mhurhangee/patent-ind-claim-en huggingface dataset:
Child safety seat for attachment to a vehicle seat, in particular a motor vehicle seat, comprising a seat section and a backrest and also at least one rebound protection element which can assume a rest position and at least one functional position, wherein a distal end of the rebound protection element is shifted further outwards in the at least one functional position than in the rest position, wherein an actuation device is provided and is designed such that the rebound protection element is transferred from its rest position to the functional position when a limit value of an acceleration of the child safety seat is exceeded, wherein the rebound protection element in the functional position protrudes from a rear side of the backrest .
Gas distributor device for an atmospheric gas burner, comprising a distributor housing with a gas supply port and at least one injector that is formed in a front wall of the distributor housing and connected to the gas supply port via a gas supply duct , wherein the injector is in the form of a coaxial injector with a central air outlet opening and a coaxial gas outlet opening surrounding the central air outlet opening , characterized in that the distributor housing comprises a rear wall , opposite the front wall , with a bulge projecting into an opening of the front wall , wherein the central air outlet opening is formed in a bottom region of the bulge , and wherein the gas outlet opening is formed by an annular gap arranged between the bulge and the opening of the front wall .
Heat-insulated, in particular cuboid housing for an air conditioning unit , comprising - a plurality of frame posts which are interconnected to form a housing frame , and - a plurality of heat-insulated housing walls that are surrounded by the housing frame , - wherein the frame posts consist of plastics extrusion profiles , and at least one plastics extrusion profile comprises a plurality of reinforcement inserts that are preferably extruded in a fully enclosing manner, and - wherein at least one reinforcement layer consists of metal, characterised in that - at least one further reinforcement insert consists of a fibre-matrix semi-finished product that is formed as an organic sheet and comprises a plastics matrix in which preferably endless reinforcing fibres are integrated, - the housing walls comprise internal and/or external walling made of aluminium, and - the reinforced plastics extrusion profile has a coefficient of thermal expansion α P = 15 ÷ 35 · 10 -6 / K. - a plurality of frame posts which are interconnected to form a housing frame , and - a plurality of heat-insulated housing walls that are surrounded by the housing frame , - wherein the frame posts consist of plastics extrusion profiles , and at least one plastics extrusion profile comprises a plurality of reinforcement inserts that are preferably extruded in a fully enclosing manner, and - wherein at least one reinforcement layer consists of metal, characterised in that - at least one further reinforcement insert consists of a fibre-matrix semi-finished product that is formed as an organic sheet and comprises a plastics matrix in which preferably endless reinforcing fibres are integrated, - the housing walls comprise internal and/or external walling made of aluminium, and - the reinforced plastics extrusion profile has a coefficient of thermal expansion α P = 15 ÷ 35 · 10 -6 / K.
A stationary exercise machine comprising: a frame ; a crankshaft connected to the frame and rotatable about a crank axis (A); a lower moment-producing mechanism operatively connected to the crankshaft and including at least one crank arm rigidly coupled to the crankshaft to cause rotation of the crankshaft responsive to rotation of the crank arm; an upper moment-producing mechanism operatively connected to the crankshaft and including at least one link coupled to the crankshaft to cause rotation of the crankshaft responsive to rotation of the link, characterised in that the at least one link is resiliently coupled to the at least one crank arm; and a measurement apparatus comprising an optical sensing component and a pair of code wheels including a first code wheel and a second code wheel rotatable about the crank axis, wherein the first code wheel is coupled to the lower moment-producing mechanism and the second code wheel is coupled to the upper moment producing mechanism respectively, wherein the first and second code wheels are movably coupled to one another, and wherein the optical sensing component is operable to detect a relative displacement between the first and second code wheels. a frame ; a crankshaft connected to the frame and rotatable about a crank axis (A); a lower moment-producing mechanism operatively connected to the crankshaft and including at least one crank arm rigidly coupled to the crankshaft to cause rotation of the crankshaft responsive to rotation of the crank arm; an upper moment-producing mechanism operatively connected to the crankshaft and including at least one link coupled to the crankshaft to cause rotation of the crankshaft responsive to rotation of the link, characterised in that the at least one link is resiliently coupled to the at least one crank arm; and a measurement apparatus comprising an optical sensing component and a pair of code wheels including a first code wheel and a second code wheel rotatable about the crank axis, wherein the first code wheel is coupled to the lower moment-producing mechanism and the second code wheel is coupled to the upper moment producing mechanism respectively, wherein the first and second code wheels are movably coupled to one another, and wherein the optical sensing component is operable to detect a relative displacement between the first and second code wheels.
Hydraulic system for a hot drinks machine , comprising: a boiler for preparing hot water from an internal tank of the boiler , a cold water inlet of the boiler being provided for connection to a water supply; at least one flow heater arranged physically separately from the boiler , a hot water inlet of the flow heater being connected to a water outlet of the boiler and a hot water outlet of the flow heater being provided for connection to a drinks output of the hot drinks machine , hot water which flows out of the flow heater being provided for preparing various hot drinks which can be outputted by the drinks output , including at least tea and coffee; and a control device configured to actuate the flow heater variably so as to regulate a temperature of the hot water in a manner adapted to a preparation temperature (Tzb) predetermined for preparing each of the various hot drinks, this being a predetermined first preparation temperature if tea is being prepared and a predetermined second preparation temperature if coffee is being prepared; characterised in that the control device is configured to activate the flow heater and/or to deactivate the flow heater at a zero of a sinusoidal supply voltage. a boiler for preparing hot water from an internal tank of the boiler , a cold water inlet of the boiler being provided for connection to a water supply; at least one flow heater arranged physically separately from the boiler , a hot water inlet of the flow heater being connected to a water outlet of the boiler and a hot water outlet of the flow heater being provided for connection to a drinks output of the hot drinks machine , hot water which flows out of the flow heater being provided for preparing various hot drinks which can be outputted by the drinks output , including at least tea and coffee; and a control device configured to actuate the flow heater variably so as to regulate a temperature of the hot water in a manner adapted to a preparation temperature (Tzb) predetermined for preparing each of the various hot drinks, this being a predetermined first preparation temperature if tea is being prepared and a predetermined second preparation temperature if coffee is being prepared; characterised in that the control device is configured to activate the flow heater and/or to deactivate the flow heater at a zero of a sinusoidal supply voltage.
A mobile apparatus for trenching a pipeline laid under water, the mobile apparatus including: a mobile base station , and a soil breaker in the form of a tracked vehicle, the soil breaker including moving parts for breaking up soil adjacent to the pipeline with a mechanical action, the soil breaker being connected to the mobile base station by an umbilical connection arranged to allow the soil breaker to move relative to the mobile base station , the umbilical connection providing a path for control signals from the mobile base station to the soil breaker, one or more dredging units connected to the mobile base station , the dredging units being arranged to remove soil broken up by the moving parts of the soil breaker from under the pipeline and convey away the broken up soil mixed with water to form a trench, and a backfilling unit connected to the mobile base station for receiving soil removed by the one or more dredging units and conveying the soil into the trench to cover over the pipeline ; wherein the soil breaker, the one or more dredging units and the back filling unit are each individually deployable from the mobile base station and are longitudinally spaced along the pipeline . a mobile base station , and a soil breaker in the form of a tracked vehicle, the soil breaker including moving parts for breaking up soil adjacent to the pipeline with a mechanical action, the soil breaker being connected to the mobile base station by an umbilical connection arranged to allow the soil breaker to move relative to the mobile base station , the umbilical connection providing a path for control signals from the mobile base station to the soil breaker, one or more dredging units connected to the mobile base station , the dredging units being arranged to remove soil broken up by the moving parts of the soil breaker from under the pipeline and convey away the broken up soil mixed with water to form a trench, and a backfilling unit connected to the mobile base station for receiving soil removed by the one or more dredging units and conveying the soil into the trench to cover over the pipeline ; wherein the soil breaker, the one or more dredging units and the back filling unit are each individually deployable from the mobile base station and are longitudinally spaced along the pipeline .
A lamp device, comprising: a lamp cap having a central pin for providing an electrical connection to the lamp device; and a printed circuit board at least partially located within the lamp cap, wherein a lamp driver is mounted on the printed circuit board; wherein a bottom edge of said printed circuit board includes a notch to receive the central pin, wherein the notch comprises a first contact electrically contacting said central pin; wherein a side edge of said printed circuit board comprises a second contact in electrical contact with a side wall of the lamp cap , wherein the side edge comprises a pattern of protrusions that at least partially matches a thread of the lamp cap , characterized in that the second contact of the side edge is electrically connected to the side wall of the lamp cap only if the pattern of protrusions of the side edge is rotated relative to the thread of the lamp cap to a predetermined position. a lamp cap having a central pin for providing an electrical connection to the lamp device; and a printed circuit board at least partially located within the lamp cap, wherein a lamp driver is mounted on the printed circuit board; wherein a bottom edge of said printed circuit board includes a notch to receive the central pin, wherein the notch comprises a first contact electrically contacting said central pin; wherein a side edge of said printed circuit board comprises a second contact in electrical contact with a side wall of the lamp cap , wherein the side edge comprises a pattern of protrusions that at least partially matches a thread of the lamp cap , characterized in that the second contact of the side edge is electrically connected to the side wall of the lamp cap only if the pattern of protrusions of the side edge is rotated relative to the thread of the lamp cap to a predetermined position.
A method for the acoustic leak detection in a district heating supply network , in which a heat transfer medium is circulated between a combined heat and power plant and points of use , wherein points of use have heat meters with integrated ultrasonic flow meters, wherein the ultrasonic flow meters can be operated in a leak detection mode for the acoustic leak detection, characterized in that the acoustic signals detected in the leak detection mode are filtered to eliminate pump noises, wherein at least one pump for the detection of the acoustic signals created during the operation of said pump is controlled, wherein the signal detected on the ultrasonic flow meter side is used to filter out this pump noise.
A computer-implemented method of stratifying a population of patients into disease endotypes, the method comprising: encoding , using an autoencoder trained to reconstruct input data at an output , data relating to the patients as latent variables, wherein the latent variables comprise lower dimensional representations of the data relating to the patients in an intermediate layer of the autoencoder , the latent variables representing different groupings of related biological features; determining one or more importance measures of the latent variables, wherein the determining comprises encoding, using the autoencoder, the data relating to the patients a plurality of times and determining an extent of recurrence of the latent variables; prioritising the latent variables using the importance measures, the prioritising comprising ranking the latent variables from most important to least important for the disease; interpreting one or more of the latent variables above a priority threshold, wherein the interpreting comprises identifying genes that the latent variable encodes and identifying pathological gene expression patterns that the latent variables represent by applying gene enrichment analysis ; and identifying a disease endotype that is represented by one or more of the interpreted latent variables, wherein the identifying comprises identifying a biological process underlying the disease using a gene expression pattern encoded in the one or more latent variables. encoding , using an autoencoder trained to reconstruct input data at an output , data relating to the patients as latent variables, wherein the latent variables comprise lower dimensional representations of the data relating to the patients in an intermediate layer of the autoencoder , the latent variables representing different groupings of related biological features; determining one or more importance measures of the latent variables, wherein the determining comprises encoding, using the autoencoder, the data relating to the patients a plurality of times and determining an extent of recurrence of the latent variables; prioritising the latent variables using the importance measures, the prioritising comprising ranking the latent variables from most important to least important for the disease; interpreting one or more of the latent variables above a priority threshold, wherein the interpreting comprises identifying genes that the latent variable encodes and identifying pathological gene expression patterns that the latent variables represent by applying gene enrichment analysis ; and identifying a disease endotype that is represented by one or more of the interpreted latent variables, wherein the identifying comprises identifying a biological process underlying the disease using a gene expression pattern encoded in the one or more latent variables.
A process for producing a flame lamination polyurethane foam slabstock comprising reacting a composition comprising: (a) a polyether polyol containing a functionality of 2 to 6 and a number average molecular weight of 1,000 to 10,000 g/mole; (b) a polyisocyanate; (c) at least one catalyst for the production of a polyurethane foam; (d) a flame lamination additive; (e) a flame retardant additive; (f) at least one blowing agent comprising water; and (g) a silicone surfactant comprising silicone-containing polymer of the formula: MD x D' y M wherein M is (CH 3 ) 3 SiO 1⁄2 -; D is -O 1⁄2 Si(CH 3 ) 2 O 1⁄2 -; D' is -O 1⁄2 Si(CH 3 )R'O 1⁄2 -; x is 40 to 150; y is 5 to 40; x/y ≦ 7; R' is an acetoxy capped polyether; and the surfactant comprises at least two D' units having different acetoxy capped polyethers from one another, the acetoxy capped polyether groups having with 0 mole percent of the branches being ≧ 75% by weight ethylene oxide content; the surfactant having a target average molecular weight of 18,000 to 35,000 Daltons. (a) a polyether polyol containing a functionality of 2 to 6 and a number average molecular weight of 1,000 to 10,000 g/mole; (b) a polyisocyanate; (c) at least one catalyst for the production of a polyurethane foam; (d) a flame lamination additive; (e) a flame retardant additive; (f) at least one blowing agent comprising water; and (g) a silicone surfactant comprising silicone-containing polymer of the formula: MD x D' y M wherein M is (CH 3 ) 3 SiO 1⁄2 -; D is -O 1⁄2 Si(CH 3 ) 2 O 1⁄2 -; D' is -O 1⁄2 Si(CH 3 )R'O 1⁄2 -; x is 40 to 150; y is 5 to 40; x/y ≦ 7; R' is an acetoxy capped polyether; and the surfactant comprises at least two D' units having different acetoxy capped polyethers from one another, the acetoxy capped polyether groups having with 0 mole percent of the branches being ≧ 75% by weight ethylene oxide content; the surfactant having a target average molecular weight of 18,000 to 35,000 Daltons.
A method for determining parameters of an object with respect to an observation point, comprising: transmitting electromagnetic signals from the observation point, said electromagnetic signals being defined by a plurality of sections, a first section of the electromagnetic signals comprising a continuous-wave, CW, electromagnetic signal, a second section of the electromagnetic signals comprising a chirp electromagnetic signal, the chirp electromagnetic signal comprising a plurality of subsections divided in time; detecting reflected signals at a detector , the reflected signals being the transmitted electromagnetic signals reflected from the object, the reflected signals comprising a reflected CW signal being the CW electromagnetic signal reflected from the object and a reflected chirp signal being the chirp electromagnetic signal reflected from the object, said detecting reflected signals comprising: (i) generating a plurality of samples of the reflected CW signal, and (ii) generating a plurality of samples of the reflected chirp signal; determining a velocity value of the object from the reflected CW signal; determining a first set of phase differences, with respect to the chirp signal, from Doppler velocities among the plurality of samples of the reflected CW signal; determining a second set of phase differences between a chirp A and chirp B, which are identical frequency-stepped chirps that are separated in time, among the plurality of samples of the reflected chirp signal; and processing the first and second sets of phase differences to determine the distance and relative speed of the object. transmitting electromagnetic signals from the observation point, said electromagnetic signals being defined by a plurality of sections, a first section of the electromagnetic signals comprising a continuous-wave, CW, electromagnetic signal, a second section of the electromagnetic signals comprising a chirp electromagnetic signal, the chirp electromagnetic signal comprising a plurality of subsections divided in time; detecting reflected signals at a detector , the reflected signals being the transmitted electromagnetic signals reflected from the object, the reflected signals comprising a reflected CW signal being the CW electromagnetic signal reflected from the object and a reflected chirp signal being the chirp electromagnetic signal reflected from the object, said detecting reflected signals comprising: (i) generating a plurality of samples of the reflected CW signal, and (ii) generating a plurality of samples of the reflected chirp signal; determining a velocity value of the object from the reflected CW signal; determining a first set of phase differences, with respect to the chirp signal, from Doppler velocities among the plurality of samples of the reflected CW signal; determining a second set of phase differences between a chirp A and chirp B, which are identical frequency-stepped chirps that are separated in time, among the plurality of samples of the reflected chirp signal; and processing the first and second sets of phase differences to determine the distance and relative speed of the object.
A two-part tapered thread nut assembly for use with either a stud or a bolt of a threaded fastener and a torque device including: a rigid inner member , either superficially, partially, selectively or thoroughly metallurgically hardened, having: an inner surface threadedly engagable with the fastener; an outer surface defined by a thread formation that forms a taper; an outer member having an inner surface defined by : an inversely tapered thread formation that is threadedly engagable with the tapered thread formation of the outer surface of the inner member ; and wherein the two-part nut assembly , when rotated by an action portion of the torque device, applies a load to the threaded fastener, wherein the thread formation of the outer surface of the inner member and the inversely tapered thread formation of the inner surface of the outer member are formed of a thread direction different from that of a thread formation of the inner surface of the inner member and a thread formation of the fastener such that during installation, the outer member and the inner member and the fastener are loaded with substantially similar torque. a rigid inner member , either superficially, partially, selectively or thoroughly metallurgically hardened, having: an inner surface threadedly engagable with the fastener; an outer surface defined by a thread formation that forms a taper; an inner surface threadedly engagable with the fastener; an outer surface defined by a thread formation that forms a taper; an outer member having an inner surface defined by : an inversely tapered thread formation that is threadedly engagable with the tapered thread formation of the outer surface of the inner member ; and wherein the two-part nut assembly , when rotated by an action portion of the torque device, applies a load to the threaded fastener, wherein the thread formation of the outer surface of the inner member and the inversely tapered thread formation of the inner surface of the outer member are formed of a thread direction different from that of a thread formation of the inner surface of the inner member and a thread formation of the fastener such that during installation, the outer member and the inner member and the fastener are loaded with substantially similar torque. an inversely tapered thread formation that is threadedly engagable with the tapered thread formation of the outer surface of the inner member ; and wherein the two-part nut assembly , when rotated by an action portion of the torque device, applies a load to the threaded fastener, wherein the thread formation of the outer surface of the inner member and the inversely tapered thread formation of the inner surface of the outer member are formed of a thread direction different from that of a thread formation of the inner surface of the inner member and a thread formation of the fastener such that during installation, the outer member and the inner member and the fastener are loaded with substantially similar torque.