mhurhangee/ep-ind-claims huggingface dataset:
A phosphor expressed by a composition formula of MmAaBbOoNn:Z wherein an element M is one or more bivalent elements, an element A is a trivalent element, an element B is a tetravalent element, O is oxygen, N is nitrogen, an element Z is an activator, n=2/3 m+a+4/3b-2/3o, m/(a+b) ≥ 1/2, (o+n)/(a+b) > 4/3, m=a=b=1, o and n are not 0, 0<o≤m, wherein the element M is partially replaced by the activator element Z, wherein the mole amount m of the element M includes the doping amount z of the activator element Z, wherein the mole ratio of the doping amount z of the activator element Z to the mole amount of the element M meets the requirement 0.0001≤z/m≤0.5, and wherein the element M is one or more kinds of elements selected from Mg, Ca, Sr, Ba, and Zn, the element A is Al, and the element B is Si, and the element Z is Eu.
Fuel-fired or fuel-gas-fired heating system with a burner, a primary heat exchanger for cooling the exhaust gases of the burner, a forward run pipe and a backward run pipe, an exhaust pipe, a service water supply pipe, a service water bleed pipe and an exhaust gas discharge line in connection with a plate heat exchanger with parallel plates for heat exchange via the plates between media flowing in the interspaces, wherein the plate heat exchanger comprises at least two partial heat exchangers (11, 12) disposed adjacently, wherein the first partial heat exchanger of the plate heat exchanger with respect to the first medium emitting heat is connected via the exhaust pipe with the primary heat exchanger and the exhaust gas discharge line and the second partial heat exchanger of the plate heat exchanger with respect to the second medium emitting heat is connected with the forward run pipe and the backward run pipe, the first partial heat exchanger of the plate heat exchanger with respect to the medium absorbing heat is connected with the service water supply pipe and the second partial heat exchanger of the plate heat exchanger with respect to the medium absorbing heat is connected with the service water bleed pipe, characterised in that the first interspaces between the plates of the first partial heat exchanger for the throughflow of a first medium emitting heat and the third interspaces between the plates of the first partial heat exchanger for the throughflow of a first medium absorbing heat are disposed alternately, the second interspaces between the plates of the second partial heat exchanger for the throughflow of a second medium emitting heat and the third interspaces between the plates of the second partial heat exchanger for the throughflow of the medium absorbing heat are disposed alternately, wherein the third interspaces between the plates of the first partial heat exchanger for the throughflow of the medium absorbing heat are connected hydraulically with the interspaces between the plates of the second partial heat exchanger for the throughflow of the medium absorbing heat, and the third interspaces between the plates of the first partial heat exchanger of the medium absorbing heat are connected with the third interspaces between the plates of the second partial heat exchanger of the medium absorbing heat.
A method, performed by a first client device having one or more processors and memory storing instructions for execution by the one or more processors, the method comprising: receiving, from a second client device that is distinct from the first client device, a request to stream a media item from a first position within the media item, wherein content corresponding to the media item includes samples identified in a container file that is associated with the media item; obtaining, independently of the container file, from a first server, a seektable that is not included with the container file and that identifies a plurality of segments into which content corresponding to the media item is divided, wherein each segment of the plurality of segments includes multiple samples, the seektable has a lower resolution than metadata that is associated with the container file, and the seektable is smaller in file size than the metadata; consulting the seektable to determine a segment of the media item to retrieve in response to the request, the segment including content at the first position; after consulting the seektable, retrieving, from a second server, the segment of the media item; and playing the content corresponding to the first position using the retrieved segment. receiving, from a second client device that is distinct from the first client device, a request to stream a media item from a first position within the media item, wherein content corresponding to the media item includes samples identified in a container file that is associated with the media item; obtaining, independently of the container file, from a first server, a seektable that is not included with the container file and that identifies a plurality of segments into which content corresponding to the media item is divided, wherein each segment of the plurality of segments includes multiple samples, the seektable has a lower resolution than metadata that is associated with the container file, and the seektable is smaller in file size than the metadata; consulting the seektable to determine a segment of the media item to retrieve in response to the request, the segment including content at the first position; after consulting the seektable, retrieving, from a second server, the segment of the media item; and playing the content corresponding to the first position using the retrieved segment.
A process for the preparation of glycolic acid, comprising feeding carbon monoxide, aqueous formaldehyde, and a recycle dehydration stream to a hydrocarboxylation reaction zone to produce an effluent comprising glycolic acid, glycolic acid oligomers, and water; dehydrating said effluent to produce a first dehydration stream having a higher degree of polymerization (Dp) than said effluent and a water stream; and splitting said first dehydration stream into said recycle dehydration stream of step and an intermediate stream. feeding carbon monoxide, aqueous formaldehyde, and a recycle dehydration stream to a hydrocarboxylation reaction zone to produce an effluent comprising glycolic acid, glycolic acid oligomers, and water; dehydrating said effluent to produce a first dehydration stream having a higher degree of polymerization (Dp) than said effluent and a water stream; and splitting said first dehydration stream into said recycle dehydration stream of step and an intermediate stream.
A continuous method for the production of a high-strength regenerated cellulose filament by spinning a viscose containing 4 to 8 % cellulose, 5 to 10 % NaOH, 36 to 42 % (in relation to cellulose) carbon disulphide and 1 to 5 % (in relation to cellulose) of a modifier into a precipitation bath, withdrawing the coagulated filaments, a viscose being used of which the spinning gamma value is 50 to 68, and of which the spinning viscosity is 50 to 150 falling ball seconds; and the temperature of the precipitation bath being 34 to 65°, a) the alkali ratio (= cellulose concentration/alkali content) of the ready-to-spin viscose being 0.7 to 1.5, b) the following precipitation bath concentrations being used: - H 2 SO 4 68-95 g/l - Na 2 SO 4 90-160 g/l - ZnSO 4 30-65 g/l c) the final withdrawal from the precipitation bath and the reeling up taking place at a speed of between 15 and 180 m/min, characterised in that d) the filaments coagulated in the precipitation bath are then passed through a second bath, the second bath containing aqueous sulphuric acid, 3-7 % by weight, at a temperature of 80-98°C. a) the alkali ratio (= cellulose concentration/alkali content) of the ready-to-spin viscose being 0.7 to 1.5, b) the following precipitation bath concentrations being used: - H 2 SO 4 68-95 g/l - Na 2 SO 4 90-160 g/l - ZnSO 4 30-65 g/l - H 2 SO 4 68-95 g/l - Na 2 SO 4 90-160 g/l - ZnSO 4 30-65 g/l c) the final withdrawal from the precipitation bath and the reeling up taking place at a speed of between 15 and 180 m/min, d) the filaments coagulated in the precipitation bath are then passed through a second bath, the second bath containing aqueous sulphuric acid, 3-7 % by weight, at a temperature of 80-98°C.
Fluid dispensing unit for a manual metering device, in particular for a pipette, with a receiving space in which a shifting means can be displaced in order to pick up or to dispense a fluid, in particular a liquid, with the fluid dispensing unit, with a stem and with a head part, wherein the receiving space is connected via a dispensing channel formed in the stem to a dispensing opening formed at a free end of the stem, wherein the head part is arranged at a head end of the fluid dispensing unit, said head end lying opposite the free end of the stem, and wherein the head part has a covering cap which can be removed from the head part and with which at least one element of the fluid dispensing unit, said element being arranged in the head part, can be covered or is covered, characterized in that the covering cap is fastened to the head part by means of a releasable snap connection, wherein at least one latching projection and/or at least one latching depression of the snap connection has at least one oblique surface which is oriented in such a manner that the snap connection can be released by rotation of the covering cap relative to the head part.
A method of evaluating a battery state comprising collecting, at a sampling interval, samples of a magnitude of a current discharged from a battery powering an electric load during a discharge event; characterised by: sorting the collected samples into bins, each bin with a value based on the magnitude of the current sampled; integrating, for each bin, the current samples in that bin to create a battery use estimate based on a number of samples sorted into the bin, the value of the bin, and the sampling interval; determining, for each bin, a fractional depletion contribution of the battery based on the battery use estimate and a lifetime expected estimate for that bin; and generating a depletion estimate associated with the state of the battery based upon an accumulation of the fractional depletion contributions. sorting the collected samples into bins, each bin with a value based on the magnitude of the current sampled; integrating, for each bin, the current samples in that bin to create a battery use estimate based on a number of samples sorted into the bin, the value of the bin, and the sampling interval; determining, for each bin, a fractional depletion contribution of the battery based on the battery use estimate and a lifetime expected estimate for that bin; and generating a depletion estimate associated with the state of the battery based upon an accumulation of the fractional depletion contributions.
Adapter, which is designed for mounting at least one additional device on a self-loading firearm, extends in the longitudinal direction of the firearm, and has a section on the barrel side and a section on the housing side, characterized in that: - it can be attached to a holding device (79, 89) on the barrel with its barrel-side section, and - it can be mounted longitudinally movably on the housing with its housing-side section by means of a longitudinally movable guide (96, 97, 109; 177, 179, 181). - it can be attached to a holding device (79, 89) on the barrel with its barrel-side section, and - it can be mounted longitudinally movably on the housing with its housing-side section by means of a longitudinally movable guide (96, 97, 109; 177, 179, 181).
A combustion heat generator comprising: a plate-shaped housing having a combustion space therein and two-dimensional flow is possible; an oxidant injector provided on a first position of the housing and forming a first circulation region by inputting an oxidant to an outer periphery of an inner side of the combustion space through an oxidant injection nozzle and circulating the oxidant; a gas ejector provided on a second position of the housing and discharging a portion of gas circulating in the combustion space; and a fuel feeder installed to a central position of the housing so that a front end of a fuel injection nozzle is extended into the housing and positioned in a second circulation region formed in a center of the combustion space by circulation of an oxidant in the first circulation region to inject fuel into the second circulation region, wherein the first position and the second position are formed on the same side of the housing respectively, wherein space combustion is generated in the combustion space based on the second circulation region and the fuel injected into the second circulation region is turned while being gradually mixed with the oxidant circulating along the first circulation region. a plate-shaped housing having a combustion space therein and two-dimensional flow is possible; an oxidant injector provided on a first position of the housing and forming a first circulation region by inputting an oxidant to an outer periphery of an inner side of the combustion space through an oxidant injection nozzle and circulating the oxidant; a gas ejector provided on a second position of the housing and discharging a portion of gas circulating in the combustion space; and a fuel feeder installed to a central position of the housing so that a front end of a fuel injection nozzle is extended into the housing and positioned in a second circulation region formed in a center of the combustion space by circulation of an oxidant in the first circulation region to inject fuel into the second circulation region, wherein the first position and the second position are formed on the same side of the housing respectively, wherein space combustion is generated in the combustion space based on the second circulation region and the fuel injected into the second circulation region is turned while being gradually mixed with the oxidant circulating along the first circulation region.
A length adjustment arrangement comprising - at least a first, a second, a third and a fourth scaffolding frame, - a first scaffolding floor, - a second scaffolding floor, - a length adjustment element, - a guardrail element and - a scaffolding coupling, wherein the first scaffolding floor is fixedly, but detachably, connected to the first and the second scaffolding frames, and is arranged between these scaffolding frames (1, 2), wherein the second scaffolding floor is fixedly, but detachably, connected to the third and the fourth scaffolding frames, and is arranged between these scaffolding frames (3, 4), wherein the first scaffolding floor is arranged in the vertical direction above the second scaffolding floor, wherein the length adjustment element bridges a gap formed between the two scaffolding floors (5, 6) that are spaced apart from one another, characterised in that, the length adjustment element has a first end-face closure profile assigned to the first scaffolding floor, a second end-face closure profile assigned to the second scaffolding floor, and two lateral closure profiles (10, 11) connecting the two end-face closure profiles (8, 9), wherein the two end-face closure profiles (8, 9) and the two lateral closure profiles (10, 11) are connected to each other by a surface, wherein the first end-face closure profile is equipped with at least two mounting claws (13, 14), or two mounting apertures, for a fixed, but detachable, connection to the second scaffolding frame, wherein the second end-face closure profile is triangular in design in the cross-section at right angles to a plane formed by the surface, wherein the length adjustment element is arranged in the region of its second end-face closure profile, and at least in a subsection of its surface adjacent to the second end-face closure profile, so as to overlap with the second scaffolding floor, wherein the guardrail element has at least one upper guardrail strap, wherein the upper guardrail strap is fitted with at least one attachment element for attachment to the second scaffolding frame, wherein the guardrail element further comprises a guardrail bracket, essentially U-shaped in design, wherein the two ends of the guardrail bracket, U-shaped in design, are connected to one another by the upper guardrail strap, wherein the upper guardrail strap is of tubular design and has an outer diameter of between 45 mm and 55 mm, and wherein the scaffolding coupling fixedly, but detachably, connects the upper guardrail strap to the third scaffolding frame. - at least a first, a second, a third and a fourth scaffolding frame, - a first scaffolding floor, - a second scaffolding floor, - a length adjustment element, - a guardrail element and - a scaffolding coupling,
An image reconstruction method comprising: • receiving a set of waveforms as measurements y from an object of interest; • defining a measurement model H linking an unknown image x of the object to the measurements y; • determining a data fidelity functional D using the measurement model, the data fidelity functional measuring a distance between H ( x) and the measurements y; • determining a regularisation functional using a trained non-linear mapping f θ, the mapping being non-linear with respect to its input data, the regularisation functional comprising prior knowledge about the unknown image; • defining an optimisation problem involving the data fidelity functional and the regularisation functional for obtaining a first image estimate x̂ of the unknown image; and • solving the optimisation problem to obtain the first image estimate x̂. • receiving a set of waveforms as measurements y from an object of interest; • defining a measurement model H linking an unknown image x of the object to the measurements y; • determining a data fidelity functional D using the measurement model, the data fidelity functional measuring a distance between H ( x) and the measurements y; • determining a regularisation functional using a trained non-linear mapping f θ, the mapping being non-linear with respect to its input data, the regularisation functional comprising prior knowledge about the unknown image; • defining an optimisation problem involving the data fidelity functional and the regularisation functional for obtaining a first image estimate x̂ of the unknown image; and • solving the optimisation problem to obtain the first image estimate x̂.
Underlying structure for a motor vehicle, the underlying structure comprising, one floor, and at least two longitudinal lengths arranged respectively at each longitudinal edge of the floor; the floor is divided into at least one front unit; and a rear unit attached to a cross-section heel board; the base structure is characterized in that it also includes at least one side reinforcement piece (26, 38) which includes at least one elongated body extending from the heel board to the nearest longeron; the side reinforcement part is fixed on the heel board and on the front unit of the floor or on a longeron at the front unit of the floor.
Device for removing contaminated materials from a wall, the device comprising - suction plates which fix a support system of the device to the wall by means of a negative pressure, and - a rotating tool which has impact cutters in the circumferential direction, characterised in that disc-like saw blades spaced from one another are arranged in a second rotating tool upstream of the rotating tool in the working direction. - suction plates which fix a support system of the device to the wall by means of a negative pressure, and - a rotating tool which has impact cutters in the circumferential direction,
Method performed by a base station for transmitting system information to a user equipment, the user equipment being a limited-bandwidth device, camping on the base station, and operating in idle mode, wherein the system information are divided in a plurality of system information blocks (M-SIB), which are at least once transmitted during one broadcast channel modification period, wherein at least one system information block (M-SIB1) further comprises a broadcast channel change notification tag indicating if compared to the previous transmission of the system information a change on the system information has happened, and an element indicating in which system information block a content change has happened, wherein the M-SIB1 is the system information block of the plurality of system information blocks with the smallest size.
A basal body temperature measuring device (10, 10', 10A, 10B) for measuring a basal body temperature in attachment to a body of a user for a sleeping period, the device comprising: a temperature sensor for measuring a temperature of the body; a movement detecting sensor for detecting a movement of the body; an information recording unit (13, 13A) for recording, in a storage medium, body temperature information to be measured by the temperature sensor in association with movement information to be detected by the movement detecting sensor; and a basal body temperature specifying unit for analyzing the movement information recorded in the storage medium configured to detect a waking time of the user, characterized in that the basal body temperature specifying unit is configured to specify, as the basal body temperature, body temperature information measured immediately before the waking time. a temperature sensor for measuring a temperature of the body; a movement detecting sensor for detecting a movement of the body; an information recording unit (13, 13A) for recording, in a storage medium, body temperature information to be measured by the temperature sensor in association with movement information to be detected by the movement detecting sensor; and a basal body temperature specifying unit for analyzing the movement information recorded in the storage medium configured to detect a waking time of the user, characterized in that the basal body temperature specifying unit is configured to specify, as the basal body temperature, body temperature information measured immediately before the waking time.
Device for displaying a large date for watch movement comprising a first mobile for displaying units and a second mobile for displaying tens, with said first and second mobiles (M1, M2) being arranged to display the values of the date using a combination of indications borne by said first mobile and of indications borne by said second mobile, said first mobile bearing a first series of indications of consecutive unit figures (u) on ten first display segments (S10-S19) evenly distributed over angular sectors of said first mobile, and said second mobile bearing a second series of indications for the display of tens digits (d) of said date on ten second display segments (S20-S29) evenly distributed over angular sectors of said second mobile, characterised in that the second series of indications of said 2 nd mobile is made of two consecutive indications for displaying the tens digit "0", followed by three consecutive indications for displaying the tens digit "1 ", then three consecutive indications for displaying the tens digit "2", and finally two consecutive indications for displaying the tens digit "3".