mhurhangee/ep-ind-claims huggingface dataset:
A fluid-based hyper/hypothermia system which uses a temperature-controlled fluid to raise a temperature of a human or animal body to above a normal core body temperature or to lower the temperature below the normal core body temperature, said fluid-based hyper/hypothermia system including a temperature control device comprising: a connection unit, configured to connect the device to a local power network; and a fluid temperature control unit, configured to heat the fluid in an open heart surgery procedure to above the normal core body temperature or to cool the fluid in an open heart surgery procedure to below the normal core body temperature, including a power supply unit that is configured to supply all electrical consuming components of the fluid temperature control unit with direct current, characterized in that: the power supply unit is further configured to perform conversion to a power supply with constant connected loads irrespective of the local power network, and is configured to supply different electrical consuming components of the electrical consuming components with different voltages and powers, wherein the electrical consuming components are all not directly connected to a power network. a connection unit, configured to connect the device to a local power network; and a fluid temperature control unit, configured to heat the fluid in an open heart surgery procedure to above the normal core body temperature or to cool the fluid in an open heart surgery procedure to below the normal core body temperature, including a power supply unit that is configured to supply all electrical consuming components of the fluid temperature control unit with direct current, characterized in that: the power supply unit is further configured to perform conversion to a power supply with constant connected loads irrespective of the local power network, and is configured to supply different electrical consuming components of the electrical consuming components with different voltages and powers, wherein the electrical consuming components are all not directly connected to a power network.
A method of stimulating anaerobic degradation of a subsurface perchlorate contaminant, comprising the steps of: a) vaporizing liquefied petroleum gas; b) mixing the vaporized LPG with one or more supplemental gaseous electron donors to form a treating gas having an LPG component; and c) directing the treating gas to a subsurface injection site that includes at least one perchlorate contaminant; wherein the treating gas stimulates anaerobic degradation of at least a portion of the perchlorate contaminant. a) vaporizing liquefied petroleum gas; b) mixing the vaporized LPG with one or more supplemental gaseous electron donors to form a treating gas having an LPG component; and c) directing the treating gas to a subsurface injection site that includes at least one perchlorate contaminant; wherein the treating gas stimulates anaerobic degradation of at least a portion of the perchlorate contaminant.
A catheter for positioning and anchoring an electrode in a coronary sinus for use in a localization or ablation system, the catheter comprising: an elongate catheter body adapted to be inserted into a coronary sinus, the elongate catheter body including an anchor section having an expandable axial cross-section; at least one electrode on the catheter body; and an actuation mechanism operably coupled to the anchor section to actuate the anchor section between an undeployed configuration, wherein the expandable axial cross-section of the anchor section is in a collapsed state, and a deployed configuration, wherein the expandable axial cross-section of the anchor section is in an expanded state, wherein, when the anchor section is in the deployed configuration, the expandable axial cross-section engages a tissue surface of the coronary sinus to inhibit movement between the catheter body and the coronary sinus without completely occluding the coronary sinus, and wherein the catheter body includes at least one perfusion passage through the interior of the catheter body having a first opening positioned distally of the anchor section and a second opening positioned proximally of the anchor section to preserve a perfusion pathway through the coronary sinus. an elongate catheter body adapted to be inserted into a coronary sinus, the elongate catheter body including an anchor section having an expandable axial cross-section; at least one electrode on the catheter body; and an actuation mechanism operably coupled to the anchor section to actuate the anchor section between an undeployed configuration, wherein the expandable axial cross-section of the anchor section is in a collapsed state, and a deployed configuration, wherein the expandable axial cross-section of the anchor section is in an expanded state, wherein, when the anchor section is in the deployed configuration, the expandable axial cross-section engages a tissue surface of the coronary sinus to inhibit movement between the catheter body and the coronary sinus without completely occluding the coronary sinus, and wherein the catheter body includes at least one perfusion passage through the interior of the catheter body having a first opening positioned distally of the anchor section and a second opening positioned proximally of the anchor section to preserve a perfusion pathway through the coronary sinus.
Device (1; 1') for cutting corrugated tubes to length, having a basic body (8; 8') which has a handle part, having a clamping device acting radially with respect to an axis and intended for fixing a corrugated tube in a machining position, having a cutting tool which, in the machining position, is or can be brought into an operative position against the corrugated tube such that, when moving the cutting tool and corrugated tube relative to one another, a separating operation is brought about, and having stop means which can be made to engage in a corrugation trough of the corrugated tube and which have at least one stop surface as stop against a flank of a corrugation of the corrugated tube, wherein the clamping device has at least three clamping elements (13, 14, 15) which are arranged on the basic body (8; 8') and act on the circumference of the corrugated tube in the machining position, wherein one of the clamping elements (13, 14, 15) is mounted so as to be translationally movable on the basic body (8; 8') in order to be moved from a starting position in a direction towards the at least two other clamping elements (14, 15), and the at least two other clamping elements (14, 15) take the form of rollers and are situated at a distance from one another such that serve as a receptacle for the corrugated tube in order to place the corrugated tube circumferentially thereon, wherein, in the machining position of the corrugated tube, the distance between the stop means and the cutting tool can be varied in the axial direction with respect to the axis in order, in the machining position of the corrugated tube, to bring the at least one stop surface into contact with a flank of a corrugation of the corrugated tube, characterized in that the stop means interact with setting means by means of which, in the machining position of the corrugated tube, the stop means can be set in their distance from the cutting tool in the axial direction with respect to the axis in such a way that the at least one stop surface is present against a flank of a corrugation of the corrugated tube and serves as a positive guide for the corrugated tube in order to prevent the cutting tool from sliding away laterally during a evolving cutting movement of the cutting tool about the corrugated tube.
A wind turbine rotor blade, having a lightning receptor, a first electrical line and a potential equalization arrangement which has a first electrode, which is connected to the lightning receptor, and a second electrode, which is connected to the first electrical line, a spark gap being formed between the two electrodes, wherein the two electrodes are arranged on an outer side of the wind turbine rotor blade and are exposed to the surrounding air flow, characterized by a busbar which forms a current path from a pressure side of the wind turbine rotor blade to a suction side of the wind turbine rotor blade, the two electrodes being integrated into said current path and said current path being interrupted by the spark gap.
Picking device for retrieving drug compositions (4, 4', 4'') from storage that are arranged in storage containers (3, 3', 3''), comprising at least one storage device with a plurality of storage spaces for storage containers, an operator device that can be moved horizontally and vertically in front of the row of shelves and coupled to a control device, at least one storage-facilitating device, via which storage containers (3, 3', 3'') for drug compositions (4, 4', 4'') are moved into the storage device and from which the operator device can remove storage containers (3, 3', 3''), at least one first identification device for the identification of drug compositions, an unloading device, via which drug compositions (4, 4', 4'') arranged in a storage container (3, 3', 3'') are transferred to a transport device, at least one delivery station (80, 80', 80'') coupled to the control device with an extraction point, and a user interface, as well as a transport device coupled to the control device, to which drug compositions (4, 4', 4'') are transferred from the unloading device and which connects the storage device to each delivery station (80, 80', 80'') and is designed in such a way that drug compositions can be supplied to each delivery station. at least one storage device with a plurality of storage spaces for storage containers, an operator device that can be moved horizontally and vertically in front of the row of shelves and coupled to a control device, at least one storage-facilitating device, via which storage containers (3, 3', 3'') for drug compositions (4, 4', 4'') are moved into the storage device and from which the operator device can remove storage containers (3, 3', 3''), at least one first identification device for the identification of drug compositions, an unloading device, via which drug compositions (4, 4', 4'') arranged in a storage container (3, 3', 3'') are transferred to a transport device, at least one delivery station (80, 80', 80'') coupled to the control device with an extraction point, and a user interface, as well as a transport device coupled to the control device, to which drug compositions (4, 4', 4'') are transferred from the unloading device and which connects the storage device to each delivery station (80, 80', 80'') and is designed in such a way that drug compositions can be supplied to each delivery station.
A method comprising: maintaining, at an authoritative DNS resolver, configuration data specifying a plurality of servers (101, 103) that are mapped to a domain name; wherein each server in the plurality of servers (101, 103) has a different address than each other server in the plurality of servers (101, 103); receiving, at the authoritative DNS resolver, a request from a client to resolve the domain name; selecting which particular server, in the plurality of servers (101, 103) that is mapped to the domain name, to resolve to the domain name, based on a measure of closeness of the particular server to the authoritative DNS resolver; wherein the particular server has a particular address; and in response to the request, based on the selecting, the authoritative DNS resolver providing the client with the particular address of the particular server. maintaining, at an authoritative DNS resolver, configuration data specifying a plurality of servers (101, 103) that are mapped to a domain name; wherein each server in the plurality of servers (101, 103) has a different address than each other server in the plurality of servers (101, 103); receiving, at the authoritative DNS resolver, a request from a client to resolve the domain name; selecting which particular server, in the plurality of servers (101, 103) that is mapped to the domain name, to resolve to the domain name, based on a measure of closeness of the particular server to the authoritative DNS resolver; wherein the particular server has a particular address; and in response to the request, based on the selecting, the authoritative DNS resolver providing the client with the particular address of the particular server.
Motor system comprising: - an electrical machine with a plurality of sub-machines, each having a separate stator winding, which windings serve to drive a common rotor with a particular torque contribution; - a control branch for each of the stator windings, each control branch being designed to operate the particular sub-machine with phase voltages (Uu, Uv, Uw) in order to provide a desired torque contribution; - one or more cascaded controls (61, 62, 63, 64) in each of the control branches, which are designed to specify the phase voltages (Uu, Uv, Uw) for controlling the associated stator winding depending on a predetermined target value, the plurality of separate stator windings being galvanically separated from the other stator windings, characterized in that the control branches are electrically separated from one another and provide asynchronous control of the sub-machines, and in that at least one of the one or more controls (61, 62, 63, 64) is designed exclusively with a proportional component or without dynamic components, a position control being provided which is designed only with a proportional component. - an electrical machine with a plurality of sub-machines, each having a separate stator winding, which windings serve to drive a common rotor with a particular torque contribution; - a control branch for each of the stator windings, each control branch being designed to operate the particular sub-machine with phase voltages (Uu, Uv, Uw) in order to provide a desired torque contribution; - one or more cascaded controls (61, 62, 63, 64) in each of the control branches, which are designed to specify the phase voltages (Uu, Uv, Uw) for controlling the associated stator winding depending on a predetermined target value,
An injection molding machine, comprising: a cylinder fed with a molding material; a screw provided inside the cylinder so as to be rotatable and axially movable; one or more heating sources (H n) configured to heat the cylinder; and a monitoring part configured to monitor, with respect to each of the one or more heating sources (H n), a difference between heating energy of the heating source (H n) at a molding process and heating energy of the heating source (H n) at a steady state, wherein the steady state is a time when the cylinder is maintained at a setting temperature with the screw being stopped. a cylinder fed with a molding material; a screw provided inside the cylinder so as to be rotatable and axially movable; one or more heating sources (H n) configured to heat the cylinder; and a monitoring part configured to monitor, with respect to each of the one or more heating sources (H n), a difference between heating energy of the heating source (H n) at a molding process and heating energy of the heating source (H n) at a steady state, wherein the steady state is a time when the cylinder is maintained at a setting temperature with the screw being stopped.
Two-component composition composed of a) a first component A comprising (i) at least one polyurethane polymer P containing isocyanate groups and (ii) at least one latent polyamine LA, and b) a second component B comprising (i) at least one acid K which is an aromatic carboxylic acid, and (ii) water. a) a first component A comprising (i) at least one polyurethane polymer P containing isocyanate groups and (ii) at least one latent polyamine LA, and (i) at least one polyurethane polymer P containing isocyanate groups and (ii) at least one latent polyamine LA, and b) a second component B comprising (i) at least one acid K which is an aromatic carboxylic acid, and (ii) water. (i) at least one acid K which is an aromatic carboxylic acid, and (ii) water.
A memory refresh method within a memory controller, comprising: reading a refresh address from a refresh address counter; reading a weak address from a weak address table; determining a bit sequence according to a refresh rate defined by retention bits corresponding to the refresh address; generating a next weak address value based at least in part on the bit sequence combined with a portion of the weak address; comparing the refresh address to the weak address and to the next weak address value; and selecting between skipping a refresh cycle, refreshing the refresh address, refreshing the weak address, and refreshing both the refresh address and the weak address based at least in part on the comparing. reading a refresh address from a refresh address counter; reading a weak address from a weak address table; determining a bit sequence according to a refresh rate defined by retention bits corresponding to the refresh address; generating a next weak address value based at least in part on the bit sequence combined with a portion of the weak address; comparing the refresh address to the weak address and to the next weak address value; and selecting between skipping a refresh cycle, refreshing the refresh address, refreshing the weak address, and refreshing both the refresh address and the weak address based at least in part on the comparing.
Method for determining performance information of a battery of a motor vehicle-side on-board power system that is connected to a direct current converter, wherein the direct current converter is controlled to imprint into the on-board power system at least one alternating current having at least one predetermined frequency, and the performance information is derived from at least one first electrical value at an on-board power system-side output of the direct current converter and at least one second electrical value describing the reaction of the battery to the imprinted alternating current, wherein an alternating current having several different frequencies which overlap one another or several alternating currents imprinted chronologically after one another having in each case at least one frequency are used, wherein by means of the at least one first electrical value and the at least one second electrical value several components of an equivalent circuit diagram of the battery are determined, wherein the number of the used frequencies is at least the number of the components to be determined and the performance information is derived from properties of the several components.
An in vitro method for expressing a nucleic acid of interest in a B cell comprising, (a) contacting memory B cells with a composition comprising CD40L in combination with a B cell activating factor comprising one or more of the factors selected from the group consisting of IL-2, IL-10, IL-15, and p-ODN; (b) contacting the B cells of (a) with a B cell activating factor comprising one or more of the factors selected from the group consisting of IL-2, IL-10, IL-6 and IL-15; under conditions such that the B cells in (b) express CD38; (c) transducing the B cells in (b) with a retroviral vector pseudotyped with VSV-G, wherein said retroviral vector comprises the nucleic acid of interest operably linked to a promoter; and (d) contacting the transduced B cells of (c) with a B cell activating factor comprising one or more of the factors selected from the group consisting of IFN-α; IFN-δ, IL-6 and IL-15; thereby expressing the nucleic acid of interest in the B cell. (a) contacting memory B cells with a composition comprising CD40L in combination with a B cell activating factor comprising one or more of the factors selected from the group consisting of IL-2, IL-10, IL-15, and p-ODN; (b) contacting the B cells of (a) with a B cell activating factor comprising one or more of the factors selected from the group consisting of IL-2, IL-10, IL-6 and IL-15; under conditions such that the B cells in (b) express CD38; (c) transducing the B cells in (b) with a retroviral vector pseudotyped with VSV-G, wherein said retroviral vector comprises the nucleic acid of interest operably linked to a promoter; and (d) contacting the transduced B cells of (c) with a B cell activating factor comprising one or more of the factors selected from the group consisting of IFN-α; IFN-δ, IL-6 and IL-15; thereby expressing the nucleic acid of interest in the B cell.
A method of monitoring reliability of a system including a plurality of electrical components (EC1, EC2,...), comprising the steps, performed for each of the plurality of electrical components (EC1, EC2,...), of receiving input data including at least one of a voltage across the electrical component, a current through the electrical component and an electrical resistance value of the electrical component; processing the input data using a stored thermal model representing heat transfer for said electrical component, the heat transfer referring to heat flow between a first point of the electrical component, where temperature is to be estimated, and a second point at a known reference temperature (Ta), to determine a temperature difference of said electrical component relative to the reference temperature (Ta); wherein the processing step (S2_EC2) is first performed for a first electrical component of the plurality of electrical components (EC1, EC2,...) and further includes estimating an electrical current value based on said determined temperature difference of said first electrical component, and then the processing step (S2_EC1) is performed for a second electrical component of the plurality of electrical components (EC1, EC2,...) using the estimated electrical current value as input data; and monitoring the reliability of the system based on output data of the processing steps (S2_EC2, S2_EC1). processing the input data using a stored thermal model representing heat transfer for said electrical component, the heat transfer referring to heat flow between a first point of the electrical component, where temperature is to be estimated, and a second point at a known reference temperature (Ta), to determine a temperature difference of said electrical component relative to the reference temperature (Ta); wherein the processing step (S2_EC2) is first performed for a first electrical component of the plurality of electrical components (EC1, EC2,...) and further includes estimating an electrical current value based on said determined temperature difference of said first electrical component, and then the processing step (S2_EC1) is performed for a second electrical component of the plurality of electrical components (EC1, EC2,...) using the estimated electrical current value as input data; and monitoring the reliability of the system based on output data of the processing steps (S2_EC2, S2_EC1).