mhurhangee/patent-ind-claim-en huggingface dataset:
A combustion device capable of measuring an amount of used gas comprising: a burner configured to burn gas; a blower configured to supply air for combustion to the burner ; a gas valve configured to supply gas for combustion to the burner ; an air temperature sensor (270-2) configured to measure a temperature of air supplied by the blower ; and a control unit configured to control the number of revolutions of the blower , calculate a first amount of used gas which is the amount of used gas when burning with a present operating heat quantity according to a signal input by a user, and compensate the calculated first amount of used gas with a measured air temperature measured by the air temperature sensor (270-2) to calculate a second amount of used gas which is a real amount of used gas, characterized in that a reference air temperature of the air is set in the control unit ; in that the control unit is further configured to calculate the second amount of used gas by the following equation: second amount of used gas ∝ first amount of used gas x reference air temperature ÷ measured air temperature, and in that the control unit is further configured to measure the first amount of used gas and the second amount of used gas for each of a plurality of modes and to transmit the first and second amounts of used gas to a server , thereby allowing the user to check the first and second amounts of used gas for each of the plurality of modes through a portable terminal connected to the server . a burner configured to burn gas; a blower configured to supply air for combustion to the burner ; a gas valve configured to supply gas for combustion to the burner ; an air temperature sensor (270-2) configured to measure a temperature of air supplied by the blower ; and a control unit configured to control the number of revolutions of the blower , calculate a first amount of used gas which is the amount of used gas when burning with a present operating heat quantity according to a signal input by a user, and compensate the calculated first amount of used gas with a measured air temperature measured by the air temperature sensor (270-2) to calculate a second amount of used gas which is a real amount of used gas, characterized in that second amount of used gas ∝ first amount of used gas x reference air temperature ÷ measured air temperature, and in that the control unit is further configured to measure the first amount of used gas and the second amount of used gas for each of a plurality of modes and to transmit the first and second amounts of used gas to a server , thereby allowing the user to check the first and second amounts of used gas for each of the plurality of modes through a portable terminal connected to the server .
A method of video coding, the method being carried-out by at least one processor and comprising: obtaining video data; creating, based on the video data, a timed metadata track indicating a segment bandwidth and comprising information of a plurality of aligned segments of a media adaptation set such that duration information and size information of each of the aligned segments is included in at least one metadata sample; switching to one of a plurality of representations of the video data based; and delivering the one of the plurality of representations to a client, characterized in that the switching to one of a plurality of representations of the video data is based on whether the timed metadata track indicates at least an overflow to an input buffer per each of the plurality of representations, wherein the method further comprises creating a combinational index segment by combining index information of the aligned segments; delivering the combinational index segment to the client; creating combo-resync index segments by combining chuck resync information of the aligned segments of the media adaptation set; delivering the combo-resync index segments to the client; and creating mixed combo index tracks including a format of the combination index segment for all of the aligned segments other than one of the aligned segments that is being encoded, wherein the mixed combo index tracks further include a format of the combo-resync index segments for the one of the aligned segments, and the mixed combo index tracks are parallel metadata tracks. obtaining video data; creating, based on the video data, a timed metadata track indicating a segment bandwidth and comprising information of a plurality of aligned segments of a media adaptation set such that duration information and size information of each of the aligned segments is included in at least one metadata sample; switching to one of a plurality of representations of the video data based; and delivering the one of the plurality of representations to a client, characterized in that the switching to one of a plurality of representations of the video data is based on whether the timed metadata track indicates at least an overflow to an input buffer per each of the plurality of representations, wherein the method further comprises creating a combinational index segment by combining index information of the aligned segments; delivering the combinational index segment to the client; creating combo-resync index segments by combining chuck resync information of the aligned segments of the media adaptation set; delivering the combo-resync index segments to the client; and creating mixed combo index tracks including a format of the combination index segment for all of the aligned segments other than one of the aligned segments that is being encoded, wherein the mixed combo index tracks further include a format of the combo-resync index segments for the one of the aligned segments, and the mixed combo index tracks are parallel metadata tracks.
Monitoring device for an injection mold , the motoring device being configured to be attached to a mold half, the monitoring device comprising: a. a first processing unit ; b. an sensor interface by which during operation at least one sensor is interconnected to the first processing unit ; c. a second processing unit , interconnected to the first processing unit via a data bus , to exchange data with the first processing unit ; d. at least one user interface interconnected to the second processing unit for exchanging information with a user; e. a first housing , wherein the first and second processing unit are arranged on the same or different printed circuit boards in the same first housing (1 5). a. a first processing unit ; b. an sensor interface by which during operation at least one sensor is interconnected to the first processing unit ; c. a second processing unit , interconnected to the first processing unit via a data bus , to exchange data with the first processing unit ; d. at least one user interface interconnected to the second processing unit for exchanging information with a user; e. a first housing , wherein the first and second processing unit are arranged on the same or different printed circuit boards in the same first housing (1 5).
A mould for forming battery components comprising: a first mould body comprising a first plurality of mould cavities ; a second mould body comprising a second plurality of mould cavities ; and wherein said first mould body and said second mould bodies are configured to be moveable between: a moulding position in which the first plurality and second plurality of mould cavities are aligned; and a fill position in which the first plurality and second plurality of mould cavities are displaced from the aligned position and are proximal to a molten metal feed. a first mould body comprising a first plurality of mould cavities ; a second mould body comprising a second plurality of mould cavities ; and wherein said first mould body and said second mould bodies are configured to be moveable between: a moulding position in which the first plurality and second plurality of mould cavities are aligned; and a fill position in which the first plurality and second plurality of mould cavities are displaced from the aligned position and are proximal to a molten metal feed. a moulding position in which the first plurality and second plurality of mould cavities are aligned; and a fill position in which the first plurality and second plurality of mould cavities are displaced from the aligned position and are proximal to a molten metal feed.
An integrated circuit (IC, 205), comprising: equalizer circuitry including a set of at least three taps to equalize a digital bit stream in response to respective bits of the digital bit stream, the equalizer circuitry having two modes, driver circuitry to transmit the equalized bit stream to a receiving IC over a signal path , and a receiver to equalize second data to be received from the receiving IC ;wherein in a low-performance mode of the two modes, the digital bit stream is equalized using the equalization circuitry to compensate for pre-tap interference, current-tap interference, and post-tap interference, and in a high-performance mode of the two modes, the digital bit stream is equalized using the equalization circuitry to compensate for current-tap interference and pre-tap interference but not post-tap interference, wherein the receiver comprises a decision feedback equalizer (DFE) adapted to operate in one of the respective modes. equalizer circuitry including a set of at least three taps to equalize a digital bit stream in response to respective bits of the digital bit stream, the equalizer circuitry having two modes, driver circuitry to transmit the equalized bit stream to a receiving IC over a signal path , and a receiver to equalize second data to be received from the receiving IC ;wherein in a low-performance mode of the two modes, the digital bit stream is equalized using the equalization circuitry to compensate for pre-tap interference, current-tap interference, and post-tap interference, and in a high-performance mode of the two modes, the digital bit stream is equalized using the equalization circuitry to compensate for current-tap interference and pre-tap interference but not post-tap interference, wherein the receiver comprises a decision feedback equalizer (DFE) adapted to operate in one of the respective modes.
Method for the at least partially automated coordination of a path arrangement of a machine arrangement, which has a path (P1) of at least one first movable machine (R1) of the machine arrangement, and an additional path (P2) of at least one second movable machine (R2), with the step: Establishing (S90) at least one waiting dependency (W2; W3) between a path point (K13; K14) of the path (P1) of the first machine (R1) of the machine arrangement and a path point (K22; K24) of the additional path (P2) to avoid a Collision of the second machine (R2) with the first machine (R1) with the proviso that a quality criterion (T) for a common travel along the path arrangement (P1) and the additional path (P2) while maintaining this waiting dependency (W2; W3) is not worse, in particular better, than maintaining an alternative, opposite waiting dependency (W1; W4) between a path point (K15; K12) of the path (P1) of the first machine (R1) and a path point (K21; K25) of the additional path (P2) to avoid the same collision.
Device for aerodynamically measuring a flow of air along a wall, including: - an optical sensor configured to detect an illuminance by ambient light and to measure the distribution of said illuminance over a free surface of said optical sensor, and - a member movably mounted on said optical sensor and partially covering its free surface, said member , called the mobile member, including a plane part covering a part of the free surface of the optical sensor and a fin disposed perpendicularly on the plane part, said plane part having the shape of an angular sector delimited by two radii forming between them an angle greater than 5°, said mobile member being adapted to be freely oriented with the local flow of air, thereby modulating the distribution of the illuminance over said free surface so that a current measurement by the optical sensor of the distribution of the illuminance indicates the current orientation of said mobile member representing the current flow of air characterizing the parietal flow. - an optical sensor configured to detect an illuminance by ambient light and to measure the distribution of said illuminance over a free surface of said optical sensor, and - a member movably mounted on said optical sensor and partially covering its free surface, said member , called the mobile member, including a plane part covering a part of the free surface of the optical sensor and a fin disposed perpendicularly on the plane part, said plane part having the shape of an angular sector delimited by two radii forming between them an angle greater than 5°, said mobile member being adapted to be freely oriented with the local flow of air, thereby modulating the distribution of the illuminance over said free surface so that a current measurement by the optical sensor of the distribution of the illuminance indicates the current orientation of said mobile member representing the current flow of air characterizing the parietal flow.
Mechanical seal assembly, comprising: - a mechanical seal comprising a rotating slide ring and a stationary slide ring which define a sealing gap between their sliding surfaces , and - a torque meter which is configured to detect a torque acting on the stationary slide ring , - characterized in that the torque meter comprises a measuring unit and a sensor , wherein the measuring unit is fixed by a foot to a housing and comprises a free end which protrudes in a groove formed in an outer periphery of the stationary slide ring , and - wherein the sensor is configured to detect a position change of the measuring unit in the groove - a controller which is configured to conclude a wear of the sliding surfaces of the mechanical seal based on the detected torque on the stationary slide ring , and - wherein the controller is furthermore configured to operate the mechanical seal assembly in such a way that contact between the rotating slide ring and the stationary slide ring occurs at the sliding surfaces , and is further configured to detect a contact torque arising upon contact of the sliding surfaces , and to conclude a wear of the sliding surfaces based on the contact torque. - a mechanical seal comprising a rotating slide ring and a stationary slide ring which define a sealing gap between their sliding surfaces , and - a torque meter which is configured to detect a torque acting on the stationary slide ring , - characterized in that the torque meter comprises a measuring unit and a sensor , wherein the measuring unit is fixed by a foot to a housing and comprises a free end which protrudes in a groove formed in an outer periphery of the stationary slide ring , and - wherein the sensor is configured to detect a position change of the measuring unit in the groove - a controller which is configured to conclude a wear of the sliding surfaces of the mechanical seal based on the detected torque on the stationary slide ring , and - wherein the controller is furthermore configured to operate the mechanical seal assembly in such a way that contact between the rotating slide ring and the stationary slide ring occurs at the sliding surfaces , and is further configured to detect a contact torque arising upon contact of the sliding surfaces , and to conclude a wear of the sliding surfaces based on the contact torque.
Steam turbine comprising an outer housing , an inner housing arranged inside the outer housing and a rotor rotatably mounted inside the inner housing , wherein an interspace is formed between the inner housing and the outer housing , wherein a sealing steam seal is formed between the outer housing and the rotor , wherein the sealing steam seal has a sealing steam opening which is fluidically connected to a sealing steam line , wherein the sealing steam opening and the sealing steam line are formed such that sealing steam can flow into a gap between the outer housing and the rotor , wherein the outer housing has an inflow opening for introducing sealing steam into the interspace , wherein the inflow opening is fluidically connected to the sealing steam line , wherein the sealing steam line has a branch line which is fluidically connected to the inflow opening .
An acrylic polymer material, which is hydrophobic, that is absorbing no more than 5% water at 35°C, suitable for producing flexible intraocular lenses, characterized in that it is a copolymer that is crosslinked, viscoelastic, flexible and deformable at room temperature, prepared from a mixture of monomers comprising: - between 50 and 90 wt % of 2-phenoxy-ethyl acrylate , or of a mixture of 2-phenoxy-ethyl acrylate and 2-phenoxy-(2-ethoxy)4-acrylate ; - between 8 and 35 wt % of a mixture of hydroxylated acrylate and hydroxylated methacrylate, the hydroxylated acrylate being a dihydroxy-alkyl monoacrylate or a dihydroxy-ethoxy-alkyl monoacrylate whose alkyl chain of the glycol comprises from 2 to 6 carbon atoms, 4-hydroxy-butyl-acrylate, hydroxy-ethyl-acrylate, hexanediol monoacrylate, or triethylene glycol monoacrylate; and the hydroxylated methacrylate being a dihydroxy-alkyl monomethacrylate or a dihydroxy-ethoxy-alkyl monomethacrylate whose alkyl chain of the glycol comprises from 2 to 6 carbon atoms, hydroxy-ethyl-methacrylate, propanediol monomethacrylate, butanediol monomethacrylate, hexanediol monomethacrylate or triethylene glycol monomethacrylate; - between 1 and 3 wt % of a mixture of ethoxylated diol diacrylate and ethoxylated diol dimethacrylate, that are polyethylene glycol diesters comprising from 2 to 5 ethoxylated functions; and - between 0.1 wt % and 5 wt % of cinnamic alcohol. - between 50 and 90 wt % of 2-phenoxy-ethyl acrylate , or of a mixture of 2-phenoxy-ethyl acrylate and 2-phenoxy-(2-ethoxy)4-acrylate ; - between 8 and 35 wt % of a mixture of hydroxylated acrylate and hydroxylated methacrylate, the hydroxylated acrylate being a dihydroxy-alkyl monoacrylate or a dihydroxy-ethoxy-alkyl monoacrylate whose alkyl chain of the glycol comprises from 2 to 6 carbon atoms, 4-hydroxy-butyl-acrylate, hydroxy-ethyl-acrylate, hexanediol monoacrylate, or triethylene glycol monoacrylate; and the hydroxylated methacrylate being a dihydroxy-alkyl monomethacrylate or a dihydroxy-ethoxy-alkyl monomethacrylate whose alkyl chain of the glycol comprises from 2 to 6 carbon atoms, hydroxy-ethyl-methacrylate, propanediol monomethacrylate, butanediol monomethacrylate, hexanediol monomethacrylate or triethylene glycol monomethacrylate; - between 1 and 3 wt % of a mixture of ethoxylated diol diacrylate and ethoxylated diol dimethacrylate, that are polyethylene glycol diesters comprising from 2 to 5 ethoxylated functions; and - between 0.1 wt % and 5 wt % of cinnamic alcohol.
Feed for animals comprising germinated and dried grains having alpha-amylase activity of at least 60 DU/g d.w., specifically 70 to 200 DU/g d.w., more specifically 80 to 150 DU/g d.w. for use in improving intestinal health of poultry during and/or after Eimeria infection.
A manufacturing method of a light emitting diode, LED, comprising: manufacturing a plurality of singulated LED chips ; manufacturing a phosphor pre-form comprising a plurality of mounting areas for mounting the plurality of singulated LED chips; applying adhesive in the phosphor pre-form ; mounting the singulated LED chips in the phosphor pre-form ; and cutting the phosphor pre-form containing the singulated LED chips , into units including individual LED chips. manufacturing a plurality of singulated LED chips ; manufacturing a phosphor pre-form comprising a plurality of mounting areas for mounting the plurality of singulated LED chips; applying adhesive in the phosphor pre-form ; mounting the singulated LED chips in the phosphor pre-form ; and cutting the phosphor pre-form containing the singulated LED chips , into units including individual LED chips.
A communication network extending between a plurality of input blocks (E 1 ,..., E N1 ) and a plurality of output blocks (S 1 ,..., S N2 ), each input block (E 1 ,..., E N1 ) comprising a predetermined number P1 of input ports (W 1 ,...,W P1 ), the predetermined number P1 of input ports being a multiple of the number N1 of input blocks (E 1 ,..., E N1 ) and being strictly greater than 1, each output block (S 1 ,..., S N2 ) comprising a number P2 of output ports (Z 1 ,..., Z P2 ) greater than or equal to the predetermined number P1 of input ports, the network comprising a plurality of switches (C 1 ,..., C N3 ), each switch (C 1 ,..., C N3 ) comprising a first and second input terminals and a first and second output terminals and being able to connect the first and second input terminals, respectively, to the first and second output terminals or vice versa, based on a command signal received by the switch, characterized in that : - when the predetermined number P1 of input ports is even, the number N3 of switches is equal to: N 3 = N 1 × P 1 2 , and - when the predetermined number P1 of input ports is odd, the number N3 of switches is equal to: N 3 = N 1 P 1 × P 1 2 − 1 2 , and for N 1 P 1 input blocks, one of the input ports (W 1 ,..., W P1 ) of this input block is connected directly via a respective data link to one of the output ports (Z 1 ,..., Z P2 ) of a respective output block (S 1 ,..., S N2 ), and in that for each switch (C 1 ,..., C N3 ), the first and second input terminals are each connected directly via a respective data link to different input blocks (E 1 ,..., E N1 ) and the first and second output terminals are each connected directly via a respective data link to different output blocks (S 1 ,..., S N2 ). - when the predetermined number P1 of input ports is even, the number N3 of switches is equal to: N 3 = N 1 × P 1 2 , and - when the predetermined number P1 of input ports is odd, the number N3 of switches is equal to: N 3 = N 1 P 1 × P 1 2 − 1 2 , and for N 1 P 1 input blocks, one of the input ports (W 1 ,..., W P1 ) of this input block is connected directly via a respective data link to one of the output ports (Z 1 ,..., Z P2 ) of a respective output block (S 1 ,..., S N2 ),
Piston cooling nozzle having a cylinder housing , having a piston and a spring , wherein the piston is disposed in the cylinder housing so as to be displaceable counter to the pressure of a compressed oil, wherein the piston by means of the spring is pre-loaded in relation to a valve seat , wherein the valve seat interacts with a piston head , wherein a cavity is configured downstream of the valve seat , wherein, proceeding from the cavity , a transverse line extends at least partially in the piston , wherein the transverse line opens into a longitudinal line , characterized in that the piston has a shank , wherein the longitudinal line extends within the shank , wherein the shank is encompassed by the spring , wherein the shank penetrates an opening in a base part .