mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detecting the presence of insects in an indoor environment comprising: a / taking a sample of volatile organic compounds (VOCs) in the indoor environment; b / separating the VOCs sampled; c / detecting the presence or absence of predetermined "target" VOCs, these predetermined "target" VOCs belonging to at least one of the following three categories of VOCs: - VOCs that are emitted independently of the substrate on which the insects grow, and that are only emitted during an insect infestation, called "category 1 VOCs"; - VOCs that are emitted independently of the substrate on which the insects grow but that may also have biological origins other than insects, called "category 2 VOCs"; - VOCs that are emitted as a function of the substrate on which the insects grow, and that are only emitted during an insect infestation, called "category 3 VOCs"; d / calculating respectively a value "Insect Infestation Index" called "31" (or "3I index") and a value "Limit Value" called "VL", each of which depends on the presence or absence of the predetermined target VOCs, e / comparing the values "31" and "VL"; if the value "31" is strictly greater than the value "VL" then the environment is infested, and if the value "31" is less than or equal to the value "VL", the environment is not infested. a / taking a sample of volatile organic compounds (VOCs) in the indoor environment; b / separating the VOCs sampled; c / detecting the presence or absence of predetermined "target" VOCs, these predetermined "target" VOCs belonging to at least one of the following three categories of VOCs: - VOCs that are emitted independently of the substrate on which the insects grow, and that are only emitted during an insect infestation, called "category 1 VOCs"; - VOCs that are emitted independently of the substrate on which the insects grow but that may also have biological origins other than insects, called "category 2 VOCs"; - VOCs that are emitted as a function of the substrate on which the insects grow, and that are only emitted during an insect infestation, called "category 3 VOCs"; - VOCs that are emitted independently of the substrate on which the insects grow, and that are only emitted during an insect infestation, called "category 1 VOCs"; - VOCs that are emitted independently of the substrate on which the insects grow but that may also have biological origins other than insects, called "category 2 VOCs"; - VOCs that are emitted as a function of the substrate on which the insects grow, and that are only emitted during an insect infestation, called "category 3 VOCs"; d / calculating respectively a value "Insect Infestation Index" called "31" (or "3I index") and a value "Limit Value" called "VL", each of which depends on the presence or absence of the predetermined target VOCs, e / comparing the values "31" and "VL"; if the value "31" is strictly greater than the value "VL" then the environment is infested, and if the value "31" is less than or equal to the value "VL", the environment is not infested.
A rehabilitation training system comprising: a main device in which a plurality of unit modules are disposed on a plane at a specific interval; a board plate inserted into or coupled to the main device and including a plurality of holes corresponding to said plurality of unit modules ; and a plurality of pegs that are insertable into the holes of the board plate , wherein each of the unit modules includes a sensor module configured to detect insertion of a peg in a corresponding hole of said plurality of holes , characterized in that a control unit is configured to set a light output condition, wherein each unit module of said plurality of unit modules comprises a light source module, and each light source module is configured to output light of a specific color through the corresponding hole of the board plate in accordance with the light output condition set by the control unit, wherein if the board plate is inserted into the main device, the light source module provides output light to the outside through said corresponding hole of the board plate , if activated by the control unit for said light output condition, wherein the control unit is further configured to determine an evaluation condition for calculating a training result based on the light output condition of the light source module and sensing data received from the sensor module. a main device in which a plurality of unit modules are disposed on a plane at a specific interval; a board plate inserted into or coupled to the main device and including a plurality of holes corresponding to said plurality of unit modules ; and a plurality of pegs that are insertable into the holes of the board plate , wherein each of the unit modules includes a sensor module configured to detect insertion of a peg in a corresponding hole of said plurality of holes , characterized in that a control unit is configured to set a light output condition, wherein each unit module of said plurality of unit modules comprises a light source module, and each light source module is configured to output light of a specific color through the corresponding hole of the board plate in accordance with the light output condition set by the control unit, wherein if the board plate is inserted into the main device, the light source module provides output light to the outside through said corresponding hole of the board plate , if activated by the control unit for said light output condition, wherein the control unit is further configured to determine an evaluation condition for calculating a training result based on the light output condition of the light source module and sensing data received from the sensor module.
Vehicle, in particular a rail vehicle , with at least two coach bodies coupled together, wherein at least one line bridges a gap between the coach bodies , wherein the line is an outwardly electrically insulated high-voltage line, is flexible and guided in the region of the gap between the coach bodies at least in sections by means of a cable guiding device , characterised in that the cable guiding device has a plurality of guiding elements which are mechanically coupled together, which can be pivoted relative to one another in a guiding plane (E), wherein neighbouring guiding elements are connected in each case by means of a pivot support , the pivot axis (S) of which is arranged perpendicular to the guiding plane (E) and/or vertical, or at least in an angular range between ±10 degrees to the vertical, and wherein the cable guiding device is flexible in the guiding plane (E) and is less flexible in a plane which is perpendicular thereto than in the guiding plane (E).
A mobile terminal comprising: a first frame ; a second frame slidably movable with respect to the first frame in a first direction and in a second direction opposite the first direction; a slide frame movable with respect to the second frame in the first direction and in the second direction; a flexible display comprising a first region coupled to the first frame , a second region coupled to the slide frame , and a third region disposed between the first region and the second region, the third region being bent in a manner of surrounding the second frame ; a guide rail extending in the first direction on a rear portion of the second frame , the guide rail having a first width; and a guide rivet protruding from a front surface of the slide frame and inserted into the guide rail , the guide rivet comprising a body portion having a diameter less than the first width and a head portion positioned at an end of the body portion and having a diameter greater than the first width, wherein the guide rail comprises an insertion hole at an end thereof facing in the second direction, the insertion hole having a larger width than the diameter of the head portion, and wherein the insertion hole is located outside the moving range of the guide rivet . a first frame ; a second frame slidably movable with respect to the first frame in a first direction and in a second direction opposite the first direction; a slide frame movable with respect to the second frame in the first direction and in the second direction; a flexible display comprising a first region coupled to the first frame , a second region coupled to the slide frame , and a third region disposed between the first region and the second region, the third region being bent in a manner of surrounding the second frame ; a guide rail extending in the first direction on a rear portion of the second frame , the guide rail having a first width; and a guide rivet protruding from a front surface of the slide frame and inserted into the guide rail , the guide rivet comprising a body portion having a diameter less than the first width and a head portion positioned at an end of the body portion and having a diameter greater than the first width, wherein the guide rail comprises an insertion hole at an end thereof facing in the second direction, the insertion hole having a larger width than the diameter of the head portion, and wherein the insertion hole is located outside the moving range of the guide rivet .
Power tool system comprising a power-tool parting device and comprising a tool coupling device for receiving the power-tool parting device realized as a closed system, having at least one cutting-strand tensioning unit (14a; 14b; 14c; 14d; 14e; 14f; 14g) that has at least one tensioning element (16a; 16b; 16c; 16d; 16e; 16f; 16g), and having at least one operating unit (20a; 20b; 20c; 20d; 20e; 20f; 20g) comprising at least one operating element (18a; 18b; 18c; 18d; 18e; 18f; 18g), wherein the cutting-strand tensioning unit (14a; 14b; 14c; 14d; 14e; 14f; 14g) comprises at least one transmission unit (22a; 22b; 22c; 22d; 22e; 22f; 22g), which is provided to move the tensioning element (16a; 16b; 16c; 16d; 16e; 16f; 16g) as a result of an actuation of the operating element (18a; 18b; 18c; 18d; 18e; 18f; 18g) of the operating unit (20a; 20b; 20c; 20d; 20e; 20f; 20g), characterized in that the tensioning element (16a; 16b; 16c; 16d; 16e; 16f; 16g), which is realized as a tensioning stud, is mounted so as to be movable relative to a main body of the tool coupling device and, in a coupled state of the power-tool parting device, engages in a tensioning recess (86a; 86b; 86d) of the power-tool parting device.
An internal combustion engine with a closed loop control device (C), whereby a fuel-air mixture is burned in the internal combustion engine with a combustion air ratio (A) controllable by the closed loop control device (C), whereby the closed loop control device (C) comprises an emission control loop , which is designed to control the charge-air pressure as a substitute variable for the NOx emission by the actuators influencing the charge-air pressure via a functional relationship , such that, for each target power (P d g ) or actual power (P g ) of the internal combustion engine, a charge-air pressure target value (p d im ) can be set, and whereby the internal combustion engine further comprises a variable valve train , by means of which an operating characteristic of at least one inlet valve can be varied, wherein the functional relationship takes into account the influence of an adjustment of the operating characteristic of the at least one inlet valve and the functional relationship indicates for a specific NOx emission value the relationship between the actual power and the charge-air pressure target value, characterized in that the closed loop control device (C) is configured to take into account the influence of the adjustment of the operating characteristic of the at least one inlet valve by use of functional relationship , so that the internal combustion engine provides the power at the correct NOx emission value.
A filter element (10; 50) for use in a filter assembly including the filter element contained within a filter housing , the filter element comprising: a filter media (12; 52) having a first face (18; 58) and a second face (20; 60) opposite to the first face, and further including an outer face extending in a longitudinal direction perpendicular to the first and second faces from the first face to the second face; and characterized by an undulating sealing element (14; 54) directly bonded to the outer face of the filter media at a location between the first and second faces (18, 20; 58, 60) and closer to the first face than the second face, and offset from the first face so as to define an offset region (30; 70) on the outer face of the filter media (12; 52) that is between the undulating sealing element and the first face. a filter media (12; 52) having a first face (18; 58) and a second face (20; 60) opposite to the first face, and further including an outer face extending in a longitudinal direction perpendicular to the first and second faces from the first face to the second face; and characterized by an undulating sealing element (14; 54) directly bonded to the outer face of the filter media at a location between the first and second faces (18, 20; 58, 60) and closer to the first face than the second face, and offset from the first face so as to define an offset region (30; 70) on the outer face of the filter media (12; 52) that is between the undulating sealing element and the first face.
A device for upgrading a data terminal, comprising: a router component , and a protocol component , a Dynamic Host Configuration Protocol, DHCP, server component and an upgrading component , which are all coupled with the router component , further comprising an IP processing component and a dialling component coupled with the protocol component , wherein the dialling component is configured to initiate and implement a network dialling flow of a data terminal; the upgrading component is configured to negotiate and implement a DHCP procedure with the DHCP server component ; the DHCP server component is configured to allocate a private Internet Protocol, IP, address to the upgrading component ; the upgrading component is configured to send, through the router component and the protocol component , a request message of detecting whether there is a new version or not to a version server on a network side after the DHCP server successfully allocates the private IP address to the upgrading component , and when there is the new version on the version server, download the new version from the version server and write the new version into a flash of the data terminal, which enables the data terminal to finish upgrading upon automatic restart; wherein the IP processing component is coupled with a Personal Computer, PC; and the IP processing component is configured to acquire, through the router component , an IP address of the PC from the DHCP server component , allocate the acquired IP address to the PC, and perform user service processing between the PC and the network side through the router component and the protocol component .
An electronic atomization device, comprising: a microporous atomizing sheet ; a needle tube , wherein one end of the needle tube is spaced apart from the microporous atomizing sheet , and the other end of the needle tube is configured to be inserted into a liquid storage assembly ; the needle tube is configured to convey liquid in the liquid storage assembly to the microporous atomizing sheet to form to-be-atomized liquid; and the to-be-atomized liquid is attached between the microporous atomizing sheet and the needle tube through surface tension; and an atomization base , wherein the microporous atomizing sheet is arranged on one end of the atomization base and is engaged with an end portion of the atomization base to form an atomization chamber ; and the needle tube is fixed to the atomization base , and the end of the needle tube is arranged in the atomization chamber and is spaced apart from the microporous atomizing sheet; wherein the microporous atomizing sheet comprises a microporous region, both the cross section of the atomization chamber and the cross section of the microporous region are circular; and the atomization chamber , the microporous region of the microporous atomizing sheet , and the needle tube are coaxially arranged; characterized in that the diameter of the atomization chamber is greater than the diameter of the microporous region and is less than twice the diameter of the microporous region. a microporous atomizing sheet ; a needle tube , wherein one end of the needle tube is spaced apart from the microporous atomizing sheet , and the other end of the needle tube is configured to be inserted into a liquid storage assembly ; the needle tube is configured to convey liquid in the liquid storage assembly to the microporous atomizing sheet to form to-be-atomized liquid; and the to-be-atomized liquid is attached between the microporous atomizing sheet and the needle tube through surface tension; and an atomization base , wherein the microporous atomizing sheet is arranged on one end of the atomization base and is engaged with an end portion of the atomization base to form an atomization chamber ; and the needle tube is fixed to the atomization base , and the end of the needle tube is arranged in the atomization chamber and is spaced apart from the microporous atomizing sheet; wherein the microporous atomizing sheet comprises a microporous region, both the cross section of the atomization chamber and the cross section of the microporous region are circular; and the atomization chamber , the microporous region of the microporous atomizing sheet , and the needle tube are coaxially arranged; characterized in that the diameter of the atomization chamber is greater than the diameter of the microporous region and is less than twice the diameter of the microporous region.
3-[2-(4-{2-ethyl-4,6-dimethyl-1H-imidazo[4,5-c]pyridin-1-yl}phenyl)ethyl]-1-[(4-methylbenzene)sulfonyl]urea or a pharmaceutically acceptable salt thereof for use in treatment of an epithelial cancer, wherein the epithelial cancer is selected from the group consisting of basal cell carcinoma, adenocarcinoma, gastroenterological cancer, liver cancer, bladder cancer, pancreatic cancer, ovarian cancer, cervical cancer, lung cancer, breast cancer, skin cancer, prostate cancer, and renal cell carcinoma.
A method for operating a locking system for a building door having - a locking device, - a controller , having a receiver for receiving an open signal wirelessly, - a communication unit arranged in range of the controller as network server, which is integrated into a local wireless network and which additionally has a transmitter for transmitting an open signal wirelessly to the receiver of the controller , and - at least one terminal device operating as network client, which is saved as authorised in the communication unit , an actuating device being provided in the region of the building door, having a transmitter for transmitting an actuating signal to the controller or to the communication unit , the controller actuating the locking device if an actuating signal generated using the actuating device is transmitted to the communication unit while at least one authorised terminal device is logged into the communication unit , in that the terminal device is integrated into the wireless network and connected to the communication unit , characterised in that the actuating device is in the form of a button, touch sensor or as a contactless sensor, and the controller actuates the locking device if the actuating signal is generated within a predetermined time window, saved in the communication unit , after the login of the terminal device . - a locking device, - a controller , having a receiver for receiving an open signal wirelessly, - a communication unit arranged in range of the controller as network server, which is integrated into a local wireless network and which additionally has a transmitter for transmitting an open signal wirelessly to the receiver of the controller , and - at least one terminal device operating as network client, which is saved as authorised in the communication unit , an actuating device being provided in the region of the building door, having a transmitter for transmitting an actuating signal to the controller or to the communication unit , the controller actuating the locking device if an actuating signal generated using the actuating device is transmitted to the communication unit while at least one authorised terminal device is logged into the communication unit , in that the terminal device is integrated into the wireless network and connected to the communication unit , characterised in that the actuating device is in the form of a button, touch sensor or as a contactless sensor, and the controller actuates the locking device if the actuating signal is generated within a predetermined time window, saved in the communication unit , after the login of the terminal device .
An engine system for a working machine , the engine system comprising: an engine disposed in a main body of the working machine ; an exhaust manifold disposed in the main body and coupled to the engine ; a tail pipe disposed in the main body ; and an exhaust-gas purification device disposed in the main body and comprising an exhaust-gas inlet-side housing comprising an exhaust-gas inlet coupled to the exhaust manifold , and an exhaust-gas outlet-side housing comprising an exhaust-gas outlet coupled to the tail pipe , the exhaust-gas purification device being configured to purify exhaust gas discharged from the engine and cause the purified exhaust gas to be discharged from the tail pipe to an outside of the engine system; a silencer housing disposed as needed in any one or both of the exhaust-gas inlet-side housing and the exhaust-gas outlet-side housing to attenuate exhaust sound of the engine ; characterized in that a sound-absorbing flange is formed integrally with the exhaust-gas exhaust side of the sound-absorbing case ; the sound-absorbing flange is caused to be pinched between the exhaust-gas outlet-side housing and an exhaust-gas outlet cover . an engine disposed in a main body of the working machine ; an exhaust manifold disposed in the main body and coupled to the engine ; a tail pipe disposed in the main body ; and an exhaust-gas purification device disposed in the main body and comprising an exhaust-gas inlet-side housing comprising an exhaust-gas inlet coupled to the exhaust manifold , and an exhaust-gas outlet-side housing comprising an exhaust-gas outlet coupled to the tail pipe , the exhaust-gas purification device being configured to purify exhaust gas discharged from the engine and cause the purified exhaust gas to be discharged from the tail pipe to an outside of the engine system; a silencer housing disposed as needed in any one or both of the exhaust-gas inlet-side housing and the exhaust-gas outlet-side housing to attenuate exhaust sound of the engine ; characterized in that a sound-absorbing flange is formed integrally with the exhaust-gas exhaust side of the sound-absorbing case ; the sound-absorbing flange is caused to be pinched between the exhaust-gas outlet-side housing and an exhaust-gas outlet cover .