mhurhangee/ep-ind-claims huggingface dataset:
A self-lubricating v-driver for molding members of mechanical presses used for shaping metal sheet parts used in vehicle frames in the automotive sector, comprising: a v-driver male block, a v-driver female block, two cam dwells, lubricating parts being included in the cam dwells, and holes located in the middle of the male block, characterized in that: the cam dwells are mounted on the male block, the lubricating parts are lubricating graphite parts, holes are included in the v-drive male block and are used while assembling the cam dwells on the v-drive male block, holes are located in the middle of the female block, and the male block comprises two supports for positioning the cam dwells. a v-driver male block, a v-driver female block, two cam dwells, lubricating parts being included in the cam dwells, and holes located in the middle of the male block, characterized in that: the cam dwells are mounted on the male block, the lubricating parts are lubricating graphite parts, holes are included in the v-drive male block and are used while assembling the cam dwells on the v-drive male block, holes are located in the middle of the female block, and the male block comprises two supports for positioning the cam dwells. the cam dwells are mounted on the male block, the lubricating parts are lubricating graphite parts, holes are included in the v-drive male block and are used while assembling the cam dwells on the v-drive male block, holes are located in the middle of the female block, and the male block comprises two supports for positioning the cam dwells.
An electric motorcycle which drives a drive wheel by driving power generated by a motor, comprising: a charging connector to which an outside charging connector connected to an outside electric power supply is removably attached; a battery configured to be charged with electric power supplied from the outside electric power supply in a state in which the outside charging connector is connected to the charging connector, and to discharge the electric power stored therein to supply the electric power to the motor; a battery case accommodating the battery; a rear frame (9, 10,12) connected to the main frame members of a vehicle body; and a seat on which a driver is seated, the seat being mounted to the rear frame (9, 10, 12), wherein the seat is pivotally or removably attached to the rear frame (9, 10, 12), characterized in that the battery case is placed such that the battery case overlaps with the main frame members when viewed from a side; the charging connector is placed in a front region of a space in the vicinity of the rear frame (9, 10, 12), the space being configured to be opened and closed by the seat; and in that a front wall portion of the seat is in the vicinity of a rear surface of the battery case such that the front wall portion faces the rear surface of the battery case. a charging connector to which an outside charging connector connected to an outside electric power supply is removably attached; a battery configured to be charged with electric power supplied from the outside electric power supply in a state in which the outside charging connector is connected to the charging connector, and to discharge the electric power stored therein to supply the electric power to the motor; a battery case accommodating the battery; a rear frame (9, 10,12) connected to the main frame members of a vehicle body; and a seat on which a driver is seated, the seat being mounted to the rear frame (9, 10, 12), wherein the seat is pivotally or removably attached to the rear frame (9, 10, 12), characterized in that the battery case is placed such that the battery case overlaps with the main frame members when viewed from a side; the charging connector is placed in a front region of a space in the vicinity of the rear frame (9, 10, 12), the space being configured to be opened and closed by the seat; and in that a front wall portion of the seat is in the vicinity of a rear surface of the battery case such that the front wall portion faces the rear surface of the battery case.
Height recording system comprising a telescopic ruler formed of a head and an assembly of telescopic tubes (10, 11, 12) for varying a distance between a support end forming a base of the telescopic assembly (10, 11, 12) and an upper end supporting the head, termed the extension distance of the telescopic ruler, the telescopic ruler being intended to cooperate with a scanning optical beam coming from a scanning laser system, in a horizontal plane, the telescopic rule including: - a system (4, 7, 8) for measuring said distance; - a sensitive receiver, placed in the head of the telescopic ruler and provided with photosensitive cell(s) for detecting the optical beam coming from the laser system; - a module for triggering or validating a measurement of height by the measuring system (4, 7, 8), connected to the sensitive receiver and automatically triggering the measurement or validation when it receives a particular signal from the sensitive receiver, the particular signal representing detection of the laser beam by one of the photosensitive cells of the sensitive receiver, the measuring system (4, 7, 8) being constituted of a wave transmitter integral with the upper end of the telescopic ruler and cooperating with a wave receiver of a processing unit of the measuring system (4, 7, 8) so that the signal received by the wave receiver is processed by a processing module of the processing unit of the measuring system (4, 7, 8) to determine the distance (Xe) between the wave transmitter and the wave receiver, said distance (Xe) then being sent to a control unit of the measuring system (4, 7, 8), said wave receiver being tuned to the waves from the wave transmitter and said processing unit being integral with the lower end of the telescopic ruler, the height recording system also comprising a calibration unit (91, 92) that includes a calibration receiver for receiving signals transmitted by the wave transmitter, said signals transmitted by the wave transmitter then being processed by a calculation module of the calibration unit (91, 92) to determine the height (Xd) between the calibration receiver and the wave transmitter, said height (Xd) then being sent via a wave transmitter to the control unit of the measuring system (4, 7, 8), the calibration module (91, 92) being integral with one of the telescopic elements (10, 11, 12) forming the telescopic ruler, in order to compensate for the errors of the height recording system caused by temperature variations. - a system (4, 7, 8) for measuring said distance; - a sensitive receiver, placed in the head of the telescopic ruler and provided with photosensitive cell(s) for detecting the optical beam coming from the laser system; - a module for triggering or validating a measurement of height by the measuring system (4, 7, 8), connected to the sensitive receiver and automatically triggering the measurement or validation when it receives a particular signal from the sensitive receiver, the particular signal representing detection of the laser beam by one of the photosensitive cells of the sensitive receiver,
A liquid discharge apparatus comprising: a liquid discharge head comprising a nozzle member, the nozzle member including: a nozzle configured to discharge liquid; a deformable laminar member having an opening forming the nozzle; and an electromechanical transducer disposed around the opening, the nozzle member being configured to be warped with respect to a discharge-side plane of the nozzle member in a surrounding area of the nozzle in a direction opposite to the liquid discharge direction when no voltage is applied to the electromechanical transducer; characterised in that the liquid discharge apparatus further comprises: a wiper configured to: wipe a discharge face of the liquid discharge head; and a voltage applier configured to: apply a voltage to the electromechanical transducer of the liquid discharge head to warp the surrounding area of the nozzle in the liquid discharge direction when the wiper wipes the discharge face. a liquid discharge head comprising a nozzle member, the nozzle member including: a nozzle configured to discharge liquid; a deformable laminar member having an opening forming the nozzle; and an electromechanical transducer disposed around the opening, the nozzle member being configured to be warped with respect to a discharge-side plane of the nozzle member in a surrounding area of the nozzle in a direction opposite to the liquid discharge direction when no voltage is applied to the electromechanical transducer; characterised in that the liquid discharge apparatus further comprises: a wiper configured to: wipe a discharge face of the liquid discharge head; and the nozzle member including: a nozzle configured to discharge liquid; a deformable laminar member having an opening forming the nozzle; and an electromechanical transducer disposed around the opening, a nozzle configured to discharge liquid; a deformable laminar member having an opening forming the nozzle; and an electromechanical transducer disposed around the opening, the nozzle member being configured to be warped with respect to a discharge-side plane of the nozzle member in a surrounding area of the nozzle in a direction opposite to the liquid discharge direction when no voltage is applied to the electromechanical transducer; characterised in that the liquid discharge apparatus further comprises: a wiper configured to: wipe a discharge face of the liquid discharge head; and a voltage applier configured to: apply a voltage to the electromechanical transducer of the liquid discharge head to warp the surrounding area of the nozzle in the liquid discharge direction when the wiper wipes the discharge face.
An apparatus comprising: a non-volatile storage including a first volume to store a basic input/output system (BIOS) and a second volume to store an operating system payload portion including an antivirus software stack, wherein the OS payload portion is separate from and is a subset of an OS kernel stored in a different storage and the antivirus software stack is to restore an integrity of the different storage subsequent to corruption of the different storage, wherein the BIOS is to pass control to a boot manager of the OS kernel stored in the different storage, and if the OS kernel does not successfully launch in a predetermined period, the BIOS to cause execution of the antivirus software stack to restore the integrity of the different storage, wherein the different storage comprises a mass storage, wherein the OS payload portion comprises a lightweight kernel that is launched by the antivirus software stack to validate an image of the OS kernel stored in the different storage. a non-volatile storage including a first volume to store a basic input/output system (BIOS) and a second volume to store an operating system payload portion including an antivirus software stack, wherein the OS payload portion is separate from and is a subset of an OS kernel stored in a different storage and the antivirus software stack is to restore an integrity of the different storage subsequent to corruption of the different storage, wherein the BIOS is to pass control to a boot manager of the OS kernel stored in the different storage, and if the OS kernel does not successfully launch in a predetermined period, the BIOS to cause execution of the antivirus software stack to restore the integrity of the different storage, wherein the different storage comprises a mass storage, wherein the OS payload portion comprises a lightweight kernel that is launched by the antivirus software stack to validate an image of the OS kernel stored in the different storage.
An apparatus for communicating fluid, the apparatus comprising: (a) a housing; (b) a fluid reservoir defined by a syringe barrel within the housing; (c) an actuator operationally engaged with the fluid reservoir, wherein the actuator is operable to effect communication of fluid from or into the fluid reservoir; (d) a sensor in fluid communication with the fluid reservoir, wherein the sensor is operable to sense a physical parameter of fluid that is in communication with the fluid reservoir as the fluid is communicated from or into the fluid reservoir; and (e) an indicator in communication with the sensor, wherein the indicator is operable to display the physical parameter sensed by the sensor. (a) a housing; (b) a fluid reservoir defined by a syringe barrel within the housing; (c) an actuator operationally engaged with the fluid reservoir, wherein the actuator is operable to effect communication of fluid from or into the fluid reservoir; (d) a sensor in fluid communication with the fluid reservoir, wherein the sensor is operable to sense a physical parameter of fluid that is in communication with the fluid reservoir as the fluid is communicated from or into the fluid reservoir; and (e) an indicator in communication with the sensor, wherein the indicator is operable to display the physical parameter sensed by the sensor.
A wireless communication device, comprising (no): a processor; a carrier management module for execution by the processor to perform: carrier aggregation of multiple carriers to provide variable bandwidth for a multicarrier communications system, each carrier to utilize a different portion of radio frequency spectrum and a different communication parameter, with a number of carriers for carrier aggregation to increase or decrease based on an amount of bandwidth needed by a client device, wherein each of the multiple carriers comprise a primary carrier and a secondary carrier, the primary carrier to utilize a first portion of the radio frequency spectrum, and the secondary carrier to utilize a second portion of the radio frequency spectrum; and dynamic modification of a channel bandwidth for the primary carrier or the secondary carrier based on a system performance parameter, and communication over the primary and secondary carrier. a processor; a carrier management module for execution by the processor to perform: carrier aggregation of multiple carriers to provide variable bandwidth for a multicarrier communications system, each carrier to utilize a different portion of radio frequency spectrum and a different communication parameter, with a number of carriers for carrier aggregation to increase or decrease based on an amount of bandwidth needed by a client device, wherein each of the multiple carriers comprise a primary carrier and a secondary carrier, the primary carrier to utilize a first portion of the radio frequency spectrum, and the secondary carrier to utilize a second portion of the radio frequency spectrum; and dynamic modification of a channel bandwidth for the primary carrier or the secondary carrier based on a system performance parameter, and communication over the primary and secondary carrier. carrier aggregation of multiple carriers to provide variable bandwidth for a multicarrier communications system, each carrier to utilize a different portion of radio frequency spectrum and a different communication parameter, with a number of carriers for carrier aggregation to increase or decrease based on an amount of bandwidth needed by a client device, wherein each of the multiple carriers comprise a primary carrier and a secondary carrier, the primary carrier to utilize a first portion of the radio frequency spectrum, and the secondary carrier to utilize a second portion of the radio frequency spectrum; and dynamic modification of a channel bandwidth for the primary carrier or the secondary carrier based on a system performance parameter, and communication over the primary and secondary carrier.
Connection assembly comprising: - at least two functional layers (2, 3, 14) each having a specifiable thickness extension, - wherein adjacent functional layers (2, 3, 14) are fixed to one another at at least one fixing point, - wherein at the at least one fixing point one functional layer (2, 14) with at least one free edge section area engages at least partially in an associated edge area of the respectively adjacent functional layer, - characterized in that at at least one of these fixing points the engagement of the respective edge section area is designed to be free of any overhang with respect to the thickness extension of the respectively adjacent functional layer. - at least two functional layers (2, 3, 14) each having a specifiable thickness extension, - wherein adjacent functional layers (2, 3, 14) are fixed to one another at at least one fixing point, - wherein at the at least one fixing point one functional layer (2, 14) with at least one free edge section area engages at least partially in an associated edge area of the respectively adjacent functional layer, - characterized in that at at least one of these fixing points the engagement of the respective edge section area is designed to be free of any overhang with respect to the thickness extension of the respectively adjacent functional layer.
A lead comprising: a lead body (120,220,620,2006) having a proximal portion, a distal portion and an intermediate portion between the proximal portion and the distal portion, the lead body having an isodiametric lumen extending through the lead body; a plurality of electrodes (122, 132, 134; 232, 234, 242, 244, 252, 254; 432, 434, 454; 532; 632, 634; 2036, 2037) coupled with the lead body, the lead body adapted to carry signals to and from the at least one electrode; a connector located at a proximal end of the lead; and wherein the intermediate portion (104; 230; 2030) of the lead body includes a preformed biased portion comprising a helical portion having the two or more electrodes thereon, the helical portion constructed and arranged to urge the two or more electrodes toward a wall of a passage, and wherein the lead body further includes a non-biased portion disposed between the preformed biased portion and the distal end of the lead body, the unbiased portion including at least one electrode (252; 254; 2037) and a flexible portion at the distal end of the lead body being more flexible than the biased portion, characterized in that, the isodiametric lumen extends to an open distal end of the lead body and in that the flexible portion at the distal end of the lead body is tapered. a lead body (120,220,620,2006) having a proximal portion, a distal portion and an intermediate portion between the proximal portion and the distal portion, the lead body having an isodiametric lumen extending through the lead body; a plurality of electrodes (122, 132, 134; 232, 234, 242, 244, 252, 254; 432, 434, 454; 532; 632, 634; 2036, 2037) coupled with the lead body, the lead body adapted to carry signals to and from the at least one electrode; a connector located at a proximal end of the lead; and wherein the intermediate portion (104; 230; 2030) of the lead body includes a preformed biased portion comprising a helical portion having the two or more electrodes thereon, the helical portion constructed and arranged to urge the two or more electrodes toward a wall of a passage, and
A lithium storage battery comprising at least one electrochemical cell arranged in a tightly sealed packaging and formed by a stack comprising a separator arranged between first and second electrodes (3, 4), said separator being impregnated by an ionic liquid electrolyte comprising a mixture of a lithium salt, vinyl ethylene carbonate and an ionic liquid of formula C + A - in which C + represents a cation and A - represents an anion, and said first electrode comprising an electrochemically active material and a polymer-based binder, characterized in that the polymer is polyacrylic acid, the mean molecular weight of polyacrylic acid being comprised between 1,250,000 g.mol -1 and 2,000,000 g.mol -1.
A network control system comprising a parent image-processing apparatus, one or more child image-processing-apparatus, and an image-display apparatus, the parent image-processing apparatus configured to: acquire attribute information about images stored in each child image-processing apparatus; generate a slide show list on the basis of the acquired attribute information; read out in order rows from the slide show list and, for each image identified in the slide show list, to send a display request to the respective child image-processing apparatus to cause the child image-processing apparatus to send the image specified in the display request to the image-display apparatus so that the image-display apparatus sequentially displays the images in a slide show operation; and detect addition to or disconnection from the network of a child image-processing apparatus, while the parent image-processing apparatus causes the child image-processing apparatuses to send images to the image-display apparatus to sequentially display the images in the slide show operation, and to cause the parent image-processing apparatus to re-generate the slide show list in response to such a detected change; the child image-processing apparatus configured to receive the display request from the parent image-processing apparatus, read out an image corresponding to the display request, and transmit the read out image to the image-display apparatus; and the image-display apparatus configured to display the image received from the child image-processing apparatus. acquire attribute information about images stored in each child image-processing apparatus; generate a slide show list on the basis of the acquired attribute information; read out in order rows from the slide show list and, for each image identified in the slide show list, to send a display request to the respective child image-processing apparatus to cause the child image-processing apparatus to send the image specified in the display request to the image-display apparatus so that the image-display apparatus sequentially displays the images in a slide show operation; and detect addition to or disconnection from the network of a child image-processing apparatus, while the parent image-processing apparatus causes the child image-processing apparatuses to send images to the image-display apparatus to sequentially display the images in the slide show operation, and to cause the parent image-processing apparatus to re-generate the slide show list in response to such a detected change; the child image-processing apparatus configured to receive the display request from the parent image-processing apparatus, read out an image corresponding to the display request, and transmit the read out image to the image-display apparatus; and the image-display apparatus configured to display the image received from the child image-processing apparatus.
Method for producing a pyrolysis compatible component (1, 10) for a cooking appliance, the cooking appliance being configured to carry out a pyrolysis operation, in which method a base part of the component (1, 10) is provided and coated, wherein a silicon dioxide coating is generated on the base part, characterised in that the silicon dioxide coating is generated by a high-rate PECVD deposition, with which the layer is generated at a speed faster than 0.5 μm/min, in particular around 1 μm/min.
A composition containing an epoxy resin and a hydroxy-terminated oligomeric phosphonate comprising the repeating structure -OP(=O) OArylene-, where R is alkyl and Arylene is 1,3-phenylene, and wherein the repeating structure -OP(=O) OArylene- has a phosphorous content of greater than 12% by weight.