mhurhangee/patent-ind-claim-en huggingface dataset:
A method for buffering a product sterilized by means of continuous-flow heating/heat retention in a flash heating unit in a buffer tank connected downstream thereof before filling the product into bottles , cans or similar containers in a filler connected downstream of the buffer tank, wherein an actual fill level (FS) of the product in the buffer tank is monitored and an input-side volume flow (VSE) of the product into the buffer tank is regulated as a function of the actual fill level, wherein in a programmed control unit an output-side volume flow (VSA) of the product from the buffer tank is monitored and the input-side volume flow within at least one predetermined operating range (AB) of the actual fill level is also controlled as a function of the output-side volume flow and for this a set value (VSE') of the input-side volume flow is calculated as a function of the actual fill level (FS) and of the output-side volume flow (VSA), and that a set pasteurization temperature (PT') is calculated from the set value (VSE') of the input-side volume flow (VSE) and a set pasteurization level (PE') for temperature control of the continuous-flow heating/heat retention, wherein a set pasteurization volume flow (VSP') required to achieve the set pasteurization degree (PE') is calculated as a function of an actual pasteurization temperature (PT) prevailing in the area of the continuous-flow heating/heat retention for flow control of the continuous-flow heating/heat retention.
An assembly comprising: a first frame defining a central component of a core of a tray table and comprising a first set of engagement features integrally formed in the first frame ; a second frame defining a leftward component of the core of the tray table and comprising a second set of engagement features integrally formed in the second frame ; and a third frame defining a rightward component of the core of the tray table and comprising a third set of engagement features integrally formed in the third frame ; wherein the first set of engagement features is configured to engage the second set of engagement features and the third set of engagement features so that the first frame , the second frame , and the third frame connect together to form the core of the tray table; wherein the first set of engagement features is configurable among multiple alternative modes of engagement with the second set of engagement features and the third set of engagement features so as to form multiple alternative widths of the core of the tray table; and wherein the second frame and the third frame each comprise a respective frame comprising a sliding assembly comprising: a base integrally formed in the respective frame ; a pair of projections extending from the base and curved toward one another; and a shaft slidably received by the pair of projections so as to facilitate sliding of the core of the tray table relative to the shaft . a first frame defining a central component of a core of a tray table and comprising a first set of engagement features integrally formed in the first frame ; a second frame defining a leftward component of the core of the tray table and comprising a second set of engagement features integrally formed in the second frame ; and a third frame defining a rightward component of the core of the tray table and comprising a third set of engagement features integrally formed in the third frame ; wherein the first set of engagement features is configured to engage the second set of engagement features and the third set of engagement features so that the first frame , the second frame , and the third frame connect together to form the core of the tray table; wherein the first set of engagement features is configurable among multiple alternative modes of engagement with the second set of engagement features and the third set of engagement features so as to form multiple alternative widths of the core of the tray table; and wherein the second frame and the third frame each comprise a respective frame comprising a sliding assembly comprising: a base integrally formed in the respective frame ; a pair of projections extending from the base and curved toward one another; and a shaft slidably received by the pair of projections so as to facilitate sliding of the core of the tray table relative to the shaft . a base integrally formed in the respective frame ; a pair of projections extending from the base and curved toward one another; and a shaft slidably received by the pair of projections so as to facilitate sliding of the core of the tray table relative to the shaft .
A towing hook arrangement for a vehicle , said towing hook arrangement comprising a towing hook , an electrical motor , said electrical motor being adapted to interact with said towing hook , said towing hook arrangement being adapted to, at least temporary, determine the amount of power supplied to said electrical motor , characterised in that said towing hook arrangement further comprises an electronic control unit (ECU) configured to supervise said amount of power supplied to said electrical motor in order to determine the amount of external load applied to said towing hook .
An agricultural system , comprising: an agricultural baler comprising: a pick-up arrangement for collecting plant matter , the pick-up arrangement comprising at least one roller for feeding crop into the baler ; a pick-up drive shaft for moving the roller at a desired rotational speed, wherein the pick-up drive shaft is connected to the roller via at least one clutch for selectively transferring power between the pick-up drive shaft and the roller ; a control unit ; characterised in that the control unit is configured to: receive clutch-status-data indicative of an engagement status of the at least one clutch ; determine a speed-control-signal for varying the rotational speed of the pick-up drive shaft on the basis of the clutch-status-data; and provide the speed-control-signal to a driveline for driving the pick-up drive shaft . an agricultural baler comprising: a pick-up arrangement for collecting plant matter , the pick-up arrangement comprising at least one roller for feeding crop into the baler ; a pick-up drive shaft for moving the roller at a desired rotational speed, wherein the pick-up drive shaft is connected to the roller via at least one clutch for selectively transferring power between the pick-up drive shaft and the roller ; a pick-up arrangement for collecting plant matter , the pick-up arrangement comprising at least one roller for feeding crop into the baler ; a pick-up drive shaft for moving the roller at a desired rotational speed, wherein the pick-up drive shaft is connected to the roller via at least one clutch for selectively transferring power between the pick-up drive shaft and the roller ; a control unit ; characterised in that the control unit is configured to: receive clutch-status-data indicative of an engagement status of the at least one clutch ; determine a speed-control-signal for varying the rotational speed of the pick-up drive shaft on the basis of the clutch-status-data; and provide the speed-control-signal to a driveline for driving the pick-up drive shaft . receive clutch-status-data indicative of an engagement status of the at least one clutch ; determine a speed-control-signal for varying the rotational speed of the pick-up drive shaft on the basis of the clutch-status-data; and provide the speed-control-signal to a driveline for driving the pick-up drive shaft .
A method for detecting a dissolution rate of a preparation containing colloidal bismuth pectin, comprising steps of: according to " Pharmacopoeia of the People's Republic of China , 2010 Edition, Volume 2, Appendix XC", dispersing the preparation containing the colloidal bismuth pectin into dissolution medium, dissolving for 3-120min with a centrifuging rate of 30-150r/min, and directly obtaining dissolution liquid; adding a protonic acid dissociation agent into the dissolution liquid until a hydrogen ion concentration reaches 0.8-1.2mol/L; centrifuging after completely dissociation; separating a supernatant; coloring the supernatant by adding a chromogen solution of citric acid or ascorbic acid and potassium iodide to obtain a test solution; testing an absorbance of the test solution at a wavelength of 380-470nm; comparing the absorbance of the test solution with an absorbance of a reference solution with a known bismuth concentration under same conditions; calculating a dissolution amount, which is accounted by bismuth, of the colloidal bismuth pectin; wherein the dissolution medium is water, a buffer solution with a pH of 1.0-10.0, or an acid solution.
A medical article comprising: an occlusive layer; an absorbent substrate selected from foam, fabric, nonwoven, hydrocolloid, hydrogel, and combinations thereof overlaying the occlusive layer, wherein the substrate having two opposing major surfaces; a metal oxide layer overlaying the substrate, wherein the metal oxide layer comprises an antimicrobial metal oxide and wherein the metal oxide layer comprises less than 40 wt.% non-oxidized metal; and a metal layer overlaying the metal oxide layer. an occlusive layer; an absorbent substrate selected from foam, fabric, nonwoven, hydrocolloid, hydrogel, and combinations thereof overlaying the occlusive layer, wherein the substrate having two opposing major surfaces; a metal oxide layer overlaying the substrate, wherein the metal oxide layer comprises an antimicrobial metal oxide and wherein the metal oxide layer comprises less than 40 wt.% non-oxidized metal; and a metal layer overlaying the metal oxide layer.
Fire suppression arrangement for suppressing a fire in a battery pack, such as a lithium-ion battery pack , said arrangement comprising said battery pack , and a thermal management system comprising a liquid circuit for circulating a liquid to control the temperature of said battery pack , characterized in that said liquid circuit comprises at least one opening which is closed by a sealing member comprising a fusible portion , wherein said fusible portion is configured to melt when exposed to a temperature above a predetermined activation temperature, thereby allowing liquid to be discharged from said liquid circuit through said opening to cool a portion of said battery pack in the event of an abnormal temperature rise near said opening , wherein said sealing member comprises a mist spraying nozzle , a fluid passage of which is sealed by said fusible portion . said battery pack , and a thermal management system comprising a liquid circuit for circulating a liquid to control the temperature of said battery pack , characterized in that said liquid circuit comprises at least one opening which is closed by a sealing member comprising a fusible portion , wherein said fusible portion is configured to melt when exposed to a temperature above a predetermined activation temperature, thereby allowing liquid to be discharged from said liquid circuit through said opening to cool a portion of said battery pack in the event of an abnormal temperature rise near said opening , wherein said sealing member comprises a mist spraying nozzle , a fluid passage of which is sealed by said fusible portion .
Process for the selective concentration of immunoglobulins or other proteins that contain an Fc domain (target protein), comprising the following steps: a. preparing a solution that contains the target protein, wherein the solution has a pH of 5.5-9, preferably 6-8; b. incorporating an Fc-binding protein with precisely two binding sites under conditions that allow binding to occur, wherein the Fc-binding protein is a dimer of an Fc-binding domain of protein A, wherein the Fc-binding protein is not linked to a polymer; c. separating the precipitate from the liquid phase; d. undoing the binding of the target protein from the Fc-binding protein at a pH of 2-4.5. a. preparing a solution that contains the target protein, wherein the solution has a pH of 5.5-9, preferably 6-8; b. incorporating an Fc-binding protein with precisely two binding sites under conditions that allow binding to occur, wherein the Fc-binding protein is a dimer of an Fc-binding domain of protein A, wherein the Fc-binding protein is not linked to a polymer; c. separating the precipitate from the liquid phase; d. undoing the binding of the target protein from the Fc-binding protein at a pH of 2-4.5.
A lubricant composition comprising: a) a hydrocarbon lubricating base stock, b) from 1 to 15 wt.% of a carboxylic acid mono-ester, and c) from 1 to 15 wt.% of a dicarboxylic acid di-ester. a) a hydrocarbon lubricating base stock, b) from 1 to 15 wt.% of a carboxylic acid mono-ester, and c) from 1 to 15 wt.% of a dicarboxylic acid di-ester.
An automatic parking method, comprising the following steps: acquiring a panoramic image near a vehicle, and recognizing a parking space line in the panoramic image ; determining whether a parking space exists near the vehicle according to a recognition result ; if the recognition result is no, generating a virtual parking space ; and controlling the vehicle to park automatically according to the virtual parking space ; characterized in that during automatic parking, an automatic parking trajectory is planned according to actual physical position coordinates of the virtual parking space on the ground, wherein after the virtual parking space is generated, system parameters are calibrated and adjusted, wherein an image taken by a camera is displayed on a display device, calibration coordinate points of the image are acquired, physical coordinates of the virtual parking space are acquired, location coordinate information of the calibration coordinate points and of the physical coordinates is substituted into a preset conversion algorithm to calculate the physical position coordinates of corresponding calibration points in respective preset coordinate systems, a deviation of the physical position coordinates obtained through calculation from the physical position coordinates of the corresponding calibration point preset in the respective coordinate system is calculated to obtain the deviation value of the camera, and parameter compensation is performed on the image until the calibration is controlled within an allowable range. acquiring a panoramic image near a vehicle, and recognizing a parking space line in the panoramic image ; determining whether a parking space exists near the vehicle according to a recognition result ; if the recognition result is no, generating a virtual parking space ; and controlling the vehicle to park automatically according to the virtual parking space ; characterized in that during automatic parking, an automatic parking trajectory is planned according to actual physical position coordinates of the virtual parking space on the ground, wherein after the virtual parking space is generated, system parameters are calibrated and adjusted, wherein an image taken by a camera is displayed on a display device, calibration coordinate points of the image are acquired, physical coordinates of the virtual parking space are acquired, location coordinate information of the calibration coordinate points and of the physical coordinates is substituted into a preset conversion algorithm to calculate the physical position coordinates of corresponding calibration points in respective preset coordinate systems, a deviation of the physical position coordinates obtained through calculation from the physical position coordinates of the corresponding calibration point preset in the respective coordinate system is calculated to obtain the deviation value of the camera, and parameter compensation is performed on the image until the calibration is controlled within an allowable range.
An electrical connector , in particular a squib connector for a safety restraint system for an automotive vehicle, which can be plugged into a mating electrical connector along a plug-in direction (E), comprising: a housing comprising a recess which is sized to receive a compression spring , and a compression spring with a longitudinal axis (A), the compression spring , which is unloaded in a plugged-in position, is configured to oppose plugging of the connector into the mating connector in a loaded state of the compression spring , and a position assurance element of the connector, comprising a head configured in a manner such that the head is disposed in the recess of the housing with the head being inserted through a first end of the compression spring , the position assurance element of the connector being capable of being displaced in the plug-in direction (E) when the connector is plugged into the mating connector from a delivery position towards the plugged-in position, the first end of the compression spring exerting a force only on the position assurance element of the connector, the position assurance element exerting a force on the housing and a second end of the compression spring , which is opposite to the first end along the longitudinal axis of the spring (A), exerting a force only on the recess of the housing , characterized in that the housing is a one-piece housing . a housing comprising a recess which is sized to receive a compression spring , and a compression spring with a longitudinal axis (A), the compression spring , which is unloaded in a plugged-in position, is configured to oppose plugging of the connector into the mating connector in a loaded state of the compression spring , and a position assurance element of the connector, comprising a head configured in a manner such that the head is disposed in the recess of the housing with the head being inserted through a first end of the compression spring , the position assurance element of the connector being capable of being displaced in the plug-in direction (E) when the connector is plugged into the mating connector from a delivery position towards the plugged-in position, the first end of the compression spring exerting a force only on the position assurance element of the connector, the position assurance element exerting a force on the housing and a second end of the compression spring , which is opposite to the first end along the longitudinal axis of the spring (A), exerting a force only on the recess of the housing , characterized in that the housing is a one-piece housing .
A device for filtering molten plastic having an inlet valve , an outlet valve and a filter canister , in which a cavity is formed that is closeable by means of a removable cover and into which a melt channel opens, wherein in the filter canister , a plurality of filter candles is arranged, each being formed by a filter carrier and a filter sock , wherein the filter carrier is fixed to the filter canister and comprises a wall with a plurality of openings, which wall defines an interior space that opens to a collector channel through an outlet , wherein the filter sock covers the openings of the filter carrier , wherein the melt channel in connected to the inlet valve and may be brought into fluid communication with an inlet channel via the inlet valve and wherein the collector channel is connected to the outlet valve and may be brought into fluid communication with an outlet channel via the outlet valve , and wherein the cover fixes the filter socks on the filter carriers , characterized in that the device has a ventilation channel communicating with the inlet valve and a drainage channel communicating with the outlet valve , wherein the melt channel is connectable with the ventilation channel via the inlet valve and the collector channel is connectable with the drainage channel via the outlet valve .
A power supply device comprising: a plurality of battery units (30a-30d) replaceably connected to a battery connection part; an output unit for outputting electric power from one of the battery units (30a-30d) to a load; an input unit for supplying electric power to one of the battery units (30a-30d); and a control unit for controlling connection of the plurality of battery units (30a-30d) with respect to the output unit and the input unit; wherein the control unit is configured to select a battery unit (30a-30d) having a remaining charge amount that is smallest among the plurality of battery units (30a-30d) and equal to or greater than a first predetermined amount, and to connect the selected battery unit (30a-30d) to the output unit such that the selected battery unit (30a-30d) is discharged by supplying electric power to the load connected to the output unit, wherein the control unit is configured to select a battery unit (30a-30d) having a remaining charge amount that is the largest among the plurality of battery units (30a-30d) and less than a second predetermined amount, and to connect the selected battery unit (30a-30d) to the input unit, wherein the control unit is configured to detect connection states of the input unit, the output unit, and the plurality of battery units (30a-30d), and to reselect the battery units (30a-30d) to be connected to the input unit and the output unit in a case where any of the connection states changes. a plurality of battery units (30a-30d) replaceably connected to a battery connection part; an output unit for outputting electric power from one of the battery units (30a-30d) to a load; an input unit for supplying electric power to one of the battery units (30a-30d); and a control unit for controlling connection of the plurality of battery units (30a-30d) with respect to the output unit and the input unit; wherein the control unit is configured to select a battery unit (30a-30d) having a remaining charge amount that is smallest among the plurality of battery units (30a-30d) and equal to or greater than a first predetermined amount, and to connect the selected battery unit (30a-30d) to the output unit such that the selected battery unit (30a-30d) is discharged by supplying electric power to the load connected to the output unit, wherein the control unit is configured to select a battery unit (30a-30d) having a remaining charge amount that is the largest among the plurality of battery units (30a-30d) and less than a second predetermined amount, and to connect the selected battery unit (30a-30d) to the input unit, wherein the control unit is configured to detect connection states of the input unit, the output unit, and the plurality of battery units (30a-30d), and to reselect the battery units (30a-30d) to be connected to the input unit and the output unit in a case where any of the connection states changes.