mhurhangee/patent-ind-claim-en huggingface dataset:
A device for discharging bakery goods (B), to be combined with an upstream continuous baking oven , said device having a storage unit for storing ready-to-eat bakery goods (B), having transfer means for transferring bakery goods (B) from the storage unit to discharging means which direct the bakery goods (B) to a discharging compartment , wherein the discharging means comprise a first conveying installation and a first dispensing installation , which can assume at least one first and one second position, wherein the first dispensing installation in the first position thereof is suppliable by the first conveying installation with at least one bakery goods item (B) in order for said first dispensing installation , upon being moved to the second position thereof, to dispense said bakery goods item (B) to the discharging compartment , characterized in that the discharging means comprise at least one second conveying installation and one second dispensing installation , which likewise can assume at least one first and one second position, wherein the two dispensing installations are configured and mutually disposed in such a manner that a bakery goods item (B) is conveyable from the second dispensing installation in the second position thereof onto the first dispensing installation and, in the second position of the said first dispensing installation , from there to the discharging compartment , wherein the at least first and second dispensing installations each comprise a pivoting element, especially a pivoting arm or a rocker, with a bearing face each, wherein the bakery goods (B), by way of a pivoting movement from the first position to the second position, are forwarded by sliding over the respective bearing face .
Method of manufacturing an article comprising a fabric , wherein the method comprises at least the steps of: a. providing a fabric comprising a first surface and a second surface opposite the first surface; b. placing the fabric on a surface of a support structure , wherein the support structure is adapted to permit gas circulation through at least a portion of its surface and comprises at least a raised or embossed portion on its surface , and wherein the fabric is placed such that the first surface of the fabric faces the surface of the support structure and such that the fabric is arranged at least in part over the raised or embossed portion of the support structure ; c. providing at least one coating comprising a first surface and a second surface opposite the first surface; d. placing the coating at least partially on the second surface of the fabric , such that the first surface of the coating faces the fabric ; and e. applying a gas pressure differential between the second surface of the coating and the first surface of the fabric . a. providing a fabric comprising a first surface and a second surface opposite the first surface; b. placing the fabric on a surface of a support structure , wherein the support structure is adapted to permit gas circulation through at least a portion of its surface and comprises at least a raised or embossed portion on its surface , and wherein the fabric is placed such that the first surface of the fabric faces the surface of the support structure and such that the fabric is arranged at least in part over the raised or embossed portion of the support structure ; c. providing at least one coating comprising a first surface and a second surface opposite the first surface; d. placing the coating at least partially on the second surface of the fabric , such that the first surface of the coating faces the fabric ; and e. applying a gas pressure differential between the second surface of the coating and the first surface of the fabric .
A linear guide comprising a plurality of balls arranged between a guide rail of a body and a guide rail of a slider ; a return cover including a ball circulation path , the return cover attached to the slider; a lubricant retainer being made up from a porous elastic body, the lubricant retainer being in a sliding contact with the guide rail of the body, being supported by the return cover, the lubricant retainer being equipped with a lubricant storage space filled with lubricant, characterized in that the lubricant retainer has a polygonal columnar shape, and the lubricant storage space is configured as a lubricant storage hole penetrating the lubricant retainer in an axial direction thereof and having a circular cross section. the lubricant retainer has a polygonal columnar shape, and the lubricant storage space is configured as a lubricant storage hole penetrating the lubricant retainer in an axial direction thereof and having a circular cross section.
A recombinant nucleic acid molecule comprising a heterologous promoter operably linked to a polynucleotide segment encoding a pesticidal protein, wherein said pesticidal protein comprises an amino acid sequence having at least 90% amino acid sequence identity to SEQ ID NO:4, SEQ ID NO:2, SEQ ID NO:6, SEQ ID NO:8, SEQ ID NO:10, SEQ ID NO:12, SEQ ID NO:14, SEQ ID NO:16, or SEQ ID NO:18, and wherein said pesticidal protein is active against Lepidopteran insects.
A system for reducing pattern-dependent inter-symbol interference (ISI), the system comprising: a chip comprising: a source including a multiplexer; a destination comprising an digital-to-analog converter (DAC); and a circuit disposed along a data path from the multiplexer to the DAC, the circuit being configured to: receive a supply voltage; receive an input signal from the multiplexer, and produce an output signal based on the input signal, wherein producing the output signal comprises clamping the output signal to a voltage that is a fraction of the supply voltage, wherein the circuit comprises a feedback equalizer, and wherein the feedback equalizer comprises first and second open-loop buffers and first and second inverting feedback buffers , the first inverting feedback buffer being coupled between an input of the first open-loop buffer and an output of the second open-loop buffer , and the second inverting feedback buffer being coupled between an input of the second open-loop buffer , and an output of the first open-loop buffer . a chip comprising: a source including a multiplexer; a destination comprising an digital-to-analog converter (DAC); and a circuit disposed along a data path from the multiplexer to the DAC, the circuit being configured to: receive a supply voltage; receive an input signal from the multiplexer, and produce an output signal based on the input signal, wherein producing the output signal comprises clamping the output signal to a voltage that is a fraction of the supply voltage, a source including a multiplexer; a destination comprising an digital-to-analog converter (DAC); and a circuit disposed along a data path from the multiplexer to the DAC, the circuit being configured to: receive a supply voltage; receive an input signal from the multiplexer, and produce an output signal based on the input signal, wherein producing the output signal comprises clamping the output signal to a voltage that is a fraction of the supply voltage, receive a supply voltage; receive an input signal from the multiplexer, and produce an output signal based on the input signal, wherein producing the output signal comprises clamping the output signal to a voltage that is a fraction of the supply voltage, wherein the circuit comprises a feedback equalizer, and wherein the feedback equalizer comprises first and second open-loop buffers and first and second inverting feedback buffers , the first inverting feedback buffer being coupled between an input of the first open-loop buffer and an output of the second open-loop buffer , and the second inverting feedback buffer being coupled between an input of the second open-loop buffer , and an output of the first open-loop buffer .
An efficiency monitor (4300; 5300) for monitoring power transmission by an inductive power outlet (4210; 5210), the inductive power outlet comprising at least one primary coil (4220; 5220) wired to a power supply (4240; 5240), the inductive power inductively coupling with at least one secondary coil (4260; 5260) wired to an electric load, the efficiency monitor comprising: at least one input power monitor (4122; 5122) for measuring an input power (P in ) received by the at least one primary coil from the power supply; at least one processor (4162; 5162) for determining an index of power-loss indicative of an efficiency of an inductive coupling between the at least one primary coil and the at least one secondary coil; and at least one communication channel for communicating the input power and an output power (P out ) to the at least one processor, wherein the index of power-loss comprises: an efficiency quotient Q, defined as a ratio of the output power to the input power, or an efficiency differential Δ, defined as a difference between the output power and the input power. at least one input power monitor (4122; 5122) for measuring an input power (P in ) received by the at least one primary coil from the power supply; at least one processor (4162; 5162) for determining an index of power-loss indicative of an efficiency of an inductive coupling between the at least one primary coil and the at least one secondary coil; and at least one communication channel for communicating the input power and an output power (P out ) to the at least one processor, wherein the index of power-loss comprises: an efficiency quotient Q, defined as a ratio of the output power to the input power, or an efficiency differential Δ, defined as a difference between the output power and the input power. an efficiency quotient Q, defined as a ratio of the output power to the input power, or an efficiency differential Δ, defined as a difference between the output power and the input power.
A shovel comprising: a traveling undercarriage configured to travel; an upper rotating structure swingably mounted on the traveling undercarriage ; an attachment attached to the upper rotating structure and including a boom , an arm , and an end attachment; a sensor (S1, S2, S3, S4) for detecting information for calculating attitude information of the end attachment; and a display device configured to display the attitude information of the end attachment, characterized in that the display device is configured to display the attitude information of the end attachment relative to a target surface (TL) in a three-dimensional model that enables three-dimensional visual recognition thereof, and the three-dimensional model turns in accordance with a relative angle of the end attachment to the target surface (TL). a traveling undercarriage configured to travel; an upper rotating structure swingably mounted on the traveling undercarriage ; an attachment attached to the upper rotating structure and including a boom , an arm , and an end attachment; a sensor (S1, S2, S3, S4) for detecting information for calculating attitude information of the end attachment; and a display device configured to display the attitude information of the end attachment, characterized in that the display device is configured to display the attitude information of the end attachment relative to a target surface (TL) in a three-dimensional model that enables three-dimensional visual recognition thereof, and the three-dimensional model turns in accordance with a relative angle of the end attachment to the target surface (TL).
A data management system comprising: a data acquiring unit configured to acquire measurement data generated by measuring a measurement target from each of a plurality of sensors; a data storage unit configured to store the acquired measurement data; and a data-amount reducing unit configured to delete part of the measurement data acquired from a target sensor based on the measurement data acquired from another sensor among the plurality of sensors to reduce an amount of data to be stored, characterized in that the data management system further comprises: a data predicting unit configured to generate prediction data obtained by predicting measurement data for each of the plurality of sensors by using the measurement data acquired from the another sensor; and a sensor selecting unit configured to select the target sensor for which part of the measurement data is to be deleted based on a difference between the acquired measurement data and the generated prediction data. a data acquiring unit configured to acquire measurement data generated by measuring a measurement target from each of a plurality of sensors; a data storage unit configured to store the acquired measurement data; and a data-amount reducing unit configured to delete part of the measurement data acquired from a target sensor based on the measurement data acquired from another sensor among the plurality of sensors to reduce an amount of data to be stored, characterized in that the data management system further comprises: a data predicting unit configured to generate prediction data obtained by predicting measurement data for each of the plurality of sensors by using the measurement data acquired from the another sensor; and a sensor selecting unit configured to select the target sensor for which part of the measurement data is to be deleted based on a difference between the acquired measurement data and the generated prediction data. a data predicting unit configured to generate prediction data obtained by predicting measurement data for each of the plurality of sensors by using the measurement data acquired from the another sensor; and a sensor selecting unit configured to select the target sensor for which part of the measurement data is to be deleted based on a difference between the acquired measurement data and the generated prediction data.
Kitchen apparatus which comprises a kitchen cabinet with a worktop , an upper drawer compartment provided below the worktop and two stowage compartments provided below the drawer compartment , wherein the kitchen apparatus comprises a combined appliance , which comprises a hob and at least one vapour extraction apparatus integrated therein, wherein the combined appliance has - a suction opening, - a housing with an air outlet opening , - a blower , which has a blower housing with a fan wheel accommodated therein, which is accommodated in the housing , and - comprises internal components of the hob, which are accommodated in the housing , and has at least one odour filter , wherein the odour filter lies in the front region of the combined appliance , inside or outside of the housing , at the air outlet opening of the housing and at least one part of the hob of the combined appliance lies in the worktop of the kitchen cabinet and the housing is accommodated with the blower and the odour filter in the upper drawer compartment below the worktop , characterised in that the kitchen apparatus on the front side of the drawer compartment has a movable front cover , which has an outlet opening for blowing out air from the combined appliance towards the front. the kitchen apparatus comprises a combined appliance , which comprises a hob and at least one vapour extraction apparatus integrated therein, wherein the combined appliance has - a suction opening, - a housing with an air outlet opening , - a blower , which has a blower housing with a fan wheel accommodated therein, which is accommodated in the housing , and - comprises internal components of the hob, which are accommodated in the housing , and - a suction opening, - a housing with an air outlet opening , - a blower , which has a blower housing with a fan wheel accommodated therein, which is accommodated in the housing , and - comprises internal components of the hob, which are accommodated in the housing , and has at least one odour filter , wherein the odour filter lies in the front region of the combined appliance , inside or outside of the housing , at the air outlet opening of the housing and at least one part of the hob of the combined appliance lies in the worktop of the kitchen cabinet and the housing is accommodated with the blower and the odour filter in the upper drawer compartment below the worktop , characterised in that the kitchen apparatus on the front side of the drawer compartment has a movable front cover , which has an outlet opening for blowing out air from the combined appliance towards the front.
A method of making a hollow fiber membrane comprising at least steps (a) and (b): (a) providing a hollow fiber membrane having a first curl in the form of a first wave characterized by a first oscillation plane and a first wavelength; (b) applying a second curl to the hollow fiber membrane provided in step (a) in the form of a second wave characterized by a second oscillation plane and a second wavelength; wherein the application in step (b) being effected such that, after application, the first oscillation plane and the second oscillation plane confine an angle with one another which is 70 to 110°, wherein the first and second wavelengths are selected such that the first wavelength is shorter than the second wavelength, and wherein in step (b) the hollow fiber membrane of step (a) is passed through at least two counter-rotating cog wheels, wherein the rotation axes of the cog wheels are not aligned perpendicular to the first oscillation plane. (a) providing a hollow fiber membrane having a first curl in the form of a first wave characterized by a first oscillation plane and a first wavelength; (b) applying a second curl to the hollow fiber membrane provided in step (a) in the form of a second wave characterized by a second oscillation plane and a second wavelength; wherein
A system comprising a device for detecting or monitoring respiratory or cardiac health of a patient, said device comprising pressure transducers connected to catheter lumens for measuring any intravascular or intracardiac pressure, IVP, within a chest of a patient, the system further comprising at least one computing device and a tangible computer-readable device having instructions stored thereon that, when executed by said at least one computing device, causes the at least one computing device to perform operations comprising: analyzing the intravascular or intracardiac pressure, IVP, measured by said pressure transducers within the chest of the patient over a period of time, said IVP including a measured pulmonary capillary wedge pressure, PCWP; decomposing the PCWP into two components representing cardiac and respiratory waves; defining respiratory effort of the patient as a peak-to-peak amplitude of said respiratory wave; and using said respiratory effort to detect or monitor respiratory and cardiac health of the patient by comparing said respiratory effort with a known value of respiratory effort or by monitoring changes in said respiratory effort of the patient over another period of time, wherein if monitoring changes in said respiratory effort of the patient shows an increase in the respiratory effort, then said increase is graphically illustrated to show an increase in workloads of ventricles of the patient. analyzing the intravascular or intracardiac pressure, IVP, measured by said pressure transducers within the chest of the patient over a period of time, said IVP including a measured pulmonary capillary wedge pressure, PCWP; decomposing the PCWP into two components representing cardiac and respiratory waves; defining respiratory effort of the patient as a peak-to-peak amplitude of said respiratory wave; and using said respiratory effort to detect or monitor respiratory and cardiac health of the patient by comparing said respiratory effort with a known value of respiratory effort or by monitoring changes in said respiratory effort of the patient over another period of time, wherein if monitoring changes in said respiratory effort of the patient shows an increase in the respiratory effort, then said increase is graphically illustrated to show an increase in workloads of ventricles of the patient.
Use of 1,3-propanediol fatty acid ester as a phase change material for releasing or absorbing latent heat during crystallization or melting, wherein said fatty acids are acetic acid, propionic acid, butyric acid, valeric acid, caproic acid, enanthic acid, caprylic acid, pelargonic acid, capric acid, undecylic acid, lauric acid, tridecylic acid, myristic acid, pentadecylic acid, palmitic acid, margaric acid, stearic acid, nonadecylic acid, arachidic acid, heneicosylic acid, behenic acid, tricosylic acid or lignoceric acid, with the proviso that said 1,3-propanediol fatty acid ester is not 1,3-propanediol dipalmitate or 1,3-propanediol distearate.
A memory circuit (200; 300) comprising: - a plurality of elementary storage cells arranged in an array of rows and of columns, the cells of a same column sharing a same read bit line (RBL) and a same write bit line (WBL); - an internal control circuit (CTRL) capable of implementing a calculation operation comprising the simultaneous activation in read mode of at least two rows of the array; and - a shuffle circuit comprising a data input register , a configuration register , and an output port , the shuffle circuit being capable of delivering on its output port the data stored in its input register shuffled according to a shuffle operation defined according to the state of its configuration register , wherein the shuffle circuit is a configurable routing circuit with a parallel architecture, such that the time of implementation of a shuffle operation is substantially constant whatever the respective contents of the input register and of the configuration register of the shuffle circuit, wherein the control circuit (CTRL) is capable of implementing a shuffle operation comprising a step of reading configuration data stored inside of the memory circuit and of copying the data into the configuration register of the shuffle circuit . - a plurality of elementary storage cells arranged in an array of rows and of columns, the cells of a same column sharing a same read bit line (RBL) and a same write bit line (WBL); - an internal control circuit (CTRL) capable of implementing a calculation operation comprising the simultaneous activation in read mode of at least two rows of the array; and - a shuffle circuit comprising a data input register , a configuration register , and an output port , the shuffle circuit being capable of delivering on its output port the data stored in its input register shuffled according to a shuffle operation defined according to the state of its configuration register , wherein the shuffle circuit is a configurable routing circuit with a parallel architecture, such that the time of implementation of a shuffle operation is substantially constant whatever the respective contents of the input register and of the configuration register of the shuffle circuit, wherein the control circuit (CTRL) is capable of implementing a shuffle operation comprising a step of reading configuration data stored inside of the memory circuit and of copying the data into the configuration register of the shuffle circuit .