mhurhangee/ep-ind-claims huggingface dataset:
A flip cover configured to connect to an electronic device including a first display, the flip cover comprising: a first surface including a second display; a second surface disposed to be opposite to the first display, the second surface including at least one light receiving unit and a light transmitting unit configured to transmit data to the electronic device; a power supply; and a second control unit configured to control the flip cover to: control the light transmitting unit to transmit information regarding the state of charge of the power supply of the flip cover; receive light emitted from the first display through the at least one light receiving unit, wherein the brightness of light to be received from the first display is adjusted by the electronic device according to the state of charge of the power supply; convert the received light to an electrical signal, and display information on the second display as a function of the converted electrical signal; and wherein the second surface further includes a first solar cell configured to receive light emitted from the first display and to generate power by using the received light. a first surface including a second display; a second surface disposed to be opposite to the first display, the second surface including at least one light receiving unit and a light transmitting unit configured to transmit data to the electronic device; a power supply; and a second control unit configured to control the flip cover to: control the light transmitting unit to transmit information regarding the state of charge of the power supply of the flip cover; receive light emitted from the first display through the at least one light receiving unit, wherein the brightness of light to be received from the first display is adjusted by the electronic device according to the state of charge of the power supply; convert the received light to an electrical signal, and display information on the second display as a function of the converted electrical signal; and control the light transmitting unit to transmit information regarding the state of charge of the power supply of the flip cover; receive light emitted from the first display through the at least one light receiving unit, wherein the brightness of light to be received from the first display is adjusted by the electronic device according to the state of charge of the power supply; convert the received light to an electrical signal, and display information on the second display as a function of the converted electrical signal; and wherein the second surface further includes a first solar cell configured to receive light emitted from the first display and to generate power by using the received light.
Rivet element supply unit for providing rivet elements, wherein the rivet element supply unit has a rivet element preparation unit and a handling unit; wherein the rivet element preparation unit for conveying the rivet elements has a bowl feeder having a longitudinal axis and a spiral which extends about the longitudinal axis; wherein the bowl feeder has an opening; wherein the rivet element preparation unit has a picking region to which the bowl feeder feeds rivet elements through the opening, and from which the handling unit picks the rivet elements for transportation to a rivet element receptacle, characterized in that the bowl feeder is rotationally driven, in that the spiral has a gradient angle of less than 20°, and in that the longitudinal axis in relation to the direction of gravity is inclined by an angle of 15° to 75°.
A printing system for printing on a substrate, comprising: a movable intermediate transfer member in the form of a flexible, substantially inextensible, belt guided to follow a closed path, an image forming station for depositing droplets of a liquid ink onto an outer surface of the belt to form an ink image, a drying station for drying the ink image on the belt to leave an ink residue film on the outer surface of the belt, first and second impression stations (110, 110') spaced from one another in the direction of movement of the belt, each impression station comprising an impression cylinder for supporting and transporting the substrate and a pressure cylinder carrying a compressible blanket for urging the belt against the substrate supported on the impression cylinder, and a transport system for transporting the substrate from the first impression station to the second impression station; wherein the pressure cylinder of at least the first impression station is movable between a first position in which the belt is urged towards the impression cylinder to cause the residue film on the outer surface of the belt to be transferred onto the front side of the substrate supported on the impression cylinder, and a second position in which the belt is spaced from the impression cylinder to allow the ink image on the belt to pass through the first impression station and arrive intact at the second impression station for transfer onto the reverse side of the substrate supported on the second impression cylinder. a movable intermediate transfer member in the form of a flexible, substantially inextensible, belt guided to follow a closed path, an image forming station for depositing droplets of a liquid ink onto an outer surface of the belt to form an ink image, a drying station for drying the ink image on the belt to leave an ink residue film on the outer surface of the belt, first and second impression stations (110, 110') spaced from one another in the direction of movement of the belt, each impression station comprising an impression cylinder for supporting and transporting the substrate and a pressure cylinder carrying a compressible blanket for urging the belt against the substrate supported on the impression cylinder, and a transport system for transporting the substrate from the first impression station to the second impression station; wherein the pressure cylinder of at least the first impression station is movable between a first position in which the belt is urged towards the impression cylinder to cause the residue film on the outer surface of the belt to be transferred onto the front side of the substrate supported on the impression cylinder, and a second position in which the belt is spaced from the impression cylinder to allow the ink image on the belt to pass through the first impression station and arrive intact at the second impression station for transfer onto the reverse side of the substrate supported on the second impression cylinder.
A method for synthesizing precipitated calcium carbonate characterized in that the method comprises following steps: Step 1) adding the solid, calcium bearing material, into a continuously stirred extraction solution, said solid calcium bearing material being an oil shale ash from energy or oil and gas generation or iron and steelmaking slags or coal ash or waste cement; Step 2) separating the solid residual material from the calcium rich solution; Step 3) subjecting the calcium rich solution from step 2 to carbonation for precipitating calcium carbonate, wherein carbonation is induced by introducing carbon dioxide gas directly into the calcium containing aqueous solution; Step 4) separating the calcium carbonate precipitate from solution, recovering the extraction solution and directing it to said extraction solution, for use in step 1; Step 5) subjecting residual material from step 2 to a-second calcium extraction-, where carbonic acid H 2 CO 3 is used as the calcium extraction agent, wherein the said carbonic acid is produced by increasing carbon dioxide partial pressure within the extraction reactor for dissolving carbon dioxide in water; Step 6) separating residual material from the aqueous calcium rich solution while still under pressure; Step 7) subjecting the aqueous calcium rich solution to precipitation by releasing the carbon dioxide pressure to precipitate calcium carbonate; Step 8) separating the calcium carbonate precipitate from the solution; re-circulating the recovered solution back to said second calcium extraction in step 5. Step 1) adding the solid, calcium bearing material, into a continuously stirred extraction solution, said solid calcium bearing material being an oil shale ash from energy or oil and gas generation or iron and steelmaking slags or coal ash or waste cement; Step 2) separating the solid residual material from the calcium rich solution; Step 3) subjecting the calcium rich solution from step 2 to carbonation for precipitating calcium carbonate, wherein carbonation is induced by introducing carbon dioxide gas directly into the calcium containing aqueous solution; Step 4) separating the calcium carbonate precipitate from solution, recovering the extraction solution and directing it to said extraction solution, for use in step 1; Step 5) subjecting residual material from step 2 to a-second calcium extraction-, where carbonic acid H 2 CO 3 is used as the calcium extraction agent, wherein the said carbonic acid is produced by increasing carbon dioxide partial pressure within the extraction reactor for dissolving carbon dioxide in water; Step 6) separating residual material from the aqueous calcium rich solution while still under pressure; Step 7) subjecting the aqueous calcium rich solution to precipitation by releasing the carbon dioxide pressure to precipitate calcium carbonate; Step 8) separating the calcium carbonate precipitate from the solution; re-circulating the recovered solution back to said second calcium extraction in step 5.
Process for producing methyl methacrylate, comprising the following steps: A) producing methacrolein from propanal and formaldehyde and B) reacting the methacrolein obtained in step A) in an oxidative esterification reaction to give methyl methacrylate, characterized in that the two steps A) and B) take place in a liquid phase at a pressure of from 2 to 100 bar, and step B) is carried out in the presence of a heterogeneous noble-metal-containing catalyst comprising metals and/or comprising metal oxides. A) producing methacrolein from propanal and formaldehyde and B) reacting the methacrolein obtained in step A) in an oxidative esterification reaction to give methyl methacrylate,
Process for preparing a vinyl chloride polymer, comprising a step of polymerizing at least one monomer including vinyl chloride carried out in an aqueous medium, from which the unreacted monomer and the polymer obtained have then been separated, and comprising the subsequent treatment and recycling of the aqueous effluents originating from this preparation, said treatment and recycling comprising: - a step of vaporizing at least one portion of said aqueous effluents in order to obtain purified vaporized aqueous effluents; - a step of condensing the purified vaporized aqueous effluents in order to obtain purified condensed aqueous effluents; and - a step of recycling the purified condensed aqueous effluents to one of the steps for preparing the vinyl chloride polymer wherein the purified condensed aqueous effluents are recycled as make-up water to the polymerization step. - a step of vaporizing at least one portion of said aqueous effluents in order to obtain purified vaporized aqueous effluents; - a step of condensing the purified vaporized aqueous effluents in order to obtain purified condensed aqueous effluents; and - a step of recycling the purified condensed aqueous effluents to one of the steps for preparing the vinyl chloride polymer
A method of manufacturing a container consisting of a stiff outer container and a readily deformable inner bag of thermoplastic plastic materials which do not form a weld connection with one another, including a container opening and at least one wall opening in the outer container, through which a pressure balance occurs in the gap between the inner bag and the outer container, wherein a preform consisting of at least two tubes is coextruded and is arranged between the open halves of a blow mould and the blow mould is closed when the preform has the length necessary for the manufacture of the container, wherein excess material in the base region of the container to be manufactured is squeezed out and a pinch seam is formed, which has a base web of welded material of the outer container, in which the welded base seam of the inner bag is clamped and is held in the axial direction, and the preform is inflated by a pressure medium into engagement with the wall of the blow mould and is removed from the blow mould, characterised by the following steps: a) removing a section of the base web of the outer container so that a section of the base seam of the inner bag is exposed to the exterior; b) raising the exposed section of the base seam into the outer container so that an opening is produced between the base seam of the inner bag and the outer container, c) introducing a pressure medium into the opening, whereby the inner bag becomes detached on both sides from the outer container, d) supplying a pressure medium into the container opening so that the inner bag again engages the outer container. a) removing a section of the base web of the outer container so that a section of the base seam of the inner bag is exposed to the exterior; b) raising the exposed section of the base seam into the outer container so that an opening is produced between the base seam of the inner bag and the outer container, c) introducing a pressure medium into the opening, whereby the inner bag becomes detached on both sides from the outer container, d) supplying a pressure medium into the container opening so that the inner bag again engages the outer container.
Sole for a sport shoe, work shoe or leisure shoe comprising a main body having a lower layer (2, 13) delimiting a surface, lower during use, set to come into contact with the ground and an upper layer (3, 15) set to come into contact with a foot of a user or to support from the bottom, during use, an insole, wherein said upper layer comprises a sheet or a top section of a sheet from which a plurality of protuberances project upward with a trim tilted with respect to the vertical and having a constraining base and a free end, such to have each free end closer to the back of the sole with respect to the relative constraining base, said plurality of protuberances being provided in each zone of the sole, i.e. in a zone close to the front and distal from the back of the sole, in a zone close to the back and distal from the front of the sole and in a zone at the shoe waist, or only in a zone close to the front and distal from the back of the sole and in a zone close to the back and distal from the front of the sole, or only in a zone close to the front and distal from the back of the sole, or only in a zone close to the back and distal from the front of the sole wherein said protuberances have curved progression in the direction from one side to the other of the sole or in a direction (y-y) transverse to the longitudinal extension or length (x-x) of the sole, and, characterized in that said protuberances at the front and/or at the shoe waist of the sole each consists of, in the direction from the interior or medial part to the exterior or lateral part of the sole, a first curved section defining a first concavity open towards the back of the sole and then a second curved section defining a second concavity open towards the front of the sole. in each zone of the sole, i.e. in a zone close to the front and distal from the back of the sole, in a zone close to the back and distal from the front of the sole and in a zone at the shoe waist, or only in a zone close to the front and distal from the back of the sole and in a zone close to the back and distal from the front of the sole, or only in a zone close to the front and distal from the back of the sole, or only in a zone close to the back and distal from the front of the sole wherein said protuberances have curved progression in the direction from one side to the other of the sole or in a direction (y-y) transverse to the longitudinal extension or length (x-x) of the sole, and, characterized in that said protuberances at the front and/or at the shoe waist of the sole each consists of, in the direction from the interior or medial part to the exterior or lateral part of the sole, a first curved section defining a first concavity open towards the back of the sole and then a second curved section defining a second concavity open towards the front of the sole.
An anti-C2 antibody or antigen-binding fragment comprising a variable heavy chain domain and a variable light chain domain wherein the VH domain comprises or consists of the amino acid sequence of SEQ ID NO: 8 and the VL domain comprises the CDR sequences: - LCDR3 comprising or consisting of the amino acid sequence of SEQ ID NO: 5; - LCDR2 comprising or consisting of the amino acid sequence of SEQ ID NO: 6; and - LCDR1 comprising or consisting of the amino acid sequence of SEQ ID NO: 7 for use in a method of treating a paraproteinemic neuropathy in a subject, wherein the antibody or antigen-binding fragment binds to the C2b domain of C2. - LCDR3 comprising or consisting of the amino acid sequence of SEQ ID NO: 5; - LCDR2 comprising or consisting of the amino acid sequence of SEQ ID NO: 6; and - LCDR1 comprising or consisting of the amino acid sequence of SEQ ID NO: 7 for use in a method of treating a paraproteinemic neuropathy in a subject, wherein the antibody or antigen-binding fragment binds to the C2b domain of C2.
A non-destructive testing or inspection (NDT/NDI) probe assembly comprising: at least one wedge; an acoustic probe; and a probe holder comprising: a holder housing, having an open position to receive and a closed position to removably hold one of a plurality of wedges, each one of the plurality of wedges being compatible with a respective testing surface, the housing comprising: a first housing portion; and, a second housing portion configured to, in combination with the first housing portion, removably hold the wedge, wherein the probe housing is configured to removably hold a first wedge of the plurality of wedges at times when the probe holder is in a first configuration, and to removably hold a second wedge of the plurality of wedges at times when the probe holder is in a second configuration, wherein the probe holder further comprises: a slide mechanism for sliding the first housing portion and the second housing portion closer to or further from each other to reach the closed or opened positions, and a device for engaging first and second housing portions (4a, 4b) securely together in the closed position. at least one wedge; an acoustic probe; and a probe holder comprising: a holder housing, having an open position to receive and a closed position to removably hold one of a plurality of wedges, each one of the plurality of wedges being compatible with a respective testing surface, the housing comprising: a first housing portion; and, a second housing portion configured to, in combination with the first housing portion, removably hold the wedge, a first housing portion; and, a second housing portion configured to, in combination with the first housing portion, removably hold the wedge, wherein the probe housing is configured to removably hold a first wedge of the plurality of wedges at times when the probe holder is in a first configuration, and to removably hold a second wedge of the plurality of wedges at times when the probe holder is in a second configuration, wherein the probe holder further comprises: a slide mechanism for sliding the first housing portion and the second housing portion closer to or further from each other to reach the closed or opened positions, and a device for engaging first and second housing portions (4a, 4b) securely together in the closed position. a slide mechanism for sliding the first housing portion and the second housing portion closer to or further from each other to reach the closed or opened positions, and a device for engaging first and second housing portions (4a, 4b) securely together in the closed position.
Method for mutually assigning system nodes (K1,..., KN) in a low-voltage network using at least two series of measured values (M1,..., MN), wherein, in particular asynchronous, incoming measured values of at least two system nodes (K1,..., KN) are stored in a storage unit in respectively one temporal series per system node (K1,..., KN), wherein the temporal series stored respectively per system node (K1,..., KN) is designed as a series of measured values (M1,..., MN) which consist of measured values incoming from the respective system node (K1,..., KN) in the storage unit and of temporally ordered measured values, characterised in that - the series of measurements (M1,..., MN) are checked continuously by means of an algorithm for data analysis for at least one statistically significant correlation between series of measured values (M1,..., MN) of different system nodes (K1,..., KN), wherein with a statistically significant correlation, corresponding voltage and/or impedance ratios can be derived, and when a correlation is determined, the system nodes (K1,..., KN) assigned to the correlating series of measured values (M1,.., MN) are assigned to one another, - if measured values of a system node (K1,..., KN) fail, temporally corresponding measured values of the series of measured values (M1,..., MN) of a correlating system node (K1,..., KN) are used for an update, and - that the series of measured values (M1,..., MN) and the values originating from the extrapolation are forwarded to an actuator system for regulating or monitoring the low voltage network. - the series of measurements (M1,..., MN) are checked continuously by means of an algorithm for data analysis for at least one statistically significant correlation between series of measured values (M1,..., MN) of different system nodes (K1,..., KN), wherein with a statistically significant correlation, corresponding voltage and/or impedance ratios can be derived, and when a correlation is determined, the system nodes (K1,..., KN) assigned to the correlating series of measured values (M1,.., MN) are assigned to one another, - if measured values of a system node (K1,..., KN) fail, temporally corresponding measured values of the series of measured values (M1,..., MN) of a correlating system node (K1,..., KN) are used for an update, and - that the series of measured values (M1,..., MN) and the values originating from the extrapolation are forwarded to an actuator system for regulating or monitoring the low voltage network.
A connection apparatus for attachments of members of a medical device, comprising: a first member having a first body and a first connecting section, the first connecting section having a first end face and an inner surface; a second member having a second body, a second connecting section and a shoulder at the junction between the second body and the second connecting section, the second connecting section having a second end face and an outer surface shaped for telescoping into the first connecting section, the outer surface having a groove extending from the second end face towards the shoulder; wherein the first member has a nub on the inner surface extending radially inward for engaging the groove; and characterised in that the first member has an end overmold portion at least partially covering the first end face and positioned to bear against the shoulder, whereby the end overmold portion is compressed between the first body and the second body. a second member having a second body, a second connecting section and a shoulder at the junction between the second body and the second connecting section, the second connecting section having a second end face and an outer surface shaped for telescoping into the first connecting section, the outer surface having a groove extending from the second end face towards the shoulder; wherein the first member has a nub on the inner surface extending radially inward for engaging the groove; and characterised in that the first member has an end overmold portion at least partially covering the first end face and positioned to bear against the shoulder, whereby the end overmold portion is compressed between the first body and the second body.