mhurhangee/patent-ind-claim-en huggingface dataset:
Method for providing information to a central server using an electronic device (120,122;400;500) comprising a screen display (121,123;410;510) and a SIM (Subscriber Identity Module) card, wherein the method comprises an initial registration step, in which a code is provided to the electronic device, the electronic device sends, in an SMS (Short Message Service), the said code or a value calculated based on said code to a predetermined SMS recipient, the central server receives said code or value comprised in said SMS and based thereupon authenticates the electronic device (120, 122; 400; 500), characterised in that said authentication comprises or results in that a secure communication channel is set up between the device (120,122;400;500) and the server based upon said code, in that the method further comprises the electronic device (120,122;400;500) creating or selecting digitally coded image data and communicating to the central server information based upon which the central server can interpret screen coordinates for a user selection on the screen display (121,123;410;510), and in that the method further comprises, in a later performed information providing step performed at least partly via the said secure communications channel, the sub steps a) displaying on said screen display (121,123;410;510) an image (420;520) based on said image data to the user; b) allowing the user to select a specific part (430;530) of the displayed image (420;520); c) providing to the central server from the electronic device (120,122;400;500), over said secure communication channel, a coordinate position (431,432;531,532) representing the location for the specific part (430;530) on the screen display (121,123;410;510); d) in the central server , identifying one subpart (423;523) of said displayed image (420;520), among a set of several different such subparts, corresponding to the coordinate position (431,432;531,532); and e) translating the subpart (423;523) into a piece of information corresponding to the subpart (423;523) in question based upon a set of associations between specific respective such subparts and specific respective pieces of information. a) displaying on said screen display (121,123;410;510) an image (420;520) based on said image data to the user; b) allowing the user to select a specific part (430;530) of the displayed image (420;520); c) providing to the central server from the electronic device (120,122;400;500), over said secure communication channel, a coordinate position (431,432;531,532) representing the location for the specific part (430;530) on the screen display (121,123;410;510); d) in the central server , identifying one subpart (423;523) of said displayed image (420;520), among a set of several different such subparts, corresponding to the coordinate position (431,432;531,532); and e) translating the subpart (423;523) into a piece of information corresponding to the subpart (423;523) in question based upon a set of associations between specific respective such subparts and specific respective pieces of information.
A method for preparing a flaked cereal product comprising: forming a workable heterogeneous cooked cereal dough; directing the cereal dough through a plurality of spaced geometric openings in a breaker plate; establishing a plurality of dough streams; merging the plurality of streams to form a single dough extrudate emerging from an extrusion die with a face that is uniform; slicing the dough extrudate at a predetermined thickness to create individual cereal dough discs; and drying the cereal dough discs, forming individual, curled cereal flakes, wherein each curled cereal flake includes a flake body having a plurality of spaced, interconnected surface bumps and varying density regions throughout its body which are interconnected. forming a workable heterogeneous cooked cereal dough; directing the cereal dough through a plurality of spaced geometric openings in a breaker plate; establishing a plurality of dough streams; merging the plurality of streams to form a single dough extrudate emerging from an extrusion die with a face that is uniform; slicing the dough extrudate at a predetermined thickness to create individual cereal dough discs; and drying the cereal dough discs, forming individual, curled cereal flakes, wherein each curled cereal flake includes a flake body having a plurality of spaced, interconnected surface bumps and varying density regions throughout its body which are interconnected.
A communication control device comprising: a management unit configured to manage one or more first wireless communication devices ; and an information exchange unit configured to exchange, with another communication control device that manages one or more second wireless communication devices , information related to frequency sharing by the second wireless communication devices , wherein the information related to frequency sharing includes information related to a frequency band in which high-priority access can be made, characterized in that the information related to frequency sharing includes a request from the communication control device to the other communication control device for causing the second wireless communication device to utilize the frequency band in which high-priority access can be made. a management unit configured to manage one or more first wireless communication devices ; and an information exchange unit configured to exchange, with another communication control device that manages one or more second wireless communication devices , information related to frequency sharing by the second wireless communication devices , wherein the information related to frequency sharing includes information related to a frequency band in which high-priority access can be made, characterized in that the information related to frequency sharing includes a request from the communication control device to the other communication control device for causing the second wireless communication device to utilize the frequency band in which high-priority access can be made.
An apparatus for use in studying a patient's colon, the apparatus comprising: a pressure transducer configured to detect a pressure level of gas within a patient's colon; a flow meter configured to detect a flow rate of gas delivered to the patient's colon; and a processor configured to receive an indication of the pressure level detected by the pressure transducer , and an indication of the flow rate detected by the flow meter , and wherein the processor is further configured to calculate a volume of the delivered gas based on the detected flow rate; wherein the processor is configured to determine whether the pressure level is within a predetermined range of pressures, and whether the the volume level is within a predetermined range of volumes; a signalling unit ; characterised in that : the processor is further configured to determine whether the pressure level is within said predetermined range of pressures for a predetermined period of time; and the signaling unit is configured to provide an output indicating that a scan of the colon is valid in an instance in which the pressure level is determined to be within the predetermined range of pressures for the predetermined period of time and the volume is determined to be within the predetermined range of volumes. a pressure transducer configured to detect a pressure level of gas within a patient's colon; a flow meter configured to detect a flow rate of gas delivered to the patient's colon; and a processor configured to receive an indication of the pressure level detected by the pressure transducer , and an indication of the flow rate detected by the flow meter , and wherein the processor is further configured to calculate a volume of the delivered gas based on the detected flow rate; wherein the processor is configured to determine whether the pressure level is within a predetermined range of pressures, and whether the the volume level is within a predetermined range of volumes; a signalling unit ; characterised in that : the processor is further configured to determine whether the pressure level is within said predetermined range of pressures for a predetermined period of time; and the signaling unit is configured to provide an output indicating that a scan of the colon is valid in an instance in which the pressure level is determined to be within the predetermined range of pressures for the predetermined period of time and the volume is determined to be within the predetermined range of volumes. the processor is further configured to determine whether the pressure level is within said predetermined range of pressures for a predetermined period of time; and the signaling unit is configured to provide an output indicating that a scan of the colon is valid in an instance in which the pressure level is determined to be within the predetermined range of pressures for the predetermined period of time and the volume is determined to be within the predetermined range of volumes.
Disassembly or assembly method on a pressurized fluid-insulated electric power transmission device , having an enclosure wall and a phase conductor section which can be supported on the enclosure wall , wherein - a connection/disconnection tool is positioned for connecting/disconnecting the phase conductor section to/from the enclosure wall , characterized in that , - before actuating the tool , a safety zone with respect to a risk due to the enclosure wall bursting is defined, and in that - the tool is operated from outside the safety zone . - a connection/disconnection tool is positioned for connecting/disconnecting the phase conductor section to/from the enclosure wall , characterized in that , - before actuating the tool , a safety zone with respect to a risk due to the enclosure wall bursting is defined, and in that - the tool is operated from outside the safety zone .
A wearable device or a smart watch comprising: a controller configured to perform general calculations and data processing under the guidance of an operating system or various application software, data storage configured to store the software to be executed by the controller and various data, a digital display capable of showing information in textual and graphic form, an input subsystem including multiple control rings operable on a plurality of axes, a subsystem for haptic feedback and communication , a sensor assembly associated with the control rings capable of capturing and communicating to the controller of the smart watch the input events generated when an operator rotates, pushes, presses, squeezes, taps, double-taps, or otherwise interacts with the control ring, wherein at least one of the control rings is exposed so as to be convenient to observe and operate from the direction coinciding with the face or dial of the watch, while at least one other control ring is exposed for operation along the edges of the wearable device. a controller configured to perform general calculations and data processing under the guidance of an operating system or various application software, data storage configured to store the software to be executed by the controller and various data, a digital display capable of showing information in textual and graphic form, an input subsystem including multiple control rings operable on a plurality of axes, a subsystem for haptic feedback and communication , a sensor assembly associated with the control rings capable of capturing and communicating to the controller of the smart watch the input events generated when an operator rotates, pushes, presses, squeezes, taps, double-taps, or otherwise interacts with the control ring, wherein at least one of the control rings is exposed so as to be convenient to observe and operate from the direction coinciding with the face or dial of the watch, while at least one other control ring is exposed for operation along the edges of the wearable device.
Press for wiping means, comprising a bucket having a bucket wall and an upper dunk opening for dunking a wiping means in a dunking direction directed downward toward a bottom of the bucket , and a pressing device arranged in the bucket for embracing and squeezing out the wiping means of a cleaning system, which comprises a first pressing claw and a second pressing claw which can be pivoted about a claw pivot axis (D) in the direction of the first pressing claw , wherein actuating means being provided which comprise a drive carriage which is arranged in the bucket and can be moved top down as a result of an actuating force, which is coupled to the pressing device in such a way that a movement of the drive carriage presses the first pressing claw and the second pressing claw against one another, characterized in that the first pressing claw and the second pressing claw are arranged on the drive carriage and the bucket has a claw guide which is embodied in such a way that, that during a to down movement of the drive carriage in the direction of the base of the bucket , the first pressing claw and the second pressing claw are automatically moved towards one another.
Method for automatically controlling a vehicle to transport at least two loads from a load picking-up area to an operating area in which the at least two loads are to be placed in corresponding loading areas, wherein the method comprises the steps of obtaining information at least about pick-up locations, about the amount and the dimensions of the loads to be transported, scanning the operating area to identify at least the space dimensions of the loading areas, generating a loading pattern for the transport of the at least two loads from the load picking-up area to the loading areas, wherein the loading pattern includes target positions and target orientations of the vehicle to be sequentially reached, executing the loading pattern until completion of the loading task of transporting the at least two loads to the operating area, wherein scanning the operating area includes obtaining information on at least three corners defining a polygon within which that at least two loads are to be placed and wherein the polygon of the operating area is added to the pick-up area prior to generating the loading pattern for the transport of the at least two loads from the load picking-up area to the loading areas, wherein obtaining information on the at least three corners defining a polygon includes using a filtering technique for determining loading areas to which a traverse is possible with a predefined precision and wherein range or image data processing is used for determining at least one wall with respect to the polygon of the operating area in relation to which at least one of the at least two loads are to be placed. obtaining information at least about pick-up locations, about the amount and the dimensions of the loads to be transported, scanning the operating area to identify at least the space dimensions of the loading areas, generating a loading pattern for the transport of the at least two loads from the load picking-up area to the loading areas, wherein the loading pattern includes target positions and target orientations of the vehicle to be sequentially reached, executing the loading pattern until completion of the loading task of transporting the at least two loads to the operating area, wherein scanning the operating area includes obtaining information on at least three corners defining a polygon within which that at least two loads are to be placed and wherein the polygon of the operating area is added to the pick-up area prior to generating the loading pattern for the transport of the at least two loads from the load picking-up area to the loading areas, wherein obtaining information on the at least three corners defining a polygon includes using a filtering technique for determining loading areas to which a traverse is possible with a predefined precision and wherein range or image data processing is used for determining at least one wall with respect to the polygon of the operating area in relation to which at least one of the at least two loads are to be placed.
A method of establishing secure communication between a server and a device in a distributed control system, wherein a first public-private key pair comprising a server public key and a server private key is associated with the server, and wherein a second public-private key pair comprising a device public key and a device private key is associated with the device, the method comprising: with the server, generating a server nonce; transmitting the server public key, a server key signature, and the server nonce from the server to the device; with the device, verifying the server public key, signing the server nonce with the device private key, resulting in a server nonce signature, and generating a device nonce; transmitting the server nonce, the server nonce signature, the device public key, a device key signature, and the device nonce from the device to the server; with the server, verifying the server nonce, verifying the device public key, generating a session key, encrypting the session key with the device public key, resulting in an encrypted session key, and signing a combination of the device nonce and the session key with the server private key, resulting in a combined signature; transmitting the device nonce, the combined signature, and the encrypted session key from the server to the device; and with the device, verifying the device nonce, decrypting the encrypted session key with the device private key, resulting in a decrypted session key, and verifying the decrypted session key. with the server, generating a server nonce; transmitting the server public key, a server key signature, and the server nonce from the server to the device; with the device, verifying the server public key, signing the server nonce with the device private key, resulting in a server nonce signature, and generating a device nonce; transmitting the server nonce, the server nonce signature, the device public key, a device key signature, and the device nonce from the device to the server; with the server, verifying the server nonce, verifying the device public key, generating a session key, encrypting the session key with the device public key, resulting in an encrypted session key, and signing a combination of the device nonce and the session key with the server private key, resulting in a combined signature; transmitting the device nonce, the combined signature, and the encrypted session key from the server to the device; and with the device, verifying the device nonce, decrypting the encrypted session key with the device private key, resulting in a decrypted session key, and verifying the decrypted session key.
A connector for connection to male connector elements protruding from a printed circuit board, the connector comprising an enclosure made of insulating material with at least one cavity that can be accessed from the outside in order to accommodate at least one electrical cable , with at least one opening through which a male connector element of said printed circuit board can be inserted and connection means for the connection of said electrical cable to said printed circuit board, wherein said connection means comprise a grub screw which is adapted to press, by being tightened in said enclosure , the strands of said electrical cable against an electrical connection element made of conducting material; wherein said connector comprises at least a female connector provided with wings configured to retain a male connector element of said printed circuit board; and wherein said electrical connection element is constituted by an L-shaped lamina, with one face preset for contact with said electrical cable and another face for connection to said female connector ; characterized in that the connector further comprises, accommodated in said at least one cavity , a strand protection lamina that, when said electrical cable is electrically connected to said printed circuit board, is interposed between the tip of said grub screw and said electrical cable ; wherein said strand protection lamina is bent into a C-shape and is made of elastically deformable material, with a hole provided in one of two opposite faces thereof for the passage of said grub screw , said grub screw being configured to reach and push the other opposite face toward said electrical connection element . wherein said connector comprises at least a female connector provided with wings configured to retain a male connector element of said printed circuit board; and wherein said electrical connection element is constituted by an L-shaped lamina, with one face preset for contact with said electrical cable and another face for connection to said female connector ; characterized in that the connector further comprises, accommodated in said at least one cavity , a strand protection lamina that, when said electrical cable is electrically connected to said printed circuit board, is interposed between the tip of said grub screw and said electrical cable ; wherein said strand protection lamina is bent into a C-shape and is made of elastically deformable material, with a hole provided in one of two opposite faces thereof for the passage of said grub screw , said grub screw being configured to reach and push the other opposite face toward said electrical connection element .
An osteosynthesis plate, comprising a first segment in form of a bone plate that has a plurality of passages for bone screws , and at least a second segment , which is U-shaped and which has at least one further passage for a bone screw , characterized in that the second segment is releasably connectable to the first segment , and wherein the angle in which the first and second segments are arranged relative to one another can be modified, wherein the first and the second segments can be snapped clip-like together, wherein the second segment has an upper half and a lower half and can be fastened on a web of the first segment with a force-locked connection by moving the upper and lower halves toward each other, and wherein the first and second segments can be fixed to each other by introducing a screw into a passage of the second segment .