mhurhangee/ep-ind-claims huggingface dataset:
A lock for securing a toolbox to a support structure, the lock comprising: a first lock portion configured to receive a first part of the toolbox or a first attachment of the toolbox; and a second lock portion configured to engage a second part of the toolbox or a second attachment of the toolbox, wherein at least one of the first lock portion and the second lock portion is configured to engage a part (11,12) or attachment of the toolbox that is mounted to a fixing element which is used to secure a wheel of the toolbox, the second lock portion being lockable to inhibit or substantially prevent disengagement of the second part or second attachment, wherein: the second lock portion is remote from the first lock portion, the first and second lock portions are securable with respect to a support structure, and the first lock portion is configured to guide movement of the second part of the toolbox or the second attachment of the toolbox into engagement with the second lock portion. a first lock portion configured to receive a first part of the toolbox or a first attachment of the toolbox; and a second lock portion configured to engage a second part of the toolbox or a second attachment of the toolbox, wherein at least one of the first lock portion and the second lock portion is configured to engage a part (11,12) or attachment of the toolbox that is mounted to a fixing element which is used to secure a wheel of the toolbox, the second lock portion being lockable to inhibit or substantially prevent disengagement of the second part or second attachment, wherein: the second lock portion is remote from the first lock portion, the first and second lock portions are securable with respect to a support structure, and the first lock portion is configured to guide movement of the second part of the toolbox or the second attachment of the toolbox into engagement with the second lock portion. the second lock portion is remote from the first lock portion, the first and second lock portions are securable with respect to a support structure, and the first lock portion is configured to guide movement of the second part of the toolbox or the second attachment of the toolbox into engagement with the second lock portion.
Touch control module with haptic feedback adapted to be mounted on a control panel of a motor vehicle, the said touch control module comprising at least two fixing lugs and connection means wherein the connection means comprise screws (1, 29) adapted to be fastened to the control panel perpendicular to the outer surface of the control panel for holding the touch control module wherein: - silent blocks are disposed between the fixing lugs and the connection means and wherein the connection means comprise: - spacers for pre-loading the silent blocks substantially perpendicularly to the outer surface of the control panel and, - retention means for holding the spacers in contact with the screws (1, 29). - silent blocks are disposed between the fixing lugs and the connection means and wherein the connection means comprise: - spacers for pre-loading the silent blocks substantially perpendicularly to the outer surface of the control panel and, - retention means for holding the spacers in contact with the screws (1, 29). - spacers for pre-loading the silent blocks substantially perpendicularly to the outer surface of the control panel and, - retention means for holding the spacers in contact with the screws (1, 29).
A wireless power transmission apparatus for induction heating and for wirelessly transmitting power to a target object comprising: a working coil (12, 150) configured to induction-heat the target object and to wirelessly transmit power to the target object depending on a selected mode; an inverter configured to be operated based on an operation frequency for providing power to the working coil (12, 150); and a controller configured to change the mode depending on selection of a user, to control the operation frequency depending on the mode, and to detect the target object and to determine whether the target object belongs to a first group including a small home appliance having a reception coil or whether the target object is an induction heating target object, wherein the controller is configured to read an input current applied to the inverter in a target object detection mode, to perform an integration the input current, and to determine the target object based on an integrated value of the input current. a working coil (12, 150) configured to induction-heat the target object and to wirelessly transmit power to the target object depending on a selected mode; an inverter configured to be operated based on an operation frequency for providing power to the working coil (12, 150); and a controller configured to change the mode depending on selection of a user, to control the operation frequency depending on the mode, and to detect the target object and to determine whether the target object belongs to a first group including a small home appliance having a reception coil or whether the target object is an induction heating target object, wherein the controller is configured to read an input current applied to the inverter in a target object detection mode, to perform an integration the input current, and to determine the target object based on an integrated value of the input current.
A method for producing a (meth)acrylic polymer, comprising living radical polymerization of a (meth)acrylic monomer in the presence of a copper complex catalyst, wherein, based on the total amount of (meth)acrylic monomer introduced, 5 to 30 ppm by weight of copper atoms and a mole amount of 7 mmol% or less of a multidentate amine are contained, the multidentate amine being in an amount of 150 mol% or less based on the total amount of copper atoms, wherein a base other than the multidentate amine, and a hydride reducing agent are contained in a reaction system, and wherein the resulting (meth)acrylic polymer has a molecular weight distribution of 1.1 to 1.8, and wherein the base is at least one of a monoamine compound and an inorganic base, and wherein the monoamine compound is selected from the group consisting of: methylamine, aniline, lysine, dimethylamine, piperidine, trimethylamine, triethylamine, pyridine, pyrrole and ammonia.
Luminaire comprising - a mounting rail defining a contact surface for at least one board, - at least one circuit board, which rests on the contact surface and carries several LEDs as illuminants of the light, and - at least one fastening element, which holds the board on the contact surface of the mounting rail, wherein the fastening element overlaps the board over its entire width and is connected to the mounting rail at opposite edges of the contact surface, wherein the luminaire has at least two boards which are arranged adjacent to one another at the end faces of the contact surface, and the fastening element engages over both boards over their entire width at the end faces of both boards, wherein the fastening element has a web which lies between the two end-side adjacent boards; characterized in that the web engages in a slot of the contact surface, and/or that the fastening element has at least one centering element which engages in a recess of the plate and the mounting rail in a form-fitting manner. - a mounting rail defining a contact surface for at least one board, - at least one circuit board, which rests on the contact surface and carries several LEDs as illuminants of the light, and - at least one fastening element, which holds the board on the contact surface of the mounting rail,
Method for producing a security feature for a value product and/or a security product, comprising the following method steps: (a) Providing a substrate having surfaces, (b) providing at least one application element having a front side and a reverse side, (c) generating a respective coating of an adhesive agent on one of the surfaces of the substrate and/or on the reverse side of the at least one application element, (d) applying the respective application element with its reverse side onto the surface of the substrate provided with the respective coating of adhesive agent, or the application of the respective application element with its reverse side, provided with the adhesive, onto the surface of the substrate, (e) inseparable bonding of the respective application element with the surface of the substrate exclusively in at least one adhesion region bounded by at least one free region, and (f) mechanical removal of parts of the respective application element, present in the free region and not inseparably bonded to the surface of the substrate, from the surface of the substrate, while parts of the application element located in the at least one adhesion region remain inseparably bonded to the surface of the substrate, characterised in that the respective application element comprises regularly arranged thin regions for weakening the tear resistance of the material of the application element in these regions, such that the parts of the respective application element located in the at least one free region, on the mechanical removal from the surface of the substrate, separate along the thin regions from the parts of the respective application element located in the at least one adhesion region. (a) Providing a substrate having surfaces, (b) providing at least one application element having a front side and a reverse side, (c) generating a respective coating of an adhesive agent on one of the surfaces of the substrate and/or on the reverse side of the at least one application element, (d) applying the respective application element with its reverse side onto the surface of the substrate provided with the respective coating of adhesive agent, or the application of the respective application element with its reverse side, provided with the adhesive, onto the surface of the substrate, (e) inseparable bonding of the respective application element with the surface of the substrate exclusively in at least one adhesion region bounded by at least one free region, and (f) mechanical removal of parts of the respective application element, present in the free region and not inseparably bonded to the surface of the substrate, from the surface of the substrate, while parts of the application element located in the at least one adhesion region remain inseparably bonded to the surface of the substrate,
A process for preparing an edible non-fried product of animal origin, which comprises the following steps: a) flaking or grinding parboiled pork or pork skin to a size ranging between 2 and 4 mm; b) dosing the flaked product into previously heated moulds; c) subjecting said parboiled pork or pork skin contained in the moulds to pressure for a pre-determined period of time, wherein the compression of the pieces of parboiled pork or pork skin in the moulds that were previously heated to a temperature ranging between 170°C and 200°C ranges between 4 and 8 kg/cm2, and the stay time in the moulds ranges between 3 and 6 s; d) removing the processed pork or pork skin thus moulded; and e) placing the processed pork or pork skin in bags for the distribution and sale thereof. a) flaking or grinding parboiled pork or pork skin to a size ranging between 2 and 4 mm; b) dosing the flaked product into previously heated moulds; c) subjecting said parboiled pork or pork skin contained in the moulds to pressure for a pre-determined period of time, wherein the compression of the pieces of parboiled pork or pork skin in the moulds that were previously heated to a temperature ranging between 170°C and 200°C ranges between 4 and 8 kg/cm2, and the stay time in the moulds ranges between 3 and 6 s; d) removing the processed pork or pork skin thus moulded; and e) placing the processed pork or pork skin in bags for the distribution and sale thereof.
A method for dispensing solid compound pastes for surface treatment to a machining tool comprising the following steps: - providing a solid compound paste for surface treatment that contains abrasives, particular a solid compound paste having a lipid based carrier material to which abrasives are admixed, - softening at least a partial amount of the solid compound paste by supplying thermal energy, wherein a mixing level of the softened paste with the abrasives is substantially maintained, - feeding the softened paste to a dosing device by means of a conveyor device that is configured for abrasively effective media, and - applying the softened paste to a machining tool by means of the dosing device, particularly applying to a tool for surface treatment. - providing a solid compound paste for surface treatment that contains abrasives, particular a solid compound paste having a lipid based carrier material to which abrasives are admixed, - softening at least a partial amount of the solid compound paste by supplying thermal energy, wherein a mixing level of the softened paste with the abrasives is substantially maintained, - feeding the softened paste to a dosing device by means of a conveyor device that is configured for abrasively effective media, and - applying the softened paste to a machining tool by means of the dosing device, particularly applying to a tool for surface treatment.
Grinding machine housing device for a portable power tool, in particular a grinding machine, having at least one housing element that at least partially defines a drive-axis and an output-axis plane, in which a drive axis of a drive unit of the portable power tool extends in a state of the drive unit arranged in the housing element and in which an output axis of an output unit of the portable power tool extends in a state of the output unit arranged in the housing element, and having at least one energy store receiving interface, arranged on the housing element, for releasably receiving at least one energy storage device, wherein the energy store receiving interface comprises at least one receiving guide element, characterized in that the receiving guide element has a main guide axis extending at least substantially transversely to the drive-axis and output-axis plane.
Clamping device, in particular for machine tools which for example are provided with a power-operated clamping chuck for holding a workpiece and the clamping jaws of which are adjustable by means of the clamping device through an axially adjustable pull rod serving as actuator, wherein the clamping device, arranged in a housing, has a reversible electric driving motor for initiating clamping movements, a movement converter for converting the adjusting movements of the rotor shaft of the driving motor into the axial adjusting movements of the pull rod required for actuation of the clamping jaws, and an energy storage means for maintaining the clamping force which is formed of a plurality of preloaded spring packs which are arranged distributed over the circumference and supported on an adjusting member of the movement converter embodied in the form of a hollow shaft and provided with a radially outwardly protruding projection, characterised in that for internal and external clamping of a workpiece the spring packs of the energy storage means are in each case inserted on one side of the adjusting member of the movement converter between the housing and a thrust element which is supported on the projection formed on the adjusting member so that adjusting movements of the adjusting member are transmitted directly to the thrust element, and in that a plurality of spacing members are connected firmly to the thrust element, which spacing members each carry a bearing washer and engage through the spring packs and a spacer, in that the spacing members and the spacer are adjustable in relation to one another and in that the spacer cooperates in the axial direction with spacing pins which are passed through the thrust element and supported on the wall of the housing facing the spring packs.
A method of identifying a secretion fusion partner from a secretome, said method comprising: (i) transforming a first host cell with a heterologous promoter operably linked to a polynucleotide encoding a secreted polypeptide; (ii) determining whether said secreted polypeptide is over-secreted from said first host cell as compared to the secretion level of said polypeptide if assayed when said secreted polypeptide's natural promoter is linked to said polynucleotide encoding said secreted polypeptide; (iii) transforming a second host cell with a construct comprising a first polynucleotide encoding a target polypeptide and a second polynucleotide encoding a polypeptide determined to be over-secreted in step (ii), wherein said first and second polynucleotides are in any order relative to each other and are in the same frame under the control of said heterologous promoter; (iv) culturing said second host cell under conditions wherein said construct expresses a fusion polypeptide of said target polypeptide and said over-secreted polypeptide; and (v) determining whether said fusion polypeptide is secreted into the culture medium; thereby identifying whether said over-secreted polypeptide is a SFP. (i) transforming a first host cell with a heterologous promoter operably linked to a polynucleotide encoding a secreted polypeptide; (ii) determining whether said secreted polypeptide is over-secreted from said first host cell as compared to the secretion level of said polypeptide if assayed when said secreted polypeptide's natural promoter is linked to said polynucleotide encoding said secreted polypeptide; (iii) transforming a second host cell with a construct comprising a first polynucleotide encoding a target polypeptide and a second polynucleotide encoding a polypeptide determined to be over-secreted in step (ii), wherein said first and second polynucleotides are in any order relative to each other and are in the same frame under the control of said heterologous promoter; (iv) culturing said second host cell under conditions wherein said construct expresses a fusion polypeptide of said target polypeptide and said over-secreted polypeptide; and (v) determining whether said fusion polypeptide is secreted into the culture medium; thereby identifying whether said over-secreted polypeptide is a SFP.
A cell differentiation system for differentiating cells, the system comprising - an input means for receiving a reconstructed image of a cell based on a holographic image of the cell in suspension, the input means being adapted for receiving holographic images from or comprising an imaging setup comprising a fluidic or microfluidic compartment adapted for receiving a suspension with the cells or a flow with the cells, as well as a holographic imaging means, and - a cell recognition means for determining cell recognition features from the reconstructed image of the cell for characterization of the cell, wherein the cell recognition means is configured for determining, as cell recognition features, image moments, the image moments being defined as m ij = ∑ x, y f x y. x i. y j and μ ij = ∑ x, y f x y. x − x ̅ i. y − y ̅ j where x ̅ = m 10 m 00, y ̅ = m 01 m 00, and η ij = μ ij μ 00 i + j / 2 + 1 wherein j and i are orders and wherein f ( x, y) is the pixel intensity of the digital image located at ( x, y) - wherein the cell differentiation system is configured for differentiating the cells using the cell recognition features. - an input means for receiving a reconstructed image of a cell based on a holographic image of the cell in suspension, the input means being adapted for receiving holographic images from or comprising an imaging setup comprising a fluidic or microfluidic compartment adapted for receiving a suspension with the cells or a flow with the cells, as well as a holographic imaging means, and - a cell recognition means for determining cell recognition features from the reconstructed image of the cell for characterization of the cell, wherein the cell recognition means is configured for determining, as cell recognition features, image moments, the image moments being defined as m ij = ∑ x, y f x y. x i. y j and μ ij = ∑ x, y f x y. x − x ̅ i. y − y ̅ j where x ̅ = m 10 m 00, y ̅ = m 01 m 00, and η ij = μ ij μ 00 i + j / 2 + 1 wherein j and i are orders and wherein f ( x, y) is the pixel intensity of the digital image located at ( x, y) wherein the cell recognition means is configured for determining, as cell recognition features, image moments, the image moments being defined as m ij = ∑ x, y f x y. x i. y j and μ ij = ∑ x, y f x y. x − x ̅ i. y − y ̅ j where x ̅ = m 10 m 00, y ̅ = m 01 m 00, and η ij = μ ij μ 00 i + j / 2 + 1 wherein j and i are orders and wherein f ( x, y) is the pixel intensity of the digital image located at ( x, y) - wherein the cell differentiation system is configured for differentiating the cells using the cell recognition features.
A radiation image conversion panel comprising: an aluminum substrate; an aluminum oxide layer formed on a surface of the aluminum substrate; a chromium layer covering the aluminum oxide layer; a metal film, provided on the chromium layer, having a radiation transparency and a light reflectivity; an oxide layer covering the metal film and having a radiation transparency and a light transparency; a protective film covering the oxide layer and having a radiation transparency and a light transparency; and a converting part provided on the protective film and adapted to convert a radiation image, wherein the aluminum oxide layer is made of porous aluminum oxide formed by anodic oxidation of aluminum. an aluminum substrate; an aluminum oxide layer formed on a surface of the aluminum substrate; a chromium layer covering the aluminum oxide layer; a metal film, provided on the chromium layer, having a radiation transparency and a light reflectivity; an oxide layer covering the metal film and having a radiation transparency and a light transparency; a protective film covering the oxide layer and having a radiation transparency and a light transparency; and a converting part provided on the protective film and adapted to convert a radiation image, wherein the aluminum oxide layer is made of porous aluminum oxide formed by anodic oxidation of aluminum.
A tire tread composition comprising: (a) a rubber component comprising a natural rubber or a synthetic rubber polymer or a combination thereof; (b) at least one filler in the amount of from 5 to 250 phr; and (c) a terpene-based resin having (i) a softening point of from 80 °C to 130 °C; (ii) a number average molecular weight (M n) ranging from 500 g/mol to 775 g/mol; and (iii) a glass transition temperature (T g) of from 38 °C to 81 °C; wherein the terpene-based resin is a homopolymer of a terpene monomer or a heteropolymer of a mixture of terpene monomers, and wherein the terpene-based resin is substantially free of limonene, wherein substantially free of limonene means that the amount of limonene is less than 10 wt. % based upon the total amount of the terpene-based resin. (a) a rubber component comprising a natural rubber or a synthetic rubber polymer or a combination thereof; (b) at least one filler in the amount of from 5 to 250 phr; and (c) a terpene-based resin having (i) a softening point of from 80 °C to 130 °C; (ii) a number average molecular weight (M n) ranging from 500 g/mol to 775 g/mol; and (iii) a glass transition temperature (T g) of from 38 °C to 81 °C; wherein the terpene-based resin is a homopolymer of a terpene monomer or a heteropolymer of a mixture of terpene monomers, and wherein the terpene-based resin is substantially free of limonene, wherein substantially free of limonene means that the amount of limonene is less than 10 wt. % based upon the total amount of the terpene-based resin. (i) a softening point of from 80 °C to 130 °C; (ii) a number average molecular weight (M n) ranging from 500 g/mol to 775 g/mol; and (iii) a glass transition temperature (T g) of from 38 °C to 81 °C; wherein the terpene-based resin is a homopolymer of a terpene monomer or a heteropolymer of a mixture of terpene monomers, and wherein the terpene-based resin is substantially free of limonene, wherein substantially free of limonene means that the amount of limonene is less than 10 wt. % based upon the total amount of the terpene-based resin.