mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic motor, comprising: a vibrator including a piezoelectric element and a contact surface to be brought into contact with a member to be driven, the vibrator driving the member to be driven by an ultrasonic vibration excited by the piezoelectric element; a rigid holding part configured to hold the vibrator; a pressurization unit (106, 107) configured to apply a bias force for biasing the holding part toward the member to be driven so as to impress the contact surface against the member to be driven; and a fixing unit configured to support the pressurization unit (106, 107), characterized in that the holding part holds the vibrator on both sides of the contact surface in a driving direction of the member to be driven, the vibrator comprises: a plate part including a projection part forming the contact surface to be brought into contact with the member to be driven, and the piezoelectric element; a junction part joined to the holding part configured to hold the vibrator; and a connection part configured to connect the junction part and the plate part; and the connection part has a higher vibration damping rate than the plate part, and the holding part is inclinable to the fixing unit. a vibrator including a piezoelectric element and a contact surface to be brought into contact with a member to be driven, the vibrator driving the member to be driven by an ultrasonic vibration excited by the piezoelectric element; a rigid holding part configured to hold the vibrator; a pressurization unit (106, 107) configured to apply a bias force for biasing the holding part toward the member to be driven so as to impress the contact surface against the member to be driven; and a fixing unit configured to support the pressurization unit (106, 107), characterized in that the holding part holds the vibrator on both sides of the contact surface in a driving direction of the member to be driven, the vibrator comprises: a plate part including a projection part forming the contact surface to be brought into contact with the member to be driven, and the piezoelectric element; a junction part joined to the holding part configured to hold the vibrator; and a connection part configured to connect the junction part and the plate part; and a plate part including a projection part forming the contact surface to be brought into contact with the member to be driven, and the piezoelectric element; a junction part joined to the holding part configured to hold the vibrator; and a connection part configured to connect the junction part and the plate part; and the connection part has a higher vibration damping rate than the plate part, and the holding part is inclinable to the fixing unit.
Control device for a conveyor for transporting products conveyor for transporting products having a processor which generates control signals for at least one drive motor, operated in stop-and-go mode, of a transport section (110; 120; 130) of the conveyor for transporting products; wherein - the processor is configured, when stopping the transport section (110; 120; 130) of the conveyor for transporting products, to control the drive motor by means of a phase-cut on and/or phase-cut off in such a manner that the torque (M(t)) generated by the drive motor is reduced in accordance with an adjustable stop function, and - the processor adjusts the stop function in dependence on detected process data of the transport section (110; 120; 130) wherein the detected process data comprise information about a current operating temperature. - the processor is configured, when stopping the transport section (110; 120; 130) of the conveyor for transporting products, to control the drive motor by means of a phase-cut on and/or phase-cut off in such a manner that the torque (M(t)) generated by the drive motor is reduced in accordance with an adjustable stop function, and - the processor adjusts the stop function in dependence on detected process data of the transport section (110; 120; 130) wherein the detected process data comprise information about a current operating temperature.
An anode for use in an electrolysis process for production of aluminium in cells of Hall-Heroult type, the anode comprises an anode hanger (101; 1) and a body or block (120; 20) of calcinated carbonaceous material connected with an electrical current lead, where said current lead being connected with an anode rod (103; 3) being part of the anode hanger (101; 1), wherein the current lead is embedded in a recess in top of said carbonaceous block (120; 20), the recess being wider than the lead and being filled with an electric conductive particulate material only, and further that the current lead and the block of calcinated carbonaceous material are connected by mechanical fixation means, characterised in that the current lead comprises at least one metallic suspension plate(s) (104; 4, 4') of a metallic material and having at least two rodding plates (105, 105ʺʺ; 5, 5') at least partly embedded by their lower parts in corresponding recesses (113, 113""; 13, 13') in the top of the carbonaceous block (120; 20), the rodding plates (105, 105""; 5, 5') having a smaller thickness than that of the suspension plate(s) (104; 4, 4'), and, where the suspension plate(s) (104; 4, 4') is electrically connected with the anode rod (103; 3) at its upper part and further with the anode rod (103; 3) via one or more connecting members (106, 106'; 6, 6').
High-pressure cleaning appliance (10; 120) having a motor-pump unit which comprises a motor and a pump driven by the motor, wherein the pump comprises a pump head with a first connecting element for connecting a liquid supply line and with a second connecting element for connecting a liquid discharge line, and having a housing which surrounds the motor-pump unit, wherein the housing comprises a first housing part and a second housing part, wherein the first housing part comprises two half-shells (34, 36) which together surround in circumferential direction the motor-pump unit in a region remote from the pump head and on which half-shells (34, 36) the motor pump unit is held, and wherein the second housing part is detachably connected to the first housing part and forms a tub-like receptacle into which the pump head dips, characterized in that the two half-shells (34, 36) in a use position of the high-pressure cleaning appliance (10; 120) sit on the second housing part, wherein the high-pressure cleaning appliance comprises a U-shaped push bar which is displaceable back and forth between an inserted position and an extended position and which has two legs (106, 108) which are connected to each other by a handle, wherein the two legs (106, 108) are each displaceably held on a bearing element (100, 102) which is arranged on a half-shell (34, 36), wherein the second housing part comprises two openings (80, 82) which are each in alignment with a bearing element (100, 102), wherein in each case one end region of a leg (106, 108) remote from the handle is insertible into the openings (80, 82), and wherein the legs (106, 108) are positionable at a distance from the housing in the region between the bearing elements (100, 102) and the openings (80, 82) on the outer side of the housing.
A spray deposition system, comprising: a corona charging system configured to deposit a charge on fluid droplets generated by a spray generator; focusing electrodes configured to focus and collimate the charged fluid droplets to form a tight fluid droplet stream; a droplet deposition system configured to deposit the charged fluid droplets onto a substrate; and a charge removal system configured to neutralize the charge on the charged fluid droplets that are deposited on the substrate, and characterised in that, the charge removal system is configured to apply a corona charge to the directed fluid droplets of an opposite charge to the charge deposited by the corona charging system to form the droplet deposition stream of neutralized fluid droplets. a corona charging system configured to deposit a charge on fluid droplets generated by a spray generator; focusing electrodes configured to focus and collimate the charged fluid droplets to form a tight fluid droplet stream; a droplet deposition system configured to deposit the charged fluid droplets onto a substrate; and a charge removal system configured to neutralize the charge on the charged fluid droplets that are deposited on the substrate, and characterised in that, the charge removal system is configured to apply a corona charge to the directed fluid droplets of an opposite charge to the charge deposited by the corona charging system to form the droplet deposition stream of neutralized fluid droplets.
The mode of operation of the system for monitoring the vehicle security, where the system comprises an on-board communication unit on the side of the vehicle, a receiving device with at least one motion sensor designed to detect the movement activity of the user and with a screen, a remote server communicatively connected to the on-board communication unit and receiving device and a monitoring unit on the side of the vehicle connected to the on-board communication unit, which is designed to monitor at least the closing of vehicle doors and/or windows, the switching off of the vehicle engine and the transmission of information on the state of the doors and/or windows to the on-board communication unit, characterized in that it comprises the following steps: - Detection of the switching off of the vehicle engine by the monitoring unit, wherein the monitoring unit first detects the switching off of the vehicle engine, whereby the process of using the system for the monitoring of the vehicle security is initiated; - Subsequent detection of the opening of the doors by the monitoring unit; - Monitoring at least of the state of the vehicle door and/or window by the monitoring unit; - Transmission of information on the door and/or window state to the on-board communication unit and subsequently to the remote server; - Detection of the movement activity of the user by the motion sensor until the threshold value of the movement activity of the user is exceeded; - and when the threshold value of the movement activity of the user is exceeded the transmission of a request from the receiving device to send the state information of the doors and/or windows from the remote server to the receiving device, wherein this information is displayed as notification on the screen of the receiving device. - Detection of the switching off of the vehicle engine by the monitoring unit, wherein the monitoring unit first detects the switching off of the vehicle engine, whereby the process of using the system for the monitoring of the vehicle security is initiated; - Subsequent detection of the opening of the doors by the monitoring unit; - Monitoring at least of the state of the vehicle door and/or window by the monitoring unit; - Transmission of information on the door and/or window state to the on-board communication unit and subsequently to the remote server; - Detection of the movement activity of the user by the motion sensor until the threshold value of the movement activity of the user is exceeded; - and when the threshold value of the movement activity of the user is exceeded the transmission of a request from the receiving device to send the state information of the doors and/or windows from the remote server to the receiving device, wherein this information is displayed as notification on the screen of the receiving device.
A display device, comprising: a display; a voice input receiver; and a processor configured to: execute a plurality of programs, control the display to display an image of at least one of the plurality of programs, receive a user voice input through the voice input receiver from at least one of a plurality of devices (110, 120), identify a program corresponding to a device (110, 120) receiving the user voice input among the plurality of programs based on matching information corresponding to a mutual correspondence between the plurality of programs and the plurality of devices (110, 120), and control the identified program to operate according to a user command corresponding to the received user voice input, wherein the processor is configured to: identify the program corresponding to the device among the plurality of programs based on information on a category of a main function performed by the device receiving the user voice input or information on whether the device receiving the user voice input is a device set as a main external device or a device set as a sub external device. a display; a voice input receiver; and a processor configured to: execute a plurality of programs, control the display to display an image of at least one of the plurality of programs, receive a user voice input through the voice input receiver from at least one of a plurality of devices (110, 120), identify a program corresponding to a device (110, 120) receiving the user voice input among the plurality of programs based on matching information corresponding to a mutual correspondence between the plurality of programs and the plurality of devices (110, 120), and control the identified program to operate according to a user command corresponding to the received user voice input, wherein the processor is configured to: identify the program corresponding to the device among the plurality of programs based on information on a category of a main function performed by the device receiving the user voice input or information on whether the device receiving the user voice input is a device set as a main external device or a device set as a sub external device. execute a plurality of programs, control the display to display an image of at least one of the plurality of programs, receive a user voice input through the voice input receiver from at least one of a plurality of devices (110, 120), identify a program corresponding to a device (110, 120) receiving the user voice input among the plurality of programs based on matching information corresponding to a mutual correspondence between the plurality of programs and the plurality of devices (110, 120), and control the identified program to operate according to a user command corresponding to the received user voice input, wherein the processor is configured to: identify the program corresponding to the device among the plurality of programs based on information on a category of a main function performed by the device receiving the user voice input or information on whether the device receiving the user voice input is a device set as a main external device or a device set as a sub external device.
A austenitic stainless steel characterized by having a chemical composition consisting of: in mass%, C: at most 0.04%; Si: 2.5-7.0%; Mn: at most 10%; P at most 0.03%; S: at most 0.03%; N: at most 0.035%; sol. Al: at most 0.03%; Cr: 7-20%; Ni: 10-22%; one or more types selected from Nb, Ti, Ta and Zr: 0.05-0.7% in total; and the remainder being Fe and impurities, wherein a total amount of B 1 type inclusions is not more than 0.03% by area% and the austenitic stainless steel comprises at most 0.06% of SiO 2, which is a A 2 type inclusion.
A cyclodextrin composition comprising one or more radiation polymerizable monomers and a cyclodextrin inclusion complex, the cyclodextrin inclusion complex comprising a cyclodextrin compound and an olefinic inhibitor of an ethylene generation in produce, the olefinic inhibitor comprising a compound having the structure wherein each of R 1, R 2 are independently hydrogen or a C 1-16 hydrocarbyl group and R 3 and R 4 are independently hydrogen or a C 1-16 hydrocarbyl group with the proviso that at least one of R 1 or R 2 is methyl.
A method for diagnostic checking of a variable memory in a safety critical system in order to detect variable memory failures; wherein the safety critical system comprises a central processing unit with an operating system, an internal volatile memory internal to the CPU and an external volatile memory comprising the variable memory; and wherein the CPU can access a plurality of address spaces including one or more address spaces of the external volatile memory that are utilised by the operating system and/or by a safety critical application of the safety critical system during normal use of the safety critical system; the method comprising: (i) running a memory checking algorithm, wherein diagnostic code and data of the memory checking algorithm are in the internal volatile memory, and wherein the memory checking algorithm is for detecting variable memory failures; (ii) suspending operation of a scheduler of the operating system and switching CPU execution context to the internal volatile memory, such that the CPU utilises the internal volatile memory in place of the memory spaces of the external volatile memory that are utilised for the operating system and/or the safety critical application during normal use of the safety critical system; (iii) using the memory checking algorithm to check the memory address spaces of the external volatile memory including those that were utilised by the operating system and/or the safety critical application to thereby check all memory spaces of the external volatile memory; and (iv) switching CPU execution context back to the external volatile memory and resuming operation of the scheduler of the operating system. (i) running a memory checking algorithm, wherein diagnostic code and data of the memory checking algorithm are in the internal volatile memory, and wherein the memory checking algorithm is for detecting variable memory failures; (ii) suspending operation of a scheduler of the operating system and switching CPU execution context to the internal volatile memory, such that the CPU utilises the internal volatile memory in place of the memory spaces of the external volatile memory that are utilised for the operating system and/or the safety critical application during normal use of the safety critical system; (iii) using the memory checking algorithm to check the memory address spaces of the external volatile memory including those that were utilised by the operating system and/or the safety critical application to thereby check all memory spaces of the external volatile memory; and (iv) switching CPU execution context back to the external volatile memory and resuming operation of the scheduler of the operating system.
A method of programming a memory device, the memory device includes a NAND flash memory, which comprises a plurality of memory cells (C(1,1) to C(P,N)) arranged in N rows (R to R), N being a positive integer, characterized by the method comprising: programming a 2m th row, m being an integer between 1 and N/2; and immediately after programming the 2m th row, programming a 2m-1 th row; wherein even rows closer to a first row of the N rows are programmed before even rows farther away from the first row, wherein the 2m th row is programmed by applying an even row programming pulse generated using an even row programming step size; the 2m-1 th row is programmed by applying an odd row programming pulse generated using an odd row programming step size; and the odd row programming step size exceeds the even row programming step size. programming a 2m th row, m being an integer between 1 and N/2; and immediately after programming the 2m th row, programming a 2m-1 th row; wherein even rows closer to a first row of the N rows are programmed before even rows farther away from the first row, wherein the 2m th row is programmed by applying an even row programming pulse generated using an even row programming step size; the 2m-1 th row is programmed by applying an odd row programming pulse generated using an odd row programming step size; and the odd row programming step size exceeds the even row programming step size.
An interbody spacer system for insertion between a first vertebra and a second vertebra, characterised by comprising: an interbody spacer having an outer wall (106, 108, 110, 112) and a first surface for engaging an endplate of the first vertebra and a second surface for engaging an endplate of the second vertebra; a first entry aperture in the outer wall and a first exit aperture on the first surface; a first curved path in communication with the first entry aperture and the first exit aperture; and a first curved blade that enters the first entry aperture and exits through the first exit aperture to secure the spacer to the first vertebra. an interbody spacer having an outer wall (106, 108, 110, 112) and a first surface for engaging an endplate of the first vertebra and a second surface for engaging an endplate of the second vertebra; a first entry aperture in the outer wall and a first exit aperture on the first surface; a first curved path in communication with the first entry aperture and the first exit aperture; and a first curved blade that enters the first entry aperture and exits through the first exit aperture to secure the spacer to the first vertebra.
A method of partially insulating an interior space of a pre-formed fluted core panel, the fluted core panel comprising a first facesheet, a second facesheet spaced apart from the first facesheet, and webs between the first facesheet and second facesheet, the interior space defined between the first facesheet, the second facesheet, and adjacent webs, the method comprising: positioning a spacer in a first portion of the interior space; positioning a membrane between the spacer and a second portion of the interior space; positioning insulation in the second portion of the interior space, the membrane being interposed between the spacer and the insulation; pressing the membrane against the spacer; curing the membrane while the membrane is pressed against the spacer; and removing the spacer from the first portion of the interior space. positioning a spacer in a first portion of the interior space; positioning a membrane between the spacer and a second portion of the interior space; positioning insulation in the second portion of the interior space, the membrane being interposed between the spacer and the insulation; pressing the membrane against the spacer; curing the membrane while the membrane is pressed against the spacer; and removing the spacer from the first portion of the interior space.
A chemical WC for recreational vehicles comprising a base box-like frame defining a housing, a toilet bowl supported by said frame, tank means (4, 5) removably housed by said housing and communicating with said bowl for collecting the waste, said housing being elongated according to a longitudinal axis between a front side and a rear side of the bowl and being accessible through a service port on said rear side, characterized in that said tank means comprise a first, rear tank and a second, front tank, provided with respective top intakes (41, 51), said tanks being arranged in sequence along said longitudinal axis and being displaceable on respective wheels (43, 53) along the same axis between a first and a second use configuration in which said first and said second tank are selectively communicated with said bowl through the respective intakes (41, 51).