mhurhangee/patent-ind-claim-en huggingface dataset:
A medical arm device comprising: a first arm part including a tip part that holds a medical instrument and a link that supports the tip part; and a second arm part that supports the first arm part, wherein the tip part includes a structure in which three rotation axes are disposed in order of a rotation axis around a longitudinal axis of the medical instrument , a yaw axis that rotates the medical instrument left and right with respect to a tip of the link , and a pitch axis that rotates the medical instrument up and down with respect to the tip of the link in order from a most tip part, and a first wire for rotation transmission of the yaw axis , a second wire for rotation transmission of the roll axis , a first rerouting pulley that reroutes the first wire between the pitch axis and the yaw axis , a second rerouting pulley that reroutes the second wire between the pitch axis and the yaw axis , and a third rerouting pulley that reroutes the second wire between the yaw axis and the roll axis are disposed on the link ; wherein at least one of the first rerouting pulley or the second rerouting pulley includes a set of rerouting pulleys having different diameters disposed on an identical axis on an opposite side of a structure body rotating around the pitch axis ; and wherein the medical arm device further comprises at least one of a third wire for rotation transmission of the pitch axis, a link mechanism, a gear mechanism, or a motor that directly rotates the pitch axis . a first arm part including a tip part that holds a medical instrument and a link that supports the tip part; and a second arm part that supports the first arm part, wherein the tip part includes a structure in which three rotation axes are disposed in order of a rotation axis around a longitudinal axis of the medical instrument , a yaw axis that rotates the medical instrument left and right with respect to a tip of the link , and a pitch axis that rotates the medical instrument up and down with respect to the tip of the link in order from a most tip part, and a first wire for rotation transmission of the yaw axis , a second wire for rotation transmission of the roll axis , a first rerouting pulley that reroutes the first wire between the pitch axis and the yaw axis , a second rerouting pulley that reroutes the second wire between the pitch axis and the yaw axis , and a third rerouting pulley that reroutes the second wire between the yaw axis and the roll axis are disposed on the link ; wherein at least one of the first rerouting pulley or the second rerouting pulley includes a set of rerouting pulleys having different diameters disposed on an identical axis on an opposite side of a structure body rotating around the pitch axis ; and wherein the medical arm device further comprises at least one of a third wire for rotation transmission of the pitch axis, a link mechanism, a gear mechanism, or a motor that directly rotates the pitch axis .
A technical barrier for ensuring the security of unloading operations, comprising: a barrier element configured to block or let pass a material to be unloaded according to a command sent thereto, a measuring element provided upstream of the barrier element and configured to measure at least one parameter of the material to be unloaded, a validation module (30-40) configured to compare at least one parameter measured by said measuring element with a prerecorded theoretical parameter for the material expected for the unloading, and to determine, based on this comparison, whether the material to be unloaded corresponds to the material expected for the unloading, and a control module configured to control the barrier element according to the results of this determination, characterized in that the measuring element is an in-line analyzer configured to measure at least one parameter of the material to be unloaded without sampling of material. a barrier element configured to block or let pass a material to be unloaded according to a command sent thereto, a measuring element provided upstream of the barrier element and configured to measure at least one parameter of the material to be unloaded, a validation module (30-40) configured to compare at least one parameter measured by said measuring element with a prerecorded theoretical parameter for the material expected for the unloading, and to determine, based on this comparison, whether the material to be unloaded corresponds to the material expected for the unloading, and a control module configured to control the barrier element according to the results of this determination, characterized in that the measuring element is an in-line analyzer configured to measure at least one parameter of the material to be unloaded without sampling of material.
A coated glass substrate comprising: a transparent glass substrate coated with a blocking layer comprising a material having Si-O-Si bonds, a polyol and/or diol and a blocking component, wherein the blocking component is a material that is capable of blocking electromagnetic radiation in the wavelength range 10-500 nm, wherein the transparent glass substrate is a glass container and wherein the blocking layer is located on the external surface of the container, wherein said polyol comprises one or more of polyether polyols such as polyoxyalkylene triols e.g. polyoxypropylene triol; glycerol, sorbitol, mannitol, maltitol, lactitol, xylitol, isomalt, erythritol, polyvinyl alcohol; and cyclitols such as bornesitol, conduritol, inositol, ononitol, pinitol, pinpollitol, quebrachitol, quinic acid, shikimic acid, valienol, viscumitol and ciceritol, wherein said diol comprises one or more of ethylene glycol, diethylene glycol, 1,2-ethanediol, propane-1,2-diol, propane-1,3-diol, 2-methyl-2-propyl-1,3-propanediol, neopentyl glycol, 1,4-butanediol, bisphenol A, propylene-1,3-diol, beta propylene glycol, resorcinol, methanediol, cyclohexanediol and 1,5-pentanediol. a transparent glass substrate coated with a blocking layer comprising a material having Si-O-Si bonds, a polyol and/or diol and a blocking component, wherein the blocking component is a material that is capable of blocking electromagnetic radiation in the wavelength range 10-500 nm, wherein the transparent glass substrate is a glass container and wherein the blocking layer is located on the external surface of the container, wherein said polyol comprises one or more of polyether polyols such as polyoxyalkylene triols e.g. polyoxypropylene triol; glycerol, sorbitol, mannitol, maltitol, lactitol, xylitol, isomalt, erythritol, polyvinyl alcohol; and cyclitols such as bornesitol, conduritol, inositol, ononitol, pinitol, pinpollitol, quebrachitol, quinic acid, shikimic acid, valienol, viscumitol and ciceritol, wherein said diol comprises one or more of ethylene glycol, diethylene glycol, 1,2-ethanediol, propane-1,2-diol, propane-1,3-diol, 2-methyl-2-propyl-1,3-propanediol, neopentyl glycol, 1,4-butanediol, bisphenol A, propylene-1,3-diol, beta propylene glycol, resorcinol, methanediol, cyclohexanediol and 1,5-pentanediol.
A method for reducing unintentional activation of a touch-sensitive display by resolving near touch ambiguities, the method comprising: providing a first sensor for detecting a first event indicating an apparent activation of said touch-sensitive display, said first sensor being a touch screen sensor ; providing a second sensor for detecting a second event indicating an apparent activation of said touch-sensitive display, wherein said first and second events being distinctly different physical phenomena, and wherein said second sensor is a vibro-acoustic event sensor , providing a window timer , wherein whenever the touch screen sensor produces an initial output, the window timer generates an output of a selected time window, and wherein said selected time window comprises a period of time less than 500 milliseconds; and activating said touch-sensitive display only when both said first and second sensors detect respective first and second events within said selected time window, wherein the vibro-acoustic event sensor comprises at least one of a condenser microphone or a microelectro-mechanical systems (MEMS) microphone, wherein said first sensor comprises a touch-sensitive surface based upon at least one technology taken from the group consisting of capacitive, optical, and electric field. providing a first sensor for detecting a first event indicating an apparent activation of said touch-sensitive display, said first sensor being a touch screen sensor ; providing a second sensor for detecting a second event indicating an apparent activation of said touch-sensitive display, wherein said first and second events being distinctly different physical phenomena, and wherein said second sensor is a vibro-acoustic event sensor , providing a window timer , wherein whenever the touch screen sensor produces an initial output, the window timer generates an output of a selected time window, and wherein said selected time window comprises a period of time less than 500 milliseconds; and activating said touch-sensitive display only when both said first and second sensors detect respective first and second events within said selected time window, wherein the vibro-acoustic event sensor comprises at least one of a condenser microphone or a microelectro-mechanical systems (MEMS) microphone, wherein said first sensor comprises a touch-sensitive surface based upon at least one technology taken from the group consisting of capacitive, optical, and electric field.
A kit for determining the cleanness of a surface comprising: - an enzymatic solution comprising catalase wherein the enzymatic solution comprises a pH between 4 and 11; and - a developer solution comprising hydrogen peroxide; wherein the enzymatic solution and/or the developer solution is(are) contained in a handheld vaporizer or a handheld spray bottle. - an enzymatic solution comprising catalase wherein the enzymatic solution comprises a pH between 4 and 11; and - a developer solution comprising hydrogen peroxide;
A transmission operating mechanism, comprising an operating housing , wherein an inner shifting shaft is provided in the operating housing , and the operating housing is provided with, from left to right, first position-limiting structure installation holes at an upper end and a lower end of the operating housing , a shifting block installation cavity , a second installation hole and a balancing spring installation cavity ; and a shifting block is installed in the shifting block installation cavity and is connected to the inner shifting shaft via a shifting block positioning pin ; wherein a balancing spring configured to cooperate with the inner shifting shaft is installed in the balancing spring installation cavity; wherein the inner shifting shaft is provided with a first position-limiting protruding portion, a first pin is installed in each of the first position-limiting structure installation holes , and is retained in each of the first position-limiting structure installation holes via a first spring and a first thread plug , and a front end of the first pin cooperates with the first position-limiting protruding portion of the inner shifting shaft ; and the inner shifting shaft is provided with a second position-limiting protruding portion, and a second pin is installed in the second position-limiting structure installation hole of the operating housing , and is retained in the second position-limiting structure installation hole via a second spring and a second bolt , and a front end of the second pin cooperates with the second position-limiting protruding portion of the inner shifting shaft .
A wall mounting device for mounting a display apparatus on a wall, the wall mounting device comprising: a display apparatus coupling unit configured to be directly and fixedly coupled with a central portion between left and right sides of a rear surface of the display apparatus and including a plurality of locking parts vertically disposed; and a wall coupling unit fixedly coupled with the wall and including a plurality of supporting sections vertically disposed to support the plurality of locking parts ; wherein each locking part is rotatably coupled with one of the supporting sections ; and wherein the plurality of locking parts coupled with the supporting sections are aligned in the same direction along a rotation axis about which the display apparatus coupling unit is rotatable relative to the wall coupling unit ; and wherein the plurality of supporting sections comprises rotating pins aligned in the same direction along the rotation axis and configured to extend in the vertical direction along the rotation axis, characterized in that each locking part comprises a pin accommodating section having an open bottom to allow the rotating pin to advance from the bottom to top to be inserted and to be accommodated in the pin accommodating section . a display apparatus coupling unit configured to be directly and fixedly coupled with a central portion between left and right sides of a rear surface of the display apparatus and including a plurality of locking parts vertically disposed; and a wall coupling unit fixedly coupled with the wall and including a plurality of supporting sections vertically disposed to support the plurality of locking parts ; wherein each locking part is rotatably coupled with one of the supporting sections ; and wherein the plurality of locking parts coupled with the supporting sections are aligned in the same direction along a rotation axis about which the display apparatus coupling unit is rotatable relative to the wall coupling unit ; and wherein the plurality of supporting sections comprises rotating pins aligned in the same direction along the rotation axis and configured to extend in the vertical direction along the rotation axis, characterized in that each locking part comprises a pin accommodating section having an open bottom to allow the rotating pin to advance from the bottom to top to be inserted and to be accommodated in the pin accommodating section .
An ejector comprising: a motive flow inlet ; a secondary flow inlet ; an outlet ; a motive nozzle ; and a diffuser , an inlet body (210; 400) bearing the motive flow inlet and the secondary flow inlet; a diffuser body forming the diffuser and bearing the outlet, wherein the inlet body is threaded to the diffuser body; a motive nozzle insert forming the motive nozzle in a compartment in the inlet body, said compartment having a downstream-facing surface abutting an upstream facing surface of the motive nozzle insert; a control needle shiftable between a first position and a second position; and a needle guide insert in the motive nozzle insert; wherein the diffuser body extends from an upstream end to a downstream end , wherein at the upstream end, a shoulder separates a boss from a main lateral surface with the boss being dimensioned to be received in a portion of the compartment in the inlet body and to be secured thereto via threaded interaction of an internal thread along the compartment portion and an external thread along the boss. a motive flow inlet ; a secondary flow inlet ; an outlet ; a motive nozzle ; and a diffuser , an inlet body (210; 400) bearing the motive flow inlet and the secondary flow inlet; a diffuser body forming the diffuser and bearing the outlet, wherein the inlet body is threaded to the diffuser body; a motive nozzle insert forming the motive nozzle in a compartment in the inlet body, said compartment having a downstream-facing surface abutting an upstream facing surface of the motive nozzle insert; a control needle shiftable between a first position and a second position; and a needle guide insert in the motive nozzle insert; wherein the diffuser body extends from an upstream end to a downstream end , wherein at the upstream end, a shoulder separates a boss from a main lateral surface with the boss being dimensioned to be received in a portion of the compartment in the inlet body and to be secured thereto via threaded interaction of an internal thread along the compartment portion and an external thread along the boss.
An operation unit for selecting a corresponding one or more operators to perform operations based on a bit width of an operation data, wherein the one or more operators have different bid widths, characterized in that the operation unit comprises a determination submodule, an operator combination submodule and an operation submodule; the determination submodule is used to determine whether there is an operator with the same bit width as the operation data, and if so, the operation data is transmitted to the corresponding operator, otherwise, an operator combination strategy and the operation data are transmitted to the operator combination submodule; wherein the operation combination strategy is to combine one or more operators that are closest to the bit width of the operation data; the operator combination submodule is used to combine a plurality of operators into a new operator according to the operator combination strategy so that a bit width of the new operator matches the bit width of the operation data, and the operation data is transmitted to the new operator; the operation submodule is used to cause an operator that obtains the operation data to perform an operation. characterized in that the operation unit comprises a determination submodule, an operator combination submodule and an operation submodule; the determination submodule is used to determine whether there is an operator with the same bit width as the operation data, and if so, the operation data is transmitted to the corresponding operator, otherwise, an operator combination strategy and the operation data are transmitted to the operator combination submodule; wherein the operation combination strategy is to combine one or more operators that are closest to the bit width of the operation data; the operator combination submodule is used to combine a plurality of operators into a new operator according to the operator combination strategy so that a bit width of the new operator matches the bit width of the operation data, and the operation data is transmitted to the new operator; the operation submodule is used to cause an operator that obtains the operation data to perform an operation.
A global network system for monitoring wireless controllers and wirelessly controllable medical devices in at least two rooms of a medical facility comprising: wirelessly controllable medical devices ; wireless controllers , each to detect a device identifier for each wirelessly controllable medical device and to operate a plurality of the wirelessly controllable medical devices in a desired one of the rooms; at least two room monitors , each said room monitor being provided for a respective said medical room in the medical facility, and each said room monitor determining device data comprising the presence or absence of said wireless controllers and said medical devices in the respective medical room and storing the device data in a monitor data storage, each room monitor communicating a room identifier to the wirelessly controllable medical devices and wireless controllers entering the respective medical room and, in operation, the wireless controllers using the room identifier and device identifiers to identify each wirelessly controllable medical device in the medical room; a network processor for receiving the device data stored in the monitor data storage of each said room monitor ; a network data storage for storing the device data received by said network processor ; and a control interface for enabling a user to request said network processor to compile the device data stored in the monitor data storage of the room monitors , to determine the presence or absence of said medical devices and said controllers in any one or more of the medical rooms . wirelessly controllable medical devices ; wireless controllers , each to detect a device identifier for each wirelessly controllable medical device and to operate a plurality of the wirelessly controllable medical devices in a desired one of the rooms; at least two room monitors , each said room monitor being provided for a respective said medical room in the medical facility, and each said room monitor determining device data comprising the presence or absence of said wireless controllers and said medical devices in the respective medical room and storing the device data in a monitor data storage, each room monitor communicating a room identifier to the wirelessly controllable medical devices and wireless controllers entering the respective medical room and, in operation, the wireless controllers using the room identifier and device identifiers to identify each wirelessly controllable medical device in the medical room; a network processor for receiving the device data stored in the monitor data storage of each said room monitor ; a network data storage for storing the device data received by said network processor ; and a control interface for enabling a user to request said network processor to compile the device data stored in the monitor data storage of the room monitors , to determine the presence or absence of said medical devices and said controllers in any one or more of the medical rooms .
Assemblable module for children's games comprising: - a base ; - a cover comprising coupling means suitable for being reversibly coupled with coupling means of said base , so that the cover can be assembled and disassembled with respect to the base ; - two conductive plates disposed between said base and said cover when the cover is connected to the base ; - an electronic component having electric contacts that can be connected to said conductive plates ; - two electric connectors suitably configured to be electrically connected to said conductive plates; said electric connectors being suitable for being connected to additional modules and/or to a battery ; characterized in that said conductive plates are removably mounted on said base so that they can be positioned and removed with respect to the base ; and said electric connectors are removably mounted on said cover so that they can be positioned and removed with respect to the cover. - a base ; - a cover comprising coupling means suitable for being reversibly coupled with coupling means of said base , so that the cover can be assembled and disassembled with respect to the base ; - two conductive plates disposed between said base and said cover when the cover is connected to the base ; - an electronic component having electric contacts that can be connected to said conductive plates ; - two electric connectors suitably configured to be electrically connected to said conductive plates; said electric connectors being suitable for being connected to additional modules and/or to a battery ; said conductive plates are removably mounted on said base so that they can be positioned and removed with respect to the base ; and said electric connectors are removably mounted on said cover so that they can be positioned and removed with respect to the cover.
A compound having sodium saccharin (SAC) bound with a ligand compound.