mhurhangee/patent-ind-claim-en huggingface dataset:
A single-dose unit of coffee in pod comprising a floppy container and a preset amount of powdered coffee contained in said floppy container, characterized in that said floppy container is a bag made of fabric or filter paper and said powdered coffee has a granulometric distribution having at least one among statistic median, statistic mean and statistic mode, one independently from another, with a value comprised between about 275 μm and about 278 pm, said single-dose unit comprising an outer wrap containing said bag, wherein said outer wrap is a wrap sealed around said bag and removable from said bag, wherein said outer wrap has a weight equal to about 0.8 grams wherein said bag has circular shape, with a width of the portion containing the powdered coffee equal to about 35 mm, wherein said preset amount of powdered coffee is comprised between about 5 grams and about 5.8 grams, and wherein said powdered coffee is essentially constituted by particles having a grain size comprised between 10 μm and 500 μm.
A method for inline packet response generation implemented by a network device functioning as a switch in a software defined networking, SDN, network, the method to configure a flow control pipeline to enable the inline response generation without use of a control channel and SDN controller after configuration, the method comprising: connecting with the SDN controller; receiving an OpenFlow packet out data packet from the SDN controller with a template message and a buffer identifier, ID, for the template message; identifying the received OpenFlow packet out data packet without any action fields as containing the template message; installing the template message into a buffer with corresponding buffer ID; receiving a first data packet from the SDN controller identifying matching criteria and the buffer ID; and updating a flow control pipeline to match on the matching criteria and to point to the buffer with the buffer ID. connecting with the SDN controller; receiving an OpenFlow packet out data packet from the SDN controller with a template message and a buffer identifier, ID, for the template message; identifying the received OpenFlow packet out data packet without any action fields as containing the template message; installing the template message into a buffer with corresponding buffer ID; receiving a first data packet from the SDN controller identifying matching criteria and the buffer ID; and updating a flow control pipeline to match on the matching criteria and to point to the buffer with the buffer ID.
A diluent for semen preservation comprising: a- a cytoprotective agent selected from: carvacrol, isoespintanol and mixtures thereof; b- a cryoprotective agent selected from: ethylene glycol, methyl formamide, dimethylformamide, diethylformamide, egg yolk and mixtures thereof; and c- coadjuvants selected from: glucose, fructose, sucrose, saturated and/or unsaturated lipids, caseins, albumins, seminal plasma, vitamin E, vitamin C, vitamin A, phosphate buffer system, tris buffer system, ascorbic acid, α-tocopherol, β-carotene, caffeine, pentoxifylline, taurine, gentamicin, penicillin, streptomycin, amphotericin and mixtures thereof. a- a cytoprotective agent selected from: carvacrol, isoespintanol and mixtures thereof; b- a cryoprotective agent selected from: ethylene glycol, methyl formamide, dimethylformamide, diethylformamide, egg yolk and mixtures thereof; and c- coadjuvants selected from: glucose, fructose, sucrose, saturated and/or unsaturated lipids, caseins, albumins, seminal plasma, vitamin E, vitamin C, vitamin A, phosphate buffer system, tris buffer system, ascorbic acid, α-tocopherol, β-carotene, caffeine, pentoxifylline, taurine, gentamicin, penicillin, streptomycin, amphotericin and mixtures thereof.
A method for rolling an external pipe thread, comprising rolling a hollow blank by a first rolling wheel group and a second rolling wheel group in turn, wherein the first rolling wheel group comprises at least four circumferentially arranged first rolling wheels , and the second rolling wheel group comprises at least three circumferentially arranged second rolling wheels , the first rolling wheels are rolling wheels with smooth outer surface, and the second rolling wheels have external pipe thread forming portion , and the method comprises the following steps: step 1: the first rolling wheel group rolls outer surface of the hollow blank into a cylindrical surface , a conical surface , or a cylindrical conical mixing surface; step 2: the second rolling wheel group rolls outer surface of the hollow blank processed in the step 1 again, so as to form the external pipe thread by rolling; wherein number of the first rolling wheels in the first rolling wheel group and number of the second rolling wheels in the second rolling wheel group is odd-even different, that is one is an odd number and one is an even number. step 1: the first rolling wheel group rolls outer surface of the hollow blank into a cylindrical surface , a conical surface , or a cylindrical conical mixing surface; step 2: the second rolling wheel group rolls outer surface of the hollow blank processed in the step 1 again, so as to form the external pipe thread by rolling;
Air spinning method comprising the steps of: - preparing at least one web of textile fibers (N1), to be fed by at least one introducer element upstream of an air spinning device , said textile fibers being man-made/synthetic fibers and possibly fibers mixed with cotton but not 100% cotton, - drawing said at least one web (N1) with at least one drawing device , - feeding said web (N1), previously drawn, in a spinning chamber of the air spinning device , - spinning the fibers inside the spinning chamber by means of compressed air jets, so as to: - obtain a yarn comprising internal fibers surrounded by external fibers , - wherein the yarn has an overall thread count not exceeding Ne20 (295.25 dtex) and wherein the total number of internal and external fibers is less than 200, determined according to the formula given in the description, - wherein the external fibers are twisted, while the internal fibers are neutral and - wherein the working pressures, i.e. of the compressed air jets inside the spinning chamber , are between 0.45 and 0.6 MPa. - preparing at least one web of textile fibers (N1), to be fed by at least one introducer element upstream of an air spinning device , said textile fibers being man-made/synthetic fibers and possibly fibers mixed with cotton but not 100% cotton, - drawing said at least one web (N1) with at least one drawing device , - feeding said web (N1), previously drawn, in a spinning chamber of the air spinning device , - spinning the fibers inside the spinning chamber by means of compressed air jets, so as to: - obtain a yarn comprising internal fibers surrounded by external fibers , - wherein the yarn has an overall thread count not exceeding Ne20 (295.25 dtex) and wherein the total number of internal and external fibers is less than 200, determined according to the formula given in the description, - wherein the external fibers are twisted, while the internal fibers are neutral and - wherein the working pressures, i.e. of the compressed air jets inside the spinning chamber , are between 0.45 and 0.6 MPa.
A method for operating an aerial robotic vehicle , comprising: determining , by a processor of the aerial robotic vehicle, whether a propeller guard is installed on the aerial robotic vehicle; determining whether the propeller guard is damaged in response to determining that the propeller guard is installed; setting , by the processor, a flight parameter of the aerial robotic vehicle based on the determination as to whether the propeller guard is installed on the aerial robotic vehicle and based on the determination of whether the propeller guard is damaged, wherein setting the flight parameter comprises setting a proximity threshold; and controlling , by the processor, one or more motors of the aerial robotic vehicle using the flight parameter of the aerial robotic vehicle. determining , by a processor of the aerial robotic vehicle, whether a propeller guard is installed on the aerial robotic vehicle; determining whether the propeller guard is damaged in response to determining that the propeller guard is installed; setting , by the processor, a flight parameter of the aerial robotic vehicle based on the determination as to whether the propeller guard is installed on the aerial robotic vehicle and based on the determination of whether the propeller guard is damaged, wherein setting the flight parameter comprises setting a proximity threshold; and controlling , by the processor, one or more motors of the aerial robotic vehicle using the flight parameter of the aerial robotic vehicle.
Injection moulding apparatus comprising at least a first mould plate, the first mould plate comprising a first injection inlet arranged in fluid connection with a first gate leading into a mould cavity and a second injection inlet arranged in fluid connection with a second gate leading into the mould cavity , wherein the first injection inlet and the second injection inlet are arranged to open in sequence, with the first injection inlet opening before the second injection inlet , wherein the second gate comprises a first gate volume leading into the mould cavity , wherein the second gate is further provided with a second gate volume allowing injection material to flow into the second gate volume at the same time as into the first gate volume and thereafter into the mould cavity , thereby reducing the velocity of an injection flow in the mould cavity from the second gate , characterized in that the second gate volume is provided by a first increased volume extending from the second injection inlet in a first direction and the second gate comprises a throttle leading into the first increased volume .
A silencing system comprising: one or more silencers that are disposed on a tubular member provided to penetrate a wall separating two spaces, wherein the silencer silences sound having a frequency that includes a frequency of first resonance occurring in the tubular member , the silencer includes a cavity portion and an opening portion that allows the cavity portion and the outside to communicate with each other, at least one of the opening portions of the silencers is connected to a sound field space of the first resonance of the tubular member in the silencing system , a conversion mechanism for converting sound energy into thermal energy is disposed in at least a part of the cavity portion of the silencer or at a position where the conversion mechanism covers at least a part of the opening portion of the silencer , a depth L d of the cavity portion in a traveling direction of an acoustic wave in the silencer is larger than a width L o of the opening portion in an axial direction of the tubular member , characterized in that , in a case where a wavelength of an acoustic wave at a resonant frequency of the first resonance is denoted by λ, the depth L d of the cavity portion in the traveling direction of an acoustic wave in the silencer satisfies "0.0 11×λ<L d <0.25×λ", and the silencer does not resonate with sound having the frequency of the first resonance occurring in the tubular member , and silences the sound having the frequency of the first resonance by the conversion mechanism without silencing the sound with resonance of the silencer . one or more silencers that are disposed on a tubular member provided to penetrate a wall separating two spaces, wherein the silencer silences sound having a frequency that includes a frequency of first resonance occurring in the tubular member , the silencer includes a cavity portion and an opening portion that allows the cavity portion and the outside to communicate with each other, at least one of the opening portions of the silencers is connected to a sound field space of the first resonance of the tubular member in the silencing system , a conversion mechanism for converting sound energy into thermal energy is disposed in at least a part of the cavity portion of the silencer or at a position where the conversion mechanism covers at least a part of the opening portion of the silencer , a depth L d of the cavity portion in a traveling direction of an acoustic wave in the silencer is larger than a width L o of the opening portion in an axial direction of the tubular member , characterized in that , in a case where a wavelength of an acoustic wave at a resonant frequency of the first resonance is denoted by λ, the depth L d of the cavity portion in the traveling direction of an acoustic wave in the silencer satisfies "0.0 11×λ<L d <0.25×λ", and the silencer does not resonate with sound having the frequency of the first resonance occurring in the tubular member , and silences the sound having the frequency of the first resonance by the conversion mechanism without silencing the sound with resonance of the silencer .
Method of erecting a wind energy plant with a floating foundation , a tower arranged on the floating foundation and two booms extending from the tower , each with an energy conversion unit arranged at the free end of a boom , the method comprising the steps of: - constructing a floating foundation with a tower arranged on it; - arranging at least one support arranged at the tower for receiving one end of each of the booms optionally connected to a respective energy conversion unit ; - arranging one end of each boom on the support and arranging the other end of each boom at the height of the tower base; - Lifting the other end of the boom , which is mounted at the height of the tower base, while simultaneously swivelling the booms with the at least one support acting as a support until a predetermined height is reached; - fixing one end of the swivelled booms to the tower ; and - forming a guying guided between the other ends of the swivelled booms or between the energy conversion units by means of at least one guying cable . - constructing a floating foundation with a tower arranged on it; - arranging at least one support arranged at the tower for receiving one end of each of the booms optionally connected to a respective energy conversion unit ; - arranging one end of each boom on the support and arranging the other end of each boom at the height of the tower base; - Lifting the other end of the boom , which is mounted at the height of the tower base, while simultaneously swivelling the booms with the at least one support acting as a support until a predetermined height is reached; - fixing one end of the swivelled booms to the tower ; and - forming a guying guided between the other ends of the swivelled booms or between the energy conversion units by means of at least one guying cable .
Refrigeration appliance comprising at least a first storage chamber , a second storage chamber and a refrigerant circuit in which a condenser , a first controllable throttle point , a first heat exchanger for controlling the temperature of the first storage chamber , a second controllable throttle point and a second heat exchanger for cooling the second storage chamber are connected in series between a pressure connection and a suction connection of a compressor , wherein at least a hot line section located upstream of the second heat exchanger and a cold line section located downstream of the second heat exchanger are routed in thermal contact with respect to one another in order to form an inner heat exchanger and the first heat exchanger is connected to the pressure connection bypassing the hot line section , wherein the refrigeration appliance has an electronic control unit and temperature sensors in the two storage chambers , wherein the electronic control unit is connected to the temperature sensors in the two storage chambers and is configured to control the rotational speed of the compressor as well as the pressure losses at the controllable throttle points using a comparison of the temperatures prevailing in the storage chambers with set values adjusted by the user, so that when the adjustable set value for the first temperature-controlled storage chamber is above the ambient temperature, the pressure loss at the first throttle point is minimal and the first heat exchanger operates as a condenser.
A multiple chamber container housing a two part peritoneal dialysis solution wherein the first part is stored in a first chamber of the multiple chamber container and wherein the first part consists of a first solution containing icodextrin ranging from about 100.0 g/L to about 220.0 g/L, wherein the first part has a pH ranging from about 1.5 to about 5.0; and wherein the second part is stored in a second chamber of the multiple chamber container and wherein the second part comprises a buffer solution having a pH ranging from about 7.0 to about 12; and wherein the buffer solution does not contain amino acids with a pK 1 between 7 and 13, such as glycine, alanine and histidine; and wherein the first part and the second part being so constructed and arranged that the first part and the second part are mixed prior to infusion into a patient.
A method, comprising: initiating, by an experimentation engine of a security network , an experiment associated with event data received by the security network from security agents executing on a plurality of client devices ; generating, by the experimentation engine , configuration data associated with the experiment for bounding managers of the security agents , wherein: the bounding managers are each configured to use a plurality of selectors to generate a set of a reporting recommendations regarding whether to send the event data from the security agents to the security network ; and the configuration data adds or adjusts at least one selector of the plurality of selectors of each of the bounding managers , to impact the set of reporting recommendations and change a type or amount of the event data that the security agents send to the security network during the experiment; and sending, by the experimentation engine , the configuration data to the security agents executing on the plurality of client devices . initiating, by an experimentation engine of a security network , an experiment associated with event data received by the security network from security agents executing on a plurality of client devices ; generating, by the experimentation engine , configuration data associated with the experiment for bounding managers of the security agents , wherein: the bounding managers are each configured to use a plurality of selectors to generate a set of a reporting recommendations regarding whether to send the event data from the security agents to the security network ; and the configuration data adds or adjusts at least one selector of the plurality of selectors of each of the bounding managers , to impact the set of reporting recommendations and change a type or amount of the event data that the security agents send to the security network during the experiment; and the bounding managers are each configured to use a plurality of selectors to generate a set of a reporting recommendations regarding whether to send the event data from the security agents to the security network ; and the configuration data adds or adjusts at least one selector of the plurality of selectors of each of the bounding managers , to impact the set of reporting recommendations and change a type or amount of the event data that the security agents send to the security network during the experiment; and sending, by the experimentation engine , the configuration data to the security agents executing on the plurality of client devices .
A resin composition for resin moldings, comprising: a first resin composition containing a first polyolefin, a polyamide, first carbon fibers having an average fiber length of 0.1 mm to 1 mm and a carboxylic anhydride-modified polyolefin as a compatibilizer; and a second resin composition containing a second polyolefin and second carbon fibers having an average fiber length of 6 mm to 20 mm, wherein of the whole quantity of the resin composition for resin moldings, taking the total contents of the first polyolefin and the second polyolefin as 100 parts by mass, a content of the polyamide accounts for 1 part by mass to 50 parts by mass, the total contents for the first carbon fiber and the second carbon fiber account for 1 part by mass to 50 parts by mass and a content of the compatibilizer accounts for 1 part by mass to 10 parts by mass. a first resin composition containing a first polyolefin, a polyamide, first carbon fibers having an average fiber length of 0.1 mm to 1 mm and a carboxylic anhydride-modified polyolefin as a compatibilizer; and a second resin composition containing a second polyolefin and second carbon fibers having an average fiber length of 6 mm to 20 mm, wherein of the whole quantity of the resin composition for resin moldings, taking the total contents of the first polyolefin and the second polyolefin as 100 parts by mass, a content of the polyamide accounts for 1 part by mass to 50 parts by mass, the total contents for the first carbon fiber and the second carbon fiber account for 1 part by mass to 50 parts by mass and a content of the compatibilizer accounts for 1 part by mass to 10 parts by mass.
An information transmission method, comprising: determining (S402), by a base station, that a receiving bandwidth of first User Equipment, UE, is smaller than a system bandwidth; and transmitting (S404), by the base station, downlink data to the first UE within the receiving bandwidth of the first UE according to a preset Radio Frame, RF, preset subframes and preset time-domain and frequency-domain resources, wherein a preset frequency-domain resources position comprises: a central frequency-domain position of the system bandwidth in at least one of subframes 0 and 5 and preset positions of the other subframes in subframe positions, wherein the preset positions are determined by the indication information or a preset frequency hopping pattern. determining (S402), by a base station, that a receiving bandwidth of first User Equipment, UE, is smaller than a system bandwidth; and transmitting (S404), by the base station, downlink data to the first UE within the receiving bandwidth of the first UE according to a preset Radio Frame, RF, preset subframes and preset time-domain and frequency-domain resources, wherein a preset frequency-domain resources position comprises: a central frequency-domain position of the system bandwidth in at least one of subframes 0 and 5 and preset positions of the other subframes in subframe positions, wherein the preset positions are determined by the indication information or a preset frequency hopping pattern.
Foot-covering garment comprising a heel portion , a toe portion , a middle portion located between the heel portion and the toe portion and an opening between said heel portion , said middle portion and said toe portion for the insertion of a user's foot, wherein the toe portion and the heel portion are aligned along a longitudinal direction and wherein, at said opening , the middle portion ends with at least one right or left edge, which garment is seamlessly knitted as a whole with at least one main thread, and the edge is a restraining edge comprising a plurality of elongated stitches , each elongated stitch having a longitudinal extension in the longitudinal direction corresponding to the total longitudinal extension in the longitudinal direction of at least two stitches of said at least one main thread in the remaining middle portion ; characterized in that the elongated stitches are of the at least one main thread of the foot-covering garment .