mhurhangee/patent-ind-claim-en huggingface dataset:
A method for synchronizing an additional signal with a primary signal which is transmitted to multiple playback units by a broadcast method, comprising the steps of: - generating DB feature sequences for a database from the primary signal while the primary signal is transferred from a transmitting station to a playback unit, - generating synchronization information about the primary signal in a synchronization server in that at least one signal feature sequence of the primary signal is extracted and compared with DB feature sequences stored in the database, wherein both the signal feature sequence and the DB feature sequence comprise features in the frequency space and wherein, in case of a match of the signal feature sequence with one of the DB feature sequences to a predetermined degree, synchronization information of the matching DB feature sequence is assigned to the primary signal at a position predefined by the signal feature sequence, wherein a sound track of the primary signal is transformed in sections into the frequency space by a fast Fourier transform, wherein the sections of the sound track that are transformed into the frequency space are not longer than 50 ms, wherein the features are frequency peaks, which are above a certain threshold value, - transferring the synchronization information to one of the playback units, which delivers an additional signal synchronously to the primary signal on the basis of the synchronization information. - generating DB feature sequences for a database from the primary signal while the primary signal is transferred from a transmitting station to a playback unit, - generating synchronization information about the primary signal in a synchronization server in that at least one signal feature sequence of the primary signal is extracted and compared with DB feature sequences stored in the database, wherein both the signal feature sequence and the DB feature sequence comprise features in the frequency space and wherein, in case of a match of the signal feature sequence with one of the DB feature sequences to a predetermined degree, synchronization information of the matching DB feature sequence is assigned to the primary signal at a position predefined by the signal feature sequence, wherein a sound track of the primary signal is transformed in sections into the frequency space by a fast Fourier transform, wherein the sections of the sound track that are transformed into the frequency space are not longer than 50 ms, wherein the features are frequency peaks, which are above a certain threshold value, wherein a sound track of the primary signal is transformed in sections into the frequency space by a fast Fourier transform, wherein the sections of the sound track that are transformed into the frequency space are not longer than 50 ms, wherein the features are frequency peaks, which are above a certain threshold value, - transferring the synchronization information to one of the playback units, which delivers an additional signal synchronously to the primary signal on the basis of the synchronization information.
A hexavalent chromium treatment agent, containing at least: (i) gallic acid ester; (ii) a compound selected from tannic acid, catechol tannin, pyrogallol tannin, tannin from Rhus chinensis, gallic acid tannin, and phlorotannin; and (iii) a compound selected from ascorbic acid, ascorbic acid ester, ascorbic acid phosphate ester, ascorbic acid sulfate ester, ascorbic acid glucoside, ascorbic acid glucosamine, dehydroascorbic acid, erythorbic acid, and erythorbic acid ester, all acting to reduce hexavalent chromium to trivalent chromium. (i) gallic acid ester; (ii) a compound selected from tannic acid, catechol tannin, pyrogallol tannin, tannin from Rhus chinensis, gallic acid tannin, and phlorotannin; and (iii) a compound selected from ascorbic acid, ascorbic acid ester, ascorbic acid phosphate ester, ascorbic acid sulfate ester, ascorbic acid glucoside, ascorbic acid glucosamine, dehydroascorbic acid, erythorbic acid, and erythorbic acid ester, all acting to reduce hexavalent chromium to trivalent chromium.
Noise attenuating trim part for a vehicle comprising a pile layer, a bonding mass layer and a backing layer whereby the bonding mass layer is bonded to the adjacent layers, characterised in that the bonding mass layer is comprising at least thermoplastic elastomeric polyolefin based compound material (TPO), an inert filler in a content between 55 and 70% by weight of the overall bonding mass layer, and at least one fatty acid and optional additives, whereby the fatty acid content is between 0.2 and 0.8% by weight of the overall bonding mass layer, and whereby the bonding mass layer has a density of between 1.4 and 1.75kg/dm 3 , a viscosity of less than 50.000mPa.s measured according to ISO11443 of 1995 at 190°C, and a Melt Flow Index (MFI) above 250gr per 10 minutes at 190 degrees centigrade according to ISO 1133-1 from 2012, and whereby the bonding mass layer is adjacent the pile layer and partly penetrated into the lower area of the pile thereby binding the fibers and/or filaments and/or the tufts within the pile.
A method of wireless communications performed by a wireless node, comprising: connecting to a parent relay that provides connectivity to a controller function, CF, of a network; the method being characterized by comprising receiving , from the parent relay, information regarding at least one of: the CF or a radio access network, RAN, area covered by the CF; obtaining , from a server, an identifier of the CF using the information; and connecting to the CF using the identifier. connecting to a parent relay that provides connectivity to a controller function, CF, of a network; the method being characterized by comprising receiving , from the parent relay, information regarding at least one of: the CF or a radio access network, RAN, area covered by the CF; obtaining , from a server, an identifier of the CF using the information; and connecting to the CF using the identifier.
A fluid dispenser comprising a containing casing having an inner containment cavity for containing a first fluid to be dispensed, which is delimited by at least one pair of walls which have a membrane like structure, at least one first wall of which is placed in contact with the fluid to be dispensed, a second wall of said pair at least partly surrounding said first wall ; said dispenser being characterised in that it comprises a closable hollow space , positioned between said first wall and second wall ; and a second fluid which being introduced into the hollow space and interacting with said first wall imparts to the fluid to be dispensed a movement towards an outlet of said casing and a simultaneous action at least of expelling to the outside of said casing the gases present in the containment cavity , wherein said first wall and said second wall are affected by a duct for conveying said second fluid inside said casing, and wherein at least one part of said duct is on a flange , which is joined to at least one of the walls (4; 5a) of said pair of walls (4; 5a), and connects said hollow space with the environment outside the containing casing and wherein said flange has a flat plate shaped like an annulus which supports cantilever-style a tubular collar terminating with a supplying outlet at a distal end spaced from the flat plate, characterised in that said duct is formed in a projection of said flange wherein the projection projects radially away from the collar partly covering a corresponding underlying local surface of the flat plate .
Dough processing system - having at least two of the following dough processing devices: -- a dough dosing device for the dosed addition of dough ingredients to be mixed, -- a dough kneading device for kneading dough made of prepared dough ingredients, -- a dough portion finishing device for prepared dough portions, -- a dough portion proofing device for prepared dough portions, - wherein at least one of the at least two dough processing devices is designed as a signal generating dough processing device having at least one sensor for measuring at least one dough state variable, - wherein at least one other of the at least two dough processing devices is designed as a signal receiving dough processing device having at least one processing component, which can be switched between a plurality of work states in a controlled manner, - wherein the dough processing system has a control/regulation device , which has a signal connection to the at least one sensor of the at least one signal generating dough processing device and to the at least one signal receiving dough processing device , characterised in that the signal generating dough processing device is a dough processing device arranged downstream of the signal receiving dough processing device . - having at least two of the following dough processing devices: -- a dough dosing device for the dosed addition of dough ingredients to be mixed, -- a dough kneading device for kneading dough made of prepared dough ingredients, -- a dough portion finishing device for prepared dough portions, -- a dough portion proofing device for prepared dough portions, -- a dough dosing device for the dosed addition of dough ingredients to be mixed, -- a dough kneading device for kneading dough made of prepared dough ingredients, -- a dough portion finishing device for prepared dough portions, -- a dough portion proofing device for prepared dough portions, - wherein at least one of the at least two dough processing devices is designed as a signal generating dough processing device having at least one sensor for measuring at least one dough state variable, - wherein at least one other of the at least two dough processing devices is designed as a signal receiving dough processing device having at least one processing component, which can be switched between a plurality of work states in a controlled manner, - wherein the dough processing system has a control/regulation device , which has a signal connection to the at least one sensor of the at least one signal generating dough processing device and to the at least one signal receiving dough processing device ,
Method for stabilizing the pre-fusion conformation of an RSV F polypeptide, comprising introducing a mutation in the RSV F protein, as compared to the wild-type RSV F protein, wherein the mutation is a mutation of the amino acid aspartic acid (D) on position 486 into asparagine (N) and wherein the amino acid positions are given in reference to the sequence of RSV F protein from the A2 strain (SEQ ID NO: 1).
A safety system comprising: a container comprising a door wherein the container defines a cargo space; a refrigeration system , wherein at least a portion of the refrigeration system is located at one end of the container and having at least one thermochemical refrigerant; at least one sensor located within the container and configured to detect a presence of the at least one thermochemical refrigerant within an ambient air in the container; a locking mechanism operably configured to automatically lock and seal the door of the container such that persons cannot enter; and a safety controller in communication with the at least one sensor and operably connected to the refrigeration system and the locking mechanism, the safety controller configured to lock and seal the container with the locking mechanism when the at least one sensor detects the presence of the at least one thermochemical refrigerant within the ambient air in the container above a predetermined threshold. a container comprising a door wherein the container defines a cargo space; a refrigeration system , wherein at least a portion of the refrigeration system is located at one end of the container and having at least one thermochemical refrigerant; at least one sensor located within the container and configured to detect a presence of the at least one thermochemical refrigerant within an ambient air in the container; a locking mechanism operably configured to automatically lock and seal the door of the container such that persons cannot enter; and a safety controller in communication with the at least one sensor and operably connected to the refrigeration system and the locking mechanism, the safety controller configured to lock and seal the container with the locking mechanism when the at least one sensor detects the presence of the at least one thermochemical refrigerant within the ambient air in the container above a predetermined threshold.
A device for 3D printing, comprising: a feeding pipe , wherein an opening extending along an axial direction of the feeding pipe is disposed on an outer wall of the feeding pipe ; and a sleeve sleeved on the feeding pipe , wherein a discharge port in communication with the opening is disposed on an outer wall of the sleeve ; characterized in that the outer wall of the sleeve comprises a first portion and a second portion , and the first portion and the second portion are slidable relative to each other along the axial direction for continuously adjusting the length of the discharge port . a feeding pipe , wherein an opening extending along an axial direction of the feeding pipe is disposed on an outer wall of the feeding pipe ; and a sleeve sleeved on the feeding pipe , wherein a discharge port in communication with the opening is disposed on an outer wall of the sleeve ; characterized in that the outer wall of the sleeve comprises a first portion and a second portion , and the first portion and the second portion are slidable relative to each other along the axial direction for continuously adjusting the length of the discharge port .
A method comprising: (a) reacting a terminal alkene compound with a dihalofluorocarbon to produce a haloalkanefluorocarbon halide; (b) sulfinating the haloalkanefluorocarbon halide to produce a haloalkanefluorosulfinic acid or salt; and (c) dehalohydrogenating the haloalkanefluorosulfinic acid or salt to produce an alkenefluorosulfinic acid or salt. (a) reacting a terminal alkene compound with a dihalofluorocarbon to produce a haloalkanefluorocarbon halide; (b) sulfinating the haloalkanefluorocarbon halide to produce a haloalkanefluorosulfinic acid or salt; and (c) dehalohydrogenating the haloalkanefluorosulfinic acid or salt to produce an alkenefluorosulfinic acid or salt.
An egg grasp device , comprising: a body ; and a sheath capable of retaining an egg and attached to the body , the sheath being formed by a plurality of interlaced elongated members extending from the body , wherein each elongated member is formed of a resilient material; each elongated member has a pair of leg segments extending from the body , and an arcuate segment connecting the pair of leg segments ; each elongated member alternately going over and under the other elongated members it intersects to form the sheath , the sheath having a distal end and a proximal end at which the elongated members are operably engaged with the body , the arcuate segments cooperate to define an opening at the distal end through which an egg is received when the elongated members engage and deflect about an egg such that the egg is seated within the sheath . a body ; and a sheath capable of retaining an egg and attached to the body , the sheath being formed by a plurality of interlaced elongated members extending from the body , wherein each elongated member is formed of a resilient material; each elongated member has a pair of leg segments extending from the body , and an arcuate segment connecting the pair of leg segments ; each elongated member alternately going over and under the other elongated members it intersects to form the sheath , the sheath having a distal end and a proximal end at which the elongated members are operably engaged with the body , the arcuate segments cooperate to define an opening at the distal end through which an egg is received when the elongated members engage and deflect about an egg such that the egg is seated within the sheath .
A method implemented by a path computation element , PCE, configured to control a Bit Index Explicit Replication Traffic/Tree Engineering, BIER-TE, domain , the method being characterized in comprising: sending a first path computation element protocol, PCEP, message to a network node in the BIER-TE domain, wherein the first PCEP message includes a first path setup type capability type length value, TLV, and wherein the network node comprises a backup ingress node in the BIER-TE domain; receiving a second PCEP message from the network node, wherein the second PCEP message includes a second path setup type capability TLV comprising an ingress protection capability sub-TLV, wherein the ingress protection capability sub-TLV contains a first flag, and wherein the first flag is set to a first binary value to indicate that the network node is able to detect a failure of an adjacent network node; and sending a third PCEP message to the backup ingress node, wherein the third PCEP message includes an ingress protection TLV containing: a fourth flag set to a second binary value to request that the backup ingress node detect the failure of a primary ingress node and to let a forwarding entry for a backup BIER-TE path be active when the primary ingress node fails; a service sub-TLV including a service label or a service identifier; and a primary ingress sub-TLV including a primary ingress address. sending a first path computation element protocol, PCEP, message to a network node in the BIER-TE domain, wherein the first PCEP message includes a first path setup type capability type length value, TLV, and wherein the network node comprises a backup ingress node in the BIER-TE domain; receiving a second PCEP message from the network node, wherein the second PCEP message includes a second path setup type capability TLV comprising an ingress protection capability sub-TLV, wherein the ingress protection capability sub-TLV contains a first flag, and wherein the first flag is set to a first binary value to indicate that the network node is able to detect a failure of an adjacent network node; and sending a third PCEP message to the backup ingress node, wherein the third PCEP message includes an ingress protection TLV containing: a fourth flag set to a second binary value to request that the backup ingress node detect the failure of a primary ingress node and to let a forwarding entry for a backup BIER-TE path be active when the primary ingress node fails; a service sub-TLV including a service label or a service identifier; and a primary ingress sub-TLV including a primary ingress address. a fourth flag set to a second binary value to request that the backup ingress node detect the failure of a primary ingress node and to let a forwarding entry for a backup BIER-TE path be active when the primary ingress node fails; a service sub-TLV including a service label or a service identifier; and a primary ingress sub-TLV including a primary ingress address.
A solid rinse aid composition comprising: (a) 1 to 10 wt% a sheeting agent, wherein the sheeting agent comprises at least one compound having the structure represented by formula I: R-O-(CH 2 CH 2 O) n -H wherein R is a (C 1 -C 12 ) alkyl group, and n is an integer in the range of 20 to 100; (b) 1 to 10 wt% of a defoaming agent; (c) 1 to 25 wt% an association disruption agent of an alcohol alkoxylate EO/PO surfactant; (d) 0.1 to 5.0 wt% a chelating/sequestering agent; and (e) up to 75 wt% of an anti-microbial. (a) 1 to 10 wt% a sheeting agent, wherein the sheeting agent comprises at least one compound having the structure represented by formula I: R-O-(CH 2 CH 2 O) n -H wherein R is a (C 1 -C 12 ) alkyl group, and n is an integer in the range of 20 to 100; (b) 1 to 10 wt% of a defoaming agent; (c) 1 to 25 wt% an association disruption agent of an alcohol alkoxylate EO/PO surfactant; (d) 0.1 to 5.0 wt% a chelating/sequestering agent; and (e) up to 75 wt% of an anti-microbial.
A semiconductor structure, comprising: a nano-crystalline core comprising a group I-III-VI semiconductor material; and a nano-crystalline shell comprising a second, different, semiconductor material at least partially surrounding the nano-crystalline core, wherein the nano-crystalline core/nano-crystalline shell pairing has a photoluminescence quantum yield (PLQY) of greater than 60%, characterised in that : the nano-crystalline core/nano-crystalline shell pairing is a pairing selected from the group consisting of copper indium sulfide (CIS)/silver gallium sulfide (AgGaS 2 ), copper indium selenide (CISe)/AgGaS 2 , copper gallium selenide (CuGaSe 2 )/copper gallium sulfide (CuGaS 2 ), and CuGaSe 2 /AgGaS 2 . a nano-crystalline core comprising a group I-III-VI semiconductor material; and a nano-crystalline shell comprising a second, different, semiconductor material at least partially surrounding the nano-crystalline core, wherein the nano-crystalline core/nano-crystalline shell pairing has a photoluminescence quantum yield (PLQY) of greater than 60%,
Reflector for an antenna , in particular a dipole antenna, comprising a plurality of rods , which are arranged linearly adjacent to one another and spaced apart from one another, forming two reflector legs at an angle (α) to one another, wherein both the angle (α) of the reflector legs and the spacing (b) of the rods relative to one another within the respective reflector leg can be changed, wherein, when there is a change in the angle (α) between the reflector legs , the rod spacing (b) can also be changed automatically.
A wearable ventilatory monitoring system comprising: an electronic circuit ; said electronic circuit comprises a Bluetooth Low Energy circuit, a pressure sensor , and a battery ; wherein said electronic circuit is secured on a flexible plastic dental prosthesis toward the posterior end of said plastic dental prosthesis ; said electronic circuit is entirely embedded in a plastic sheet; said pressure sensor is configured to measure pressure variation during the breathing cycle; said pressure sensor is protected by a gel and stainless antimagnetic steel cap. an electronic circuit ; said electronic circuit comprises a Bluetooth Low Energy circuit, a pressure sensor , and a battery ; wherein said electronic circuit is secured on a flexible plastic dental prosthesis toward the posterior end of said plastic dental prosthesis ; said electronic circuit is entirely embedded in a plastic sheet; said pressure sensor is configured to measure pressure variation during the breathing cycle; said pressure sensor is protected by a gel and stainless antimagnetic steel cap.
A resin molding mold comprising a molding mold main body and a resin layer being formed and exposed on a mold surface side of the molding mold main body , the resin layer comprising heat-resistant composite materials including a synthetic resin and a ceramic powder particle ; wherein recesses and projections are formed on the resin layer by excavating a portion of the resin layer , characterised in that the resin layer has a plurality of layers that is different ratios of the synthetic resin and the ceramic powder particle , and an end surface of the plurality of resin layers is exposed where the recesses and projections are formed. a molding mold main body and a resin layer being formed and exposed on a mold surface side of the molding mold main body , the resin layer comprising heat-resistant composite materials including a synthetic resin and a ceramic powder particle ; wherein recesses and projections are formed on the resin layer by excavating a portion of the resin layer , characterised in that the resin layer has a plurality of layers that is different ratios of the synthetic resin and the ceramic powder particle , and an end surface of the plurality of resin layers is exposed where the recesses and projections are formed.