mhurhangee/ep-ind-claims huggingface dataset:
A power tool comprising: a tool housing in which an electric motor is disposed, the electric motor including a stator and an armature rotatably received within the stator, the armature having an armature shaft on which a commutator is mounted; and at least one brush assembly, comprising a brush and a brush holder, disposed around the commutator; wherein the brush holder comprises conductive material; and a spring contacting the brush that urges the brush radially inwardly along an axis, the brush assembly characterised by: the brush having two grooves on opposites surfaces therein; a brush holder comprising two support plates arranged defining guiderails that extend into the grooves of the brush to facilitate movement of the brush along the single axis; wherein the tool housing includes at least one opening adjacent the commutator through which the brush is disposed, and two oppositely-arranged slots formed around the periphery of the opening to receive two end portions of the support plates of the brush holder to securely maintain the brush holder in the tool housing; wherein the two support plates are arranged along a single plane and the brush holder further comprises at least one side plate extending angularly from the two support plates to provide an opening for the radial movement of the brush; wherein the side plate 306b) includes a terminal pin extending therefrom to receive electric power for the brush. a tool housing in which an electric motor is disposed, the electric motor including a stator and an armature rotatably received within the stator, the armature having an armature shaft on which a commutator is mounted; and at least one brush assembly, comprising a brush and a brush holder, disposed around the commutator; wherein the brush holder comprises conductive material; and a spring contacting the brush that urges the brush radially inwardly along an axis, the brush assembly characterised by: the brush having two grooves on opposites surfaces therein; a brush holder comprising two support plates arranged defining guiderails that extend into the grooves of the brush to facilitate movement of the brush along the single axis; wherein the tool housing includes at least one opening adjacent the commutator through which the brush is disposed, and two oppositely-arranged slots formed around the periphery of the opening to receive two end portions of the support plates of the brush holder to securely maintain the brush holder in the tool housing; wherein the two support plates are arranged along a single plane and the brush holder further comprises at least one side plate extending angularly from the two support plates to provide an opening for the radial movement of the brush; wherein the side plate 306b) includes a terminal pin extending therefrom to receive electric power for the brush.
A lubricating oil composition comprising an amide compound represented by the following general formula, and a metal-based detergent, wherein the content of the metal-based detergent as converted in terms of metal atom is, based on the total amount of the composition, more than 300 ppm by mass and 1,000 ppm by mass or less: wherein R 11 represents a hydrocarbon group having 6 or more carbon atoms, R 12 represents a hydrogen atom or a hydrocarbon group having 1 or more and 5 or less carbon atoms, R 13 represents a hydroxyalkyl group having 1 or more and 6 or less carbon atoms, and X represents an oxygen atom or a sulfur atom.
A chemical reactor vessel and mounting system for mounting the chemical reactor vessel on a support apparatus, the chemical reactor vessel comprising a vessel body and a vessel lid, and the mounting system comprising a collar device adapted to be attached around the chemical reactor vessel, characterized in that the mounting system further comprises a mounting unit adapted to be attached to the support apparatus and to receive the chemical reactor vessel fitted with the collar device, wherein the collar device comprises first and second outwardly extending opposing lugs (223A, 223C), and wherein the mounting unit has first and second opposing recesses in a surface thereof, the first and second recesses being configured to receive and support the first and second lugs (223A, 223C) respectively.
A capacitive displacement sensor system with interdigitated combs, comprising capacitive detection in a direction (y) perpendicular to the surfaces of the combs facing one another, the combs being subjected to a sinusoidal movement (A 0.sin(ωt)) in said direction (y), comprising: - a device for converting the capacitance delivered by the sensor into a voltage; - an analog/digital converter configured to digitise the voltage delivered by the conversion device, and supply a digitised signal (Vadc); and - a control unit comprising: - a harmonic estimator configured to estimate the amplitudes of the harmonics of order less than or equal to a maximum order based on the digitised signal (Vadc) and a reference angle (α) corresponding to the instantaneous angle of the input angular frequency (ωt); and - a signal reconstruction module for reconstructing the signal from the amplitudes and the reference angle that are supplied by the harmonic estimator and from the digitised signal delivered by the analog/digital converter. - a device for converting the capacitance delivered by the sensor into a voltage; - an analog/digital converter configured to digitise the voltage delivered by the conversion device, and supply a digitised signal (Vadc); and - a control unit comprising: - a harmonic estimator configured to estimate the amplitudes of the harmonics of order less than or equal to a maximum order based on the digitised signal (Vadc) and a reference angle (α) corresponding to the instantaneous angle of the input angular frequency (ωt); and - a signal reconstruction module for reconstructing the signal from the amplitudes and the reference angle that are supplied by the harmonic estimator and from the digitised signal delivered by the analog/digital converter. - a harmonic estimator configured to estimate the amplitudes of the harmonics of order less than or equal to a maximum order based on the digitised signal (Vadc) and a reference angle (α) corresponding to the instantaneous angle of the input angular frequency (ωt); and - a signal reconstruction module for reconstructing the signal from the amplitudes and the reference angle that are supplied by the harmonic estimator and from the digitised signal delivered by the analog/digital converter.
A handling system for transport units (10; 100) of live poultry in a slaughterhouse, wherein the transport units (10; 100) each include a supporting frame for at least one stack of drawer-like cages superimposed and slidably extractable along horizontal guides through an extraction side (A; B) of said supporting frame, the system comprising an inlet station of said transport units (10; 100), at least one transfer line arranged transversally to the inlet station for receiving the drawer-like cages extracted from the supporting frames, and an extraction device of the drawer-like cages, located, with respect to the inlet station, on the opposite side of said transfer line and designed to extract said drawer-like cages from the transport units (10; 100) by pushing them through said extraction side (A; B) of the respective supporting frames, wherein between said inlet station and said transfer line a rigid receiving structure of the stacks of drawer-like cages is interposed, which is equipped with supports arranged as said horizontal guides of the supporting frames, said rigid receiving structure being vertically displaceable between a position of receipt of the extracted stacks of drawer-like cages and a depositing position of the drawer-like cages onto said transfer line, characterized in that said extraction device is configured to simultaneously extract two stacks of superimposed drawer-like cages from two respective transport units (10; 100) arranged in a side-by-side condition, transversally to said transfer line, and in that said rigid receiving structure is designed for simultaneous receipt of the two extracted stacks of drawer-like cages and for separate depositing of the drawer-like cages of each stack.
A coating composition comprising: an emulsified latex polymer comprising a reaction product of ingredients including an ethylenically unsaturated monomer component polymerized in the presence of an aqueous dispersion of an emulsifying polymer having a number average molecular weight (Mn) of 8,500 to 50,000, wherein a cured film of the coating composition has a glass transition temperature (Tg) of at least 40°C, and wherein the coating composition is substantially free of each of bisphenol A, bisphenol F, and bisphenol S, including epoxides thereof. an emulsified latex polymer comprising a reaction product of ingredients including an ethylenically unsaturated monomer component polymerized in the presence of an aqueous dispersion of an emulsifying polymer having a number average molecular weight (Mn) of 8,500 to 50,000, wherein a cured film of the coating composition has a glass transition temperature (Tg) of at least 40°C, and wherein the coating composition is substantially free of each of bisphenol A, bisphenol F, and bisphenol S, including epoxides thereof.
A computer-implemented method of tokenization of a physical object, such as a product, the method comprising: generating or receiving object identification data based on an inspection of a Physical Unclonable Function, PUF, being attached to or otherwise connected to or embedded in the physical object, the object identification data comprising at least one cryptographic hash value as a collision-resistant virtual representation of the physical object; generating a non-certified token being assigned to the physical object and representing the object identification data, wherein the non-certified token is a data structure defined according to a particular data format and carries further information about the non-certified token and its respective purpose which enables an interoperability between different ecosystems in which the non-certified token is used; communicating a non-certified token validation request data via a token framework to one or more certification systems, the non-certified token validation request data representing information indicating the creation of the non-certified token in relation to the object identification data and a request to have the non-certified token validated; and receiving token certification data representing a certification of the previously non-certified token by at least one of the certification systems. generating or receiving object identification data based on an inspection of a Physical Unclonable Function, PUF, being attached to or otherwise connected to or embedded in the physical object, the object identification data comprising at least one cryptographic hash value as a collision-resistant virtual representation of the physical object; generating a non-certified token being assigned to the physical object and representing the object identification data, wherein the non-certified token is a data structure defined according to a particular data format and carries further information about the non-certified token and its respective purpose which enables an interoperability between different ecosystems in which the non-certified token is used; communicating a non-certified token validation request data via a token framework to one or more certification systems, the non-certified token validation request data representing information indicating the creation of the non-certified token in relation to the object identification data and a request to have the non-certified token validated; and receiving token certification data representing a certification of the previously non-certified token by at least one of the certification systems.
A protective helmet, particularly for sport activities and the like, comprising an outer protective cap, a first outer protective shell positioned inside and coupled to said outer protective cap, a second inner protective shell positioned inside and coupled to said first outer protective shell, and coupling means (30, 40) between said first outer protective shell and said second inner protective shell, characterized in that said coupling means (30, 40) comprise first damping means and second mechanical retaining means spaced apart from each other and positioned in corresponding seats (11, 21, 141, 142) of said first outer protective shell and second inner protective shell.
Wastewater treatment plant, of the type comprising a vessel including at least two chambers, one aeration chamber and one clarification chamber, whereby the water to be purified passes from one to the other, the clarification chamber being connected to an output pipe via a siphon zone delimited by a siphon partition, a lower end thereof forming an input passage into the siphon zone, characterised in that the clarification chamber includes at least one upward flow by-pass element placed beneath the input passage into the siphon zone, having an inclined deflector extending such that the projection of the input passage, according to a projection along a horizontal plane of the inclined deflector and of the input passage, is contained within the interior of the projection of the inclined deflector, and in that the deflector extends from a wall of the clarification chamber, the deflector forming a part of an element protruding from the wall of the clarification chamber, said element protruding from the wall of the clarification chamber protruding towards the interior of the vessel, the protruding element having, in a substantially vertical plane, a triangular section, the lower face of which constitutes the deflector, the lower end of the siphon partition delimiting with the upper face of the protruding element the input passage into the siphon zone.
A shoe sole, comprising: a rear bottom surface part formed to extend from a rearfoot portion to a midfoot portion and to be, when the shoe sole is placed on a virtual surface as a flat surface, in contact with the virtual surface; a toe portion of which a height from the virtual surface is set to 170% or greater and 250% or less with respect to a thickness dimension in the rear bottom surface part; a front bottom surface part that continues to a front part of the rear bottom surface part and also curvedly extends to the toe portion such as to be spaced away from the virtual surface; and a deformation restraining part formed to cross at least a portion of each of the rear bottom surface part and the front bottom surface part. a rear bottom surface part formed to extend from a rearfoot portion to a midfoot portion and to be, when the shoe sole is placed on a virtual surface as a flat surface, in contact with the virtual surface; a toe portion of which a height from the virtual surface is set to 170% or greater and 250% or less with respect to a thickness dimension in the rear bottom surface part; a front bottom surface part that continues to a front part of the rear bottom surface part and also curvedly extends to the toe portion such as to be spaced away from the virtual surface; and a deformation restraining part formed to cross at least a portion of each of the rear bottom surface part and the front bottom surface part.
Method for synchronously controlling at least two actuators (30, 40, 50) to jointly perform a coordinated action by means of a superordinate control unit via an asynchronously operating network segment, the at least two actuators (30, 40, 50) and the superordinate control unit being included in an automation network, and the control unit outputting control data (T1, T2, T3, T4), which comprise desired values for the actuators (30, 40, 50), for the at least two actuators (30, 40, 50), the control data (T1, T2, T3, T4) being transmitted, via the asynchronously operating network segment, to at least one transmitter unit with a buffer device and being buffered there, the control data (T1, T2, T3, T4) being read from the buffer device and being transmitted to the at least two actuators (30, 40, 50) via a network segment operating in sync with a transmission clock, characterized in that the transmission clock is changed on the basis of the quantity of control data (T1,..., T3) buffered in the buffer device, the actuators (30, 40, 50) processing the desired values at the same time in the correct context for jointly performing a coordinated action, as a result of which an offset between the actuators is avoided and the actuators perform their action in a synchronous manner.
A catheter strengthening element (30, 50, 70, 90, 100) having a longitudinal dimension and a radial dimension, the strengthening element including a plurality of metallic strengthening members (32, 52, 54, 74, 76, 94, 104, 106) disposed along a common axis, the strengthening members being radially spaced from one another by a radial space, with adjacent strengthening members partially overlapping one another in the longitudinal direction; the strengthening members being coupled together by at least one non-conductive coupling member (36, 58, 72, 78, 80, 82, 92, 96, 102); characterised in that: said at least one coupling member is made of a polymeric non-conductive material. said at least one coupling member is made of a polymeric non-conductive material.
A method of an enrollee to establish a protected setup with a registrar in which the enrollee is a wireless device requesting registration and the registrar is a wireless device granting registration, the method comprising: upon application of power to the enrollee, determining whether it is possible to communicate with the registrar by a power line communication, PLC, or not by confirming the application of power; if it is determined that PLC is possible, determining whether communication for receiving a personal identification number, PIN, with the registrar having the PIN is possible or not; if it is determined that the PLC with the registrar is possible, receiving the PIN from the registrar and sending out an acknowledgement, ACK, message to the registrar through a power line as a response to the received PIN; and after the sending out of the ACK, performing tunneling with the registrar through the power line. upon application of power to the enrollee, determining whether it is possible to communicate with the registrar by a power line communication, PLC, or not by confirming the application of power; if it is determined that PLC is possible, determining whether communication for receiving a personal identification number, PIN, with the registrar having the PIN is possible or not; if it is determined that the PLC with the registrar is possible, receiving the PIN from the registrar and sending out an acknowledgement, ACK, message to the registrar through a power line as a response to the received PIN; and after the sending out of the ACK, performing tunneling with the registrar through the power line.
Method for stabilizing the pre-fusion conformation of an RSV F polypeptide, comprising introducing a mutation in the RSV F protein, as compared to the wild-type RSV F protein, wherein the mutation is a mutation of the amino acid aspartic acid on position 486 into asparagine and wherein the amino acid positions are given in reference to the sequence of RSV F protein from the A2 strain (SEQ ID NO: 1).
A game controller comprising: a housing; and an internal structural body accommodated inside of the housing, wherein the internal structural body includes at least: an internal frame having an installation surface and a recess adjacent to the installation surface; a battery that is accommodated in the recess of the internal frame and has a first surface that opposes a bottom surface of the recess and a second surface on a side opposite to the first surface; and a flexible substrate that is installed on the installation surface of the internal frame and includes a conductive pattern, the flexible substrate is installed so as to cover at least part of the second surface of the battery accommodated in the recess, and a first height, which is a height from the bottom surface of the recess to the installation surface, is greater than a second height, which is a height from the bottom surface to the second surface when the battery is accommodated in the recess. a housing; and an internal structural body accommodated inside of the housing, wherein the internal structural body includes at least: an internal frame having an installation surface and a recess adjacent to the installation surface; a battery that is accommodated in the recess of the internal frame and has a first surface that opposes a bottom surface of the recess and a second surface on a side opposite to the first surface; and a flexible substrate that is installed on the installation surface of the internal frame and includes a conductive pattern, the flexible substrate is installed so as to cover at least part of the second surface of the battery accommodated in the recess, and a first height, which is a height from the bottom surface of the recess to the installation surface, is greater than a second height, which is a height from the bottom surface to the second surface when the battery is accommodated in the recess. an internal frame having an installation surface and a recess adjacent to the installation surface; a battery that is accommodated in the recess of the internal frame and has a first surface that opposes a bottom surface of the recess and a second surface on a side opposite to the first surface; and a flexible substrate that is installed on the installation surface of the internal frame and includes a conductive pattern, the flexible substrate is installed so as to cover at least part of the second surface of the battery accommodated in the recess, and a first height, which is a height from the bottom surface of the recess to the installation surface, is greater than a second height, which is a height from the bottom surface to the second surface when the battery is accommodated in the recess.
A centrifugal pump, in particular a multi-stage submersible pump, with a non-return valve with a valve seat and with a shut-off body which is movably arranged thereto in a limited manner, characterised in that the shut-off body is arranged with a positive fit and in a movable manner within a guide which surrounds the shut-off body with play, and the inner contour of the guide is designed in a manner tapering inwards towards the valve seat counter to the main flow direction.
A method for producing a plastic profile (10, 33) having a reinforcement, the reinforcement being passed uninterruptedly through a positioning device and a mold (23, 32) then following in the direction of production, and the plastic profile (10, 33) with the reinforcement embedded therein being pulled by a pulling device through the positioning device and the mold (23, 32) in the direction of production, wherein the reinforcement is pulled through a positioning device with at least two successive, separate positioning means (15, 16, 17, 18), characterized in that at least one positioning means (15, 16, 17, 18) is thereby moved in relation to at least one other.
Method to adjust the drawing action on a bar in a rolling and/or finishing train to obtain a final product, said train comprising a plurality of stands provided with rolls configured to be driven by respective drive members with a desired torque value and to define a feed path for said bar, said adjustment method providing at least a step of setting the operating parameters of said stands and a step of adjusting said operating parameters to obtain said final product, said parameters being acquired with acquisition means present in said train or associated with one or more components of said stands, characterized in that said setting step provides to determine the reference torque values of each of said stands during the feed of the initial segment of said bar and in relation to said final product to be obtained, and in that said adjustment step is started after a leading end of said bar has exited from the last of said stands.