mhurhangee/ep-ind-claims huggingface dataset:
A product comprising a friction material comprising a base material layer and a surface layer on the top surface of the base material layer, the surface layer comprising a blend of friction modifying particles and fibers or at least one type of friction modifying particle, the blend of friction modifying particles and fibers or the at least one type of friction modifying particle being bound to the base material layer with a resin, wherein the resin includes a polymer having an aliphatic segment, wherein the aliphatic segment is at least 3 single bonded carbon atoms long or longer and wherein the aliphatic segment is 40 % to 100 % by weight of the polymer; wherein the resin includes a repeating unit, which is 3-n-pentadecadienyl phenol or α-Eleostearic acid; or wherein the resin includes a binder that is an epoxy phenolic resin which contains 5 to 50 percent, by weight, of an epoxy containing alkane chains; or wherein the resin includes a binder that is a silicone or modified silicone resin; and wherein the base material layer comprises fibers, and the base material layer having a plurality of voids therein, and wherein the size of the voids ranges from 0.5 μm to 20 μm. wherein the resin includes a polymer having an aliphatic segment, wherein the aliphatic segment is at least 3 single bonded carbon atoms long or longer and wherein the aliphatic segment is 40 % to 100 % by weight of the polymer; wherein the resin includes a repeating unit, which is 3-n-pentadecadienyl phenol or α-Eleostearic acid; or wherein the resin includes a binder that is an epoxy phenolic resin which contains 5 to 50 percent, by weight, of an epoxy containing alkane chains; or wherein the resin includes a binder that is a silicone or modified silicone resin; wherein the aliphatic segment is at least 3 single bonded carbon atoms long or longer and wherein the aliphatic segment is 40 % to 100 % by weight of the polymer; wherein the resin includes a repeating unit, which is 3-n-pentadecadienyl phenol or α-Eleostearic acid; or wherein the resin includes a binder that is an epoxy phenolic resin which contains 5 to 50 percent, by weight, of an epoxy containing alkane chains; or wherein the resin includes a binder that is a silicone or modified silicone resin;
An image processing apparatus which is connected to an imaging part, the imaging part being disposed to image a workpiece conveyed on a conveyer, the image processing apparatus comprising: an interface that receives a signal indicating a travel distance of the conveyer in a conveying route; an interface that communicates with a control device for controlling a movement mechanism for handling the workpiece, the movement mechanism being disposed downstream of an imaging area of the imaging part in the conveying route; means that acquires positional information (X, Y, θ) on a region corresponding to a pre-registered workpiece in an image, by measuring an image obtained by imaging performed by the imaging part; means that maintains a travel distance in the conveying route in synchronization with the control device; means that initiates imaging of the imaging part in response to an imaging command; and means that transmits, to the control device, the positional information (X, Y, θ) and the travel distance in imaging the image used to acquire the positional information (X, Y, θ), wherein the signal indicating the travel distance in the conveying route of the conveyer is a pulse signal, the pulse signal is configured to be input to the image processing apparatus and the control device, the means that maintains the travel distance in the conveying route in synchronization with the control device includes a first counter that counts the number of pulses included in the pulse signal, and an identical parameter is set with respect to counting between the first counter and a second counter, the second counter used by the control device to count the number of pulses included in the pulse signal. an interface that receives a signal indicating a travel distance of the conveyer in a conveying route; an interface that communicates with a control device for controlling a movement mechanism for handling the workpiece, the movement mechanism being disposed downstream of an imaging area of the imaging part in the conveying route; means that acquires positional information (X, Y, θ) on a region corresponding to a pre-registered workpiece in an image, by measuring an image obtained by imaging performed by the imaging part; means that maintains a travel distance in the conveying route in synchronization with the control device; means that initiates imaging of the imaging part in response to an imaging command; and means that transmits, to the control device, the positional information (X, Y, θ) and the travel distance in imaging the image used to acquire the positional information (X, Y, θ),
A nailing machine for assembling wood pallets or the like comprising at least one nailing station and advancement and guiding means which form a substantially horizontal resting surface at said nailing station, said nailing station being designed for the assembly of at least two superimposed wood pieces (5a, 5b) to be assembled by nailing to provide a pallet, said nailing station comprising at least one nailing head which is associated with at least one nailing stem, which can move along a substantially vertical direction with respect to said resting surface between an inactive position, in which the lower end of said at least one nailing stem is spaced from the upper surface of said at least two superimposed wood pieces (5a, 5b), and an active position, in which the lower end of said nailing stem is moved closer to said upper surface of said at least two superimposed wood pieces (5a, 5b), said at least one nailing head being feedable with the nails to be used for nailing, and further comprising means for varying the elevation of said upper surface of said two superimposed wood pieces (5a, 5b) at said nailing station, said means for varying the elevation of the upper surface being actuatable on command in order to move said upper surface to a predetermined elevation, characterized in that said elevation variation means comprise at least one upper abutment body for a portion of the upper surface of said two superimposed wood pieces (5a, 5b), and at least one device for moving said resting surface, which is designed to move on command said resting surface between a lowered position, in which the upper surface of said two superimposed wood pieces (5a, 5b) is spaced and located below said upper abutment body, and a raised position, in which said upper surface rests against said upper abutment body.
Locking unit for a vehicle seat, comprising a locking detent which is mounted so as to be pivotable about a pivot axis between an opened position and a closed position, and which has a first retention contour for retaining a locking bolt in the closed position, wherein at least one claw is mounted so as to be pivotable about the same pivot axis and so as to be offset in the axial direction relative to the locking detent, wherein the claw has a closure contour, wherein the locking detent is able to be pivoted from the opened position to the closed position by impinging the closure contour by the locking bolt, characterized in that the claw has a support contour, a contour for retention in the open position, and a second projection having a second retention contour, wherein the support contour in the closed position of the locking detent interacts with a catch detent for securing the locking detent and with a tensioning element for positioning the locking detent in a play-free manner, wherein the contour for retention in the open position, in the opened position of the locking detent, for securing the catch detent interacts with the catch detent, wherein the second retention contour in a locked state of the locking unit bears on the locking bolt.
Drive device for an impeller of a fluid flow machine, having an electric motor and a frequency converter connected to an alternating current mains network, wherein the electric motor is controllable via the frequency converter, characterized in that the drive device comprises a reduction gear, in that the electric motor is formed as a brushless, permanently excited synchronous motor with permanent magnets arranged inside the rotor, and in that the frequency converter is configured to control the synchronous motor with a frequency exceeding the mains frequency, and in that the reduction gear is connected between the synchronous motor and the impeller so that the synchronous motor drives the impeller with the interposition of the reduction gear.
A windscreen wiper device, particularly for automobiles, comprising an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade is of the flat blade type and includes at least one groove, in which groove an elastic, elongated carrier element is disposed, wherein said windscreen wiper device further comprises a mounting head for transferring a reciprocal movement to said wiper blade wherein said windscreen wiper device further comprises a longitudinal strip-shaped arm, wherein said arm near a first end thereof is directly and detachably connected to said mounting head through a snapping operation and near a second end thereof is directly and detachably connected to a connecting device of said wiper blade through a snapping operation, and wherein said arm made of a resilient material is biased in order to exert a pressure onto said wiper blade towards said windscreen to be wiped, wherein said mounting head comprises at least one resilient tongue engaging in a correspondingly shaped hole provided in said arm near said first end thereof, and wherein said resilient tongue is hingeable between a wiping position retaining said arm onto said mounting head and a lift position releasing said arm from said mounting head, wherein an elongated cap is connected to at least one of the mounting head, the arm and the connecting device, and wherein said mounting head has two opposite side walls at the location of its attachment to said cap, wherein each side wall comprises a guiding groove (22,23) cooperating with an inwardly extending protrusion (19,20) on a wall of said cap.
Lighting device for road and/or street lighting, comprising: - a light source for emitting light with a first light distribution in a main light emitting direction, and - a reflector, which is positioned in front of the light source along the main light emitting direction, with a reflector surface for directing the light from the light source towards an illumination area with a second light distribution, wherein the reflector surface is formed such that the light is directed in a direction different from the main light emitting direction and towards at least one of the reflector's peripheral edges, wherein the light source is configured to vary the first light distribution for illuminating different portions of the reflector surface, and wherein the reflector is provided with respect to the light source such that the second light distribution of the light illuminating the illumination area is defined differently depending on the portions of the reflector surface illuminated with the light of the first light distribution. - a light source for emitting light with a first light distribution in a main light emitting direction, and - a reflector, which is positioned in front of the light source along the main light emitting direction, with a reflector surface for directing the light from the light source towards an illumination area with a second light distribution, wherein the reflector surface is formed such that the light is directed in a direction different from the main light emitting direction and towards at least one of the reflector's peripheral edges, wherein the light source is configured to vary the first light distribution for illuminating different portions of the reflector surface, and wherein the reflector is provided with respect to the light source such that the second light distribution of the light illuminating the illumination area is defined differently depending on the portions of the reflector surface illuminated with the light of the first light distribution.
A system for sensing a differential pressure and for verifying correct operation of the system, the system comprising: a differential-pressure sensor including four resistive elements (32A-32D) configured in a Wheatstone bridge configuration having two biasing nodes (34+, 34-) and two sensing nodes (36+, 36-), at least one of the four resistive elements comprising a sensing transducer having a resistance that varies in response to variations of a parameter value of the differential pressure; characterized by a biasing network configured to selectively provide first and second biasing conditions to the differential-pressure sensor via the first and second biasing nodes, so as to bias the differential-pressure sensor in two different biasing conditions; and a verification module configured to verify correct operation of the system based on a consistency determination of first and second output electrical signals generated at the two sensing nodes of the Wheatstone bridge in response to the first and second biasing conditions, respectively, selectively provided to the differential-pressure sensor, the first and second output electrical signals indicative of the parameter value of the differential pressure. a differential-pressure sensor including four resistive elements (32A-32D) configured in a Wheatstone bridge configuration having two biasing nodes (34+, 34-) and two sensing nodes (36+, 36-), at least one of the four resistive elements comprising a sensing transducer having a resistance that varies in response to variations of a parameter value of the differential pressure; characterized by a biasing network configured to selectively provide first and second biasing conditions to the differential-pressure sensor via the first and second biasing nodes, so as to bias the differential-pressure sensor in two different biasing conditions; and a verification module configured to verify correct operation of the system based on a consistency determination of first and second output electrical signals generated at the two sensing nodes of the Wheatstone bridge in response to the first and second biasing conditions, respectively, selectively provided to the differential-pressure sensor, the first and second output electrical signals indicative of the parameter value of the differential pressure.
A device for supporting a, preferably pivotable, first vehicle member, e.g., a vehicle door, on a second vehicle member, e.g., a driver's cab, comprising: a, preferably elastic, buffer with: a buffer shaft, comprising a thread; and a buffer head connected to the buffer shaft and having a buffer surface for the second vehicle member: a, preferably dome-shaped, receiving body, which is arranged or can be arranged on the first vehicle member and which has an opening into which the buffer shaft is screwed; and a securing element for securing the buffer against rotation, characterized in that the securing element is arranged between the buffer head and the receiving body, engages at least partially with the thread of the buffer shaft, and is supported on the receiving body. a, preferably elastic, buffer with: a buffer shaft, comprising a thread; and a buffer head connected to the buffer shaft and having a buffer surface for the second vehicle member: a buffer shaft, comprising a thread; and a buffer head connected to the buffer shaft and having a buffer surface for the second vehicle member: a, preferably dome-shaped, receiving body, which is arranged or can be arranged on the first vehicle member and which has an opening into which the buffer shaft is screwed; and a securing element for securing the buffer against rotation, characterized in that the securing element is arranged between the buffer head and the receiving body, engages at least partially with the thread of the buffer shaft, and is supported on the receiving body.
A pressure limiting valve which can be inserted in a seat of a hydraulic circuit arranged between a high pressure zone and a low pressure zone, said valve comprising: - a valve body 4 designed to engage sealingly with the walls of said seat and defining internally a passage for a fluid; - a closing member having a stem and a closing head connected to a first end of the stem and movably engaged with the valve body so as to move along a longitudinal direction of extension of the stem from a closed position of the passage, where the head is sealingly engaged with the valve body, into an open position of the passage and vice versa, in an opening direction and closing direction, respectively; - a sleeve, joined to said stem of the closing member at a second end thereof, opposite to the first end; - a spring arranged between the sleeve and the valve body and designed to exert a force on said closing member along said longitudinal direction in the closing direction, wherein said sleeve is irreversibly locked to said stem, by means of a threadless mechanical connection, in a predefined longitudinal position of the said stem, so that the spring exerts on the closing member a force of predefined value when the closing member is in the closed position, wherein said mechanical connection between the sleeve and the stem is a connection performed by means of plastic deformation, wherein the sleeve comprises a tubular portion, having an axially extending through-hole formed therein, and flange which protrudes radially from the tubular portion, and wherein the flange of the sleeve is arranged in a central position of the tubular portion, thus dividing the tubular portion into an upper hollow tubular portion and a lower hollow tubular portion, characterized in that the sleeve is locked to the stem of the closing member in two regions, namely a first region, involving plastic deformation of the sleeve providing a joining portion and arranged along a side surface of the stem, and a second region involving plastic deformation of the terminal end of the stem. - a valve body 4 designed to engage sealingly with the walls of said seat and defining internally a passage for a fluid; - a closing member having a stem and a closing head connected to a first end of the stem and movably engaged with the valve body so as to move along a longitudinal direction of extension of the stem from a closed position of the passage, where the head is sealingly engaged with the valve body, into an open position of the passage and vice versa, in an opening direction and closing direction, respectively; - a sleeve, joined to said stem of the closing member at a second end thereof, opposite to the first end; - a spring arranged between the sleeve and the valve body and designed to exert a force on said closing member along said longitudinal direction in the closing direction,
Line for a heatable fluid, in particular for an SCR system or a water injection system; said line comprising: - at least three ducts (10, 20, 30) for a heatable fluid, wherein a fluid is intended to flow through the ducts (10, 20, 30), - a connector adapted to be coupled to said ducts (10, 20, 30) in order to put them in fluidic communication, and comprising a body defining a passage for the fluid; wherein the fluid line comprises electric heating means positioned around the passage and around the ducts (10, 20, 30), so as to heat the fluid through the fluid line; each duct (10, 20, 30) comprises first heating means and two electric connectors (13, 14, 23, 24, 33, 34) of the male or female type connected to the first heating means; characterized in that in the fluid line there are at least two different types of electric connectors (3, 4, 13, 14, 23, 24, 33, 34), wherein at least one male connector and one female connector, belonging to two different types of electric connectors, cannot be connected to each other. - at least three ducts (10, 20, 30) for a heatable fluid, wherein a fluid is intended to flow through the ducts (10, 20, 30), - a connector adapted to be coupled to said ducts (10, 20, 30) in order to put them in fluidic communication, and comprising a body defining a passage for the fluid; wherein the fluid line comprises electric heating means positioned around the passage and around the ducts (10, 20, 30), so as to heat the fluid through the fluid line; each duct (10, 20, 30) comprises first heating means and two electric connectors (13, 14, 23, 24, 33, 34) of the male or female type connected to the first heating means; characterized in that in the fluid line there are at least two different types of electric connectors (3, 4, 13, 14, 23, 24, 33, 34), wherein at least one male connector and one female connector, belonging to two different types of electric connectors, cannot be connected to each other. the fluid line comprises electric heating means positioned around the passage and around the ducts (10, 20, 30), so as to heat the fluid through the fluid line; each duct (10, 20, 30) comprises first heating means and two electric connectors (13, 14, 23, 24, 33, 34) of the male or female type connected to the first heating means; characterized in that in the fluid line there are at least two different types of electric connectors (3, 4, 13, 14, 23, 24, 33, 34), wherein at least one male connector and one female connector, belonging to two different types of electric connectors, cannot be connected to each other.
A closure piece for a powder syringe with - a main body, - a sealing element, which is disposed on the main body in such a manner that it rests in a sealing manner against a distal opening of a powder syringe, when the closure piece is disposed on the powder syringe in the closing position thereof, and - a channel, which passes through the main body and the sealing element and has a proximal and a distal end (47,49), and with - a retaining element which is configured and/or can be disposed such that, prior to an activation of the powder syringe, penetration of powder, which comes from a chamber of the powder syringe, into the channel is prevented to a large extent when the closure piece is disposed in its closing position on the powder syringe, characterized in that - the closure piece includes a closing piece cap for closing the distal end of the channel, - the closing piece cap comprises a projection that passes through the channel and on which the retaining element is provided, and that - the retaining element is configured as a thickening of the projection. - a main body, - a sealing element, which is disposed on the main body in such a manner that it rests in a sealing manner against a distal opening of a powder syringe, when the closure piece is disposed on the powder syringe in the closing position thereof, and - a channel, which passes through the main body and the sealing element and has a proximal and a distal end (47,49), and with - a retaining element which is configured and/or can be disposed such that, prior to an activation of the powder syringe, penetration of powder, which comes from a chamber of the powder syringe, into the channel is prevented to a large extent when the closure piece is disposed in its closing position on the powder syringe, characterized in that - the closure piece includes a closing piece cap for closing the distal end of the channel, - the closing piece cap comprises a projection that passes through the channel and on which the retaining element is provided, and that - the retaining element is configured as a thickening of the projection.