mhurhangee/patent-ind-claim-en huggingface dataset:
A packaging structure for an antenna, comprising: a first radiation plate , a second radiation plate , and a feeding part, wherein the second radiation plate is disposed below the first radiation plate, a slot is disposed on the second radiation plate, wherein the slot is in a ring shape, and the feeding part is disposed below the second radiation plate; and the feeding part comprises a first feeding stub and a second feeding stub that are disposed independently of each other, wherein the first feeding stub and the second feeding stub are perpendicular to each other and disposed on a substrate below the slot, and the first feeding stub and the second feeding stub are configured to feed the first radiation plate by being electromagnetically coupled to the slot; wherein the packaging structure further comprises a substrate and a chip that is fixedly connected to a side of the substrate, wherein the chip has a plurality of feeding pins, the plurality of feeding pins are connected to the substrate, and the substrate comprises the first radiation plate, the second radiation plate, and the feeding part. a first radiation plate , a second radiation plate , and a feeding part, wherein the second radiation plate is disposed below the first radiation plate, a slot is disposed on the second radiation plate, wherein the slot is in a ring shape, and the feeding part is disposed below the second radiation plate; and the feeding part comprises a first feeding stub and a second feeding stub that are disposed independently of each other, wherein the first feeding stub and the second feeding stub are perpendicular to each other and disposed on a substrate below the slot, and the first feeding stub and the second feeding stub are configured to feed the first radiation plate by being electromagnetically coupled to the slot; wherein the packaging structure further comprises a substrate and a chip that is fixedly connected to a side of the substrate, wherein the chip has a plurality of feeding pins, the plurality of feeding pins are connected to the substrate, and the substrate comprises the first radiation plate, the second radiation plate, and the feeding part.
A method for controlling the distance between a first die and a second die of a food baking apparatus during one and the same food baking process, where in between a food product is baked, said method comprising the steps of (i) providing an adjustable mechanical stop , said adjustable mechanical stop comprising a supporting system and at least one mounting element mounted onto said supporting system - wherein said supporting system and/or at least one mounting element are adjustable in spatial position, being movable for translation and/or rotation; - wherein each of said at least one mounting element comprises one or more protrusions , and wherein per mounting element said one or more protrusions are adjustable in amount of protrusion, and/or said protrusions differ in amount of protrusion amongst each other; (ii) putting said supporting system and/or said at least one mounting element in a first position; and (iii) driving said supporting system and/or said at least one mounting element towards a second position. (i) providing an adjustable mechanical stop , said adjustable mechanical stop comprising a supporting system and at least one mounting element mounted onto said supporting system - wherein said supporting system and/or at least one mounting element are adjustable in spatial position, being movable for translation and/or rotation; - wherein each of said at least one mounting element comprises one or more protrusions , and wherein per mounting element said one or more protrusions are adjustable in amount of protrusion, and/or said protrusions differ in amount of protrusion amongst each other; - wherein said supporting system and/or at least one mounting element are adjustable in spatial position, being movable for translation and/or rotation; - wherein each of said at least one mounting element comprises one or more protrusions , and wherein per mounting element said one or more protrusions are adjustable in amount of protrusion, and/or said protrusions differ in amount of protrusion amongst each other; (ii) putting said supporting system and/or said at least one mounting element in a first position; and (iii) driving said supporting system and/or said at least one mounting element towards a second position.
A control method of a user terminal device comprising: when a call request message is received from another terminal device , determining state information of a satellite device connected to the user terminal device ; determining communication configuration information with the other terminal device based on the state information of the satellite device and transmitting a call response message comprising the communication configuration information to the other terminal device ; and receiving voice data from the other terminal device using a communication method using a first bit-rate corresponding to the communication configuration information, and transmitting voice data to the other terminal device using a communication method using a second bit-rate corresponding to the communication configuration information, the control method being characterized in that the state information of the satellite device comprises information regarding a bit-rate that is supported by the satellite device , and in that the determining communication configuration information comprises determining the second bit-rate of a voice data to transmit to the other terminal device based on a bit-rate that is supported by the user terminal device and determining the first bit-rate of a voice data to receive from the other terminal device based on the bit-rate that is supported by the satellite device . when a call request message is received from another terminal device , determining state information of a satellite device connected to the user terminal device ; determining communication configuration information with the other terminal device based on the state information of the satellite device and transmitting a call response message comprising the communication configuration information to the other terminal device ; and receiving voice data from the other terminal device using a communication method using a first bit-rate corresponding to the communication configuration information, and transmitting voice data to the other terminal device using a communication method using a second bit-rate corresponding to the communication configuration information, the control method being characterized in that the state information of the satellite device comprises information regarding a bit-rate that is supported by the satellite device , and in that the determining communication configuration information comprises determining the second bit-rate of a voice data to transmit to the other terminal device based on a bit-rate that is supported by the user terminal device and determining the first bit-rate of a voice data to receive from the other terminal device based on the bit-rate that is supported by the satellite device .
A solid surface comprising (i) a crosslinked acrylic or unsaturated polyester resin present in an amount from 45 to 80 volume fraction percent, and (ii) from 25 to 55 volume fraction percent of inorganic filler particles distributed evenly throughout the solid surface wherein (a) 95 - 99 volume fraction percent of the filler particles has a major dimension in the range of from 0.5 to no greater than 10 microns or from 1 to no greater than 5 microns or from 1 to no greater than 2 microns, (b) the D50 of the filler particles is from 0.5-2.5 microns, and (c) the D90 of the filler particles is equal to or less than 10 microns. (i) a crosslinked acrylic or unsaturated polyester resin present in an amount from 45 to 80 volume fraction percent, and (ii) from 25 to 55 volume fraction percent of inorganic filler particles distributed evenly throughout the solid surface wherein (a) 95 - 99 volume fraction percent of the filler particles has a major dimension in the range of from 0.5 to no greater than 10 microns or from 1 to no greater than 5 microns or from 1 to no greater than 2 microns, (b) the D50 of the filler particles is from 0.5-2.5 microns, and (c) the D90 of the filler particles is equal to or less than 10 microns. (a) 95 - 99 volume fraction percent of the filler particles has a major dimension in the range of from 0.5 to no greater than 10 microns or from 1 to no greater than 5 microns or from 1 to no greater than 2 microns, (b) the D50 of the filler particles is from 0.5-2.5 microns, and (c) the D90 of the filler particles is equal to or less than 10 microns.
A database update system, comprising: an access component configured to access a query log of a search engine configured to store queries made by users and Internet Protocol, IP, addresses of the users, and to extract location data from the user queries; an aggregation component configured to aggregate most-frequently-used location data per IP address; an update component configured to update a reverse IP database with updates to create an updated reverse IP database based on the most-frequently-used location data ; a ground truth dataset generated and configured to map IP addresses and IP address ranges to geographic locations; an evaluation component configured to evaluate the updated reverse IP database using the ground truth dataset to ensure, using a threshold value, that the updated reverse IP database is deployed only if it is an improvement over the previous reverse IP database such that it is worth the cost in resources to update the reverse IP database; and at least one hardware processor configured to execute computer-executable instructions in a memory associated with the access component, the aggregation component, and the update component and the evaluation component. an access component configured to access a query log of a search engine configured to store queries made by users and Internet Protocol, IP, addresses of the users, and to extract location data from the user queries; an aggregation component configured to aggregate most-frequently-used location data per IP address; an update component configured to update a reverse IP database with updates to create an updated reverse IP database based on the most-frequently-used location data ; a ground truth dataset generated and configured to map IP addresses and IP address ranges to geographic locations; an evaluation component configured to evaluate the updated reverse IP database using the ground truth dataset to ensure, using a threshold value, that the updated reverse IP database is deployed only if it is an improvement over the previous reverse IP database such that it is worth the cost in resources to update the reverse IP database; and at least one hardware processor configured to execute computer-executable instructions in a memory associated with the access component, the aggregation component, and the update component and the evaluation component.
A negative electrode, comprising: a negative electrode current collector ; a first active material layer close to the negative electrode current collector , the first active material layer comprising a first active material; and a second active material layer disposed on a surface of the first active material layer away from the negative electrode current collector , the second active material layer comprising a second active material; characterized in that the first active material and the second active material are independently oval-like particles with through holes and/or blind holes, and the first active material has an average pore size greater than that of the second active material; wherein the first active material has an average pore size from 70 to 140 nm, preferably from 80 to 120 nm; and the second active material has an average pore size from 10 to 30 nm, preferably from 15 to 25 nm, measured according to the methods as described in the description; wherein a ratio of short diameter to long diameter of the first active material is from 0.6 to 0.9; and a ratio of short diameter to long diameter of the second active material is from 0.4 to 0.8; wherein the second active material and the first active material independently comprise one or more of soft carbon, hard carbon, artificial graphite, natural graphite, silicon, silicon oxides, silicon-carbon composites, lithium titanate, and metals capable of forming alloys with lithium. a negative electrode current collector ; a first active material layer close to the negative electrode current collector , the first active material layer comprising a first active material; and a second active material layer disposed on a surface of the first active material layer away from the negative electrode current collector , the second active material layer comprising a second active material; characterized in that the first active material and the second active material are independently oval-like particles with through holes and/or blind holes, and the first active material has an average pore size greater than that of the second active material; wherein the first active material has an average pore size from 70 to 140 nm, preferably from 80 to 120 nm; and the second active material has an average pore size from 10 to 30 nm, preferably from 15 to 25 nm, measured according to the methods as described in the description; wherein a ratio of short diameter to long diameter of the first active material is from 0.6 to 0.9; and a ratio of short diameter to long diameter of the second active material is from 0.4 to 0.8; wherein the second active material and the first active material independently comprise one or more of soft carbon, hard carbon, artificial graphite, natural graphite, silicon, silicon oxides, silicon-carbon composites, lithium titanate, and metals capable of forming alloys with lithium.
A fixed fire fighting system for large industrial tanks (T), comprising: two connected nozzles, each structured to project aerated foam of between 0.00631 m 3 s -1 (100 gpm) and 0.05678 m 3 s -1 (900 gpm), at 689476 Pa (100 psi), in substantially focused streams; the two connected nozzles each having a stream shaper in a tip portion of said nozzle with fins of a longitudinal dimension greater than a radial dimension and that terminate substantially flush with a tip solid bore discharge orifice; the two connected nozzles attached proximally downstream of, and in fluid communication with, at least one ambient air aeration chamber (AAAC) structured in combination with the two nozzles to produce aerated foam having an expansion of between 2-to-1 to 8-to-1; and a third nozzle structured to discharge between 0.01262 m 3 s -1 (200 gpm) and 0.06309 m 3 s -1 (1000 gpm), at 689476 Pa (100 psi), and located and structured in combination with the two connected nozzles to discharge in a direction of within 30° of a perpendicular to a median directly opposite directional axis defined by the two connected nozzles discharging in roughly opposing directions; and the fixed fire fighting system attached to a wall of a tank (T) and orientated such that the relative angle between the discharge axis of the two connected nozzles is between 150° and 180° for projecting within +/- 15° of the horizontal direction along inner tank wall portions and such that the third nozzle is directed towards the centre of a tank (T). two connected nozzles, each structured to project aerated foam of between 0.00631 m 3 s -1 (100 gpm) and 0.05678 m 3 s -1 (900 gpm), at 689476 Pa (100 psi), in substantially focused streams; the two connected nozzles each having a stream shaper in a tip portion of said nozzle with fins of a longitudinal dimension greater than a radial dimension and that terminate substantially flush with a tip solid bore discharge orifice; the two connected nozzles attached proximally downstream of, and in fluid communication with, at least one ambient air aeration chamber (AAAC) structured in combination with the two nozzles to produce aerated foam having an expansion of between 2-to-1 to 8-to-1; and a third nozzle structured to discharge between 0.01262 m 3 s -1 (200 gpm) and 0.06309 m 3 s -1 (1000 gpm), at 689476 Pa (100 psi), and located and structured in combination with the two connected nozzles to discharge in a direction of within 30° of a perpendicular to a median directly opposite directional axis defined by the two connected nozzles discharging in roughly opposing directions; and the fixed fire fighting system attached to a wall of a tank (T) and orientated such that the relative angle between the discharge axis of the two connected nozzles is between 150° and 180° for projecting within +/- 15° of the horizontal direction along inner tank wall portions and such that the third nozzle is directed towards the centre of a tank (T).
Horizontal forming device, in particular for horizontal flow pack machines, with at least one, in particular roller-free, forming unit (12a-12d), in particular a forming shoulder, which is configured for forming a packaging material web , in particular a paper web, into a packaging material tube , the forming unit (12a-12d) having at least one folding edge (72a-72d) around which the packaging material web is deflectable, and with at least one form-guiding unit (18a-18d), in particular a further forming shoulder, which is configured for further guiding the packaging material tube transversely to a run-in direction (20a-20d) of the packaging material tube at the forming unit (12a-12d) while maintaining an, in particular homogeneous, material tension generated by the forming unit (12a-12d), characterised by at least one support surface , in particular a work plate, on which products that are to be packaged can be transported, wherein the forming unit (12a-12d) and the form-guiding unit (18a-18d) are arranged on sides (26a-26d, 28a-28d) of the support surface that face away from each other, wherein the form-guiding unit (18a-18d) has at least one form-guiding contour (86a-86d), which is configured to support the guided packaging material tube in order to realize maintenance of the homogeneous material tension. with at least one, in particular roller-free, forming unit (12a-12d), in particular a forming shoulder, which is configured for forming a packaging material web , in particular a paper web, into a packaging material tube , the forming unit (12a-12d) having at least one folding edge (72a-72d) around which the packaging material web is deflectable, and with at least one form-guiding unit (18a-18d), in particular a further forming shoulder, which is configured for further guiding the packaging material tube transversely to a run-in direction (20a-20d) of the packaging material tube at the forming unit (12a-12d) while maintaining an, in particular homogeneous, material tension generated by the forming unit (12a-12d), characterised by at least one support surface , in particular a work plate, on which products that are to be packaged can be transported, wherein the forming unit (12a-12d) and the form-guiding unit (18a-18d) are arranged on sides (26a-26d, 28a-28d) of the support surface that face away from each other, wherein the form-guiding unit (18a-18d) has at least one form-guiding contour (86a-86d), which is configured to support the guided packaging material tube in order to realize maintenance of the homogeneous material tension.
A kit of parts for a check arm keeper for engagement with a check arm to hold a vehicle door in a selected position, comprising: a keeper housing that has a mounting bracket and a cartridge-mounting portion ; and a plunger cartridge including a plunger cartridge housing that is mountable to the keeper housing , a plunger that is slidable in the plunger cartridge housing , and a plunger-biasing member that is positioned in the plunger cartridge housing to urge the plunger out from the plunger cartridge housing , wherein the plunger has a first engagement member and the plunger cartridge housing has a second engagement member, wherein the first and second engagement members cooperate to retain the plunger in the plunger cartridge housing against a biasing force of the plunger-biasing member when the plunger cartridge is free from the keeper housing , and wherein mounting of the plunger cartridge housing holds the plunger cartridge housing in a selected position relative to the keeper housing and drives the plunger to a position in which the first and second engagement members are spaced from one another. a keeper housing that has a mounting bracket and a cartridge-mounting portion ; and a plunger cartridge including a plunger cartridge housing that is mountable to the keeper housing , a plunger that is slidable in the plunger cartridge housing , and a plunger-biasing member that is positioned in the plunger cartridge housing to urge the plunger out from the plunger cartridge housing , wherein the plunger has a first engagement member and the plunger cartridge housing has a second engagement member, wherein the first and second engagement members cooperate to retain the plunger in the plunger cartridge housing against a biasing force of the plunger-biasing member when the plunger cartridge is free from the keeper housing , and wherein mounting of the plunger cartridge housing holds the plunger cartridge housing in a selected position relative to the keeper housing and drives the plunger to a position in which the first and second engagement members are spaced from one another.
Cleaning machine, comprising at least one cleaning roller (46; 46'), a roller housing having a roller receptacle for the at least one cleaning roller (46; 46'), wherein the at least one cleaning roller (46; 46') is exchangeably positioned on the roller housing and the roller receptacle has an opening to the outside, a lid (64; 120) for closing the opening , and a locking device for fixing the lid (64; 120) to the roller housing , characterized in that at least one convex holding body is arranged on the roller housing , in that a pivotable bracket is arranged on the lid (64; 120), in that at least one receptacle for the at least one holding body is arranged on the pivotable bracket , and in that in a release position of the pivotable bracket , the at least one holding body (86; 90) is able to dip into the associated receptacle (84; 88) and/or exit the associated receptacle (84; 88), and in a locking position of the pivotable bracket , an exit of the holding body (86; 90) out of the associated receptacle (84; 88) is blocked.