mhurhangee/ep-ind-claims huggingface dataset:
A lighting fixture for use in a lighting network with a plurality of lighting network elements comprising: • a light source; • at least one communication interface; and • circuitry adapted to: • receive a network formation message; • in response to receiving the network formation message, send a join my network message; • receive responses from responding lighting network elements; and • form the lighting network including the responding lighting network elements • characterized in that the circuitry is adapted to: • control the light source; and • assign itself as a coordinator for the lighting network based on the network formation message. • a light source; • at least one communication interface; and • circuitry adapted to: • receive a network formation message; • in response to receiving the network formation message, send a join my network message; • receive responses from responding lighting network elements; and • form the lighting network including the responding lighting network elements • receive a network formation message; • in response to receiving the network formation message, send a join my network message; • receive responses from responding lighting network elements; and • form the lighting network including the responding lighting network elements • characterized in that the circuitry is adapted to: • control the light source; and • assign itself as a coordinator for the lighting network based on the network formation message. • control the light source; and • assign itself as a coordinator for the lighting network based on the network formation message.
A packer swelling verification system, comprising: a swellable packer including a swellable material which swells in a well; and a well tool which is conveyed to the packer in the well, wherein the well tool includes a sensor which detects whether an electrical conductivity of a conductor of the packer is lost by detection of at least one electromagnetic characteristic of the conductor, whereby the well tool receives an indication of a degree of swelling of the swellable material. a swellable packer including a swellable material which swells in a well; and a well tool which is conveyed to the packer in the well, wherein the well tool includes a sensor which detects whether an electrical conductivity of a conductor of the packer is lost by detection of at least one electromagnetic characteristic of the conductor, whereby the well tool receives an indication of a degree of swelling of the swellable material.
A biaxially stretched polyester film for a protective material for protecting a back surface of photovoltaic cells comprising: - a laminated polyester film produced by co-extrusion, wherein the laminated polyester film comprises the below-mentioned polyester layer as at least one of outermost layers of the laminated polyester film and at least one below-mentioned polyester layer, wherein the laminated polyester film has a terminal carboxyl group content of not more than 26 equivalents/t: • Polyester layer: Layer formed of a polyester comprising an aromatic polyester as a main constitutional component and having a white pigment content of less than 8% by weight; and • Polyester layer: Layer formed of a polyester comprising an aromatic polyester as a main constitutional component and having a white pigment content of not less than 8% by weight; - a coating layer which is provided on at least one of the at least one outermost polyester layer and is formed of a polyurethane having at least one of a polycarbonate skeleton and a polyether skeleton, and a crosslinking agent; - a sealing resin for a photovoltaic cell adhered onto the coating layer. - a laminated polyester film produced by co-extrusion, wherein the laminated polyester film comprises the below-mentioned polyester layer as at least one of outermost layers of the laminated polyester film and at least one below-mentioned polyester layer, wherein the laminated polyester film has a terminal carboxyl group content of not more than 26 equivalents/t: • Polyester layer: Layer formed of a polyester comprising an aromatic polyester as a main constitutional component and having a white pigment content of less than 8% by weight; and • Polyester layer: Layer formed of a polyester comprising an aromatic polyester as a main constitutional component and having a white pigment content of not less than 8% by weight; • Polyester layer: Layer formed of a polyester comprising an aromatic polyester as a main constitutional component and having a white pigment content of less than 8% by weight; and • Polyester layer: Layer formed of a polyester comprising an aromatic polyester as a main constitutional component and having a white pigment content of not less than 8% by weight; - a coating layer which is provided on at least one of the at least one outermost polyester layer and is formed of a polyurethane having at least one of a polycarbonate skeleton and a polyether skeleton, and a crosslinking agent; - a sealing resin for a photovoltaic cell adhered onto the coating layer.
A one-component thermosetting epoxy resin composition comprising: - 20 - 55 weight-% of at least one epoxy resin A having on average more than one epoxide group per molecule; - 1 - 6 weight% of at least one latent hardener B for epoxy resins; - 0 - 3 weight-% of at least one accelerator C; - 10 - 50 weight-% of at least one impact modifier D; - 0.01 - 5 weight-% of at least one physical or chemical blowing agent E; - 2 - 35 weight-% of a fibrous anhydrous magnesium oxysulfate MOS; wherein the thermosetting epoxy resin composition preferably has a needle penetration value (in 0.1 mm) of 20-80 using a total load (weight of the needle and related parts) of 100 g for 5 second with a needle thickness of 1 mm at 23 °C. - 20 - 55 weight-% of at least one epoxy resin A having on average more than one epoxide group per molecule; - 1 - 6 weight% of at least one latent hardener B for epoxy resins; - 0 - 3 weight-% of at least one accelerator C; - 10 - 50 weight-% of at least one impact modifier D; - 0.01 - 5 weight-% of at least one physical or chemical blowing agent E; - 2 - 35 weight-% of a fibrous anhydrous magnesium oxysulfate MOS;
A composition comprising a supernatant of a fermented culture of the probiotic bacterium Lactobacillus paracasei CBA L74, International Depository Accession Number LMG P-24778, wherein all or substantially all of the Lactobacillus paracasei CBA L74 cells have been removed from the supernatant, wherein the supernatant comprises one or more sub-cellular bacterial components from Lactobacillus paracasei CBA L74..
Arrester comprising - a first electrode, a second electrode and a switching contact, wherein, in a first state, at least one electrode of the first and the second electrode (3, 4) is not electrically conductively connected to the switching contact and, in a second state, the at least one electrode is electrically conductively connected to the switching contact, - a discharge space between the first and the second electrode (3, 4), - a short-circuiting mechanism which, when triggered, short-circuits the first and the second electrode (3, 4) and switches the state, - a further discharge space which is provided in the arrester body between the switching contact and either the first or the second electrode (3, 4), wherein the further discharge space has a higher ignition voltage than the discharge space. - a first electrode, a second electrode and a switching contact, wherein, in a first state, at least one electrode of the first and the second electrode (3, 4) is not electrically conductively connected to the switching contact and, in a second state, the at least one electrode is electrically conductively connected to the switching contact, - a discharge space between the first and the second electrode (3, 4), - a short-circuiting mechanism which, when triggered, short-circuits the first and the second electrode (3, 4) and switches the state, - a further discharge space which is provided in the arrester body between the switching contact and either the first or the second electrode (3, 4), wherein the further discharge space has a higher ignition voltage than the discharge space.
A game board comprising: a field plate; a rod-shaped manipulation lever (130, 220) disposed under the field plate; and a player figure (160, 300) which is disposed above the field plate and make a play on a ball located on the field plate, wherein the field plate has a long through-hole, wherein the player figure (160, 300) is attached to the manipulation lever (130, 220) through the through-hole, wherein the player figure (160, 300) is movable above the field plate as the manipulation lever (130, 220) is moved in its axial direction, and is rotatable about a pivot portion of the player figure (160, 300) by a rotation manipulation on the manipulation lever (130, 220), characterised in that the field plate has, beside the through-hole, a ball holding portion to allow the ball to stay, and wherein part of the player figure (160, 300) is capable of coming into contact with the ball staying in the ball holding portion. a field plate; a rod-shaped manipulation lever (130, 220) disposed under the field plate; and a player figure (160, 300) which is disposed above the field plate and make a play on a ball located on the field plate, wherein the field plate has a long through-hole, wherein the player figure (160, 300) is attached to the manipulation lever (130, 220) through the through-hole, wherein the player figure (160, 300) is movable above the field plate as the manipulation lever (130, 220) is moved in its axial direction, and is rotatable about a pivot portion of the player figure (160, 300) by a rotation manipulation on the manipulation lever (130, 220), characterised in that the field plate has, beside the through-hole, a ball holding portion to allow the ball to stay, and wherein part of the player figure (160, 300) is capable of coming into contact with the ball staying in the ball holding portion.
A receiver circuit for an antenna array system, AAS, the receiver circuit comprising a set of receivers (15 1 -15 P), each receiver (15 1 -15 P) comprising - a first time-interleaved, TI, analog-to-digital converter, ADC, (35 1) in a receive path of the receiver, the first TI-ADC (35 1) comprising a plurality of sub ADCs (A 1 -A M + N); and - a control circuit configured to select which sub ADC (A 1 -A M + N) is to operate on what input sample based on a first selection sequence, being either a random or pseudo-random sequence, wherein the control circuits in the different receivers (15 1 -15 P) in said set of receivers (15 1 -15p) are configured to use different first selection sequences; and each receiver (15 1 -15 P) comprises a sequence generator circuit configured to generate the first sequence for that receiver (15 1 -15 P), wherein the sequence generator circuits in the different receivers (15 1 -15 P) in said set of receivers (15 1 -15 P) have different circuit structures, thereby providing different first selection sequences. - a first time-interleaved, TI, analog-to-digital converter, ADC, (35 1) in a receive path of the receiver, the first TI-ADC (35 1) comprising a plurality of sub ADCs (A 1 -A M + N); and - a control circuit configured to select which sub ADC (A 1 -A M + N) is to operate on what input sample based on a first selection sequence, being either a random or pseudo-random sequence, wherein the control circuits in the different receivers (15 1 -15 P) in said set of receivers (15 1 -15p) are configured to use different first selection sequences; and each receiver (15 1 -15 P) comprises a sequence generator circuit configured to generate the first sequence for that receiver (15 1 -15 P), wherein the sequence generator circuits in the different receivers (15 1 -15 P) in said set of receivers (15 1 -15 P) have different circuit structures, thereby providing different first selection sequences. the control circuits in the different receivers (15 1 -15 P) in said set of receivers (15 1 -15p) are configured to use different first selection sequences; and each receiver (15 1 -15 P) comprises a sequence generator circuit configured to generate the first sequence for that receiver (15 1 -15 P), wherein the sequence generator circuits in the different receivers (15 1 -15 P) in said set of receivers (15 1 -15 P) have different circuit structures, thereby providing different first selection sequences.
A method for managing network resources of a communication network, the method comprising: - determining a number of expected users to be physically present at a planned event, wherein the planned event is a physical event associated with a geographical location being under coverage of the communication network, wherein the expected users each are a physical person having access to a communication device that utilize the communication network provided by a network operator; - adapting (112, 215) an amount of available network resources for the network operator in conjunction with the planned event based on the number of expected users; - monitoring an actual data usage of each of the expected users during the planned event; - storing information pertaining to the actual data usage for each expected user; and - using (112, 215) the stored information pertaining to the actual data usage for each expected user when adapting available network resources for at least one future event. - determining a number of expected users to be physically present at a planned event, wherein the planned event is a physical event associated with a geographical location being under coverage of the communication network, wherein the expected users each are a physical person having access to a communication device that utilize the communication network provided by a network operator; - adapting (112, 215) an amount of available network resources for the network operator in conjunction with the planned event based on the number of expected users; - monitoring an actual data usage of each of the expected users during the planned event; - storing information pertaining to the actual data usage for each expected user; and - using (112, 215) the stored information pertaining to the actual data usage for each expected user when adapting available network resources for at least one future event.
A method for evaluating suitability of a test C1-containing substrate for use in a biological conversion process, the method comprising: (a) feeding a reference C1-containing substrate to a first bioreactor containing a first culture of a C1-fixing microorganism; (b) feeding the test C1-containing substrate to a second bioreactor containing a second culture of the C1-fixing microorganism wherein the test C1-containing substrate is an industrial C1-containing waste stream; and (c) analyzing both gaseous and liquid products of the first and second bioreactors to determine the performance of the first and second bioreactors; wherein the suitability of the test C1-containing substrate is established from a comparison of the performance of the first bioreactor, relative to the performance of the second bioreactor, and wherein the gas testing unit used for carrying out said method comprises said first bioreactor, said second bioreactor and an analytical section configured for analyzing said gaseous and liquid products, said gas testing unit being capable of being housed within a container having a volume of less than about 6 m 3 and transportable to multiple locations, and wherein the gas testing unit is capable of being housed within a box having length, width, and height dimensions of less than about 1.8 meters each. (a) feeding a reference C1-containing substrate to a first bioreactor containing a first culture of a C1-fixing microorganism; (b) feeding the test C1-containing substrate to a second bioreactor containing a second culture of the C1-fixing microorganism wherein the test C1-containing substrate is an industrial C1-containing waste stream; and (c) analyzing both gaseous and liquid products of the first and second bioreactors to determine the performance of the first and second bioreactors;
A light conversion device, comprising: a wavelength conversion element configured to absorb light of an excitation wavelength and generate light of an emission wavelength, the wavelength conversion element comprising an inorganic binder and a phosphor, wherein the inorganic binder comprises an inorganic material, a filler and a dispersant.
A mining system, comprising: a first tunnel that reaches a dump site and includes a first road surface; a second tunnel that crosses the first tunnel, reaches a mining site, and includes a second road surface; and a first type of moving vehicle that is capable of traveling on the first road surface, wherein the second road surface is positioned above the first road surface, wherein the mining system further comprises a frame that is provided above the first road surface of the first tunnel and that includes a lower surface forming a transport passage between the first road surface and the lower surface and an upper surface forming a work road surface, on which a loading machine operates, together with the second road surface, and wherein the first type of moving vehicle is capable of passing through the transport passage, characterized in that a frame transport vehicle that lifts and is capable of transporting the frame in the transport passage is provided as the first type of moving vehicle. a first tunnel that reaches a dump site and includes a first road surface; a second tunnel that crosses the first tunnel, reaches a mining site, and includes a second road surface; and a first type of moving vehicle that is capable of traveling on the first road surface, wherein the second road surface is positioned above the first road surface, wherein the mining system further comprises a frame that is provided above the first road surface of the first tunnel and that includes a lower surface forming a transport passage between the first road surface and the lower surface and an upper surface forming a work road surface, on which a loading machine operates, together with the second road surface, and wherein the first type of moving vehicle is capable of passing through the transport passage, characterized in that a frame transport vehicle that lifts and is capable of transporting the frame in the transport passage is provided as the first type of moving vehicle.
Method for adjusting a steering force assistance device of a front axle of a motor vehicle, preferably a commercial vehicle, comprising: detecting at least one pressure value of a rear axle air suspension system for level control of a rear axle of the motor vehicle; determining a first value, which relates to a load on the front axle of the motor vehicle, based on the detected at least one pressure value; and adjusting a basic setting of the steering force assisting device based on the determined first value; determining a second value, which relates to a current operation of the motor vehicle while the motor vehicle is being driven; and adjusting the basic setting of the steering force assisting device based on the determined second value, wherein the adjusting of the basic setting is only carried out temporarily: - until the determined second value relates to an current acceleration which is smaller than a predetermined positive acceleration limit value; and/or - until the determined second value relates to a current acceleration which is smaller than an absolute value of a predetermined negative acceleration limit value. detecting at least one pressure value of a rear axle air suspension system for level control of a rear axle of the motor vehicle; determining a first value, which relates to a load on the front axle of the motor vehicle, based on the detected at least one pressure value; and adjusting a basic setting of the steering force assisting device based on the determined first value; determining a second value, which relates to a current operation of the motor vehicle while the motor vehicle is being driven; and adjusting the basic setting of the steering force assisting device based on the determined second value, wherein the adjusting of the basic setting is only carried out temporarily: - until the determined second value relates to an current acceleration which is smaller than a predetermined positive acceleration limit value; and/or - until the determined second value relates to a current acceleration which is smaller than an absolute value of a predetermined negative acceleration limit value. - until the determined second value relates to an current acceleration which is smaller than a predetermined positive acceleration limit value; and/or - until the determined second value relates to a current acceleration which is smaller than an absolute value of a predetermined negative acceleration limit value.
A passenger security control installation intended to be installed between a receiving area and a security area of an airport terminal, the passengers being provided with personal effects to be checked, said installation comprising a set of transfer trays and a routing and control path of the transfer trays, said routing and control path having a receiving end located in said receiving area to allow each of said passengers to load at least one transfer tray containing his personal effects to be checked, and a security end located in said security area to allow each of said passengers to retrieve his controlled personal effects and to release said at least one transfer tray, said installation further comprising a return routing path of the trays to be able to route the released transfer trays, from said security end to said receiving end, and comprising a plurality of juxtaposed modules; characterised in that the return routing path extends below said routing and control path, and in that each of said modules includes, on the one hand, a U-shaped cradle defining a cradle mid-plane (Pm), oriented substantially perpendicular to the longitudinal drive direction of the transfer trays, from the receiving area to the security area, and on the other hand, an upper motorised roller table installed above a lower motorised roller table inside said U-shaped cradle in a direction substantially perpendicular to said cradle mid-plane.
A method for producing a hybrid PKS gene of a type 1 modular PKS or a hybrid modular NRPS gene in which one or more modules are deleted or inserted which comprises joining two sections of DNA encoding a PKS gene or part thereof which are non-contiguous in nature and creating the junction between said sections of DNA (a) within DNA encoding a KS domain so that two KS domains KS n and KS n+1 are joined at a position in a region within those residues of the amino acid sequences of said KS n and KS n+1 that are aligned with amino acids 199-342 of SEQ ID NO 37 as well as amino acids 203-346 of SEQ ID NO 38; or (b) within DNA encoding an AT domain so that two AT domains AT n and AT n+1 are joined at a position in a region within those residues of the amino acid sequences of said AT n and AT n+1 that are aligned with amino acids 5-246 of SEQ ID NO 85 or amino acids 5-269 of SEQ ID NO 86 or (c) in DNA encoding the inter-domain region before the ACP domain so that two pre-ACP domain regions pre-ACP n and pre-ACP n+1 are joined at a position in a region within those residues of the amino acid sequences of said pre-ACP n and pre-ACP n+1 domains that are aligned with amino acids 184-268 of SEQ ID NO 39, amino acids 184-269 of SEQ ID NO 40 and amino acids 184-270 of SEQ ID NO 41.