight, based on 100% by weight of the total soymilk, wherein the soybean extract solution is prepared by adding water to soybean and pulverizing it, or obtained by separating a pureed soybean from bean and the fresh soymilk does not contain any additives other than a soybean, and wherein the soybean oil is semi-drying oil obtained from soybeans.
A method for dead zone location detection, comprising: Sensing, by a computing device, a degradation of signals sent by one or more wireless devices (120; 130); Retrieving, by the computing device, a last known location of the computing device; and characterized by: obtaining, by the computing device, motion information of the computing device, the motion information comprising vertical acceleration information of the computing device; determining, by the computing device, a current location of the computing device among one or more dead zones near the last known location based on the motion information. Sensing, by a computing device, a degradation of signals sent by one or more wireless devices (120; 130); Retrieving, by the computing device, a last known location of the computing device; and characterized by: obtaining, by the computing device, motion information of the computing device, the motion information comprising vertical acceleration information of the computing device; determining, by the computing device, a current location of the computing device among one or more dead zones near the last known location based on the motion information. obtaining, by the computing device, motion information of the computing device, the motion information comprising vertical acceleration information of the computing device; determining, by the computing device, a current location of the computing device among one or more dead zones near the last known location based on the motion information.
A projection type image display device, comprising: a screen unit with a screen onto which images are projected; a projection unit adapted to protect images onto said screen from the rear surface of said screen; right and left slide mechanisms as a pair adapted to support said screen unit in a manner that allows said screen unit to move in a direction substantially normal to said screen; and a link shaft adapted to link said right and left slide mechanisms, and for moving said right and left mechanisms in synchronization with each other; a pivot mechanism adapted to support said screen unit in a manner that allows said screen unit to pivot with respect to said pivot mechanism about an axis approximately parallel to said screen; and an elastic member coupled to said pivot mechanism and to said screen unit, and which generates elastic force for causing said screen unit to pivot, characterized in that said pivot mechanism includes a pivot plate with a fitting hole so defined that said fitting hole is configured to be fitted with a hook-shaped projection of said slide mechanism, said pivot plate being configured to be hung on said slide mechanism through said fitting hole and fixed thereon; and one end of said elastic member is attached to said pivot plate, and the other end of said elastic member is attached to said screen unit, wherein a plurality of positions is provided on said pivot plate and/or on said screen unit at which at least one end of said elastic member can be interchangeably placed. a screen unit with a screen onto which images are projected; a projection unit adapted to protect images onto said screen from the rear surface of said screen; right and left slide mechanisms as a pair adapted to support said screen unit in a manner that allows said screen unit to move in a direction substantially normal to said screen; and a link shaft adapted to link said right and left slide mechanisms, and for moving said right and left mechanisms in synchronization with each other; a pivot mechanism adapted to support said screen unit in a manner that allows said screen unit to pivot with respect to said pivot mechanism about an axis approximately parallel to said screen; and an elastic member coupled to said pivot mechanism and to said screen unit, and which generates elastic force for causing said screen unit to pivot,