mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for introducing a defined quantity of a second powder into a process vessel in which a first powder or powder mixture is located, wherein the apparatus comprises the process vessel, a tubular cartridge and a transport unit, wherein the second powder can be introduced into the tubular cartridge, and wherein the cartridge can be mounted displaceably in the transport unit, characterized in that - a coupling flange comprising a closure flap is present on the process vessel, - the transport unit has a connecting flange comprising a closure flap, - the connecting flange is connectable to the coupling flange in such a way that the closure flap of the process vessel and the closure flap of the transport unit can be opened, - the cartridge inside the transport unit is displaceable through the opened closure flaps (3 and 7) as far as the plane of the inner wall of the process vessel, and - the second powder can be emptied out of the cartridge into the process vessel by means of a delivery piston of the cartridge. - a coupling flange comprising a closure flap is present on the process vessel, - the transport unit has a connecting flange comprising a closure flap, - the connecting flange is connectable to the coupling flange in such a way that the closure flap of the process vessel and the closure flap of the transport unit can be opened, - the cartridge inside the transport unit is displaceable through the opened closure flaps (3 and 7) as far as the plane of the inner wall of the process vessel, and - the second powder can be emptied out of the cartridge into the process vessel by means of a delivery piston of the cartridge.
An anchored waterproof sealing gasket, comprising a body, wherein one end of the body is provided with an outwardly-protruded anchor foot, and the other end of the body is provided with a notch at the middle portion and provided with wedge heads at two sides thereof, and the middle section of the body is provided with outwardly-protruded side wings at both sides thereof, edges of the notch are protruded towards a middle portion of the notch, characterised by a magnetic strip being placed into the notch so as to allow that the anchored waterproof sealing gasket is fixed on a steel mould through magnetic adsorption of the magnetic strip.
A gland comprising: an annular ring, the annular ring defining a gland bore, the gland bore defining a gland axis extending through the annular ring; and a joint restraint assembly, the joint restraint assembly comprising: a restraint base, the restraint base attached to the annular ring, the restraint base defining a restraint pocket; a gripper, the gripper disposed within the restraint pocket and configured to rotate in the restraint pocket; and a spring biasing the gripper to rotate inwards towards the gland axis, wherein the gripper defines an engagement end and a lever end; the engagement end is disposed opposite from the lever end; the engagement end extends inwards from the gland bore; the engagement end comprises a plurality of gripping protuberances; and the gripping protuberances are configured to engage a pipe length inserted through the gland bore characterised in that the gland is configured such that a deactivation mechanism can pull on the lever end of the gripper to position the gripper in an disengaged position where the gripping protuberances are out of contact with the outer pipe surface of the pipe length an annular ring, the annular ring defining a gland bore, the gland bore defining a gland axis extending through the annular ring; and a joint restraint assembly, the joint restraint assembly comprising: a restraint base, the restraint base attached to the annular ring, the restraint base defining a restraint pocket; a gripper, the gripper disposed within the restraint pocket and configured to rotate in the restraint pocket; and a spring biasing the gripper to rotate inwards towards the gland axis, wherein a restraint base, the restraint base attached to the annular ring, the restraint base defining a restraint pocket; a gripper, the gripper disposed within the restraint pocket and configured to rotate in the restraint pocket; and a spring biasing the gripper to rotate inwards towards the gland axis, wherein the gripper defines an engagement end and a lever end; the engagement end is disposed opposite from the lever end; the engagement end extends inwards from the gland bore; the engagement end comprises a plurality of gripping protuberances; and the gripping protuberances are configured to engage a pipe length inserted through the gland bore characterised in that the gland is configured such that a deactivation mechanism can pull on the lever end of the gripper to position the gripper in an disengaged position where the gripping protuberances are out of contact with the outer pipe surface of the pipe length
A positive connection with abort function in a direction between two components exhibiting at least one connecting element designed as a shear bolt, which is positively connected with the first component to be joined, wherein a component that has an elastic design in the direction of the positive connection to be established and is connected with the second component to be joined is used to positively operatively connect the end of the shear bolt with the second component to be joined in the direction of the positive connection to be established, wherein the shear bolt is in a locked position given an established positive connection with the first component to be joined, wherein the shear bolt is held in the locked position by the preload of the elastically designed component given an established positive operative connection between the shear bolt and the second component to be joined, characterized in that the shear bolt exhibits a T-shaped bolt head that is suitable for positively interacting with the first component to be joined, wherein at least one end of the bolt head exhibits a form element to be positively connected with a tool for turning the shear bolt in a direction perpendicular to the longitudinal axis of the bolt head, wherein the shear bolt is positively connected with the first component to be joined in such a way that the shear bolt with one of the ends of the bolt head is first introduced into a receptacle of the first component to be joined, wherein the shear bolt is then turned around the longitudinal axis of the bolt head by means of a tool, so as to move the shear bolt into the locked position, wherein the shear bolt is turned along a helix or ramp up until the locked position, wherein the helix or ramp is designed in such a way that, as the shear bolt turns, the shear bolt preloads the elastically designed component with an increasing force, so that the shear bolt can be reliably held in the locked position
A vehicle, comprising: a plurality of power storage devices (BA, BB) each configured to be chargeable and dischargeable by a power supply external to said vehicle, and for storing electric power for generating drive force of said vehicle; a vehicle load (14, 22, MG1, MG2, 12A, 12B, 40A, 40B, SMRG, SR) configured to be able to select at least one of said plurality of power storage devices (BA, BB) as a supply source of said electric power, and for generating said drive force by receiving said electric power from said supply source; an input unit for receiving a selection instruction for selecting said supply source from a user; and a control unit for controlling said vehicle load (14, 22, MG1, MG2, 12A, 12B, 40A, 40B, SMRG, SR) such that said vehicle load (14, 22, MG1, MG2, 12A, 12B, 40A, 40B, SMRG, SR) receives said electric power from said supply source in response to said selection instruction input to said input unit, characterized in that said control unit calculates a residual capacity value of each of said plurality of power storage devices (BA, BB) based on at least one of an input/output current and an interterminal voltage of the corresponding power storage device, and said vehicle further comprises a display unit for displaying said residual capacity value calculated by said control unit to said user, wherein said control unit calculates a plurality of allowed traveling distances of said vehicle corresponding to said plurality of power storage devices (BA, BB), respectively, based on said residual capacity value of each of said plurality of power storage devices (BA, BB) at present, and a traveling distance of said vehicle and a reduction amount of said residual capacity value obtained when said vehicle traveled in the past using the corresponding power storage device, and said display unit further displays each of said plurality of allowed traveling distances. a plurality of power storage devices (BA, BB) each configured to be chargeable and dischargeable by a power supply external to said vehicle, and for storing electric power for generating drive force of said vehicle; a vehicle load (14, 22, MG1, MG2, 12A, 12B, 40A, 40B, SMRG, SR) configured to be able to select at least one of said plurality of power storage devices (BA, BB) as a supply source of said electric power, and for generating said drive force by receiving said electric power from said supply source; an input unit for receiving a selection instruction for selecting said supply source from a user; and a control unit for controlling said vehicle load (14, 22, MG1, MG2, 12A, 12B, 40A, 40B, SMRG, SR) such that said vehicle load (14, 22, MG1, MG2, 12A, 12B, 40A, 40B, SMRG, SR) receives said electric power from said supply source in response to said selection instruction input to said input unit,
A fluid ejection system for cleaning optical surfaces in motor vehicles, the fluid ejection system comprising: - a fluid duct inside of which a fluid can flow, the fluid duct having a duct inlet for receiving fluid from a fluid source, a duct outlet for discharging the fluid to the outside, - a nozzle arranged at the duct outlet for ejecting the fluid to an optical surface of a motor vehicle; the fluid ejection system being characterised by the following: - at least one electromagnetically operated valve for regulating the flow of the fluid through the fluid duct, wherein the electromagnetically operated valve includes a valve body, a plunger member, electromagnetic driving means for driving the plunger member along a flow direction inside the valve body into at least an open position in which a fluid is allowed to flow through the valve body and into a closed position in which the fluid is not, wherein the plunger member is arranged to be forced by a pressure of flowing fluid into the closed position, and to be driven by the electromagnetic driving means into the open position, and wherein the electromagnetically operated valve is included in the nozzle forming an electromagnetically operated valve device. - a fluid duct inside of which a fluid can flow, the fluid duct having a duct inlet for receiving fluid from a fluid source, a duct outlet for discharging the fluid to the outside, - a nozzle arranged at the duct outlet for ejecting the fluid to an optical surface of a motor vehicle; the fluid ejection system being characterised by the following: - at least one electromagnetically operated valve for regulating the flow of the fluid through the fluid duct, - at least one electromagnetically operated valve for regulating the flow of the fluid through the fluid duct, wherein the electromagnetically operated valve includes a valve body, a plunger member, electromagnetic driving means for driving the plunger member along a flow direction inside the valve body into at least an open position in which a fluid is allowed to flow through the valve body and into a closed position in which the fluid is not, wherein the plunger member is arranged to be forced by a pressure of flowing fluid into the closed position, and to be driven by the electromagnetic driving means into the open position, and wherein the electromagnetically operated valve is included in the nozzle forming an electromagnetically operated valve device.
A method for manufacturing a laminate comprising a step of coating on a substrate a coating liquid comprising a block copolymer that is capable of forming a phase-separation structure by self-assembly and is dissolved in a solvent having a boiling point in a range of 90°C to 200°C at a speed of 40 mm/sec to 100 mm/sec so as to form a polymer layer having an area of 20,000 mm 2 or more, and a step of annealing the film formed by the coating, wherein the coating is performed by a bar coating method and wherein the block copolymer in the solvent has a concentration in a range of 2% by weight to 30% by weight.
An electrical connector assembly comprising: a terminal holder, and a fastening assembly, accommodated within the terminal holder, for clamping a plurality of terminals (3, 4) in the direction of a longitudinal axis for an electrical connection between said terminals (3, 4), said fastening assembly including a first fastening member made of a metal material and a second fastening member which first and second fastening members (23, 29) are connected to each other for clamping said terminals (3, 4) and which define a terminal receiving area, wherein the first fastening member is a screw having a threaded shaft and a screw-head and wherein the second fastening member has an inside thread receiving said threaded shaft of the first fastening member. characterised in that an insulation arrangement is provided which is arranged between said first fastening member and the terminal receiving area, that the insulation arrangement comprises an insulation sleeve made of an electrically insulating material and receiving the threaded shaft of the screw, that the insulation sleeve has at one end a flange portion abutting the screw-head of the screw, that the insulation arrangement comprises an insulation washer made of an electrically insulating material and abutting the second fastening member, and that the threaded shaft of the screw is led through a hole of the insulation washer. a terminal holder, and a fastening assembly, accommodated within the terminal holder, for clamping a plurality of terminals (3, 4) in the direction of a longitudinal axis for an electrical connection between said terminals (3, 4), said fastening assembly including a first fastening member made of a metal material and a second fastening member which first and second fastening members (23, 29) are connected to each other for clamping said terminals (3, 4) and which define a terminal receiving area, wherein the first fastening member is a screw having a threaded shaft and a screw-head and wherein the second fastening member has an inside thread receiving said threaded shaft of the first fastening member. characterised in that an insulation arrangement is provided which is arranged between said first fastening member and the terminal receiving area, that the insulation arrangement comprises an insulation sleeve made of an electrically insulating material and receiving the threaded shaft of the screw, that the insulation sleeve has at one end a flange portion abutting the screw-head of the screw, that the insulation arrangement comprises an insulation washer made of an electrically insulating material and abutting the second fastening member, and that the threaded shaft of the screw is led through a hole of the insulation washer.
A surgical support apparatus comprising: a base member; a first support member rotatably coupled at a proximal end to the base member by a first joint, the first joint comprising a first piston assembly; a second support member rotatably coupled to a distal end of the first support member by a second joint, the second joint comprising a second piston assembly; a third joint coupled to a distal end of the second support member, the third joint comprising a third piston assembly; and a drive system disposed within the base member for delivering hydraulic pressure to each of the first, second and third joints (14, 16, 18), the drive system connected by a supply conduit to each of the first, second and third piston assemblies; wherein each of the first, second and third piston assemblies comprises a piston and a locking ring and each of the first, second and third piston assemblies are housed within a housing of the respective joint (14, 16, 18); wherein the supply conduit comprises a first hose extending between the first joint and the second joint, and a second hose extending between the second joint and the third joint; and wherein the first, second and third piston assemblies are configured to lock and unlock the first, second and third joints, respectively, in response to the hydraulic pressure delivered by the drive system. a base member; a first support member rotatably coupled at a proximal end to the base member by a first joint, the first joint comprising a first piston assembly; a second support member rotatably coupled to a distal end of the first support member by a second joint, the second joint comprising a second piston assembly; a third joint coupled to a distal end of the second support member, the third joint comprising a third piston assembly; and a drive system disposed within the base member for delivering hydraulic pressure to each of the first, second and third joints (14, 16, 18), the drive system connected by a supply conduit to each of the first, second and third piston assemblies; wherein each of the first, second and third piston assemblies comprises a piston and a locking ring and each of the first, second and third piston assemblies are housed within a housing of the respective joint (14, 16, 18); wherein the supply conduit comprises a first hose extending between the first joint and the second joint, and a second hose extending between the second joint and the third joint; and wherein the first, second and third piston assemblies are configured to lock and unlock the first, second and third joints, respectively, in response to the hydraulic pressure delivered by the drive system.
An organic light-emitting diode (OLED) touch-control substrate, comprising: a plurality of OLEDs, each of the OLEDs having a first electrode, a second electrode and a light-emitting layer between the first electrode and the second electrode; a plurality of first touch-control electrodes disposed in a same layer with first electrodes of the OLEDs and insulated from the first electrodes; a plurality of second touch-control electrodes disposed in a same layer with second electrodes of the OLEDs and insulated from the second electrodes and the first touch-control electrodes; and a first insulation layer disposed between the layer having the first touch-control electrodes and the first electrodes and the layer having the second touch-control electrodes and the second electrodes, having via holes at positions corresponding to light-emitting layers of the OLEDs, the light-emitting layers being in the via holes. a plurality of OLEDs, each of the OLEDs having a first electrode, a second electrode and a light-emitting layer between the first electrode and the second electrode; a plurality of first touch-control electrodes disposed in a same layer with first electrodes of the OLEDs and insulated from the first electrodes; a plurality of second touch-control electrodes disposed in a same layer with second electrodes of the OLEDs and insulated from the second electrodes and the first touch-control electrodes; and a first insulation layer disposed between the layer having the first touch-control electrodes and the first electrodes and the layer having the second touch-control electrodes and the second electrodes, having via holes at positions corresponding to light-emitting layers of the OLEDs, the light-emitting layers being in the via holes.
A computer implemented method of control and data exchange between autonomous devices, the method comprising: receiving, from each of a plurality of autonomous devices, a device specification, the device specification defining a device identifier, receivable commands and device outputs; storing, for each device of the plurality of autonomous devices, the device specification; publishing at least a portion of the stored device specification for receipt by at least one other of the autonomous devices; and transmitting, based on the published device specification, a message including a command or a device output from one of the autonomous devices to a destination device of the autonomous devices, the transmission being initiated by the transmitting autonomous device for receipt by the destination device, the transmission being based on the published device specification from the destination device, wherein the device specification includes a plurality of output fields defining the device outputs and a plurality of control fields defining the receivable commands, the output fields and control fields having a common format independent of the destination device. receiving, from each of a plurality of autonomous devices, a device specification, the device specification defining a device identifier, receivable commands and device outputs; storing, for each device of the plurality of autonomous devices, the device specification; publishing at least a portion of the stored device specification for receipt by at least one other of the autonomous devices; and transmitting, based on the published device specification, a message including a command or a device output from one of the autonomous devices to a destination device of the autonomous devices, the transmission being initiated by the transmitting autonomous device for receipt by the destination device, the transmission being based on the published device specification from the destination device, wherein the device specification includes a plurality of output fields defining the device outputs and a plurality of control fields defining the receivable commands, the output fields and control fields having a common format independent of the destination device.
A method for controlling a beet army worm, the method comprising a step of installing at least one pheromone preparation comprising a pheromone substance for the beet armyworm and a container containing the pheromone substance therein and allowing the pheromone substance to permeate therethrough, on a soil surface and/or a surface of a material covering a soil surface in a field to release the pheromone substance into the field.