mhurhangee/ep-ind-claims huggingface dataset:
Circlip for securing a transmission component against axial displacement, wherein said circlip has an opening in the circumferential direction, at which the ends of the circlip are formed with limbs (210, 220) pointing radially outwards, characterised in that said circlip is formed as a single piece from a metal material and the limbs (210, 220) are formed comprising a clamping mechanism, for which purpose one of the limbs has a spring clamp or lock clamp formed thereon and acting against the other limb, which can push the limbs (210, 220) apart in the circumferential direction and can thus clamp the circlip in a defined manner in the installed position.
A fusion protein comprising: (i) a Cas9 domain; (ii) a cytidine deaminase domain; and (iii) a uracil glycosylase inhibitor domain, wherein the Cas9 domain is a Cas9 nickase (nCas9) or a dead Cas9 (dCas9) domain.
Polymer composition comprising at least the following components: (a) 24-32 wt.-% of a linear very low density polyethylene (VLDPE) composition having a density in the range from 0.85 g/cm 3 to 0.95 g/cm 3, as measured according to ISO 1183; (b) 10-17 wt.-% of a polyolefin-elastomer, which is an ultra-low density random ethylene-octene copolymer having a density in the range from 0.80 g/cm 3 to 0.90 g/cm 3, as measured according to ISO 1183 and - a glass transition temperature of below -50°C, and - a melting point of below 40°C, as determined by DSC measurement; (c) 55-58 wt.-% of a flame retardant filler, which preferably is a hydrated metal-based filler; (d) 0.1-3.0 wt.-% of an antioxidant; and (e) 0.5-2.5 wt.-% of a coupling agent composition (a) 24-32 wt.-% of a linear very low density polyethylene (VLDPE) composition having a density in the range from 0.85 g/cm 3 to 0.95 g/cm 3, as measured according to ISO 1183; (b) 10-17 wt.-% of a polyolefin-elastomer, which is an ultra-low density random ethylene-octene copolymer having a density in the range from 0.80 g/cm 3 to 0.90 g/cm 3, as measured according to ISO 1183 and - a glass transition temperature of below -50°C, and - a melting point of below 40°C, as determined by DSC measurement; - a glass transition temperature of below -50°C, and - a melting point of below 40°C, as determined by DSC measurement; (c) 55-58 wt.-% of a flame retardant filler, which preferably is a hydrated metal-based filler; (d) 0.1-3.0 wt.-% of an antioxidant; and (e) 0.5-2.5 wt.-% of a coupling agent composition
A bone anchor assembly, comprising: a head that defines a cavity, the head including proximal and distal ends (200p, 200d) that define a central proximal-distal axis; a collet disposed in the cavity, the collet comprising a plurality of fingers configured to expand radially-outward to retain the collet within the cavity; and a shank having a head portion retained within the collet; wherein the collet is insertable into a distal end of the head; and characterized in that the cavity includes one or more keyways and the collet includes one or more wings or projections slidably received within the one or more keyways to restrict rotation of the collet relative to the head while allowing longitudinal translation of the collet relative to the head. a head that defines a cavity, the head including proximal and distal ends (200p, 200d) that define a central proximal-distal axis; a collet disposed in the cavity, the collet comprising a plurality of fingers configured to expand radially-outward to retain the collet within the cavity; and a shank having a head portion retained within the collet; wherein the collet is insertable into a distal end of the head; and characterized in that
Oven door for closing a cavity of an oven, wherein the oven door comprises a door window being at least partially transparent for enabling a user to look into the oven cavity, wherein the door window comprises at least one printing made of an ink comprising scattering components, said printing being essentially transparent and wherein the oven door is adapted to provide light to the printing by at least one light source such that said light is scattered by said scattering components of said printing thereby implementing an optical user interface for displaying information at the door window.
A method comprising: obtaining a query execution plan for a received query, wherein optimality ranges for the cardinality of intermediate results are associated with the edges of the query execution plan; executing at least a portion of the query execution plan; determining, at an edge including an intermediate result, a cardinality of the intermediate result; proceeding with the execution of the query execution plan, when the determined cardinality is within the optimality range associated with the edge; and selecting an alternative query execution plan (160, 162) for execution, when the determined cardinality is outside the optimality range associated with the edge; wherein the optimality range includes a lower cardinality bound and a higher cardinality bound, wherein the lower cardinality bound and the higher cardinality bound form a range, within which the query execution plan remains optimal; characterized in mapping, during the generation of the query execution plan, the lower cardinality bound to a first alternative query execution plan and the higher cardinality bound to a second alternative query execution plan; and wherein when the determined cardinality is less than the lower cardinality bound, a query optimizer selects the first alternative query execution plan for execution as an optimal plan, and wherein when the determined cardinality is higher than the higher cardinality bound, the query optimizer selects the second alternative query execution plan for execution as the optimal plan. obtaining a query execution plan for a received query, wherein optimality ranges for the cardinality of intermediate results are associated with the edges of the query execution plan; executing at least a portion of the query execution plan; determining, at an edge including an intermediate result, a cardinality of the intermediate result; proceeding with the execution of the query execution plan, when the determined cardinality is within the optimality range associated with the edge; and selecting an alternative query execution plan (160, 162) for execution, when the determined cardinality is outside the optimality range associated with the edge; wherein the optimality range includes a lower cardinality bound and a higher cardinality bound, wherein the lower cardinality bound and the higher cardinality bound form a range, within which the query execution plan remains optimal; characterized in mapping, during the generation of the query execution plan, the lower cardinality bound to a first alternative query execution plan and the higher cardinality bound to a second alternative query execution plan; and wherein when the determined cardinality is less than the lower cardinality bound, a query optimizer selects the first alternative query execution plan for execution as an optimal plan, and wherein when the determined cardinality is higher than the higher cardinality bound, the query optimizer selects the second alternative query execution plan for execution as the optimal plan.
A flexible multi-tubular cryoprobe, comprising: a) a housing for receiving an inlet flow of near critical cryogenic fluid from a fluid source and for discharging an outlet flow of said cryogenic fluid; b) a plurality of fluid transfer tubes securely attached to said housing, comprising a set of inlet fluid transfer tubes, comprising a plurality of inlet fluid transfer tubers, for receiving said inlet flow from said housing; and, a set of outlet fluid transfer, comprising a plurality of outlet fluid transfer tubes, for discharging said outlet flow to said housing, each of said fluid transfer tubes being formed of material that maintains flexibility in a full range of temperatures from -200 °C to ambient temperature, each fluid transfer tube having an inside diameter in a range of between about 0.10mm and 1.0mm; each fluid transfer tube having a wall thickness in a range of between about.01mm and.30mm; and, c) an end cap positioned at the ends of said plurality of fluid transfer tubes to provide fluid transfer from said inlet fluid transfer tubes to said outlet fluid transfer tubes. a) a housing for receiving an inlet flow of near critical cryogenic fluid from a fluid source and for discharging an outlet flow of said cryogenic fluid; b) a plurality of fluid transfer tubes securely attached to said housing, comprising a set of inlet fluid transfer tubes, comprising a plurality of inlet fluid transfer tubers, for receiving said inlet flow from said housing; and, a set of outlet fluid transfer, comprising a plurality of outlet fluid transfer tubes, for discharging said outlet flow to said housing, each of said fluid transfer tubes being formed of material that maintains flexibility in a full range of temperatures from -200 °C to ambient temperature, each fluid transfer tube having an inside diameter in a range of between about 0.10mm and 1.0mm; each fluid transfer tube having a wall thickness in a range of between about.01mm and.30mm; and, c) an end cap positioned at the ends of said plurality of fluid transfer tubes to provide fluid transfer from said inlet fluid transfer tubes to said outlet fluid transfer tubes.
An apparatus (102, 12) for a user equipment comprising: means (16, 20, 40, 42) for making one or more measurements during an idle mode at least partially based upon measurement configuration information received from a network node; characterized by comprising: means (14, 20, 40, 42) for sending an indication to the network node that measurement data comprising the one or more measurements is available during or following a transition to an active mode from the idle mode; and means (14, 16, 20, 40, 42) for sending a report of the measurement data to the network node in response to a request for the measurement data received from the network node whereby the request is received in response to the indication that measurement data is available. means (16, 20, 40, 42) for making one or more measurements during an idle mode at least partially based upon measurement configuration information received from a network node; characterized by comprising: means (14, 20, 40, 42) for sending an indication to the network node that measurement data comprising the one or more measurements is available during or following a transition to an active mode from the idle mode; and means (14, 16, 20, 40, 42) for sending a report of the measurement data to the network node in response to a request for the measurement data received from the network node whereby the request is received in response to the indication that measurement data is available. means (14, 20, 40, 42) for sending an indication to the network node that measurement data comprising the one or more measurements is available during or following a transition to an active mode from the idle mode; and means (14, 16, 20, 40, 42) for sending a report of the measurement data to the network node in response to a request for the measurement data received from the network node whereby the request is received in response to the indication that measurement data is available.
The use of an agent for treatment or prevention of an axonopathy in a mammal in need thereof, wherein the agent is NaMN, NMN, NmR, a nucleic acid encoding an NMNAT or resveratrol.
A surgical instrument, comprising: a handle portion; a body portion extending distally from the handle portion and defining a first longitudinal axis, the body portion having a distal end adapted to releasably engage a plurality of loading unit types; and a sensor tube movably positioned within the body portion, the sensor tube adapted to engage each of the plurality of loading unit types and to move a predetermined distance in response thereto; characterized by a variable loading unit sensor adapted to determine a type of a loading unit engaged with the body portion based on the predetermined distance the sensor tube has been displaced. a handle portion; a body portion extending distally from the handle portion and defining a first longitudinal axis, the body portion having a distal end adapted to releasably engage a plurality of loading unit types; and a sensor tube movably positioned within the body portion, the sensor tube adapted to engage each of the plurality of loading unit types and to move a predetermined distance in response thereto; characterized by a variable loading unit sensor adapted to determine a type of a loading unit engaged with the body portion based on the predetermined distance the sensor tube has been displaced.
Drive system having a motor, a drive controller, and a superordinate safety controller, wherein a data transmission medium having a safety-oriented protocol connects the drive controller to the superordinate safety controller, wherein the drive controller comprises an evaluation unit in order to receive and evaluate first feedback information from the motor connected to the drive controller, an input unit comprising a control signal block connected to secure inputs of the drive controller in order to use the secure inputs to condition control signals received from the superordinate safety controller and to make said control signals available as input signals, a drive signal block, which is connected to the evaluation unit in order to take the first feedback information as a basis for calculating a first speed and/or a first position on at least one first channel and makes a first speed signal and/or a first position signal available, a programmable logic unit, which is connected to the control signal block and the drive signal block of the input unit and provides a realise safety functions on the basis of the input signals and the speed signal and/or the position signal in order to provide shutdown signals, and an output unit, which is connected to the logic unit and to secure outputs (24, 26) of the drive controller in order to output the shutdown signals to safety shutdown paths of the drive controller, characterized in that the safety controller comprises a safety editor, wherein logic chips that are present in a programming environment are edited by means of the safety editor, wherein the safety functions are a stop function, a speed function, a position function, an acceleration function and/or a direction of rotation function, which are each assembled from the logic chips, and wherein the programmable logic unit comprises the logic chips that are edited by means of the safety editor and have been loaded onto the logic unit by means of the data transmission line.
A computer-implemented method, comprising: obtaining a declarative streaming query in a cloud-edge topology that includes multiple edge devices and cloud-based resources; converting the declarative streaming query into a query graph that reflects the multiple edge devices by generating a query pattern from an object representation of the query and generating the query graph using the query pattern as a template; and, determining whether to execute operators of the query graph on individual ones of the multiple edge devices or on the cloud-based resources in order to reduce resource usage of the cloud-edge topology, the determining depending on factors comprising one or more of: pairs of streams of data to be correlated, network topology, rates of data streams, data upload and download costs; wherein the edge devices are smart computing devices that are configured to communicate directly with the cloud-based resources via a network and wherein the network is not configured to allow individual smart computing devices to communicate directly with one another, rather the individual smart computing devices communicate with one another indirectly via the cloud-based resources. obtaining a declarative streaming query in a cloud-edge topology that includes multiple edge devices and cloud-based resources; converting the declarative streaming query into a query graph that reflects the multiple edge devices by generating a query pattern from an object representation of the query and generating the query graph using the query pattern as a template; and, determining whether to execute operators of the query graph on individual ones of the multiple edge devices or on the cloud-based resources in order to reduce resource usage of the cloud-edge topology, the determining depending on factors comprising one or more of: pairs of streams of data to be correlated, network topology, rates of data streams, data upload and download costs;
A water heater with a main container for receiving water, the main container having at least one inflow for water to be heated and at least one outflow for heated water, also with a jacketing, which is at least partially produced from a heat-insulating material and at least partially surrounds the main container, the outflow extending through the jacketing, the outflow having at least one portion that extends substantially vertically downwardly within the jacketing, the jacketing surrounding the main container at least at a side wall, the jacketing having a portion through which the outflow extends, the portion of the jacketing being thicker than other portions of the jacketing, wherein the outflow is at least partially produced from plastic, the plastic being selected from the group of polyarylsulfones, the outflow being attached substantially horizontally to a side wall of the main container.
An electromagnetic relay, comprising: an electromagnetic device including a magnetic component (1, 2, 3) and a coil, the magnetic component (1, 2, 3) including an iron component prepared by processing an iron material; and a contact configured to be open and closed in cooperation with magnetization and demagnetization of the electromagnetic device, wherein the iron component includes an alloy layer on a surface thereof, and the alloy layer is formed by diffusion-coating of at least one element selected from the group consisting of Cr, V, Ti, and Si, characterized in that the alloy layer has a thickness in a range of 5 to 35 μm inclusive, and a total of a maximum content of the at least one element selected from the group consisting of Cr, V, Ti, and Si at a plurality of positions in the alloy layer is in a range of 20 to 65 wt% inclusive. an electromagnetic device including a magnetic component (1, 2, 3) and a coil, the magnetic component (1, 2, 3) including an iron component prepared by processing an iron material; and a contact configured to be open and closed in cooperation with magnetization and demagnetization of the electromagnetic device, wherein the iron component includes an alloy layer on a surface thereof, and the alloy layer is formed by diffusion-coating of at least one element selected from the group consisting of Cr, V, Ti, and Si, characterized in that the alloy layer has a thickness in a range of 5 to 35 μm inclusive, and a total of a maximum content of the at least one element selected from the group consisting of Cr, V, Ti, and Si at a plurality of positions in the alloy layer is in a range of 20 to 65 wt% inclusive.
A compound of the formula: or a pharmaceutically acceptable salt thereof, wherein: X is CH or N; each R 1A is independently -OR 1C, -N(R 1C) 2, -C R 1C, -C OR 1C, -C N(R 1C) 2, -N(R 1C)C OR 1C, cyano, halo, or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more R 1B; each R 1B is independently -OR 1C, -N(R 1C) 2, -C R 1C, -C OR 1C, -C N(R 1C) 2, -N(R 1C)C OR 1C, cyano or halo; each R 1C is independently hydrogen or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more of cyano, halo or hydroxyl; R 2C is -C R 2D; R 2D is 2-12-membered heterocarbyl comprising at least one nitrogen atom; and m is 0-3; with the proviso that when X is CH, m is 1 and R 1A is chloro, R 2D is not t-butyl. X is CH or N; each R 1A is independently -OR 1C, -N(R 1C) 2, -C R 1C, -C OR 1C, -C N(R 1C) 2, -N(R 1C)C OR 1C, cyano, halo, or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more R 1B; each R 1B is independently -OR 1C, -N(R 1C) 2, -C R 1C, -C OR 1C, -C N(R 1C) 2, -N(R 1C)C OR 1C, cyano or halo; each R 1C is independently hydrogen or optionally substituted C 1-12 hydrocarbyl or 2-12-membered heterocarbyl, which optional substitution is with one or more of cyano, halo or hydroxyl; R 2C is -C R 2D; R 2D is 2-12-membered heterocarbyl comprising at least one nitrogen atom; and m is 0-3;
Bend sensor for measuring a deflection, consisting of an elongated body of electrically insulating polymer material, with a longitudinal axis, with fibres of an electrically conducting polymer material embedded in the body, wherein the fibres are disposed essentially parallel to the longitudinal axis and at a distance from one another in the polymer body, wherein the fibres are separated from one another by the body, characterized in that a measuring unit that is connected to the fibres and is suitable for determining the changing of the electrical resistances of the fibres as a measure of the deflection of the body from the longitudinal axis is provided.
A system for treating sleep apnea of a subject having an airway by enhancing expiratory positive airway pressure, the system comprising: (a) a pressure generator configured to generate a pressurized flow of breathable gas for delivery to the airway of the subject. (b) one or more sensors configured to generate one or more output signals conveying measurements related to one or more parameters of the subject; and (c) one or more processors configured to execute computer program modules, the computer program modules comprising: a control module configured to control the pressure generator to adjust one or more parameters of the pressurized flow of breathable gas such that the airway of the subject is provided with a target expiratory positive airway pressure of the subject, a resistance module configured to estimate upper airway resistance of the subject based on the one or more output signals,, and an adjustment module configured to adjust the target expiratory positive airway pressure based on the estimated upper airway resistance, characterized in that the adjustment module is configured to periodically adjust the target expiratory positive airway pressure upwards or downwards, and to implement a subsequently estimated upper airway resistance of the subject by the resistance module in order to determine whether to reverse or accept the adjustment of the target expiratory positive airway pressure. (a) a pressure generator configured to generate a pressurized flow of breathable gas for delivery to the airway of the subject. (b) one or more sensors configured to generate one or more output signals conveying measurements related to one or more parameters of the subject; and (c) one or more processors configured to execute computer program modules, the computer program modules comprising: a control module configured to control the pressure generator to adjust one or more parameters of the pressurized flow of breathable gas such that the airway of the subject is provided with a target expiratory positive airway pressure of the subject, a resistance module configured to estimate upper airway resistance of the subject based on the one or more output signals,, and an adjustment module configured to adjust the target expiratory positive airway pressure based on the estimated upper airway resistance, a control module configured to control the pressure generator to adjust one or more parameters of the pressurized flow of breathable gas such that the airway of the subject is provided with a target expiratory positive airway pressure of the subject, a resistance module configured to estimate upper airway resistance of the subject based on the one or more output signals,, and an adjustment module configured to adjust the target expiratory positive airway pressure based on the estimated upper airway resistance,