mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a package for an item, comprising - providing a container material made from a leaf material of a plant; - moulding the container material to form a three-dimensional package container having a container opening and a container edge which surrounds the container opening; - producing a sealing edge on a top surface of the container edge, wherein here the top surface of the container edge is ground by means of grinding; - arranging an item in the three-dimensional package container through the container opening, and - closing the container opening by means of a sealing film, the sealing film here being connected to the sealing edge in an adhesive manner without an adhesive agent, characterized in that the sealing edge is produced by means of the grinding process after the moulding of the container material. - providing a container material made from a leaf material of a plant; - moulding the container material to form a three-dimensional package container having a container opening and a container edge which surrounds the container opening; - producing a sealing edge on a top surface of the container edge, wherein here the top surface of the container edge is ground by means of grinding; - arranging an item in the three-dimensional package container through the container opening, and - closing the container opening by means of a sealing film, the sealing film here being connected to the sealing edge in an adhesive manner without an adhesive agent,
A driving circuit, comprising: inputs (11, 12) adapted to be connected to a mains supply; outputs (21, 22) adapted to be connected to an LED load; an output capacitor connected in parallel with the LED load; an LED driving current source connected to the outputs, and configured to convert the mains supply at the inputs to current at the outputs in an illumination mode to flow through the LED load and charge the output capacitor; characterized in that the driving circuit comprises a control circuit configured to receive a standby signal to enable a standby mode, and to control the output capacitor to be linearly charged by the mains supply in the standby mode, such that an output voltage at the output can be lower than a turn-on voltage of the LED load and higher than a preset lowest voltage. inputs (11, 12) adapted to be connected to a mains supply; outputs (21, 22) adapted to be connected to an LED load; an output capacitor connected in parallel with the LED load; an LED driving current source connected to the outputs, and configured to convert the mains supply at the inputs to current at the outputs in an illumination mode to flow through the LED load and charge the output capacitor; characterized in that the driving circuit comprises a control circuit configured to receive a standby signal to enable a standby mode, and to control the output capacitor to be linearly charged by the mains supply in the standby mode, such that an output voltage at the output can be lower than a turn-on voltage of the LED load and higher than a preset lowest voltage.
A method for acquiring radio network temporary identification of High Speed Downlink Shared Channel which is used for a base station in common state of enhanced connecting mode to acquire radio network temporary identification of High Speed Downlink Shared Channel when High Speed Shared Channel is used, comprising the following steps: a radio network controller, via signaling, notifying to the base station the radio network temporary identification of High Speed Downlink Shared Channel which is available for an user equipment in the common state of enhanced connecting mode; the base station acquiring the radio network temporary identification of High Speed Downlink Shared Channel from the signaling; and when the base station needs to send the data in the common state of enhanced connecting mode, the radio network temporary identification of High Speed Downlink Shared Channel is used as a mask for Shared Control Channel in High Speed Downlink Shared Channel to perform baseband processing such that it is used as an identification with which the user equipment monitors the Shared Control Channel in High Speed Downlink Shared Channel and the data of High Speed Physical Downlink Shared Channel is received. a radio network controller, via signaling, notifying to the base station the radio network temporary identification of High Speed Downlink Shared Channel which is available for an user equipment in the common state of enhanced connecting mode; the base station acquiring the radio network temporary identification of High Speed Downlink Shared Channel from the signaling; and when the base station needs to send the data in the common state of enhanced connecting mode, the radio network temporary identification of High Speed Downlink Shared Channel is used as a mask for Shared Control Channel in High Speed Downlink Shared Channel to perform baseband processing such that it is used as an identification with which the user equipment monitors the Shared Control Channel in High Speed Downlink Shared Channel and the data of High Speed Physical Downlink Shared Channel is received.
Process for realising a floating home comprising the following steps: - placing a predetermined number of floating elements floating on a water basin and joining them together to form a hull in a floating state; - building a rigid frame bound to the hull in a floating state, hereinafter referred to as an interconnection frame; - making a prefabricated living module in a plant remote from the water basin, transporting it to said basin, and joining it to said interconnection frame when it is bound to the hull in a floating state; wherein the hull comprises a series of connectors arranged to join together the floating elements; wherein, each floating element comprises a plurality of flanges for joining respective neighbouring floating elements, wherein at least two flanges of the same floating element are placed at vertical heights different from each other (H1, H2) so as to vertically overlap a corresponding flange of an adjacent floating element, each flange is provided with a through opening, wherein the hull building step comprises the step of placing two floating elements side by side, aligning the openings of respective flanges and inserting one of said connectors therein; during the construction of the hull a plurality of brackets for fixing the interconnection frame are provided, wherein they are fixed to the floating elements, the step of building the interconnection frame comprises the step of joining to the brackets and between them a plurality of profiled bars so as to create a lattice. - placing a predetermined number of floating elements floating on a water basin and joining them together to form a hull in a floating state; - building a rigid frame bound to the hull in a floating state, hereinafter referred to as an interconnection frame; - making a prefabricated living module in a plant remote from the water basin, transporting it to said basin, and joining it to said interconnection frame when it is bound to the hull in a floating state; wherein the hull comprises a series of connectors arranged to join together the floating elements; wherein, each floating element comprises a plurality of flanges for joining respective neighbouring floating elements, wherein at least two flanges of the same floating element are placed at vertical heights different from each other (H1, H2) so as to vertically overlap a corresponding flange of an adjacent floating element, each flange is provided with a through opening, wherein the hull building step comprises the step of placing two floating elements side by side, aligning the openings of respective flanges and inserting one of said connectors therein; during the construction of the hull a plurality of brackets for fixing the interconnection frame are provided, wherein they are fixed to the floating elements, the step of building the interconnection frame comprises the step of joining to the brackets and between them a plurality of profiled bars so as to create a lattice.
A method of preparing a bleached pulp material having enhanced brightness and enhanced resistance to thermal yellowing comprising: i) providing bleached pulp material; ii) contacting the bleached pulp material with an effective amount of one or more reducing agents which enhances the brightness and resistance to thermal yellowing of the pulp compared to pulp which is not treated with the reducing agent(s), and iii) contacting the bleached pulp material with one or more optical brighteners selected from the group consisting of azoles, biphenyls, coumarins; furans; naphthalimides; pyrazenes; and salts of such compounds including alkali metal salts, alkaline earth metal salts, transition metal salts, organic salts and ammonium salts; and combinations thereof. i) providing bleached pulp material; ii) contacting the bleached pulp material with an effective amount of one or more reducing agents which enhances the brightness and resistance to thermal yellowing of the pulp compared to pulp which is not treated with the reducing agent(s), and iii) contacting the bleached pulp material with one or more optical brighteners selected from the group consisting of azoles, biphenyls, coumarins; furans; naphthalimides; pyrazenes; and salts of such compounds including alkali metal salts, alkaline earth metal salts, transition metal salts, organic salts and ammonium salts; and combinations thereof.
A communication unit comprising: a human-body electrode and a space electrode to perform communication through a human body by means of an electric field method; and a first auxiliary conductor section (40, 40A) that includes a first end and a second end, the first end causing electrostatic induction corresponding to a transmission signal with respect to the human body, the second end being disposed at a position closer to the human-body electrode than to the space electrode, wherein the second end has a structure that concentrates an electric field on the human-body electrode, and wherein the second end has a shape that becomes sharper as being closer to the human-body electrode. a human-body electrode and a space electrode to perform communication through a human body by means of an electric field method; and a first auxiliary conductor section (40, 40A) that includes a first end and a second end, the first end causing electrostatic induction corresponding to a transmission signal with respect to the human body, the second end being disposed at a position closer to the human-body electrode than to the space electrode, wherein the second end has a structure that concentrates an electric field on the human-body electrode, and wherein the second end has a shape that becomes sharper as being closer to the human-body electrode.
An arrangement for adjusting temperature in at least one location within a target volume, comprising: - one or more elements (1202, 1302) comprising sound inputs (1204, 1304), gas inputs and gas outputs (1208, 1308), said gas outputs (1208, 1308) arranged in a plurality of locations in the target volume; - at least one temperature measurement device capable of determining a temperature of at least one of the locations; - a sound wave generator (1210, 1310) for modifying gas output to the target volume by one or more sound waves fed into the sound inputs (1204, 1304); - a controller connected at least to the temperature measurement device and the sound wave generator (1210, 1310) to cause: generating one or more sound waves on the basis of the temperature obtained by the temperature measurement device such that the temperature at the location of temperature measurement is caused to decrease or increase towards a target temperature defined for the location. - one or more elements (1202, 1302) comprising sound inputs (1204, 1304), gas inputs and gas outputs (1208, 1308), said gas outputs (1208, 1308) arranged in a plurality of locations in the target volume; - at least one temperature measurement device capable of determining a temperature of at least one of the locations; - a sound wave generator (1210, 1310) for modifying gas output to the target volume by one or more sound waves fed into the sound inputs (1204, 1304); - a controller connected at least to the temperature measurement device and the sound wave generator (1210, 1310) to cause: generating one or more sound waves on the basis of the temperature obtained by the temperature measurement device such that the temperature at the location of temperature measurement is caused to decrease or increase towards a target temperature defined for the location.
Ceramic assembly for supporting products to be treated in a kiln, comprising a rod-shaped central prop; and a plurality of setters, configured for being mounted around the said rod-like central prop such that each setter is freely rotatable around the longitudinal axis of the said central prop; wherein each setter is configured for carrying a plurality of objects to be treated; wherein the ceramic assembly further comprises a number of spacers, configured for being mounted around the said rod-like central prop between setters, such that each spacer is freely rotatable around the longitudinal axis of the said central prop, and wherein the said spacers are shaped such as to intimately surround the central prop and as to be placed on top of and in contact with each other in an assembled state, and wherein each of the said setters rests on one of the said spacers without being in contact with the said central prop in an assembled state. a rod-shaped central prop; and a plurality of setters, configured for being mounted around the said rod-like central prop such that each setter is freely rotatable around the longitudinal axis of the said central prop; wherein each setter is configured for carrying a plurality of objects to be treated; wherein the ceramic assembly further comprises a number of spacers, configured for being mounted around the said rod-like central prop between setters, such that each spacer is freely rotatable around the longitudinal axis of the said central prop, and wherein the said spacers are shaped such as to intimately surround the central prop and as to be placed on top of and in contact with each other in an assembled state, and wherein each of the said setters rests on one of the said spacers without being in contact with the said central prop in an assembled state.
A method for the production of a tamper-evident plastic material, comprising the steps of: a) printing, by means of flexographic technology, wherein an ink of the cationic UV type is used, a plastic material whose surface has not undergone any corona treatment, or flame treatment, or plasma treatment, or chemical treatment of the top-coated type consisting in laying on the surface of said material a chemical product which makes said material receptive to ink, said treatments being adapted to make said material suitable for types of printing that comprise ink anchoring; b) treating the surface of the material obtained in step a) by means of a method selected among corona treatment, flame treatment, plasma treatment, chemical treatment of the top-coated type consisting in laying on the surface of said material a chemical product which makes said material receptive to ink so as to render receptive to ink the areas that have not been printed in step a); c) printing with flexographic technology, wherein an ink of the cationic UV type is used, the parts of the material that were not printed previously and treated in step b). a) printing, by means of flexographic technology, wherein an ink of the cationic UV type is used, a plastic material whose surface has not undergone any corona treatment, or flame treatment, or plasma treatment, or chemical treatment of the top-coated type consisting in laying on the surface of said material a chemical product which makes said material receptive to ink, said treatments being adapted to make said material suitable for types of printing that comprise ink anchoring; b) treating the surface of the material obtained in step a) by means of a method selected among corona treatment, flame treatment, plasma treatment, chemical treatment of the top-coated type consisting in laying on the surface of said material a chemical product which makes said material receptive to ink so as to render receptive to ink the areas that have not been printed in step a); c) printing with flexographic technology, wherein an ink of the cationic UV type is used, the parts of the material that were not printed previously and treated in step b).
A method of manufacturing a PIN photodiode, comprising the successive steps of: a) forming, by implantation of hydrogen ions, a hydrogenated buried layer in an intrinsic monocrystalline germanium substrate under a portion of the substrate forming an intrinsic monocrystalline germanium layer; b) covering the substrate with a first support; c) removing the buried layer and the portion of the substrate located on the side of the buried layer opposite to the first support, while leaving in place, covering the first support, said intrinsic monocrystalline germanium layer; d) forming doped germanium on said intrinsic monocrystalline germanium layer; e) covering said doped germanium with a second support; and f) removing the first support, the method further comprising, after step a) and before step b), or after step c) and before step d), an epitaxy of intrinsic germanium on said intrinsic monocrystalline germanium layer. a) forming, by implantation of hydrogen ions, a hydrogenated buried layer in an intrinsic monocrystalline germanium substrate under a portion of the substrate forming an intrinsic monocrystalline germanium layer; b) covering the substrate with a first support; c) removing the buried layer and the portion of the substrate located on the side of the buried layer opposite to the first support, while leaving in place, covering the first support, said intrinsic monocrystalline germanium layer; d) forming doped germanium on said intrinsic monocrystalline germanium layer; e) covering said doped germanium with a second support; and f) removing the first support,
A computer-implemented method for processing a biological sequence, comprising: a. retrieving one or more fingerprint data strings from a prebuilt repository of fingerprint data strings, b. searching the biological sequence for occurrences of the characteristic biological subsequences represented by the one or more fingerprint data strings, and c. constructing a processed biological sequence comprising for each occurrence in step b a fingerprint marker associated with the fingerprint data string which represents the occurring characteristic biological subsequence; wherein the prebuilt repository of fingerprint data strings is built with respect to a particular biological sequence database, each fingerprint data string representing a characteristic biological subsequence made up of sequence units, the sequence units being amino acids when the characteristic biological subsequence relates to a protein and codons when the characteristic biological subsequence relates to DNA or RNA, each characteristic biological subsequence having in the biological sequence database a combinatory number which is 15 or fewer, the combinatory number of a biological subsequence being defined as the number of different sequence units that appear in the biological sequence database as a consecutive sequence unit of the biological subsequence, the characteristic biological subsequences having varying lengths of between 4 and 20 sequence units. a. retrieving one or more fingerprint data strings from a prebuilt repository of fingerprint data strings, b. searching the biological sequence for occurrences of the characteristic biological subsequences represented by the one or more fingerprint data strings, and c. constructing a processed biological sequence comprising for each occurrence in step b a fingerprint marker associated with the fingerprint data string which represents the occurring characteristic biological subsequence; wherein the prebuilt repository of fingerprint data strings is built with respect to a particular biological sequence database, each fingerprint data string representing a characteristic biological subsequence made up of sequence units, the sequence units being amino acids when the characteristic biological subsequence relates to a protein and codons when the characteristic biological subsequence relates to DNA or RNA, each characteristic biological subsequence having in the biological sequence database a combinatory number which is 15 or fewer, the combinatory number of a biological subsequence being defined as the number of different sequence units that appear in the biological sequence database as a consecutive sequence unit of the biological subsequence, the characteristic biological subsequences having varying lengths of between 4 and 20 sequence units.
A process for forming a decorative surface upon an outboard surface of a wheel disc, the method comprising the steps of: (a) providing a cutting tool for smoothing a wheel surface that includes a rhombic shaped body portion having a mounting aperture formed therethrough and an insert formed from or coated with a monocrystalline material having a cutting tip carried upon one end of the body portion, the insert having arcuate leading and trailing edges, the leading edge having a leading edge radius and the trailing edge having a trailing edge radius with the leading edge radius being equal to the trailing edge radius, the insert also having a zero degree land formed thereabout whereby the cutting edge of the insert is maintained tangent to the wheel surface; (b) mounting a machined vehicle wheel including a wheel rim and having a wheel disc extending radially across the wheel rim upon a lathe; (c) rotating the wheel; (d) urging the cutting tool provided in step (a) with a uniform pressure against an outboard surface of the wheel disc and traversing the cutting tool in a radial direction across the outboard surface of the wheel disc to smooth at least a portion of the outboard wheel disc surface such that the smoothed portion of the wheel disc outboard surface has a polished appearance; and (e) chrome plating the smoothed portion of the outboard wheel surface. (a) providing a cutting tool for smoothing a wheel surface that includes a rhombic shaped body portion having a mounting aperture formed therethrough and an insert formed from or coated with a monocrystalline material having a cutting tip carried upon one end of the body portion, the insert having arcuate leading and trailing edges, the leading edge having a leading edge radius and the trailing edge having a trailing edge radius with the leading edge radius being equal to the trailing edge radius, the insert also having a zero degree land formed thereabout whereby the cutting edge of the insert is maintained tangent to the wheel surface; (b) mounting a machined vehicle wheel including a wheel rim and having a wheel disc extending radially across the wheel rim upon a lathe; (c) rotating the wheel; (d) urging the cutting tool provided in step (a) with a uniform pressure against an outboard surface of the wheel disc and traversing the cutting tool in a radial direction across the outboard surface of the wheel disc to smooth at least a portion of the outboard wheel disc surface such that the smoothed portion of the wheel disc outboard surface has a polished appearance; and (e) chrome plating the smoothed portion of the outboard wheel surface.