mhurhangee/ep-ind-claims huggingface dataset:
Machining apparatus for machining workpieces made of wood or a material similar to wood, said machining apparatus comprising: - at least one workpiece machining unit and at least one workpiece supporting device, at least one of which is movable; - first sensor means for detecting the presence and/or the access of an object in a work area of said machining apparatus; - second sensor means arranged, at least partially, on a movable element of said apparatus for detecting contact and/or nearness of said movable element to the object; - a control system configured for reducing speed of said movable element in response to a signal emitted by said first sensor means and for stopping said movable element in response to a signal emitted by said second sensor means; characterised in that said second sensor means comprises contactless magnetic sensor means, wherein said magnetic sensor means comprises antenna means arranged on said movable element. - at least one workpiece machining unit and at least one workpiece supporting device, at least one of which is movable; - first sensor means for detecting the presence and/or the access of an object in a work area of said machining apparatus; - second sensor means arranged, at least partially, on a movable element of said apparatus for detecting contact and/or nearness of said movable element to the object; - a control system configured for reducing speed of said movable element in response to a signal emitted by said first sensor means and for stopping said movable element in response to a signal emitted by said second sensor means;
A method for separating at least one type of plastic pieces from a mixture of plastic pieces comprising at least two different types of plastics selected from the group consisting of PP, PC, PVC, ABS, POM, PET, ABS-PS and ABS-PC; said method allowing to obtain a fraction which is enriched in at least one of said at least two different types of plastic in relation to the proportion by weight of said at least one type of plastic in said mixture of pieces of plastic; said process comprising the following steps: a) contacting said mixture of pieces of plastic with an aqueous solution, which is saturated or not, of potassium permanganate; (b) irradiating said mixture with microwaves in the presence of said aqueous solution of potassium permanganate, at an irradiation power ranging from 0.3 to 6 kW for 0.5 to 6 min; (c) a step of washing the mixture of plastic pieces with a mixture solution of sulphuric acid and hydrogen peroxide; (d) a step of fractionation, by air or nitrogen bubble flotation in a liquid medium, of the mixture of pieces of plastics to obtain at least a first fraction and a second fraction; (e) a step of recovering at least one of those fractions; and, optionally, (f) a repetition of steps (a) to (e) of the said process. a) contacting said mixture of pieces of plastic with an aqueous solution, which is saturated or not, of potassium permanganate; (b) irradiating said mixture with microwaves in the presence of said aqueous solution of potassium permanganate, at an irradiation power ranging from 0.3 to 6 kW for 0.5 to 6 min; (c) a step of washing the mixture of plastic pieces with a mixture solution of sulphuric acid and hydrogen peroxide; (d) a step of fractionation, by air or nitrogen bubble flotation in a liquid medium, of the mixture of pieces of plastics to obtain at least a first fraction and a second fraction; (e) a step of recovering at least one of those fractions; and, optionally, (f) a repetition of steps (a) to (e) of the said process.
An in-the-showeror in-the-bath composition comprising an emulsion composition, wherein the in-the-shower or in-the-bath composition comprises less than 1.0% by weight of non-emulsifying elastomer, and wherein the emulsion composition is a high internal phase water-in-oil emulsion composition comprising: (a) at least 73% by weight of the high internal phase water-in-oil emulsion is water when deplete of active; (b) an emulsifier; (c) a steric stabilizer; (d) a depletion stabilizer, the depletion stabilizer being an alkyl modified cross-linked elastomer of polyether and/or polyglycerine with 8 to 26 carbon atoms making up the cross-linking group; and (e) an oil, wherein the steric stabilizer is a crossed-linked elastomer of polyether and/or polyglycerine and further wherein the cross-linking group has a chain length from 8 to 26 carbon atoms wherein non-emulsifying elastomer is a siloxane without polyoxyalkylene units, wherein the emulsion composition thickens when being topically applied in the presence of water. (a) at least 73% by weight of the high internal phase water-in-oil emulsion is water when deplete of active; (b) an emulsifier; (c) a steric stabilizer; (d) a depletion stabilizer, the depletion stabilizer being an alkyl modified cross-linked elastomer of polyether and/or polyglycerine with 8 to 26 carbon atoms making up the cross-linking group; and (e) an oil,
An apparatus for the production of croissants of the Spanish type, comprising means for conveying dough triangles along an advancement direction, said conveyor means comprising at least one first conveyor belt and at least one second conveyor belt of said dough triangles, said first and second conveyor belts (3, 4) being arranged in mutual succession along said advancement direction, said dough triangles being configured to be arranged on said conveyor means so that their base is oriented forward and at right angles to said advancement direction, said second conveyor belt having a second advancement speed which is greater than a first advancement speed of said first conveyor belt, retention means for retaining said dough triangles being associated with said first conveyor belt and being configured to be arranged above said dough triangles, deformation means being provided which have longitudinal elongation means associated with said second conveyor belt and configured to be arranged above said dough triangles, said longitudinal elongation means being configured to be engaged with a portion of a respective dough triangle when said retention means again engage a portion of the corresponding dough triangle, a device for rolling up said dough triangles being arranged downstream of said deformation means, characterized in that said retention means and said longitudinal elongation means are configured to act in a central/middle region proximate to the axis of symmetry of the dough triangles.
A system for stroke analysis comprising: a racket; an inertial sensor for coupling to the racket, the inertial sensor comprising an accelerometer array with three degrees of freedom in acceleration and a gyro array with three degrees of freedom in rotation; a processor connected to the inertial sensor, the processor configured to generate stroke histories describing acceleration and rotation of the racket based on signals from the accelerometer and the gyro arrays over a number of racket interactions; and a memory device connected to the processor, the memory device configured to store the stroke histories; wherein the processor is configured to segment the stoke histories into stroke profiles based on racket interaction impulses identified within the stroke histories, wherein the interaction impulses represent angular momentum transfers during ball strikes and other racket interactions, corresponding to simultaneous impulse forces representing linear momentum transfers; wherein the processor is configured to generate stroke trajectories based on the stroke profiles, the stroke trajectories describing at least one of position, velocity and orientation of the racket, and configured to separating the stroke profiles into stroke types based on pattern recognition of the stroke profiles or stroke trajectories; and wherein the processor is configured alone or in combination with a linked microprocessor. a racket; an inertial sensor for coupling to the racket, the inertial sensor comprising an accelerometer array with three degrees of freedom in acceleration and a gyro array with three degrees of freedom in rotation; a processor connected to the inertial sensor, the processor configured to generate stroke histories describing acceleration and rotation of the racket based on signals from the accelerometer and the gyro arrays over a number of racket interactions; and a memory device connected to the processor, the memory device configured to store the stroke histories; wherein the processor is configured to segment the stoke histories into stroke profiles based on racket interaction impulses identified within the stroke histories, wherein the interaction impulses represent angular momentum transfers during ball strikes and other racket interactions, corresponding to simultaneous impulse forces representing linear momentum transfers; wherein the processor is configured to generate stroke trajectories based on the stroke profiles, the stroke trajectories describing at least one of position, velocity and orientation of the racket, and configured to separating the stroke profiles into stroke types based on pattern recognition of the stroke profiles or stroke trajectories; and wherein the processor is configured alone or in combination with a linked microprocessor.
A method for wireless communications, comprising: receiving a partial bandwidth configuration for uplink transmissions by a user equipment, UE, the partial bandwidth configuration indicating a channel interlace and a portion of a channel bandwidth; receiving an autonomous uplink, AUL, configuration comprising a group identifier that identifies a group of UEs including the UE; determining, based at least in part on the group identifier, a starting offset for each UE of the group of UEs, the starting offset with respect to an AUL subframe for a partial bandwidth transmission by the UE; and performing the partial bandwidth transmission according to the determined starting offset over the channel interlace and the portion of the channel bandwidth. receiving a partial bandwidth configuration for uplink transmissions by a user equipment, UE, the partial bandwidth configuration indicating a channel interlace and a portion of a channel bandwidth; receiving an autonomous uplink, AUL, configuration comprising a group identifier that identifies a group of UEs including the UE; determining, based at least in part on the group identifier, a starting offset for each UE of the group of UEs, the starting offset with respect to an AUL subframe for a partial bandwidth transmission by the UE; and performing the partial bandwidth transmission according to the determined starting offset over the channel interlace and the portion of the channel bandwidth.
A lipid composition comprising linoleic acid, alpha-linolenic acid, gamma-linolenic acid and stearidonic acid for use in a method of alleviating or treating a skin problem in a subject in need, characterized in that the composition comprises said LA and ALA in a ratio of from about 1.5:1 to about 3:1; said GLA and SDA in a ratio of from about 1.5:1 to about 3:1; said LA and GLA in a ratio of from 1:1 to 9:1; and said ALA and SDA in a ratio of from 1:1 to 9:1, wherein said lipid composition comprises greater than about 7% (w/w) SDA and GLA in total and wherein said lipid composition comprises at least one natural tocopherol in an amount of from 0.3% (w/w) to 3% (w/w) and wherein said lipid composition is essentially free of EPA and DHA, wherein the daily dosage of the lipid composition is from 1.3 ml/day to 5.4 ml/day in humans.
A memristor, comprising: a first electrode; a second electrode parallel to the first electrode; and a switching layer disposing between the first and second electrode; said switching layer containing a conduction channel and a reservoir zone, the conduction channel having a Fermi glass material having a variable concentration of mobile ions, the reservoir zone forming an annular region surrounding the conduction channel, and functioning as a source/sink of mobile ions for the conduction channel during a switching operation, in which the mobile ions are moved into or out of the reservoir zone to vary the concentration of the mobile ions in the conduction channel to change a conductivity of the Fermi glass material; characterized in that the conduction channel has a shape of a truncated cone, with a narrower end in contact with the second electrode; and in that the annular region surrounds the narrower end of the conduction channel. a first electrode; a second electrode parallel to the first electrode; and a switching layer disposing between the first and second electrode; said switching layer containing a conduction channel and a reservoir zone, the conduction channel having a Fermi glass material having a variable concentration of mobile ions, the reservoir zone forming an annular region surrounding the conduction channel, and functioning as a source/sink of mobile ions for the conduction channel during a switching operation, in which the mobile ions are moved into or out of the reservoir zone to vary the concentration of the mobile ions in the conduction channel to change a conductivity of the Fermi glass material;
A method of manufacturing a polymer layer composite, wherein said polymer layer composite has a plurality of polymer layers (1, 2, 3, 4, 5) and wherein at least one polymer layer (1, 2, 3, 4, 5) includes a laser-sensitive component, said method comprising the following steps: A) a first item of personalised information is applied on two or more different polymer layers (2, 4) in the form of a colour ink-jet printed layer realised by means of an ink jet printing process, said colour ink-jet printed layers present on the different polymer layers (2, 4) representing each a partial piece of information of said first item of personalised information, B) the polymer layers (2, 4) having the colour ink-jet printed layers applied thereon are then assembled with the other polymer layers (1, 3, 5) and joined together, with the polymer layers (2, 4) having the colour ink-jet printed layer applied thereon being arranged between two other polymer layers (1, 3, 5), respectively, C) a second item of personalised information is introduced into the polymer layer composite (1, 2, 3, 4, 5) obtained in step B) by means of laser engraving. A) a first item of personalised information is applied on two or more different polymer layers (2, 4) in the form of a colour ink-jet printed layer realised by means of an ink jet printing process, said colour ink-jet printed layers present on the different polymer layers (2, 4) representing each a partial piece of information of said first item of personalised information, B) the polymer layers (2, 4) having the colour ink-jet printed layers applied thereon are then assembled with the other polymer layers (1, 3, 5) and joined together, with the polymer layers (2, 4) having the colour ink-jet printed layer applied thereon being arranged between two other polymer layers (1, 3, 5), respectively, C) a second item of personalised information is introduced into the polymer layer composite (1, 2, 3, 4, 5) obtained in step B) by means of laser engraving.
A method performed by a wireless device for activating a Semi-Persistent, SP, Zero Power, ZP, Channel State Information Reference Signal, CSI-RS, the method comprising: receiving, from a base station, a configuration for the SP ZP CSI-RS and a second configuration for CSI-Interference Measurement, CSI-IM; receiving, from the base station, a first control message that indicates activation of one or more SP ZP CSI-RS resources where the first control message is separate from a second control message indicating activation of SP Non-Zero Power, NZP, CSI-RS, SP CSI-IM, or CSI reporting and the first and second control messages are Medium Access Control, MAC, Control Element, CE, based; and activating, based on the first control message, the one or more SP ZP CSI-RS resources. receiving, from a base station, a configuration for the SP ZP CSI-RS and a second configuration for CSI-Interference Measurement, CSI-IM; receiving, from the base station, a first control message that indicates activation of one or more SP ZP CSI-RS resources where the first control message is separate from a second control message indicating activation of SP Non-Zero Power, NZP, CSI-RS, SP CSI-IM, or CSI reporting and the first and second control messages are Medium Access Control, MAC, Control Element, CE, based; and activating, based on the first control message, the one or more SP ZP CSI-RS resources.
A system for producing molded automotive seat cushions from polyurethane foam, comprising a mold and a liquid foamable polyurethane composition, the mold comprising a first mold and a second mold releasingly engageable between an open position and a closed position, the closed position defining a mold cavity, a surface of the mold cavity comprising a plurality of interconnected grooves and a plurality of vents, characterized in that the plurality of interconnected grooves are connected to the plurality of vents, the plurality of interconnected grooves having a cross-section comprising a pair of side walls interconnected by an apex portion, the pair of side walls angled with respect to one another to define an acute angle.
A turbine steam plant comprising: - a first and a second turbine sections (2, 3); - a connection line between an outlet of said first turbine section and an inlet of said second turbine section; - a steam bleed valve arranged along said connection line and regulated to send steam to a user; - a closed cycle cooling circuit for auxiliary members; - cooling means of said second turbine section to avoid excessive heating due to ventilating effect; said cooling means comprising first cooling means to let through a first flow of cooling steam from said outlet of the first turbine section to said inlet of the second turbine section; characterised in that: - said cooling means comprise second cooling means to generate a second flow of cooling steam by heating water using heat provided by said closed cycle circuit; and - said first cooling means comprise a regulation valve distinct from said steam bleed valve. - a first and a second turbine sections (2, 3); - a connection line between an outlet of said first turbine section and an inlet of said second turbine section; - a steam bleed valve arranged along said connection line and regulated to send steam to a user; - a closed cycle cooling circuit for auxiliary members; - cooling means of said second turbine section to avoid excessive heating due to ventilating effect; said cooling means comprising first cooling means to let through a first flow of cooling steam from said outlet of the first turbine section to said inlet of the second turbine section; characterised in that: - said cooling means comprise second cooling means to generate a second flow of cooling steam by heating water using heat provided by said closed cycle circuit; and - said first cooling means comprise a regulation valve distinct from said steam bleed valve.
An airflow generation device comprising: a base formed of a dielectric having a flexibility; a first electrode provided on a front surface side of the base; and a second electrode provided inside the base, the airflow generation device being configured to generate an airflow when a voltage is applied between the first electrode and the second electrode, wherein the first electrode extends in a first direction (y) on the front surface of the base, wherein the second electrode extends in the first direction (y) at a position inside the base, and is disposed to be arranged side by side with the first electrode in a second direction (x) orthogonal to the first direction (y) on the front surface of the base, wherein the first electrode comprises: a metal electrode part formed of a metal material, the metal electrode part having an upper surface, a first side edge surface positioned on the opposite side of the second electrode, and a second side edge surface positioned on the side of the second electrode; and an elastomeric electrode part formed by using an elastomeric material, and having a conductivity, the elastomeric electrode part being formed so as to cover at least one of the upper surface and the first side edge surface in the metal electrode part. a base formed of a dielectric having a flexibility; a first electrode provided on a front surface side of the base; and a second electrode provided inside the base, the airflow generation device being configured to generate an airflow when a voltage is applied between the first electrode and the second electrode, wherein the first electrode extends in a first direction (y) on the front surface of the base, wherein the second electrode extends in the first direction (y) at a position inside the base, and is disposed to be arranged side by side with the first electrode in a second direction (x) orthogonal to the first direction (y) on the front surface of the base, wherein the first electrode comprises: a metal electrode part formed of a metal material, the metal electrode part having an upper surface, a first side edge surface positioned on the opposite side of the second electrode, and a second side edge surface positioned on the side of the second electrode; and an elastomeric electrode part formed by using an elastomeric material, and having a conductivity, the elastomeric electrode part being formed so as to cover at least one of the upper surface and the first side edge surface in the metal electrode part. a metal electrode part formed of a metal material, the metal electrode part having an upper surface, a first side edge surface positioned on the opposite side of the second electrode, and a second side edge surface positioned on the side of the second electrode; and an elastomeric electrode part formed by using an elastomeric material, and having a conductivity, the elastomeric electrode part being formed so as to cover at least one of the upper surface and the first side edge surface in the metal electrode part.
A method for monitoring an energy conversion device which consists of several function units which are functionally linked to one another, in which power-dependent variables of at least one function unit are automatically detected and/or computed in temporal intervals, and are compared to one another or to values derived therefrom and/or to predefined values, and a corresponding signal is produced in dependence on the comparison, characterised in that power-dependent variables of at least two function units which are functionally linked to one another are detected and/or computed, in an automatic manner in temporal intervals, wherein the power-dependent output variables or variables derived therefrom, of the one function unit, form the power-dependent input variables of the function unit which is functionally arranged after this.