mhurhangee/patent-ind-claim-en huggingface dataset:
A method of cooking food in a cooking device , an operator being able to select a specific cooking process from a multitude of predefined automated cooking processes and/or manually select parameters for a manual cooking process, wherein, from the start of the cooking process, at least one significant cooking process parameter is continuously logged in a memory by a control unit of the cooking device , the significant cooking process parameter being the profile of the core temperature, the cooking chamber temperature, the fan speed and/or the humidity within the cooking chamber, wherein it is possible for the operator to change from a manual cooking process to an automated cooking process, and it is possible for the operator to change from an automated cooking process for which at least the desired final state of the food to be cooked is stored in a control unit of the cooking device to a manual cooking process by the operator manually influencing cooking parameters of the automated cooking process, wherein in the automated cooking process, a control unit of the cooking device selects the appropriate cooking process parameters and/or, prior to or during the cooking procedure, adapts them to the state or the properties of the food to be cooked, wherein the desired properties of the food cooked to completion are stored by the control unit when the operator changes from an automated cooking process to a manual cooking process, wherein when there is a change from a manual cooking process to an automated cooking process, the control unit checks, based on the significant cooking process parameters stored in the memory , whether the desired properties of the food cooked to completion can be obtained, wherein a notice is displayed to the operator if the desired properties of the food cooked to completion cannot be obtained.
A topical composition for use in treating and/or preventing otitis media in a subject, wherein the topical composition comprises a Haemophilus influenzae vaccine, and at least one mucosal adjuvant, wherein the composition is applied to the subject's skin in at least a portion of the subject's post-auricular region, and wherein the Haemophilus influenzae vaccine comprises a chimeric protein comprising: (i) residues 40-149 of SEQ ID NO: 2 and SEQ ID NO:4, SEQ ID NO: 4 being inserted before residue 40 of SEQ ID NO: 2, or (ii) the amino acid sequence of SEQ ID NO: 57, and wherein the mucosal adjuvant is a mutant of heat labile Escherichia coli enterotoxin or a mutant of heat labile cholera enterotoxin. wherein the Haemophilus influenzae vaccine comprises a chimeric protein comprising: (i) residues 40-149 of SEQ ID NO: 2 and SEQ ID NO:4, SEQ ID NO: 4 being inserted before residue 40 of SEQ ID NO: 2, or (ii) the amino acid sequence of SEQ ID NO: 57, and (i) residues 40-149 of SEQ ID NO: 2 and SEQ ID NO:4, SEQ ID NO: 4 being inserted before residue 40 of SEQ ID NO: 2, or (ii) the amino acid sequence of SEQ ID NO: 57, and wherein the mucosal adjuvant is a mutant of heat labile Escherichia coli enterotoxin or a mutant of heat labile cholera enterotoxin.
A method of making an osteoconductive polymer article for use as an orthopedic implant comprises steps of • Forming an article from a biocompatible, non-biodegradable polymer, the article comprising a non-flat surface with roughness Ra of at least 5 μm; • Providing a dispersion of bioactive ceramic particles of particle size of at most 10 μm in a first solvent comprising a solvent for the polymer; • Coating at least the non-flat surface with the dispersion in at least one step; and • Rinsing the coated article with a second solvent being a non-solvent for the polymer to substantially remove the first solvent; to result in particles being partly embedded in the polymer at the surface of the article. • Forming an article from a biocompatible, non-biodegradable polymer, the article comprising a non-flat surface with roughness Ra of at least 5 μm; • Providing a dispersion of bioactive ceramic particles of particle size of at most 10 μm in a first solvent comprising a solvent for the polymer; • Coating at least the non-flat surface with the dispersion in at least one step; and • Rinsing the coated article with a second solvent being a non-solvent for the polymer to substantially remove the first solvent; to result in particles being partly embedded in the polymer at the surface of the article.
A method for producing a protein in a filamentous fungus cell, comprising the overexpression of the TrAZF1 gene, in said cell, characterised in that the overexpression of the TrAZF1 gene is performed by introducing into the genome of the cell a cassette comprising: a) at least one constitutive promoter; b) the gene of sequence SED ID NO: 1 or SEQ ID NO: 3; and c) optionally, a terminator. a) at least one constitutive promoter; b) the gene of sequence SED ID NO: 1 or SEQ ID NO: 3; and c) optionally, a terminator.
A fowl adenovirus 9 (FAdV-9) recombinant viral vector comprising a deletion of a non-essential region selected from ORF19 and ORF17.
A dishwasher in the form of a commercial utensil washer or dishwasher which is designed as a batch dishwasher, wherein the dishwasher has a treatment chamber with at least one wash system which is designed as a recirculation system, wherein the treatment chamber is divided into at least two treatment zones , wherein at least some of the parameters that characterize the treatment of items of washware can be set individually for each treatment zone , and wherein in the at least two treatment zones washware can be treated at the same time but independently of one another in respect of action time, wash and/or rinse mechanics, and/or independently in respect of the selected treatment program, wherein the at least two treatment zones are each realized in such a way that at least one dish rack can be inserted and removed, and wherein the dishwasher has a mechanism for retracting or extending a dish rack into at least one and, respectively, out of at least one of the at least two treatment zones as required.
A method, comprising: forming a build-up layer on an adhesion layer of a carrier ; pressing more than one semiconductor dies into the build-up layer , each of the semiconductor die having been previously functionally tested and having wide pads to facilitate the testing, each pad being at least 40 μm wide, wherein at least some of the wide pads on a same die are spaced apart a minimal distance permitted by said die's manufacturing process; forming a mold over the semiconductor dies ; detaching the build-up layer from the carrier ; removing the build-up layer over the at least some of the wide pads to form via openings over the at least some of the wide pads ; forming a metallization layer on the build-up layer , the metallization layer filling the via openings ; and patterning the metallization to form lands over the filled via openings and more than one wiring traces of metallization between respective lands of the at least some of the wide pads . forming a build-up layer on an adhesion layer of a carrier ; pressing more than one semiconductor dies into the build-up layer , each of the semiconductor die having been previously functionally tested and having wide pads to facilitate the testing, each pad being at least 40 μm wide, wherein at least some of the wide pads on a same die are spaced apart a minimal distance permitted by said die's manufacturing process; forming a mold over the semiconductor dies ; detaching the build-up layer from the carrier ; removing the build-up layer over the at least some of the wide pads to form via openings over the at least some of the wide pads ; forming a metallization layer on the build-up layer , the metallization layer filling the via openings ; and patterning the metallization to form lands over the filled via openings and more than one wiring traces of metallization between respective lands of the at least some of the wide pads .
A blasting system , comprising: a master controller coupled to a bus , the master controller storing a mapping of local IDs and respective detonator serial ID numbers; and an integer number M electronic detonators coupled to the bus , the individual detonators having a memory that stores a respective one of the local IDs ; the master controller configured to send a voltage signal that represents a command or communications request to the bus , and subsequently send an integer number N voltage clock pulses to the bus , N being an integer greater than M; and each respective detonator configured to: responsive to the detonator detecting the command or communications request from the master controller , respond to the command or communications request by sending one or more current pulses to the bus responsive to an i th one of the N voltage clock pulses, i being an integer that uniquely corresponds to the local ID stored in the respective detonator and stored in the mapping of local IDs and respective detonator serial ID numbers in the master controller . a master controller coupled to a bus , the master controller storing a mapping of local IDs and respective detonator serial ID numbers; and an integer number M electronic detonators coupled to the bus , the individual detonators having a memory that stores a respective one of the local IDs ; the master controller configured to send a voltage signal that represents a command or communications request to the bus , and subsequently send an integer number N voltage clock pulses to the bus , N being an integer greater than M; and each respective detonator configured to: responsive to the detonator detecting the command or communications request from the master controller , respond to the command or communications request by sending one or more current pulses to the bus responsive to an i th one of the N voltage clock pulses, i being an integer that uniquely corresponds to the local ID stored in the respective detonator and stored in the mapping of local IDs and respective detonator serial ID numbers in the master controller .
An extraction system capture hood comprising a suction intake opening for guiding a particle-laden airflow , wherein the capture hood , having a funnel- or barrel-shaped main body , is formed with an outwardly directed rim that is disposed substantially perpendicular to an extraction direction of said airflow at an end of said hood, and embodying at least one air duct in or between layers of material forming said outwardly directed rim , said air duct facilitating auxiliary airflow towards an interior region of said capture hood , said air duct being shaped like a slot or embodied by means of a plurality of adjacent openings in the exterior edge of said outwardly directed rim that is disposed perpendicular to said extraction direction of said airflow , characterized in that spacer elements within said air duct or separating a plurality of air ducts 4, respectively, are disposed or formed connecting a top surface with a bottom surface of said rim of said main body .
A method for managing mobile device applications on a mobile device , the method comprising: receiving, at a mobile device , information identifying a mobile device application , the information indicating that the mobile device application is disapproved for communication in a wireless network and indicating a reason for disabling access to the wireless network , the information received from a wireless network operator system associated with the wireless network ; and disabling access to the wireless network by the mobile device application at the mobile device ; characterized in that the information is received from the wireless network operator system upon entering within a range of the wireless network , or upon powering on the mobile device and in that the method further comprises the steps of: sending, by the mobile device, an authentication request to the wireless network operator system to determine its authenticity; and receiving, at the mobile device, a proffered response from the wireless network operator system , sent in response to the authentication request. receiving, at a mobile device , information identifying a mobile device application , the information indicating that the mobile device application is disapproved for communication in a wireless network and indicating a reason for disabling access to the wireless network , the information received from a wireless network operator system associated with the wireless network ; and disabling access to the wireless network by the mobile device application at the mobile device ; characterized in that the information is received from the wireless network operator system upon entering within a range of the wireless network , or upon powering on the mobile device and in that the method further comprises the steps of: sending, by the mobile device, an authentication request to the wireless network operator system to determine its authenticity; and receiving, at the mobile device, a proffered response from the wireless network operator system , sent in response to the authentication request. sending, by the mobile device, an authentication request to the wireless network operator system to determine its authenticity; and receiving, at the mobile device, a proffered response from the wireless network operator system , sent in response to the authentication request.
Module housing made of plastic, with an embedded cooling element and at least one embedded screw-on sleeve , which has a collar with an outwardly exposed screw-on surface and is intended for mounting the module housing on a support serving as an external heat sink, wherein the cooling element and the at least one screw-on sleeve form a monolithic element , whereby heat is extracted from the cooling element to the support by heat conduction at least via the screw-on surface, wherein there is precisely one screw-on sleeve , and the screw-on surface is raised in relation to the cooling element such that, when the module housing is mounted, only the screw-on surface comes to bear against the support , characterized in that the screw-on sleeve is completely connected to the cooling element over the height of the cooling element (h) in the direction of a cylindrical axis of the screw-on sleeve, whereby a cross section of the monolithic connection between the cooling element and the screw-on sleeve in the direction of the height of the cooling element (h) is optimized for the heat extraction.
An ophthalmic apparatus for the examination of an examinee's eye (E), the ophthalmic apparatus comprising: an optometry unit that is configured to examine the examinee's eye (E); drive unit that is configured to adjust a relative position between the optometry unit and the examinee's eye (E); an illuminating optical system including a first illuminating optical system configured for illuminating an anterior segment of the examinee's eye (E) and a second illuminating optical system configured for illuminating a wider range than the first illuminating optical system ; an imaging optical system including a first imaging optical system configured for imaging an anterior segment of the examinee's eye (E) and a second imaging optical system configured for imaging a wider range (D) than the first imaging optical system ; and control unit that is configured to change an illuminating state with respect to an anterior segment between anterior segment illumination by the first illuminating optical system and wide range illumination by the second illuminating optical system , wherein the control unit is configured to perform automatic alignment on the examinee's eye by controlling the drive unit based on an imaging signal from the first imaging optical system and the second imaging optical system, wherein the control unit is configured to change an illuminating state with respect to the anterior segment between automatic alignment by the first imaging optical system and automatic alignment by the second imaging optical system. an optometry unit that is configured to examine the examinee's eye (E); drive unit that is configured to adjust a relative position between the optometry unit and the examinee's eye (E); an illuminating optical system including a first illuminating optical system configured for illuminating an anterior segment of the examinee's eye (E) and a second illuminating optical system configured for illuminating a wider range than the first illuminating optical system ; an imaging optical system including a first imaging optical system configured for imaging an anterior segment of the examinee's eye (E) and a second imaging optical system configured for imaging a wider range (D) than the first imaging optical system ; and control unit that is configured to change an illuminating state with respect to an anterior segment between anterior segment illumination by the first illuminating optical system and wide range illumination by the second illuminating optical system , wherein the control unit is configured to perform automatic alignment on the examinee's eye by controlling the drive unit based on an imaging signal from the first imaging optical system and the second imaging optical system, wherein the control unit is configured to change an illuminating state with respect to the anterior segment between automatic alignment by the first imaging optical system and automatic alignment by the second imaging optical system.
A threaded connection comprising a first and a second tubular component, each being used for drilling and working hydrocarbon wells and being provided with a respective male and female end, the male end comprising at least one threaded zone on its external peripheral surface and ending in a terminal surface , the female end comprising at least one threaded zone on its internal peripheral surface and ending in a terminal surface , the threaded zones (3; 4) comprising, over at least a portion of their length, threads each comprising, viewed in longitudinal section passing through the axis of the connection, a thread crest , a thread root , a load flank (30; 40) and a stabbing flank (31; 41), characterized in that the profiles of the male and female load flanks (30; 40), viewed in longitudinal section passing through the axis of revolution of the connection, are a continuous curve whose form is respectively concave and convex , the profile of the male load flanks being complementary to that of the female load flanks over at least 70%, preferably 90% of said continuous curve, and in that the profile of the male and female stabbing flanks (31; 41) are a continuous curve whose form is respectively convex and concave, the profile of the stabbing flanks (31; 41) being orientated in a manner opposite to the profile of the load flanks (30; 40) for the same portion of threaded zone .
A memory controller comprising: a main controller , configured to be coupled with a non-volatile memory storage , to begin a power down of the non-volatile memory storage during a first time period, while operating within a first voltage range, wherein the main controller is to begin the power down of the non-volatile memory storage in response to an indication of a voltage level being below a first predetermined threshold, wherein the voltage level is the voltage level supplied to the memory controller ; and a sequencer configured to be coupled with the non-volatile memory storage to continue the power down of the non-volatile memory storage during a second time period, while operating within a second voltage range lower than the first voltage range, characterized in that the sequencer includes a state machine to perform a discharge sequence of the non-volatile memory storage , wherein the state machine includes a micro-action output to output a micro-action command to the non-volatile memory storage based at least in part on a current state of the state machine. a main controller , configured to be coupled with a non-volatile memory storage , to begin a power down of the non-volatile memory storage during a first time period, while operating within a first voltage range, wherein the main controller is to begin the power down of the non-volatile memory storage in response to an indication of a voltage level being below a first predetermined threshold, wherein the voltage level is the voltage level supplied to the memory controller ; and a sequencer configured to be coupled with the non-volatile memory storage to continue the power down of the non-volatile memory storage during a second time period, while operating within a second voltage range lower than the first voltage range, characterized in that the sequencer includes a state machine to perform a discharge sequence of the non-volatile memory storage , wherein the state machine includes a micro-action output to output a micro-action command to the non-volatile memory storage based at least in part on a current state of the state machine.
An apparatus comprising: means for receiving at least two audio channel signals; means for determining , for a first frame, at least two parameters representing a difference between the at least two channel audio signals; means for scalar quantising the at least two parameters to generate at least two index values; means for determining an initial index map for reordering one of the at least two index values, and means for determining at least one further index map for reordering at least one further of the at least two index values, wherein the at least one further index map is determined based on the one of the at least two index values; means for reordering the one of the at least two index values based on the initial index map; means for reordering the further of the at least two index values based on the at least one further index map; means for entropy encoding the reordered one of the at least two index values based on an order position of the reordered one of the at least two index values; means for entropy encoding the reordered further of the at least two index values based on an order position of the reordered further of the at least two index values; means for generating a single channel representation of the at least two audio channel signals dependent on the at least two parameters; and means for encoding the single channel representation. means for receiving at least two audio channel signals; means for determining , for a first frame, at least two parameters representing a difference between the at least two channel audio signals; means for scalar quantising the at least two parameters to generate at least two index values; means for determining an initial index map for reordering one of the at least two index values, and means for determining at least one further index map for reordering at least one further of the at least two index values, wherein the at least one further index map is determined based on the one of the at least two index values; means for reordering the one of the at least two index values based on the initial index map; means for reordering the further of the at least two index values based on the at least one further index map; means for entropy encoding the reordered one of the at least two index values based on an order position of the reordered one of the at least two index values; means for entropy encoding the reordered further of the at least two index values based on an order position of the reordered further of the at least two index values; means for generating a single channel representation of the at least two audio channel signals dependent on the at least two parameters; and means for encoding the single channel representation.