mhurhangee/ep-ind-claims huggingface dataset:
Method for lubricating an expandable rubber bladder of use during a vulcanization of a green tyre within a metal press, characterized in that the outer surface of said bladder, brought to be in contact with the inner face of said green tyre, is coated with a mould release agent composition in the form of an oil-in-water emulsion comprising: (a) at least one reactive polyorganosiloxane comprising, per molecule, at least two ≡SiOH silanol groups; (b) at least one crosslinking agent having, per molecule, at least three =SiH units; (c) at least one non-reactive linear polyorganosiloxane oil which is a linear homopolymer or copolymer which has, per molecule, monovalent organic substituents, which are identical to or different from one another, bonded to the silicon atoms, and which are selected from the group consisting of C 1 -C 6 alkyl, C 3 -C 8 cycloalkyl, C 6 -C 10 aryl and C 7 -C 15 alkylaryl radicals; (d) from 0.1 to 20 parts by weight of glass beads as spherical amorphous filler, relative to the total weight of the composition; (e) at least one surfactant; (f) optionally at least one additive selected from the group consisting of: a film-forming polymer, a complementary lubricant, an antifriction agent, a coalescence agent, a wetting or dispersing agent, a mineral filler, an antifoam agent, a thickener, a stabilizer, an acidifying agent, a biocide and an antifungal agent; (g) optionally at least one dehydrogenation-condensation catalyst, and (h) water, the amounts of surfactant(s) and of water being sufficient to obtain an oil-in-water emulsion; said method making it possible thus to directly obtain an expandable rubber bladder that is lubricated on its outer surface and resulting in several green tyre moulding and vulcanized tyre demoulding cycles. (a) at least one reactive polyorganosiloxane comprising, per molecule, at least two ≡SiOH silanol groups; (b) at least one crosslinking agent having, per molecule, at least three =SiH units; (c) at least one non-reactive linear polyorganosiloxane oil which is a linear homopolymer or copolymer which has, per molecule, monovalent organic substituents, which are identical to or different from one another, bonded to the silicon atoms, and which are selected from the group consisting of C 1 -C 6 alkyl, C 3 -C 8 cycloalkyl, C 6 -C 10 aryl and C 7 -C 15 alkylaryl radicals; (d) from 0.1 to 20 parts by weight of glass beads as spherical amorphous filler, relative to the total weight of the composition; (e) at least one surfactant; (f) optionally at least one additive selected from the group consisting of: a film-forming polymer, a complementary lubricant, an antifriction agent, a coalescence agent, a wetting or dispersing agent, a mineral filler, an antifoam agent, a thickener, a stabilizer, an acidifying agent, a biocide and an antifungal agent; (g) optionally at least one dehydrogenation-condensation catalyst, and (h) water,
A method for preparing an electrode for an electrochemical device comprising the steps of: delaminating a layered structure of black phosphorous to prepare a two-dimensional semiconductor material; forming a coating layer comprising the two-dimensional semiconductor material on the surface of a metal electrode; and converting a part of the two-dimensional semiconductor material in the coating layer into metal phosphide, wherein the two-dimensional semiconductor material is phosphorene in the form of a monolayer thin film, or a multilayer thin film in which two or more layers of phosphorene are stacked. delaminating a layered structure of black phosphorous to prepare a two-dimensional semiconductor material; forming a coating layer comprising the two-dimensional semiconductor material on the surface of a metal electrode; and converting a part of the two-dimensional semiconductor material in the coating layer into metal phosphide, wherein the two-dimensional semiconductor material is phosphorene in the form of a monolayer thin film, or a multilayer thin film in which two or more layers of phosphorene are stacked.
A dispenser for provision of portions of a tissue web, comprising - a first transport arrangement for unused tissue and a second transport arrangement for used tissue, - a housing with a dispensing opening through which a tissue portion located between the first transport arrangement and the second transport arrangement protrudes, - a detection arrangement comprising at least one sensor unit for detecting a user change, - a control unit adapted to activate the second transport arrangement when a user change is detected, - characterized in that the detection arrangement is in an energy-saving sleeping mode by default and is adapted to raise to an active mode upon activation of the first transport arrangement, - wherein the at least one sensor unit comprises a first sensor and a second sensor, and preferably a third sensor for detecting a user change; - wherein two of said first, second and/or third sensors (101, 102, 103) are an infrared sensor and an acceleration sensor, said acceleration sensor continuously detecting whether a user pulls the tissue or not and switching the infrared sensor from an inactive, energy-saving sleeping mode, to an active mode, if it is detected that a user pulls a tissue. - a first transport arrangement for unused tissue and a second transport arrangement for used tissue, - a housing with a dispensing opening through which a tissue portion located between the first transport arrangement and the second transport arrangement protrudes, - a detection arrangement comprising at least one sensor unit for detecting a user change, - a control unit adapted to activate the second transport arrangement when a user change is detected, - characterized in that the detection arrangement is in an energy-saving sleeping mode by default and is adapted to raise to an active mode upon activation of the first transport arrangement, - wherein the at least one sensor unit comprises a first sensor and a second sensor, and preferably a third sensor for detecting a user change; - wherein two of said first, second and/or third sensors (101, 102, 103) are an infrared sensor and an acceleration sensor, said acceleration sensor continuously detecting whether a user pulls the tissue or not and switching the infrared sensor from an inactive, energy-saving sleeping mode, to an active mode, if it is detected that a user pulls a tissue.
A device for cleaning tartar by means of sound wave that is configured to disrupt the physical integrity of the tartar and ensure the removal of the tartar without the need for the use of liquid for cooling purposes by directing sound waves emitted from a production focus to a secondary focus located on the tartar, comprising: - an outer cover including a slot and a sound wave outlet hole, said outer cover designed in a way that the dentists can use it with their hands, - a control unit in the outer cover, - a generator operating connected to the control unit with socket and generating sound waves, - a trigger controlling the time when the generator will operate, and - at least one redirector positioned to direct the sound waves emitted from the production focus to the secondary focus located on the tartar; - a key for enabling the operator to give permission to work by pressing on the key; and characterized by - a detachably designed focus adjuster tip having a protrusion for physically touching the tartar, wherein the focus adjuster tip can be fixed to the device by passing through the slot, and the control unit enables the generator to operate by transmitting voltage with the necessary electrical properties to the generator with the realization of the following conditions for generating the desired sound wave properties: - pressing the key and - transferring physical contact applied to the focus adjuster tip to the trigger by means of a transfer lever. - an outer cover including a slot and a sound wave outlet hole, said outer cover designed in a way that the dentists can use it with their hands, - a control unit in the outer cover, - a generator operating connected to the control unit with socket and generating sound waves, - a trigger controlling the time when the generator will operate, and - at least one redirector positioned to direct the sound waves emitted from the production focus to the secondary focus located on the tartar; - a key for enabling the operator to give permission to work by pressing on the key; - a detachably designed focus adjuster tip having a protrusion for physically touching the tartar, wherein the focus adjuster tip can be fixed to the device by passing through the slot, and the control unit enables the generator to operate by transmitting voltage with the necessary electrical properties to the generator with the realization of the following conditions for generating the desired sound wave properties: wherein the focus adjuster tip can be fixed to the device by passing through the slot, and the control unit enables the generator to operate by transmitting voltage with the necessary electrical properties to the generator with the realization of the following conditions for generating the desired sound wave properties: - pressing the key and - transferring physical contact applied to the focus adjuster tip to the trigger by means of a transfer lever.
Method for producing a synchronizer ring having a conical body and at least one centring tab provided on the outer circumference thereof, wherein the method comprises the following steps: producing the centring tab, which extends radially from the conical body, by stamping, and bending the centring tab in the direction of the conical body, with the result that, after bending, a section of a radially outer bottom side of the centring tab lies within a predetermined centring radius, characterized in that, before the bending step, the centring tab is formed in such a way that a radially inner first section of the centring tab, which is attached to the conical body, has a maximum first thickness which is greater than a maximum second thickness of a second section extending radially from the first section. producing the centring tab, which extends radially from the conical body, by stamping, and bending the centring tab in the direction of the conical body, with the result that, after bending, a section of a radially outer bottom side of the centring tab lies within a predetermined centring radius, characterized in that, before the bending step, the centring tab is formed in such a way that a radially inner first section of the centring tab, which is attached to the conical body, has a maximum first thickness which is greater than a maximum second thickness of a second section extending radially from the first section.
A lid for an opening device for a container, comprising a body having a longitudinal axis and provided with an end wall and with a side wall internally provided with a thread element suitable for cooperating with a further thread element of a spout of said opening device, said lid further comprising at least one driving element having a first side arranged to receive the fingers of a user during unscrewing of said lid from said spout and a second side arranged for receiving the fingers of a user during screwing of said lid on said spout, said first side being defined by a wall (58; 58'), characterised in that said second side is defined by a cavity.
A method for making a glass article having an optical coating and an easy-to-clean coating on top of the optical coating, the method comprising: providing a coating apparatus having a vacuum chamber for deposition of an optical coating and an ETC coating; providing a magnetic rotatable dome within said vacuum chamber for magnetically positioning a magnetic substrate carrier for receiving a glass substrate thereon that is to be coated; providing within said vacuum chamber source materials for the optical coating and source materials for the ETC coating; loading the glass substrate on the magnetic substrate carrier and magnetically attaching the magnetic substrate carrier having the glass substrate thereon to the magnetic rotatable dome; evacuating the vacuum chamber; rotating the magnetic rotatable dome and depositing an optical coating on the glass substrate; rotating the magnetic rotatable dome and depositing the ETC coating on top of the optical coating following deposition of the optical coating, wherein the optical coating is not exposed to ambient atmosphere prior to the deposition of the ETC coating; and removing the glass substrate having the optical coating and the ETC coating from the vacuum chamber to obtain a glass substrate having a shadow-free optical coating deposited on the glass substrate and the ETC coating deposited on the optical coating, the optical coating having a variation in a thickness from a first edge of the optical coating to a second edge of the optical coating of less than or equal to 4%. providing a coating apparatus having a vacuum chamber for deposition of an optical coating and an ETC coating; providing a magnetic rotatable dome within said vacuum chamber for magnetically positioning a magnetic substrate carrier for receiving a glass substrate thereon that is to be coated; providing within said vacuum chamber source materials for the optical coating and source materials for the ETC coating; loading the glass substrate on the magnetic substrate carrier and magnetically attaching the magnetic substrate carrier having the glass substrate thereon to the magnetic rotatable dome; evacuating the vacuum chamber; rotating the magnetic rotatable dome and depositing an optical coating on the glass substrate; rotating the magnetic rotatable dome and depositing the ETC coating on top of the optical coating following deposition of the optical coating, wherein the optical coating is not exposed to ambient atmosphere prior to the deposition of the ETC coating; and removing the glass substrate having the optical coating and the ETC coating from the vacuum chamber to obtain a glass substrate having a shadow-free optical coating deposited on the glass substrate and the ETC coating deposited on the optical coating, the optical coating having a variation in a thickness from a first edge of the optical coating to a second edge of the optical coating of less than or equal to 4%.
A blister packaging comprising - a thermoformed web with cavities for a product formed therein, comprising at least two co-extruded layers, namely a main layer comprising HDPE and an inorganic additive, the inorganic additive being present in an amount of up to 2%, and a sealing layer comprising HDPE and LLDPE, the LLDPE being present in an amount of at most 50%, and - a flat lid, comprising at least three co-extruded layers, namely an outer HDPE layer containing an inorganic additive, the inorganic additive being present in an amount of up to 5%, an intermediate HDPE layer comprising an additive suitable to decrease elongation at break, and an inner sealing layer, wherein the thermoformed web and the flat lid are heat-sealed together. - a thermoformed web with cavities for a product formed therein, comprising at least two co-extruded layers, namely a main layer comprising HDPE and an inorganic additive, the inorganic additive being present in an amount of up to 2%, and a sealing layer comprising HDPE and LLDPE, the LLDPE being present in an amount of at most 50%, and - a flat lid, comprising at least three co-extruded layers, namely an outer HDPE layer containing an inorganic additive, the inorganic additive being present in an amount of up to 5%, an intermediate HDPE layer comprising an additive suitable to decrease elongation at break, and an inner sealing layer,
A quick-release mechanism for drawer slide parts, comprising: a second rail, a drawer frame member and an engaging member, wherein the second rail includes an engaging portion; and the drawer frame member includes a carrier mountable on the second rail; and wherein the engaging member is mounted on the drawer frame member, and wherein once the drawer frame member is mounted on the second rail, the engaging member is engaged with the engaging portion to fix the second rail and the drawer frame member to each other, wherein the carrier has a front portion, and wherein the engaging member comprises a base fixed to the front portion of the carrier by a fixing means, the second rail has an end portion provided with a recess, characterized in that the base of the engaging member is arranged between the end portion of the second rail and the front portion of the carrier, in that the fixing means is fitted and restrained in the recess, and in that the carrier has a rear portion opposite to the front portion, the rear portion of the carrier has a pressing portion, the second rail has a stop portion, wherein the pressing portion is a groove and the stop portion is a protruding side plate, and the pressing portion is configured to be pressed against and stopped by the stop portion, wherein the base has an L-shape in a vertical section, and wherein the fixing means protrudes through a leg of the L-shaped section of the base, which is arranged between the end portion of the second rail and the front portion of the carrier. a second rail, a drawer frame member and an engaging member, wherein the second rail includes an engaging portion; and the drawer frame member includes a carrier mountable on the second rail; and wherein the engaging member is mounted on the drawer frame member, and wherein once the drawer frame member is mounted on the second rail, the engaging member is engaged with the engaging portion to fix the second rail and the drawer frame member to each other, wherein the carrier has a front portion, and wherein the engaging member comprises a base fixed to the front portion of the carrier by a fixing means, the second rail has an end portion provided with a recess, the base of the engaging member is arranged between the end portion of the second rail and the front portion of the carrier, in that the fixing means is fitted and restrained in the recess, and in that the carrier has a rear portion opposite to the front portion, the rear portion of the carrier has a pressing portion, the second rail has a stop portion, wherein the pressing portion is a groove and the stop portion is a protruding side plate, and the pressing portion is configured to be pressed against and stopped by the stop portion, wherein the base has an L-shape in a vertical section, and wherein the fixing means protrudes through a leg of the L-shaped section of the base, which is arranged between the end portion of the second rail and the front portion of the carrier.
A terminal apparatus comprising: a receiver which, in operation, receives downlink control information which includes a resource allocation field for signaling resource allocation information that indicates resources assigned to the terminal apparatus; and a controller coupled to the receiver; wherein when a plurality of clusters are allocated to the terminal apparatus and a number of available bits in the resource allocation field is smaller than a number of bits necessary to indicate the allocated plurality of clusters, the receiver receives a portion of the bits necessary to indicate the allocated plurality of clusters from the available bits in the resource allocation field; and the controller assumes remaining bit(s) of the bits necessary to indicate the allocated plurality of clusters to be a defined value, and wherein when the number of available bits in the resource allocation field is equal to or larger than the number of bits necessary to indicate the allocated plurality of clusters, the receiver receives the bits necessary to indicate the allocated plurality of clusters from the available bits in the resource allocation field; and wherein the controller, in operation, determines the resource allocation information based at least on the available bits in the resource allocation field included in the received downlink control information. a receiver which, in operation, receives downlink control information which includes a resource allocation field for signaling resource allocation information that indicates resources assigned to the terminal apparatus; and a controller coupled to the receiver; the receiver receives a portion of the bits necessary to indicate the allocated plurality of clusters from the available bits in the resource allocation field; and the controller assumes remaining bit(s) of the bits necessary to indicate the allocated plurality of clusters to be a defined value, and the receiver receives the bits necessary to indicate the allocated plurality of clusters from the available bits in the resource allocation field; and
Method for producing a fireproof pane comprising the following method steps: - placing a first glass pane, - placing a means, in particular a spacer profile element, for spacing the glass panes apart from one another on the first glass pane, - placing a second glass pane, wherein the surface of this glass pane is arranged parallel to the surface of the first glass pane, on the means for spacing the glass panes apart from one another that is placed on the first glass pane, - bringing the assembly formed from the glass panes and the means for spacing the glass panes apart into a horizontal position with the surfaces of the glass panes arranged parallel to the ground, - filling the interspace formed between the glass panes with a fireproof medium in the horizontal position for reducing the hydrostatic pressure acting on the first, lower glass pane, and - curing the fireproof medium introduced into the interspace formed between the glass panes and the means for spacing the glass panes apart, wherein the glass panes used are made of a glass, preferably float glass, which has no specific safety properties in terms of breakage behaviour, and the spacing defined between the glass panes is greater than 3 mm. - placing a first glass pane, - placing a means, in particular a spacer profile element, for spacing the glass panes apart from one another on the first glass pane, - placing a second glass pane, wherein the surface of this glass pane is arranged parallel to the surface of the first glass pane, on the means for spacing the glass panes apart from one another that is placed on the first glass pane, - bringing the assembly formed from the glass panes and the means for spacing the glass panes apart into a horizontal position with the surfaces of the glass panes arranged parallel to the ground, - filling the interspace formed between the glass panes with a fireproof medium in the horizontal position for reducing the hydrostatic pressure acting on the first, lower glass pane, and - curing the fireproof medium introduced into the interspace formed between the glass panes and the means for spacing the glass panes apart,