mhurhangee/patent-ind-claim-en huggingface dataset:
An interactive modular construction element for a modular construction system , the interactive modular construction element comprising - a sensor being responsive to a predetermined sensor input and adapted to output a sensor signal corresponding to or representing the predetermined sensor input, - a function element adapted to perform at least one controllable function in response to a control signal , and - a control circuit connected to the sensor to receive the sensor signal and connected to the function element to provide the control signal , wherein the control circuit is adapted to provide the control signal in response to the sensor signal thereby controlling the function element in response to the sensor signal , wherein the interactive modular construction element comprises an input part and an output part , where the input part and the output part are different from each other, characterised in that the interactive modular construction element further comprises a wireless communications receiver , e.g. a wireless communications transceiver, connected to the control circuit , and wherein the control circuit is further adapted to modify the control signal in response to one or more external control signals received via the wireless communications receiver from one or more interactive modular construction elements . - a sensor being responsive to a predetermined sensor input and adapted to output a sensor signal corresponding to or representing the predetermined sensor input, - a function element adapted to perform at least one controllable function in response to a control signal , and - a control circuit connected to the sensor to receive the sensor signal and connected to the function element to provide the control signal , wherein the control circuit is adapted to provide the control signal in response to the sensor signal thereby controlling the function element in response to the sensor signal , wherein the interactive modular construction element comprises an input part and an output part , where the input part and the output part are different from each other, characterised in that the interactive modular construction element further comprises a wireless communications receiver , e.g. a wireless communications transceiver, connected to the control circuit , and wherein the control circuit is further adapted to modify the control signal in response to one or more external control signals received via the wireless communications receiver from one or more interactive modular construction elements .
A ship comprising: a hull ; and an ammonia storage tank capable of storing ammonia therein; an inert gas supply device that supplies an inert gas to a circulation path (R) for the ammonia, which communicates with the ammonia storage tank ; a vent pipe that leads the ammonia in the circulation path (R) together with the inert gas supplied by the inert gas supply device to an outside; and a treatment tank which is provided in a middle of the vent pipe and stores water (W) therein, and into which the inert gas and the ammonia are introduced from the vent pipe below a water surface (Wf) of the water (W). a hull ; and an ammonia storage tank capable of storing ammonia therein; an inert gas supply device that supplies an inert gas to a circulation path (R) for the ammonia, which communicates with the ammonia storage tank ; a vent pipe that leads the ammonia in the circulation path (R) together with the inert gas supplied by the inert gas supply device to an outside; and a treatment tank which is provided in a middle of the vent pipe and stores water (W) therein, and into which the inert gas and the ammonia are introduced from the vent pipe below a water surface (Wf) of the water (W).
A method for characterizing an earth formation , comprising: making at least one limited aperture measurement of acoustic compressional wave velocity at a frequency from 20 to 100 kHz in a borehole penetrating the earth formation , and estimating a principal direction of a near field stress in the borehole using the at least one limited aperture measurement; obtaining an indication of a principal direction of a far field stress in the earth formation, wherein the indication of the principal direction of the far field stress is obtained using acoustic cross dipole log data; and using the estimated principal direction of the near field stress, and the indication of the principal direction of the far field stress in the earth formation, for estimating the magnitude of the horizontal principal stress. making at least one limited aperture measurement of acoustic compressional wave velocity at a frequency from 20 to 100 kHz in a borehole penetrating the earth formation , and estimating a principal direction of a near field stress in the borehole using the at least one limited aperture measurement; obtaining an indication of a principal direction of a far field stress in the earth formation, wherein the indication of the principal direction of the far field stress is obtained using acoustic cross dipole log data; and using the estimated principal direction of the near field stress, and the indication of the principal direction of the far field stress in the earth formation, for estimating the magnitude of the horizontal principal stress.
A method for controlling operation of two or more configurable systems of a motor vehicle with a single input by a user, the method comprising: - receiving , via a user interface (UI) of a mobile user device , the single user input specifying an operation scenario (OS); - retrieving operation parameters (P) associated with the specified operation scenario (OS) for the two or more configurable systems ; and - operating the two or more configurable systems in accordance with the operation parameters (P). - receiving , via a user interface (UI) of a mobile user device , the single user input specifying an operation scenario (OS); - retrieving operation parameters (P) associated with the specified operation scenario (OS) for the two or more configurable systems ; and - operating the two or more configurable systems in accordance with the operation parameters (P).
A system configured to dispense a drug before, during and/or after ablation, the system comprising: an ablation device comprising at least one ablation probe , a drug-delivery cannula assembly, comprising: a cannula housing including an upper portion having at least one opening defined therein for receiving the at least one ablation probe of the ablation device therethrough; a cannula defining a longitudinal axis ("A-A") and a passageway aligned with the longitudinal axis ("A-A"), the cannula including a proximal end releasably coupled to the cannula housing , wherein the cannula is disposed in communication with the at least one opening ; and a supply line coupled to the cannula housing , wherein the cannula housing is configured to fluidly-couple the cannula to a source of a drug delivery supply for supplying drugs via the supply line through the cannula housing to the cannula ; and wherein the ablation probe is received into the passageway , and wherein the cannula further includes a seal for sealing against the ablation probe received in the passageway. an ablation device comprising at least one ablation probe , a drug-delivery cannula assembly, comprising: a cannula housing including an upper portion having at least one opening defined therein for receiving the at least one ablation probe of the ablation device therethrough; a cannula defining a longitudinal axis ("A-A") and a passageway aligned with the longitudinal axis ("A-A"), the cannula including a proximal end releasably coupled to the cannula housing , wherein the cannula is disposed in communication with the at least one opening ; and a supply line coupled to the cannula housing , wherein the cannula housing is configured to fluidly-couple the cannula to a source of a drug delivery supply for supplying drugs via the supply line through the cannula housing to the cannula ; a cannula housing including an upper portion having at least one opening defined therein for receiving the at least one ablation probe of the ablation device therethrough; a cannula defining a longitudinal axis ("A-A") and a passageway aligned with the longitudinal axis ("A-A"), the cannula including a proximal end releasably coupled to the cannula housing , wherein the cannula is disposed in communication with the at least one opening ; and a supply line coupled to the cannula housing , wherein the cannula housing is configured to fluidly-couple the cannula to a source of a drug delivery supply for supplying drugs via the supply line through the cannula housing to the cannula ; and wherein the ablation probe is received into the passageway , and wherein the cannula further includes a seal for sealing against the ablation probe received in the passageway.
A modular building with at least an upper and lower prefabricated modular building component , stacked on top of each other, wherein the lower prefabricated modular building component has a lower vertical wall and a ceiling on top of said lower vertical wall, said ceiling comprising a plurality of spaced apart structural support ceiling joists carrying a ceiling member , wherein the upper prefabricated building component comprises a floor and an upper vertical wall on top of said floor , said floor comprising a plurality of spaced apart structural support floor joists carrying a floor member , characterised in that , the upper and lower prefabricated modular buildings , are assembled to form the floor/ceiling joist arrangement of the modular building in such a way that at least part of the floor joists and the ceiling joists are disposed in the space between the ceilings joists and the floor joists respectively, and in that the floor/ceiling joist arrangement has a jointing arrangement having a support means for supporting the floor of the upper building on the ceiling of the lower building in the assembled configuration.
A board panel comprising: a rectangular top of three or more stacked layers, wherein at least two layers are a hard material and at least one layer is a soft elastic pressure absorbing and sound absorbing material; a front face layer and a back face layer are layers of a hard material in which slits are provided in parallel with a vertical side of said rectangular top; said slits have a length of 1/2 to 3/4 of said vertical side, and one end thereof touches the horizontal side of said rectangular top; and said slits include one type in which one end thereof touches an upper horizontal side of said rectangular top, forming upper slits , and another type in which one end thereof touches a lower horizontal side of said rectangular top, forming lower slits , said slits have a depth that do not penetrate through the board panel, wherein said slits provided on the front face layer alternate between slits touching the upper horizontal side and slits touching the lower horizontal side of said rectangular top, said slits provided on the back face layer alternate between slits touching the upper horizontal side and slits touching the lower horizontal side of said rectangular top, and wherein said front face layer and said back face layer alternate between slits touching the upper horizontal side and the lower horizontal side, wherein the soft material layer is layer of foam material. a rectangular top of three or more stacked layers, wherein at least two layers are a hard material and at least one layer is a soft elastic pressure absorbing and sound absorbing material; a front face layer and a back face layer are layers of a hard material in which slits are provided in parallel with a vertical side of said rectangular top; said slits have a length of 1/2 to 3/4 of said vertical side, and one end thereof touches the horizontal side of said rectangular top; and said slits include one type in which one end thereof touches an upper horizontal side of said rectangular top, forming upper slits , and another type in which one end thereof touches a lower horizontal side of said rectangular top, forming lower slits , said slits have a depth that do not penetrate through the board panel, wherein said slits provided on the front face layer alternate between slits touching the upper horizontal side and slits touching the lower horizontal side of said rectangular top, said slits provided on the back face layer alternate between slits touching the upper horizontal side and slits touching the lower horizontal side of said rectangular top, and wherein said front face layer and said back face layer alternate between slits touching the upper horizontal side and the lower horizontal side, wherein the soft material layer is layer of foam material.
A transfer valve , comprising: a spool comprising a first circumferential flow channel at a first axial position of the spool and a second circumferential flow channel at a second axial position of the spool , wherein the first circumferential flow channel and the second circumferential flow channel have different circumferential positions and are defined only partially circumferentially; and a sleeve disposed over the spool , the sleeve including at least three windows defined through the sleeve , wherein the spool is configured to translate within the sleeve between a first position and a second position, wherein the first circumferential flow channel of the spool is configured to fluidly connect a first plurality of the at least three windows in the first position, and the second circumferential flow channel is configured to connect a second plurality of the at least three windows in the second position, wherein the first plurality of windows is different by at least one window from the second plurality of windows , such that while switching from one position to the other a first window will be closed and a third window will be opened, whilst a second window will remain open, characterized in that , the at least three windows are defined at an axial position of the sleeve , each window having a different circumferential position on the sleeve . a spool comprising a first circumferential flow channel at a first axial position of the spool and a second circumferential flow channel at a second axial position of the spool , wherein the first circumferential flow channel and the second circumferential flow channel have different circumferential positions and are defined only partially circumferentially; and a sleeve disposed over the spool , the sleeve including at least three windows defined through the sleeve , wherein the spool is configured to translate within the sleeve between a first position and a second position, wherein the first circumferential flow channel of the spool is configured to fluidly connect a first plurality of the at least three windows in the first position, and the second circumferential flow channel is configured to connect a second plurality of the at least three windows in the second position, wherein the first plurality of windows is different by at least one window from the second plurality of windows , such that while switching from one position to the other a first window will be closed and a third window will be opened, whilst a second window will remain open,
A rotary shaft assembly for converting linear motion of a driving shaft to rotary motion of a rotatable cam of a clutch assembly, wherein the driving shaft is adapted to linearly move according to pressing or releasing of an accelerator pedal or brake pedal, wherein a first protrusion and a second protrusion are formed in a sleeve of a rotary shaft of the cam , wherein an upper guide slot and a lower guide slot are formed on the driving shaft to receive the first and the second protrusion , respectively, wherein the upper guide slot includes: a first path having a linear shape, and a second path extending to form an inclined angle with the first path , wherein the lower guide slot has the same shape as the upper guide slot rotated 180 degrees, and the lower guide slot includes: a third path having a linear shape, and a fourth path extending to form an inclined angle with the third path , wherein the first protrusion is adapted to rotate in a first rotary direction, by an inclined angle formed between the first and the second path according to linear movement of the driving shaft in a first linear direction, characterised in that the second protrusion is adapted to rotate in the first rotary direction, by an inclined angle formed between the third and the fourth path according to linear movement of the driving shaft in the first linear direction, wherein the cam is adapted to rotate according to rotations of the first and the second protrusion . wherein the driving shaft is adapted to linearly move according to pressing or releasing of an accelerator pedal or brake pedal, wherein a first protrusion and a second protrusion are formed in a sleeve of a rotary shaft of the cam , wherein an upper guide slot and a lower guide slot are formed on the driving shaft to receive the first and the second protrusion , respectively, wherein the upper guide slot includes: a first path having a linear shape, and a second path extending to form an inclined angle with the first path , a first path having a linear shape, and a second path extending to form an inclined angle with the first path , wherein the lower guide slot has the same shape as the upper guide slot rotated 180 degrees, and the lower guide slot includes: a third path having a linear shape, and a fourth path extending to form an inclined angle with the third path , a third path having a linear shape, and a fourth path extending to form an inclined angle with the third path , wherein the first protrusion is adapted to rotate in a first rotary direction, by an inclined angle formed between the first and the second path according to linear movement of the driving shaft in a first linear direction, characterised in that the second protrusion is adapted to rotate in the first rotary direction, by an inclined angle formed between the third and the fourth path according to linear movement of the driving shaft in the first linear direction, wherein the cam is adapted to rotate according to rotations of the first and the second protrusion .
An information feedback method, wherein the method comprises: obtaining , by a transmitting end, a direct link transmission resource; sending , by the transmitting end, first direct communication data to a receiving end by using the direct link transmission resource, wherein the first direct communication data carries feedback indication information and sending manner indication information, wherein the feedback indication information is1-bit indication information and is used to indicate whether a receiving feedback needs to be performed for the first direct communication data, and the sending manner indication information is used to indicate that a manner of sending the first direct communication data is unicast or multicast; and when the feedback indication information indicates that a feedback needs to be performed for the first direct communication data, receiving , by the transmitting end, second direct communication data sent by the receiving end on a direct link feedback resource, wherein the second direct communication data carries feedback information; wherein the method further comprises: obtaining, by the transmitting end, the direct link feedback resource based on the direct link transmission resource and a preset mapping relationship between the direct link transmission resource and the direct link feedback resource. obtaining , by a transmitting end, a direct link transmission resource; sending , by the transmitting end, first direct communication data to a receiving end by using the direct link transmission resource, wherein the first direct communication data carries feedback indication information and sending manner indication information, wherein the feedback indication information is1-bit indication information and is used to indicate whether a receiving feedback needs to be performed for the first direct communication data, and the sending manner indication information is used to indicate that a manner of sending the first direct communication data is unicast or multicast; and when the feedback indication information indicates that a feedback needs to be performed for the first direct communication data, receiving , by the transmitting end, second direct communication data sent by the receiving end on a direct link feedback resource, wherein the second direct communication data carries feedback information; wherein the method further comprises: obtaining, by the transmitting end, the direct link feedback resource based on the direct link transmission resource and a preset mapping relationship between the direct link transmission resource and the direct link feedback resource.
An attachment of a display for use in a vehicle, comprising: - a rigid bracket having a first end with a connecting flange and a second end with two flat angle brackets , - a display carrier , characterized in that : - the attachment comprises an adapter plate with a plurality of slots and fixation ears , each fixation ear being fixedly mounted into a slot , - the adapter plate is mounted on the display carrier , - at least a fixation ear cooperates with a flat angle bracket , and - each fixation ear comprises a base adapted to fit into a slot and a body with a fixing hole . - a rigid bracket having a first end with a connecting flange and a second end with two flat angle brackets , - a display carrier , - the attachment comprises an adapter plate with a plurality of slots and fixation ears , each fixation ear being fixedly mounted into a slot , - the adapter plate is mounted on the display carrier , - at least a fixation ear cooperates with a flat angle bracket , and - each fixation ear comprises a base adapted to fit into a slot and a body with a fixing hole .
A fixing system (2; 202; 212) for an aligning device of a tibial resection guide for fixating attachment to limbs, comprising a carrier device having an attachment portion for attaching to an adjustment rod, characterized by a fixing magnet arranged on a face side of the carrier device , and a magnetic band (16; 116; 216) adapted to be attracted to the fixing magnet and adapted to be attached to limbs of a patient. a fixing magnet arranged on a face side of the carrier device , and a magnetic band (16; 116; 216) adapted to be attracted to the fixing magnet and adapted to be attached to limbs of a patient.
A lifting-magnet attachment magnetic pole unit for a lifting magnet used to lift and convey a steel material with magnetic force, the lifting-magnet attachment magnetic pole unit comprising: a first split magnetic pole , including a first shaft in contact with an iron core of the lifting magnet; and a second split magnetic pole , including a second shaft in contact with a yoke of the lifting magnet, characterized in that the first split magnetic pole includes a plurality of first branches configured to branch off the first shaft and the second split magnetic pole includes a plurality of second branches configured to branch off the second shaft , wherein the first and second branches are alternately arranged. a first split magnetic pole , including a first shaft in contact with an iron core of the lifting magnet; and a second split magnetic pole , including a second shaft in contact with a yoke of the lifting magnet, characterized in that the first split magnetic pole includes a plurality of first branches configured to branch off the first shaft and the second split magnetic pole includes a plurality of second branches configured to branch off the second shaft , wherein the first and second branches are alternately arranged.