mhurhangee/patent-ind-claim-en huggingface dataset:
A torque-transmission device having a primary mass and a secondary mass , having a torsional vibration damper arranged between the primary mass and the secondary mass with at least one energy accumulator , wherein the primary mass is rotatably arranged, relative to the secondary mass, against the restoring force of the at least one energy accumulator , wherein at least one clamping body is displaceably arranged on one of the flywheel mass elements of primary mass and secondary mass, which, in a first selected position, connects to the other flywheel mass element of primary mass and secondary mass in order to block them relative to each other and which, in a second selected position, does not connect to the other flywheel mass element so that the two flywheel mass elements are rotatable relative to one another, characterised in that the contact to the other flywheel mass element and the centre of gravity of the clamping body 10 are designed so that self-locking of movement occurs.
A method of monitoring an absorption state of an absorbent article, the method comprising providing a logger unit; acquiring the absorption state of the absorbent article; and recording data indicating the acquired absorption state of the absorbent article in the logger unit; characterised in that acquiring the absorption state of the absorbent article and recording the data indicating the acquired absorption state of the absorbent article in the logger unit are each continuously performed during a monitoring period of the absorbent article, and the method further comprises determining whether data indicating the acquired absorption state of the absorbent article has been recorded in the logger unit throughout the entire monitoring period.
Device for secure data connection of at least one manufacturing machine , having an information processing system , which is subdivided into individual zones interconnected by data diodes such that data originating from the machine control system of the manufacturing machine in a data flow can be transferred to other zones without the possibility of any data backflow, wherein said zones , ordered hierarchically, each have a lower level of data security than the upstream zone in relation to the data flow, characterised in that each zone is designed as an independent computer in the manner of an isolated application, each computer being functionally independent with regard to its hardware and software and being designed such that it is separate, on a hardware and software level, from the computers in the other zones .
A composition comprising R-2-hydroxyglutarate (R-2HG) for use in a method of treating a tumor, the method comprising administering to a subject an effective amount of R-2HG; wherein the method further comprises administering at least one agent effective for inhibiting MYC signaling prior to administering the R-2HG.
A method of producing gaseous chlorine dioxide, the method comprising: contacting a solid chlorite reactant with an ozone-containing gas; and reacting the ozone in the ozone-containing gas with the solid chlorite reactant to produce the gaseous chlorine dioxide, wherein the ozone is reacted with the solid chlorite reactant in the presence of carbon dioxide. contacting a solid chlorite reactant with an ozone-containing gas; and reacting the ozone in the ozone-containing gas with the solid chlorite reactant to produce the gaseous chlorine dioxide, wherein the ozone is reacted with the solid chlorite reactant in the presence of carbon dioxide.
A chain guide assembly frame comprising a main body and a sprocket holding portion that is configured to support a driven sprocket (S1), the main body including a pivoting chain guide holding portion to which a pivoting chain guide is mountable, and a fixed chain guide , the sprocket holding portion including a fixed-guide-side sprocket holding portion provided on a same side as the fixed chain guide , and a pivoting-guide-side sprocket holding portion provided on a same side as the pivoting chain guide holding portion , the fixed-guide-side sprocket holding portion including at least a first fixed-guide-side support portion that is configured to support the driven sprocket (S1) disposed in the fixed-guide-side sprocket holding portion from below at a first contact point , and a second fixed-guide-side support portion that is configured to support the driven sprocket (S1) at a second contact point located more outside than the first contact point , a force of gravity acting on the driven sprocket (S1) having a vector that points between the first contact point and the second contact point when the driven sprocket (S1) is in an erected state in which the driven sprocket (S1) is configured to be supported simultaneously by the first fixed-guide-side support portion and the second fixed-guide-side support portion , characterized in that the first fixed-guide-side support portion has a shape such that the closer the first fixed-guide-side support portion is to the second fixed-guide-side support portion , the more away it is from a center of gravity of the driven sprocket (S1) supported by the first fixed-guide-side support portion and the second fixed-guide-side support portion . the main body including a pivoting chain guide holding portion to which a pivoting chain guide is mountable, and a fixed chain guide , the sprocket holding portion including a fixed-guide-side sprocket holding portion provided on a same side as the fixed chain guide , and a pivoting-guide-side sprocket holding portion provided on a same side as the pivoting chain guide holding portion , the fixed-guide-side sprocket holding portion including at least a first fixed-guide-side support portion that is configured to support the driven sprocket (S1) disposed in the fixed-guide-side sprocket holding portion from below at a first contact point , and a second fixed-guide-side support portion that is configured to support the driven sprocket (S1) at a second contact point located more outside than the first contact point , a force of gravity acting on the driven sprocket (S1) having a vector that points between the first contact point and the second contact point when the driven sprocket (S1) is in an erected state in which the driven sprocket (S1) is configured to be supported simultaneously by the first fixed-guide-side support portion and the second fixed-guide-side support portion ,
A power plant for an aircraft having a hybrid-electric propulsion system comprising a nacelle body including therein: a heat engine ; an electric motor directly connected to a gearbox for driving a propeller ; the gearbox being connected directly to a heat engine for driving the propeller ; and at least one heat exchanger for cooling the electric motor or the heat engine , wherein: the electric motor is located above the heat engine ; and the electric motor is oil cooled, characterised in that : the power plant comprises an oil sump tank located within the nacelle body and aft of the electric motor ; and the oil sump tank is above the heat engine . a heat engine ; an electric motor directly connected to a gearbox for driving a propeller ; the gearbox being connected directly to a heat engine for driving the propeller ; and at least one heat exchanger for cooling the electric motor or the heat engine , an electric motor directly connected to a gearbox for driving a propeller ; the gearbox being connected directly to a heat engine for driving the propeller ; and at least one heat exchanger for cooling the electric motor or the heat engine , wherein: the electric motor is located above the heat engine ; and the electric motor is oil cooled, the electric motor is located above the heat engine ; and the electric motor is oil cooled, characterised in that : the power plant comprises an oil sump tank located within the nacelle body and aft of the electric motor ; and the oil sump tank is above the heat engine . the power plant comprises an oil sump tank located within the nacelle body and aft of the electric motor ; and the oil sump tank is above the heat engine .
A composite powder having a porous polymer impregnated with an inorganic powder, wherein the porous polymer is porous poly(methyl methacrylate) (PMMA), and the inorganic powder comprises titanium dioxide (TiO 2 ), wherein the titanium dioxide has a particle diameter of 200 to 300 nm.
A system , comprising: a light source ; optical fiber coupled to the light source; one or more interferometers coupled to the optical fiber, each interferometer of the one or more interferometers comprising a gauge length, wherein the gauge length is the distance between two points along the optical fiber; a photodetector assembly coupled to the optical fiber and configured to detect backscattered light from the optical fiber and generate signals based on the detected backscattered light; and an information handling system configured to: receive the signals from the photodetector assembly; apply a de-convolution operation to the signals based on the gauge lengths of the one or more interferometers; and store the de-convolved signals. a light source ; optical fiber coupled to the light source; one or more interferometers coupled to the optical fiber, each interferometer of the one or more interferometers comprising a gauge length, wherein the gauge length is the distance between two points along the optical fiber; a photodetector assembly coupled to the optical fiber and configured to detect backscattered light from the optical fiber and generate signals based on the detected backscattered light; and an information handling system configured to: receive the signals from the photodetector assembly; apply a de-convolution operation to the signals based on the gauge lengths of the one or more interferometers; and store the de-convolved signals. receive the signals from the photodetector assembly; apply a de-convolution operation to the signals based on the gauge lengths of the one or more interferometers; and store the de-convolved signals.
A method, comprising: receiving, by a host processor operating in a normal operating mode, a request to enter a secure input mode; activating, by the host processor, a secure input mode in response to the request; in response to data being available from an input device while the secure input mode is active, switching, by the host processor, to a privileged operating mode; receiving, by an input handler running on the host processor, the data from the input device during the privileged operating mode of the host processor; generating, by the input handler, a code word corresponding to a hash value based on the received data; sending, by the input handler, the received data and the code word to a security module; and verifying, by the security module, that the received data corresponds to the code word. receiving, by a host processor operating in a normal operating mode, a request to enter a secure input mode; activating, by the host processor, a secure input mode in response to the request; in response to data being available from an input device while the secure input mode is active, switching, by the host processor, to a privileged operating mode; receiving, by an input handler running on the host processor, the data from the input device during the privileged operating mode of the host processor; generating, by the input handler, a code word corresponding to a hash value based on the received data; sending, by the input handler, the received data and the code word to a security module; and verifying, by the security module, that the received data corresponds to the code word.
Method for producing a plastics material part painted at least in portions, in particular for a motor vehicle, which has a base body containing a plastics material and provided for a further shaping, in particular by stretch-bending, comprising the steps of: - extruding the plastics material to produce the base body ; - painting the base body at least in portions; - packing the base body painted at least in portions for damage-free transport or dispatch and/or for temporary storage, the base body painted at least in portions being packed together with further base bodies painted at least in portions; - transporting or dispatching and/or temporarily storing the packed base body painted at least in portions; - unpacking the base body painted at least in portions; and - shaping the base body painted at least in portions, in particular by stretch-bending. - extruding the plastics material to produce the base body ; - painting the base body at least in portions; - packing the base body painted at least in portions for damage-free transport or dispatch and/or for temporary storage, the base body painted at least in portions being packed together with further base bodies painted at least in portions; - transporting or dispatching and/or temporarily storing the packed base body painted at least in portions; - unpacking the base body painted at least in portions; and - shaping the base body painted at least in portions, in particular by stretch-bending.
Multifunction camera pocket borescope comprising • a base body , • an inspection camera attached to the end of a cable connected to the base body , • a distance meter , • an ambient temperature gauge , • and a torch , characterized in that a laser pointer is provided and in that a liquid crystal display (LCD) is mounted on the front side of the base body , wherein the liquid crystal display comprises • a zoom function, • a rotation function and • a backlight function, wherein the zoom function preferably has four levels, wherein the rotation function preferably has four rotations, wherein the backlight function preferably has seven levels. • a base body , • an inspection camera attached to the end of a cable connected to the base body , • a distance meter , • an ambient temperature gauge , • and a torch , • a zoom function, • a rotation function and • a backlight function,
A side plate , configured for a battery module which comprises a plurality of battery units , characterized by comprising: a first plate , comprising a first free end at one side in a height direction (H); a second plate , opposite to the first plate in a width direction (W), wherein the second plate comprises a second free end at the one side in the height direction (H), and the first free end and the second free end abut against each other; and a connection portion , located at the other side opposite to the first free end and the second free end in the height direction (H), wherein the connection portion is configured to connect the first plate and the second plate , and enclose a hollow cavity with the first plate and the second plate ; wherein the side plate is an integrally formed structure; wherein, the side plate is applied as at least a side plate of the battery module, the plurality of battery units are accommodated in accommodating space of the battery module, and the second plate of the side plate faces the accommodating space. a first plate , comprising a first free end at one side in a height direction (H); a second plate , opposite to the first plate in a width direction (W), wherein the second plate comprises a second free end at the one side in the height direction (H), and the first free end and the second free end abut against each other; and a connection portion , located at the other side opposite to the first free end and the second free end in the height direction (H), wherein the connection portion is configured to connect the first plate and the second plate , and enclose a hollow cavity with the first plate and the second plate ; wherein the side plate is an integrally formed structure; wherein, the side plate is applied as at least a side plate of the battery module, the plurality of battery units are accommodated in accommodating space of the battery module, and the second plate of the side plate faces the accommodating space.
Plant for liquefying a flow of gas, such as hydrogen, the plant comprising a cooling circuit provided with an upstream end intended to be connected to a source of pressurized gas to be liquefied and a downstream end intended to be connected to a component for using the liquefied gas, the plant comprising, between the upstream and downstream ends , a set of components intended to liquefy said gas and comprising at least one exchanger for cooling the gas, and at least one expansion turbine mounted on a rotary shaft supported by at least one bearing of the gas-static type, the cooling circuit comprising a pressurized gas injection pipe having an upstream end intended to receive pressurized gas supplied by the source and a downstream end connected to the bearing to support the rotary shaft, the plant comprising a pipe for recovering the gas that has been used in the bearing , the recovery pipe comprising an upstream end connected to the bearing and a downstream end, the downstream end of the gas recovery pipe being connected to the cooling circuit between its upstream and downstream ends to recycle there at least some of the gas that has been used to support the rotary shaft of the bearing in order to liquefy said gas, characterized in that the recovery pipe comprises a downstream end connected to the outlet of the at least one expansion turbine .
A power tool comprising an electric module , the electric module comprising: a housing defining a battery chamber arranged to at least partly accommodate a battery assembly ; and an electrical connection terminal arranged within the housing to electrically connect with the battery assembly accommodated in the battery chamber ; wherein the battery assembly is arranged to be inserted into the battery chamber via a battery chamber opening defined by the housing ; and wherein the battery chamber opening is opened towards a direction parallel to an operating surface which the power tool moves thereon; characterized in that the electrical connection terminal is disposed at a top portion within the housing to prevent water and/or foreign matters entered into the battery chamber through the battery chamber opening from contacting the electrical connection terminal disposed at the top portion within the housing . an electrical connection terminal arranged within the housing to electrically connect with the battery assembly accommodated in the battery chamber ; wherein the battery assembly is arranged to be inserted into the battery chamber via a battery chamber opening defined by the housing ; and wherein the battery chamber opening is opened towards a direction parallel to an operating surface which the power tool moves thereon; characterized in that the electrical connection terminal is disposed at a top portion within the housing to prevent water and/or foreign matters entered into the battery chamber through the battery chamber opening from contacting the electrical connection terminal disposed at the top portion within the housing .
A control device comprising: an acquisition unit configured to acquire information related to an overview of a structure and sensor information of a flying body; and a flight information generating unit configured to generate flight information of the flying body which is to be transmitted to the flying body, wherein the flying body is caused to fly over a periphery of the structure to image an imaging target surface of the structure on the basis of the information acquired by the acquisition unit; wherein the flight information generating unit is configured to generate, as the flight information, information including information of a flight path of the flying body, a position where the flying body is instructed to execute an imaging process of the imaging target surface, and information of an imaging direction at the position where the flying body is instructed to execute an imaging process of the imaging target surface; the control device being characterised in that : when the flying body has detected an obstacle during a flight on the basis of the flight information the flight information generating unit is configured to regenerate the flight information according to the sensor information to avoid the obstacle. an acquisition unit configured to acquire information related to an overview of a structure and sensor information of a flying body; and a flight information generating unit configured to generate flight information of the flying body which is to be transmitted to the flying body, wherein the flying body is caused to fly over a periphery of the structure to image an imaging target surface of the structure on the basis of the information acquired by the acquisition unit; wherein the flight information generating unit is configured to generate, as the flight information, information including information of a flight path of the flying body, a position where the flying body is instructed to execute an imaging process of the imaging target surface, and information of an imaging direction at the position where the flying body is instructed to execute an imaging process of the imaging target surface; the control device being characterised in that : when the flying body has detected an obstacle during a flight on the basis of the flight information the flight information generating unit is configured to regenerate the flight information according to the sensor information to avoid the obstacle.
Guide device comprising a guide rail and a sliding body which is displaceable in sliding manner on the guide rail along a guide direction , wherein the sliding body comprises at least one pair of mutually oppositely located sliding surfaces with which the sliding body rests on at least one pair of mutually oppositely located contact surfaces of the guide rail , wherein the sliding body comprises a pressing device by means of which the at least one pair of sliding surfaces of the sliding body is pressable onto the at least one pair of contact surfaces of the guide rail , wherein one or more pairs of sliding surfaces are arranged on a base body of the sliding body which is formed in one-piece manner, wherein the guide rail comprises two seating sections and a rail back which connects the seating sections to one another, wherein the seating sections have a substantially C-shaped cross section and form contact surfaces for a sliding body of the guide device , characterized in that the base body comprises the sliding surfaces with which the base body rests on the contact surfaces of the seating sections of the guide rail .