mhurhangee/patent-ind-claim-en huggingface dataset:
Handheld power tool comprising a housing with a handle , a drive motor which is arranged in the housing , and a first interface , wherein the interface is designed to receive information from at least a second external interface and/or to transmit information to at least a second external interface , wherein the housing has a receiving opening , wherein the interface is arranged in the receiving opening in a removeable manner; wherein the receiving opening can be closed by a cover in a detachable manner; and wherein the cover closes off the housing towards the outside, characterized in that the receiving opening is arranged in the region of the handle .
An injection system comprising an injection module and a carrier , the injection module being removably attached to the carrier to be removably attachable to an injection molding machine , the injection module comprising: a material inlet through which material may be introduced into the module; a manifold defining an interior configured to receive a volume of material introduced into the module via the material inlet ; and a material outlet through which the volume of material disposed in the interior may be injected into a mold, wherein the material inlet , the interior and the material outlet define at least a portion of a flow path from a source of material to a mold, characterised in that the injection module further comprises an injection rod disposed within the interior, the injection rod selectively movable in a first direction, the movement in the first direction drawing the volume of material into the interior, and in a second direction opposite the first direction, the movement in the second direction injecting the volume of material into a mold. a material inlet through which material may be introduced into the module; a manifold defining an interior configured to receive a volume of material introduced into the module via the material inlet ; and a material outlet through which the volume of material disposed in the interior may be injected into a mold, wherein the material inlet , the interior and the material outlet define at least a portion of a flow path from a source of material to a mold, characterised in that the injection module further comprises an injection rod disposed within the interior, the injection rod selectively movable in a first direction, the movement in the first direction drawing the volume of material into the interior, and in a second direction opposite the first direction, the movement in the second direction injecting the volume of material into a mold.
Clutch test bench for testing multi-disc clutches , comprising a first drive unit and a second drive unit , the first drive unit being drive-connected to a first shaft , the first shaft being arranged rotatably in a first hollow shaft which is for its part rotatable, the second drive unit being drive-connected to a second shaft , the second shaft being arranged rotatably in a second hollow shaft which is for its part rotatable, and it being possible for the first and the second hollow shaft to be drive-connected by means of coupling means , characterized in that the first shaft and the second shaft are configured in each case for drive-coupling to outer discs of a multi-disc clutch , and the first hollow shaft and the second hollow shaft being configured in each case for drive-coupling to inner discs of the multi-disc clutch .
A drying system for drying soft capsules comprising: at least one dryer ; a unit in fluid communication with the dryer to provide an airflow to the dryer ; a humidifier configured to be able to increase the relative humidity within the dryer ; a heater configured to be able to increase a temperature of the air in the dryer , characterized in that the drying system further comprises a flow control valve configured to control an amount of the airflow from the unit to the dryer , and in that the heater is configured to increase the temperature over time according to a temperature ramp based on a melting point of a capsule shell of the soft capsules and a combination of the flow control valve and the humidifier is configured to control the relative humidity in the dryer such that the relative humidity in the dryer decreases over time from an initial relative humidity of 49%RH to 79%RH to an endpoint relative humidity of 10%RH to 24%RH, or from an initial relative humidity of 49%RH to 79%RH to an endpoint relative humidity of 23%RH to 57%RH, and the relative humidity is decreased in a manner whereby a differential between the relative humidity in the dryer and the equilibrium relative humidity of the soft capsules is maintained at 15%dRH to 35%dRH. at least one dryer ; a unit in fluid communication with the dryer to provide an airflow to the dryer ; a humidifier configured to be able to increase the relative humidity within the dryer ; a heater configured to be able to increase a temperature of the air in the dryer , characterized in that the drying system further comprises a flow control valve configured to control an amount of the airflow from the unit to the dryer , and in that the heater is configured to increase the temperature over time according to a temperature ramp based on a melting point of a capsule shell of the soft capsules and a combination of the flow control valve and the humidifier is configured to control the relative humidity in the dryer such that the relative humidity in the dryer decreases over time from an initial relative humidity of 49%RH to 79%RH to an endpoint relative humidity of 10%RH to 24%RH, or from an initial relative humidity of 49%RH to 79%RH to an endpoint relative humidity of 23%RH to 57%RH, and the relative humidity is decreased in a manner whereby a differential between the relative humidity in the dryer and the equilibrium relative humidity of the soft capsules is maintained at 15%dRH to 35%dRH.
A composition for topical administration of a bacteriophage lysin, comprising: (I) a bacteriophage lysin comprising the polypeptide of SEQ ID NO: 5 as an active ingredient, (II) a piperazine-containing zwitterionic buffering substance, which is 2-(4-(2-hydroxyethyl)-1-piperazinyl)-ethane sulfonic acid (HEPES), and (III) optionally a pharmaceutically acceptable carrier or excipient. (I) a bacteriophage lysin comprising the polypeptide of SEQ ID NO: 5 as an active ingredient, (II) a piperazine-containing zwitterionic buffering substance, which is 2-(4-(2-hydroxyethyl)-1-piperazinyl)-ethane sulfonic acid (HEPES), and (III) optionally a pharmaceutically acceptable carrier or excipient.
Pedal unit for a motor vehicle, comprising : - a pedal unit arranged to be fixed to a chassis of the vehicle, and - at least one pedal hinged to the pedal module to be operated by a driver's foot , the bottom bracket comprising at least one damping pad arranged to dampen a contact between a driver's foot and the bottom bracket module in particular in the event of a frontal impact of the vehicle, characterised in that the damping pad being fixed to the bottom bracket module, and in that the damping pad is fixed to fixing interfaces of the bottom bracket module. - a pedal unit arranged to be fixed to a chassis of the vehicle, and - at least one pedal hinged to the pedal module to be operated by a driver's foot , the bottom bracket comprising at least one damping pad arranged to dampen a contact between a driver's foot and the bottom bracket module in particular in the event of a frontal impact of the vehicle, characterised in that the damping pad being fixed to the bottom bracket module, and in that the damping pad is fixed to fixing interfaces of the bottom bracket module.
Dishwasher, in particular a program-controlled domestic dishwasher, comprising a washing container , which provides a washing chamber , for receiving washware to be cleaned, and a condensation dryer for applying external air to the external face of a side wall of the washing container , the condensation dryer being designed so as to be fan-free and having an air supply duct and a cooling duct which is fluidically connected to the air supply duct on the air outlet side and extends along a side wall of the washing container , characterised in that the air supply duct provides a diffuser-shaped extension of the flow cross-section on the air inlet side and has a slot-shaped opening extending on the air outlet side in the longitudinal direction of the air supply duct , the flow cross-section of the air supply duct tapering in the longitudinal direction , starting from the air-inlet-side extension .
A collapsible article carrier comprising a collapsible tubular structure (16/18/20/22/24/26; 116/118/120/122/124/126; 216/218/220/222/224/226; 316/318/320/322/324/326) and an end closure, the end closure comprising a first panel (38A/38C; 138A/138C; 238A/238C; 338A, 338C) and a second panel (38B; 138B: 238B; 338B), the first panel (38A/38C; 138A/138C; 238A/238C; 338A, 338C) comprising a proximal portion (38A; 138A; 238A; 338A) hinged to the tubular structure (16/18/20/22/24/26; 116/118/120/122/124/126; 216/218/220/222/224/226; 316/318/320/322/324/326) along a first fold line (37A; 137A; 237A; 337A) and a distal portion (38C; 138C; 238C; 338C) adjacent to the proximal portion (38A; 138A; 238A; 338A), the second panel being hinged to the tubular structure along a third fold line (37B; 137B; 237B; 337B), and the first (37A; 137A; 237A; 337A) and third (37B; 137B; 237B; 337B) fold lines being parallel to one another, the distal portion (38C; 138C; 238C; 338C) having a first free edge (E1) non-parallel to the first fold line (37A; 137A; 237A; 337A), wherein the second panel has a second free edge (E2) at least part of which is configured complementary to at least part of the first free edge (E1) and is disposed offset from the first free edge (E1) such that the first (E1) and second (E2) free edges extend alongside one another, characterized in that the second panel (38B; 138B; 238B; 338B) is secured to the distal portion (38C; 138C; 238C; 338C) in face-contacting arrangement.
Method for extracting natural biological compounds using a solvent comprising at least 99% para-menthane.
A method for providing a circuit for biological liquid comprising a plurality of connectors and a network for routing liquid between said connectors, characterized in that it comprises: - the step of obtaining a bag (11 ; 111) comprising two flexible films (25, 26 ; 125,126) attached together by a seal (27 ; 127) delimiting a closed contour with, open on the inside and on the outside of said contour, said routing network connectors (40A-40E) and an inflating connector ; - the step of obtaining a press (10 ; 10' ; 110) comprising two shells (13, 14 ; 13', 14 ; 113, 114) adapted to cooperate with said bag (11 ; 111) to form, between said films (25, 26 ; 125, 126), by clamping said bag (11 ; 111) between said shells (13, 14 ; 13', 14 ; 113, 114) and by injecting an inflating agent via said inflating connector , pipes (12; 112A-112F) of said routing network; said bag (11 ; 111) and said press (10 ; 10' ; 110) being selected in order for at least one said pipe (12 ; 112A-112F) to have a contour of which at least one portion is delimited exclusively by cooperation with said press (10 ; 10' ; 110), said press (10; 10'; 110) being selected with said shells (13, 14; 13', 14; 113, 114) each comprising a recessed channel for said at least one pipe (12; 112A-112F) having a contour of which at least one portion is delimited exclusively by cooperation with said press (10; 10'; 110); and - the step of forming said pipes (12 ; 112A-112F) by clamping said bag (11 ; 111) between said shells (13, 14 ; 13', 14 ; 113, 114) and by injecting an inflating agent via said inflating connector . - the step of obtaining a bag (11 ; 111) comprising two flexible films (25, 26 ; 125,126) attached together by a seal (27 ; 127) delimiting a closed contour with, open on the inside and on the outside of said contour, said routing network connectors (40A-40E) and an inflating connector ; - the step of obtaining a press (10 ; 10' ; 110) comprising two shells (13, 14 ; 13', 14 ; 113, 114) adapted to cooperate with said bag (11 ; 111) to form, between said films (25, 26 ; 125, 126), by clamping said bag (11 ; 111) between said shells (13, 14 ; 13', 14 ; 113, 114) and by injecting an inflating agent via said inflating connector , pipes (12; 112A-112F) of said routing network; said bag (11 ; 111) and said press (10 ; 10' ; 110) being selected in order for at least one said pipe (12 ; 112A-112F) to have a contour of which at least one portion is delimited exclusively by cooperation with said press (10 ; 10' ; 110), said press (10; 10'; 110) being selected with said shells (13, 14; 13', 14; 113, 114) each comprising a recessed channel for said at least one pipe (12; 112A-112F) having a contour of which at least one portion is delimited exclusively by cooperation with said press (10; 10'; 110); and - the step of forming said pipes (12 ; 112A-112F) by clamping said bag (11 ; 111) between said shells (13, 14 ; 13', 14 ; 113, 114) and by injecting an inflating agent via said inflating connector .
A method comprising: receiving, from at least one motion sensor associated with an object , acceleration data and angular velocity data of the object in response to an athletic action performed on the object; processing the acceleration data to establish vector rotation data between a frame of reference of the object and an Earth frame of reference; applying the vector rotation data to the acceleration data to obtain acceleration of the object in the Earth frame of reference; applying the vector rotation data to the angular velocity data to obtain angular velocity of the object in the Earth frame of reference; determining and isolating lift and drag forces acting on the object; providing, as an input to a neural network, the acceleration of the object in the Earth frame of reference, the angular velocity of the object in the Earth frame of reference, and the lift and drag forces; receiving from the neural network, an analysis of the athletic action performed on the object based on the angular velocity of the object in the Earth frame of reference and the lift and drag forces; and providing for display of the analysis of the athletic action. receiving, from at least one motion sensor associated with an object , acceleration data and angular velocity data of the object in response to an athletic action performed on the object; processing the acceleration data to establish vector rotation data between a frame of reference of the object and an Earth frame of reference; applying the vector rotation data to the acceleration data to obtain acceleration of the object in the Earth frame of reference; applying the vector rotation data to the angular velocity data to obtain angular velocity of the object in the Earth frame of reference; determining and isolating lift and drag forces acting on the object; providing, as an input to a neural network, the acceleration of the object in the Earth frame of reference, the angular velocity of the object in the Earth frame of reference, and the lift and drag forces; receiving from the neural network, an analysis of the athletic action performed on the object based on the angular velocity of the object in the Earth frame of reference and the lift and drag forces; and providing for display of the analysis of the athletic action.
An apparatus for obtaining plastic containers which comprises a device for feeding preforms, a device for heating the preforms picked up by said feeding device , a device for transferring the preforms heated by said heating device to a blow-molding device that is adapted to form said preforms into respective containers by blow-molding, said apparatus comprising a supporting framework for a plurality of grip chucks that can be moved along a movement circuit and are intended to carry a respective preform picked up by said feeding device to said heating means in order to transport it, when heated, to said transfer device , said grip chucks having a respective retention head that comprises at least one retention element designed to lock the neck of a respective preform into place, said apparatus comprising, along the extension of said movement circuit , automated means for changing said retention elements , said automated means being adapted to remove and store said retention elements to be replaced and to pick up, and couple with a respective grip chuck , retention elements that are different from said retention elements to be replaced, characterized in that said automated means comprise an unloading device moveable on command between a working position, in which it is adapted to remove at least one retention element from a respective grip chuck , and an unloading position, in which it stores, at a storage region , said at least one retention element removed from the respective grip chuck , said automated means comprise a loading device that can be moved on command between a pick-up position, in which it is adapted to pick up at least one retention element from a pick-up region , and a replacement position, in which it is adapted to couple said at least one retention element picked up from said pick-up region with a respective grip chuck , said loading device and said unloading device are constituted by a single replacement element comprising a supporting element supporting one or more grip elements and being kinematically connected to an articulated movement arm , said retention elements being provided with one or more engagement pins being inserteable in a respective sliding guide defined at a respective grip chuck , said grip elements being moveable in order to insert and disconnect the engagement pin or pins into and from the respective sliding guide so as to enable the picking up from and the coupling of the retention elements from and with the respective grip chuck .
Device for metering of fluids by means of a metering syringe, having a syringe plunger guided through a glass tube , a syringe head which is arranged on the glass tube in a force-fitting and adhesive-free manner by means of a press connection, wherein the glass tube is provided with a sheath , and wherein lids are arranged at the ends of the sheath , characterised in that the lids and the ends of the sheath have screw threads which are compatible with one another, characterised in that the syringe head is guided from the inside through the syringe lid to the outside. wherein the glass tube is provided with a sheath , and wherein lids are arranged at the ends of the sheath , characterised in that the lids and the ends of the sheath have screw threads which are compatible with one another, characterised in that the syringe head is guided from the inside through the syringe lid to the outside.
An on-vehicle power supply device comprising: an electricity storage ; a charge circuit that is provided on a charging route of the electricity storage , and charges the electricity storage with power; a discharge circuit that is provided on an output route of the electricity storage , and discharges the power of the electricity storage ; an input unit that is connected with the charge circuit ; an output unit that is connected with the discharge circuit ; and a controller that detects an input voltage of the input unit , an output current of the output unit , and an output voltage of the output unit , and controls the charge circuit and the discharge circuit , wherein when the controller decides that an emergency operation condition is satisfied, the charge circuit stops charging of the electricity storage , then the discharge circuit discharges the power at a first voltage value, and the controller further causes the discharge circuit to discharge the power charged in the electricity storage , characterized in that when the power output from the discharge circuit becomes higher than a power threshold, the discharge circuit discharges the power at a second voltage value smaller than the first voltage value. an electricity storage ; a charge circuit that is provided on a charging route of the electricity storage , and charges the electricity storage with power; a discharge circuit that is provided on an output route of the electricity storage , and discharges the power of the electricity storage ; an input unit that is connected with the charge circuit ; an output unit that is connected with the discharge circuit ; and a controller that detects an input voltage of the input unit , an output current of the output unit , and an output voltage of the output unit , and controls the charge circuit and the discharge circuit , wherein when the controller decides that an emergency operation condition is satisfied, the charge circuit stops charging of the electricity storage , then the discharge circuit discharges the power at a first voltage value, and the controller further causes the discharge circuit to discharge the power charged in the electricity storage , characterized in that when the power output from the discharge circuit becomes higher than a power threshold, the discharge circuit discharges the power at a second voltage value smaller than the first voltage value.
A method of determining whether to perform a garbage collection operation comprising: identifying a container of data residing within a non-volatile memory, wherein the container comprises one or more discrete objects (220-240); determining a deletion predictor related to the container at a first epoch; computing a cost of garbage collection for the container at the first epoch; estimating a benefit for performing garbage collection at the first epoch based on at least the determined deletion predictor; determining a net benefit of performing garbage collection for the container at the first epoch based on the computed cost and the estimated benefit; determining the deletion predictor related to the container for a pre-determined number of epochs following the first epoch; generating a net benefit for the container at each epoch of the pre-determined number of epochs following the first epoch; identifying the epoch at which the net benefit is greatest; and scheduling a garbage collection at the epoch at which the net benefit is greatest. identifying a container of data residing within a non-volatile memory, wherein the container comprises one or more discrete objects (220-240); determining a deletion predictor related to the container at a first epoch; computing a cost of garbage collection for the container at the first epoch; estimating a benefit for performing garbage collection at the first epoch based on at least the determined deletion predictor; determining a net benefit of performing garbage collection for the container at the first epoch based on the computed cost and the estimated benefit; determining the deletion predictor related to the container for a pre-determined number of epochs following the first epoch; generating a net benefit for the container at each epoch of the pre-determined number of epochs following the first epoch; identifying the epoch at which the net benefit is greatest; and scheduling a garbage collection at the epoch at which the net benefit is greatest.