mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic analyzer system comprising: a fluidic circuit having an input port; a flow sensor configured to also function as an instrumentation diagnostics sensor for detecting bubbles, occlusions, and flow leaks, the flow sensor connected to the input port; a pump/pressure source having an output connected to the flow sensor; a processor connected to the flow sensor and the fluidic circuit; a flow channel with a temperature sensor, a thermal conductivity sensor and a viscosity sensor; and wherein: a flow rate at the flow sensor is sent to the processor; a result in count per time at the fluidic circuit is sent to the processor; the processor performs result correction on the result in count per time in accordance with the flow rate; and the fluidic circuit is of a hematology analyzer. a fluidic circuit having an input port; a flow sensor configured to also function as an instrumentation diagnostics sensor for detecting bubbles, occlusions, and flow leaks, the flow sensor connected to the input port; a pump/pressure source having an output connected to the flow sensor; a processor connected to the flow sensor and the fluidic circuit; a flow channel with a temperature sensor, a thermal conductivity sensor and a viscosity sensor; and a flow rate at the flow sensor is sent to the processor; a result in count per time at the fluidic circuit is sent to the processor; the processor performs result correction on the result in count per time in accordance with the flow rate; and the fluidic circuit is of a hematology analyzer.
A method performed in a network node for identifying User Equipment, UEs, which are non-compliant with modified cell-specific reference signal, CRS, operation, the method comprising: enabling CRS operation according to a first configuration for a first period; analyzing Information Element, IE, in the RRC Connection Reestablishment Request messages received from UEs during the first period; generating a first set containing identities of UEs whose values in reestablishmentCause IE in the RRC Connection Re-establishment Request messages received during the first period are "otherFailure"; when the first period is finished, enabling CRS operation according a second configuration different from the first configuration for a second period; analyzing IE in the RRC Connection Reestablishment Request messages received from UEs during the second period; generating a set containing identities of non-compliant UEs based on the first set and said analyzing IE in the RRC Reestablishment Request messages received during the second period. enabling CRS operation according to a first configuration for a first period; analyzing Information Element, IE, in the RRC Connection Reestablishment Request messages received from UEs during the first period; generating a first set containing identities of UEs whose values in reestablishmentCause IE in the RRC Connection Re-establishment Request messages received during the first period are "otherFailure"; when the first period is finished, enabling CRS operation according a second configuration different from the first configuration for a second period; analyzing IE in the RRC Connection Reestablishment Request messages received from UEs during the second period; generating a set containing identities of non-compliant UEs based on the first set and said analyzing IE in the RRC Reestablishment Request messages received during the second period.
A lid for a mixing and dosing container for pharmaceutical, cosmetic or similar products, for temporary fixing in a fixing device, which has a cylindrical or annular recess with a plurality of inwardly projecting, flattened teeth, wherein the lid has a central axis, a lid top disposed orthogonally to the central axis, and a lid rim adjoining the lid top, wherein the lid rim has at least one clamping edge, characterised in that the clamping edge contains a first portion closer to the lid top and a second portion further away from the lid top, having at least one common edge rim at least approximately parallel to the central axis, wherein the distance of the clamping edge from the central axis in the first portion is smaller than the distance of the edge rim from the central axis in at least one section and than the distance of the clamping edge from the central axis in a corresponding section of the second portion in the circumferential direction of the lid rim, wherein the first portion has substantially the form of a plane surface parallel to the central axis, and/or the second portion has substantially the form of a sector of the circumferential surface of a cylinder around the central axis.
Method for managing interference between cells (C1, C2, C3) and power consumptions of radio access nodes (BS1, BS2, BS3) operating the cells (C1, C2, C3), radio communication within the cells (C1, C2, C3) making use of radio resource blocks that are frequency and time multiplexed over the air, the method comprises, for a given cell operated by a given radio access node, - determining a reduced number of time sub-frames within a given time frame that is adapted to sustain a given data load of the given cell by selecting radio resource blocks of the given cell frequency-wise first and time-wise next, the determining of the reduced number of time sub-frames being performed by regrouping all the data transmissions into the minimum number of time sub-frames; - positioning the reduced number of time sub-frames within the time frame to form a pattern of active sub-frames (SF1 1, SF1 2) to be primarily used for data communication within the given cell during the time frame while creating an unload period (UNLP1) within the time frame, the positioning giving precedence to time sub-frames (SF1 1, SF1 2) that are not primarily used in neighboring cells (C2, C3) in order to have disjoint transmission periods for neighboring cells. - determining a reduced number of time sub-frames within a given time frame that is adapted to sustain a given data load of the given cell by selecting radio resource blocks of the given cell frequency-wise first and time-wise next, the determining of the reduced number of time sub-frames being performed by regrouping all the data transmissions into the minimum number of time sub-frames; - positioning the reduced number of time sub-frames within the time frame to form a pattern of active sub-frames (SF1 1, SF1 2) to be primarily used for data communication within the given cell during the time frame while creating an unload period (UNLP1) within the time frame, the positioning giving precedence to time sub-frames (SF1 1, SF1 2) that are not primarily used in neighboring cells (C2, C3) in order to have disjoint transmission periods for neighboring cells.
A first mobile terminal for performing Internet Protocol, IP, communication, comprising: a storage for storing information that the first mobile terminal needs for its operation; an IP network module for performing network setup according to network setup information of the first mobile terminal, and for performing IP communication over a WLAN according to the network setup; and a controller for determining a second mobile terminal that will communicate with the first mobile terminal, generating the network setup information of the first mobile terminal for the IP communication, controlling a network setup message handler to generate a network setup message including network setup information of the second mobile terminal, sending the network setup message to the second mobile terminal over a mobile network, and controlling the IP network module to perform the network setup using the network setup information of the first mobile terminal, wherein the network setup information of each of the first mobile terminal and the second mobile terminal comprises a Service Set Identifier, SSID, an IP address, a subnet mask, a default gateway, a Wired Equivalent Privacy, and a network key of each of the first mobile terminal and the second mobile terminal, and wherein a number of IP addresses of second mobile terminals capable of participating in the IP communication is limited by the subnet mask. a storage for storing information that the first mobile terminal needs for its operation; an IP network module for performing network setup according to network setup information of the first mobile terminal, and for performing IP communication over a WLAN according to the network setup; and a controller for determining a second mobile terminal that will communicate with the first mobile terminal, generating the network setup information of the first mobile terminal for the IP communication, controlling a network setup message handler to generate a network setup message including network setup information of the second mobile terminal, sending the network setup message to the second mobile terminal over a mobile network, and controlling the IP network module to perform the network setup using the network setup information of the first mobile terminal, wherein the network setup information of each of the first mobile terminal and the second mobile terminal comprises a Service Set Identifier, SSID, an IP address, a subnet mask, a default gateway, a Wired Equivalent Privacy, and a network key of each of the first mobile terminal and the second mobile terminal, and wherein a number of IP addresses of second mobile terminals capable of participating in the IP communication is limited by the subnet mask.
A communication control device comprising: a transmission unit configured to transmit an acquisition request of connection information to a storage device, the storage device storing the connection information for connection of the communication control device to each of a plurality of communication control determination devices that control coexistence of a plurality of wireless systems secondarily using one or more frequency channels allocated to a primary wireless system, wherein the communication control device is configured to mediate information between a communication control determination device and a communication device (30A, 30B) using one of the wireless systems; an acquisition unit configured to acquire a response including the connection information from the storage device, the connection information including a list of two or more of the plurality of communication control determination devices, each being recommended to the communication control device, as a candidate of initial connection between the communication control device and one of said two or more communication control determination devices; and a control unit configured to select for initial connection, on a basis of at least one reference, a communication control determination device from the connection information received from the storage device, wherein the at least one reference relates to information necessary for communication control for the coexistence. a transmission unit configured to transmit an acquisition request of connection information to a storage device, the storage device storing the connection information for connection of the communication control device to each of a plurality of communication control determination devices that control coexistence of a plurality of wireless systems secondarily using one or more frequency channels allocated to a primary wireless system, wherein the communication control device is configured to mediate information between a communication control determination device and a communication device (30A, 30B) using one of the wireless systems; an acquisition unit configured to acquire a response including the connection information from the storage device, the connection information including a list of two or more of the plurality of communication control determination devices, each being recommended to the communication control device, as a candidate of initial connection between the communication control device and one of said two or more communication control determination devices; and a control unit configured to select for initial connection, on a basis of at least one reference, a communication control determination device from the connection information received from the storage device, wherein the at least one reference relates to information necessary for communication control for the coexistence.
A mucoadhesive device, comprising one or more purified protein(s), wherein the mucoadhesive device includes ovalbumin as one of the purified protein(s), combined with one or more pharmacologically active agent(s), one or more mucoadhesive agent(s) possessing humectant properties, and one or more biocompatible solvent(s) to form a coatable composition, wherein the solvent content of the coatable composition is reduced to form a cohesive body or solidified cohesive mass that is formed into a mucoadhesive device having a substantially homogenous distribution of the purified proteins, pharmacologically active agents, mucoadhesive agents and biocompatible solvents, wherein the purified protein(s) is present in an amount of about 15% to 85% by weight of the mucoadhesive device, and wherein the mucoadhesive agent(s) is present in an amount of about 0.1 % to 35% by weight of the mucoadhesive device.
A memory device, comprising: a package substrate, wherein the package substrate includes a plurality of first bond pads and a plurality of second bond pads; a stacked plurality of memory packages, each memory package including multiple semiconductor dies; wherein the memory packages are arranged in a vertical stack such that the memory packages are centered relative to each other, wherein such an aligned arrangement provides the memory device with a small footprint, wherein the memory packages are attached to each other using a first adhesive, wherein the thickness of the first adhesive is sufficiently large to ensure that wire bonds pass through gaps between adjacent memory packages; a controller attached to the package substrate and positioned between the stacked plurality of memory packages and the package substrate, wherein the controller is configured to manage each of the memory packages; a plurality of first wire bonds that couple the plurality of first bond pads to the memory packages; and a plurality of second wire bonds that couple the plurality of second bond pads to the controller; and wherein the controller is attached to the package substrate by a second adhesive; a spacer between a first memory package of the stack of memory packages and the package substrate, and wherein the spacer is spaced laterally apart from the controller, wherein the spacer is attached to the package substrate and to the first memory package; and an encapsulant carried by the package substrate and encapsulating the stack of memory packages. a package substrate, wherein the package substrate includes a plurality of first bond pads and a plurality of second bond pads; a stacked plurality of memory packages, each memory package including multiple semiconductor dies; wherein the memory packages are arranged in a vertical stack such that the memory packages are centered relative to each other, wherein such an aligned arrangement provides the memory device with a small footprint, wherein the memory packages are attached to each other using a first adhesive, wherein the thickness of the first adhesive is sufficiently large to ensure that wire bonds pass through gaps between adjacent memory packages; a controller attached to the package substrate and positioned between the stacked plurality of memory packages and the package substrate, wherein the controller is configured to manage each of the memory packages; a plurality of first wire bonds that couple the plurality of first bond pads to the memory packages; and a plurality of second wire bonds that couple the plurality of second bond pads to the controller; and wherein the controller is attached to the package substrate by a second adhesive; a spacer between a first memory package of the stack of memory packages and the package substrate, and wherein the spacer is spaced laterally apart from the controller, wherein the spacer is attached to the package substrate and to the first memory package; and an encapsulant carried by the package substrate and encapsulating the stack of memory packages.
Detection system, in particular for the realization of a protection system for motor-driven components, comprising: - a motor-driven component, - a coupling device, which as such has an emitting element for emitting a modulated electric field, the emitting element being arranged in the motor-driven component, - a rigid component, - a receiving device for detecting the presence of an object, in particular a living being, in an observation area, wherein the receiving device is arranged in the component which is rigid relative to the motor-driven component and the observation area lies between the rigid component and the motor-driven component, - wherein the receiving device comprises a receiving element for receiving a receiving event caused under the effect of the modulated electric field, - wherein the receiving device and the coupling device are configured such that based on the transmission behavior of the observation area at least partially lying between the receiving element and the emitting element the presence of that object, in particular of a living being, is detected in the observation area. - a motor-driven component, - a coupling device, which as such has an emitting element for emitting a modulated electric field, the emitting element being arranged in the motor-driven component, - a rigid component, - a receiving device for detecting the presence of an object, in particular a living being, in an observation area, wherein the receiving device is arranged in the component which is rigid relative to the motor-driven component and the observation area lies between the rigid component and the motor-driven component, - wherein the receiving device comprises a receiving element for receiving a receiving event caused under the effect of the modulated electric field, - wherein the receiving device and the coupling device are configured such that based on the transmission behavior of the observation area at least partially lying between the receiving element and the emitting element the presence of that object, in particular of a living being, is detected in the observation area.
Sifter for sprinkling material, comprising: - At least one reservoir for sprinkling material; - a sifter body, comprising at least one dispensing opening (15,16) for the sprinkling material; - a transporter, for transporting the sprinkling material from the at least one reservoir to the sifter body; wherein - the sifter body comprises a looped channel along the at least one dispensing opening (15,16), and wherein - the transporter is configured for circulation of the sprinkling material through the looped channel. characterized in that the looped channel comprises two parallel channels (6,7), wherein the two parallel channels (6,7) are arranged directly next to each other and connected by U-turns at their ends (8,9), wherein the U-turns are formed by an opening between the two channels through which sprinkling material can travel. - At least one reservoir for sprinkling material; - a sifter body, comprising at least one dispensing opening (15,16) for the sprinkling material; - a transporter, for transporting the sprinkling material from the at least one reservoir to the sifter body; - the sifter body comprises a looped channel along the at least one dispensing opening (15,16), - the transporter is configured for circulation of the sprinkling material through the looped channel.
Portable grinder, at least comprising an electric drive, a drive shaft coupled by way of a transmission arrangement with a rotatably mounted spindle arranged orthogonally to the drive shaft, a housing part for the transmission and a housing part connected therewith for at least a part of the spindle, wherein - the lower end of the spindle at which the processing tool can be mounted projects out of the lower region of the housing part for the spindle - the housing part for the spindle has a first connection for a fluid feed line - the first connection is arranged at the lower region of the housing part for the spindle, - at least one outlet opening is provided at the lower end of the spindle and the portable grinder is characterised in that - a line runs upwardly from the first connection through the housing part for the spindle and through the housing part for the transmission and - the line at a head point of the spindle goes over into a downwardly directed line section extending through the spindle. - the lower end of the spindle at which the processing tool can be mounted projects out of the lower region of the housing part for the spindle - the housing part for the spindle has a first connection for a fluid feed line - the first connection is arranged at the lower region of the housing part for the spindle, - at least one outlet opening is provided at the lower end of the spindle and the portable grinder is characterised in that - a line runs upwardly from the first connection through the housing part for the spindle and through the housing part for the transmission and - the line at a head point of the spindle goes over into a downwardly directed line section extending through the spindle.
A dispersing feed device comprising: a dispersing feed element including one conical dispersion table or a plurality of dispersion tables forming a conical shape as a whole, the dispersion table or the dispersing tables being adapted to receive articles supplied from above and to feed the articles to multiple sections disposed at different peripheral positions around the dispersing feed element; a first elastic unit (41a, 41b, 41c) inclinedly connected to the dispersing feed element, the first elastic unit having a first natural frequency; a second elastic unit (42a, 42b, 42c) connected to the dispersing feed element inclinedly in a direction different from the inclination direction of the first elastic unit (41a, 41b, 41c), the second elastic unit (42a, 42b, 42c) having a second natural frequency which is different from the first natural frequency; at least one vibrating source adapted to vibrate the dispersing feed element through the first and second elastic units; a control unit adapted to change the frequency of the vibration generated by the at least one vibrating source to vary a feed direction of the articles on the dispersing feed element; and multiple elastic unit groups (40a, 40b, 40c) each of which includes the first and second elastic units, the multiple elastic unit groups being connected to the dispersing feed element at positions different from each other in a circumferential direction. a dispersing feed element including one conical dispersion table or a plurality of dispersion tables forming a conical shape as a whole, the dispersion table or the dispersing tables being adapted to receive articles supplied from above and to feed the articles to multiple sections disposed at different peripheral positions around the dispersing feed element; a first elastic unit (41a, 41b, 41c) inclinedly connected to the dispersing feed element, the first elastic unit having a first natural frequency; a second elastic unit (42a, 42b, 42c) connected to the dispersing feed element inclinedly in a direction different from the inclination direction of the first elastic unit (41a, 41b, 41c), the second elastic unit (42a, 42b, 42c) having a second natural frequency which is different from the first natural frequency; at least one vibrating source adapted to vibrate the dispersing feed element through the first and second elastic units; a control unit adapted to change the frequency of the vibration generated by the at least one vibrating source to vary a feed direction of the articles on the dispersing feed element; and multiple elastic unit groups (40a, 40b, 40c) each of which includes the first and second elastic units, the multiple elastic unit groups being connected to the dispersing feed element at positions different from each other in a circumferential direction.