mhurhangee/patent-ind-claim-en huggingface dataset:
Method for conveying message content between a plurality of communication participants , both a transmitter and a plurality of receivers being capable of sending broadcast messages, the message content of at least one broadcast message of the transmitter being sent to a plurality of receivers by means of the at least one broadcast message by means of a PC5 sidelink functionality, in particular using Mode 4 functionality, the plurality of communication participants comprising a first group of communication participants and a second group of communication participants , a plurality of broadcast messages being sent and received between the communication participants in each group of communication participants, the plurality of these broadcast messages being part of a message session of broadcast messages having a session identifier, the first group of communication participants having a first session identifier and the second group of communication participants having a second session identifier, characterised in that the method for conveying message content, in the event that the same message content is conveyed both in the first group of communication participants and in the second group of communication participants , comprises the following steps: - in a first step, the transmitter detects that the same message content or message content relating to an identical message topic is to be transmitted both in the first group of communication participants and in the second group of communication participants , and generates a third session identifier, - in a second step following the first step, the transmitter sends, by means of a further broadcast message, a start message comprising the first session identifier, the second session identifier and the third session identifier, and - in a third step following the second step, the communication participants of both the first and the second group of communication participants each send a participation message comprising the third session identifier. - in a first step, the transmitter detects that the same message content or message content relating to an identical message topic is to be transmitted both in the first group of communication participants and in the second group of communication participants , and generates a third session identifier, - in a second step following the first step, the transmitter sends, by means of a further broadcast message, a start message comprising the first session identifier, the second session identifier and the third session identifier, and - in a third step following the second step, the communication participants of both the first and the second group of communication participants each send a participation message comprising the third session identifier.
Moulded body consisting of at least ≥ 50%, preferably ≥ 75%, more preferably ≥ 90%, more preferably ≥ 93%, in particular ≥ 95%, of expanded polystyrene particles, wherein the moulded body has a mass density in the range from ≥ 100 kg/m 3 to ≤ 600 kg/m 3 , preferably ≥ 150 kg/m 3 to ≤ 550 kg/m 3 , particular preferably ≥ 200 kg/m 3 to ≤ 500 kg/m 3 , in particular ≥ 250 kg/m 3 to ≤ 400 kg/m 3 .
A turbine engine (20; 20A; 20B) comprising: a fan section (22; 22A; 22B) rotatable about an engine longitudinal axis (A); a fan drive system configured to drive the fan section (22; 22A; 22B), the fan drive system including a turbine section (28; 28A; 28B), a turbine generator (96; 96A; 96B) electrically coupled to a turbine motor (94; 94A; 94B) and a geared architecture (48; 48A; 48B), wherein the turbine section (28; 28A; 28B) and the turbine motor (94; 94A; 94B) are coupled to drive portions of the geared architecture (48; 48A; 48B); a high pressure turbine coupled to drive a compressor generator (76; 76A; 76B); a high pressure compressor section (24; 24A; 24B) including a first compressor section and a second compressor section , the first compressor section driven by the high pressure turbine and the second compressor section driven by a compressor motor (74; 74A; 74B) electrically coupled to the compressor generator (76; 76A; 76B); a combustor in flow communication with the high pressure compressor section (24; 24A; 24B); and a battery system electrically coupled to each of the turbine motor (94; 94A; 94B) and the compressor motor (74; 74A; 74B) to supplement power provided by a corresponding one of the turbine generator (96; 96A; 96B) and the compressor generator (76; 76A; 76B). a fan section (22; 22A; 22B) rotatable about an engine longitudinal axis (A); a fan drive system configured to drive the fan section (22; 22A; 22B), the fan drive system including a turbine section (28; 28A; 28B), a turbine generator (96; 96A; 96B) electrically coupled to a turbine motor (94; 94A; 94B) and a geared architecture (48; 48A; 48B), wherein the turbine section (28; 28A; 28B) and the turbine motor (94; 94A; 94B) are coupled to drive portions of the geared architecture (48; 48A; 48B); a high pressure turbine coupled to drive a compressor generator (76; 76A; 76B); a high pressure compressor section (24; 24A; 24B) including a first compressor section and a second compressor section , the first compressor section driven by the high pressure turbine and the second compressor section driven by a compressor motor (74; 74A; 74B) electrically coupled to the compressor generator (76; 76A; 76B); a combustor in flow communication with the high pressure compressor section (24; 24A; 24B); and a battery system electrically coupled to each of the turbine motor (94; 94A; 94B) and the compressor motor (74; 74A; 74B) to supplement power provided by a corresponding one of the turbine generator (96; 96A; 96B) and the compressor generator (76; 76A; 76B).
A method for creating a mold for a cast memorialization product, the method comprising: generating , by a processing device, a three-dimensional, 3D, model for each of a plurality of product designs, wherein each product design includes customized features for a memorialization product; generating, by the processing device, a mold design, configured for liquid metal casting, based upon the 3D model of the product design, wherein the processing device determines at least one of: a wall thickness to prevent blow-out defects, a minimum mold height to achieve an independent and stable pour velocity, and a pour cup strategy; generating (215;435), by the processing device, printing instructions for creating each mold; optimizing, by the processing device, the printing instructions for each mold by nesting the mold designs for the plurality of product designs within a single work area according to a nesting strategy, thereby generating nested printing instructions; accessing, by a manufacturing device, the nested printing instructions from the processing device; and creating , by the manufacturing device, the mold for casting each memorialization product according to the nested printing instructions. generating , by a processing device, a three-dimensional, 3D, model for each of a plurality of product designs, wherein each product design includes customized features for a memorialization product; generating, by the processing device, a mold design, configured for liquid metal casting, based upon the 3D model of the product design, wherein the processing device determines at least one of: a wall thickness to prevent blow-out defects, a minimum mold height to achieve an independent and stable pour velocity, and a pour cup strategy; generating (215;435), by the processing device, printing instructions for creating each mold; optimizing, by the processing device, the printing instructions for each mold by nesting the mold designs for the plurality of product designs within a single work area according to a nesting strategy, thereby generating nested printing instructions; accessing, by a manufacturing device, the nested printing instructions from the processing device; and creating , by the manufacturing device, the mold for casting each memorialization product according to the nested printing instructions.
A system for cultivating plants on vertical or inclined planes which comprises a plurality of modules, wherein each one of said modules comprises at least one exterior layer and one interior layer , both flexible and joined to each other and between which is housed the root structure of said plants, where the interior layer is made of a material with a capacity to absorb and distribute liquid and nutrients to said root structure and where the exterior layer is responsible for facilitating the aeration of the root, wherein in order to optimize the catabolic process that takes place in the roots by facilitating the gaseous exchange, the exterior layer : - is made of polyamide, - comprises non-woven polyamide fibers, - is micro perforated, and - has a thickness of between 6 and 15 mm. - is made of polyamide, - comprises non-woven polyamide fibers, - is micro perforated, and - has a thickness of between 6 and 15 mm.
A loadbearing translucent insulating glass brick having two short sides , two long sides an upper side and a lower side , said glass brick comprising at least two glass panes forming the long sides of the loadbearing translucent insulating glass brick , with at least one spacer fixed at inner sides for spacing two adjacent glass panes towards each other and creating at least one cavity in the interspace between the glass panes , in which the at least one spacer is fixed, wherein the cavity is filled with an translucent insulating aerogel material between the glass panes, wherein the periphery of the loadbearing translucent insulating glass brick , at least the upper and lower sides between the glass panes and the short sides between two glass panes are sealed with a sealing layer forming a closed and aerogel filled cavity between the glass panes, characterized in that at least two spacers are fixed inside the cavity , which are formed as inhibiting spacer , preferably from a transparent or translucent plastic material, comprising at least a wall in a zig-zag shape, with at least one turn between beginning and end around a base length axis (L) or with a shape, comprising at least one base rod or plate or a multiplicity of rods and plates, which point in different directions from a base length axis (L), which inhibiting spacers are placed in the internal space of the cavity between the glass panes reducing thermal transfer at least two spacers are fixed inside the cavity , which are formed as inhibiting spacer , preferably from a transparent or translucent plastic material, comprising at least a wall in a zig-zag shape, with at least one turn between beginning and end around a base length axis (L) or with a shape, comprising at least one base rod or plate or a multiplicity of rods and plates, which point in different directions from a base length axis (L), which inhibiting spacers are placed in the internal space of the cavity between the glass panes reducing thermal transfer
A combustion system comprising at least one burner to supply a mixed flow of fuel and primary air through at least one fuel nozzle to a combustion chamber ; a duct equipped with a fuel concentrator having at least one deflector to concentrate the mixed flow of fuel in a center of the at least one fuel nozzle , and at least one diverger provided immediately downstream the at least one deflector , and a point (P, P') of minimum diameter of the duct interposed between the deflector and the diverger , so as to generate a fuel-rich concentrated jet in the center of the fuel nozzle , and wherein the fuel nozzle is further configured to supply the fuel-rich concentrated jet through an outlet of the fuel nozzle to the combustion chamber , wherein secondary air nozzles are arranged above and below the at least one fuel nozzle to inject a secondary air in order to maintain a stable flame in the combustion chamber , characterized in that the slope of the converging deflector sides has a larger amount than the slope of the diverging diverger sides that increase the distance from the point (P, P') of minimum diameter of the duct to the original distance, and the diverger is a continuously diverging diverger comprising at least one sloped wall so that particles having small mass of the concentrated mixed flow of fuel and primary air move along the at least one diverger towards the wall of the duct to form a lean fuel concentrated jet in other sections than the center of the fuel nozzle , and in that that the deflector reduces the distance between opposite sides at the point (P, P') of the duct to a range of 50% to 80% of the original distance.
A battery-powered control device for controlling an electrical load in a load control system, the battery-powered control device comprising: a base portion configured to be mounted over an actuator of a mechanical switch that controls power delivered to the electrical load; a control unit arranged on the base portion and configured to control an amount of power delivered to the electrical load; a battery compartment configured to store a battery for powering the battery-powered control device ; one or more light sources; and a low battery indicator; characterized in that the battery-powered control device further comprises: a battery removal device operable to provide access to the battery compartment, the battery removal device comprising a release tab configured to provide access to the battery compartment when the release tab is pulled or pushed; wherein the low battery indicator is configured to be illuminated by the one or more light sources of the control device to indicate a low battery condition and a location of the battery removal device; wherein the control unit is further configured to detect the low battery condition and control the one or more light sources to illuminate the low battery indicator in response to detecting the low battery condition. a base portion configured to be mounted over an actuator of a mechanical switch that controls power delivered to the electrical load; a control unit arranged on the base portion and configured to control an amount of power delivered to the electrical load; a battery compartment configured to store a battery for powering the battery-powered control device ; one or more light sources; and a low battery indicator; a battery removal device operable to provide access to the battery compartment, the battery removal device comprising a release tab configured to provide access to the battery compartment when the release tab is pulled or pushed; wherein the low battery indicator is configured to be illuminated by the one or more light sources of the control device to indicate a low battery condition and a location of the battery removal device; wherein the control unit is further configured to detect the low battery condition and control the one or more light sources to illuminate the low battery indicator in response to detecting the low battery condition.
A composite product comprising a thermally modified solid wood component wherein at least one side of the solid wood component is coated with a layer of a composite material which composite material comprises thermally modified cellulosic material and a thermoplastic polymer, wherein the thermally modified cellulosic material has a particle size below 1 mm.
A network connection method of home appliance , said method comprising the steps of: Receiving, by a terminal device from a user, an authentication key of an access point, AP, apparatus as an input to the terminal device ; Verifying and authenticating, by the terminal device , the inputted authentication key based on an authentication key of the access point, AP, apparatus stored in the terminal device ; Generating, by the terminal device , network setting information based on the identification number and the authentication key of the AP apparatus only when the verifies authentication of the AP apparatus (30 is correct; Setting a home appliance to be in a state of communicating with the terminal device ; Interconnecting the home appliance and the terminal device ; Transmitting, by the terminal device , the network setting information to the home appliance ; and Connecting the home appliance to the AP apparatus by using the generated network setting information. Receiving, by a terminal device from a user, an authentication key of an access point, AP, apparatus as an input to the terminal device ; Verifying and authenticating, by the terminal device , the inputted authentication key based on an authentication key of the access point, AP, apparatus stored in the terminal device ; Generating, by the terminal device , network setting information based on the identification number and the authentication key of the AP apparatus only when the verifies authentication of the AP apparatus (30 is correct; Setting a home appliance to be in a state of communicating with the terminal device ; Interconnecting the home appliance and the terminal device ; Transmitting, by the terminal device , the network setting information to the home appliance ; and Connecting the home appliance to the AP apparatus by using the generated network setting information.
A computing device comprising one or more processors , each processor comprising one or more processing unit , said one or more processing units being configured to execute at least one program, each program comprising instructions, the computing device further comprising, for at least some of the processors, a processor cache associated with each processor , the processor cache being configured to access data and/or instructions comprised in the programs executed by the processor , wherein the computing device comprises: - an instruction memory configured to store the instructions of computer programs, the processor cache being configured to access instructions comprised in the instructions memory, - a metadata memory configured to store metadata associated with instructions stored in the instructions memory, the metadata comprising information needed to ensure control flow integrity verification; - at least one security verification unit configured to retrieve, from an auxiliary cache , at least a part of the metadata associated with instructions in response to a memory access request sent by a processor to the processor cache , during the execution of said at least one program, the memory access request corresponding to a request for accessing said instructions, said at least one security verification unit being configured to retrieve said metadata depending on the requested instructions, said security verification unit being configured to verify the execution of the at least one program being executed by said one or more processors and/or perform one or more control actions on said one or more processors depending on the content and/or the volume of the retrieved metadata. - an instruction memory configured to store the instructions of computer programs, the processor cache being configured to access instructions comprised in the instructions memory, - a metadata memory configured to store metadata associated with instructions stored in the instructions memory, the metadata comprising information needed to ensure control flow integrity verification; - at least one security verification unit configured to retrieve, from an auxiliary cache , at least a part of the metadata associated with instructions in response to a memory access request sent by a processor to the processor cache , during the execution of said at least one program, the memory access request corresponding to a request for accessing said instructions, said at least one security verification unit being configured to retrieve said metadata depending on the requested instructions, said security verification unit being configured to verify the execution of the at least one program being executed by said one or more processors and/or perform one or more control actions on said one or more processors depending on the content and/or the volume of the retrieved metadata.
A trolley compartment door system, comprising: a first trolley compartment side wall including a first load transferring attachment point, a second trolley compartment side wall including a second load transferring attachment point, first and second panels configured to cooperate as a bi-fold door, the first panel comprising a first arm , the second panel comprising a second arm , characterized in that the first and second arms are hinged to one another and the first and second arms overlap when the bi- fold door is closed, wherein the first panel is hinged to the first trolley compartment side wall at the first load transferring attachment point; wherein the second panel is removably securable to the second trolley compartment side wall at the second load transferring attachment point; and characterised in that the first arm has an inner face with at least one angled surface, wherein the second arm has an arm mating surface with at least one angled edge that corresponds to the at least one angled surface. a first trolley compartment side wall including a first load transferring attachment point, a second trolley compartment side wall including a second load transferring attachment point, first and second panels configured to cooperate as a bi-fold door, the first panel comprising a first arm , the second panel comprising a second arm , characterized in that the first and second arms are hinged to one another and the first and second arms overlap when the bi- fold door is closed, wherein the first panel is hinged to the first trolley compartment side wall at the first load transferring attachment point; wherein the second panel is removably securable to the second trolley compartment side wall at the second load transferring attachment point; and characterised in that the first arm has an inner face with at least one angled surface, wherein the second arm has an arm mating surface with at least one angled edge that corresponds to the at least one angled surface.
A method for wireless communication at a user equipment, UE, comprising: identifying a subframe, of a channel of a shared radio frequency spectrum band, that is outside a reservation of the channel by a network access device; detecting an absence of a reference signal transmission by the network access device in the subframe; and transmitting in the subframe, based at least in part on the detected absence of the reference signal transmission, a scheduling request, SR. identifying a subframe, of a channel of a shared radio frequency spectrum band, that is outside a reservation of the channel by a network access device; detecting an absence of a reference signal transmission by the network access device in the subframe; and transmitting in the subframe, based at least in part on the detected absence of the reference signal transmission, a scheduling request, SR.