mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a shaft that is configured for insertion into a human body and a rod, wherein the shaft houses the rod, an element coupled to a distal tip of the rod, wherein the distal tip of the rod provides an internal structure for the element; and a handle coupled to a proximal end of the rod, wherein the handle includes a top, a bottom, and sides and wherein the handle is configured to be actuated into a first position by pressing the top toward the bottom along a first direction so as to cause deployment of the element from the shaft and wherein the handle is configured to be actuated into a second position by pressing the sides together along a second direction so as to cause retraction of the element into the shaft, wherein the first direction is perpendicular to the second direction. a shaft that is configured for insertion into a human body and a rod, wherein the shaft houses the rod, an element coupled to a distal tip of the rod, wherein the distal tip of the rod provides an internal structure for the element; and a handle coupled to a proximal end of the rod, wherein the handle includes a top, a bottom, and sides and wherein the handle is configured to be actuated into a first position by pressing the top toward the bottom along a first direction so as to cause deployment of the element from the shaft and wherein the handle is configured to be actuated into a second position by pressing the sides together along a second direction so as to cause retraction of the element into the shaft, wherein the first direction is perpendicular to the second direction.
A control method for agricultural or industrial operating machine comprising a drive unit provided with means configured to allow the autonomous movement of the machine itself in a work area and a tool couplable to the drive unit by connection and support means; the tool is configured to carry out a specific work operation; the method comprising the following steps: a) storing, in an RFID unit, data characterising the type of tool and its technical features; b) stably arranging the RFID unit on the tool; c) prearranging, on the machine, a reading unit for reading the RFID unit; d) connecting the tool to the machine by the connection and support means; e) automatically establishing a short-range wireless connection between the reading unit and the RFID unit in order to recognise a correct coupling of the tool and send the data characterising the type of tool installed and its technical features to the reading unit; f) setting up the settings of operating units of the machine based on the values of the characterising data taken in step e); the operating units of the machine are configured to provide the mechanical or hydraulic power to actuate mobile parts of the tool; g) enabling the operation of the machine at the end of step e); and h) starting a step of use of the machine; the method being characterised in that it comprises: i) setting up safe work settings based on the values of the characterising data taken in step e); the safe work settings comprise combinations of permissible ranges of determined work parameters, l) detecting the actual values of said work parameters during use; m) activating safety actions or stopping of the machine and/or of the tool in the case where the actual value of one or more of said work parameters falls outside a relative permissible range. a) storing, in an RFID unit, data characterising the type of tool and its technical features; b) stably arranging the RFID unit on the tool; c) prearranging, on the machine, a reading unit for reading the RFID unit; d) connecting the tool to the machine by the connection and support means; e) automatically establishing a short-range wireless connection between the reading unit and the RFID unit in order to recognise a correct coupling of the tool and send the data characterising the type of tool installed and its technical features to the reading unit; f) setting up the settings of operating units of the machine based on the values of the characterising data taken in step e); the operating units of the machine are configured to provide the mechanical or hydraulic power to actuate mobile parts of the tool; g) enabling the operation of the machine at the end of step e); and h) starting a step of use of the machine; i) setting up safe work settings based on the values of the characterising data taken in step e); the safe work settings comprise combinations of permissible ranges of determined work parameters, l) detecting the actual values of said work parameters during use; m) activating safety actions or stopping of the machine and/or of the tool in the case where the actual value of one or more of said work parameters falls outside a relative permissible range.
Method for determining a temperature of a hydraulic oil of a hydrostat comprising a hydraulic pump adapted to be driven in rotation by a prime mover and a hydraulic motor operatively connected to a vehicle wheel (Wheels), the hydraulic motor being operatively associated with the hydraulic pump by means of a hydraulic delivery line and a hydraulic return line of the hydraulic fluid, the hydraulic pump being associated in a group to a booster pump, adapted to be driven in rotation by the prime mover and configured to pressurize said hydraulic return line through a mechanical regulating valve, calibrated to pressurize the hydraulic return line at least as a function of the hydraulic oil temperature, the method for determining the temperature of the hydraulic oil including a first step (step 1) of acquiring a pressure value of the hydraulic return line and a consequent second step (step 2) of converting said pressure value into a first temperature value based on the setting of the regulating valve, the method is characterized in that said regulating valve is calibrated to pressurize the return line as a function of the temperature of the hydraulic oil and the flow generated by the booster pump, and wherein the valve calibration is mapped to a look up table 3D able to relate a pressure and a flow, generated by the booster pump, with a temperature of the hydraulic oil.
A spectrometer comprising: a light filter; and a sensing unit configured to receive light transmitted through the light filter, wherein the sensing unit comprises an image sensor, and wherein the light filter is provided on the sensing unit and comprises at least one filter, wherein the at least one filter comprises: (a) a liquid spectrum modulation layer having different transmittance spectra according to different positions on the at least one filter, wherein the liquid spectrum modulation layer has different thicknesses according to the different positions on the at least one filter, and wherein the liquid spectrum modulation layer comprises a solution comprising a light absorption modulation material dispersed in a predetermined solvent; and (b) a filter frame comprising an inner space filled with the liquid spectrum modulation layer, wherein the filter frame is formed of an optically transparent material, and wherein the liquid spectrum modulation layer has a shape corresponding to the inner space of the filter frame. a light filter; and a sensing unit configured to receive light transmitted through the light filter, wherein the sensing unit comprises an image sensor, and wherein the light filter is provided on the sensing unit and comprises at least one filter, wherein the at least one filter comprises: (a) a liquid spectrum modulation layer having different transmittance spectra according to different positions on the at least one filter, wherein the liquid spectrum modulation layer has different thicknesses according to the different positions on the at least one filter, and wherein the liquid spectrum modulation layer comprises a solution comprising a light absorption modulation material dispersed in a predetermined solvent; and (b) a filter frame comprising an inner space filled with the liquid spectrum modulation layer, wherein the filter frame is formed of an optically transparent material, and wherein the liquid spectrum modulation layer has a shape corresponding to the inner space of the filter frame. (a) a liquid spectrum modulation layer having different transmittance spectra according to different positions on the at least one filter, wherein the liquid spectrum modulation layer has different thicknesses according to the different positions on the at least one filter, and wherein the liquid spectrum modulation layer comprises a solution comprising a light absorption modulation material dispersed in a predetermined solvent; and (b) a filter frame comprising an inner space filled with the liquid spectrum modulation layer, wherein the filter frame is formed of an optically transparent material, and wherein the liquid spectrum modulation layer has a shape corresponding to the inner space of the filter frame.
A method of nondestructive and contactless testing of components, wherein ultrasonic waves are irradiated onto the surface of the component at a predefinable, non-perpendicular angle of incidence using an ultrasonic transmission sound transducer spaced apart from the surface of the component and ultrasonic waves reflected from the surface of the component are detected, wherein the ultrasonic intensity of the ultrasonic waves reflected at the surface of the component detected by the antenna array elements of an ultrasonic antenna array configured for detecting ultrasonic waves is detected, wherein a detection of the spatial intensity profile of the reflected ultrasonic waves by interference of ultrasonic waves being directly reflected at the surface of the component is performed using ultrasonic waves which are radiated from ultrasonic waves being guided at the surface of the component, and the phase shift of the ultrasonic waves guided at the surface of the test body is determined therefrom with respect to the ultrasonic waves directly reflected at the surface of the component.
A salt of 3-methyl-1-phenyl-2-pyrazolin-5-one (edaravone), wherein the salt is 3-methyl-1-phenyl-2-pyrazolin-5-one hemi-napadisylate or 3-methyl-1-phenyl-2-pyrazolin-5-one napadisylate.
A data intermediary system, comprising: a processor; and a storage unit, wherein the storage unit stores therein usage information indicating usage of a plurality of services that a user has used in the past; wherein the processor acquires information indicating a data item that needs to be provided by a user as required by a provider of a first service that the user wishes to use, based on terms of use of the first service, selects a second service from the plurality of services that the user has used in the past, based on the usage information, extracts a difference between the data items that needs to be provided based on the terms of use of the first service and data items provided based on terms of use of the second service, outputs information indicating the extracted difference, and controls, upon receiving information indicating that the user has accepted the terms of use of the first service, a flow of data from a provider holding the data that needs to be provided based on the terms of use of the first service to the provider that provides the first service. a processor; and a storage unit, wherein the storage unit stores therein usage information indicating usage of a plurality of services that a user has used in the past; wherein the processor acquires information indicating a data item that needs to be provided by a user as required by a provider of a first service that the user wishes to use, based on terms of use of the first service, selects a second service from the plurality of services that the user has used in the past, based on the usage information, extracts a difference between the data items that needs to be provided based on the terms of use of the first service and data items provided based on terms of use of the second service, outputs information indicating the extracted difference, and controls, upon receiving information indicating that the user has accepted the terms of use of the first service, a flow of data from a provider holding the data that needs to be provided based on the terms of use of the first service to the provider that provides the first service.
A method, comprising: establishing a communication range between a transmitter unit and a receiver unit by placing the receiver unit within a predetermined distance from the transmitter unit; receiving an encoded data packet at the transmitter unit when the receiver unit is within the predetermined distance, the encoded data packet including at least one close proximity command and a communication identifier; decoding the received data packet; validating the decoded received data packet; executing one or more routines associated with the respective one or more close proximity commands when the decoded received data packet is validated; characterized in that the executed one or more routines includes transmitting analyte related data. establishing a communication range between a transmitter unit and a receiver unit by placing the receiver unit within a predetermined distance from the transmitter unit; receiving an encoded data packet at the transmitter unit when the receiver unit is within the predetermined distance, the encoded data packet including at least one close proximity command and a communication identifier; decoding the received data packet; validating the decoded received data packet; executing one or more routines associated with the respective one or more close proximity commands when the decoded received data packet is validated; characterized in that
A photovoltaic concentrator module having a lens plate, a base plate on which solar cells are accommodated, and a frame which is arranged to run peripherally along the edge of the lens plate and the base plate in such a way as to connect the lens plate and the base plate, characterised in that there are arranged to run peripherally along the frame, at least over part of the length of the frame, between the lens plate and the frame and/or the base plate and the frame, on the one hand at least one first sealing compound and/or adhesive compound and on the other at least one second sealing compound, wherein the two sealing and/or adhesive compounds differ in respect of their curing times and/or gas permeability, and at least one of the at least one first sealing compounds and/or at least one of the at least one second sealing compounds includes or comprises butyl cord and/or elastic silicone.
A compressor, comprising: a gear box comprising a retaining bore; and a seal assembly, comprising: a segmented oil seal; and a segmented gas seal, wherein the segmented oil seal and the segmented gas seal are each disposed about a rotor of the compressor, axially abut one another within the retaining bore, and cooperatively form an outer radial contour of the seal assembly that is retained by the retaining bore, wherein the retaining bore has complementary first and second shoulders (71 and 73) axially facing each other about a cavity to axially retain the segmented oil seal and the segmented gas seal, such that the oil seal engages with the first shoulder and the gas seal engages with the second shoulder. a gear box comprising a retaining bore; and a seal assembly, comprising: a segmented oil seal; and a segmented gas seal, a segmented oil seal; and a segmented gas seal, wherein the segmented oil seal and the segmented gas seal are each disposed about a rotor of the compressor, axially abut one another within the retaining bore, and cooperatively form an outer radial contour of the seal assembly that is retained by the retaining bore, wherein the retaining bore has complementary first and second shoulders (71 and 73) axially facing each other about a cavity to axially retain the segmented oil seal and the segmented gas seal, such that the oil seal engages with the first shoulder and the gas seal engages with the second shoulder.
Arrangement for the cultivation of horticultural products, more specifically mushrooms, the arrangement comprising a first and a second rack (4,5) arranged adjacent and aligned with each other such as to provide a working space between the first and the second rack, wherein each rack (4, 5) comprises a plurality of support structures arranged at respective support heights for supporting at a plurality of heights in each rack (4, 5) cultivation packages comprising the horticultural products, and such that the support heights of the first and the second rack are aligned with each other; wherein each support structure comprises one or more guiding members for guiding a cultivation package along a horizontal movement, characterized in that the arrangement further comprises moving means arranged for cooperating with the cultivation packages, for moving of the packages from the first to the second rack or from the second to the first rack via the working space; wherein the arrangement is arranged for receiving or supporting a plurality of said cultivation packages, such that at most a single cultivation package is supported at each of the aligned support heights in the arrangement, for enabling the packages to be alternatingly supported in either the first or the second rack across the aligned support heights; further comprising an operator platform arranged contiguous to the working space on at least one side thereof, the platform being moveable in a vertical direction to enable working by an operator at the support heights. wherein each rack (4, 5) comprises a plurality of support structures arranged at respective support heights for supporting at a plurality of heights in each rack (4, 5) cultivation packages comprising the horticultural products, and such that the support heights of the first and the second rack are aligned with each other; wherein each support structure comprises one or more guiding members for guiding a cultivation package along a horizontal movement, characterized in that the arrangement further comprises moving means arranged for cooperating with the cultivation packages, for moving of the packages from the first to the second rack or from the second to the first rack via the working space; wherein the arrangement is arranged for receiving or supporting a plurality of said cultivation packages, such that at most a single cultivation package is supported at each of the aligned support heights in the arrangement, for enabling the packages to be alternatingly supported in either the first or the second rack across the aligned support heights; further comprising an operator platform arranged contiguous to the working space on at least one side thereof, the platform being moveable in a vertical direction to enable working by an operator at the support heights.
A method of wireless communication, performed by an eNode B, comprising: receiving, at the eNodeB, a signal including a signal from a first user equipment (214, 306, 750, 806, 808, 816), UE, served by the eNodeB, and a signal from a second UE (214, 306, 750, 806, 808, 816) in communication with a neighboring eNodeB; obtaining system information of the neighboring eNodeB, wherein obtaining said system information comprises requesting a third UE (214, 306, 750, 806, 808, 816) to obtain the system information from the neighboring eNodeB, wherein the system information is obtained from the third UE (214, 306, 750, 806, 808, 816); and processing the received signal based on the system information in order to enhance the received signal with respect to the signal from the second UE (214, 306, 750, 806, 808, 816) and to thereby improve the communication with the first UE (214, 306, 750, 806, 808, 816) served by the eNodeB, wherein the system information includes information for decoding a transmission from the second UE (214, 306, 750, 806, 808, 816) in communication with the neighboring eNodeB. receiving, at the eNodeB, a signal including a signal from a first user equipment (214, 306, 750, 806, 808, 816), UE, served by the eNodeB, and a signal from a second UE (214, 306, 750, 806, 808, 816) in communication with a neighboring eNodeB; obtaining system information of the neighboring eNodeB, wherein obtaining said system information comprises requesting a third UE (214, 306, 750, 806, 808, 816) to obtain the system information from the neighboring eNodeB, wherein the system information is obtained from the third UE (214, 306, 750, 806, 808, 816); and processing the received signal based on the system information in order to enhance the received signal with respect to the signal from the second UE (214, 306, 750, 806, 808, 816) and to thereby improve the communication with the first UE (214, 306, 750, 806, 808, 816) served by the eNodeB, wherein the system information includes information for decoding a transmission from the second UE (214, 306, 750, 806, 808, 816) in communication with the neighboring eNodeB.
A straddle type vehicle with an approach notification device comprising: an obstacle detection means for detecting an obstacle located around an own vehicle; an approach determination means for detecting an approaching state that the obstacle is located within a predetermined distance from the own vehicle; and a notification means (25, 26) configured to start its operation under the condition that a winker device is operated in the direction of the location of the obstacle in a condition where the approaching state is determined; characterized in that a winker manipulator is supported on a handle switch which is fixed on a steering handle of the own vehicle, and is provided to operate said winker device, said winker manipulator being configured to operate a direction indicator by being tilted leftward and rightward. an obstacle detection means for detecting an obstacle located around an own vehicle; an approach determination means for detecting an approaching state that the obstacle is located within a predetermined distance from the own vehicle; and a notification means (25, 26) configured to start its operation under the condition that a winker device is operated in the direction of the location of the obstacle in a condition where the approaching state is determined; characterized in that a winker manipulator is supported on a handle switch which is fixed on a steering handle of the own vehicle, and is provided to operate said winker device, said winker manipulator being configured to operate a direction indicator by being tilted leftward and rightward.
A lump comprising 100 parts by mass of ethylene copolymer which comprises a structural unit derived from ethylene, a structural unit derived from α-olefin having 3 to 20 carbon atoms, and a structural unit derived from at least one component selected from the group consisting of (c-1) polyene and (c-2) cyclic olefin, and which satisfies to below, and 750 to 2,000 parts by mass of plasticizer; wherein the structural unit derived from ethylene represents 50 to 90 mol% in 100 mol% of a total of the structural unit derived from component, the structural unit derived from component, and the structural unit derived from component in copolymer, the structural unit derived from component represents 1.0 to 5.0 mol% in 100 mol% of a total of the structural unit derived from component, the structural unit derived from component, and the structural unit derived from component in copolymer, and an intrinsic viscosity [η] of ethylene copolymer measured in a decalin solution of 135°C is 7.8 to 13.0 dl/g. the structural unit derived from ethylene represents 50 to 90 mol% in 100 mol% of a total of the structural unit derived from component, the structural unit derived from component, and the structural unit derived from component in copolymer, the structural unit derived from component represents 1.0 to 5.0 mol% in 100 mol% of a total of the structural unit derived from component, the structural unit derived from component, and the structural unit derived from component in copolymer, and an intrinsic viscosity [η] of ethylene copolymer measured in a decalin solution of 135°C is 7.8 to 13.0 dl/g.