mhurhangee/ep-ind-claims huggingface dataset:
An electronic system, comprising: a first substrate having a first surface and a second substrate having a second surface opposed from said first surface; and a plurality of battery cell layers disposed on laterally spaced areas of said first and second surfaces; wherein portions of said battery cell layers on said first surface are in physical contact with portions of said battery cell layers on said second surface, wherein said battery cell layers on said first surface and said second surface form a plurality of electrically interconnected battery cells on said first and said second surfaces that are laterally spaced apart and define a battery; and wherein said laterally spaced areas comprise at least one projection from at least one of said first and second surfaces. a first substrate having a first surface and a second substrate having a second surface opposed from said first surface; and a plurality of battery cell layers disposed on laterally spaced areas of said first and second surfaces; wherein portions of said battery cell layers on said first surface are in physical contact with portions of said battery cell layers on said second surface, wherein said battery cell layers on said first surface and said second surface form a plurality of electrically interconnected battery cells on said first and said second surfaces that are laterally spaced apart and define a battery; and wherein said laterally spaced areas comprise at least one projection from at least one of said first and second surfaces.
A display device comprising a mounting board and a display panel mounted on the mounting board and comprising a plurality of display modules arranged in an array, wherein: the display device further comprises a control module and a plurality of driving modules corresponding to the display modules, characterised in that the driving modules are arranged between the mounting board and the corresponding display modules and coupled to the mounting board and the display modules respectively, and the control module is coupled to the driving modules and controls the driving modules to drive the corresponding display modules to move away from the mounting board and extend, and wherein the driving modules comprise a self-locking switch, a lever and a power unit, the self-locking switch is arranged on the mounting board, the lever is arranged between the display modules and the self-locking switch to engage with the self-locking switch, and the power unit is coupled to the lever for powering the lever. the display device further comprises a control module and a plurality of driving modules corresponding to the display modules, characterised in that the driving modules are arranged between the mounting board and the corresponding display modules and coupled to the mounting board and the display modules respectively, and the control module is coupled to the driving modules and controls the driving modules to drive the corresponding display modules to move away from the mounting board and extend, and wherein the driving modules comprise a self-locking switch, a lever and a power unit, the self-locking switch is arranged on the mounting board, the lever is arranged between the display modules and the self-locking switch to engage with the self-locking switch, and the power unit is coupled to the lever for powering the lever.
An intravascular device for capturing emboli, the intravascular device comprising a filter basket and a flexible element having a magnetic element associated therewith characterised in that movement of the flexible element in use is indicative of capture of emboli within the filter basket; said movement being detectable remotely of the body through corresponding movement of the magnetic element.
Multiphase biomaterials on the basis of bacterially synthesized nanocellulose consisting of at least two different bacterial cellulose networks, characterized in that the at least two different bacterial cellulose networks are designed as a combined homogenous phase system or as a layered phase system consisting of at least one combined homogenous phase as well as at least one single phase (2, 3).
Thermoelectric module with a fluid-tight housing having at least one thermoelectrically active element arranged therein, wherein the thermoelectrically active element has a coating such that the housing forms an outer encapsulation and the coating forms an inner encapsulation for the element, characterized in that the coating consists at least in part of a metallic and/or ceramic material, glass or plastic.
A method of protecting a hydrocarbon pump from excessive flow rates in a system for pumping a hydrocarbon fluid, which system comprises said pump and an electrical motor for driving the pump, characterised by the steps of: - for each of a plurality of gas volume fraction values of the hydrocarbon fluid, establishing a maximum torque limit for the pump by mapping the maximum allowable torque of the pump as a function of the differential pressure across the pump, thereby creating a plurality of maximum torque curves, each representing the maximum torque limit for a unique gas volume fraction value, - from the plurality of maximum torque curves, establishing a master maximum torque curve which represents the maximum torque limit for all gas volume fraction values, - monitoring the torque of the pump and the differential pressure across the pump, - based on the monitored differential pressure (DP') and using the master maximum torque curve, establishing a maximum allowable torque (T') for the pump, and - taking a predetermined action if the monitored torque exceeds the established maximum allowable torque (T'). - for each of a plurality of gas volume fraction values of the hydrocarbon fluid, establishing a maximum torque limit for the pump by mapping the maximum allowable torque of the pump as a function of the differential pressure across the pump, thereby creating a plurality of maximum torque curves, each representing the maximum torque limit for a unique gas volume fraction value, - from the plurality of maximum torque curves, establishing a master maximum torque curve which represents the maximum torque limit for all gas volume fraction values, - monitoring the torque of the pump and the differential pressure across the pump, - based on the monitored differential pressure (DP') and using the master maximum torque curve, establishing a maximum allowable torque (T') for the pump, and - taking a predetermined action if the monitored torque exceeds the established maximum allowable torque (T').
A method of transforming spoken thoughts to a visual representation of related topics found in the spoken thoughts, comprising: receiving, at a computing device, audio input of a spoken thought of a user; converting the audio input to text of the spoken thought; identifying a plurality of topics from the text using word frequency; creating, at the computing device, a topic graph for the plurality of topics by determining relationships between topics of the plurality of topics, and assigning a weight to each of the plurality of topics based at least on the determined relationships; and generating, at the computing device, a visual display of the topic graph for the plurality of topics by representing relevant ones of the plurality of topics using topic shapes, wherein the topic shapes are connected by the determined relationships and sized by the assigned weight. receiving, at a computing device, audio input of a spoken thought of a user; converting the audio input to text of the spoken thought; identifying a plurality of topics from the text using word frequency; creating, at the computing device, a topic graph for the plurality of topics by determining relationships between topics of the plurality of topics, and assigning a weight to each of the plurality of topics based at least on the determined relationships; and generating, at the computing device, a visual display of the topic graph for the plurality of topics by representing relevant ones of the plurality of topics using topic shapes, wherein the topic shapes are connected by the determined relationships and sized by the assigned weight.
A method for producing a polyacrylic acid (salt)-based water absorbent resin powder, comprising a step of polymerizing an aqueous acrylic acid (salt)-based monomer solution, a step of drying the resulting polymer, an optional pulverization and classification step, and a surface crosslinking step, wherein in the surface crosslinking step, an aqueous surface crosslinking agent solution comprising at least an alkylene carbonate compound, a polyhydric alcohol compound and water is prepared by heating the alkylene carbonate compound or the polyhydric alcohol compound in advance and, thereafter, mixing the alkylene carbonate compound or the polyhydric alcohol compound with water to form the aqueous surface crosslinking agent solution, the solution is mixed into a water absorbent resin powder to form a mixture, the mixture is heat-reacted and, further, simultaneously with, or separately from the mixing, an ion reactive surface crosslinking agent is mixed; wherein the heating in the preparation of the aqueous surface crosslinking agent solution may be heat-melting; and wherein after the aqueous surface crosslinking agent solution is prepared, it is stored at 50°C or lower and, further, is mixed into a water absorbent resin powder within 10 days.
A driver airbag module for installing on a steering device which can be rotated about a steering axis, comprising an inflatable airbag and a module housing with a housing axis which is substantially parallel to the steering axis, said module housing defining a receiving chamber for the folded airbag, wherein the receiving chamber is delimited by a housing front wall which faces a vehicle occupant when the driver airbag module is installed, an opposing housing rear wall which is axially spaced therefrom, and a housing lateral wall which extends between the housing front wall and the housing rear wall, wherein the housing lateral wall has an opening section via which the airbag deploys when the driver airbag module is activated, characterized in that the housing front wall is inclined relative to the housing rear wall such that the receiving chamber for the folded airbag in the area of the opening section has its maximum axial dimension (h max) and opposed to the opening section has its minimum axial dimension (h min). an inflatable airbag and a module housing with a housing axis which is substantially parallel to the steering axis, said module housing defining a receiving chamber for the folded airbag, wherein the receiving chamber is delimited by a housing front wall which faces a vehicle occupant when the driver airbag module is installed, an opposing housing rear wall which is axially spaced therefrom, and a housing lateral wall which extends between the housing front wall and the housing rear wall, wherein the housing lateral wall has an opening section via which the airbag deploys when the driver airbag module is activated, characterized in that the housing front wall is inclined relative to the housing rear wall such that the receiving chamber for the folded airbag in the area of the opening section has its maximum axial dimension (h max) and opposed to the opening section has its minimum axial dimension (h min).
Expanded allogeneic myeloid progenitor cells for use in treatment of a patient in need of a hematopoietic stem cell graft, wherein a suboptimal HSC graft is administered and the MP cells enhance engraftment of the suboptimal HSC graft in the patient, wherein the expanded allogeneic MP cells are a mixture of allogeneic MP cells derived from unrelated donors and comprise common myeloid progenitor cells, granulocyte/macrophage progenitor cells, and megakaryocyte/erythroid progenitor cells, and wherein the expanded allogeneic MP cells are allogeneic and unrelated to the patient.
A pullout guide device for furniture parts movable relative to one another, having a roller bearing device, which comprises the following: a. rolling elements (3a, b, c, d,... 4a, b), which are mounted so they are rotatable in at least one roller bearing cage, b. wherein at least one of the rolling elements (4a, b) is held and mounted so it is rotatable by means of an interference fit in at least one bearing region (5a, b) in the roller bearing cage, c. wherein the bearing region(s) (5a, b) is/are plastically deformed after the first insertion in the region of the interference fit. a. rolling elements (3a, b, c, d,... 4a, b), which are mounted so they are rotatable in at least one roller bearing cage, b. wherein at least one of the rolling elements (4a, b) is held and mounted so it is rotatable by means of an interference fit in at least one bearing region (5a, b) in the roller bearing cage, c. wherein the bearing region(s) (5a, b) is/are plastically deformed after the first insertion in the region of the interference fit.
A method of producing an encrypted code for an input word with restricted codes from a key, the method comprising: generating a pseudorandom word from the key using a keystream generator; summing the input word and the pseudorandom, word to produce a summed signal therefrom; and applying a circular lookup table with no positions for the restricted codes to the summed signal to produce the encrypted code for the input word. generating a pseudorandom word from the key using a keystream generator; summing the input word and the pseudorandom, word to produce a summed signal therefrom; and applying a circular lookup table with no positions for the restricted codes to the summed signal to produce the encrypted code for the input word.
A bait fish having a bait drive unit, comprising: > an energy storage device, ➢ an electromotive drive device, ➢ a shaft drivable via the electromotive drive device, > wherein the shaft is curved such that when projected in a plane, the curvature of the shaft does not undergo a change of sign, > wherein the electromotive drive device is mounted in a rotationally fixed manner in the body of the bait fish, ➢ wherein the body of the bait fish consists of an elastic material at least in the region in which the shaft drivable by the electromotive drive device is guided in the bait fish, ➢ wherein the elastic material has a greater bending elasticity than the shaft, and ➢ wherein the drivable shaft is guided in the bait fish in such a way that a movement of the shaft guided in the bait fish is transmitted to the elastic material, characterized in ➢ that the drivable shaft is rotatably guided in a channel of the elastic body of the bait fish. > an energy storage device, ➢ an electromotive drive device, ➢ a shaft drivable via the electromotive drive device, > wherein the shaft is curved such that when projected in a plane, the curvature of the shaft does not undergo a change of sign, > wherein the electromotive drive device is mounted in a rotationally fixed manner in the body of the bait fish, ➢ wherein the body of the bait fish consists of an elastic material at least in the region in which the shaft drivable by the electromotive drive device is guided in the bait fish, ➢ wherein the elastic material has a greater bending elasticity than the shaft, and ➢ wherein the drivable shaft is guided in the bait fish in such a way that a movement of the shaft guided in the bait fish is transmitted to the elastic material, characterized in ➢ that the drivable shaft is rotatably guided in a channel of the elastic body of the bait fish.
A fairing device for the reduction of vortex-induced vibrations or motions and reduction of drag about a substantially cylindrical element immersed in a fluid medium, comprising; a mainly cylindrical element, a fairing rotatably mounted about the mainly cylindrical element, the fairing comprising a shell with a mainly cylindrical cross-sectionial shape with an outer diameter following the outer diameter of said cylindrical element from an upward stagnation point of 0 degrees to at least +/- 90 degrees, and which at +/- 90 degrees continues as two fin-like portions in an aft direction and defining a chord length, the fin-like portions being convexly curved aft of +/- 90 degrees thus tapering towards each other, and characterized in that the fin-like portions define a tail end opening less than the fairing standoff height. a mainly cylindrical element, a fairing rotatably mounted about the mainly cylindrical element, the fairing comprising a shell with a mainly cylindrical cross-sectionial shape with an outer diameter following the outer diameter of said cylindrical element from an upward stagnation point of 0 degrees to at least +/- 90 degrees, and which at +/- 90 degrees continues as two fin-like portions in an aft direction and defining a chord length, the fin-like portions being convexly curved aft of +/- 90 degrees thus tapering towards each other, and characterized in that the fin-like portions define a tail end opening less than the fairing standoff height.
A method of virtualizing a network function among an ad-hoc group that comprises a plurality of mobile terminals (302, 304) located in close proximity of each other, the method comprising: determining the number of mobile terminals (302, 304) in the ad-hoc group; evaluating a spare battery capacity or spare processing capacity for each of the mobile terminals (302, 304), and selecting the ad-hoc group to execute the network function based on the number of mobile terminals (302, 304) in the ad-hoc group and whether the spare battery capacity or spare processing capacity of each of the mobile terminals is suitable for executing the network function. determining the number of mobile terminals (302, 304) in the ad-hoc group; evaluating a spare battery capacity or spare processing capacity for each of the mobile terminals (302, 304), and selecting the ad-hoc group to execute the network function based on the number of mobile terminals (302, 304) in the ad-hoc group and whether the spare battery capacity or spare processing capacity of each of the mobile terminals is suitable for executing the network function.
A method comprising: identifying a plurality of data invalidations associated with content of an application or service; aggregating types of the identified data invalidations for a temporal count, wherein the aggregated types of identified data invalidations comprise at least one of data invalidations by a group of users, data invalidations specific to the application or service, data invalidations specific to a group of applications or services, data invalidations that result in a data loss or data invalidations that result in the application or service interruption; analyzing, for the aggregated types of identified data invalidations, an intensity that corresponds with an impact on presentation of the content through the application or service, wherein the intensity is based on at least one of a number of data invalidations per aggregated type or an amount of data loss associated with an individual data invalidation; ranking the aggregated types of identified data invalidations during the temporal count based on results of the analyzing of the intensity of the aggregated types of identified data invalidations; and remediating one or more data invalidations based on the ranking. identifying a plurality of data invalidations associated with content of an application or service; aggregating types of the identified data invalidations for a temporal count, wherein the aggregated types of identified data invalidations comprise at least one of data invalidations by a group of users, data invalidations specific to the application or service, data invalidations specific to a group of applications or services, data invalidations that result in a data loss or data invalidations that result in the application or service interruption; analyzing, for the aggregated types of identified data invalidations, an intensity that corresponds with an impact on presentation of the content through the application or service, wherein the intensity is based on at least one of a number of data invalidations per aggregated type or an amount of data loss associated with an individual data invalidation; ranking the aggregated types of identified data invalidations during the temporal count based on results of the analyzing of the intensity of the aggregated types of identified data invalidations; and remediating one or more data invalidations based on the ranking.
An elastic straw-vent assembly attachable within an inlet-outlet opening in a lid of a drinking vessel, the elastic straw-vent assembly comprising: an elastic body sealingly engaging an inlet-outlet opening in the lid of the drinking vessel, a flexible tubular straw having a fluid passageway extending through the elastic body, an air passageway providing a vent extending through the elastic body having a raised vent opening and a thin vent membrane within the air passageway with a slit therein which restricts liquid leakage from the vessel through the vent, and a straw membrane within the straw fluid passageway having a slit which limits liquid from leaking when the vessel is tipped and preventing the opening of the slit in an outward flow direction when the vessel full of liquid is inverted with the straw extended, characterized in that the slit in the vent membrane opens in an outward flow direction at a pressure greater than the pressure exerted on the vent membrane when the vessel full of liquid is inverted. an elastic body sealingly engaging an inlet-outlet opening in the lid of the drinking vessel, a flexible tubular straw having a fluid passageway extending through the elastic body, an air passageway providing a vent extending through the elastic body having a raised vent opening and a thin vent membrane within the air passageway with a slit therein which restricts liquid leakage from the vessel through the vent, and a straw membrane within the straw fluid passageway having a slit which limits liquid from leaking when the vessel is tipped and preventing the opening of the slit in an outward flow direction when the vessel full of liquid is inverted with the straw extended, characterized in that the slit in the vent membrane opens in an outward flow direction at a pressure greater than the pressure exerted on the vent membrane when the vessel full of liquid is inverted.