mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a signal generation circuit including: a clock circuit configured to generate a clock signal having a base frequency; a frequency adjustment circuit configured to: receive a frequency offset value; select, based upon the frequency offset value, a particular frequency adjustment value from a plurality of frequency adjustment values; and provide an adjusted clock signal having a frequency corresponding to the base frequency as modified by the particular frequency adjustment value; a wireless communication circuit configured to: receive communication signals; and identify, from the communication signals, a set of received wireless communication pulses that have a pulse repetition frequency that corresponds to the adjusted clock signal; and a processing circuit configured to apply a ranging protocol to the identified set of received communication pulses. a signal generation circuit including: a clock circuit configured to generate a clock signal having a base frequency; a frequency adjustment circuit configured to: receive a frequency offset value; select, based upon the frequency offset value, a particular frequency adjustment value from a plurality of frequency adjustment values; and provide an adjusted clock signal having a frequency corresponding to the base frequency as modified by the particular frequency adjustment value; a clock circuit configured to generate a clock signal having a base frequency; a frequency adjustment circuit configured to: receive a frequency offset value; select, based upon the frequency offset value, a particular frequency adjustment value from a plurality of frequency adjustment values; and provide an adjusted clock signal having a frequency corresponding to the base frequency as modified by the particular frequency adjustment value; receive a frequency offset value; select, based upon the frequency offset value, a particular frequency adjustment value from a plurality of frequency adjustment values; and provide an adjusted clock signal having a frequency corresponding to the base frequency as modified by the particular frequency adjustment value; a wireless communication circuit configured to: receive communication signals; and identify, from the communication signals, a set of received wireless communication pulses that have a pulse repetition frequency that corresponds to the adjusted clock signal; and receive communication signals; and identify, from the communication signals, a set of received wireless communication pulses that have a pulse repetition frequency that corresponds to the adjusted clock signal; and a processing circuit configured to apply a ranging protocol to the identified set of received communication pulses.
Refrigeration appliance having a housing (1,2) enclosing an interior, an assembly arranged in the interior which comprises a storage compartment for chunks of ice and a stirrer which is rotatable about an axis that extends through the storage compartment to move chunks of ice contained in the storage compartment in relation to each other and toward a dispensing passage that extends through the housing (1,2), and a closable flap (32; 56; 61; 71) is interposed between the storage compartment and the dispensing passage, characterised in that a pivotable arm engages in a longitudinal hole embodied on the flap and functioning as a connecting link in order to be able to drive a movement of the flap in opposite directions.
Chemical substance according to GLN-1062 for use as a medicament in the treatment of brain disease associated with cognitive impairment, wherein said treatment comprises transmucosal administration, selected from intranasal, sublingual or buccal administration of a therapeutically effective amount of a gluconate, saccharate or lactate salt of GLN 1062.
A method of controlling mattress humidity, comprising: sensing a humidity at a plurality of points on a mattress; determining at least one average humidity value based on the sensed humidity at the plurality of points; and performing a drying operation based on the determined average humidity values, wherein performing the drying operation includes operating at least one fan provided below the mattress to suction air and discharge air toward the mattress to dry the mattress, characterized in that performing the drying operation further includes operating a motor to raise at least one air dispenser. sensing a humidity at a plurality of points on a mattress; determining at least one average humidity value based on the sensed humidity at the plurality of points; and performing a drying operation based on the determined average humidity values, wherein performing the drying operation includes operating at least one fan provided below the mattress to suction air and discharge air toward the mattress to dry the mattress, characterized in that performing the drying operation further includes operating a motor to raise at least one air dispenser.
A crystal form A of compound 1, wherein the X-ray powder diffraction pattern thereof has characteristic diffraction peaks at the following 2θ angles: 11.30±0.2°, 16.90±0.2°, and 22.52±0.2°,
A fully implantable medical device, comprising: a body comprising an ultrasonic transducer configured to receive ultrasonic waves and convert energy from the ultrasonic waves into an electrical energy that powers the device; two or more electrodes in electrical communication with the ultrasonic transducer, wherein the electrodes are configured to electrically stimulate a splenic nerve or detect a splenic nerve activity; and a splenic nerve attachment member being a clip attached to the body, wherein the electrodes are located on the clip, and wherein the splenic nerve attachment member is sized and configured to attach the device to the splenic nerve and splenic artery and position the two or more electrodes in electrical communication with the splenic nerve, wherein the splenic nerve attachment member is configured to at least partially surround the splenic nerve and splenic artery and exert an inward pressure on the splenic nerve and splenic artery sufficient to hold the implantable medical device in place while tissue heals after insertion and not damage an epineurium or vascular walls. a body comprising an ultrasonic transducer configured to receive ultrasonic waves and convert energy from the ultrasonic waves into an electrical energy that powers the device; two or more electrodes in electrical communication with the ultrasonic transducer, wherein the electrodes are configured to electrically stimulate a splenic nerve or detect a splenic nerve activity; and a splenic nerve attachment member being a clip attached to the body, wherein the electrodes are located on the clip, and wherein the splenic nerve attachment member is sized and configured to attach the device to the splenic nerve and splenic artery and position the two or more electrodes in electrical communication with the splenic nerve, wherein the splenic nerve attachment member is configured to at least partially surround the splenic nerve and splenic artery and exert an inward pressure on the splenic nerve and splenic artery sufficient to hold the implantable medical device in place while tissue heals after insertion and not damage an epineurium or vascular walls.
A composition for use in a method of treating a mammal having a bone defect, which comprises a member of the bone morphogenic protein family, a calcium phosphate material, and an effective amount of an effervescent agent, wherein the composition forms granules upon exposure to physiological conditions, wherein the calcium phosphate material is a poorly crystalline apatitic calcium phosphate and the effervescent is sodium bicarbonate.
A connecting device for connecting an outlet of a beverage dispensing system via a dispensing line having a first inner diameter to a beverage container, the connecting device having an axial extension, comprising: - a first part having a first end and a second end and a first fluid channel extending between the first and second ends (4, 5) of the first part, the first part comprising, at the first end, piercing means adapted to pierce a membrane of the beverage container, and - a second part having a first end and a second end and a second fluid channel extending between the first and second ends (9, 10) of the second part, the second part comprising a first projecting element arranged at the first end of the second part, the first projecting element having a first radial length extending in a radial direction in relation to the second part, the second end of the second part being adapted to be connected with the dispensing line, the second end of the first part being connected with the first end of the second part to provide fluid communication between the first fluid channel and the second fluid channel, the first and second parts (3, 8) being connected by the first projecting element of the second part engaging into a corresponding recess or groove arranged at the second end of the first part, wherein the first part comprises a second projecting element, the second projecting element is adapted to engage into corresponding engagement means arranged on the beverage container or a part of the beverage container, the second projecting element having a second radial length extending in a radial direction in relation to the first part, the second radial length being larger than the first radial length, thereby the connection to the beverage container of the first part is greater than the connection between the first part and the second part, such that when pulling the second part and /or the beverage container the second part will be separated from the first part before the first part will be separated from the beverage container. - a first part having a first end and a second end and a first fluid channel extending between the first and second ends (4, 5) of the first part, the first part comprising, at the first end, piercing means adapted to pierce a membrane of the beverage container, and - a second part having a first end and a second end and a second fluid channel extending between the first and second ends (9, 10) of the second part, the second part comprising a first projecting element arranged at the first end of the second part, the first projecting element having a first radial length extending in a radial direction in relation to the second part, the second end of the second part being adapted to be connected with the dispensing line,
A portable communication device comprising: a housing; a display disposed within the housing; and at least one touch input device disposed within the housing, the touch input device being a touch strip electronically segmented into a plurality of key press areas (70, 72, 74) separated by grey zones (80, 82) and operatively coupled to touch input device control circuitry, wherein the touch input device control circuitry is configured to: detect a key press in a first key press area of the touch key input device; detect a key release in the first key press area; detect a key press in a second key press area adjacent to the first key press area; and transmit a scroll command if the key press in the second key press area is detected within a predetermined period of time relative to the key release in the first key press area. a housing; a display disposed within the housing; and at least one touch input device disposed within the housing, the touch input device being a touch strip electronically segmented into a plurality of key press areas (70, 72, 74) separated by grey zones (80, 82) and operatively coupled to touch input device control circuitry, detect a key press in a first key press area of the touch key input device; detect a key release in the first key press area; detect a key press in a second key press area adjacent to the first key press area; and transmit a scroll command if the key press in the second key press area is detected within a predetermined period of time relative to the key release in the first key press area.
A coating unit for coating a sample with material provided in form of a thread, comprising a thread conveyor, the thread conveyor comprising: - a first clamp and a second clamp for holding the thread there between, - a rotatable support for the first and the second clamp (43, 44), - deflection means for individually transforming the first and the second clamp (43, 44) from a closed position into an open position and back to a closed position in response to rotating the support, - a drive for rotating the support evoking an unwinding of the thread from a spool if being clamped by the first or the second clamp (43, 44) and clamping the unwound thread in the second or first clamp (44, 43) respectively in response to rotating the support, wherein each of the first and the second clamp (43, 44) comprises an element stationary with respect to the support and an element movable with respect to the stationary element for clamping the thread between, wherein each movable element is deflectable from the associate stationary element against a biasing force, wherein each movable element comprises a push rod (432, 442) the deflection means is capable to act on, and wherein each push rod (432, 442) reaches through a corresponding hole in the support. - a first clamp and a second clamp for holding the thread there between, - a rotatable support for the first and the second clamp (43, 44), - deflection means for individually transforming the first and the second clamp (43, 44) from a closed position into an open position and back to a closed position in response to rotating the support, - a drive for rotating the support evoking an unwinding of the thread from a spool if being clamped by the first or the second clamp (43, 44) and clamping the unwound thread in the second or first clamp (44, 43) respectively in response to rotating the support,
A battery system for storing electrical power and supplying electrical power comprising: a first battery cell having a first connector extending from the first battery cell, and a second battery cell having a second connector extending from the second battery cell, and each connector (3900a, b) extends from the respective battery cell, and toward one another and the connectors are engaged in an end-to-end manner at a connection region by a conductive block secured to the end portions of the arms using a bonding material having a melting point between 100°C and 450°C, wherein the conductive block has a trapezoidal shape a base portion of which is disposed at a gravitationally lower portion of the connection of the terminals. a first battery cell having a first connector extending from the first battery cell, and a second battery cell having a second connector extending from the second battery cell, and each connector (3900a, b) extends from the respective battery cell, and toward one another and the connectors are engaged in an end-to-end manner at a connection region by a conductive block secured to the end portions of the arms using a bonding material having a melting point between 100°C and 450°C,
Method for failsafe data transmission in a network having a plurality of network nodes (B1-B9), wherein the network is a time sensitive networking, TSN, network and all network nodes (B1-B9) are designed to support TSN standards, in which - data packets are transmitted from a transmitter to a receiver via at least two redundant paths (P1, P2) on which resources for the transmission are reserved at involved network nodes (B1-B9) using an identifier (VID1, VID2) assigned to the respective path (P1, P2), - a stream reservation protocol is used to reserve resources at the involved network nodes (B1-B9), wherein the stream reservation protocol is the stream reservation protocol or the resource allocation protocol, characterized in that, if, on account of a change caused by reorganization and/or expansion of the network, a new path (P3, P4) needs to be found for at least one affected path (P1, P2), - the previous reservations on all redundant paths (P1, P2) are retained, - a new, redundant path (P3, P4) is determined for the at least one affected path (P1, P2) and an attempt is made to reserve resources for the transmission at the involved network nodes (B1-B9) on this new path, wherein a new identifier (VID3, VID4) which is assigned to the new path (P3, P4) and differs from the previous identifiers (VID1, VID2) is used, and - if the new reservations on the at least one new path (P3, P4) are successful, the previous reservations on the at least one affected previous path (P1, P2) are removed and the transmission of data packets via the at least one affected previous path (P1, P2) is ended. - data packets are transmitted from a transmitter to a receiver via at least two redundant paths (P1, P2) on which resources for the transmission are reserved at involved network nodes (B1-B9) using an identifier (VID1, VID2) assigned to the respective path (P1, P2), - a stream reservation protocol is used to reserve resources at the involved network nodes (B1-B9), wherein the stream reservation protocol is the stream reservation protocol or the resource allocation protocol, - the previous reservations on all redundant paths (P1, P2) are retained, - a new, redundant path (P3, P4) is determined for the at least one affected path (P1, P2) and an attempt is made to reserve resources for the transmission at the involved network nodes (B1-B9) on this new path, wherein a new identifier (VID3, VID4) which is assigned to the new path (P3, P4) and differs from the previous identifiers (VID1, VID2) is used, and - if the new reservations on the at least one new path (P3, P4) are successful, the previous reservations on the at least one affected previous path (P1, P2) are removed and the transmission of data packets via the at least one affected previous path (P1, P2) is ended.
A resume printing method, adapted for a three-dimensional printing device, comprising: executing a plurality of printing commands sequentially to control a print head of the 3D printing device for printing; adding a count value by 1 when a printing command is executed; periodically recording the count value in a non-volatile memory according to a predetermined cycle; and when a printing interruption occurs, obtaining a first printing command executed while the printing interruption occurs and resuming printing according to the first printing command, wherein the step of resuming printing according to the first printing command comprises: when the printing interruption occurs, reading the count value stored in the non-volatile memory to obtain the first printing command corresponding to the count value and obtain a time period from a time when the 3D printing device started executing the first printing command to a time when the printing interruption occurred; calculating an interruption position when the printing interruption occurred according to the first printing command, a second printing command executed before the first printing command and the time period; and resuming printing from the interruption position according to the first printing command. executing a plurality of printing commands sequentially to control a print head of the 3D printing device for printing; adding a count value by 1 when a printing command is executed; periodically recording the count value in a non-volatile memory according to a predetermined cycle; and when a printing interruption occurs, obtaining a first printing command executed while the printing interruption occurs and resuming printing according to the first printing command, wherein the step of resuming printing according to the first printing command comprises: when the printing interruption occurs, reading the count value stored in the non-volatile memory to obtain the first printing command corresponding to the count value and obtain a time period from a time when the 3D printing device started executing the first printing command to a time when the printing interruption occurred; calculating an interruption position when the printing interruption occurred according to the first printing command, a second printing command executed before the first printing command and the time period; and resuming printing from the interruption position according to the first printing command. when the printing interruption occurs, reading the count value stored in the non-volatile memory to obtain the first printing command corresponding to the count value and obtain a time period from a time when the 3D printing device started executing the first printing command to a time when the printing interruption occurred; calculating an interruption position when the printing interruption occurred according to the first printing command, a second printing command executed before the first printing command and the time period; and resuming printing from the interruption position according to the first printing command.
An axial air movement fan comprising a hub with a plurality of elongate fan blades extending generally radially outwardly therefrom, wherein each fan blade is at least partially hollow and at least one damping mass is located within the hollow part, the mass being at least partially provided by a resilient plate, one edge of which is secured to the fan blade to form a cantilever, and being secured to the fan blade in such a way as to oscillate relative to the fan blade in response to oscillatory flexing of the fan blade in a first plane, thereby to damp the flexing of the fan blade, characterised in that, the end of the plate remote from said secured end being held in a guide device to constrain its movement in a controlled manner when the plate is oscillating, and wherein a further guide device is located between the secured end of the plate and the first guide device and engages the plate in such a way as to enable the natural frequency of oscillation of the mass to be adjusted to match the natural frequency of the fan blade.
A method for operating a network, wherein a SDN, Software-defined Networking, functionality between at least some of a plurality of elements of the network is realized by at least one controller, wherein a secure proof of at least one network property is provided and wherein the secure proof of the at least one network property is provided by the SDN functionality, characterized in that a network user connects to the controller that governs the network user's domain using a secure ENI, Endpoint-to-Network Interface, for requesting a network property and that the network user's domain governing controller generates a secure certificate that contains a statement certifying that the requested network property will be provided and contains a signature encapsulating this secure certificate.