mhurhangee/patent-ind-claim-en huggingface dataset:
A dispensing apparatus comprising: a) a carrier including: i. a plurality of mounts ; and ii. a plurality of containers removably attached to the carrier via the plurality of mounts; b) vertical and horizontal translational components , wherein the vertical and horizontal translational components include a robotic arm assembly including a motor , a drive member , a sliding member with a gripping portion and an arm; c) one or more information retrieval devices; d) a user interface including a data interface adapted to store information on the one or more information retrieval devices; e) a transparent panel covering at least a portion of the dispensing apparatus; and wherein the one or more information retrieval devices are adapted to be maintained in the possession of a user; and wherein the apparatus comprises a dispenser which dispenses cosmetic samples based on user input; characterized in that the cosmetic sample delivered via customer input from the apparatus, translates into another compatible, corresponding and/or identical formulation to an additional apparatus that customizes a user's chosen formulation. a) a carrier including: i. a plurality of mounts ; and ii. a plurality of containers removably attached to the carrier via the plurality of mounts; i. a plurality of mounts ; and ii. a plurality of containers removably attached to the carrier via the plurality of mounts; b) vertical and horizontal translational components , wherein the vertical and horizontal translational components include a robotic arm assembly including a motor , a drive member , a sliding member with a gripping portion and an arm; c) one or more information retrieval devices; d) a user interface including a data interface adapted to store information on the one or more information retrieval devices; e) a transparent panel covering at least a portion of the dispensing apparatus; and
A method for localizing an RFID transponder , comprising: generating a plurality of measurement signals based on a magnetic field measured by a plurality of sensors (110-1, 110-2, ..., 110-5); determining a respective degree of correlation for each of the plurality of measurement signals with a reference signal as a measure for the strength of the contribution to the magnetic field originating from the RFID transponder at the position of the respective sensor by means of respective cross-correlation of each of the plurality of measurement signals with the reference signal, the reference signal being based on a data sequence associated with the RFID transponder ; and determining a position of the RFID transponder based on the degrees of correlation of the plurality of measurement signals. generating a plurality of measurement signals based on a magnetic field measured by a plurality of sensors (110-1, 110-2, ..., 110-5); determining a respective degree of correlation for each of the plurality of measurement signals with a reference signal as a measure for the strength of the contribution to the magnetic field originating from the RFID transponder at the position of the respective sensor by means of respective cross-correlation of each of the plurality of measurement signals with the reference signal, the reference signal being based on a data sequence associated with the RFID transponder ; and determining a position of the RFID transponder based on the degrees of correlation of the plurality of measurement signals.
A method for producing a decoded digital audio recording, comprising: receiving a bitstream in which a) an encoded digital audio recording having a plurality of original audio channels or audio objects has been combined with b) a sequence of EQ values including an indication of a specified EQ group, of one or more channels or objects of the plurality of original audio channels or audio objects, as metadata associated with the encoded digital audio recording; decoding the plurality of original audio channels or audio objects, from the encoded digital audio recording; grouping one or more of the decoded, original audio channels or audio objects to form an EQ group of channels or objects as specified in the metadata, and filtering all of the channels or objects of the EQ group independently of any downmix that may be applied to the decoded channels or objects of the EQ group, using a filter cascade that is duplicated for each decoded channel or object in the EQ group and is defined in accordance with the EQ values in the metadata. receiving a bitstream in which a) an encoded digital audio recording having a plurality of original audio channels or audio objects has been combined with b) a sequence of EQ values including an indication of a specified EQ group, of one or more channels or objects of the plurality of original audio channels or audio objects, as metadata associated with the encoded digital audio recording; decoding the plurality of original audio channels or audio objects, from the encoded digital audio recording; grouping one or more of the decoded, original audio channels or audio objects to form an EQ group of channels or objects as specified in the metadata, and filtering all of the channels or objects of the EQ group independently of any downmix that may be applied to the decoded channels or objects of the EQ group, using a filter cascade that is duplicated for each decoded channel or object in the EQ group and is defined in accordance with the EQ values in the metadata.
A method for producing L-tryptophan, comprising: (i) culturing a modified microorganism of the genus Escherichia producing L-tryptophan wherein the activity of a phosphatase consisting of an amino acid sequence of SEQ ID NO: 1 is inactivated, in a medium; and (ii) recovering L-tryptophan from the cultured microorganism and the medium. (i) culturing a modified microorganism of the genus Escherichia producing L-tryptophan wherein the activity of a phosphatase consisting of an amino acid sequence of SEQ ID NO: 1 is inactivated, in a medium; and (ii) recovering L-tryptophan from the cultured microorganism and the medium.
A method comprising: inducing an electrical signal along a metallic tubular, the electrical signal carrying information and the inducing being within a borehole beneath the ocean floor ; sensing at a location an electric field proximate to the ocean floor ; sensing at that location a magnetic field proximate to the ocean floor ; recreating the information using one sensed field as indicative of the information, and the other sensed field as indicative of noise, wherein the recreation comprises: creating a first signal proportional to the one sensed field; creating a second signal proportional to the other sensed field; the method being characterized in iteratively adjusting a weight of the second signal; removing a portion of the first signal, wherein the removed portion is proportional to the iteratively adjusted second signal; and obtaining the information by demodulating the resulting first signal; and sending the information toward the ocean surface. inducing an electrical signal along a metallic tubular, the electrical signal carrying information and the inducing being within a borehole beneath the ocean floor ; sensing at a location an electric field proximate to the ocean floor ; sensing at that location a magnetic field proximate to the ocean floor ; recreating the information using one sensed field as indicative of the information, and the other sensed field as indicative of noise, wherein the recreation comprises: creating a first signal proportional to the one sensed field; creating a second signal proportional to the other sensed field; creating a first signal proportional to the one sensed field; creating a second signal proportional to the other sensed field; the method being characterized in iteratively adjusting a weight of the second signal; removing a portion of the first signal, wherein the removed portion is proportional to the iteratively adjusted second signal; and obtaining the information by demodulating the resulting first signal; and sending the information toward the ocean surface. iteratively adjusting a weight of the second signal; removing a portion of the first signal, wherein the removed portion is proportional to the iteratively adjusted second signal; and obtaining the information by demodulating the resulting first signal; and sending the information toward the ocean surface.
A wireless device that distinguishes between multiple piconets, the wireless device comprising: a preamble component operable to provide a preamble for a wireless fixed frequency interleaving transmission; and a correlator component operable to distinguish a wireless transmission based on the preamble, wherein the preamble is based on a 128-length sequence formed by a 16-length sequence spread with a 8-length sequence, wherein the correlator component comprises a first spreader and a second spreader, and distinguishes the wireless transmission containing the preamble by spreading at least a portion of the wireless transmission with the 8-length sequence through the first spreader, and by spreading the output of the first spreader with the 16-length sequence through the second spreader, the output of the second spreader providing an indication of the presence of the preamble in the wireless transmission, wherein the 16-length sequence is selected from the group consisting of a first 16-length sequence, a second 16-length sequence, and a third 16-length sequence and the 8-length sequence is selected from the group consisting of a first 8-length sequence, a second 8-length sequence, and a third 8-length sequence. a preamble component operable to provide a preamble for a wireless fixed frequency interleaving transmission; and a correlator component operable to distinguish a wireless transmission based on the preamble, wherein the preamble is based on a 128-length sequence formed by a 16-length sequence spread with a 8-length sequence, wherein the correlator component comprises a first spreader and a second spreader, and distinguishes the wireless transmission containing the preamble by spreading at least a portion of the wireless transmission with the 8-length sequence through the first spreader, and by spreading the output of the first spreader with the 16-length sequence through the second spreader, the output of the second spreader providing an indication of the presence of the preamble in the wireless transmission, wherein the 16-length sequence is selected from the group consisting of a first 16-length sequence, a second 16-length sequence, and a third 16-length sequence and the 8-length sequence is selected from the group consisting of a first 8-length sequence, a second 8-length sequence, and a third 8-length sequence.
Seal for a door having an automatic door seal having a movable sealing strip - having a holder , a cantilever and having at least one sealing element , - wherein the holder has at least one connecting element for connecting the holder with the movable sealing strip , - wherein the cantilever has a holding element for holding the at least one sealing element , - wherein the holder and the cantilever are connected to one another, - wherein a space is created between the holding element and the holder and - wherein the at least one sealing element is arranged in one part of the space and a part of the movable sealing strip of the automatic door seal , in particular a sealing profile of the automatic door seal , can project into another part of the space. - having a holder , a cantilever and having at least one sealing element , - wherein the holder has at least one connecting element for connecting the holder with the movable sealing strip , - wherein the cantilever has a holding element for holding the at least one sealing element , - wherein the holder and the cantilever are connected to one another, - wherein a space is created between the holding element and the holder and - wherein the at least one sealing element is arranged in one part of the space and a part of the movable sealing strip of the automatic door seal , in particular a sealing profile of the automatic door seal , can project into another part of the space.
Method for manufacturing a composite cement comprising the steps: • providing a cement raw meal, • preheating the cement raw meal to provide preheated cement raw meal, • precalcination of the preheated cement raw meal to provide precalcined cement raw meal, • sintering the precalcined cement raw meal in a rotary kiln to provide the cement clinker, and • cooling the cement clinker in a cooler, wherein a zeolite is added with a gas tight valve to the clinker in the cooler at a position where the temperature of the clinker causes a heating of the added zeolite to a temperature in the range from 600 to 800 °C, with feeding and dosage of the zeolite being accomplished by a transport device with mass flow sensor and the gas tight valve, which has two flaps of which only one is open at a time such that • while an upper flap is open, zeolite enters the valve, • after closing the upper flap, the lower flap opens, and the zeolite falls down onto the clinker travelling in the cooler, • then the lower flap closes, and • the cycle is repeated. • providing a cement raw meal, • preheating the cement raw meal to provide preheated cement raw meal, • precalcination of the preheated cement raw meal to provide precalcined cement raw meal, • sintering the precalcined cement raw meal in a rotary kiln to provide the cement clinker, and • cooling the cement clinker in a cooler, • while an upper flap is open, zeolite enters the valve, • after closing the upper flap, the lower flap opens, and the zeolite falls down onto the clinker travelling in the cooler, • then the lower flap closes, and • the cycle is repeated.
Pressing arrangement for dewatering a paper or cardboard web with an area weight between 60 and 250 g/m 2 and at a machine speed of up to 1800 m/min, consisting of four press rollers for forming three pressure nips through which the web conjointly with in each case at least one infinitely revolving, water-absorbing dewatering belt runs, wherein the first and the third pressure nip are in each case configured to be extended by way of the interaction between a shoe press roller and a cylindrical press roller , and the first shoe press roller is disposed below, and the second shoe press roller is disposed above, the web , characterized in that the web wraps around the corresponding cylindrical press roller before and after each extended pressure nip by way of at least 20 mm.
A wrapping machine comprising: - a feed path (P) of products (R) to be wrapped in a wrapping sheet (F); - along the feed path (P), an insertion station of products to be wrapped in a wrapping sheet and folding members of the wrapping sheet (F); - a conveyor device , which receives the products (R) in the insertion station and causes their feed through the folding members ; wherein the conveyor device comprises a system of endless flexible members and a plurality of carriages constrained to the flexible members and provided with prongs ; wherein the flexible members comprise toothed belts guided around toothed wheels; wherein pairs of consecutive and adjacent carriages define with their respective prongs compartments (V) for accommodating products (R) to be wrapped; and wherein the system of endless flexible members defines a closed trajectory along which said carriages move; characterized in that each toothed belt comprises a first series of internal teeth (Tint), co-acting with the toothed wheels , and a second series of external teeth (Text), co-acting with connection elements of the carriages ; and wherein the connection elements comprise toothed profiles complementary to the external teeth (Text) of the toothed belts suitable to provide a shape coupling with the external teeth (Text) of the respective toothed belts . - a feed path (P) of products (R) to be wrapped in a wrapping sheet (F); - along the feed path (P), an insertion station of products to be wrapped in a wrapping sheet and folding members of the wrapping sheet (F); - a conveyor device , which receives the products (R) in the insertion station and causes their feed through the folding members ; wherein the conveyor device comprises a system of endless flexible members and a plurality of carriages constrained to the flexible members and provided with prongs ; wherein the flexible members comprise toothed belts guided around toothed wheels; wherein pairs of consecutive and adjacent carriages define with their respective prongs compartments (V) for accommodating products (R) to be wrapped; and wherein the system of endless flexible members defines a closed trajectory along which said carriages move;
A cleaning device for a floor mopping machine, comprising a bucket body , wherein a water removal member is disposed in the bucket body , and the cleaning device further comprises a water feeding mechanism for conveying water to a wiping object of a floor mopping machine; during cleaning, the water feeding mechanism conveys water; when water is removed, the water feeding mechanism stops conveying water, and the wiping object of the floor mopping machine is wiped with the water removal member , characterized in that the bucket body is provided with a cleaning cavity, the water feeding mechanism is disposed at a bottom of the cleaning cavity and sprays water upwards out from the bottom of the cleaning cavity, and the water removal member is disposed above the water feeding mechanism and is located in the cleaning cavity. during cleaning, the water feeding mechanism conveys water; when water is removed, the water feeding mechanism stops conveying water, and the wiping object of the floor mopping machine is wiped with the water removal member ,
Apparatus for monitoring at least one physical or chemical process variable comprising at least one measuring branch and one compensation branch , which is switched in parallel to said measuring branch, for compensating the influence of at least an external environmental and/or ambient parameter on the process variable and/or on the measurement of the process variable, wherein the measuring branch comprises at least a primary sensor unit and a primary electronic unit designed to measure, evaluate and/or transmit signals, wherein the compensation branch has at least a secondary sensor unit and a secondary electronic unit , wherein the secondary sensor unit is designed in such a way that it measures a physical or chemical variable that is characteristic of the at least an external environmental and/or ambient parameter, wherein the secondary electronic unit is designed in such a way that it draws the necessary energy from the measuring branch , and in such a way that it locally generates a compensation signal in the compensation branch from the characteristic physical or chemical variable and transmits said signal to the primary electronic unit of the measuring branch .
An apparatus in a wireless communication device for enhanced implicit authentication of the user of the device, wherein the apparatus comprises: means for managing data configured for receiving user-related data collected from the wireless communication device, the user-related data being indicative of behavioural patterns of the device user; means for managing authentication configured for implicitly authenticating the device user without user-intervention by comparing the user-related data with a user model; and means for model managing configured for updating the user model as valid using the user-related data if the result of the implicit authentication is positive and explicitly authenticating the device user if the result of the implicit authentication is negative; further comprising requesting the device user for confirmation of legitimate behaviour in case the result of the explicit authentication is positive, and updating the user model with the latest user-related data if the outcome of the legitimate confirmation is positive; and if the result of the explicit authentication is negative, requesting the device user for information corresponding to the last device usage, wherein the last device usage information comprises at least one of time, date and/or location; fetching from the storage means the user model which best matches the last device usage information provided; and using the fetched user model as the current user model. means for managing data configured for receiving user-related data collected from the wireless communication device, the user-related data being indicative of behavioural patterns of the device user; means for managing authentication configured for implicitly authenticating the device user without user-intervention by comparing the user-related data with a user model; and means for model managing configured for updating the user model as valid using the user-related data if the result of the implicit authentication is positive and explicitly authenticating the device user if the result of the implicit authentication is negative; further comprising requesting the device user for confirmation of legitimate behaviour in case the result of the explicit authentication is positive, and updating the user model with the latest user-related data if the outcome of the legitimate confirmation is positive; and if the result of the explicit authentication is negative, requesting the device user for information corresponding to the last device usage, wherein the last device usage information comprises at least one of time, date and/or location; fetching from the storage means the user model which best matches the last device usage information provided; and using the fetched user model as the current user model.
A nucleic acid expression vector for expressing a peptide in a mammalian cell, the vector comprising an expression cassette; the expression cassette comprising: a promoter; nucleic acid encoding signal peptide from Gaussia luciferase; a multiple cloning site, for inserting nucleic acid encoding the peptide in-frame with the signal peptide; and a 3' UTR sequence consisting of a polyadenylation sequence; the nucleic acid expression vector consisting of 5000 or fewer nucleic acid base pairs. the expression cassette comprising: a promoter; nucleic acid encoding signal peptide from Gaussia luciferase; a multiple cloning site, for inserting nucleic acid encoding the peptide in-frame with the signal peptide; and a 3' UTR sequence consisting of a polyadenylation sequence; a promoter; nucleic acid encoding signal peptide from Gaussia luciferase; a multiple cloning site, for inserting nucleic acid encoding the peptide in-frame with the signal peptide; and a 3' UTR sequence consisting of a polyadenylation sequence; the nucleic acid expression vector consisting of 5000 or fewer nucleic acid base pairs.
An orthodontic appliance with hooks and with a tube for guiding and holding an archwire (B), comprising a base plate with at least one approximately planar region having a bonding side orientated towards the tooth and having an integrally formed hook for fastening elastic bands, ligatures and/or pull chains, wherein the orthodontic appliance is manufactured from a sheet metal plate with stamping-bending technology in a weld-free and solder-free manner, is characterized in that the base plate comprises a planar region with a gingival and with an occlusal edge , wherein the occlusal edge comprises an occlusal crimp in order to form a tube which is crimped away from the bonding side of the base plate through at least 200° to the planar region of the base plate and the gingival edge is crimped in the opposite direction by 150° to 270°, and in that concave indentations are formed in both side edges , said indentations forming two hooks which are orientated in opposite directions and which form part of the gingival crimp and act to fasten rubber bands, ligatures and/or pull chains.