mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharge head comprising: a channel member including a plurality of discharge holes, a plurality of pressurization chambers connected with the plurality of discharge holes, respectively, and a plurality of common channels (20, 24); and a plurality of pressurizing parts for pressurizing the plurality of pressurization chambers, respectively, wherein the plurality of common channels (20, 24) extends in a first direction and is arrayed in a second direction crossing the first direction to form a common channel group, wherein the common channels (20, 24) are connected with the plurality of pressurization chambers disposed along the common channels (20, 24) among the plurality of pressurization chambers, and wherein the channel member further includes a first end channel, that is disposed outside, in the second direction, with respect to the common channel group, extends in the first direction, and is lower in channel resistance than the common channels (20, 24), wherein in a section perpendicular to the first direction, the first end channel has a wide portion larger in width than the common channels (20, 24), and characterized in that the first end channel is provided, at the wide portion, with a damper. a channel member including a plurality of discharge holes, a plurality of pressurization chambers connected with the plurality of discharge holes, respectively, and a plurality of common channels (20, 24); and a plurality of pressurizing parts for pressurizing the plurality of pressurization chambers, respectively, wherein the plurality of common channels (20, 24) extends in a first direction and is arrayed in a second direction crossing the first direction to form a common channel group, wherein the common channels (20, 24) are connected with the plurality of pressurization chambers disposed along the common channels (20, 24) among the plurality of pressurization chambers, and wherein the channel member further includes a first end channel, that is disposed outside, in the second direction, with respect to the common channel group, extends in the first direction, and is lower in channel resistance than the common channels (20, 24), wherein in a section perpendicular to the first direction, the first end channel has a wide portion larger in width than the common channels (20, 24), and characterized in that the first end channel is provided, at the wide portion, with a damper.
A method of setting a User identification device within a communication module within a vehicle into an Out-of-Service-State, wherein the User identification device is finally and irreversibly deactivated, at the end of lifecycle, wherein the User identification device has reached its final life cycle or service life, of said vehicle incorporating such a communication module, said communication module being allocated to a communications network, said method being characterized by the following steps: a) within a control device of said vehicle, which is coupled to several vehicle components via a BUS-system and which controls these components within said vehicle, said control device being at least temporarily in connection with said communication module, which is linked to the BUS-system as well, a signal characterizing the end of lifecycle of said vehicle is generated; once the vehicle has reached its end of life cycle, b) the signal characterizing the end of lifecycle of the vehicle is transmitted from said control device via said BUS-system to at least one vehicle component and in addition the signal is read out by the communication module as well; c) once the signal characterizing the end of life cycle has been received by the communication module, a message is sent via said communications network from the communication module to a central processing device, which is allocated to said communications network, said message containing information that the User identification device shall be taken Out-of-Service, d) within said central processing device, based on the received message the User identification device is set into an Out-of-Service-State. a) within a control device of said vehicle, which is coupled to several vehicle components via a BUS-system and which controls these components within said vehicle, said control device being at least temporarily in connection with said communication module, which is linked to the BUS-system as well, a signal characterizing the end of lifecycle of said vehicle is generated; once the vehicle has reached its end of life cycle, b) the signal characterizing the end of lifecycle of the vehicle is transmitted from said control device via said BUS-system to at least one vehicle component and in addition the signal is read out by the communication module as well; c) once the signal characterizing the end of life cycle has been received by the communication module, a message is sent via said communications network from the communication module to a central processing device, which is allocated to said communications network, said message containing information that the User identification device shall be taken Out-of-Service, d) within said central processing device, based on the received message the User identification device is set into an Out-of-Service-State.
A therapeutic composition comprising (a) chimeric antigen receptor-expressing T-cells (CAR T-cells) and a pharmaceutically acceptable excipient, and (b) either early apoptotic cells or an early apoptotic cell supernatant, and a pharmaceutically acceptable excipient, wherein said CAR T-cells and said either early apoptotic cells or said early apoptotic cell supernatant are premixed in the same composition or are comprised in separate compositions, wherein analysis of said early apoptotic cells demonstrates staining with Annexin V and not with propidium iodide.
Device for use as a meat processing machine for producing meat products with discontinuously or continuously arranged work surfaces (1, 2, 3, 4), which encompass an internal volume, at least one work surface of which is arranged for mechanical loading against raw pieces of meat to be arranged in the internal volume, wherein the work surfaces (1, 1a, 1b, 1c, 1d) are fixed relative to one another into an assembly and in this assembly are driven to perform a guided reciprocating movement with a frequency of at least 1 Hz for an amplitude of at least 5 mm by means of a drive motor, wherein the assembly of work surfaces (1, 1a, 1b, 1c, 1d) fixed against one another is guided to the movement along at least two motion axes, wherein the device is set up to drive the assembly along the motion axes each at different frequencies to a reciprocating movement.
A method of estimating the likelihood of brain concussion from neurophysiological data acquired from the brain of the subject, comprising: using a data processor for: identifying activity-related features in said data; constructing a subject-specific brain network activity pattern having a plurality of nodes, wherein each node represents a feature of said activity-related features, characterized in that: each pair of nodes is assigned with a connectivity weight; and the data processor is also used for: calculating a BNA pattern similarity describing a comparison between said constructed BNA pattern and a baseline BNA pattern being specific to the subject; and assessing the likelihood of brain concussion responsively to said BNA pattern similarity. using a data processor for: identifying activity-related features in said data; constructing a subject-specific brain network activity pattern having a plurality of nodes, wherein each node represents a feature of said activity-related features, identifying activity-related features in said data; constructing a subject-specific brain network activity pattern having a plurality of nodes, wherein each node represents a feature of said activity-related features, each pair of nodes is assigned with a connectivity weight; and the data processor is also used for: calculating a BNA pattern similarity describing a comparison between said constructed BNA pattern and a baseline BNA pattern being specific to the subject; and assessing the likelihood of brain concussion responsively to said BNA pattern similarity. calculating a BNA pattern similarity describing a comparison between said constructed BNA pattern and a baseline BNA pattern being specific to the subject; and assessing the likelihood of brain concussion responsively to said BNA pattern similarity.
An information processing apparatus comprising: at least one processor including hardware, wherein the at least one processor is configured to predict a first amount of movement of a head-mounted display between a first time and a second time, the amount of movement defined in six degrees of freedom of the head-mounted display, by using, for predicting, images captured of a periphery of the head-mounted display respectively at the first time and the second time, derive a covariance matrix representing a degree of reliability of the predicted first amount of movement such that the higher the degree of reliability is, the smaller the covariance matrix, predict a second amount of movement of the head-mounted display between the first time and the second time, by using sensor data acquired by a posture sensor incorporated in the head-mounted display between the first time and the second time, generate a display image to be displayed on a display different from the head-mounted display, and determine whether or not to generate a display image including a pattern providing a still image, according to a difference between the first amount of movement and the second amount of movement and the degree of reliability of the first amount of movement as represented by the covariance matrix, the pattern enabling to extract feature points effective for tracking. at least one processor including hardware, wherein the at least one processor is configured to predict a first amount of movement of a head-mounted display between a first time and a second time, the amount of movement defined in six degrees of freedom of the head-mounted display, by using, for predicting, images captured of a periphery of the head-mounted display respectively at the first time and the second time, derive a covariance matrix representing a degree of reliability of the predicted first amount of movement such that the higher the degree of reliability is, the smaller the covariance matrix, predict a second amount of movement of the head-mounted display between the first time and the second time, by using sensor data acquired by a posture sensor incorporated in the head-mounted display between the first time and the second time, generate a display image to be displayed on a display different from the head-mounted display, and determine whether or not to generate a display image including a pattern providing a still image, according to a difference between the first amount of movement and the second amount of movement and the degree of reliability of the first amount of movement as represented by the covariance matrix, the pattern enabling to extract feature points effective for tracking.
Optical device, comprising: - an optical fiber; - a cantilever (14, 30, 32) that is arranged on an end of the optical fiber; - the cantilever (14, 30, 32) being an integral part of the optical fiber, wherein the cantilever comprises an elongated body extending in a direction parallel to the end of the optical fiber, a part of the elongated body having a flexibility that allows a movement of the part in a length direction of the optical fiber characterized in that a width and a thickness of the elongated body of the cantilever (14, 30, 32) are substantially smaller than a diameter of the optical fiber. - an optical fiber; - a cantilever (14, 30, 32) that is arranged on an end of the optical fiber; - the cantilever (14, 30, 32) being an integral part of the optical fiber, wherein the cantilever comprises an elongated body extending in a direction parallel to the end of the optical fiber, a part of the elongated body having a flexibility that allows a movement of the part in a length direction of the optical fiber characterized in that a width and a thickness of the elongated body of the cantilever (14, 30, 32) are substantially smaller than a diameter of the optical fiber.
A pressurized fluidized furnace equipment comprising: a fluidized bed furnace that uses pressurized combustion air and combusts a material to be treated while fluidizing the same; an air preheater that exchanges heat between a combustion exhaust gas discharged from the fluidized bed furnace and the combustion air; a dust collector that removes dust from the combustion exhaust gas; first and second superchargers (5, 6) which are turbochargers and disposed in parallel and to each of which the combustion exhaust gas, having undergone the heat exchange in the air preheater and the dust removal in the dust collector, is supplied to generate compressed air first and second supply passages (5A, 6A) that supply a combustion exhaust gas to the first and second superchargers, respectively, flow rate adjusting means provided in the second supply passage of the first and second supply passages (5A, 6A), wherein first compressed air generated in the first supercharger is supplied as the combustion air to the fluidized bed furnace by way of the air preheater, wherein second compressed air generated in the second supercharger is made to have a higher pressure than that of the first compressed air, wherein the flow rate adjusting means is configured to adjust the flow rate of the combustion exhaust gas to be supplied to the second supercharger on the basis of the pressure of the first compressed air. a fluidized bed furnace that uses pressurized combustion air and combusts a material to be treated while fluidizing the same; an air preheater that exchanges heat between a combustion exhaust gas discharged from the fluidized bed furnace and the combustion air; a dust collector that removes dust from the combustion exhaust gas; first and second superchargers (5, 6) which are turbochargers and disposed in parallel and to each of which the combustion exhaust gas, having undergone the heat exchange in the air preheater and the dust removal in the dust collector, is supplied to generate compressed air first and second supply passages (5A, 6A) that supply a combustion exhaust gas to the first and second superchargers, respectively, flow rate adjusting means provided in the second supply passage of the first and second supply passages (5A, 6A), wherein first compressed air generated in the first supercharger is supplied as the combustion air to the fluidized bed furnace by way of the air preheater, wherein second compressed air generated in the second supercharger is made to have a higher pressure than that of the first compressed air, wherein the flow rate adjusting means is configured to adjust the flow rate of the combustion exhaust gas to be supplied to the second supercharger on the basis of the pressure of the first compressed air.
A data exchange system which is used for exchanging data between a transmission user who transmits the data and a reception user who receives the data, and in which a transmission selecting condition is a condition set by the transmission user for selecting a data item to be transmitted, and a reception selecting condition is a condition set by the reception user for selecting a data item to be received, the data exchange system comprising a data exchange section having a step of selecting, from pairs of the transmission selecting conditions and the reception selecting conditions, where each pair includes a transmission selecting condition and a reception selecting condition, a pair of a transmission selecting condition and a reception selecting condition that satisfy a standard defined separately for data exchange between the transmission user and the reception user through the conditions in the data exchange system, wherein the data exchange section exchanges a data item satisfying both the transmission selecting condition and the reception selecting condition in the selected pair between a transmission user and a reception user corresponding to the transmission selecting condition and the reception selecting condition in the selected pair.
Optics carrier for a camera system of an environment-detection system of a motor vehicle characterized by a polymeric circuit film, wherein tracks are applied as conductors or resistors on a first side of the polymeric circuit film and a thermosetting plastic is injection-moulded on a second side, which is opposite to the first side, of the polymeric circuit film for forming the optics carrier.
Gas flow control valve, wherein the gas flow control valve comprises - a housing having a gas inlet; - a valve seat which is disposed in the housing; - a valve body which is assigned to the valve seat, wherein the valve body is held by an upper spring and a lower spring and is centred by means of a diaphragm; and - and a gas outlet which is provided in the housing so as to be downstream of the valve body; wherein the valve body is movably disposed in the valve seat so as to form a controllable cross section of a passage opening for gas to pass through in a first direction of movement; wherein the gas flow control valve comprises an adjustable diffusor, characterized in that at least one bypass geometry is formed on the valve seat at the boundary region towards the passage opening; wherein the bypass geometry in a closed position enables a defined flow of the gas flow in that the defined flow is delimited by a tolerance position of the valve body and the valve seat and a proportional cross section on the circumference of a contact edge of the valve body. - a housing having a gas inlet; - a valve seat which is disposed in the housing; - a valve body which is assigned to the valve seat, wherein the valve body is held by an upper spring and a lower spring and is centred by means of a diaphragm; and - and a gas outlet which is provided in the housing so as to be downstream of the valve body; wherein the valve body is movably disposed in the valve seat so as to form a controllable cross section of a passage opening for gas to pass through in a first direction of movement; wherein the gas flow control valve comprises an adjustable diffusor, characterized in that at least one bypass geometry is formed on the valve seat at the boundary region towards the passage opening; wherein the bypass geometry in a closed position enables a defined flow of the gas flow in that the defined flow is delimited by a tolerance position of the valve body and the valve seat and a proportional cross section on the circumference of a contact edge of the valve body.
Use, for preventing, reducing and/or eliminating the deposits of organic compounds at the surface of keratin materials, in particular human keratin materials, or at the surface of objects in contact with said keratin materials, of solid particles comprising at least one metal oxide OM1 of formula A a B b O n-x, in which: A denotes a metal chosen from bismuth, calcium, sodium, lanthanum, barium, copper, tin, magnesium, zinc and silver; B denotes a metal chosen from tungsten, vanadium, gallium, niobium and strontium; a is an integer within the range of from 1 to 4; b is an integer within the range of from 1 to 10; n is an integer within the range of from 3 to 6; and x is a decimal number of less than n, within the range of from 0.1 to 5. A denotes a metal chosen from bismuth, calcium, sodium, lanthanum, barium, copper, tin, magnesium, zinc and silver; B denotes a metal chosen from tungsten, vanadium, gallium, niobium and strontium; a is an integer within the range of from 1 to 4; b is an integer within the range of from 1 to 10; n is an integer within the range of from 3 to 6; and x is a decimal number of less than n, within the range of from 0.1 to 5.
A positive-displacement pump for preparing stuffed products, said positive-displacement pump comprising: a rotor which comprises a substantially cylindrical-shaped main body and is adapted to be made to rotate about a rotation axis substantially coincident with its own longitudinal symmetry axis, wherein said main body defines a plurality of housing seats, each of said housing seats extending along both a first extension direction substantially parallel to said longitudinal symmetry axis and along a second radial direction perpendicular to said first direction, a stator, said rotor comprising a plurality of vanes, each of said vanes being housed in one of said corresponding housing seats, wherein said vanes are therefore brought in rotation during the rotation of said main body, wherein each of said vanes can translate alternatively in two opposite directions of translation along a direction substantially parallel to said rotation axis of said main body, characterized in that said rotor comprises a jacket integral with said main body and defined by a first outer, continuous cylindrical surface and by an inner surface, cylindrical and concentric to said outer surface, said outer surface and inner surface being concentric and centered on said rotation axis, and in that the longitudinal extension of each of said vanes along a direction parallel to said rotation axis corresponds to the longitudinal extension along a direction parallel to said rotation axis of said outer surface of said jacket.
A percutaneous guidewire comprising a distal end portion that is pre-formed in a curve that turns through more than 270 degrees, the curve having a radius of curvature that decreases towards the tip of the guidewire, wherein the stiffness of the guidewire decreases along the length of the curved distal end portion towards the tip of the guidewire, wherein the change in stiffness is continuous along the length of the curved distal end portion, and characterised in that the decrease in stiffness of the guidewire starts on a straight portion of the guidewire, proximally of a transition of the guidewire from a straight portion to the curved portion.
A method for generating a total image, containing at least a first image part (1 a, 1 b) and a second image part (2a, 2b) which does not overlap with the first image part, to present an all-round view of the surroundings of a motor vehicle from a bird's-eye perspective using an image sensor device which is connected to the motor vehicle and provides image data in a first acquisition range of the vehicle surroundings, characterised in that the first image part of the total image is formed as a real image or photorealistic image which is based on image data of the image sensor device from the first acquisition range, in that in addition to the image sensor device, a distance sensor device is used which is connected to the motor vehicle and which provides distance data in a second acquisition range, which overlaps with the first acquisition range, of the vehicle surroundings, in that the second acquisition range covers an additional range of the vehicle surroundings which is not covered by the first acquisition range, and in that the second image part is formed as a virtual image of the vehicle surroundings from a bird's-eye perspective, which virtual image is based on distance data from the second acquisition range, and is at least partly outside the first image part, a soft visual transition between the first image part and the second image part being provided in the total image.
A chelate A having a structure [M(Ligand 1)(Ligand 2)]2Y, wherein: M is a metal selected from the group consisting of Cu, Mn, Zn, Co, Ni, Mg, Ca and Fe; Ligand 1 is glutamic acid; Ligand 2 is malic acid; and Y is a base cation, wherein the base is selected from the group consisting of NaOH KOH and/or NH4OH, wherein a binder proportion ratio of glutamic acid to malic acid to metal is 1:1:1. M is a metal selected from the group consisting of Cu, Mn, Zn, Co, Ni, Mg, Ca and Fe; Ligand 1 is glutamic acid; Ligand 2 is malic acid; and Y is a base cation, wherein the base is selected from the group consisting of NaOH KOH and/or NH4OH, wherein a binder proportion ratio of glutamic acid to malic acid to metal is 1:1:1.