mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic cigarette comprising: a sensor configured and arranged to determine a draw characteristic, and transmit a signal indicative of the determined draw characteristic; a light source configured and arranged to emit a varying intensity of light in response to an input signal; and controller circuitry communicatively coupled to the sensor and the light source , the controller circuitry configured and arranged to receive, from the sensor , the signal indicative of the determined draw characteristic, associate the determined draw characteristic with a light intensity of the light source , and generate and transmit the input signal to the light source based on the light intensity associated with the determined draw characteristic, wherein the light intensity of the light source is non-linearly associated to the draw characteristic, and wherein the non-linear association is controlled by a logarithmic transfer function. a sensor configured and arranged to determine a draw characteristic, and transmit a signal indicative of the determined draw characteristic; determine a draw characteristic, and transmit a signal indicative of the determined draw characteristic; a light source configured and arranged to emit a varying intensity of light in response to an input signal; and controller circuitry communicatively coupled to the sensor and the light source , the controller circuitry configured and arranged to receive, from the sensor , the signal indicative of the determined draw characteristic, associate the determined draw characteristic with a light intensity of the light source , and generate and transmit the input signal to the light source based on the light intensity associated with the determined draw characteristic, wherein the light intensity of the light source is non-linearly associated to the draw characteristic, and receive, from the sensor , the signal indicative of the determined draw characteristic, associate the determined draw characteristic with a light intensity of the light source , and generate and transmit the input signal to the light source based on the light intensity associated with the determined draw characteristic, wherein the light intensity of the light source is non-linearly associated to the draw characteristic, and wherein the non-linear association is controlled by a logarithmic transfer function.
A console for a vacuum clamping apparatus , wherein the console has a driven follower for displacing a clamping means which can be placed on the console , wherein the follower is arranged on a side wall of the console and is displaceably guided along the longitudinal direction of the console, wherein the follower has at least one extendable follower pin for mechanically coupling a clamping means to the follower , characterized in that the follower has a fluid supply for applying a fluid, in particular a pressurized fluid, to a clamping means coupled to the follower , the fluid supply being integrated in the follower pin .
Tool having a shaft which can be rotationally driven about an axis of rotation (A), a tool head which is connected thereto and operates in rotation and which has a working section extending over an axial distance, wherein a depth limiter can be fixed by a radially fixable restraining element in various axial positions on the shaft , wherein the depth limiter comprises a stop surface located in the working section in the axial positions, wherein the shaft comprises a plurality of positioning recesses arranged on a helical path and wherein the restraining element has a tip which selectively engages in one of the plurality of positioning recesses , characterised in that the positioning recesses are arranged on a cylindrical section of the shaft , the axial distance (b) between the centres of two directly adjacent positioning recesses being less than the diameter (D) of the positioning recess .
A shoe-sole rubber composition comprising: a rubber; and an inorganic filler, wherein the inorganic filler is partially or entirely composed of a white filler, a ratio of the white filler is 50 mass parts or more and 100 mass parts or less based on 100 mass parts of the rubber, wherein the rubber composition comprises: an inclination of an approximate straight line (dEhys/dEin) representing a relationship between an input energy (Ein) and a hysteresis loss (Ehys) obtained by tensile testing is 0.6 or more, for measurement of the inclination of the approximate straight line using the method as described in the description; a gel fraction is 80% or less, for determination of the gel fraction using the method as described in the description; and a complex modulus is 30 MPa or more; for determination of the complex modulus using the dynamic viscoelasticity test according to JIS K7244-4 performed at a temperature of 25 ° C, a strain amount of 0.025% and a frequency of 10 Hz. a rubber; and an inorganic filler, wherein the inorganic filler is partially or entirely composed of a white filler, a ratio of the white filler is 50 mass parts or more and 100 mass parts or less based on 100 mass parts of the rubber, wherein the rubber composition comprises: an inclination of an approximate straight line (dEhys/dEin) representing a relationship between an input energy (Ein) and a hysteresis loss (Ehys) obtained by tensile testing is 0.6 or more, for measurement of the inclination of the approximate straight line using the method as described in the description; a gel fraction is 80% or less, for determination of the gel fraction using the method as described in the description; and a complex modulus is 30 MPa or more; for determination of the complex modulus using the dynamic viscoelasticity test according to JIS K7244-4 performed at a temperature of 25 ° C, a strain amount of 0.025% and a frequency of 10 Hz. an inclination of an approximate straight line (dEhys/dEin) representing a relationship between an input energy (Ein) and a hysteresis loss (Ehys) obtained by tensile testing is 0.6 or more, for measurement of the inclination of the approximate straight line using the method as described in the description; a gel fraction is 80% or less, for determination of the gel fraction using the method as described in the description; and a complex modulus is 30 MPa or more; for determination of the complex modulus using the dynamic viscoelasticity test according to JIS K7244-4 performed at a temperature of 25 ° C, a strain amount of 0.025% and a frequency of 10 Hz.
A computer implemented method of transferring an execution of a task executed on behalf of a client device between edge nodes operated by different operators, comprising: using at least one processor of a destination edge node of a plurality of edge nodes deployed at an edge of a network for: receiving a request to provide computing services to at least one client device currently served by an origin edge node of the plurality of edge nodes, the origin edge node is operated by a first operator and the destination edge node is operated by a second operator; receiving an edge identifier of the origin edge node and a task identifier of at least one task currently executed by the origin edge node for the at least one client device; communicating with the origin edge node identified by the edge identifier to obtain task information relating to the at least one task identified by the task identifier in at least one registry shared by the first and second operators to map the task identifier to the at least one task; connecting to the at least one client device; executing the at least one task for the at least one client device using the obtained task information; and predicting the connection of the at least one client device to the destination edge node prior to receiving the request and loading the at least one task for execution before the at least one client device connects to the destination edge node. receiving a request to provide computing services to at least one client device currently served by an origin edge node of the plurality of edge nodes, the origin edge node is operated by a first operator and the destination edge node is operated by a second operator; receiving an edge identifier of the origin edge node and a task identifier of at least one task currently executed by the origin edge node for the at least one client device; communicating with the origin edge node identified by the edge identifier to obtain task information relating to the at least one task identified by the task identifier in at least one registry shared by the first and second operators to map the task identifier to the at least one task; connecting to the at least one client device; executing the at least one task for the at least one client device using the obtained task information; and predicting the connection of the at least one client device to the destination edge node prior to receiving the request and loading the at least one task for execution before the at least one client device connects to the destination edge node.
A 3D-printed polylactide body as an implant scaffold or prosthesis wherein the polylactide body is composed of biodegradable polylactide (PLA) and forms cage-like microstructures, pores and channels having a size of 100 to 1000 micrometres size to allow passage and ingrowth of osteoblasts and osteoclasts, obtained by the steps of:- providing a gel-like or liquid solution containing biodegradable polylactide, providing a physiologically effective amount of active human BSP, and combining said gel-like or liquid polylactide material with said physiologically effective amount of active BSP and/or treating and/or impregnating said implant scaffold or prosthesis with said mixture prior to surgical placement to obtain a 3D-printed implant scaffold or prosthesis that effectively releases BSP and promotes tissue-directed repair and healing of damaged or diseased tissues and lesions. providing a gel-like or liquid solution containing biodegradable polylactide, providing a physiologically effective amount of active human BSP, and combining said gel-like or liquid polylactide material with said physiologically effective amount of active BSP and/or treating and/or impregnating said implant scaffold or prosthesis with said mixture prior to surgical placement to obtain a 3D-printed implant scaffold or prosthesis that effectively releases BSP and promotes tissue-directed repair and healing of damaged or diseased tissues and lesions.
A screen displaying method in a portable apparatus , comprising: displaying (S402) a personal screen of an application executed by the portable apparatus in response to input user identification information; detecting (S403) a touch on the personal screen ; and controlling the personal screen in response to the touch, wherein the controlling comprises: in response to the touch on the personal screen , controlling to display a second screen that includes at least a portion of a common screen , the common screen displaying content transmitted from a first external device among a plurality of external devices, connectable to the portable apparatus through a network; the method being characterized in that : in response to a touch having a direction on the common screen, controlling to display a third screen that includes at least a portion of a management screen , the management screen displaying at least one reduced screen comprising a personal screen displayed on a second external device among the plurality of external devices. displaying (S402) a personal screen of an application executed by the portable apparatus in response to input user identification information; detecting (S403) a touch on the personal screen ; and controlling the personal screen in response to the touch, wherein the controlling comprises: in response to the touch on the personal screen , controlling to display a second screen that includes at least a portion of a common screen , the common screen displaying content transmitted from a first external device among a plurality of external devices, connectable to the portable apparatus through a network; the method being characterized in that : in response to a touch having a direction on the common screen, controlling to display a third screen that includes at least a portion of a management screen , the management screen displaying at least one reduced screen comprising a personal screen displayed on a second external device among the plurality of external devices. in response to the touch on the personal screen , controlling to display a second screen that includes at least a portion of a common screen , the common screen displaying content transmitted from a first external device among a plurality of external devices, connectable to the portable apparatus through a network; the method being characterized in that : in response to a touch having a direction on the common screen, controlling to display a third screen that includes at least a portion of a management screen , the management screen displaying at least one reduced screen comprising a personal screen displayed on a second external device among the plurality of external devices.
A pellicle frame comprising a pellicle frame bar having a cross-section with a shape that has at least one triangular recess in both side edges of a quadrilateral having an upper edge and a lower edge parallel to each other and a cross-sectional area of no greater than 20 mm 2 , wherein a middle part connecting the upper end part and the lower end part has a narrower width than both the upper and lower edger.
An electronic apparatus comprising: a communication interface ; a memory configured to store a hypervisor ; and a processor , wherein the hypervisor is configured to: obtain an authentication key, wherein the authentication key is a key for performing authentication of an external device or encrypting information stored in the electronic apparatus ; encrypt the authentication key based on a key that is pre-stored in the memory and store the encrypted authentication key in the memory ; based on a request for information that is stored in the memory being received from the external device , decrypt the encrypted authentication key based on the pre-stored key and perform authentication of the external device using the decrypted authentication key; and based on the authentication of the external device being completed, control the communication interface to transmit the stored information to the external device . a communication interface ; a memory configured to store a hypervisor ; and a processor , wherein the hypervisor is configured to: obtain an authentication key, wherein the authentication key is a key for performing authentication of an external device or encrypting information stored in the electronic apparatus ; encrypt the authentication key based on a key that is pre-stored in the memory and store the encrypted authentication key in the memory ; based on a request for information that is stored in the memory being received from the external device , decrypt the encrypted authentication key based on the pre-stored key and perform authentication of the external device using the decrypted authentication key; and based on the authentication of the external device being completed, control the communication interface to transmit the stored information to the external device . obtain an authentication key, wherein the authentication key is a key for performing authentication of an external device or encrypting information stored in the electronic apparatus ; encrypt the authentication key based on a key that is pre-stored in the memory and store the encrypted authentication key in the memory ; based on a request for information that is stored in the memory being received from the external device , decrypt the encrypted authentication key based on the pre-stored key and perform authentication of the external device using the decrypted authentication key; and based on the authentication of the external device being completed, control the communication interface to transmit the stored information to the external device .
Terminal row for a terminal apparatus which can be attached to an electronics housing in an insertion direction and can be connected to an electronics component which is intended to be received in the electronics housing, wherein a predetermined number of electrical individual conductors or plugs can be connected to the terminal row in order to establish a connection between the electrical individual conductors or plugs and the electronics component, wherein the at least one terminal row is composed of a plurality of main housings (20, 20A-20F), at least two main housings (20, 20A-20F) of which differ, wherein the main housings (20, 20A-20F) are present in a manner separated from one another in a preassembly state and can be attached to one another along a lining-up direction (H) for forming the terminal row , wherein the main housings (20, 20A-20F) each have a length (H1) which is measured in the lining-up direction (H) and corresponds to a predetermined pitch dimension (H1) or to an integer multiple of the predetermined pitch dimension (H1), characterized in that the main housings (20, 20A-20F) each have a first side wall which extends transversely to the lining-up direction (H) and a second side wall which is parallel to the first side wall , wherein adjacent main housings (20, 20A-20F) are attached to one another in such a way that the first side wall of a main housing (20-20A-20F) bears against the second side wall of an adjacent main housing (20-20A-20F), and adjacent main housings (20, 02A-20F) are connected to one another in an interlocking, force-fitting or cohesive manner in an assembly state, in which the main housings (20, 20A-20F) are attached to one another, via the side walls which bear against one another.
A service proxy function comprising at least one processor and at least one memory including a computer program code, the computer program code configured to, when executed by the at least one processor, cause the apparatus at least to perform: receiving a request for a service provided by a service function entity in a network system, wherein the request indicates an identity of a user device for which the service is requested, in response to the receiving the request, determining an identity of a group of service function entities adapted to serve the user device, the determining based on the identity of the user device, and sending, in a header of a service response message to the request for service, an indication of the identity of the group for subsequent use by at least one of a sender of the request and at least one other entity involved in requests for services associated with the user device, wherein the header comprises a header configured for use as a 3GPP Service Based Interface, SBI, header. receiving a request for a service provided by a service function entity in a network system, wherein the request indicates an identity of a user device for which the service is requested, in response to the receiving the request, determining an identity of a group of service function entities adapted to serve the user device, the determining based on the identity of the user device, and sending, in a header of a service response message to the request for service, an indication of the identity of the group for subsequent use by at least one of a sender of the request and at least one other entity involved in requests for services associated with the user device, wherein the header comprises a header configured for use as a 3GPP Service Based Interface, SBI, header.
Method for visualizing an effect of wind on an aircraft travel comprising the steps - determining at least one wind speed and wind direction for a predefined airspace, - identifying a predefined travel route of at least one selected aircraft within the predefined airspace, wherein the predefined travel route defines a route of the selected aircraft when approaching an airfield, - calculating at least one reference distance flown by the selected aircraft along a route segment of the travel route in a predefined reference time interval, wherein the calculating uses - at least one air speed of the selected aircraft at the route segment, - the determined wind speed and - the determined wind direction, and optionally - at least one altitude, - visualizing the predefined travel route or the route segment on a display used by an air traffic controller and - indicating said reference distance on the visualized predefined travel route or route segment. - determining at least one wind speed and wind direction for a predefined airspace, - identifying a predefined travel route of at least one selected aircraft within the predefined airspace, wherein the predefined travel route defines a route of the selected aircraft when approaching an airfield, - calculating at least one reference distance flown by the selected aircraft along a route segment of the travel route in a predefined reference time interval, wherein the calculating uses - at least one air speed of the selected aircraft at the route segment, - the determined wind speed and - the determined wind direction, and optionally - at least one altitude, - at least one air speed of the selected aircraft at the route segment, - the determined wind speed and - the determined wind direction, and optionally - at least one altitude, - visualizing the predefined travel route or the route segment on a display used by an air traffic controller and - indicating said reference distance on the visualized predefined travel route or route segment.
A powder feed rate control system comprising: a hopper adapted to contain a powder and to maintain a hopper pressure; a carrier conduit adapted to deliver a carrier gas flow and having an orifice, said carrier gas flow conveying powder entering through the orifice at a powder feed rate; a differential pressure transducer comprising: a first pressure input associated with the hopper pressure; and a second pressure input associated with the carrier gas flow downstream of the hopper; said differential pressure transducer is adapted to output a signal related to a differential pressure between the first pressure input and the second pressure input; and an electro-pneumatic regulator which is adapted to receive said signal related to the differential pressure and adapted to communicate with a control , wherein the electro pneumatic regulator is adapted to receive command signals from the control ; characterized in that the electro-pneumatic regulator is directly coupled to the differential pressure transducer via a communication link (CT), so as to be adapted to receive from the differential pressure transducer the signal related to the differential pressure. a hopper adapted to contain a powder and to maintain a hopper pressure; a carrier conduit adapted to deliver a carrier gas flow and having an orifice, said carrier gas flow conveying powder entering through the orifice at a powder feed rate; a differential pressure transducer comprising: a first pressure input associated with the hopper pressure; and a second pressure input associated with the carrier gas flow downstream of the hopper; a first pressure input associated with the hopper pressure; and a second pressure input associated with the carrier gas flow downstream of the hopper; said differential pressure transducer is adapted to output a signal related to a differential pressure between the first pressure input and the second pressure input; and an electro-pneumatic regulator which is adapted to receive said signal related to the differential pressure and adapted to communicate with a control , wherein the electro pneumatic regulator is adapted to receive command signals from the control ; characterized in that the electro-pneumatic regulator is directly coupled to the differential pressure transducer via a communication link (CT), so as to be adapted to receive from the differential pressure transducer the signal related to the differential pressure.