mhurhangee/ep-ind-claims huggingface dataset:
An automatic cable tie installation tool for fastening an individual cable tie around a bundle of wires, comprising: a tool jaw assembly a guide channel that receives a supply of individual cable ties and guides the cable ties individually to the tool jaw assembly; a stop located in the tool to limit forward travel of the cable tie and position the cable tie at a cable tie bundling position where it can be fastened; characterised by a fixed cable tie guide channel mechanism that controls forward movement of the cable tie through the guide channel and restricts rearward movement of the cable tie back into the guide channel, wherein the fixed cable tie guide channel mechanism includes a fixed ramp surface (62, 62') that forms an interior surface of the guide channel that ramps inward towards a distal end of the guide channel to restrict a guide channel height at the distal end, and a retention wall oriented substantially perpendicular to the guide channel, the retention wall being located at the distal end of the ramp surface and sized to engage a rear surface of the cable tie to restrict rearward movement of the cable tie back into the guide channel. a tool jaw assembly a guide channel that receives a supply of individual cable ties and guides the cable ties individually to the tool jaw assembly; a stop located in the tool to limit forward travel of the cable tie and position the cable tie at a cable tie bundling position where it can be fastened; characterised by a fixed cable tie guide channel mechanism that controls forward movement of the cable tie through the guide channel and restricts rearward movement of the cable tie back into the guide channel, wherein the fixed cable tie guide channel mechanism includes a fixed ramp surface (62, 62') that forms an interior surface of the guide channel that ramps inward towards a distal end of the guide channel to restrict a guide channel height at the distal end, and a retention wall oriented substantially perpendicular to the guide channel, the retention wall being located at the distal end of the ramp surface and sized to engage a rear surface of the cable tie to restrict rearward movement of the cable tie back into the guide channel.
A vehicle front body structure comprising: a pair of front frames that are arranged away from each other in a vehicle width direction and extend in a vehicle longitudinal direction; a pair of crash cans each of which is fixed to a front end of respective one of the pair of front frames and extends in the vehicle longitudinal direction; and a bumper beam that is fixed to the front ends of the pair of crash cans and extends in the vehicle width direction, wherein the bumper beam includes, on each side in the vehicle width direction: a crash can fixed section that is fixed to the crash can; and an extending section that extends outward in the vehicle width direction from the crash can fixed section, bending rigidity at each position in the vehicle width direction of the bumper beam is configured or set, or the bumper beam is configured, such that bending moment generated on the bumper beam at the time when a collision load in a direction toward a vehicle rear side is applied to the extending section is the highest in a vehicle width direction inner end portion of the crash can fixed section on a side where the collision load is applied, the bumper beam has a reinforcing member in the bumper beam, the reinforcing member extending in the vehicle width direction and having a U-shaped cross section, and the U-shaped cross section is formed such that an area defined by the U-shaped cross section is the largest at the same position in the vehicle width direction as the vehicle width direction inner end portion of the crash can fixed section. a pair of front frames that are arranged away from each other in a vehicle width direction and extend in a vehicle longitudinal direction; a pair of crash cans each of which is fixed to a front end of respective one of the pair of front frames and extends in the vehicle longitudinal direction; and a bumper beam that is fixed to the front ends of the pair of crash cans and extends in the vehicle width direction, wherein the bumper beam includes, on each side in the vehicle width direction: a crash can fixed section that is fixed to the crash can; and an extending section that extends outward in the vehicle width direction from the crash can fixed section, bending rigidity at each position in the vehicle width direction of the bumper beam is configured or set, or the bumper beam is configured, such that bending moment generated on the bumper beam at the time when a collision load in a direction toward a vehicle rear side is applied to the extending section is the highest in a vehicle width direction inner end portion of the crash can fixed section on a side where the collision load is applied, the bumper beam has a reinforcing member in the bumper beam, the reinforcing member extending in the vehicle width direction and having a U-shaped cross section, and the U-shaped cross section is formed such that an area defined by the U-shaped cross section is the largest at the same position in the vehicle width direction as the vehicle width direction inner end portion of the crash can fixed section.
A power tool for driving a fastener including: a cylinder; a drive piston within the cylinder, the drive piston acted on by a driving force resulting from a pressure difference, the drive piston moveable between an initial position and a driving position; a drive blade coupled to the drive piston and operable to drive a fastener; wherein the power tool comprises a locking mechanism that operates through engagement between at least two catches (306, 308) and at least two locking members (304, 305), characterized in that the at least two catches are formed serially on the drive blade along the drive blade's longitudinal direction. a cylinder; a drive piston within the cylinder, the drive piston acted on by a driving force resulting from a pressure difference, the drive piston moveable between an initial position and a driving position; a drive blade coupled to the drive piston and operable to drive a fastener; wherein the power tool comprises a locking mechanism that operates through engagement between at least two catches (306, 308) and at least two locking members (304, 305), characterized in that the at least two catches are formed serially on the drive blade along the drive blade's longitudinal direction.
A method for making a two-layered product comprising a hydrophilic first material made from electrospun fibers connected to a hydrophobic second material made from electrospun fibers, and wherein said first material contains a drug substance, characterized in that - said method comprises using a press comprising a first surface and a second surface, and wherein said second surface has a temperature being higher than the temperature of said first surface, - said first and second material being arranged in a layered combination between the first and second surface of the press, wherein a pressure is provided towards said layered combination from said first and second surface of said press, and whereby said first material comes into contact with said first surface of said press, - wherein the combination of pressure between the first and second surface and the temperature of said second material connects said first and second material into said two-layered product. - said method comprises using a press comprising a first surface and a second surface, and wherein said second surface has a temperature being higher than the temperature of said first surface, - said first and second material being arranged in a layered combination between the first and second surface of the press, wherein a pressure is provided towards said layered combination from said first and second surface of said press, and whereby said first material comes into contact with said first surface of said press, - wherein the combination of pressure between the first and second surface and the temperature of said second material connects said first and second material into said two-layered product.
A household appliance comprising a panel whereon at least one button is disposed allowing the selection of the programs, a memory wherein the program steps and program duration (tp) are recorded by the producer and a control unit that measures the mains voltage (Vcc), stopping the program if the mains voltage (Vcc) is outside of the limit voltages (Vlow-Vup) recorded in the memory thereof, characterized by the control unit that records as the stopping time (t s) the duration elapsed between the time when the program is stopped due to the mains voltage (Vcc) being outside of limit voltages (Vlow-Vup) and the time when the mains voltage (Vcc) goes again between the limit voltages (Vlow-Vup) and regulates the program steps and/or the durations according to the stopping time (t s).
The fiber optic drop cable assembly, comprising a fiber optic cable comprising at least one optical fiber; a fiber optic connector comprising a fiber optic ferrule optically coupled to the at least one optical fiber of the fiber optic cable and comprising an inner housing; a first strain relief member coupled to the inner housing of the fiber optic connector; a second strain relief member coupled to the fiber optic cable; an overmolded furcation section comprising telescoping tubing, the overmolded furcation section joining the first strain relief member coupled to the inner housing of the fiber optic connector and the second strain relief member coupled to the fiber optic cable; the fiber optic drop cable assembly being characterized in that a first pair of strength members being glass reinforced strength members is associated with the overmolded furcation section; and in that a second pair of strength members being glass reinforced plastic strength members is associated with the fiber optic cable.
Cold-gas spraying apparatus comprising a spray gun which comprises a mixing chamber for mixing powdered spray particles and gas, a powder injection tube leading into the mixing chamber, and a Laval nozzle that comprises a converging channel portion, a narrowmost channel portion and a diverging channel portion, the converging channel portion having an inlet cross section that transitions into a slot-shaped cross section in the direction of the narrowmost channel portion, characterised in that a flow-conducting device is arranged in the mixing chamber, which device pushes the spray particle/gas mixture outwards from a region close to the longitudinal axis and into a region close to the wall of the mixing chamber.
A method for minimising the amount of pentenenitrile oligomers formed in a process for isomerizing cis-2-pentenenitrile to 3-pentenenitrile in the presence of an aluminium oxide catalyst; said method comprising providing an aluminium oxide catalyst having a sodium content, measured in the form of sodium oxide (Na 2 O) of less than 3000 ppm by weight.
A liquid crystal lens grating having touch-control for a three-dimensional display, the liquid crystal lens grating comprising: a lower substrate assembly including a lower transparent substrate and a first electrode arranged on the lower transparent substrate; an upper substrate assembly, which is assembled with the lower substrate assembly to form a cell, the upper substrate assembly including an upper transparent substrate and second electrodes, wherein the second electrodes are strip-shaped electrodes and are arranged on the upper transparent substrate; liquid crystal filled between the first electrode and the strip-shaped second electrodes; wherein at least one touch-control electrode is disposed between the upper transparent substrate and the strip-shaped second electrodes, and a transparent spacer layer is disposed between the touch-control electrode and the strip-shaped second electrodes; characterized in that: the first electrode is a plane electrode, wherein identical patterns, formed by means of the same mask, comprise an external pin-bonding part and an alignment mark and are disposed on the plane first electrode and on the region where the strip-shaped second electrodes are arranged, such that the identical patterns are disposed at the edges of the plane first electrode and of the region, where the strip-shaped second electrodes are arranged, which oppose each other in the assembled cell. a lower substrate assembly including a lower transparent substrate and a first electrode arranged on the lower transparent substrate; an upper substrate assembly, which is assembled with the lower substrate assembly to form a cell, the upper substrate assembly including an upper transparent substrate and second electrodes, wherein the second electrodes are strip-shaped electrodes and are arranged on the upper transparent substrate; liquid crystal filled between the first electrode and the strip-shaped second electrodes; wherein at least one touch-control electrode is disposed between the upper transparent substrate and the strip-shaped second electrodes, and a transparent spacer layer is disposed between the touch-control electrode and the strip-shaped second electrodes; characterized in that: the first electrode is a plane electrode, wherein identical patterns, formed by means of the same mask, comprise an external pin-bonding part and an alignment mark and are disposed on the plane first electrode and on the region where the strip-shaped second electrodes are arranged, such that the identical patterns are disposed at the edges of the plane first electrode and of the region, where the strip-shaped second electrodes are arranged, which oppose each other in the assembled cell.
Recessable electric apparatus designed to be able to be recessed in a hole formed through a wall having two opposing faces, an outer face and an inner face, said apparatus comprising a main body extending along a longitudinal axis and being provided with an outer bearing face that is able and intended to bear against said outer face when the apparatus is in the recessed state in said hole, at least two clamping legs each including a free end and a connecting end connected to said main body so as to enable each clamping leg to move outside said main body between a raised position enabling the apparatus to be inserted into said hole and a lowered position in which each free end is able and intended to bear with pressure, under the effect of a return force exerted on said clamping legs, against said inner face when the apparatus is in the recessed state to hold the latter by clamping the wall between said bearing face and said free ends and return means exerting said return force tending to return the latter to the lowered position thereof, the return means being distinct from the clamping legs and each clamping leg being associated with one of the return means and articulated pivotingly at the connecting end thereof on said main body about a pivot axis substantially perpendicular to the longitudinal axis, each return means being connected to the associated clamping leg and to the main body, each return means being supported by the associated clamping leg and comprising an active part mounted in the associated clamping leg and an end connecting part connected to the main body, characterized in that the main body comprises at least two bearing and sliding edges, preferably having a rounded shape, each associated with one of the return means and in that the end connecting part of each return means is connected to the main body, bearing, by sliding contact, on the associated bearing and sliding edge so that, when the clamping leg is moving between the lowered position thereof and the raised position thereof or vice versa, each end connecting part slides on the associated bearing and sliding edge, pivoting about the latter.
Connecting rod for aeronautical actuating system, comprising at least: - one shaft configured to transmit forces applied essentially in traction and/or in compression along a longitudinal axis of the connecting rod when the connecting rod is in service, - an elastically deformable element which is connected to the shaft and configured, on the one hand, to react to the forces applied to the shaft and, on the other hand, to have an elastic deformation under the effect of these forces, with the deformable element comprising a peripheral part which is rigidly connected to a member of the connecting rod wherein the shaft is slidably mounted, and - measurement means (201, 202) associated with the deformable element and configured to determine the forces, with the measurement means (201, 202) being at least partially housed in the deformable element. the connecting rod being characterised in that the deformable element comprises: - a central part which is elongate along the longitudinal axis of the connecting rod, which is rigidly connected to the shaft and in which the measurement means (201, 202) are at least partially housed, and - an intermediate part which runs transversally to the central part and which connects the central part and the peripheral part. - one shaft configured to transmit forces applied essentially in traction and/or in compression along a longitudinal axis of the connecting rod when the connecting rod is in service, - an elastically deformable element which is connected to the shaft and configured, on the one hand, to react to the forces applied to the shaft and, on the other hand, to have an elastic deformation under the effect of these forces, with the deformable element comprising a peripheral part which is rigidly connected to a member of the connecting rod wherein the shaft is slidably mounted, and - measurement means (201, 202) associated with the deformable element and configured to determine the forces, with the measurement means (201, 202) being at least partially housed in the deformable element. - a central part which is elongate along the longitudinal axis of the connecting rod, which is rigidly connected to the shaft and in which the measurement means (201, 202) are at least partially housed, and - an intermediate part which runs transversally to the central part and which connects the central part and the peripheral part.
Two-wire field device having a control unit and a sensor, for connecting via a two-wire line to a superordinate unit, wherein the field device is designed in such a manner that signals are transmitted to the superordinate unit at least as a current (I M) injected in a predetermined range to the superordinate unit, wherein an error current (I F) below the predetermined range signals an error and a maintenance current (I w) above the predetermined range signals a maintenance mode of the field device, in which no error is present and the superordinate unit does not react with a malfunction, characterized in that the two-wire device has a radio module and the field device is designed in such a manner that the maintenance current (I w) feeds the radio module in radio operation, wherein the control unit is designed in such a manner that during an active radio connection of the radio module, particularly an active radio connection requiring an increased data rate, it activates the maintenance mode.
A filter element comprising at least one negatively charged microporous membrane comprising a porous substrate and a crosslinked coating, wherein the crosslinked coating is obtainable by polymerizing a mixture that comprises an unsaturated monomer comprising a negatively charged group, a hydrophilic non-ionic unsaturated monomer, and a N-(hydroxyalkyl)- or N-(alkoxyalkyl)-acrylamide monomer, wherein the crosslinked coating comprises amide-ester and amide-amide crosslinks.
A method for modifying a signal value of an FPGA during runtime, comprising the steps loading an FPGA hardware configuration having at least one signal value onto the FPGA, executing the FPGA hardware configuration on the FPGA, setting the signal value for transferring to the FPGA, determining reply data from the signal value, writing the reply data as state data in a configuration memory of the FPGA, and transferring the state data from the configuration memory into the functional level of the FPGA, characterized in that signal values able to be modified are disposed together, separately from elements of the FPGA in the functional level, the configuration of which can change during runtime, and that the modifying of the signal value takes place while the FPGA continues to run uninterrupted. loading an FPGA hardware configuration having at least one signal value onto the FPGA, executing the FPGA hardware configuration on the FPGA, setting the signal value for transferring to the FPGA, determining reply data from the signal value, writing the reply data as state data in a configuration memory of the FPGA, and transferring the state data from the configuration memory into the functional level of the FPGA, characterized in that
A method of detoxifying a harmful compound wherein a methyl radical and / or a carboxymethyl radical is (are) treated or reacted with a harmful compound comprising at least one element selected from the groups comprising arsenic, antimony and selenium to detoxify the harmful compound wherein the detoxification is further carried out by using a cobalt complex which is an oganometallic complex having a cobalt-carbon bond, wherein the radical is generated by the exposure to light selected from ultraviolet ray, visible ray, near-infrared ray, infrared ray, or far infrared ray, and an optical power of the light is 0.1 to 1000mW/cm 2 and further the resource of the radical is at least one selected from the group comprising acetic acid, methanol, ethanol, acetic anhydride, propionic acid, butanoic acid or formic acid.
Air management system of an air inlet for a front panel of a motor vehicle, comprising at least one flap and a frame for holding the said at least one flap, the said at least one flap being provided with a pivot pin for the pivoting of the said at least one flap, the system comprising a support provided with at least one bearing configured to receive the said pivot pin of the said at least one flap and a closure element for closing the said at least one bearing, the system comprising a control device for controlling the movement of the said at least one flap between a position of blocking of the air inlet and at least one position of opening of the air inlet by the pivot pin pivoting at the bearing, the said at least one flap comprising an actuating lug for actuating the said at least one flap, this being constrained to move with a connecting rod that is controlled by the control device, the management system being characterized in that the closure element forms a guide for the connecting rod.