mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring electric currents, wherein a primary current flowing through a primary conductor is converted into a secondary current of smaller magnitude using an inductive current converter which has a primary side and a secondary side which is DC-isolated from the primary side, an wherein in one method step, the secondary current is measured using a measuring apparatus, in that, in a further method step, at least one compensation table based on a mathematical model of the current converter for the magnitude and/or the phase of the measured secondary current is loaded from a memory device or is generated from the mathematical model of the current converter, and in that the at least one compensation table is used in a further step to at least partly compensate for the deviation of the measurement signal in magnitude and/or phase, and in that the primary current flowing through the primary conductor is reconstructed on the basis of the compensated secondary current, characterized in that the mathematical model of the current converter takes into account the actual burden on the current converter in terms of the input impedance of the measuring apparatus and the line resistance of the line from the current converter to the measuring apparatus, wherein the line impedance of the line between the current converter and the measuring apparatus is supplemented in the mathematical model by the input of the measured line impedance or its selection from a predetermined list or by the value automatically calculated from an input of the line length and the cross-section.
Cuvette consisting of a first planar plate with a first inside surface (1.0) and a second planar plate with a second inside surface (2.0), wherein, when the cuvette is in a closed state, the first and second inside surfaces (1.0, 2.0) are positioned opposite one another in a parallel manner at a vertical distance a, and wherein at least a transparent first measurement surface (1.1) is present within the first inside surface (1.0) and at least a transparent second measurement surface (2.1) is present within the second inside surface (2.0), said surfaces delimiting in pairs a measurement compartment in which it is possible to hold a liquid sample solution with a drop volume by its interfacial tension and capillary forces, characterized in that at least the second measurement surface (2.1) of the measurement compartment is a stepped surface, which has at least two plane-parallel partial measurement surfaces (2.1.1, 2.1.2), interconnected via a seating surface (2.1.0), such that the partial measurement surfaces (2.1.1, 2.1.2) have different vertical distances b 1, b 2 in relation to the measurement surface (1.0), wherein the seating surface (2.1.0) forms an angle (α) between 5° and 35° with the plane-parallel partial measurement surfaces (2.1.1, 2.1.2).
An anti-CD19 immunoglobulin having affinity for CD19 on a B cell, comprising: a light chain; a heavy chain comprising a human Fc region having at least two amino acid modifications in the Fc region compared to the parent Fc polypeptide, the at least two amino acid modifications comprising the substitutions S267E and L328F, wherein numbering is according to the EU index as in Kabat, and wherein the immunoglobulin binds FcγRIIb and coengages CD19 on the cell's surface and an FcγRIIb on the cell's surface. a light chain; a heavy chain comprising a human Fc region having at least two amino acid modifications in the Fc region compared to the parent Fc polypeptide, the at least two amino acid modifications comprising the substitutions S267E and L328F, wherein numbering is according to the EU index as in Kabat, and wherein the immunoglobulin binds FcγRIIb and coengages CD19 on the cell's surface and an FcγRIIb on the cell's surface.
Locker system comprising several lockers, wherein each of these lockers is provided with a temperature control device (4, 5, 6, 7), the temperature control device contains one or more Peltier elements, characterized in that the Peltier elements are connected to a common pre-temperature control circuit, which is made for supplying the Peltier elements by means of a tempered fluid, and that the common pre-temperature control circuit comprises a heating device and a refrigerating machine (12, 13, 14), which are switchable into the common pre-temperature control circuit separately to bring the fluid to a desired temperature, wherein the common pre-temperature control circuit is made for compensation of external temperature fluctuations and a fluid with a constant temperature is provided to the Peltier elements independently of an ambient temperature via the common pre-temperature control circuit.
Equipment storage means, in particular a drawer cabinet, which has a body or a frame to accommodate at least one drawer of the equipment storage means, guide means being provided, with which the at least one drawer can be pulled out and pushed in, at least one optical display means being provided, by means of which signals provided by a controller of the equipment storage means about state information of the at least one drawer can be displayed in an optically perceivable manner, at least one light-emitting means being provided, which is arranged on the frame or body of the equipment storage means and is operatively connected to the controller of the equipment storage means to supply signals, the at least one light-emitting means of the at least one drawer being switchable on and off by means of the signals provided by the controller, the optical display means provided being drawer display means, with which light transmitted/emitted by the light-emitting means in the direction of the drawer in a contactless manner can be brought to the drawer to be displayed, and characterized in that light-emitting means are arranged on two opposite sides of the body opening on the frame or body of the equipment storage means.
A mixture which is present in pulverulent, granule or pellet form, comprising one or more aminocarboxylate(s), an additive selected from pyrogenic silicas and precipitated silicas, where the weight ratio of aminocarboxylate(s) to additive(s) is overall in the range from 9:1 to 9999:1. one or more aminocarboxylate(s), an additive selected from pyrogenic silicas and precipitated silicas,
A method of wireless communication performed by a user equipment, UE, comprising: receiving, from another UE, a particular transmission on a particular transmission resource; and transmitting, on a feedback resource selected based at least in part on the particular transmission resource, a feedback message using a multiple access signature determined based at least in part on a characteristic of the particular transmission. receiving, from another UE, a particular transmission on a particular transmission resource; and transmitting, on a feedback resource selected based at least in part on the particular transmission resource, a feedback message using a multiple access signature determined based at least in part on a characteristic of the particular transmission.
A soft magnetic powder comprising an aggregate of composite magnetic particles, each including a soft magnetic particle containing Fe, Si, and Al, and an insulating coating film disposed on the surface thereof, characterised by the soft magnetic powder satisfying the expressions: 978 / 35 ≤ 18 / 7 ⁢ a + b ≤ 1023 / 35, and 6.6 ≤ b ≤ 8.4, where character a represents the Si content (mass %) and character b represents the Al content (mass %) in the soft magnetic particles, wherein the soft magnetic particles include less than 0.2 mass % of O, 0.3 mass % or less of Mn, and 0.3 mass % or less of Ni and the balance is Fe.
A method (1200, 1300, 1400) for wireless communication in a machine-to-machine. M2M, wireless Wide Area Network, WAN, comprising: generating (1205, 1310, 1410), by a base station, a paging slot for an M2M device in the M2M wireless WAN; determining (1210, 1420), by the base station, that the paging slot includes available capacity; inserting (1215, 1325,1425) system information in the paging slot, by the base station, wherein the system information comprises a current number of a physical layer frame transmitted on a forward link in the M2M wireless WAN; and transmitting, by the base station, the system information to the M2M device during the paging slot. generating (1205, 1310, 1410), by a base station, a paging slot for an M2M device in the M2M wireless WAN; determining (1210, 1420), by the base station, that the paging slot includes available capacity; inserting (1215, 1325,1425) system information in the paging slot, by the base station, wherein the system information comprises a current number of a physical layer frame transmitted on a forward link in the M2M wireless WAN; and transmitting, by the base station, the system information to the M2M device during the paging slot.
A method for operating a digital device comprising a clock circuit and further comprising a digital function and logic circuits (102, 112), the digital function and logic circuits (102, 112) having adjustable power and speed parameters, the adjustable power and speed parameters being selectable for operating a digital function over different clock oscillator frequency ranges, the method comprising: configuring the clock circuit to receive an external clock or to function as an internal oscillator with its frequency determined by an external crystal or by a resistor capacitor timing circuit; programming a configuration register (104, 204) wherein the configuration register stores programmable configuration bits used for selecting the adjustable power and speed parameters of the digital function and logic circuits to optimize power utilization when operating at a clock frequency within a corresponding one of the different clock frequency ranges, wherein the programmable configuration bits define one of a plurality of different frequency ranges, wherein a chosen clock frequency of said digital device lies within one of said programmed frequency ranges; and adjusting power and speed parameters of said digital device depending on settings of said configuration register (104, 204) when the clock circuit is configured to receive the external clock or to function as an internal oscillator. configuring the clock circuit to receive an external clock or to function as an internal oscillator with its frequency determined by an external crystal or by a resistor capacitor timing circuit; programming a configuration register (104, 204) wherein the configuration register stores programmable configuration bits used for selecting the adjustable power and speed parameters of the digital function and logic circuits to optimize power utilization when operating at a clock frequency within a corresponding one of the different clock frequency ranges, wherein the programmable configuration bits define one of a plurality of different frequency ranges, wherein a chosen clock frequency of said digital device lies within one of said programmed frequency ranges; and adjusting power and speed parameters of said digital device depending on settings of said configuration register (104, 204) when the clock circuit is configured to receive the external clock or to function as an internal oscillator.
A method of reducing the length of a route, from start to finish, in a queue management system of the type which includes panels and/or flexible tapes extending between stanchions to form lanes, the method comprising the step of (a) providing a queue management system including panels and/or flexible tapes extending between stanchions to form lanes (A, B, C, D), characterised in that the method further comprises the steps of (b) providing a queue management gate (110, 720) comprising an attachment device (150, 450) for attaching the queue management gate to a stanchion, the gate further comprising a relatively rigid movable barrier, movable in a substantially horizontal plane, the gate for allowing access between adjacent lanes formed by the queue management system, (c) removing a length of tape or panel between two adjacent stanchions and (d) attaching the queue management gate to one of the two said adjacent stanchions such that the barrier in a first position blocks access between the two said adjacent stanchions and in a second position allows access there between, such that, in use, with the barrier in a second position the route is shortened by access between adjacent lanes being provided. (a) providing a queue management system including panels and/or flexible tapes extending between stanchions to form lanes (A, B, C, D), characterised in that the method further comprises the steps of (b) providing a queue management gate (110, 720) comprising an attachment device (150, 450) for attaching the queue management gate to a stanchion, the gate further comprising a relatively rigid movable barrier, movable in a substantially horizontal plane, the gate for allowing access between adjacent lanes formed by the queue management system, (c) removing a length of tape or panel between two adjacent stanchions and (d) attaching the queue management gate to one of the two said adjacent stanchions such that the barrier in a first position blocks access between the two said adjacent stanchions and in a second position allows access there between, such that, in use, with the barrier in a second position the route is shortened by access between adjacent lanes being provided.
A compound of the formula: wherein m is 0-2; each R1 is F; and R2 is selected from: H, F, and Cl; or a pharmaceutically acceptable salt thereof. wherein m is 0-2; each R1 is F; and R2 is selected from: H, F, and Cl; or a pharmaceutically acceptable salt thereof.
A method for resource management within a distributed system, comprising: organizing computing resources into sets; setting an upper threshold and a lower threshold for the load of the sets, wherein the sets in operation are loaded as long as the average load of the sets in operation reaches the upper threshold, and when the upper threshold is exceeded, a new set is activated, whereas, when the load of the last activated set falls below the lower threshold, the last activated set is deactivated; assigning a priority number to each set; characterized in that the distributed system is in a core network element, and the computing resources are of the core network element; a first set of the sets is always active; and the method further comprises segmenting an interval in subintervals which are allocated to the computing resources of the active sets, wherein the length of each subinterval is determined based on the priority number of the respective set, wherein the bigger the priority number is, the longer is the length of the subinterval; and allotting a random number out of the interval to an incoming request, and forwarding the request to such computing resource which belongs to the subinterval that contains the allotted random number. organizing computing resources into sets; setting an upper threshold and a lower threshold for the load of the sets, wherein the sets in operation are loaded as long as the average load of the sets in operation reaches the upper threshold, and when the upper threshold is exceeded, a new set is activated, whereas, when the load of the last activated set falls below the lower threshold, the last activated set is deactivated; assigning a priority number to each set; characterized in that the distributed system is in a core network element, and the computing resources are of the core network element; a first set of the sets is always active; and the method further comprises segmenting an interval in subintervals which are allocated to the computing resources of the active sets, wherein the length of each subinterval is determined based on the priority number of the respective set, wherein the bigger the priority number is, the longer is the length of the subinterval; and allotting a random number out of the interval to an incoming request, and forwarding the request to such computing resource which belongs to the subinterval that contains the allotted random number.
A tunable intake system for exhaust gas recirculation in an internal combustion engine with a plurality of cylinders, the system comprising: - an exhaust gas recirculation manifold arranged to distribute recirculated exhaust gas in an intake air stream to be introduced into the combustion engine; - the manifold having an exhaust gas recirculation inlet and an intake air inlet as well as at least one outlet leading to the multiple cylinders of the engine; - a first distribution pipe connected to the exhaust gas recirculation inlet, said first distribution pipe having a first pattern of flow distribution perforations for distributing the recirculated exhaust gas into the manifold; - a second distribution pipe with a second pattern of flow distribution perforations for distributing the recirculated exhaust gas into the manifold is fitted outside of said first distribution pipe, characterized in: that an interstitial gap is formed between the first distribution pipe and the second distribution pipe, and that said first and second distribution pipes (6, 8) are independently rotatable with respect to the other in order to selectively tune the distribution of recirculated exhaust gas for multiple operational points of the engine, wherein an engine control unit is arranged to adapt the relative positions of the first pattern and the second pattern of flow distribution perforations (7, 9) via a first rotating means for rotating the first distribution pipe and a second rotating means for rotating the second distribution pipe, for an optimal distribution of the recirculated exhaust gas depending on a given point of operation of the engine. - an exhaust gas recirculation manifold arranged to distribute recirculated exhaust gas in an intake air stream to be introduced into the combustion engine; - the manifold having an exhaust gas recirculation inlet and an intake air inlet as well as at least one outlet leading to the multiple cylinders of the engine; - a first distribution pipe connected to the exhaust gas recirculation inlet, said first distribution pipe having a first pattern of flow distribution perforations for distributing the recirculated exhaust gas into the manifold; - a second distribution pipe with a second pattern of flow distribution perforations for distributing the recirculated exhaust gas into the manifold is fitted outside of said first distribution pipe, that an interstitial gap is formed between the first distribution pipe and the second distribution pipe, and that said first and second distribution pipes (6, 8) are independently rotatable with respect to the other in order to selectively tune the distribution of recirculated exhaust gas for multiple operational points of the engine, wherein an engine control unit is arranged to adapt the relative positions of the first pattern and the second pattern of flow distribution perforations (7, 9) via a first rotating means for rotating the first distribution pipe and a second rotating means for rotating the second distribution pipe, for an optimal distribution of the recirculated exhaust gas depending on a given point of operation of the engine.
A supplemental device for attachment to an injection device, the supplemental device comprising: a housing containing a first electromechanical switch and a second electromechanical switch, each switch having an open state and a closed state and an associated actuator, (401, 402) wherein the actuators (401, 402) associated with each switch are arranged to protrude from the housing so as to contact a rotatable surface of the injection device at different relative circumferential positions while the supplemental device is attached to the injection device; and a processor arrangement configured to: detect a change in the state of each of the switches; and determine a direction of rotation of the rotatable surface of the injection device from the detected state changes, wherein the rotatable surface is corrugated and wherein each switch has a first state when its respective actuator is located in a trough of a corrugation and a second state when its respective actuator is located on a crest of a corrugation. a housing containing a first electromechanical switch and a second electromechanical switch, each switch having an open state and a closed state and an associated actuator, (401, 402) wherein the actuators (401, 402) associated with each switch are arranged to protrude from the housing so as to contact a rotatable surface of the injection device at different relative circumferential positions while the supplemental device is attached to the injection device; and a processor arrangement configured to: detect a change in the state of each of the switches; and determine a direction of rotation of the rotatable surface of the injection device from the detected state changes, detect a change in the state of each of the switches; and determine a direction of rotation of the rotatable surface of the injection device from the detected state changes, wherein the rotatable surface is corrugated and wherein each switch has a first state when its respective actuator is located in a trough of a corrugation and a second state when its respective actuator is located on a crest of a corrugation.
A virtual reality, VR, head-mounted apparatus, comprising: an apparatus body, the apparatus body comprising a convex lens, a camera and a partial-reflection partial-transmission lens for reflecting infrared light, the partial-reflection partial-transmission lens being located on a side of the convex lens away from a user within a space between the convex lens and a VR playing component, the camera being located between the convex lens and the partial-reflection partial-transmission lens, and a lens surface of the partial-reflection partial-transmission lens being disposed obliquely, such that an infrared image of an eye of the user is obliquely reflected to the camera; and an infrared light source provided in the apparatus body, the infrared light source being located on a side of the convex lens close to the user, and arranged to provide infrared light to an eye of the user, wherein the infrared light source is distributed at a periphery of the convex lens within a coverage area of a circumscribed rectangle of the convex lens, and wherein the partial-reflection partial-transmission lens has an upper edge abut against a top inner side of the space and a lower edge abut against a bottom outer side of the space, or an upper edge abut against a top outer side of the space and a lower edge abut against a bottom inner side of the space. an apparatus body, the apparatus body comprising a convex lens, a camera and a partial-reflection partial-transmission lens for reflecting infrared light, the partial-reflection partial-transmission lens being located on a side of the convex lens away from a user within a space between the convex lens and a VR playing component, the camera being located between the convex lens and the partial-reflection partial-transmission lens, and a lens surface of the partial-reflection partial-transmission lens being disposed obliquely, such that an infrared image of an eye of the user is obliquely reflected to the camera; and an infrared light source provided in the apparatus body, the infrared light source being located on a side of the convex lens close to the user, and arranged to provide infrared light to an eye of the user, wherein the infrared light source is distributed at a periphery of the convex lens within a coverage area of a circumscribed rectangle of the convex lens, and wherein the partial-reflection partial-transmission lens has an upper edge abut against a top inner side of the space and a lower edge abut against a bottom outer side of the space, or an upper edge abut against a top outer side of the space and a lower edge abut against a bottom inner side of the space.