mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling chemical signaling in a bioreactor of a closed cell expansion system, the method comprising: coating the bioreactor with the bioreactor in a first configuration, wherein, in the first configuration, the bioreactor comprises: a media bag connected to an attachment point fluidly associated with a first fluid flow path , wherein the first fluid flow path is fluidly associated with the bioreactor; and a waste bag connected, via a valve and a waste line , to a circulation path of the bioreactor; loading cells into the bioreactor , wherein the cells are loaded from a cell inlet bag into the bioreactor ; activating an intracapillary circulation pump to introduce media from the media bag into the bioreactor ; thereafter, in a second configuration for the bioreactor, replacing the waste bag with a second media bag , wherein, in the second configuration, the valve remains open; and after the replacing the waste bag with the second media bag , deactivating the intracapillary circulation pump to introduce media passively into the bioreactor from the second media bag through the waste line. coating the bioreactor with the bioreactor in a first configuration, wherein, in the first configuration, the bioreactor comprises: a media bag connected to an attachment point fluidly associated with a first fluid flow path , wherein the first fluid flow path is fluidly associated with the bioreactor; and a waste bag connected, via a valve and a waste line , to a circulation path of the bioreactor; a media bag connected to an attachment point fluidly associated with a first fluid flow path , wherein the first fluid flow path is fluidly associated with the bioreactor; and a waste bag connected, via a valve and a waste line , to a circulation path of the bioreactor; loading cells into the bioreactor , wherein the cells are loaded from a cell inlet bag into the bioreactor ; activating an intracapillary circulation pump to introduce media from the media bag into the bioreactor ; thereafter, in a second configuration for the bioreactor, replacing the waste bag with a second media bag , wherein, in the second configuration, the valve remains open; and after the replacing the waste bag with the second media bag , deactivating the intracapillary circulation pump to introduce media passively into the bioreactor from the second media bag through the waste line.
A method of making a voltage regulator , comprising: providing a comparator including a reference voltage coupled to a first input of the comparator; coupling a first current source to a second input of the comparator, wherein the first current source includes a digital-to-analog converter, DAC, and wherein the comparator compares a first voltage at a terminal of the first current source to the reference voltage; coupling a counter between an output of the comparator and an input of the DAC, wherein the output of the comparator is directly coupled to the counter and an output signal of the comparator controls whether the counter increments or decrements; coupling a first terminal of a resistor to the second input of the comparator; coupling a transistor and inductor in series between a voltage input node and ground voltage node ; coupling a first terminal of a diode to a first circuit node between the transistor and inductor; coupling a second terminal of the diode to the resistor at a voltage output node ; coupling a capacitor between the ground voltage node and voltage output node; and providing a control logic coupled to a control terminal of the transistor, wherein the control logic turns the transistor on and off based on a value of the counter. providing a comparator including a reference voltage coupled to a first input of the comparator; coupling a first current source to a second input of the comparator, wherein the first current source includes a digital-to-analog converter, DAC, and wherein the comparator compares a first voltage at a terminal of the first current source to the reference voltage; coupling a counter between an output of the comparator and an input of the DAC, wherein the output of the comparator is directly coupled to the counter and an output signal of the comparator controls whether the counter increments or decrements; coupling a first terminal of a resistor to the second input of the comparator; coupling a transistor and inductor in series between a voltage input node and ground voltage node ; coupling a first terminal of a diode to a first circuit node between the transistor and inductor; coupling a second terminal of the diode to the resistor at a voltage output node ; coupling a capacitor between the ground voltage node and voltage output node; and providing a control logic coupled to a control terminal of the transistor, wherein the control logic turns the transistor on and off based on a value of the counter.
A method of performing anti-replay analysis, said method comprising: providing a device configured to permit a user to perform a transaction; collecting: (i) device state data with the aid of one or more sensors on-board the device, wherein the device state data is about a physical state of the device that is unique to the device at a moment in time during which the device state data is collected, and (ii) local data including information about an operational state specific to a component of the device; generating a nonce data based on the device state data and the local data; obtaining identification information about the device or the user; comparing, with aid of one or more processors, the nonce data and the identification information with previously collected nonce data and previously collected identification information; and determining, with the aid of the one or more processors, a presence of a replay attack based on whether the nonce data and the previously collected nonce data are identical and whether the device state data is valid. providing a device configured to permit a user to perform a transaction; collecting: (i) device state data with the aid of one or more sensors on-board the device, wherein the device state data is about a physical state of the device that is unique to the device at a moment in time during which the device state data is collected, and (ii) local data including information about an operational state specific to a component of the device; (i) device state data with the aid of one or more sensors on-board the device, wherein the device state data is about a physical state of the device that is unique to the device at a moment in time during which the device state data is collected, and (ii) local data including information about an operational state specific to a component of the device; generating a nonce data based on the device state data and the local data; obtaining identification information about the device or the user; comparing, with aid of one or more processors, the nonce data and the identification information with previously collected nonce data and previously collected identification information; and determining, with the aid of the one or more processors, a presence of a replay attack based on whether the nonce data and the previously collected nonce data are identical and whether the device state data is valid.
Electric food mill, in particular for a coffee machine, with a grinder, a drive motor therefor, a grinding chamber for the grinder, a regrind container and a lid therefor, wherein the lid , which substantially consists of a soft damping material, closes the regrind container airtight, characterised in that the lid comprises a frame , into which soft damping plates are inserted.
A reciprocating stirring apparatus having a micro bubble generating device , comprising: a stirring container into which an article to be stirred is inserted; and a driving shaft provided in the stirring container and performing a reciprocating motion; a stirring blade connected/fixed so as to cross the driving shaft ; and the micro bubble generating device , wherein the micro bubble generating device includes a sparger formed of a porous body and gas supply means for supplying gas to the sparger ; and wherein the porous body provides pores through which the gas supplied by the gas supply means to the sparger is let with generating bubbles into the article to be stirred, characterized in that the stirring blade has a rectangular, an elliptic or an oval shape made of a long diameter and a short diameter, and in that the sparger is tubular and extending in an axial direction of the driving shaft lateral to the driving shaft so that the sparger is provided on an outside of the long diameter of the stirring blade , supplying the gas lateral to the driving shaft with the stirring blade . a stirring container into which an article to be stirred is inserted; and a driving shaft provided in the stirring container and performing a reciprocating motion; a stirring blade connected/fixed so as to cross the driving shaft ; and the micro bubble generating device , wherein the micro bubble generating device includes a sparger formed of a porous body and gas supply means for supplying gas to the sparger ; and wherein the porous body provides pores through which the gas supplied by the gas supply means to the sparger is let with generating bubbles into the article to be stirred, characterized in that the stirring blade has a rectangular, an elliptic or an oval shape made of a long diameter and a short diameter, and in that the sparger is tubular and extending in an axial direction of the driving shaft lateral to the driving shaft so that the sparger is provided on an outside of the long diameter of the stirring blade , supplying the gas lateral to the driving shaft with the stirring blade .
A light-emitting device comprising: a package comprising: a light-emitting element comprising a first surface and a second surface opposite to the first surface; a first light-transmissive member arranged on the second surface of the light-emitting element ; paired electrodes at the first surface of the light-emitting element ; and a first covering member covering the light-emitting element such that the paired electrodes are exposed from the first covering member ; a light-guiding plate on which the package is placed; a second covering member arranged on the light-guiding plate and covering laterally the package , and paired wirings continuously covering the paired electrodes exposed and the first covering members and being connected to the paired electrodes respectively; further characterised in that the paired wirings are formed by irradiation of a metal paste layer continuously covering the paired electrodes and the first covering member with laser light to remove the metal paste layer between the paired electrodes , the metal paste layer comprising a mixture of a resin and metal powder. a light-emitting element comprising a first surface and a second surface opposite to the first surface; a first light-transmissive member arranged on the second surface of the light-emitting element ; paired electrodes at the first surface of the light-emitting element ; and a first covering member covering the light-emitting element such that the paired electrodes are exposed from the first covering member ; a light-guiding plate on which the package is placed; a second covering member arranged on the light-guiding plate and covering laterally the package , and paired wirings continuously covering the paired electrodes exposed and the first covering members and being connected to the paired electrodes respectively; further characterised in that the paired wirings are formed by irradiation of a metal paste layer continuously covering the paired electrodes and the first covering member with laser light to remove the metal paste layer between the paired electrodes , the metal paste layer comprising a mixture of a resin and metal powder.
A mechanism for electrically contacting a printed circuit board to a battery cell composite system , wherein the mechanism has a. a printed circuit board which has copper as the conductor material, b. at least one bimetallic element which is fastened to the printed circuit board , i. which is designed as a composite component and has a copper layer and an aluminium layer which are designed in the form of annular discs, and ii. which has a through opening for the plugging through a fastening element , c. at least one cell connector made of aluminium for connecting the battery cell composite system to the printed circuit board , wherein the cell connector contacts the at least one bimetallic element with a connecting element , d. a fastening element for fastening the connecting element to the at least one bimetallic element , wherein the fastening element has a fastening thread , e. a mating fastening element cooperating with the fastening element which has a mating fastening thread which cooperates with the fastening thread of the fastening element . a. a printed circuit board which has copper as the conductor material, b. at least one bimetallic element which is fastened to the printed circuit board , i. which is designed as a composite component and has a copper layer and an aluminium layer which are designed in the form of annular discs, and ii. which has a through opening for the plugging through a fastening element , i. which is designed as a composite component and has a copper layer and an aluminium layer which are designed in the form of annular discs, and ii. which has a through opening for the plugging through a fastening element , c. at least one cell connector made of aluminium for connecting the battery cell composite system to the printed circuit board , wherein the cell connector contacts the at least one bimetallic element with a connecting element , d. a fastening element for fastening the connecting element to the at least one bimetallic element , wherein the fastening element has a fastening thread , e. a mating fastening element cooperating with the fastening element which has a mating fastening thread which cooperates with the fastening thread of the fastening element .
An encoding method for an input signal comprising: analyzing, by an input signal analyzer, a characteristic of the input signal to separate the input signal into a speech characteristic signal or an audio characteristic signal; expanding, by a frequency band expander, a frequency band of the input signal; converting, by a sampling rate converter, a sampling rate of the output signal of the frequency band expander; encoding, by a speech signal encoder, a core band, where a frequency band expansion is not performed, of the output signal of the sampling rate converter using a speech encoding module, when the input signal is a speech characteristic signal; encoding, by an audio signal encoder, a core band, where a frequency band expansion is not performed, of the output signal of the sampling rate converter using an audio encoding module, when the input signal is an audio characteristic signal; and generating, by a bitstream generator, a bitstream using an output signal of the speech signal encoder and an output signal of the audio signal encoder, wherein, when the input signal is changed between the speech characteristic signal and the audio characteristic signal, the bitstream generator stores, in the bitstream, conversion information associated with compensating for a change of a frame unit. analyzing, by an input signal analyzer, a characteristic of the input signal to separate the input signal into a speech characteristic signal or an audio characteristic signal; expanding, by a frequency band expander, a frequency band of the input signal; converting, by a sampling rate converter, a sampling rate of the output signal of the frequency band expander; encoding, by a speech signal encoder, a core band, where a frequency band expansion is not performed, of the output signal of the sampling rate converter using a speech encoding module, when the input signal is a speech characteristic signal; encoding, by an audio signal encoder, a core band, where a frequency band expansion is not performed, of the output signal of the sampling rate converter using an audio encoding module, when the input signal is an audio characteristic signal; and generating, by a bitstream generator, a bitstream using an output signal of the speech signal encoder and an output signal of the audio signal encoder, wherein, when the input signal is changed between the speech characteristic signal and the audio characteristic signal, the bitstream generator stores, in the bitstream, conversion information associated with compensating for a change of a frame unit.
A method of monitoring a subject having symptoms of endometriosis and/or suspected of having endometriosis who has been administered a treatment for endometriosis, the method comprising: a. detecting levels of miRNA-125b-5p, miR-150-5p and miR-3613-5p in a body fluid sample from the subject having symptoms of endometriosis or suspected of having endometriosis; and b. comparing the levels of miRNA-125b-5p, miR-150-5p and miR-3613-5p in the biological sample with the levels in a reference sample obtained from that patient prior to initiation of a treatment, wherein a decrease in the level of miRNA-125b-5p and an increase in the levels of miR-150-5p and miR-3613-5p is indicative of a response to the treatment for endometriosis. a. detecting levels of miRNA-125b-5p, miR-150-5p and miR-3613-5p in a body fluid sample from the subject having symptoms of endometriosis or suspected of having endometriosis; and b. comparing the levels of miRNA-125b-5p, miR-150-5p and miR-3613-5p in the biological sample with the levels in a reference sample obtained from that patient prior to initiation of a treatment, wherein a decrease in the level of miRNA-125b-5p and an increase in the levels of miR-150-5p and miR-3613-5p is indicative of a response to the treatment for endometriosis.
A control device comprising: a controller configured to, when a prediction value of an electricity fee is greater than a target value of an electricity fee and a difference between the prediction value and the target value is less than a first threshold, execute either one control of an electric power saving control for electric equipment and a charge-discharge control in which electric power supplied from a commercial electric power source is stored in a storage battery in a first time slot and the electric power stored in the storage battery is supplied to the electric equipment in a second time slot in which a unit cost of the electric power supplied from the commercial electric power source is greater than that in the first time slot, when the prediction value is greater than the target value and the difference is greater than the first threshold, execute control of both the electric power saving control and the charge-discharge control. when a prediction value of an electricity fee is greater than a target value of an electricity fee and a difference between the prediction value and the target value is less than a first threshold, execute either one control of an electric power saving control for electric equipment and a charge-discharge control in which electric power supplied from a commercial electric power source is stored in a storage battery in a first time slot and the electric power stored in the storage battery is supplied to the electric equipment in a second time slot in which a unit cost of the electric power supplied from the commercial electric power source is greater than that in the first time slot, when the prediction value is greater than the target value and the difference is greater than the first threshold, execute control of both the electric power saving control and the charge-discharge control.
Device for treating fluid mixtures that contain gases, in particular such as hydrogen (H 2 ), air, nitrogen (N 2 ) or natural gases, and liquids, in particular such as ionic liquids, hydraulic oil or process liquids, comprising at least one first separation stage for separating the fluid mixture into a liquid portion and a gas portion that is contaminated with a residual liquid portion , from which this residual liquid portion is cleaned in at least one further separation stage , a centrifugal separator being provided as a first separation stage , characterised in that an inner wall of a cyclone housing of the centrifugal separator delimits, at the lower end of said centrifugal separator adjacent to a collection chamber , an annular opening between a pipe section concentric to a vertical axis of a housing , said annular opening forming a connection between the region of the cylindrical cyclone housing that is furthest from the axis and the collection chamber .
Blower wheel in an integral design having a bottom disk and a cover disk between which a blade ring is formed having multiple blower wheel blades disposed in the circumferential direction at a spacing from one another, wherein the bottom disk defines a maximum radial diameter (da) and the cover disk forms an axial intake opening having a diameter (di), wherein the cover disk extends radially outwards from the circumferential edge which forms the intake opening and has a maximum outer diameter (dt), characterized in that the outer diameter ratio dt/da is set to a range of 0.69 or 0.74 with a respective maximum variation of ±0.03.
Apparatus for producing a valuable and/or security document, wherein the apparatus comprises a carrier device , wherein the carrier device has or forms receptacle elements for fixing and/or aligning a predetermined number of function modules , wherein the receptacle elements are arranged and/or formed in such a way that a plurality of function modules can be fixed to the carrier device in an arbitrary order, characterised in that the carrier device comprises a first receptacle section and a further receptacle section , wherein the further receptacle section is arranged at a predetermined angle obliquely to the first receptacle section .
Bag for transporting goods, comprising: - a corpus with a bottom side , a top side opposite to the bottom side and a wall that connects the bottom side and the top side , wherein the corpus includes an inner space that is accessible via an inner space opening at the top side, wherein - a handle with a first handle end and a second handle end , that are each arranged in the inner space of the corpus , - a first handle opening and a second handle opening through which the handle is fed from the inner space to the outside, - the first handle end and the second handle end respectively comprising a first carrying element and a second carrying element , via which a remaining part of the handle is removably fixed in the inner space of the corpus , - the first carrying element and the second carrying element are respectively fed through the first handle opening and the second handle opening , characterized in that the handle openings each include an edge protection element with a maximum extension that is smaller than a maximum extension of the respective carrying element . - a corpus with a bottom side , a top side opposite to the bottom side and a wall that connects the bottom side and the top side , wherein the corpus includes an inner space that is accessible via an inner space opening at the top side, wherein - a handle with a first handle end and a second handle end , that are each arranged in the inner space of the corpus , - a first handle opening and a second handle opening through which the handle is fed from the inner space to the outside, - the first handle end and the second handle end respectively comprising a first carrying element and a second carrying element , via which a remaining part of the handle is removably fixed in the inner space of the corpus , - the first carrying element and the second carrying element are respectively fed through the first handle opening and the second handle opening ,