mhurhangee/ep-ind-claims huggingface dataset:
A container comprising: a container main body; an inlay having a substrate, an IC chip supported by the substrate and an antenna supported by the substrate; and a covering film that covers a part of an outer surface of the container main body and has a first brittle part, the first brittle part being a part more easily torn by an external force than parts other than said first brittle part in the covering film, at least a part of the inlay is positioned between the covering film and the outer surface of the container main body and adhered to the covering film, wherein the substrate has a second brittle part, the second brittle part being a part more easily torn by an external force than parts other than the second brittle part in the substrate, characterized in that the first brittle part covers at least a part of the antenna, the first brittle part covers at least a part of the second brittle part, and the covering film is a shrink film. a container main body; an inlay having a substrate, an IC chip supported by the substrate and an antenna supported by the substrate; and a covering film that covers a part of an outer surface of the container main body and has a first brittle part, the first brittle part being a part more easily torn by an external force than parts other than said first brittle part in the covering film, at least a part of the inlay is positioned between the covering film and the outer surface of the container main body and adhered to the covering film, wherein the substrate has a second brittle part, the second brittle part being a part more easily torn by an external force than parts other than the second brittle part in the substrate, characterized in that the first brittle part covers at least a part of the antenna, the first brittle part covers at least a part of the second brittle part, and the covering film is a shrink film.
Device having a frequency-selective surface comprising a substrate, a network of conductive elementary patterns which are imprinted on a surface of said substrate and form in total a regular network, and a network of coupling components (12, 12a, 12b), each coupling component connecting two adjacent conductive elementary patterns, each coupling component (12, 12a, 12b) having a capacitance which can be modified by application of a control, said device comprising, furthermore, a control assembly which is configured to control selectively the value of the capacitances of the groups (20a, 20b) of coupling components (12, 12a, 12b) selectively according to: - a first mode, in which the capacitance of the assembly of groups (20a, 20b) of coupling components (12, 12a, 12b) is fixed at the same value, in order to make said device function in band-stop mode, and - a second mode, in which the capacitance of the coupling components (12, 12a, 12b) of a first assembly of groups of coupling components (12, 12a, 12b) is fixed at a first value, and the capacitance of the coupling components (12, 12a, 12b) of a second assembly of groups of coupling components (12, 12a, 12b), complementary to the first assembly, is fixed at a second value, different from the first value, in order to make said device function in band-pass mode, each group (20a, 20b) of coupling components (12, 12a, 12b) comprising a first coupling component connecting a first elementary pattern to a second elementary pattern which is adjacent thereto, and a second coupling component connecting the first elementary pattern to a third elementary pattern which is adjacent thereto, the network of elementary patterns being a line-column network, each coupling component connecting two adjacent conductive elementary patterns according to a line or according to a column. - a first mode, in which the capacitance of the assembly of groups (20a, 20b) of coupling components (12, 12a, 12b) is fixed at the same value, in order to make said device function in band-stop mode, and - a second mode, in which the capacitance of the coupling components (12, 12a, 12b) of a first assembly of groups of coupling components (12, 12a, 12b) is fixed at a first value, and the capacitance of the coupling components (12, 12a, 12b) of a second assembly of groups of coupling components (12, 12a, 12b), complementary to the first assembly, is fixed at a second value, different from the first value, in order to make said device function in band-pass mode,
Method for measuring and displaying data related to the physical activity of a person, comprising: - measuring data representative of the person's physical activity by means of a mechanical sensor in a mechanical wristwatch worn by the person, the functioning of said mechanical sensor being exclusively mechanical; - displaying said measured data on the dial of the wristwatch by means of an analogue indicator; - capturing an image of said dial by means of a camera in portable electronic equipment; - analysing said image to determine the position of said analogue indicator, said position constituting one or more analysed data; - processing in the portable electronic equipment of said analysed data, so as to determine data representative of the physical activity processed; - displaying the processed data representative of the physical activity on a screen of the electronic equipment. - measuring data representative of the person's physical activity by means of a mechanical sensor in a mechanical wristwatch worn by the person, the functioning of said mechanical sensor being exclusively mechanical; - displaying said measured data on the dial of the wristwatch by means of an analogue indicator; - capturing an image of said dial by means of a camera in portable electronic equipment; - analysing said image to determine the position of said analogue indicator, said position constituting one or more analysed data; - processing in the portable electronic equipment of said analysed data, so as to determine data representative of the physical activity processed; - displaying the processed data representative of the physical activity on a screen of the electronic equipment.
A method for controlling an aerosol generating device, the method comprising: receiving an indication to start an aerosol generating session via a user input element; receiving a temperature of a heater (11, 12, 13) measured by a temperature sensor; retrieving a session counter value from a memory; controlling the heater (11, 12, 13) to perform an aerosol generating session according to the temperature of the heater (11, 12, 13) and the session counter value; and when the temperature of the heater (11, 12, 13) becomes lower than a first predetermined temperature, resetting the session counter value. receiving an indication to start an aerosol generating session via a user input element; receiving a temperature of a heater (11, 12, 13) measured by a temperature sensor; retrieving a session counter value from a memory; controlling the heater (11, 12, 13) to perform an aerosol generating session according to the temperature of the heater (11, 12, 13) and the session counter value; and when the temperature of the heater (11, 12, 13) becomes lower than a first predetermined temperature, resetting the session counter value.
Hub for at least partially muscle-powered vehicles and in particular bicycles comprising a hub shell rotatably supported relative to a hub axle and a rotor rotatably supported relative to the hub axle by means of at least two rotor bearings (6, 7), and a freewheel device having a pair of interacting freewheel components (10, 20) namely, a hub-side freewheel component and a rotor-side freewheel component, wherein the two freewheel components (10, 20) are movable relative to one another in the axial direction at least between a freewheel position and an intermeshing engagement position in which a driving torque can be transmitted, wherein the rotor and also the hub shell is/are disposed in the same axial positions both in the freewheel position and in the engagement position, wherein the hub-side freewheel component is compact in configuration and a hub bearing to rotatably support the hub shell is integrated and configured therein, wherein an outer ring of the hub bearing is configured in an axial body section of the hub-side freewheel component and wherein at least one sealing unit protects the interior of the hub bearing from the entry of foreign bodies.
Backlighting device, notably for a head-up display, comprising: - at least one light-emitting diode which emits light beams, - an optical system for shaping the light beams, and - a light diffuser receiving the shaped light beams, characterized in that it further comprises a heat sink made in at least two parts, comprising, on the one hand, a base plate, and, on the other hand, at least one strip fastened to said base plate, the strip comprising at least one bend to form at least one cooling fin and at least one area designed to come into thermal contact with said base plate, and in that the strip is offset relative to the location of the light-emitting diodes and is positioned on an extension of the base plate, the extension of the base plate having a different orientation from the part of the base plate placed in line with the light-emitting diodes, the base plate being extended, with respect to the housing, so as to form a cantilever on which the strip is placed. - at least one light-emitting diode which emits light beams, - an optical system for shaping the light beams, and - a light diffuser receiving the shaped light beams,
Assembly for the creation of a tread groove surface structure, comprising a laser device comprising a machining head wherein a laser beam output window is formed, wherein the emission modes thereof have been programmed using appropriate software; said assembly being characterized in that in comprises a plurality of adapter elements wherein each thereof comprises an upper surface that is suitable for being connected to said machining head and an alignment portion defined by a rigid structure that is suitable for being inserted, without freedom of transverse movement, within a groove of a pneumatic tyre tread, and in that said machining head comprises at least one pair of retractable drive pins arranged on opposite sides in relation to the window and having the function of actuating the emission of the laser itself, and by the fact that upon said upper surface of each of the adapter elements a cavity is formed that is suitable for housing with adherence a respective retractable actuating pin and wherein the height thereof is less than that of the respective retractable actuating pin in an extended position thereof.
A pump system for evacuating gas from a plurality of chambers (1, 2, 10, 13, 14, 15) having at least four vacuum pumps (3, 4, 5, 6, 20, 21, 24, 25), wherein at least two backing pumps (5, 6, 21) and at least two turbomolecular pumps (3, 4, 20, 24, 25) are provided, wherein the chambers are connected to one another and have different levels of vacuum pressure, wherein a first turbomolecular pump is associated with a first chamber and a second turbomolecular pump is associated with a second chamber, wherein the first turbomolecular pump is supported by a first backing pump and the second turbomolecular pump is supported by a second backing pump, wherein at least one point of narrowed cross section is provided in at least one connection line between the at least two backing pumps (5, 6, 21) for the purpose of reducing and/or regulating a gas stream, and wherein a device for measuring the prevailing vacuum pressure or the gas throughput is provided at at least one point in the at least one chamber (1, 2, 10, 13, 14, 15) and/or in the at least one line portion and/or at ports provided therefor on the pumps (3, 4, 20, 24, 25), characterised in that all the turbomolecular pumps (3, 4, 20, 24, 25) take the same structural form.
An apparatus for determining buffer size (Tbf) of a network reception buffer which buffers data (di) received through a communication network and outputs the data to a reproduction device, the apparatus comprising buffer size adjusting means for adjusting buffer size (Tbf) of the network reception buffer, characterized in that the apparatus further comprises counting means for counting the number of times the network reception buffer in which the data (di) is accumulated becomes full or empty; and in that the buffer size adjusting means are configured to adjust buffer size (Tbf) of the network reception buffer in accordance with the number of times counted by the counting means.
A process for the treatment of sulphate-containing water, the process including: - a first reaction stage within which a source of ettringite is used, with or without adjunct reagents, in order to precipitate metals, phosphate and sulphate from the water; - a further reaction stage, the stage including ettringite production for feeding ettringite into the first stage; - two or more removal stages (7, 29) for removal of precipitated solids, the said stages (7, 29) following the first and the further reaction stage (2, 19); - a gypsum separation stage within which the precipitated solids that are removed within the removal stage that follows the first reaction stage are separated into an aluminium hydroxide-rich product and a product containing gypsum; and - recovery to the further reaction stage of a portion or all of the aluminium hydroxide-rich Product. - a first reaction stage within which a source of ettringite is used, with or without adjunct reagents, in order to precipitate metals, phosphate and sulphate from the water; - a further reaction stage, the stage including ettringite production for feeding ettringite into the first stage; - two or more removal stages (7, 29) for removal of precipitated solids, the said stages (7, 29) following the first and the further reaction stage (2, 19); - a gypsum separation stage within which the precipitated solids that are removed within the removal stage that follows the first reaction stage are separated into an aluminium hydroxide-rich product and a product containing gypsum; and - recovery to the further reaction stage of a portion or all of the aluminium hydroxide-rich Product.
A lock comprising a cylinder (2, 102), fixed to a door or door wing, with which a pivot (8, 108) is associated coaxially and rotatably, a lever for closing said door or door wing to a jamb being keyed to the end of said pivot (8, 108), the lock further comprising a separate body (18, 118) that can be keyed detachably to the second head of said pivot (8, 108) and is provided with magnetic means (19, 119) for temporary locking of the rotation of said body (18, 118) with respect to said cylinder (2, 102), said cylinder (2, 102) having a T-shaped configuration in which a first stem has an external thread and a cylindrical first head (5, 105) has a first seat, axially to which a through hole is provided, said pivot (8, 108) being arrangeable rotatably and coaxially with said first seat and at said hole, said T-shaped configuration of the cylinder forming a second cylindrical stem, which acts rotatably in said hole and which, when installed, protrudes with an end thereof beyond a lower surface of said first stem of said cylinder (2, 102), said second stem being kept rotatably associated, without the possibility of disconnection, with said cylinder (2, 102) by means of an elastic key, which is omega-shaped and can be associated with an annular groove that is provided in said first stem and is adjacent to said end, said pivot (8, 108) having a second flat head that acts rotatably within said first seat, said second head having, in plan view, a circular shape with two recesses (15a, 15b) obtained along two parallel chords, said separate body being able to be keyed removably at said second head of said pivot and being provided with magnetic means for the temporary locking of the rotation of said body with respect to said cylinder.
A method for enabling restoration of an operational state on a server node, the method comprising: Intercepting, by a state directory, traffic between a client, communicably connected to the server node over a network, and the server node, where at least a part of the traffic between the server node and the client leads to establishment of the operational state on the server node; Deriving, by the state directory, the operational state of the server node by processing the intercepted traffic; Storing the derived operational state in the state directory; Detecting, by the state directory, that the server node has lost the operational state; and Providing, by the state directory, the derived operational state to the server node after detecting that the server node has lost the operational state. Intercepting, by a state directory, traffic between a client, communicably connected to the server node over a network, and the server node, where at least a part of the traffic between the server node and the client leads to establishment of the operational state on the server node; Deriving, by the state directory, the operational state of the server node by processing the intercepted traffic; Storing the derived operational state in the state directory; Detecting, by the state directory, that the server node has lost the operational state; and Providing, by the state directory, the derived operational state to the server node after detecting that the server node has lost the operational state.
A food processing machine comprising: a cutter for cutting portions from a leading end of a food product; an end gripper for gripping a trailing end of a food product travelling along a food product flow path towards the cutter; a gripper drive assembly for driving the end gripper; and an electronic control system, characterised in that the gripper drive assembly and the control system are arranged to move the end gripper from a stowed position below the food product flow path to a raised position in the food product flow path after a food product has passed over the end gripper and then bring the end gripper into engagement with the trailing end of the food product. a cutter for cutting portions from a leading end of a food product; an end gripper for gripping a trailing end of a food product travelling along a food product flow path towards the cutter; a gripper drive assembly for driving the end gripper; and an electronic control system, characterised in that the gripper drive assembly and the control system are arranged to move the end gripper from a stowed position below the food product flow path to a raised position in the food product flow path after a food product has passed over the end gripper and then bring the end gripper into engagement with the trailing end of the food product.
A method of determining whether a human has an altered risk for developing liver fibrosis, comprising testing nucleic acid from said human for the single nucleotide polymorphism in the nucleotide sequence of SEQ ID NO: 203, wherein said human has an increased risk for developing liver fibrosis due to the presence of A at position 101 of SEQ ID NO: 203 or the presence of T at position 101 of its complement.
Method for non-destructive testing of a workpiece surface of a workpiece by means of fluorescent penetrant testing or dye penetrant testing, wherein the method comprises the following steps: a) cleaning the region of the workpiece surface to be inspected; b) applying a penetrant to the region of the workpiece surface to be inspected, wherein the penetrant penetrates possible recesses in the workpiece surface and is a liquid fluorescent penetrant or a liquid non-fluorescent dye penetrant; c) removing excess penetrant from the workpiece surface, d) applying a developer to the region of the workpiece to be tested; e) bleaching the fluorescent penetrant or the non-fluorescent dye penetrant by means of a gaseous oxidant in the layer formed by applying the developer to the workpiece surface, wherein the oxidant is ozone and, in order to carry out method step e), the workpiece together with the workpiece surface is inserted into a room or container filled with ozone or is at least subjected to a flow of ozone in the region of the workpiece surface; and f) carrying out a visual assessment of the fluorescent penetrant or non-fluorescent dye penetrant remaining in the recesses present in the workpiece surface, wherein, following or during the visual assessment according to method step f), in order to verify the obtained visual findings, a further process of bleaching the fluorescent penetrant or the non-fluorescent dye penetrant takes place in the developer layer by means of the gaseous oxidant. a) cleaning the region of the workpiece surface to be inspected; b) applying a penetrant to the region of the workpiece surface to be inspected, wherein the penetrant penetrates possible recesses in the workpiece surface and is a liquid fluorescent penetrant or a liquid non-fluorescent dye penetrant; c) removing excess penetrant from the workpiece surface, d) applying a developer to the region of the workpiece to be tested; e) bleaching the fluorescent penetrant or the non-fluorescent dye penetrant by means of a gaseous oxidant in the layer formed by applying the developer to the workpiece surface, wherein the oxidant is ozone and, in order to carry out method step e), the workpiece together with the workpiece surface is inserted into a room or container filled with ozone or is at least subjected to a flow of ozone in the region of the workpiece surface; and f) carrying out a visual assessment of the fluorescent penetrant or non-fluorescent dye penetrant remaining in the recesses present in the workpiece surface, wherein, following or during the visual assessment according to method step f), in order to verify the obtained visual findings, a further process of bleaching the fluorescent penetrant or the non-fluorescent dye penetrant takes place in the developer layer by means of the gaseous oxidant.
A method for preparing natural collagen-based microspheres, comprising providing an aqueous solution of collagen; initiating the sol-gel transition of the collagen to form an aqueous gelling mixture, wherein the sol-gel transition is initiated by polymerization, precipitation or aggregation; decelerating the sol-gel transition process by controlling the pH, the temperature, the ionic strength, or the kinetic movement of the collagen mixtures; incorporating therapeutic, prophylactic or diagnostic molecules selected from the group consisting of peptides, polypeptides and proteins into the aqueous gelling mixture; mixing the aqueous gelling mixture with an oil phase selected from the group consisting of vegetable oils such as olive oil or corn oil, organic oils such as paraffin oil, synthetic oils such as silicone oil and mixtures thereof with agitation to form a water-in-oil emulsion; accelerating the sol-gel transition process; and separating the solid microspheres from the oil phase and the aqueous phase, further comprising photochemically crosslinking the microspheres to reduce the initial burst effect or control the release of the molecules from the microspheres. providing an aqueous solution of collagen; initiating the sol-gel transition of the collagen to form an aqueous gelling mixture, wherein the sol-gel transition is initiated by polymerization, precipitation or aggregation; decelerating the sol-gel transition process by controlling the pH, the temperature, the ionic strength, or the kinetic movement of the collagen mixtures; incorporating therapeutic, prophylactic or diagnostic molecules selected from the group consisting of peptides, polypeptides and proteins into the aqueous gelling mixture; mixing the aqueous gelling mixture with an oil phase selected from the group consisting of vegetable oils such as olive oil or corn oil, organic oils such as paraffin oil, synthetic oils such as silicone oil and mixtures thereof with agitation to form a water-in-oil emulsion; accelerating the sol-gel transition process; and separating the solid microspheres from the oil phase and the aqueous phase, further comprising photochemically crosslinking the microspheres to reduce the initial burst effect or control the release of the molecules from the microspheres.