mhurhangee/ep-ind-claims huggingface dataset:
A component mounting device comprising: a nozzle for conveying a component; a detection device that outputs a pulsed first signal indicating landing of the component; and a processing unit, the detection device including a piezoelectric body, wherein the piezoelectric body is configured to generate an electric charge when the piezoelectric body is deformed, and the processing unit acquiring, based on the first signal output from the detection device, at least one of information of deceleration of the nozzle and information of a stopping position of the nozzle, characterized in that: the detection device includes a first plate and a second plate with a higher rigidity than the first plate, and the piezoelectric body, the first plate, and the second plate form a laminated structure in which the first plate is arranged on a lower surface side of the piezoelectric body and the second plate is arranged on a lower surface side of the first plate. a nozzle for conveying a component; a detection device that outputs a pulsed first signal indicating landing of the component; and a processing unit, the detection device including a piezoelectric body, wherein the piezoelectric body is configured to generate an electric charge when the piezoelectric body is deformed, and the processing unit acquiring, based on the first signal output from the detection device, at least one of information of deceleration of the nozzle and information of a stopping position of the nozzle, characterized in that: the detection device includes a first plate and a second plate with a higher rigidity than the first plate, and the piezoelectric body, the first plate, and the second plate form a laminated structure in which the first plate is arranged on a lower surface side of the piezoelectric body and the second plate is arranged on a lower surface side of the first plate. the detection device includes a first plate and a second plate with a higher rigidity than the first plate, and the piezoelectric body, the first plate, and the second plate form a laminated structure in which the first plate is arranged on a lower surface side of the piezoelectric body and the second plate is arranged on a lower surface side of the first plate.
A face shield, comprising: a face shield lens comprising a locking channel; a face shield shell configured to receive the face shield lens when the face shield is inserted into the face shield shell; and a lens lock configured to move between: a locked position in which the lens lock is configured to engage the locking channel of the face shield to secure the face shield lens to the face shield shell; and an unlocked position in which the lens lock is configured to disengage the locking channel of the face shield to permit insertion of the face shield to the face shield shell and removal of the face shield from the face shield shell. a face shield lens comprising a locking channel; a face shield shell configured to receive the face shield lens when the face shield is inserted into the face shield shell; and a lens lock configured to move between: a locked position in which the lens lock is configured to engage the locking channel of the face shield to secure the face shield lens to the face shield shell; and an unlocked position in which the lens lock is configured to disengage the locking channel of the face shield to permit insertion of the face shield to the face shield shell and removal of the face shield from the face shield shell. a locked position in which the lens lock is configured to engage the locking channel of the face shield to secure the face shield lens to the face shield shell; and an unlocked position in which the lens lock is configured to disengage the locking channel of the face shield to permit insertion of the face shield to the face shield shell and removal of the face shield from the face shield shell.
A cylinder device comprising: a tubular outer shell; a protrusion provided on a side portion of the outer shell and protruding outward in a radial direction; and a bracket attached to an outer periphery of the outer shell, wherein the bracket includes: a tubular portion having a C-shaped cross section, holding the outer periphery of the outer shell, and having a slit at a front portion; and a pair of mounting portions (5, 6) protruding outward in the radial direction from both ends in a circumferential direction of the tubular portion, the tubular portion includes a hole being formed to permit insertion of the protrusion, from at least one side portion to a back portion of the tubular portion, the hole is formed up to a position to face the slit in a diametrical direction of the tubular portion, and an axial length of a portion of the hole, located at a back portion of the tubular portion, is longer than an axial length of a portion of the hole, located at a side portion of the tubular portion. a tubular outer shell; a protrusion provided on a side portion of the outer shell and protruding outward in a radial direction; and a bracket attached to an outer periphery of the outer shell, wherein the bracket includes: a tubular portion having a C-shaped cross section, holding the outer periphery of the outer shell, and having a slit at a front portion; and a pair of mounting portions (5, 6) protruding outward in the radial direction from both ends in a circumferential direction of the tubular portion, the tubular portion includes a hole being formed to permit insertion of the protrusion, from at least one side portion to a back portion of the tubular portion, the hole is formed up to a position to face the slit in a diametrical direction of the tubular portion, and an axial length of a portion of the hole, located at a back portion of the tubular portion, is longer than an axial length of a portion of the hole, located at a side portion of the tubular portion.
The use of a boron-containing additive in anon-aqueous lubricant composition as an inhibitor of lead corrosion associated with ashless, organic ester, anti-wear additives and/or friction modifiers, wherein the non-aqueous lubricant composition is used to lubricate an internal combustion engine and, before use, an ashless, organic ester, anti-wear additive and/or friction modifier is added to the non-aqueous lubricant composition.
Tread brake assembly for a rail car, including at least one brake block for pressing against a tread of a corresponding rail car wheel; a piston actuator powered by a fluid for driving the tread brake assembly; a brake rigging (5, 5') for transferring a braking stroke from the actuator piston to the at least one brake block; at least one sensor device (8, 8') for measuring at least one parameter of the tread brake assembly characterized in that the tread brake assembly further includes a stroke detector (9, 9') having an active state in which the stroke detector (9, 9') activates the sensor device (8, 8'); wherein the stroke detector (9, 9') is configured to enter its active state upon detecting a force, stress, strain or motion of the brake block, the brake rigging (5, 5') and/or the actuator. at least one brake block for pressing against a tread of a corresponding rail car wheel; a piston actuator powered by a fluid for driving the tread brake assembly; a brake rigging (5, 5') for transferring a braking stroke from the actuator piston to the at least one brake block; at least one sensor device (8, 8') for measuring at least one parameter of the tread brake assembly characterized in that the tread brake assembly further includes a stroke detector (9, 9') having an active state in which the stroke detector (9, 9') activates the sensor device (8, 8'); wherein the stroke detector (9, 9') is configured to enter its active state upon detecting a force, stress, strain or motion of the brake block, the brake rigging (5, 5') and/or the actuator.
A cable hanger, comprising: a first half including a main body with a first cable recess, a latch adapted for mounting to a mounting structure, and a first securing feature; a second half including a main body with a second cable recess, a bore adapted for receiving the latch of a second cable hanger, and a second securing feature; wherein the first half is mated with the second half such that the first and second cable recesses (38, 48) form a pocket for receiving and grasping a cable, and wherein the first and second securing features (42, 52) engage to maintain the first half and the second half in a mated condition, and wherein the main body of the first half includes a bore that is coaxial with the latch, and wherein the cable hanger further comprises a plunger, the plunger configured to reside in the bore of the first half and maintain the latch in a latched condition, and wherein the plunger is attached to the first half within the bore of the first half via breakaway tabs and configured to break away from the bore of the first half to be moved to maintain the latch in the latched condition. a first half including a main body with a first cable recess, a latch adapted for mounting to a mounting structure, and a first securing feature; a second half including a main body with a second cable recess, a bore adapted for receiving the latch of a second cable hanger, and a second securing feature; wherein the first half is mated with the second half such that the first and second cable recesses (38, 48) form a pocket for receiving and grasping a cable, and wherein the first and second securing features (42, 52) engage to maintain the first half and the second half in a mated condition, and wherein the main body of the first half includes a bore that is coaxial with the latch, and wherein the cable hanger further comprises a plunger, the plunger configured to reside in the bore of the first half and maintain the latch in a latched condition, and wherein the plunger is attached to the first half within the bore of the first half via breakaway tabs and configured to break away from the bore of the first half to be moved to maintain the latch in the latched condition.
A neuromodulation system (10, 110) comprising - At least one input module (12, 112) for inputting a planned neuromodulation event or a series of neuromodulation events, - At least one analyzing module (14, 114) for analyzing a neuromodulation event or a series of neuromodulation events, wherein the analyzing module (14, 114) and the input module (12, 112) are connected such that the input module (12, 112) is configured to forward the planned neuromodulation event or a series of neuromodulation events to the analyzing module (14, 114) and wherein the analyzing module (14, 114) is configured to analyze the planned neuromodulation event or a series of neuromodulation events regarding one or more possible neuromodulation conflict(s), wherein the neuromodulation system (10, 110) comprises a neurostimulation array being or comprising an array of multiple electrodes and wherein the analyzing module is configured to detect a neuromodulation conflict in case that the planned neuromodulation event or a series of neuromodulation events requires an impossible electrode configuration. - At least one input module (12, 112) for inputting a planned neuromodulation event or a series of neuromodulation events, - At least one analyzing module (14, 114) for analyzing a neuromodulation event or a series of neuromodulation events, wherein the analyzing module (14, 114) and the input module (12, 112) are connected such that the input module (12, 112) is configured to forward the planned neuromodulation event or a series of neuromodulation events to the analyzing module (14, 114) and wherein the analyzing module (14, 114) is configured to analyze the planned neuromodulation event or a series of neuromodulation events regarding one or more possible neuromodulation conflict(s), wherein the neuromodulation system (10, 110) comprises a neurostimulation array being or comprising an array of multiple electrodes and wherein the analyzing module is configured to detect a neuromodulation conflict in case that the planned neuromodulation event or a series of neuromodulation events requires an impossible electrode configuration.
A dentifrice composition comprising (i) a whitening complex comprising crosslinked polyvinylpyrrolidone complexed with hydrogen peroxide, and (ii) a pigment having a blue color with a hue angle in the CIELAB system ranging from 200 to 320 degrees; wherein the total amount of hydrogen peroxide by weight of the composition is 0.01 to 3 % by weight; and wherein the amount of pigment is 0.01 to 3 % by weight, said composition further comprising an ethylene oxide, propylene oxide block co-polymer of average molecular weight greater than 5000 Da, wherein the ethylene oxide, propylene oxide block co-polymer comprises (ethylene oxide)x-(propylene oxide)y wherein x is an integer of 80-150 and y is an integer of 30-80.
Use of a silicone mold in molding a curable composition containing an epoxy resin, the silicone mold comprising a cured product of a silicone resin composition, wherein the cured product has a light transmittance at a wavelength of 400 nm of 80% or higher at a thickness of 1 mm, an elongation at break in accordance with JIS K 7161 of 250% or less, and a thermal linear expansion coefficient of 350 ppm/°C or less at 20 to 40°C.
A device comprising: an electronic display supported in a display chassis; a capacitive digitizer sensor overlaid on the electronic display; wherein the electronic display includes an electrostatic discharge, ESD, shield layer, wherein the ESD shield layer is electrically connected to device ground and wherein impedance to the device ground of the ESD shield layer is configured to be sensitive to pressure applied on the capacitive digitizer sensor during user interaction; a circuit configured to detect touch interaction with the capacitive digitizer sensor based on output sampled, wherein the output is sensitive to the change in the impedance of the ESD shield layer to the device ground, wherein the circuit is configured to detect a change in a baseline output detected on the capacitive digitizer sensor, wherein the change in the baseline output is based on changes in the impedance to ground of the ESD shield layer, and wherein the baseline output is the output detected from the capacitive digitizer sensor at a location with no user interaction; and a display controller configured to control output on the electronic display. an electronic display supported in a display chassis; a capacitive digitizer sensor overlaid on the electronic display; wherein the electronic display includes an electrostatic discharge, ESD, shield layer, wherein the ESD shield layer is electrically connected to device ground and wherein impedance to the device ground of the ESD shield layer is configured to be sensitive to pressure applied on the capacitive digitizer sensor during user interaction; a circuit configured to detect touch interaction with the capacitive digitizer sensor based on output sampled, wherein the output is sensitive to the change in the impedance of the ESD shield layer to the device ground, wherein the circuit is configured to detect a change in a baseline output detected on the capacitive digitizer sensor, wherein the change in the baseline output is based on changes in the impedance to ground of the ESD shield layer, and wherein the baseline output is the output detected from the capacitive digitizer sensor at a location with no user interaction; and a display controller configured to control output on the electronic display.
An attachment for a vehicle wheel for allowing a driving operation with limited tire function, including a base body having a tread surface for contacting a road surface and at least one bracing means which is configured to engage with a hook portion behind a portion (10, 11) of a rim of the vehicle wheel, wherein the attachment comprises a bracing mechanism having a contact portion which is configured to actuate the bracing means and to bring the hook portion into engagement behind the portion (10, 11) of the rim, when the contact portion is actuated, characterized in that the bracing mechanism is configured to contact the road surface with the contact portion when the attachment is attached to the vehicle wheel and the vehicle wheel is rotating, and thereby to actuate the contact portion, or to contact the rim with the contact portion when the attachment is attached to the vehicle wheel and thereby to actuate the contact portion.
A method for performing a data communication between at least two devices, wherein - the at least two devices are connected via an electrical bus line, the method is characterized in that - each of the devices detects the magnitude of a device current flowing from the respective device to the bus line, - one device raises the device current of the other devices in order to announce the transfer of data, - data is transferred after announcing the transfer of data by means of modulation of the device current of the other devices. - the at least two devices are connected via an electrical bus line, the method is characterized in that - each of the devices detects the magnitude of a device current flowing from the respective device to the bus line, - one device raises the device current of the other devices in order to announce the transfer of data, - data is transferred after announcing the transfer of data by means of modulation of the device current of the other devices.
A silicon nitride powder in which a total amount of fluorine is 100 to 1,000 ppm by mass, and a total amount of Fe, Al and Ca is 100 to 1,000 ppm by mass, wherein a ratio of the amount of surface fluorine to the total amount of fluorine is 0.5 or more.
Flexible joint between floating piers, comprising: a first and second turn disc axle (3,22), a first and second bridge section (4,20) that each has a hole in both ends of the bottom surface, a first and second flexible fender (5,11) each with a through hole, and a pontoon (1,19), characterized by that it comprises: arranged either as choice A: where the first and second turn disc axle is fixed on the pontoon, and the first and second flexible fenders are fixed on the bottom surfaces of the first and second bridge sections, respectively, where the through holes therein correspond with the holes in the bridge sections, or arranged as choice B: where the first and second flexible fenders are fixed on the pontoon, a first and second lower turn disc, with an outer diameter which is at least as large as the hole in the first and second flexible fenders, is fixed around the first and second turn disc axles, and a plurality of flexible connections attach the first and second turn discs to the pontoon, wherein: the holes in the bridge sections (4,20) are at least as large as the outer diameter of the turn disc axle (3,22), the holes in the fenders (5,11) are at least as large as the outer diameter of the turn disc axle (3,22), the first and second turn disc axle (3,22) are arranged at least partially inside respectively the first and second flexible fenders (5,11), the flexible fenders (5,11) are rubber fenders. a first and second turn disc axle (3,22), a first and second bridge section (4,20) that each has a hole in both ends of the bottom surface, a first and second flexible fender (5,11) each with a through hole, and a pontoon (1,19), where the first and second turn disc axle is fixed on the pontoon, and the first and second flexible fenders are fixed on the bottom surfaces of the first and second bridge sections, respectively, where the through holes therein correspond with the holes in the bridge sections, where the first and second flexible fenders are fixed on the pontoon, a first and second lower turn disc, with an outer diameter which is at least as large as the hole in the first and second flexible fenders, is fixed around the first and second turn disc axles, and a plurality of flexible connections attach the first and second turn discs to the pontoon, the holes in the bridge sections (4,20) are at least as large as the outer diameter of the turn disc axle (3,22), the holes in the fenders (5,11) are at least as large as the outer diameter of the turn disc axle (3,22), the first and second turn disc axle (3,22) are arranged at least partially inside respectively the first and second flexible fenders (5,11), the flexible fenders (5,11) are rubber fenders.
A refrigerated merchandising case, comprising: a foundation comprising a pair of gussets support structures attached to a base rail; a lower tub; a cooling module positioned within the lower tub; a vertical rear panel extending from the lower tub; the vertical rear panel comprising: a pultruded shell defining an air plenum in communication with the cooling module, wherein the vertical rear panel is attached to the foundation and the lower tub via the gusset support structure; and a pair of gusset channels for mating with the gusset support structures; and a top panel extending from the vertical rear panel. a foundation comprising a pair of gussets support structures attached to a base rail; a lower tub; a cooling module positioned within the lower tub; a vertical rear panel extending from the lower tub; the vertical rear panel comprising: a pultruded shell defining an air plenum in communication with the cooling module, wherein the vertical rear panel is attached to the foundation and the lower tub via the gusset support structure; and a pair of gusset channels for mating with the gusset support structures; and a pultruded shell defining an air plenum in communication with the cooling module, wherein the vertical rear panel is attached to the foundation and the lower tub via the gusset support structure; and a pair of gusset channels for mating with the gusset support structures; and a top panel extending from the vertical rear panel.
Setting device for driving fastening elements in a setting direction into a substrate, having a driving-in element, which is movable back and forth between a starting position and a setting position, having a drive, which is provided to drive the driving-in element from the starting position to the setting position in the setting direction in order to transmit energy to a fastening element, and having a recessing device, which is provided to convey the driving-in element from the setting position to the starting position counter to the setting direction, wherein the recessing device comprises a rotor, which is rotatable about an axis of rotation, and a driver element, which is mounted on the rotor and which can be brought into engagement with the driving-in element in order to drive the driving-in element along counter to the setting direction, wherein the driver element is mounted on the rotor so as to be movable radially with respect to the axis of rotation such that the driver element moves away from the axis of rotation during rotation of the rotor in order to come into engagement with the driving-in element, characterized in that the recessing device comprises a spring which acts between the rotor and the driver element and loads the driver element towards the axis of rotation.
Method for providing a tire with an informative label, the method comprising supporting a tire, supplying a banding material to the tire and wrapping it in a loop around a part of the tire, holding the banding material at the neck of said loop, and connecting opposed areas of the banding material at said neck, characterised in that the banding material is guided around the part of the tire by guiding it along a loop shaped guiding structure.