mhurhangee/patent-ind-claim-en huggingface dataset:
A process for manufacturing a timepiece component comprising: - a first step (E1) consisting in arranging a metal insert in an injection mold, one surface of said metal insert being at least partially coated with a primer, - a second step (E2) of injecting an elastomer material into the injection mold in order to overmold the elastomer material over the metal insert, - a third step (E3) of vulcanizing the elastomer material, the temperature of the injection mold being variable, the process being characterized in that it comprises a step (E31) of increasing the temperature of the injection mold between a first temperature at a first instant during the injection second step (E2), and a second temperature higher than the first temperature at a second instant, during the vulcanization third step (E3) and in that it comprises a first phase (P1) during which the injection mold reaches in particular the first temperature, and a second phase (P2) consisting in heating the injection mold to the second temperature corresponding substantially to the vulcanization temperature of the elastomer material, during the vulcanization step (E3), enabling the elastomer material injected during the injection step (E2) to be vulcanized, the first temperature being below the maximum allowable temperature for said primer, the maximum allowable temperature being the temperature at which the primer degrades. - a first step (E1) consisting in arranging a metal insert in an injection mold, one surface of said metal insert being at least partially coated with a primer, - a second step (E2) of injecting an elastomer material into the injection mold in order to overmold the elastomer material over the metal insert, - a third step (E3) of vulcanizing the elastomer material, the temperature of the injection mold being variable, the process being characterized in that it comprises a step (E31) of increasing the temperature of the injection mold between a first temperature at a first instant during the injection second step (E2), and a second temperature higher than the first temperature at a second instant, during the vulcanization third step (E3) and in that it comprises a first phase (P1) during which the injection mold reaches in particular the first temperature, and a second phase (P2) consisting in heating the injection mold to the second temperature corresponding substantially to the vulcanization temperature of the elastomer material, during the vulcanization step (E3), enabling the elastomer material injected during the injection step (E2) to be vulcanized, the first temperature being below the maximum allowable temperature for said primer, the maximum allowable temperature being the temperature at which the primer degrades.
A lighting apparatus, comprising a lighting device , wherein said lighting device comprises a first lamp body and a second lamp body , wherein said first lamp body and said second lamp body comprise a first lamp and a second lamp respectively, wherein said first lamp and said second lamp provide lighting when connected to a power source, wherein said first lamp body and said second lamp body are oppositely disposed and rotatable relatively to each another, wherein said lighting device further comprises a holding device , wherein said first lamp body and said second lamp body are respectively rotatably connected on said holding device , wherein said holding device further comprises a holding portion and a connecting device , wherein said first lamp body and said second lamp body are rotatably connected on said connecting device , wherein said holding portion is extended from said connecting device so as to form a handle, characterized in that the two sides of the connecting device comprise two first L-form grooves and two second L-form grooves respectively, wherein the first lamp body comprises two symmetrical first connecting units affixedly arranged thereon and the first lamp body is respectively connected in the first L-form grooves of the connecting device through the first connecting units , and wherein the second lamp body comprises two symmetrical second connecting units affixedly arranged thereon and the second lamp body is respectively connected in the second L-form grooves of the connecting device through the second connecting units .
A power control method for calculating a duty command value (D) to be used for a PWM control, and applying a PWM voltage to a load by driving an inverter based on the PWM signal (P), comprising correcting the duty command value (D) depending on whether a strength of a carrier signal is increasing or decreasing and generating a PWM signal (P uu ; P ul ) corresponding to a comparison result between the corrected duty command value (D) and a carrier signal, characterized by - obtaining a compensation amount according to a phase shift of the PWM signals (P uu ; P ul ) to compensate for the shift (S503); - correcting the compensation amount according to a cycle of the carrier signal (S506-S508); and - correcting the duty command value (D) using the corrected compensation amount (S514-S516). comprising correcting the duty command value (D) depending on whether a strength of a carrier signal is increasing or decreasing and generating a PWM signal (P uu ; P ul ) corresponding to a comparison result between the corrected duty command value (D) and a carrier signal, characterized by - obtaining a compensation amount according to a phase shift of the PWM signals (P uu ; P ul ) to compensate for the shift (S503); - correcting the compensation amount according to a cycle of the carrier signal (S506-S508); and - correcting the duty command value (D) using the corrected compensation amount (S514-S516). - obtaining a compensation amount according to a phase shift of the PWM signals (P uu ; P ul ) to compensate for the shift (S503); - correcting the compensation amount according to a cycle of the carrier signal (S506-S508); and - correcting the duty command value (D) using the corrected compensation amount (S514-S516).
Method for operating a rotational-speed-regulated fluid pump , comprising: - providing an electrical control current for the fluid pump , - providing a maximum value for the control current, which value corresponds to a maximum permissible pressure at the outlet side of the fluid pump , - providing a threshold value for the control current, which value corresponds to a further maximum permissible pressure at the outlet side of the fluid pump and is predefined in a manner dependent on at least one boundary condition, wherein the threshold value is less than the maximum value , - controlling the fluid pump with not more than the threshold value of the control current if it has been determined that the boundary condition applies, in order to limit the pressure at the outlet side of the fluid pump to a value provided for the boundary condition, characterized in that the control of the fluid pump with not more than the threshold value of the control current is performed only within a predefined temperature range. - providing an electrical control current for the fluid pump , - providing a maximum value for the control current, which value corresponds to a maximum permissible pressure at the outlet side of the fluid pump , - providing a threshold value for the control current, which value corresponds to a further maximum permissible pressure at the outlet side of the fluid pump and is predefined in a manner dependent on at least one boundary condition, wherein the threshold value is less than the maximum value , - controlling the fluid pump with not more than the threshold value of the control current if it has been determined that the boundary condition applies, in order to limit the pressure at the outlet side of the fluid pump to a value provided for the boundary condition, characterized in that the control of the fluid pump with not more than the threshold value of the control current is performed only within a predefined temperature range.
A medicament comprising in combination a first and a second composition for simultaneous, separate or sequential use in treating ulcerative colitis in a patient, said first composition comprising 5-aminosalicylic acid, said second composition being in the form of a single tablet comprising: a tablet core comprising: a) 9 mg of budesonide; b) at least one lipophilic excipient; c) at least one amphiphilic excipient; and d) at least one hydrophilic excipient; and a coating on said tablet core, said coating comprising a gastro-resistant film;. wherein the patient is treated with the first composition previously to the second composition; and wherein said patient has a UCDAI score of greater than or equal to 4 prior to said second composition being administered to said patient. a tablet core comprising: a) 9 mg of budesonide; b) at least one lipophilic excipient; c) at least one amphiphilic excipient; and d) at least one hydrophilic excipient; and a) 9 mg of budesonide; b) at least one lipophilic excipient; c) at least one amphiphilic excipient; and d) at least one hydrophilic excipient; and a coating on said tablet core, said coating comprising a gastro-resistant film;.
Method for transmitting data in a network (NW) comprising a plurality M of communication apparatuses , with M ≥ 2, wherein the plurality M comprises a first communication apparatus and a second communication apparatus , which are connected via a network connection section (NVA) for the purpose of transmitting data, comprising: a) the first communication apparatus and the second communication apparatus each ascertaining (S101) a time-of-flight property of data transmitted between the first communication apparatus and the second communication apparatus via the network connection section (NVA), wherein the network connection section (NVA) is in the form of a wired network connection section (NVA) or in the form of an optical network connection section (NVA), b) the first communication apparatus and the second communication apparatus each deriving (S102) a secret by using the respective ascertained time-of-flight property, and c) transmitting (S103) a message protected by means of the derived secret between the first and the second communication apparatus . a) the first communication apparatus and the second communication apparatus each ascertaining (S101) a time-of-flight property of data transmitted between the first communication apparatus and the second communication apparatus via the network connection section (NVA), wherein the network connection section (NVA) is in the form of a wired network connection section (NVA) or in the form of an optical network connection section (NVA), b) the first communication apparatus and the second communication apparatus each deriving (S102) a secret by using the respective ascertained time-of-flight property, and c) transmitting (S103) a message protected by means of the derived secret between the first and the second communication apparatus .
A storage device for providing electrical power, the storage device comprising: a plurality of unit cells , wherein each of the unit cells comprises an inner surface and an outer surface , wherein: the inner surface of each of the unit cells is configured to provide an electrical contact with a first electrically conductive plate , the outer surface of each of the unit cells is configured to provide an electrical contact with a second electrically conductive plate , and the plurality of unit cells are configured to be arranged between the first and second electrically conductive plates ; characterized in that : the first electrically conductive plate comprises a two dimensional material, the inner surface comprises a flexible polymer sheet with an anode material and the outer surface comprises a flexible metal sheet with a cathode material, and a separator is configured to be arranged between the inner surface and the outer surface . the inner surface of each of the unit cells is configured to provide an electrical contact with a first electrically conductive plate , the outer surface of each of the unit cells is configured to provide an electrical contact with a second electrically conductive plate , and the plurality of unit cells are configured to be arranged between the first and second electrically conductive plates ; characterized in that : the first electrically conductive plate comprises a two dimensional material, the inner surface comprises a flexible polymer sheet with an anode material and the outer surface comprises a flexible metal sheet with a cathode material, and a separator is configured to be arranged between the inner surface and the outer surface . the first electrically conductive plate comprises a two dimensional material, the inner surface comprises a flexible polymer sheet with an anode material and the outer surface comprises a flexible metal sheet with a cathode material, and a separator is configured to be arranged between the inner surface and the outer surface .
An electronic device comprising: an electronic component (100; 101); and equipment that includes a mounting surface on which the electronic component (100; 101) is mounted via a coating agent and on which a recessed portion is provided along a part of a circumferential end portion of the electronic component in an area of the mounting surface that does not overlap the center of the electronic component (100; 101) in planar view of the mounting surface ; wherein the electronic component (100; 101) is mounted on the mounting surface , in planar view of the mounting surface , such that a part of the circumferential end portion of the electronic component (100; 101) overlaps a part of the recessed portion and such that a part of the recessed portion is exposed so that the recessed portion serves as a coating agent reservoir for coating agent that leaks out from the circumferential end portion of the electronic component (100; 101) that is arranged on the mounting surface . an electronic component (100; 101); and equipment that includes a mounting surface on which the electronic component (100; 101) is mounted via a coating agent and on which a recessed portion is provided along a part of a circumferential end portion of the electronic component in an area of the mounting surface that does not overlap the center of the electronic component (100; 101) in planar view of the mounting surface ; wherein the electronic component (100; 101) is mounted on the mounting surface , in planar view of the mounting surface , such that a part of the circumferential end portion of the electronic component (100; 101) overlaps a part of the recessed portion and such that a part of the recessed portion is exposed so that the recessed portion serves as a coating agent reservoir for coating agent that leaks out from the circumferential end portion of the electronic component (100; 101) that is arranged on the mounting surface .
A method for producing solid lubricant agglomerates comprising: admixing particulate solid lubricant, an inorganic binder, and water to produce a mixture having about 5 to 60 weight % solids based on the total weight of the mixture, wherein the ratio of the weight of the solid lubricant being admixed to the weight of the binder being admixed is from about 19:1 to about 1: 19; drying the mixture to produce dry agglomerates; classifying the dry agglomerates by size, or milling and classifying the dry agglomerates by size, into an under-size particle fraction , an on-size particle fraction and an over-size particle fraction , wherein the under-size particle fraction is reprocessed by re-dispersing in the water, and wherein the over-size particle fraction is either reprocessed by re-dispersing in the water, or by crushing and recovering the particles that are in the on-size particle fraction , characterized in that the inorganic binder is a hydrous aluminium silicate permitting reversible dehydration allowing dispersion of the under-size and over-size particles in the water. admixing particulate solid lubricant, an inorganic binder, and water to produce a mixture having about 5 to 60 weight % solids based on the total weight of the mixture, wherein the ratio of the weight of the solid lubricant being admixed to the weight of the binder being admixed is from about 19:1 to about 1: 19; drying the mixture to produce dry agglomerates; classifying the dry agglomerates by size, or milling and classifying the dry agglomerates by size, into an under-size particle fraction , an on-size particle fraction and an over-size particle fraction , wherein the under-size particle fraction is reprocessed by re-dispersing in the water, and wherein the over-size particle fraction is either reprocessed by re-dispersing in the water, or by crushing and recovering the particles that are in the on-size particle fraction , characterized in that the inorganic binder is a hydrous aluminium silicate permitting reversible dehydration allowing dispersion of the under-size and over-size particles in the water.
Check-valve comprising a housing having an inlet , an outlet , a fluid flow path between the inlet and the outlet and a valve seat in the fluid flow path, the valve seat having a valve seat axis , a valve element and a valve element support arranged in the housing and supporting the valve element , wherein a section of the fluid flow path is formed between the housing and the valve element support and the valve element is movable between a position in which it rests against the valve seat and a position in which it contacts the valve element support , wherein the valve element support comprises at least one recess formed in a side wall of the valve element support and having an open side to the section of the fluid flow path and connecting the section of the fluid flow path to a space between the valve element and the valve element support , characterized in that the at least one recess has a curved shape and is limited by a section of a cylinder wall or cone wall, wherein an axis of this cylinder wall or cone wall is located out of the valve element support and/or in that a bottom of the at least one recess runs in parallel to the valve seat axis .
A panel, in particular a wall, ceiling or floor panel, comprising a carrier plate based on polyvinyl chloride and a film attached thereon, wherein the film is a PVC film having a thickness of 0.04 to 0.2 mm and comprises a decorative pattern directly printed thereon, and a cured polymer layer is provided over the PVC film, characterized in that the ink used for printing the decorative pattern is solvent-containing and is a UV ink, wherein the printing ink is configured to slightly dissolve the surface of the PVC film.
An apparatus for in-line holographic imaging, said apparatus comprising: at least a first light source and a second light source arranged for illuminating an object arranged in the apparatus with a light beam; an image sensor comprising a set of light-detecting elements for acquiring an image based on incident light on the set of light-detecting elements , wherein the image sensor is arranged to detect at least a first and a second interference pattern, wherein the first interference pattern is formed when the object is illuminated by the first light source and the second interference pattern is formed when the object is illuminated by the second light source , wherein the first and second interference patterns are formed by diffracted light, being scattered by the object , and undiffracted light of the light beam; wherein the at least first and second light sources are arranged at different angles in relation to the object ; wherein the first and second light sources are mounted to have a fixed relation to the object and the image sensor , and wherein the first and the second light sources are arranged to illuminate the object with different wavelengths; wherein the apparatus further comprises a processing unit configured to process the detected at least first and second interference patterns according to an iterative phase recovery algorithm for forming a reconstructed image of the object . at least a first light source and a second light source arranged for illuminating an object arranged in the apparatus with a light beam; an image sensor comprising a set of light-detecting elements for acquiring an image based on incident light on the set of light-detecting elements , wherein the image sensor is arranged to detect at least a first and a second interference pattern, wherein the first interference pattern is formed when the object is illuminated by the first light source and the second interference pattern is formed when the object is illuminated by the second light source , wherein the first and second interference patterns are formed by diffracted light, being scattered by the object , and undiffracted light of the light beam; wherein the at least first and second light sources are arranged at different angles in relation to the object ; wherein the first and second light sources are mounted to have a fixed relation to the object and the image sensor , and wherein the first and the second light sources are arranged to illuminate the object with different wavelengths; wherein the apparatus further comprises a processing unit configured to process the detected at least first and second interference patterns according to an iterative phase recovery algorithm for forming a reconstructed image of the object .
A method performed by a Unified Data Management, UDM, the UDM belonging to a system of a home public land mobile network, PLMN, configured to communicate through an interface with electronic devices, the system further comprising a first Authentication Server Function, AUSF, instance associated with a first access type and a second AUSF instance associated with a second access type, wherein the first AUSF instance obtains a first security key used for integrity protection of messages delivered from the home PLMN to an electronic device in respect of a first PLMN of the first access type, the method comprising: receiving, from the second AUSF instance, confirmation that the second AUSF instance has completed successful primary authentication for the electronic device following an authentication request from a second PLMN of the second access type, the primary authentication for the electronic device comprising obtaining a second security key used for integrity protection of messages delivered from the home PLMN to the electronic device; and sending, to the first AUSF instance, an indication to delete the first security key. receiving, from the second AUSF instance, confirmation that the second AUSF instance has completed successful primary authentication for the electronic device following an authentication request from a second PLMN of the second access type, the primary authentication for the electronic device comprising obtaining a second security key used for integrity protection of messages delivered from the home PLMN to the electronic device; and sending, to the first AUSF instance, an indication to delete the first security key.