mhurhangee/ep-ind-claims huggingface dataset:
Motor controller for a hand-guided soil compactor, comprising control elements for a user to operate the soil compactor, - wherein one control element is configured as a work commencement selection unit, wherein the work commencement selection unit is provided to adjust between idling and a load mode of a drive unit for operating the vibration of a base plate of the soil compactor, characterized in that - a further control element is configured as a vibration speed switch, wherein the vibration speed switch is provided to adjust the vibration frequency of the base plate, - wherein the vibration speed switch provides discrete switching states, wherein a specific vibration frequency is assigned to a switching state of the vibration speed switch, and - wherein the rotational speed of the drive unit can be adjusted via the selection of the switching state of the vibration speed switch. - wherein one control element is configured as a work commencement selection unit, wherein the work commencement selection unit is provided to adjust between idling and a load mode of a drive unit for operating the vibration of a base plate of the soil compactor, characterized in that - a further control element is configured as a vibration speed switch, wherein the vibration speed switch is provided to adjust the vibration frequency of the base plate, - wherein the vibration speed switch provides discrete switching states, wherein a specific vibration frequency is assigned to a switching state of the vibration speed switch, and - wherein the rotational speed of the drive unit can be adjusted via the selection of the switching state of the vibration speed switch.
A method for interacting with a notification displayed on a display, comprising: displaying a notification on the display, the notification initially being in an initial notification state; detecting user input and determining if the user input is being made in a direction towards the notification; and if the user input is being made in a direction towards the notification, placing the notification into a subsequent notification state, the subsequent notification state being a state in which the size of the notification is expanded as the user input is made in the direction towards the notification, characterised in that an amount of expansion of the notification from the initial notification state to the subsequent notification state corresponds to a magnitude of user input which is in the direction towards the notification. displaying a notification on the display, the notification initially being in an initial notification state; detecting user input and determining if the user input is being made in a direction towards the notification; and if the user input is being made in a direction towards the notification, placing the notification into a subsequent notification state, the subsequent notification state being a state in which the size of the notification is expanded as the user input is made in the direction towards the notification, characterised in that an amount of expansion of the notification from the initial notification state to the subsequent notification state corresponds to a magnitude of user input which is in the direction towards the notification.
A process (50, 70, 150, 180) of bringing first and second data sets (24, 26, 30, 32, 40, 42) into registration or conformity with each other by electronic methods, each of the first and second data sets being a representation of a particular physical object, the process comprising: having a plurality of candidate data sets, each candidate data set being a differently shifted or distorted form of a reference data set (28, 34, 44, 46), the reference data set being a representation of the physical object; comparing the first data set (24, 32, 40) with each of the candidate data sets and in dependence on the comparisons determining a first transformation that brings the candidate data set, which of the plurality of candidate data sets provides a best match with the first data set, and the reference data set (28, 34, 44, 46) into registration or conformity with each other (56, 58, 164, 166, 204, 206); comparing the second data set (26, 30, 42) with each of the candidate data sets and in dependence on the comparisons determining a second transformation that brings the candidate data set, which of the plurality of candidate data sets provides a best match with the second data set, and the reference data set (28, 34, 44, 46) into registration or conformity with each other (62, 64, 172, 174, 212, 214); and bringing the first and second data sets (24, 26, 30, 32, 40, 42) into registration or conformity with each other in dependence on the first and second transformations (80, 82, 176, 216). having a plurality of candidate data sets, each candidate data set being a differently shifted or distorted form of a reference data set (28, 34, 44, 46), the reference data set being a representation of the physical object; comparing the first data set (24, 32, 40) with each of the candidate data sets and in dependence on the comparisons determining a first transformation that brings the candidate data set, which of the plurality of candidate data sets provides a best match with the first data set, and the reference data set (28, 34, 44, 46) into registration or conformity with each other (56, 58, 164, 166, 204, 206); comparing the second data set (26, 30, 42) with each of the candidate data sets and in dependence on the comparisons determining a second transformation that brings the candidate data set, which of the plurality of candidate data sets provides a best match with the second data set, and the reference data set (28, 34, 44, 46) into registration or conformity with each other (62, 64, 172, 174, 212, 214); and bringing the first and second data sets (24, 26, 30, 32, 40, 42) into registration or conformity with each other in dependence on the first and second transformations (80, 82, 176, 216).
An endoluminal prosthesis (1110, 1210, 1310, 1410, 1510, 1610, 1710, 1810) including: a tubular graft (1112, 1212, 1312, 1412, 1512, 1612, 1712, 1812) extending in a longitudinal direction, the graft including an inner surface forming a lumen extending along a length of the graft, and a circumference; and an elongate member (1114, 1214, 1314, 1414, 1514, 1714, 1814) attached to the graft in a circumferentially and longitudinally extending manner and including a series of longitudinally spaced apart turns (1122, 1124, 1222, 1322, 1522, 1822), each turn extending substantially around the circumference of the graft, and further including a plurality of first (1118, 1218, 1318, 1418, 1518, 1818) and second (1120, 1220, 1320, 1420, 1520, 1820) struts connected by bends (1116, 1216, 1316, 1416, 1516, 1816) at an angle, each of the first struts extending between adjacent bends disposed in the same turn in a first direction and each of the second struts extending between adjacent bends disposed in the same turn in a second direction, the second direction being different from the first direction; wherein the elongate member is attached to and torsions the graft in at least the circumferential direction such that the torque applied to the graft when the endoluminal prosthesis is in a substantially straight condition causes circumferentially and longitudinally extending tension folds (1215, 1415, 1515, 1615, 1815) in the portions of the graft disposed between longitudinally adjacent turns of the elongate member, said tension folds extending between opposing bends of longitudinally adjacent turns of the elongate member. a tubular graft (1112, 1212, 1312, 1412, 1512, 1612, 1712, 1812) extending in a longitudinal direction, the graft including an inner surface forming a lumen extending along a length of the graft, and a circumference; and an elongate member (1114, 1214, 1314, 1414, 1514, 1714, 1814) attached to the graft in a circumferentially and longitudinally extending manner and including a series of longitudinally spaced apart turns (1122, 1124, 1222, 1322, 1522, 1822), each turn extending substantially around the circumference of the graft, and further including a plurality of first (1118, 1218, 1318, 1418, 1518, 1818) and second (1120, 1220, 1320, 1420, 1520, 1820) struts connected by bends (1116, 1216, 1316, 1416, 1516, 1816) at an angle, each of the first struts extending between adjacent bends disposed in the same turn in a first direction and each of the second struts extending between adjacent bends disposed in the same turn in a second direction, the second direction being different from the first direction; wherein the elongate member is attached to and torsions the graft in at least the circumferential direction such that the torque applied to the graft when the endoluminal prosthesis is in a substantially straight condition causes circumferentially and longitudinally extending tension folds (1215, 1415, 1515, 1615, 1815) in the portions of the graft disposed between longitudinally adjacent turns of the elongate member, said tension folds extending between opposing bends of longitudinally adjacent turns of the elongate member.
A piston pump comprising a piston chamber-forming body and a piston element reciprocally slidable relative the body about an axis, the piston element including a sleeve portion and a stem portion, the sleeve portion coaxially slidable relative the body along the axis between a fully retracted position and an extended position, the stem portion coaxially slidable relative the body along the axis and coaxially slidable relative the sleeve portion between an outer position and an inner position to discharge fluid through an elongate discharge passageway and out a discharge outlet, the body engaging the stem portion to prevent inward movement of the stem portion relative the body past the inner position, the sleeve portion engaging the stem portion to prevent outward movement of the stem portion relative the body past the outer position, wherein on sliding of the sleeve portion inwardly from the extended position toward the fully retracted position, the sleeve portion moves the stem portion inwardly from the outer position to the inner position and movement of the stem portion inwardly from the outer position to the inner position discharges fluid as a fluid stream through the discharge passageway and out the discharge outlet, wherein on sliding of the sleeve portion inwardly from the extended position toward the fully retracted position on the stem portion reaching the inner position the sleeve portion is in a partially retracted position intermediate the extended position and the fully retracted position, wherein on sliding of the sleeve portion inwardly from the partially retracted position to the fully retracted position, the sleeve portion moves coaxially inwardly relative to both the body and to the stem portion and discharges air into the fluid stream in the discharge passageway.
A diverter damper for controlling a gas flow in a gas duct of large cross section, said diverter damper comprising: - a housing having an inlet and two outlets (7, 9), - a pivotable flap which in a first extreme position closes a first outlet and in a second extreme position closes a second outlet, - a drive shaft connected to the pivotable flap, wherein the drive shaft extends at least partly between two opposite housing walls and through at least one of the two opposite housing walls, - at least one actuator mechanism that is located outside the housing near or against the at least one housing wall through which the drive shaft extends, said drive shaft comprises at least one hollow actuator pipe end part, said actuator pipe end part extends through the at least one housing wall such that said pipe end part is located both inside the housing where said end part is connected to the flap and outside the housing where the end part is connected to said actuator mechanism, characterized in that said actuator mechanism comprises at least one cylinder piston unit (61, 63) connected to said drive shaft for pivoting the flap into one of the extreme positions or into a position between the extreme positions, wherein outside the housing the end part of the actuator pipe comprises at least one connection flange forming a lever arm for providing a connection between the actuator pipe and the at least one cylinder piston unit, which connection flange is in one-piece with the actuator pipe end part. - a housing having an inlet and two outlets (7, 9), - a pivotable flap which in a first extreme position closes a first outlet and in a second extreme position closes a second outlet, - a drive shaft connected to the pivotable flap, wherein the drive shaft extends at least partly between two opposite housing walls and through at least one of the two opposite housing walls, - at least one actuator mechanism that is located outside the housing near or against the at least one housing wall through which the drive shaft extends, said drive shaft comprises at least one hollow actuator pipe end part, said actuator pipe end part extends through the at least one housing wall such that said pipe end part is located both inside the housing where said end part is connected to the flap and outside the housing where the end part is connected to said actuator mechanism, characterized in that said actuator mechanism comprises at least one cylinder piston unit (61, 63) connected to said drive shaft for pivoting the flap into one of the extreme positions or into a position between the extreme positions, wherein outside the housing the end part of the actuator pipe comprises at least one connection flange forming a lever arm for providing a connection between the actuator pipe and the at least one cylinder piston unit, which connection flange is in one-piece with the actuator pipe end part.
Method for the electrical characterization of a photovoltaic cell of a photovoltaic module (Mi), said photovoltaic module including a plurality of photovoltaic cells connected to one another and one or more bypass diodes, each bypass diode being configured to bypass a submodule formed of one or more photovoltaic cells of said photovoltaic module, including steps of: - Obtaining the irradiance received by said photovoltaic module, - Obtaining a temperature of each photovoltaic cell of a first submodule of said photovoltaic module, - Comparing said temperature obtained for each photovoltaic cell of the first submodule with a reference temperature (Tref), - Determining the state of each photovoltaic cell of the first submodule between a healthy state, in which its temperature is equal to the reference temperature, and a faulty state, in which its temperature is different from said reference temperature, - Estimating the I-V curve associated with a first photovoltaic cell of said first submodule, by searching in a database of I-V curves, taking into account: ∘ The healthy state or the faulty state of said first photovoltaic cell; ∘ The healthy state or the faulty state of all of the other photovoltaic cells of the first submodule; ∘ The electric power supplied by each photovoltaic cell of the first submodule. - Obtaining the irradiance received by said photovoltaic module, - Obtaining a temperature of each photovoltaic cell of a first submodule of said photovoltaic module, - Comparing said temperature obtained for each photovoltaic cell of the first submodule with a reference temperature (Tref), - Determining the state of each photovoltaic cell of the first submodule between a healthy state, in which its temperature is equal to the reference temperature, and a faulty state, in which its temperature is different from said reference temperature, - Estimating the I-V curve associated with a first photovoltaic cell of said first submodule, by searching in a database of I-V curves, taking into account: ∘ The healthy state or the faulty state of said first photovoltaic cell; ∘ The healthy state or the faulty state of all of the other photovoltaic cells of the first submodule; ∘ The electric power supplied by each photovoltaic cell of the first submodule. ∘ The healthy state or the faulty state of said first photovoltaic cell; ∘ The healthy state or the faulty state of all of the other photovoltaic cells of the first submodule; ∘ The electric power supplied by each photovoltaic cell of the first submodule.
A method comprising: (i) denaturing a plurality of genomic DNA molecules; (ii) attaching a plurality of primers to the denatured DNA molecules, so that the DNA molecules have a plurality of sites to which a primer is attached; (iii) extending primers attached to the DNA molecules with a polymerase; (iv) dividing the DNA molecules into a plurality of chambers; (v) adding a polynucleotide barcode to one end of at least a portion of the primers, wherein a different polynucleotide barcode is added to each of the plurality of chambers; (vi) pooling the samples from at least a plurality of the chambers; (vii) redistributing the pooled samples into a further plurality of chambers; (viii) repeating steps (v) and (vi), thereby adding a polynucleotide barcode to the end of at least a portion of the primers, wherein a different polynucleotide barcode is added to each of the further plurality of chambers, and pooling the samples; (ix) sequencing the genomic DNA and the polynucleotide barcode; and (x) assembling the plurality of short reads having identical barcodes into a single long read synthetic polynucleotide sequence. (i) denaturing a plurality of genomic DNA molecules; (ii) attaching a plurality of primers to the denatured DNA molecules, so that the DNA molecules have a plurality of sites to which a primer is attached; (iii) extending primers attached to the DNA molecules with a polymerase; (iv) dividing the DNA molecules into a plurality of chambers; (v) adding a polynucleotide barcode to one end of at least a portion of the primers, wherein a different polynucleotide barcode is added to each of the plurality of chambers; (vi) pooling the samples from at least a plurality of the chambers; (vii) redistributing the pooled samples into a further plurality of chambers; (viii) repeating steps (v) and (vi), thereby adding a polynucleotide barcode to the end of at least a portion of the primers, wherein a different polynucleotide barcode is added to each of the further plurality of chambers, and pooling the samples; (ix) sequencing the genomic DNA and the polynucleotide barcode; and (x) assembling the plurality of short reads having identical barcodes into a single long read synthetic polynucleotide sequence.
Infusion device for administering a medical fluid to a patient, comprising: - a pumping mechanism for pumping a medical fluid through an infusion line towards a patient, - a sensor device for measuring a measurement value indicative of a pressure in the infusion line, and - a control device being constituted to control the pumping mechanism for injecting a bolus of medical fluid into the infusion line, characterized in that the control device is constituted to determine, dependent on an injection of a bolus into the infusion line, a control parameter taking a change in pressure during injection of the bolus into account and to derive, from the control parameter, the presence of an abnormal condition during the injection of the bolus, wherein the abnormal condition is an occlusion in the infusion line, wherein the sensor device is constituted to measure a first measurement value at a first time at the start or prior to the injection of the bolus in order to derive the pressure in the infusion line at the first time, and to measure a second measurement value at a second time at the end of or after the injection of the bolus in order to derive the pressure in the infusion line at the second time, wherein the control device is constituted to determine the control parameter according to an equation taking the difference in pressure between the first time and the second time, a volume of the injected bolus, and an expected slope during a pressure rise in case of an occluded infusion line into account, wherein a quotient of the difference in pressure and the volume of the injected bolus corresponds to an actual slope. - a pumping mechanism for pumping a medical fluid through an infusion line towards a patient, - a sensor device for measuring a measurement value indicative of a pressure in the infusion line, and - a control device being constituted to control the pumping mechanism for injecting a bolus of medical fluid into the infusion line,
A multilayer light-blocking film for optical equipment, comprising: a multilayer structure comprising at least a first light-blocking layer and a second light-blocking layer, wherein the first light-blocking layer is disposed on the outermost surface on the front side of the multilayer structure and the second light-blocking layer is disposed on the outermost surface on the back side of the multilayer structure, wherein the first light-blocking layer and the second light-blocking layer have an optical density of 2.5 or more in total, the 60-degree glossiness of the first light-blocking layer is 0.01% or more and 5% or less, characterized in that the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is 0.1% or more and 9.9% or less, and - the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is more than 5% and the 60-degree glossiness of the second light-blocking layer is 10% or more and less than 15%, or - the optical density of the first light-blocking layer is 1.5 or more and less than 2.5 and the optical density of the second light-blocking layer is 1.5 or more and 6.0 or less. a multilayer structure comprising at least a first light-blocking layer and a second light-blocking layer, wherein the first light-blocking layer is disposed on the outermost surface on the front side of the multilayer structure and the second light-blocking layer is disposed on the outermost surface on the back side of the multilayer structure, wherein the first light-blocking layer and the second light-blocking layer have an optical density of 2.5 or more in total, the 60-degree glossiness of the first light-blocking layer is 0.01% or more and 5% or less, characterized in that the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is 0.1% or more and 9.9% or less, and - the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is more than 5% and the 60-degree glossiness of the second light-blocking layer is 10% or more and less than 15%, or - the optical density of the first light-blocking layer is 1.5 or more and less than 2.5 and the optical density of the second light-blocking layer is 1.5 or more and 6.0 or less. - the difference between the 60-degree glossiness of the first light-blocking layer and the 60-degree glossiness of the second light-blocking layer is more than 5% and the 60-degree glossiness of the second light-blocking layer is 10% or more and less than 15%, or - the optical density of the first light-blocking layer is 1.5 or more and less than 2.5 and the optical density of the second light-blocking layer is 1.5 or more and 6.0 or less.
Use of an effective amount of a coiled coil chimeric molecule comprising a coiled-coil domain of cartilage oligomeric matrix protein (COMP) linked to a Tie2 receptor binding domain which is a fibrinogen-like domain of angiopoietin-1 for manufacture of a medicament for treating penile erectile dysfunction.