mhurhangee/patent-ind-claim-en huggingface dataset:
An image scanning apparatus comprising: a scanner configured to scan a document to generate an image file including a plurality of pages; a storage configured to store an image file including the generated image file; a user interface unit configured to receive a selection of the stored image file and one or more edit commands and to display a plurality of thumbnail images corresponding, respectively, to the plurality of pages in the selected image file; a controller, in response to any one of the displayed plurality of thumbnail images being selected for at least a predetermined time period, configured to edit the selected image file based on the one or more edit command; characterized by further comprising a classifier configured to recognize a text contained in an area of the generated scan image and classify the scan image according to whether a predetermined keyword is present in the recognized text; wherein the classifier is configured to determine a degree of importance of each page of the plurality of pages together based on a keyword included in the specified page and the user interface unit is configured to display a degree of importance of each page of the plurality of pages together with the displayed plurality of thumbnail images. a scanner configured to scan a document to generate an image file including a plurality of pages; a storage configured to store an image file including the generated image file; a user interface unit configured to receive a selection of the stored image file and one or more edit commands and to display a plurality of thumbnail images corresponding, respectively, to the plurality of pages in the selected image file; a controller, in response to any one of the displayed plurality of thumbnail images being selected for at least a predetermined time period, configured to edit the selected image file based on the one or more edit command; characterized by further comprising a classifier configured to recognize a text contained in an area of the generated scan image and classify the scan image according to whether a predetermined keyword is present in the recognized text; wherein the classifier is configured to determine a degree of importance of each page of the plurality of pages together based on a keyword included in the specified page and the user interface unit is configured to display a degree of importance of each page of the plurality of pages together with the displayed plurality of thumbnail images.
A shuttering panel comprising a shuttering front face and at least one first side edge (D) comprising at least one receiving opening (ODH, OGB), extending along a horizontal opening axis (X-ODH, X-ODB), configured to allow passage of a link rod belonging to a linking device of another shuttering panel , the shuttering panel comprising a clamping device configured to exert pulling on the link rod , the clamping device comprising: - At least one head , extending facing the receiving opening (ODH, ODB), comprising an open cavity configured to receive a connection end of the link rod , - At least one locking member , being in the form of a pin, configured to translationally block the connection end of the link rod and the head along the horizontal opening axis (X-OGH, X- OGB), and - At least one movement member for translationally moving the head along the horizontal opening axis (X-ODH, X-ODB) configured to exert pulling on the link rod so as to perform clamping. - At least one head , extending facing the receiving opening (ODH, ODB), comprising an open cavity configured to receive a connection end of the link rod , - At least one locking member , being in the form of a pin, configured to translationally block the connection end of the link rod and the head along the horizontal opening axis (X-OGH, X- OGB), and - At least one movement member for translationally moving the head along the horizontal opening axis (X-ODH, X-ODB) configured to exert pulling on the link rod so as to perform clamping.
Bioreactor or container comprising an enclosure intended to contain a biological medium and comprising at least one disposable device for capturing at least one impedance measurement in a physical, physico-chemical and/or biological process in said medium, this sensor device being specifically dedicated to the measurement of living biomass in a biological medium, by means of capacitance measurement, this sensor device being fixed through a wall of said enclosure so as to be an integral part thereof and comprising a collection portion in direct contact with the inside of said bioreactor or container and a connection portion extending to the outside of said enclosure, this wall being pierced by an orifice into which is inserted a receiving tube designed to receive the disposable impedance sensor device provided at its end with a set of electrodes , the wall to which the sensor device is attached being a cover , characterized in that the bioreactor or container additionally comprises in the enclosure a fixed bed spaced from the enclosure, and in that the cover is attached to the remaining enclosure by welds (S).
Manual artificial respiration bag comprising: - a deformable bag comprising a gas inlet , a gas outlet and an inner volume for a respiratory gas, - a downstream conduct element fluidly connected to the gas outlet of the deformable bag , and comprising an exhaust valve comprising an exhaust port , and - a downstream one-way valve arranged into the downstream conduct element , said downstream one-way valve being configured for allowing a flow of respiratory gas to pass through said downstream one-way valve only toward the exhaust valve , characterized in that it further comprises mobile port-closing means , actuatable by a user, cooperating with the exhaust port of the exhaust valve for at least partially closing said exhaust port thereby controlling the flow of respiratory gas passing through the exhaust port of the exhaust valve . - a deformable bag comprising a gas inlet , a gas outlet and an inner volume for a respiratory gas, - a downstream conduct element fluidly connected to the gas outlet of the deformable bag , and comprising an exhaust valve comprising an exhaust port , and - a downstream one-way valve arranged into the downstream conduct element , said downstream one-way valve being configured for allowing a flow of respiratory gas to pass through said downstream one-way valve only toward the exhaust valve ,
A method performed by a communication node for handling packets in a communication network , which communication network is an information centric networking, ICN, network, the method comprising: - adding a first time stamp to a packet, which packet is an interest packet requesting content of a service or comprises at least a part of the content of the service and is of a format associated with the ICN network, and which first time stamp is added into an ICN header of the packet, wherein the first time stamp is indicating a time of reception or transmission of the interest packet at the communication node ; and - transmitting the packet with the added first time stamp towards another communication node . - adding a first time stamp to a packet, which packet is an interest packet requesting content of a service or comprises at least a part of the content of the service and is of a format associated with the ICN network, and which first time stamp is added into an ICN header of the packet, wherein the first time stamp is indicating a time of reception or transmission of the interest packet at the communication node ; and - transmitting the packet with the added first time stamp towards another communication node .
Electronics module comprising a housing having a mounting foot for placing on a support rail (T) and for fastening the electronics module to the support rail (T), wherein the housing is provided with the mounting foot on its lower region facing the support rail (T) in the mounted state, wherein the mounting rail is arranged on a mounting base (M), wherein at least one spring element is formed in the lower region of the housing facing the mounting base in the mounted state, which spring element is dimensioned and designed in such a manner that it acts in a damping manner in the event of oscillatory movements of the housing relative to the mounting base (M), characterized in that the at least one or the spring elements is/are arranged at a distance from the mounting foot of the housing , and in that the housing comprises in each case one or a plurality of the spring elements in the region of its lower outer corners (E1, E2), which in the assembled state are formed on the side of the housing facing the mounting base (M) - or close to these corners -, wherein the at least one spring element has at least one spring bar (7, 7a, 7b, 7c, ...) which protrudes downwards from the housing on the side facing the mounting base (M), and wherein the at least one spring bar (7, 7a, 7b, 7c, ...) is dimensioned in such a way that it can rest against the mounting base (M) continuously and/or during relative oscillatory movements.
A multi beam output fiber laser system for producing a plurality of fiber laser beam outputs, the system comprising: a plurality of fiber laser modules , the fiber laser modules providing a plurality of distinct fiber laser outputs, the respective outputs differing by one or more beam characteristics, wherein the system further comprises a control system to control the beam characteristics of each of the distinct fiber laser outputs, characterized in that , the system further comprises: a plurality of output fibers , each of which is configured to deliver one of said distinct fiber laser outputs; and a bulk optic having a surface to which each of said output fibers is fused to, the bulk optic configured to receive the distinct fiber laser outputs from the output fibers and output the distinct fiber laser outputs as substantially spaced apart. a plurality of fiber laser modules , the fiber laser modules providing a plurality of distinct fiber laser outputs, the respective outputs differing by one or more beam characteristics, wherein the system further comprises a control system to control the beam characteristics of each of the distinct fiber laser outputs, characterized in that , the system further comprises: a plurality of output fibers , each of which is configured to deliver one of said distinct fiber laser outputs; and a bulk optic having a surface to which each of said output fibers is fused to, the bulk optic configured to receive the distinct fiber laser outputs from the output fibers and output the distinct fiber laser outputs as substantially spaced apart. a plurality of output fibers , each of which is configured to deliver one of said distinct fiber laser outputs; and a bulk optic having a surface to which each of said output fibers is fused to, the bulk optic configured to receive the distinct fiber laser outputs from the output fibers and output the distinct fiber laser outputs as substantially spaced apart.
Control method of an internal combustion engine by means of a feedback control of the motor speed, based on an error (Err) of said motor speed, calculated between a reference value (Ref) and a measured value (Speed) of the speed, in which said control comprises a proportional contribution (P) and an integral contribution (I), the method comprising a step of saturating said integral contribution by means of a saturating function (F(Err, ΔSpeed)) as a function (F (Err, ΔSpeed)) of: - a derivative (ΔSpeed) of said measured speed value (Speed) of the motor and of - said speed error (Err). - a derivative (ΔSpeed) of said measured speed value (Speed) of the motor and of - said speed error (Err).
A layered structure comprising at least two collagen layers, wherein the layered structure includes a gradient of densities; and the layered structure is prepared by a method comprising: introducing collagen into a vessel; fibrillating the collagen to provide a collagen gel comprising collagen fibrils; compressing the collagen gel in the presence of at least one distancing element, so as to provide multiple collagen layers with a gradient of densities; crosslinking the collagen gel; and drying the crosslinked collagen. introducing collagen into a vessel; fibrillating the collagen to provide a collagen gel comprising collagen fibrils; compressing the collagen gel in the presence of at least one distancing element, so as to provide multiple collagen layers with a gradient of densities; crosslinking the collagen gel; and drying the crosslinked collagen.
Method for testing an assembly of components of a vehicle having a drive train and at least one vehicle control device , that processes a drive train rotary speed (n P ), and a braking system , that acts on the drive train , on a test stand , wherein the drive train of the vehicle is driven by a drive unit and the drive train has applied thereto a load torque (T D ) by a load machine connected thereto, and at least one component of the assembly is controlled by the vehicle control device as a function of the drive train rotary speed (n P ), characterized in that in a simulation unit using a simulation model for the at least one component of the assembly the instantaneous drive train rotary speed (n P ) of the component is calculated from a drive train torque (T P ) acting in the drive train and the braking effect (B) of the braking system , and the calculated instantaneous drive train rotary speed (n P ) is used by the vehicle control device for controlling the at least one component, and the calculated drive train rotary speed (n P ) is used by a drive controller in order to control the load machine .
A receptacle for conveying fluid, the receptacle comprising: a main body defining an inlet port and an outlet port ; a valve seat assembly comprising: (a) a valve seat body disposed in and secured to the main body, the valve seat body comprising: a first end portion and an opposing second end portion , the first end portion comprising a plurality of first inner surfaces defining an inner annular groove; and a plurality of second inner surfaces defining an inner void and comprising one or more teeth engagers for engaging a tool having outwardly protruding teeth; (b) an inner packing disposed in the inner annular groove; a poppet disposed in the main body and moveable between a first position where the poppet is engaged to the inner packing and a second position where the poppet is disengaged from the inner packing; a spring retainer disposed in, and fixed with respect to, the main body; a spring disposed between the poppet and the spring retainer, the spring biasing the poppet toward the first position. a main body defining an inlet port and an outlet port ; a valve seat assembly comprising: (a) a valve seat body disposed in and secured to the main body, the valve seat body comprising: a first end portion and an opposing second end portion , the first end portion comprising a plurality of first inner surfaces defining an inner annular groove; and a plurality of second inner surfaces defining an inner void and comprising one or more teeth engagers for engaging a tool having outwardly protruding teeth; (b) an inner packing disposed in the inner annular groove; (a) a valve seat body disposed in and secured to the main body, the valve seat body comprising: a first end portion and an opposing second end portion , the first end portion comprising a plurality of first inner surfaces defining an inner annular groove; and a plurality of second inner surfaces defining an inner void and comprising one or more teeth engagers for engaging a tool having outwardly protruding teeth; a first end portion and an opposing second end portion , the first end portion comprising a plurality of first inner surfaces defining an inner annular groove; and a plurality of second inner surfaces defining an inner void and comprising one or more teeth engagers for engaging a tool having outwardly protruding teeth; (b) an inner packing disposed in the inner annular groove; a poppet disposed in the main body and moveable between a first position where the poppet is engaged to the inner packing and a second position where the poppet is disengaged from the inner packing; a spring retainer disposed in, and fixed with respect to, the main body; a spring disposed between the poppet and the spring retainer, the spring biasing the poppet toward the first position.
A method comprising: receiving (no), at an event listener, two or more base events that occur on, related to, or around a mobile device, wherein the two or more base events comprise at least a pairing of the mobile device with an external device and one or more unlocks of the mobile device while the mobile device is paired with the external device; storing the two or more base events at a state storage; providing the two or more base events stored at the state storage to an inference module; providing a current security configuration to the inference module, the current security configuration is a setting that is currently in place and enables access to the mobile device; identifying , by the inference module, a security configuration change based on the two or more base events and the current security configuration, wherein the security configuration change is a setting where no password is required to access the mobile device when the mobile device is paired with the external device and the external device is designated as a trusted device; providing to a user on a display a suggestion corresponding to the identified security configuration change and including a metric of expected improvement for the identified security configuration change; upon approval of the suggestion from the user, changing the current security configuration based on the security configuration change. receiving (no), at an event listener, two or more base events that occur on, related to, or around a mobile device, wherein the two or more base events comprise at least a pairing of the mobile device with an external device and one or more unlocks of the mobile device while the mobile device is paired with the external device; storing the two or more base events at a state storage; providing the two or more base events stored at the state storage to an inference module; providing a current security configuration to the inference module, the current security configuration is a setting that is currently in place and enables access to the mobile device; identifying , by the inference module, a security configuration change based on the two or more base events and the current security configuration, wherein the security configuration change is a setting where no password is required to access the mobile device when the mobile device is paired with the external device and the external device is designated as a trusted device; providing to a user on a display a suggestion corresponding to the identified security configuration change and including a metric of expected improvement for the identified security configuration change; upon approval of the suggestion from the user, changing the current security configuration based on the security configuration change.
Method for producing a ferromagnetic component for a torque sensor for detecting a torque applied to a steering shaft of a motor vehicle, having the following steps: - providing a sheet-metal element from a non-grain-oriented electrical steel sheet or from a semi-processed electrical steel sheet and - deforming the sheet-metal element to give the ferromagnetic component , characterized in that after the deforming, an annealing process of the component is carried out, wherein - during the annealing process, the component is subjected to a temperature of greater than 850°C, in particular greater than 1100°C, preferably a temperature of 1100°C to 1150°C, - the annealing process of the component is carried out for longer than 2 hours, in particular longer than 3 hours, - the annealing process of the component is carried out in a decarbonizing hydrogen atmosphere and - during a cooling-down procedure after the annealing process, an oxidation process or a passivation process of the component is carried out. - providing a sheet-metal element from a non-grain-oriented electrical steel sheet or from a semi-processed electrical steel sheet and - deforming the sheet-metal element to give the ferromagnetic component , - during the annealing process, the component is subjected to a temperature of greater than 850°C, in particular greater than 1100°C, preferably a temperature of 1100°C to 1150°C, - the annealing process of the component is carried out for longer than 2 hours, in particular longer than 3 hours, - the annealing process of the component is carried out in a decarbonizing hydrogen atmosphere and - during a cooling-down procedure after the annealing process, an oxidation process or a passivation process of the component is carried out.
A process for removing contaminants from an olefin feed comprising: a) directing said olefin feed into contact with a first particulate adsorbent bed capable of removing said contaminants from said olefin feed, and producing an olefin product containing less contaminants than said feed; b) heating said first adsorbent bed and directing a regenerating gas through the first adsorbent bed to desorb said contaminants from said adsorbent, and produce a regeneration gas effluent containing said contaminants; c) directing said regeneration gas effluent through a second particulate adsorbent bed, so as to adsorb and remove said contaminants from said regeneration gas effluent and produce a regenerating gas product having a reduced level of contaminants than said regeneration gas effluent; and d) desorbing the contaminants from said second adsorbent bed by reducing the pressure in said second adsorbent bed and form a low pressure waste gas containing said contaminants; wherein said contaminants include organic oxygenates, inorganic sulfur compounds, organic sulfur compounds, or a mixture thereof. a) directing said olefin feed into contact with a first particulate adsorbent bed capable of removing said contaminants from said olefin feed, and producing an olefin product containing less contaminants than said feed; b) heating said first adsorbent bed and directing a regenerating gas through the first adsorbent bed to desorb said contaminants from said adsorbent, and produce a regeneration gas effluent containing said contaminants; c) directing said regeneration gas effluent through a second particulate adsorbent bed, so as to adsorb and remove said contaminants from said regeneration gas effluent and produce a regenerating gas product having a reduced level of contaminants than said regeneration gas effluent; and d) desorbing the contaminants from said second adsorbent bed by reducing the pressure in said second adsorbent bed and form a low pressure waste gas containing said contaminants; wherein said contaminants include organic oxygenates, inorganic sulfur compounds, organic sulfur compounds, or a mixture thereof.
A compound having the formula (I) wherein A is -CH(R 3 )-CH 2 - or -CH 2 - CH(R 3 )- ; each R 1 is the same and is selected from C 1 -C 21 alkyl; C 3 -C 7 cycloalkyl; -CH 2 -R 5 , wherein R 5 is acyclic C 2 -C 20 hydrocarbyl having one, two, or three double bonds; C 1 -C 21 alkyl substituted with at least one substituent selected from C 1 -C 4 alkoxy, -OH or -CN; C 3 -C 7 cycloalkyl substituted with at least one substituent selected from C 1 -C 4 alkyl, C 1 -C 4 alkoxy, -OH or -CN; and C 4 -C 21 alkyl substituted with -CO-R 4 , wherein R 4 is C 1 -C 4 alkyl; R 2 is selected from H and C 1 -C 3 alkyl; and R 3 is H or C 1 -C 4 alkyl. A is -CH(R 3 )-CH 2 - or -CH 2 - CH(R 3 )- ; each R 1 is the same and is selected from C 1 -C 21 alkyl; C 3 -C 7 cycloalkyl; -CH 2 -R 5 , wherein R 5 is acyclic C 2 -C 20 hydrocarbyl having one, two, or three double bonds; C 1 -C 21 alkyl substituted with at least one substituent selected from C 1 -C 4 alkoxy, -OH or -CN; C 3 -C 7 cycloalkyl substituted with at least one substituent selected from C 1 -C 4 alkyl, C 1 -C 4 alkoxy, -OH or -CN; and C 4 -C 21 alkyl substituted with -CO-R 4 , wherein R 4 is C 1 -C 4 alkyl; R 2 is selected from H and C 1 -C 3 alkyl; and R 3 is H or C 1 -C 4 alkyl.