mhurhangee/patent-ind-claim-en huggingface dataset:
A device for monitoring a component of the air, the device comprising a plurality of sensors configured to acquire values of environmental parameters, characterized in that the device further comprises: - a consumable sensor configured to acquire values of concentration of said component, the consumable sensor having a predetermined service life and - a calculator configured to: • in a learning phase, establish a model of the concentration of said component by establishing a correlation between values of concentration of said component acquired by the consumable sensor and values of the environmental parameters acquired by the plurality of sensors and • in a monitoring phase, estimate the concentration of said component using the established model and values of the environmental parameters acquired by the plurality of sensors , the monitoring device comprising a chassis in which the calculator is housed and a housing for the consumable sensor . the device comprising a plurality of sensors configured to acquire values of environmental parameters, characterized in that the device further comprises: - a consumable sensor configured to acquire values of concentration of said component, the consumable sensor having a predetermined service life and - a calculator configured to: • in a learning phase, establish a model of the concentration of said component by establishing a correlation between values of concentration of said component acquired by the consumable sensor and values of the environmental parameters acquired by the plurality of sensors and • in a monitoring phase, estimate the concentration of said component using the established model and values of the environmental parameters acquired by the plurality of sensors , - a consumable sensor configured to acquire values of concentration of said component, the consumable sensor having a predetermined service life and - a calculator configured to: • in a learning phase, establish a model of the concentration of said component by establishing a correlation between values of concentration of said component acquired by the consumable sensor and values of the environmental parameters acquired by the plurality of sensors and • in a monitoring phase, estimate the concentration of said component using the established model and values of the environmental parameters acquired by the plurality of sensors , • in a learning phase, establish a model of the concentration of said component by establishing a correlation between values of concentration of said component acquired by the consumable sensor and values of the environmental parameters acquired by the plurality of sensors and • in a monitoring phase, estimate the concentration of said component using the established model and values of the environmental parameters acquired by the plurality of sensors , the monitoring device comprising a chassis in which the calculator is housed and a housing for the consumable sensor .
A scanner of an optical detection system comprising: a housing ; an optical surface coupled to the housing, the optical surface being movable to direct light into an area being scanned and to receive a reflected light pulse from the area being scanned; an electromechanical actuator having an output shaft operably coupled to the optical surface, wherein during normal operation the electromechanical actuator is operable to rotate the optical surface about an axis; and a solid state flexible actuator coupled to the output shaft , wherein the solid state flexible actuator is operable at higher frequencies than the electromechanical actuator and is operable to control rotation of the output shaft during cleaning operations. a housing ; an optical surface coupled to the housing, the optical surface being movable to direct light into an area being scanned and to receive a reflected light pulse from the area being scanned; an electromechanical actuator having an output shaft operably coupled to the optical surface, wherein during normal operation the electromechanical actuator is operable to rotate the optical surface about an axis; and a solid state flexible actuator coupled to the output shaft , wherein the solid state flexible actuator is operable at higher frequencies than the electromechanical actuator and is operable to control rotation of the output shaft during cleaning operations.
A single-electrode touch sensor comprising: a touch layer ; a sensing electrode layer adhered to a lower surface of the touch layer and electrically connected to an equipotential source ; and a signal monitoring member electrically connected with the sensing electrode layer ; and a touch-action provider having a contact portion, the touch sensor being characterized in that the contact portion of the touch-action provider is of a material having a triboelectric property different from that of the material of the touch layer , and in that : in a first operating condition, when the contact portion of the touch-action provider and the touch layer are in contact with each other, surface charges are generated by a friction caused by a slight tangential slide between microstructures of said contact portion and the touch layer , so that first charges having a first sign develop at the contact portion, and second charges having a second sign opposite to the first sign develop at the touch layer's surface; and in a second operating condition, following the first operating condition, when said contact portion is released from the touch layer , a balance between the first charges and the second charges is destroyed, and electrons are free to flow from the sensing electrode layer to the equipotential source , the signal monitoring member being configured to detect a corresponding electrical signal output. a touch layer ; a sensing electrode layer adhered to a lower surface of the touch layer and electrically connected to an equipotential source ; and a signal monitoring member electrically connected with the sensing electrode layer ; and a touch-action provider having a contact portion, the touch sensor being characterized in that the contact portion of the touch-action provider is of a material having a triboelectric property different from that of the material of the touch layer , in a first operating condition, when the contact portion of the touch-action provider and the touch layer are in contact with each other, surface charges are generated by a friction caused by a slight tangential slide between microstructures of said contact portion and the touch layer , so that first charges having a first sign develop at the contact portion, and second charges having a second sign opposite to the first sign develop at the touch layer's surface; and in a second operating condition, following the first operating condition, when said contact portion is released from the touch layer , a balance between the first charges and the second charges is destroyed, and electrons are free to flow from the sensing electrode layer to the equipotential source , the signal monitoring member being configured to detect a corresponding electrical signal output.
A synergistic composition useful for the removal of biofilm comprising: i) glutaraldehyde; and ii) 2-deoxy-D-glucose. i) glutaraldehyde; and ii) 2-deoxy-D-glucose.
A remote control apparatus for remotely controlling a patient-side system , the patient-side system including medical equipment and an endoscope to capture an image of a surgery site, the remote control apparatus comprising: an operation handle with which an operator controls the medical equipment ; and an operation pedal section including: plural pedals configured to be pressed down to execute functions concerning the medical equipment ; and a base on which the plural pedals are arranged, wherein the plural pedals are arranged at locations not overlapping each other when seen in the vertical direction, the plural pedals include: first height pedals with upper ends thereof located at a first height position; and second height pedals with upper ends thereof located at a second height position, which is different from the first height position, and characterised in that the first height pedals are arranged alternate with the second height pedals. an operation handle with which an operator controls the medical equipment ; and an operation pedal section including: plural pedals configured to be pressed down to execute functions concerning the medical equipment ; and a base on which the plural pedals are arranged, wherein plural pedals configured to be pressed down to execute functions concerning the medical equipment ; and a base on which the plural pedals are arranged, wherein the plural pedals are arranged at locations not overlapping each other when seen in the vertical direction, the plural pedals include: first height pedals with upper ends thereof located at a first height position; and second height pedals with upper ends thereof located at a second height position, which is different from the first height position, and characterised in that the first height pedals are arranged alternate with the second height pedals.
A coded bit distribution method, comprising: performing (S501) channel coding on information bits according to a modulation and coding scheme, MCS, to generate coded bits, wherein the MCS is an MCS used for each of a plurality of channel sets used for single-user preamble puncturing transmission; and distributing (S502) the coded bits to the plurality of channel sets in a cyclic polling manner according to a distribution rule, wherein the distribution rule comprises: a quantity of coded bits distributed to the plurality of channel sets meets a preset relationship, wherein the preset relationship is as follows: S i = N i × max 1 s i 2 , wherein S i is a quantity of coded bits distributed to an i th channel set at a time, S i is a modulation order of constellation point mapping comprised in the MCS for the i th channel set, i ≤ M , M is a quantity of the plurality of channel sets, N i is a quantity of preset channels a preset channel comprised in the i th channel set. performing (S501) channel coding on information bits according to a modulation and coding scheme, MCS, to generate coded bits, wherein the MCS is an MCS used for each of a plurality of channel sets used for single-user preamble puncturing transmission; and distributing (S502) the coded bits to the plurality of channel sets in a cyclic polling manner according to a distribution rule, wherein the distribution rule comprises: a quantity of coded bits distributed to the plurality of channel sets meets a preset relationship, wherein the preset relationship is as follows: S i = N i × max 1 s i 2 , wherein S i is a quantity of coded bits distributed to an i th channel set at a time, S i is a modulation order of constellation point mapping comprised in the MCS for the i th channel set, i ≤ M , M is a quantity of the plurality of channel sets, N i is a quantity of preset channels a preset channel comprised in the i th channel set. a quantity of coded bits distributed to the plurality of channel sets meets a preset relationship, wherein the preset relationship is as follows: S i = N i × max 1 s i 2 , wherein S i is a quantity of coded bits distributed to an i th channel set at a time, S i is a modulation order of constellation point mapping comprised in the MCS for the i th channel set, i ≤ M , M is a quantity of the plurality of channel sets, N i is a quantity of preset channels a preset channel comprised in the i th channel set.
A medical image data processing system for image segmentation, the medical image data processing system comprising - a memory storing machine executable instructions and a reference surface mesh representation of an anatomical reference structure, - a processor for controlling the medical image data processing system , wherein execution of the machine executable instructions by the processor causes the processor to control the image data processing system to: - receive medical image data , wherein the received medical image data is three-dimensional medical image data and wherein the segmentation is a volumetric voxel-by-voxel-segmentation, - generate a segmentation of an anatomical structure of interest comprised by the medical image data , - convert the segmentation to a surface mesh representation of the anatomical structure of interest, - compare the surface mesh representation with the reference surface mesh representation of the anatomical reference structure using spectral matching based on spectral graph theory, wherein one or more spectral embeddings of the two meshes are matched, - providing an area of topological mismatch of the surface mesh representation with the reference surface mesh representation, wherein the area of topological mismatch is determined based on one or more of the matched spectral embeddings, wherein the providing of areas of topological mismatch comprises at least one of the following: identifying a missing structural section of the surface mesh representation with respect to the reference surface mesh representation and identifying an additional structural section of the surface mesh representation with respect to the reference surface mesh representation. - a memory storing machine executable instructions and a reference surface mesh representation of an anatomical reference structure, - a processor for controlling the medical image data processing system , - receive medical image data , wherein the received medical image data is three-dimensional medical image data and wherein the segmentation is a volumetric voxel-by-voxel-segmentation, - generate a segmentation of an anatomical structure of interest comprised by the medical image data , - convert the segmentation to a surface mesh representation of the anatomical structure of interest, - compare the surface mesh representation with the reference surface mesh representation of the anatomical reference structure using spectral matching based on spectral graph theory, wherein one or more spectral embeddings of the two meshes are matched, - providing an area of topological mismatch of the surface mesh representation with the reference surface mesh representation, wherein the area of topological mismatch is determined based on one or more of the matched spectral embeddings, wherein the providing of areas of topological mismatch comprises at least one of the following: identifying a missing structural section of the surface mesh representation with respect to the reference surface mesh representation and identifying an additional structural section of the surface mesh representation with respect to the reference surface mesh representation.
Fire damper flap with a housing and a blocker flap sheet mounted therein, in particular in the centre in relation to the housing cross-section, and capable of pivoting about an axis of rotation between an open position and a closed position, which can be pivoted against the resetting force of a spring element out of its closed position into its open position, wherein, in order to fix the blocker flap sheet in its open position, a holding element is provided, which, in the open position of the blocker flap sheet , interacts with a holding region of a thermally-triggered trigger device , wherein the holding region can be triggered by heat or the like and can be automatically moved into its release position, wherein, due to the interaction between the holding element and the holding region located in the holding position, the blocker flap sheet is held in its open position, and wherein, after the triggering of the trigger device , and therefore after the movement of the holding region out of its holding position into its release position, the movement takes place of the blocker flap sheet into its closed position due to the resetting force of the spring element , characterised in that, in order to move the blocker flap sheet between its closed position and its open position and vice-versa, the fire damper flap comprises a drive unit , arranged on the outside of the housing and connected directly or indirectly to the blocker flap sheet , and that, in order for the release to be remotely controlled of the fixing arrangement between the holding region of the triggering device and the holding element , to be followed by the movement of the blocker flap sheet , caused by the drive or the spring element , out of its open position into its closed position, either the region of the holding element interacting with the holding region of the triggering device or the holding region of the triggering device interacting with the holding element can be moved by means of the remotely-controlled release device , wherein the speed of the movement of the blocker flap sheet out of its open position into its closed position can be determined by the drive .
A stationary measuring device for measuring or detecting a value at a utility installation, wherein the measuring device comprises a low power wide area network, LPWAN, communication module configured to establish a wireless communication connection to the LPWAN for communicating data to a head-end-system, HES , via the LPWAN, wherein the LPWAN communication module is configured to: - send a request for a first clock time from the measuring device to a time server; - receive the first clock time from the time server in response to the request; - receive a second clock time from a base station of the LPWAN; - compare the first clock time and the second clock time with each other; and - determine the current clock time based on the second clock time if the second clock time lies within a pre-determined range about the first clock time. - send a request for a first clock time from the measuring device to a time server; - receive the first clock time from the time server in response to the request; - receive a second clock time from a base station of the LPWAN; - compare the first clock time and the second clock time with each other; and - determine the current clock time based on the second clock time if the second clock time lies within a pre-determined range about the first clock time.
A heat medium relay unit constituting a portion of an air-conditioning apparatus that forms a refrigerant circulation circuit (A) connecting a compressor , a heat source side heat exchanger , a plurality of expansion devices , and a plurality of heat exchangers related to heat medium , the refrigerant circulation circuit circulating a heat source side refrigerant, and that forms a heat medium circulation circuit (B) connecting a plurality of heat medium delivering devices , a plurality of heat medium flow switching devices , a plurality of heat medium flow control devices , a plurality of use side heat exchangers , and the plurality of heat exchangers related to heat medium, the heat medium circulation circuit circulating a heat medium, the heat medium relay unit being characterized by : a housing including the expansion devices , the heat exchangers related to heat medium, the heat medium delivering devices , the heat medium flow control devices , and the heat medium flow switching devices together, wherein the heat medium delivering devices , the heat medium flow control devices , and the heat medium flow switching devices are arranged on a servicing side in a same direction in the housing and are provided so as to be detachable from the servicing side. a housing including the expansion devices , the heat exchangers related to heat medium, the heat medium delivering devices , the heat medium flow control devices , and the heat medium flow switching devices together, wherein the heat medium delivering devices , the heat medium flow control devices , and the heat medium flow switching devices are arranged on a servicing side in a same direction in the housing and are provided so as to be detachable from the servicing side.
Flow-wrap pack for wipes and tissues having a film defining a front wall and a back wall , a longitudinal sealed seam in the form of a fin seal arranged on the back wall and two transverse sealed seams defining a product space, whereby the fin seal is formed by two longitudinal sealing strips , the longitudinal sealing strips are arranged on a side of the film facing the product space and extend parallel to the side edges of the film , whereby the sealing strips are peelable, characterised in that the two longitudinal sealing strips are comprising a pressure sensitive adhesive and wherein each longitudinal sealing strip is arranged adjacent to a non-sealing end region , the end regions having a width of 15 mm to 40 mm and each non-sealing end region is delimited by the side edge arranged on the same side of the film , whereby the sealing strips are resealable.
A piston cylinder assembly with an automatic locking mechanism comprising: - a cylinder ; - a piston rod with a centreline (AA); - at least one collar ; - at least one lock with a centreline (BB); wherein the piston rod has at least one conical surface ; the at least one collar being moveably disposed in the cylinder ; wherein the centreline (BB) of the at least one lock is at an angle (θ) from the centreline (AA) of the piston rod ; wherein the at least one lock is configured to engage the at least one conical surface in a piston locked state, and the at least one lock is configured to be spaced apart from the at least one conical surface in a piston unlocked state; and wherein the at least one collar is arranged to abut the at least one lock and to move the at least one lock from the piston locked state to the piston unlocked state when fluid pressure is applied to the at least one collar ; and characterised in that the at least one lock comprises a spring-loaded pin , and in that the cylinder contains the at least one lock . - a cylinder ; - a piston rod with a centreline (AA); - at least one collar ; - at least one lock with a centreline (BB); wherein the piston rod has at least one conical surface ; the at least one collar being moveably disposed in the cylinder ; wherein the centreline (BB) of the at least one lock is at an angle (θ) from the centreline (AA) of the piston rod ; wherein the at least one lock is configured to engage the at least one conical surface in a piston locked state, and the at least one lock is configured to be spaced apart from the at least one conical surface in a piston unlocked state; and wherein the at least one collar is arranged to abut the at least one lock and to move the at least one lock from the piston locked state to the piston unlocked state when fluid pressure is applied to the at least one collar ; and characterised in that the at least one lock comprises a spring-loaded pin , and in that the cylinder contains the at least one lock .
A three-dimensional printing system for manufacturing a three-dimensional article comprising: a build chamber ; an overflow chamber adjacent to the build chamber ; a motorized build plate ; a powder coater including a vibration generator ; a lateral movement mechanism coupled to the powder coater ; and a controller characterized in that the controller is configured to perform a process to remove accumulated powder from surfaces of the powder coater according to the steps: operate the lateral movement mechanism to position the powder coater over a location outside of the build chamber ; and operate the vibration generator to shake the accumulated powder onto the location outside of the build chamber . a build chamber ; an overflow chamber adjacent to the build chamber ; a motorized build plate ; a powder coater including a vibration generator ; a lateral movement mechanism coupled to the powder coater ; and a controller characterized in that the controller is configured to perform a process to remove accumulated powder from surfaces of the powder coater according to the steps: operate the lateral movement mechanism to position the powder coater over a location outside of the build chamber ; and operate the vibration generator to shake the accumulated powder onto the location outside of the build chamber . operate the lateral movement mechanism to position the powder coater over a location outside of the build chamber ; and operate the vibration generator to shake the accumulated powder onto the location outside of the build chamber .