mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for surface processing of plastically deformable masses, in particular fresh concrete, mortar or screed, with: an L-shaped housing comprising a first housing axis and a second housing axis , wherein the first housing axis and the second housing axis intersect each other at an angle (α), wherein the L-shaped housing has a handle arranged along the first housing axis , a receptacle for an energy storage device being formed at a free end of the handle , and the L-shaped housing has a head portion arranged along the second housing axis , a base plate being arranged at a free end of the head portion , and the apparatus comprises a vibration unit , characterized in that the vibration unit is at least partially accommodated within the head portion and the base plate is arranged at the vibration unit an L-shaped housing comprising a first housing axis and a second housing axis , wherein the first housing axis and the second housing axis intersect each other at an angle (α), wherein the L-shaped housing has a handle arranged along the first housing axis , a receptacle for an energy storage device being formed at a free end of the handle , and the L-shaped housing has a head portion arranged along the second housing axis , a base plate being arranged at a free end of the head portion , and the apparatus comprises a vibration unit , characterized in that the vibration unit is at least partially accommodated within the head portion and the base plate is arranged at the vibration unit
A radio resource configuration adjustment method, comprising: Detecting, by user equipment, an overheating problem in the user equipment, and sending, by the user equipment, a first message to a network device, wherein the first message is used to notify the network device that the overheating problem occurs in the user equipment; receiving, by the user equipment, a response message from the network device, wherein the response message is used to indicate the user equipment to reconfigure a number of maximum downlink MIMO layers or reconfigure a number of maximum uplink MIMO layers; and turning off, by the user equipment, a corresponding number of radio frequency receiving chains or a corresponding number of radio frequency transmitting chains according to the response message; wherein the first message comprises assistance information; and the assistance information comprises: a number of maximum downlink MIMO layers or a number of maximum uplink MIMO layers supported by the UE on a frequency band corresponding to each serving cell. Detecting, by user equipment, an overheating problem in the user equipment, and sending, by the user equipment, a first message to a network device, wherein the first message is used to notify the network device that the overheating problem occurs in the user equipment; receiving, by the user equipment, a response message from the network device, wherein the response message is used to indicate the user equipment to reconfigure a number of maximum downlink MIMO layers or reconfigure a number of maximum uplink MIMO layers; and turning off, by the user equipment, a corresponding number of radio frequency receiving chains or a corresponding number of radio frequency transmitting chains according to the response message; wherein the first message comprises assistance information; and the assistance information comprises: a number of maximum downlink MIMO layers or a number of maximum uplink MIMO layers supported by the UE on a frequency band corresponding to each serving cell.
A damper assembly for a combustion chamber of a gas turbine, the damper assembly comprising a hollow body provided with a neck , said hollow body defining at least an internal damper cavity adapted to be in fluid communication with the combustion chamber through said neck , said hollow body comprising a movable element adapted to vary a volume of said internal damper cavity ; wherein said movable element is adapted to be arranged in a first position correspondent to a maximum volume and in a second position correspondent to a minimum volume of said damper cavity ; wherein said movable element is an inner cavity in fluid communication with said damper cavity of said hollow body , said inner cavity having a fixed volume; said damper assembly being characterised by comprising a plug mounted on said movable element and adapted to be arranged in a first active position in which the combustion chamber is in fluid communication with the damper cavity and in a second closed position where said plug is inserted into said neck such to deactivate said damper assembly .
A medical device , comprising: an expandable electrode assembly reciprocally movable between a first configuration and a second configuration, the expandable electrode assembly including: a first plurality of longitudinally extending legs formed in a first partially tubular member ; a second plurality of longitudinally extending legs formed in a second partially tubular member ; characterised by further comprising: a first endpiece formed by first ends of the first and second partially tubular members ; and a second endpiece formed by second ends of the first and second partially tubular members , wherein a portion of the second partially tubular member is configured to be received in a portion of the first partially tubular member . a first plurality of longitudinally extending legs formed in a first partially tubular member ; a second plurality of longitudinally extending legs formed in a second partially tubular member ; characterised by further comprising: a first endpiece formed by first ends of the first and second partially tubular members ; and a second endpiece formed by second ends of the first and second partially tubular members , wherein a portion of the second partially tubular member is configured to be received in a portion of the first partially tubular member . a first endpiece formed by first ends of the first and second partially tubular members ; and a second endpiece formed by second ends of the first and second partially tubular members , wherein a portion of the second partially tubular member is configured to be received in a portion of the first partially tubular member .
Bed, in particular nursing bed or hospital bed, comprising a reclining frame, two floor groups , arranged spaced apart and extending in the longitudinal direction of the reclining frame, in each case at least one pivot roller (16, 16.1) comprising roller units (14, 14.1; 15, 15.1), as well as comprising a lifting device for raising and lowering the reclining frame in relation to the floor groups , said lifting device comprising two lifting arms , wherein each lifting arm connects a floor group to the reclining frame and is connected in jointed fashion to the floor group and the reclining frame, characterised in that both floor groups are provided with a dual functionality with regard to the effective floor support by switching over its device position setting, wherein, in a first device position setting, this floor group is supported on the floor side by the pivot rollers (16, 16.1) of its roller units (14, 14.1; 15, 15.1), and in its second device position setting is supported by support bodies as alternative floor support, wherein the one floor group as a support body is provided by means of straight-ahead rollers , and the other floor group is provided with standing feet as support bodies.
A compound selected from the group consisting of: the enantiomer [(αR,α'R,α"R)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1 ,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ia (enantiomer RRR): the enantiomer [(αS,α'S,α"S)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1 ,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ib (enantiomer SSS): a mixture of such RRR and SSS enantiomers; and a pharmaceutically acceptable salt thereof. the enantiomer [(αR,α'R,α"R)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1 ,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ia (enantiomer RRR): the enantiomer [(αS,α'S,α"S)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1 ,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ib (enantiomer SSS): a mixture of such RRR and SSS enantiomers; and a pharmaceutically acceptable salt thereof.
A non-enzymatic wound debriding agent, comprising: a denaturant; a gentle detergent with a critical micelle concentration of > 19mM; and optionally further comprising an optimized buffer. a denaturant; a gentle detergent with a critical micelle concentration of > 19mM; and optionally further comprising an optimized buffer.
A ride control system for a power machine having a frame , a lift arm movably coupled to the frame, and a hydraulic power conversion system , the ride control system comprising: a hydraulic cylinder having a first end and a second end, the hydraulic cylinder configured to selectively control movement of the lift arm relative to the frame; an accumulator in selective communication with the first end of the hydraulic cylinder; a pressure sensor capable of communicating a signal indicative of a hydraulic pressure at the first end of the hydraulic cylinder; a ride control circuit configured to allow selective communication between the accumulator and the first end of the hydraulic cylinder; and a controller configured to receive the signal from the pressure sensor, wherein the controller is configured to prevent communication between the accumulator and the first end of the hydraulic cylinder until the signal from the pressure sensor indicates that the hydraulic pressure at the first end of the hydraulic cylinder is below an initial pressure threshold value, characterised in that the controller is configured to allow communication between the accumulator and the first end of the hydraulic cylinder when the pressure sensor has previously indicated a pressure below the initial pressure threshold value and subsequently indicates a pressure above an operational minimum pressure threshold and between the operational minimum pressure threshold and a high pressure threshold, wherein the operational minimum pressure threshold is a lower pressure than the initial threshold pressure value. a hydraulic cylinder having a first end and a second end, the hydraulic cylinder configured to selectively control movement of the lift arm relative to the frame; an accumulator in selective communication with the first end of the hydraulic cylinder; a pressure sensor capable of communicating a signal indicative of a hydraulic pressure at the first end of the hydraulic cylinder; a ride control circuit configured to allow selective communication between the accumulator and the first end of the hydraulic cylinder; and a controller configured to receive the signal from the pressure sensor, wherein the controller is configured to prevent communication between the accumulator and the first end of the hydraulic cylinder until the signal from the pressure sensor indicates that the hydraulic pressure at the first end of the hydraulic cylinder is below an initial pressure threshold value, characterised in that the controller is configured to allow communication between the accumulator and the first end of the hydraulic cylinder when the pressure sensor has previously indicated a pressure below the initial pressure threshold value and subsequently indicates a pressure above an operational minimum pressure threshold and between the operational minimum pressure threshold and a high pressure threshold, wherein the operational minimum pressure threshold is a lower pressure than the initial threshold pressure value.
Locking system for mounting at a door for locking an enclosure that is provided with at least one door, said locking system comprising a lock holding device in such a way that a lock that is held by the lock holding device is accessible from the outside of the door, and a locking rod that is adapted for mounting at the inside of the door or an adjacent frame and is coupled to the lock holding device, where one end of the locking rod, in the locked position of the door, will abut the inside of the door, and the opposite end thereof will abut a structure adjacent to the door such as a frame or another door, and a blocking element that is adapted to cooperate with the lock and prevent opening of the door, characterized in that , furthermore, the lock holding device is adapted to be mounted at the end surface of a door or an adjacent frame and comprises a second flat surface piece as for example a bent flat surface piece, in such a way that the second flat surface piece is perpendicular to the contact surface of the lock holding device, said contact surface facing the larger surface of said door or frame, said second flat surface piece extending from the outer side of the door to the inner side of the door when the locking system is mounted, and where the second flat surface piece has a fastening means for fastening of said locking rod in such a way that a pull in the lock holding device can be transferred to the locking rod, and that said blocking element is adapted to be inserted in the lock holding device and to be secured by the lock .
Verification device for verifying an electrical overvoltage between two electrical conductors , the verification device comprising - a conductor-track carrier made of an electrically insulating carrier material, - at least two conductor tracks (7 to 11) applied spaced apart from one another on the conductor-track carrier - and a measuring device for acquiring an electrical resistance of a first conductor track , - the verification device is characterised in that each electrical conductor is electrically connected to at least one of the conductor tracks (7 to 11), no conductor track (7 to 11) is electrically connected to both electrical conductors and the conductor tracks (7 to 11) are embodied and arranged such that a prespecified overvoltage between the electrical conductors causes a partial discharge that changes the electrical resistance of the first conductor track between the first conductor track and a conductor track (8 to 11) that is electrically connected to one of the two electrical conductors . - a conductor-track carrier made of an electrically insulating carrier material, - at least two conductor tracks (7 to 11) applied spaced apart from one another on the conductor-track carrier - and a measuring device for acquiring an electrical resistance of a first conductor track , - the verification device is characterised in that each electrical conductor is electrically connected to at least one of the conductor tracks (7 to 11), no conductor track (7 to 11) is electrically connected to both electrical conductors and the conductor tracks (7 to 11) are embodied and arranged such that a prespecified overvoltage between the electrical conductors causes a partial discharge that changes the electrical resistance of the first conductor track between the first conductor track and a conductor track (8 to 11) that is electrically connected to one of the two electrical conductors .
A pharmaceutical composition for use in improving cognitive function or suppressing amyloid plaque formation in a subject with a neurological disorder, or for use in preventing or treating a mental disorder selected from the group consisting of anxiety disorders, post-traumatic stress disorder (PTSD), panic disorder, and depression, said composition comprising isolated vesicles derived from Lactobacillus paracasei as an active ingredient.
A method comprising: while a tracking sensor system is in a low power sleep state, an accelerator sensor system , which is adapted to be coupled to a piece of luggage , identifying when the piece of luggage has exited an aircraft by identifying a trajectory of the piece of luggage being consistent with the piece of luggage moving along a path with a predetermined curved shape; responsive to identifying that the piece of luggage has exited the aircraft, the accelerator sensor system transmitting a first signal to the tracking sensor system associated with the piece ofluggage ;and wherein the first signal includes instructions for the tracking sensor system to exit the low power sleep state. while a tracking sensor system is in a low power sleep state, an accelerator sensor system , which is adapted to be coupled to a piece of luggage , identifying when the piece of luggage has exited an aircraft by identifying a trajectory of the piece of luggage being consistent with the piece of luggage moving along a path with a predetermined curved shape; responsive to identifying that the piece of luggage has exited the aircraft, the accelerator sensor system transmitting a first signal to the tracking sensor system associated with the piece ofluggage ;and wherein the first signal includes instructions for the tracking sensor system to exit the low power sleep state.
A control device for an internal combustion engine , the internal combustion engine comprising; an engine body ; a fuel injector injecting fuel for combustion inside a combustion chamber of the engine body ; and a vibration sensor detecting vibration acceleration of the engine body , wherein the control device comprises a combustion control part configured to control an injection amount and injection timing of fuel injected from the fuel injector to a target injection amount and target injection timing set based on an engine operating state to cause the fuel to burn by self ignition so as to cause generation of heat in the combustion chamber two times in stages so a pressure waveform showing a change along with time of a rate of rise of cylinder pressure becomes a two-peak shape and so that a peak interval from a first peak value of a first peak of the pressure waveform formed by the first heat generation to a second peak value of a second peak of the pressure waveform formed by the second heat generation becomes a reference peak interval suppressing vibration acceleration of a specific frequency band in vibration acceleration of the engine body , and the combustion control part is configured to: calculate a first vibration level of the engine body in a first judgment frequency band of a second overtone of the specific frequency based on vibration acceleration detected by the vibration sensor ; and, when the first vibration level is less than a predetermined first reference vibration level set in advance according to the engine operating state, correct one or both of the target injection amount and the target injection timing so that the first vibration level becomes the first reference vibration level or more. calculate a first vibration level of the engine body in a first judgment frequency band of a second overtone of the specific frequency based on vibration acceleration detected by the vibration sensor ; and, when the first vibration level is less than a predetermined first reference vibration level set in advance according to the engine operating state, correct one or both of the target injection amount and the target injection timing so that the first vibration level becomes the first reference vibration level or more.
An optically-controlled switch , comprising: a printed circuit board , PCB, comprising upper and lower layers and a dielectric layer between the upper and lower layers, a plurality of electrically conductive vias electrically connected to the upper and lower layers and located in at least two rows; a shunt via electrically connected to the lower layer and separated from the upper layer by a dielectric gap and arranged between the at least two rows of vias; and a photoconductive semiconductor element , PSE, electrically connected to the upper layer and the shunt via, wherein the PSE includes a dielectric state and a conductor state, and wherein the PSE selectively propagates or blocks through a waveguide formed by the at least two rows, an electromagnetic wave provided to the optically-controlled switch, based on a state of the PSE . a printed circuit board , PCB, comprising upper and lower layers and a dielectric layer between the upper and lower layers, a plurality of electrically conductive vias electrically connected to the upper and lower layers and located in at least two rows; a shunt via electrically connected to the lower layer and separated from the upper layer by a dielectric gap and arranged between the at least two rows of vias; and a photoconductive semiconductor element , PSE, electrically connected to the upper layer and the shunt via, wherein the PSE includes a dielectric state and a conductor state, and wherein the PSE selectively propagates or blocks through a waveguide formed by the at least two rows, an electromagnetic wave provided to the optically-controlled switch, based on a state of the PSE .
A pet food capable of removing dental calculus and plaque, the pet food comprising: a bar-type body extending in a longitudinal direction, said body including a plurality of throughholes transversely formed through the body and arranged along a longitudinal direction of the body, wherein each through-hole includes a plurality of protrusion units which protrude toward a longitudinal central axis of the through-hole from the inner circumferential surface of the through-hole, or which protrude from the inner circumferential surface of the through-hole so as to form a helical ridge, such that during a masticatory action of the pet, a tooth trunk of a pet enters a through-hole and comes into contact with an inner circumferential surface of the through-hole and protrusion units contact the outer circumferential surface of the tooth trunk.
A battery module comprising a battery stack , in which an inlet of an air flow path is opened at one side and an outlet of the air flow path is opened at another side, and a plurality of cooling ducts combined to two side portions of the battery stack to respectively communicate with the inlet of the air flow path and the outlet of the air flow path, wherein each cooling duct comprises a duct housing at least one of a plurality of duct housings comprises a plug accommodating part defining a through hole , and a harness accommodating plug air-tightly inserted into the through hole and having a plurality of wire accommodating holes , a harness (H), in which an internal harness (H1) and an external harness (H2) are combined, extends from outside to inside of a duct housing by passing through the harness accommodating plug , a plurality of wires (L1) of the internal harness (H2) and a plurality of corresponding wires (L2) of the external harness (H2) are inserted into one side and protrude from another side of the plurality of wire accommodating holes, and the plurality of wires and the plurality of corresponding wires are electrically connected to each other; wherein at least one of the plurality of cooling ducts includes therein a blast fan and a driving motor , wherein the internal harness (HI) is electrically connected to the driving motor configured to drive the blast fan provided on an inner wall of the duct housing , and wherein the harness accommodating plug comprises a stopper block and an insertion part protruding from a top of the stopper block at a predetermined height, the stopper block is located below the insertion part , and externally protrudes and extends from a bottom edge of the insertion part , and the insertion part has an uneven portion contacting an inner surface of the through hole along an outer circumferential surface.