mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic brake pressure control system, in particular for motorized single-track vehicles and/or for light motor vehicles, with an anti-lock control device for adjusting the brake pressure of at least one wheel brake of the vehicle to the slip conditions of a wheel associated with said wheel brake, which comprises a pressure medium assembly , which for its part comprises a housing block populated with electronically operated pressure medium control components, such as for example valves and/or pumps, and an electronic brake pressure control unit , wherein the brake pressure control unit carries out actuation of the pressure medium control components as required, and with a vehicle dynamics control device for stabilizing a driving state of the vehicle, which comprises dynamic control electronics that detect vehicle dynamic parameters of the vehicle, analyze said parameters to form control signals and feed said control signals to the brake pressure control unit , characterized in that the dynamic control electronics are attached to the pressure medium assembly and form a premountable unit, which is able to be fixed to a vehicle, together with the pressure medium assembly . with an anti-lock control device for adjusting the brake pressure of at least one wheel brake of the vehicle to the slip conditions of a wheel associated with said wheel brake, which comprises a pressure medium assembly , which for its part comprises a housing block populated with electronically operated pressure medium control components, such as for example valves and/or pumps, and an electronic brake pressure control unit , wherein the brake pressure control unit carries out actuation of the pressure medium control components as required, and with a vehicle dynamics control device for stabilizing a driving state of the vehicle, which comprises dynamic control electronics that detect vehicle dynamic parameters of the vehicle, analyze said parameters to form control signals and feed said control signals to the brake pressure control unit , characterized in that the dynamic control electronics are attached to the pressure medium assembly and form a premountable unit, which is able to be fixed to a vehicle, together with the pressure medium assembly .
An agricultural formulation comprising a purified bacterial population and an agriculturally acceptable carrier, wherein the bacterial population comprises a seed-origin bacterial endophyte having a 16S nucleic acid sequence at least 97% identical to any one of SEQ ID NOs: 522, 528, 533, 584, 589, 592, 595, 620, 770, or 1446, wherein said endophyte exhibits nitrogen fixation, and wherein the seed-origin bacterial endophyte is present in an amount effective to confer a benefit comprising increased tolerance to drought to a Gramineae agricultural plant seed to which the formulation is applied, an agricultural plant seedling to which the formulation is applied or a plant germinated from the seed or grown from the seedling, and wherein the increased tolerance to drought confers increased growth under drought conditions relative to reference seeds, seedlings or plants.
A tapered roller bearing comprising:an outer ring including an outer-ring raceway surface around an inner circumferential surface;an inner ring arranged on a radially inner side relative to the outer ring, the inner ring including an inner-ring raceway surface around an outer circumferential surface;a plurality of tapered rollers disposed between the outer-ring raceway surface and the inner-ring raceway surface, the tapered roller including a rolling surface in contact with the outer-ring raceway surface and the inner-ring raceway surface; anda cage including a plurality of pockets arranged at prescribed intervals in a circumferential direction, the cage accommodating and holding the plurality of tapered rollers in the plurality of pockets,the cage including a smaller annular portion continuous on a smaller-diameter end face side of the tapered roller , a larger annular portion continuous on a larger-diameter end face side of the tapered roller , and a plurality of posts that couple the annular portions to each other,the pocket being provided in such a trapezoidal shape that a portion accommodating a smaller diameter side of the tapered roller is located on a smaller width side and a portion accommodating a larger diameter side is located on a larger width side,by providing a notch having a width in the post on the smaller width side of the pocket of the cage from a boundary between the smaller annular portion and the post toward the larger annular portion, lubricating oil that flows from an inner diameter side of the cage toward the inner ring being quickly discharged from the notch toward the outer ring on an outer diameter side, and an edge of the smaller annular portion on a side of the pocket being in such a shape that a base portion on the smaller width side of the pocket extends to the post, at least any one of the outer ring, the inner ring, and the plurality of tapered rollers including a nitrogen enriched layer formed on a surface layer of the outer-ring raceway surface, the inner-ring raceway surface, or the rolling surface, a distance from an outermost surface of the surface layer to a bottom of the nitrogen enriched layer being not shorter than 0.2 mm, the rolling surface of the tapered roller being provided with a crowning profile, and a sum of drops of the crowning profiles being expressed in a y-z coordinate system with a generatrix of the rolling surface of the tapered roller being defined as a y axis and a direction orthogonal to the generatrix being defined as a z axis, in an expression z y = A In 1 1 − 1 − exp − z m A y − a K 2 a + 1 2 where K 1 , K 2 , and z m represent design parameters, Q represents a load, L represents a length in a direction of the generatrix, of an effective contact portion of the rolling surface in the tapered roller, E' represents an equivalent elastic modulus, a represents a length from an origin on the generatrix of the rolling surface of the tapered roller to an end of the effective contact portion, and A is defined as A = 2K 1 Q/πLE'.
A decoration component for a mobile terminal, comprising: a first decoration enclosure having a first through-hole and a receiving groove surrounding the first through-hole ; a second decoration enclosure being received in the receiving groove and protruding beyond the receiving groove in an axial direction of the first through-hole , and having a second through-hole corresponding to the first through-hole ; and a cover being coupled at a side of the second decoration enclosure facing away from the first decoration enclosure , the cover covering the second through-hole , wherein the second decoration enclosure comprises: a base ring being received in the receiving groove ; and a connecting protrusion protruding from the base ring towards a groove bottom of the receiving groove , characterized in that the connecting protrusion abuts against the groove bottom of the receiving groove , such that a void is defined by the base ring and the groove bottom of the receiving groove , and in that , the void is configured to receive a glue therein, and the second decoration enclosure is connected with the first decoration enclosure by the glue. a first decoration enclosure having a first through-hole and a receiving groove surrounding the first through-hole ; a second decoration enclosure being received in the receiving groove and protruding beyond the receiving groove in an axial direction of the first through-hole , and having a second through-hole corresponding to the first through-hole ; and a cover being coupled at a side of the second decoration enclosure facing away from the first decoration enclosure , the cover covering the second through-hole , wherein the second decoration enclosure comprises: a base ring being received in the receiving groove ; and a connecting protrusion protruding from the base ring towards a groove bottom of the receiving groove , a base ring being received in the receiving groove ; and a connecting protrusion protruding from the base ring towards a groove bottom of the receiving groove , characterized in that the connecting protrusion abuts against the groove bottom of the receiving groove , such that a void is defined by the base ring and the groove bottom of the receiving groove , and in that , the void is configured to receive a glue therein, and the second decoration enclosure is connected with the first decoration enclosure by the glue.
Sample transfer device for receiving a sample, with a transfer rod configured to receive a sample holder, wherein the sample holder is to be arranged in a chamber of the sample transfer device for the purpose of transferring the sample to a processing or analysis unit , characterised in that at least one measuring device for measuring a physical quantity, which influences the state of the sample located in the chamber, is arranged within the sample transfer device .
Deep-frying system comprising a deep fryer and a filtration system, wherein the deep fryer comprises a housing, which is delimited by outer walls, and a container that is suitable for containing a liquid, wherein the liquid is preferably an oil, wherein the deep fryer is connected to the filtration system, wherein the filtration system is configured such that it continuously receives a flow of the liquid in a closed-circuit configuration and leads said flow back into the container, wherein the container comprises at least one depth filter and/or pre-filter (ID: 3.0), wherein the filtration system comprises a first and a second filter circuit, wherein the first filter circuit comprises liquid-carrying tubes and at least one pump (ID: 2.0) for pumping the liquid, and is configured such that the flow of the liquid flows through the depth filter and/or pre-filter, wherein the second filter circuit comprises liquid-carrying tubes, at least two pumps (ID: 7.0, 9.9, 12.0) and a filter element formed from a membrane filter (ID: 10.0), wherein the liquid-carrying tubes of the second filter circuit are connected to the first filter circuit such that a partial flow of the flow of the first filter circuit is fed into the second filter circuit as flow.
Microfluidic device for creating within a cell assembly a cell-free area, comprising at least one cell chamber , wherein the at least one cell chamber comprises: - a fluid inlet for introducing fluid into the cell chamber , - a first area , - a second area , - at least one mechanical excluding means for excluding cells from the first area of the chamber and being operable between an excluding position and a releasing position via an actuation line , wherein the second area of the cell chamber is outside of the operation range of the mechanical excluding means . - a fluid inlet for introducing fluid into the cell chamber , - a first area , - a second area , - at least one mechanical excluding means for excluding cells from the first area of the chamber and being operable between an excluding position and a releasing position via an actuation line ,
A device , comprising: a control unit configured to control transmission of downlink data within a first period by allocating radio resources of a first frequency band shared by a plurality of wireless communication systems including a cellular system, and control retransmission of the downlink data within a second period by allocating radio resources of a second frequency band for the cellular system, characterized in that the control unit is configured to secure the first frequency band for a defined period through carrier sense and release the first frequency band at the end of the defined period , and in that the second period starts at a predetermined time before the end of the defined period . a control unit configured to control transmission of downlink data within a first period by allocating radio resources of a first frequency band shared by a plurality of wireless communication systems including a cellular system, and control retransmission of the downlink data within a second period by allocating radio resources of a second frequency band for the cellular system, characterized in that the control unit is configured to secure the first frequency band for a defined period through carrier sense and release the first frequency band at the end of the defined period , and in that the second period starts at a predetermined time before the end of the defined period .
A method for selective sampling to assess tissue texture in a specimen using magnetic resonance (MR) comprising: transmitting a first RF pulse with a first gradient chosen for first slice selection in the specimen; transmitting a second RF pulse with application of a second gradient chosen for slice selective refocusing in a region defined by an intersection of the first slice and a second slice defining a rod within the specimen; applying an encoding gradient pulse to induce phase wrap to create a spatial encode for a specific k-value and orientation; applying a low non-zero magnitude gradient having a first magnitude acting as a time dependent phase encode to produce a time varying trajectory through 3D k-space of k-value encodes, while simultaneously recording multiple sequential samples of the NMR RF signal at a sequence of k-values across a neighborhood proximate the specific k-value defined by height and pulse width of the non-zero magnitude gradient in a single excitation; setting a first receiver bandwidth to delineate a length of a volume of interest, VOI, within the rod during the data sampling; and post processing the samples at the sequence of k-values, recorded within a time span while the non-zero magnitude gradient is applied, to characterize the textural features of tissue(s) of the specimen in the VOI. transmitting a first RF pulse with a first gradient chosen for first slice selection in the specimen; transmitting a second RF pulse with application of a second gradient chosen for slice selective refocusing in a region defined by an intersection of the first slice and a second slice defining a rod within the specimen; applying an encoding gradient pulse to induce phase wrap to create a spatial encode for a specific k-value and orientation; applying a low non-zero magnitude gradient having a first magnitude acting as a time dependent phase encode to produce a time varying trajectory through 3D k-space of k-value encodes, while simultaneously recording multiple sequential samples of the NMR RF signal at a sequence of k-values across a neighborhood proximate the specific k-value defined by height and pulse width of the non-zero magnitude gradient in a single excitation; setting a first receiver bandwidth to delineate a length of a volume of interest, VOI, within the rod during the data sampling; and post processing the samples at the sequence of k-values, recorded within a time span while the non-zero magnitude gradient is applied, to characterize the textural features of tissue(s) of the specimen in the VOI.
A rocket fueling system comprising: an insulated jacket configured to removably couple to at least a portion of a rocket and form an enclosed space between the insulated jacket and the at least the portion of the rocket ; a cryogen inlet in the insulated jacket , wherein the cryogen inlet is configured to receive a cryogen into an interior chamber of the insulated jacket ; a cryogen outlet in the insulated jacket , wherein the cryogen outlet is configured to provide the cryogen from the interior chamber in the insulated jacket to the at least the portion of the rocket in the enclosed space ; a gas outlet in the insulated jacket configured to exhaust the cryogen from the enclosed space ; and a gas sensor configured to detect a flammable gas at the gas outlet . an insulated jacket configured to removably couple to at least a portion of a rocket and form an enclosed space between the insulated jacket and the at least the portion of the rocket ; a cryogen inlet in the insulated jacket , wherein the cryogen inlet is configured to receive a cryogen into an interior chamber of the insulated jacket ; a cryogen outlet in the insulated jacket , wherein the cryogen outlet is configured to provide the cryogen from the interior chamber in the insulated jacket to the at least the portion of the rocket in the enclosed space ; a gas outlet in the insulated jacket configured to exhaust the cryogen from the enclosed space ; and a gas sensor configured to detect a flammable gas at the gas outlet .
Computer-implemented method for managing a plurality of sets of configuration parameters for laboratory management systems including an inputting procedure (s10) for being inputted with a first set of configuration parameter values, the first set being referred to here as parent set; a creating procedure, referred to here as child set creating procedure (s20), for creating at least one second set of configuration parameter values based on the parent set, each second set being referred to here as child set, wherein creating a child set based on the parent set includes: causing (s22) the child set to inherit all the configuration parameter values of the parent set, wherein, after the step of causing (s22), if a child set's configuration parameter value inherited from the parent set is modified (s24), the child set's configuration parameter whose value has been modified is regarded as a child-specific parameter; and a modifying procedure (s30) for modifying a configuration parameter value of the parent set, wherein the modification causes the value of the corresponding configuration parameter of a child set to be modified if the configuration parameter is not a child-specific parameter. an inputting procedure (s10) for being inputted with a first set of configuration parameter values, the first set being referred to here as parent set; a creating procedure, referred to here as child set creating procedure (s20), for creating at least one second set of configuration parameter values based on the parent set, each second set being referred to here as child set, wherein creating a child set based on the parent set includes: causing (s22) the child set to inherit all the configuration parameter values of the parent set, wherein, after the step of causing (s22), if a child set's configuration parameter value inherited from the parent set is modified (s24), the child set's configuration parameter whose value has been modified is regarded as a child-specific parameter; and causing (s22) the child set to inherit all the configuration parameter values of the parent set, wherein, after the step of causing (s22), if a child set's configuration parameter value inherited from the parent set is modified (s24), the child set's configuration parameter whose value has been modified is regarded as a child-specific parameter; and a modifying procedure (s30) for modifying a configuration parameter value of the parent set, wherein the modification causes the value of the corresponding configuration parameter of a child set to be modified if the configuration parameter is not a child-specific parameter.
A method of detecting rainout in a respiratory therapy system, the method comprising: generating, via at least one microphone, first acoustic data representative of noise associated with the respiratory therapy system; analyzing the first acoustic data to detect a presence of liquid in the respiratory therapy system; transmitting, to a user of the respiratory therapy system, (i) a notification of the presence of the liquid in the respiratory therapy system characterized in that the method further comprises the steps of transmitting (ii) a recommendation for action to reduce or remove the liquid in the respiratory therapy system; generating, via the at least one microphone, second acoustic data representative of noise associated with the respiratory therapy system; analyzing the second acoustic data to determine an amount of the liquid remaining in the respiratory therapy system following the action; and in response to determining that the amount of the liquid remaining in the respiratory therapy system is less than a threshold amount, transmitting to the user a notification that the amount of liquid remaining in the respiratory therapy system is less than the threshold amount. generating, via at least one microphone, first acoustic data representative of noise associated with the respiratory therapy system; analyzing the first acoustic data to detect a presence of liquid in the respiratory therapy system; transmitting, to a user of the respiratory therapy system, (i) a notification of the presence of the liquid in the respiratory therapy system characterized in that the method further comprises the steps of transmitting (ii) a recommendation for action to reduce or remove the liquid in the respiratory therapy system; generating, via the at least one microphone, second acoustic data representative of noise associated with the respiratory therapy system; analyzing the second acoustic data to determine an amount of the liquid remaining in the respiratory therapy system following the action; and in response to determining that the amount of the liquid remaining in the respiratory therapy system is less than a threshold amount, transmitting to the user a notification that the amount of liquid remaining in the respiratory therapy system is less than the threshold amount.
A liquid container comprising an outer wall having an upper end and a lower end , a liquid material receptacle mounted internally of the outer wall adjacent to the upper end thereof, the liquid material receptacle having an open upper end adjacent the upper end of the outer wall , and a closed lower end remote from the upper end of the outer wall , wherein the liquid material receptacle tapers inwardly from the open upper end thereof to the closed lower end , characterized in that the container is provided with a cap which is arranged to engage with the outer wall adjacent the upper end thereof and is sealed by a membrane which extends across the open end of the liquid material receptacle containing a liquid material between the cap and the upper end of the wall , the membrane being arranged to be broken by a manually inserted applicator through an aperture of the cap into the liquid material , said aperture being surrounded by an internal lip arranged to wipe off excess liquid material from the applicator after withdrawal from the container .
Coalescence separator for separating liquid droplets from a gas flow, in particular for being used in a crankcase ventilation system, comprising a gas inlet, a gas outlet and a multilayer structure of a coalescing filter medium disposed between the gas inlet and the gas outlet, characterized in that the coalescing filter medium features a glass fiber paper having a single layer thickness greater than 0.8 mm and a maximum of 5 mm (material thickness analogous to ISO 534, however having a load of 10kPa), a surface mass of the single layer larger than 80 g/m 2 and less than 500 g/m 2 (DIN EN ISO 536) and an air permeability of the single layer of 350-1800 l/m 2 s (DIN EN ISO 9237 at 200Pa), wherein at least 90% of the glass fibers of the coalescing filter medium feature a fiber diameter larger than 2.5 μm (analogous to DIN 5381 1 :1970-07) and wherein the multilayer structure features between 2 and 80, in particular directly arranged layers one above the other of the coalescing filter medium, which are either stacked or wound.