mhurhangee/ep-ind-claims huggingface dataset:
An internal combustion engine comprising: a cylinder; a piston reciprocally movable within the cylinder between a top dead center and a bottom dead center, the piston separating the cylinder into an upper piston section and a lower piston section, the piston including at least one piston ring (32, 34) configured to sealingly contact the cylinder and having a piston ring thickness; a cylinder head for closing an upper end of the cylinder; an annular crevice being in fluid communication with the upper piston section and being defined by the cylinder, the piston, and the at least one piston ring (32, 34); a plurality of venting grooves (14, 16) vertically disposed in the cylinder and each having a length being greater than the piston ring thickness, the plurality of venting grooves (14, 16) being configured and positioned to fluidly connect the annular crevice with the lower piston section, only when the piston has a position corresponding to a crank angle range of about 85° to 95° and about 265° to 275° after the top dead center; and an inlet channel provided in the cylinder head and fluidly connected to the upper piston section and configured to supply an air/fuel-mixture into the upper piston section, wherein the lower piston section is configured to be fluidly connected to the inlet channel, such that the vented unburned air/fuel mixture is re-supplied to the upper piston section during a subsequent cycle. a cylinder; a piston reciprocally movable within the cylinder between a top dead center and a bottom dead center, the piston separating the cylinder into an upper piston section and a lower piston section, the piston including at least one piston ring (32, 34) configured to sealingly contact the cylinder and having a piston ring thickness; a cylinder head for closing an upper end of the cylinder; an annular crevice being in fluid communication with the upper piston section and being defined by the cylinder, the piston, and the at least one piston ring (32, 34); a plurality of venting grooves (14, 16) vertically disposed in the cylinder and each having a length being greater than the piston ring thickness, the plurality of venting grooves (14, 16) being configured and positioned to fluidly connect the annular crevice with the lower piston section, only when the piston has a position corresponding to a crank angle range of about 85° to 95° and about 265° to 275° after the top dead center; and an inlet channel provided in the cylinder head and fluidly connected to the upper piston section and configured to supply an air/fuel-mixture into the upper piston section, wherein the lower piston section is configured to be fluidly connected to the inlet channel, such that the vented unburned air/fuel mixture is re-supplied to the upper piston section during a subsequent cycle.
A compound comprising a linker, an oxygen-concentration-responsive phosphorophore linked to a first end of the linker, and a fluorophore linked to a second end of the linker, wherein the oxygen-concentration-responsive phosphorophore is a group containing an iridium complex having any one of the following structures:
Method for controlling and/or regulating a sensor arrangement in an agricultural distribution machine for detecting at least one parameter, such as the position, the speed and/or other parameters, of at least one moving object, in particular the spreadable material particles of the spreadable material of an agricultural distribution machine, the at least one distribution parameter of which, for example the lateral distribution or the throwing direction, is determined by means of the sensor arrangement, comprising at least two transmitter/detector combinations (1, 2) for detecting electromagnetic waves (S1, S2), preferably radar beams, or sound waves, characterized in that the transmitter frequency of at least one transmitter (1.1, 2.1) is adapted in such a manner that the signal-to-noise ratio of at least one detector (1.2, 2.2) is increased and/or the noise of at least one detector signal is reduced, wherein, in order to reduce the noise level of at least one detector signal, each of the at least two transmitter/detector combinations (1, 2) is operated with an individually different, stipulated or variable transmission frequency.
A method of recovering a database, the method comprising the steps of: after the database becomes unavailable, extracting, using a processor, a last change marker from a backup database; copying, using the processor, transaction logs from a plurality of application servers; creating, using the processor, a transaction log database including the copied transaction logs, wherein each transaction in the transaction log database including the copied transaction logs includes input data, processed data, a timestamp corresponding to a transaction log time, and a change marker that reflects an order of transactions of the copied identifying, using a sorting and filter module, one or more transactions in the transaction log database including the copied transaction logs that have change markers that follow the last change marker; executing, using a replay module, the one or more transactions that were identified; and generating a recovered database including the one or more transactions that were executed after the database becomes unavailable, extracting, using a processor, a last change marker from a backup database; copying, using the processor, transaction logs from a plurality of application servers; creating, using the processor, a transaction log database including the copied transaction logs, wherein each transaction in the transaction log database including the copied transaction logs includes input data, processed data, a timestamp corresponding to a transaction log time, and a change marker that reflects an order of transactions of the copied identifying, using a sorting and filter module, one or more transactions in the transaction log database including the copied transaction logs that have change markers that follow the last change marker; executing, using a replay module, the one or more transactions that were identified; and generating a recovered database including the one or more transactions that were executed
A securing device for securing a panel of a drawer on a frame, having - at least one panel support which can be arranged on the panel having an end face facing towards the panel, - at least one adapter which can be secured in a frame, on which the panel support can be secured, - wherein the adapter has at least one catching device, using which a respective connecting element arranged on the panel support can be secured in an installation position on the adapter, - wherein the panel support can be pushed in the frame longitudinal direction onto the adapter of the frame, - wherein an interacting catch device is formed between a lateral wall (61, 62) of the adapter and a lateral wall (71, 75) of the panel support arranged opposite thereto, by which the panel support is held displaceably in a linearly limited manner in the release direction on the adapter when the catching device(s) is/are released - wherein between two lateral walls (71, 75) of the panel support oriented approximately parallel to one another, at least one support surface arranged vertically in relation thereto is formed, which is formed as a sheet metal tongue and is bent from the respective side wall (71, 75) of the panel support towards the other side wall (71, 75), which support surface has a greater distance to the end face of the panel support in the frame longitudinal direction than respective one connecting element of the panel support. - at least one panel support which can be arranged on the panel having an end face facing towards the panel, - at least one adapter which can be secured in a frame, on which the panel support can be secured, - wherein the adapter has at least one catching device, using which a respective connecting element arranged on the panel support can be secured in an installation position on the adapter, - wherein the panel support can be pushed in the frame longitudinal direction onto the adapter of the frame, - wherein an interacting catch device is formed between a lateral wall (61, 62) of the adapter and a lateral wall (71, 75) of the panel support arranged opposite thereto, by which the panel support is held displaceably in a linearly limited manner in the release direction on the adapter when the catching device(s) is/are released - wherein between two lateral walls (71, 75) of the panel support oriented approximately parallel to one another, at least one support surface arranged vertically in relation thereto is formed, which is formed as a sheet metal tongue and is bent from the respective side wall (71, 75) of the panel support towards the other side wall (71, 75), which support surface has a greater distance to the end face of the panel support in the frame longitudinal direction than respective one connecting element of the panel support.
An agricultural baler, comprising: a chassis; a main bale chamber; an axle arrangement coupled with the chassis; the axle arrangement includes: a first axle with a first end and a second end, the first end being coupled with the chassis by a first leaf spring and a generally vertically arranged first hydraulic cylinder, the second end being coupled with the chassis by a second leaf spring and a generally vertically arranged second hydraulic cylinder; a second axle with a first end and a second end, the first end being coupled with the chassis by a first leaf spring and a generally vertically arranged first hydraulic cylinder, the second end being coupled with the chassis by a second leaf spring and a generally vertically arranged second hydraulic cylinder; characterized in that: the axle arrangement further includes: a hydraulic circuit fluidly interconnecting the first hydraulic cylinder on the first axle with the first hydraulic cylinder on the second axle, and fluidly interconnecting the second hydraulic cylinder on the first axle with the second hydraulic cylinder on the second axle. a chassis; a main bale chamber; an axle arrangement coupled with the chassis; the axle arrangement includes: a first axle with a first end and a second end, the first end being coupled with the chassis by a first leaf spring and a generally vertically arranged first hydraulic cylinder, the second end being coupled with the chassis by a second leaf spring and a generally vertically arranged second hydraulic cylinder; a second axle with a first end and a second end, the first end being coupled with the chassis by a first leaf spring and a generally vertically arranged first hydraulic cylinder, the second end being coupled with the chassis by a second leaf spring and a generally vertically arranged second hydraulic cylinder; characterized in that: the axle arrangement further includes: a hydraulic circuit fluidly interconnecting the first hydraulic cylinder on the first axle with the first hydraulic cylinder on the second axle, and fluidly interconnecting the second hydraulic cylinder on the first axle with the second hydraulic cylinder on the second axle. a first axle with a first end and a second end, the first end being coupled with the chassis by a first leaf spring and a generally vertically arranged first hydraulic cylinder, the second end being coupled with the chassis by a second leaf spring and a generally vertically arranged second hydraulic cylinder; a second axle with a first end and a second end, the first end being coupled with the chassis by a first leaf spring and a generally vertically arranged first hydraulic cylinder, the second end being coupled with the chassis by a second leaf spring and a generally vertically arranged second hydraulic cylinder; characterized in that: the axle arrangement further includes: a hydraulic circuit fluidly interconnecting the first hydraulic cylinder on the first axle with the first hydraulic cylinder on the second axle, and fluidly interconnecting the second hydraulic cylinder on the first axle with the second hydraulic cylinder on the second axle.
A computer-implemented method for detecting shared audio content between a first audio signal and a second audio signal, wherein a set of query fingerprints is extracted from the first audio signal, and a set of reference fingerprints is extracted from the second audio signal, the method comprising: calculating a first matching score between each query fingerprint and at least one reference fingerprint using a first matching algorithm, wherein each query fingerprint and the reference fingerprint form a respective first pair, and each pair of query fingerprints form a respective second pair, calculating a second matching score for each second pair, clustering query fingerprints associated with at least one second matching score that satisfies a cluster threshold into clustered groups, such that each clustered group comprises at least two query fingerprints associated with a second pair, and deriving a group distance between at least one clustered group and one or more reference fingerprints based on the first matching scores associated with the fingerprints of the clustered group, wherein only fingerprints whose first matching score satisfies a first threshold and whose second matching score satisfies the cluster threshold are considered, deriving a confidence score by applying a set of decision making rules based on the group distance, and making a positive decision that the first audio signal shares audio content with the second audio signal if the confidence score satisfies a confidence threshold. calculating a first matching score between each query fingerprint and at least one reference fingerprint using a first matching algorithm, wherein each query fingerprint and the reference fingerprint form a respective first pair, and each pair of query fingerprints form a respective second pair, calculating a second matching score for each second pair, clustering query fingerprints associated with at least one second matching score that satisfies a cluster threshold into clustered groups, such that each clustered group comprises at least two query fingerprints associated with a second pair, and deriving a group distance between at least one clustered group and one or more reference fingerprints based on the first matching scores associated with the fingerprints of the clustered group, wherein only fingerprints whose first matching score satisfies a first threshold and whose second matching score satisfies the cluster threshold are considered, deriving a confidence score by applying a set of decision making rules based on the group distance, and making a positive decision that the first audio signal shares audio content with the second audio signal if the confidence score satisfies a confidence threshold.
A surgical instrument comprising: a body portion; a transmission portion extending distally from the body portion; an end effector coupled to a distal end of the transmission portion and comprising: an upper jaw pivotable relative to a lower jaw; and a micro coil at the distal end of the end effector, the coil configured to detect metallic objects and having an axis extending in a direction of one of the upper or lower jaw, wherein electrical current is provided through the upper and lower jaws to cauterize tissue; a control unit; and one or more sensors communicatively coupled to the control unit; wherein at least one sensor of the one or more sensors is operable to output a signal indicating a temperature, wherein the temperature is associated with the surgical instrument; wherein the control unit is operable to selectively deactivate at least a portion of the end effector in response to data from the at least one sensor; and wherein the micro coil is coupled to the control unit, wherein the control unit is operable to apply a voltage to the micro coil, and wherein the control unit is further operable to monitor the voltage applied to the micro coil to detect the metallic objects. a body portion; a transmission portion extending distally from the body portion; an end effector coupled to a distal end of the transmission portion and comprising: an upper jaw pivotable relative to a lower jaw; and a micro coil at the distal end of the end effector, the coil configured to detect metallic objects and having an axis extending in a direction of one of the upper or lower jaw, wherein electrical current is provided through the upper and lower jaws to cauterize tissue; a control unit; and one or more sensors communicatively coupled to the control unit; an upper jaw pivotable relative to a lower jaw; and a micro coil at the distal end of the end effector, the coil configured to detect metallic objects and having an axis extending in a direction of one of the upper or lower jaw, wherein electrical current is provided through the upper and lower jaws to cauterize tissue; a control unit; and one or more sensors communicatively coupled to the control unit; a control unit; and one or more sensors communicatively coupled to the control unit; wherein at least one sensor of the one or more sensors is operable to output a signal indicating a temperature, wherein the temperature is associated with the surgical instrument; wherein the control unit is operable to selectively deactivate at least a portion of the end effector in response to data from the at least one sensor; and wherein the micro coil is coupled to the control unit, wherein the control unit is operable to apply a voltage to the micro coil, and wherein the control unit is further operable to monitor the voltage applied to the micro coil to detect the metallic objects.
A method for managing a set of base stations of wireless cells for serving a user equipment, the set of base stations comprising a set of active base stations and a set of inactive base stations, the method comprising activating a first set of selected base stations of the set of inactive base stations, said first set of selected base stations comprising a selected cell and one or more than one additional cell that is prescribed for selection by data associated with the selected cell; assessing at least one performance metric associated with at least one active base station of the active base stations; said assessing comprising evaluating at least one performance metric associated with the radio environment of the at least one active base station; and deactivating a set of selected base stations of the active base stations in response to said assessing.
A ceramic baffle configured to place a load on a stack of electrochemical cells and direct a reactant feed flow stream to the stack, wherein the ceramic baffle comprises a plate shaped baffle, wherein: (i) the ceramic baffle comprises a plurality of interlocked ceramic baffle plates, and a first end of each ceramic baffle plate comprises a protrusion and a second end comprises a cutout, and the protrusion of a first ceramic baffle plate interlocks with a cutout of a second, adjacent ceramic baffle plate; or (ii) the ceramic baffle comprises an interlocked ceramic baffle plate which comprises a first end and a second end opposite the first end, wherein the first end comprises a first cutout and the second end comprise a second cutout, and wherein: inserts are configured to fit in the first and second cutouts to interlock adjacent ceramic baffles; the inserts have a bow tie or dog bone shape; and the inserts do not completely fill the cutouts. (i) the ceramic baffle comprises a plurality of interlocked ceramic baffle plates, and a first end of each ceramic baffle plate comprises a protrusion and a second end comprises a cutout, and the protrusion of a first ceramic baffle plate interlocks with a cutout of a second, adjacent ceramic baffle plate; or (ii) the ceramic baffle comprises an interlocked ceramic baffle plate which comprises a first end and a second end opposite the first end, wherein the first end comprises a first cutout and the second end comprise a second cutout, and wherein: inserts are configured to fit in the first and second cutouts to interlock adjacent ceramic baffles; the inserts have a bow tie or dog bone shape; and the inserts do not completely fill the cutouts. inserts are configured to fit in the first and second cutouts to interlock adjacent ceramic baffles; the inserts have a bow tie or dog bone shape; and the inserts do not completely fill the cutouts.
A surgical stapling apparatus, comprising: an anvil having an anvil tissue contacting surface defining staple forming depressions, the anvil tissue contacting surface having a stepped cross-sectional profile including a plurality of tissue contacting surfaces, wherein each tissue contacting surface has a different height, and wherein each tissue contacting surface defines staple forming depressions(114a-c) that extend different distances into the anvil, said staple forming depressions being arranged in at least one annular row in each one of the plurality of tissue contacting surfaces; a knife for cutting tissue; and a cartridge comprising a plurality of surgical fasteners (125a-c), and a tissue contact surface including a plurality of retention slots formed therein which retain surgical fasteners and which are arranged in at least one annular row corresponding to the arrangement of the staple forming depressions, the legs of the surgical fasteners that are arranged in the same row having substantially the same leg length, wherein the retention slots of the cartridge are aligned with the staple forming depressions of the anvil; characterised in that the legs of the surgical fasteners that are not arranged in the same row being of different lengths such that the pockets (114a-c) extending into the anvil a greater distance accommodate the surgical fasteners (125a-c) having a longer leg length. an anvil having an anvil tissue contacting surface defining staple forming depressions, the anvil tissue contacting surface having a stepped cross-sectional profile including a plurality of tissue contacting surfaces, wherein each tissue contacting surface has a different height, and wherein each tissue contacting surface defines staple forming depressions(114a-c) that extend different distances into the anvil, said staple forming depressions being arranged in at least one annular row in each one of the plurality of tissue contacting surfaces; a knife for cutting tissue; and a cartridge comprising a plurality of surgical fasteners (125a-c), and a tissue contact surface including a plurality of retention slots formed therein which retain surgical fasteners and which are arranged in at least one annular row corresponding to the arrangement of the staple forming depressions, the legs of the surgical fasteners that are arranged in the same row having substantially the same leg length, wherein the retention slots of the cartridge are aligned with the staple forming depressions of the anvil; characterised in that the legs of the surgical fasteners that are not arranged in the same row being of different lengths such that the pockets (114a-c) extending into the anvil a greater distance accommodate the surgical fasteners (125a-c) having a longer leg length.
A composition for use in treating a central nervous system disorder, wherein the composition comprises (i) a mixture of tannic acids or an acceptable salt thereof, and (ii) a carrier, wherein the composition contains no more than 8% of tannic acids having three or less galloyl moieties, wherein no more than 20% of the tannic acids in the mixture have 1-5 galloyl moieties, and wherein at least 50% of the tannic acids in the mixture have 6-12 galloyl moieties, and wherein the CNS disorder is selected from the group consisting of ADHD, learning disorder, schizophrenia, pain, depression, suicidal ideation and/or behavior, bipolar disorder, tic disorder, post-traumatic stress disorder, anxiety, social anxiety disorder, panic disorder, autism, Asperger's disorder, obsessive-compulsive disorder, Tourette's syndrome, mild cognitive impairment, dementia, vascular dementia, Alzheimer's disorder, frontotemporal dementia, Parkinson's disorder, Huntington's disease, nocturnal enuresis, blepharospasm, cerebral malaria and non-epileptic seizure.