mhurhangee/ep-ind-claims huggingface dataset:
An electron sensor comprising: a p-type electron-sensitive layer configured to generate multiple electrons in response to each said incident electron that enters said electron-sensitive layer through a first surface (127-F) of said electron-sensitive layer; an n-type buried channel layer disposed on a second surface (127-B) of the electron-sensitive layer and configured to collect at least some of the multiple electrons generated by the electron-sensitive layer; an n+ floating diffusion disposed in the buried channel layer and configured to accumulate at least some of the electrons collected by the buried channel layer such that a voltage of the floating diffusion changes in proportion to a number of said electrons accumulated on the floating diffusion; and an amplifier configured to generate an output signal in accordance with the voltage of the floating diffusion, wherein the electron-sensitive layer, the buried channel layer, the floating diffusion and the amplifier are disposed on a single integral semiconductor structure; wherein the electron sensor further comprises a pure boron layer disposed on the first surface (127-F) of said electron-sensitive layer such that said incident electron passes through the pure boron layer before entering the electron-sensitive layer. a p-type electron-sensitive layer configured to generate multiple electrons in response to each said incident electron that enters said electron-sensitive layer through a first surface (127-F) of said electron-sensitive layer; an n-type buried channel layer disposed on a second surface (127-B) of the electron-sensitive layer and configured to collect at least some of the multiple electrons generated by the electron-sensitive layer; an n+ floating diffusion disposed in the buried channel layer and configured to accumulate at least some of the electrons collected by the buried channel layer such that a voltage of the floating diffusion changes in proportion to a number of said electrons accumulated on the floating diffusion; and an amplifier configured to generate an output signal in accordance with the voltage of the floating diffusion, wherein the electron-sensitive layer, the buried channel layer, the floating diffusion and the amplifier are disposed on a single integral semiconductor structure; wherein the electron sensor further comprises a pure boron layer disposed on the first surface (127-F) of said electron-sensitive layer such that said incident electron passes through the pure boron layer before entering the electron-sensitive layer.
A coating composition comprising: (a) film-forming resinous binder; (b) a first visibly absorbing infrared transparent pigment; and (c) a second visibly absorbing infrared transparent pigment different from the first visibly absorbing infrared transparent pigment, wherein the first visibly absorbing infrared transparent pigment has an average primary particle size of no more than 100 nanometers, wherein a cured coating deposited from the composition: (i) has a jetness of at least 240, and (ii) exhibits a color change of no more than 1ΔE unit after 3000 hours of QUV durability testing. (a) film-forming resinous binder; (b) a first visibly absorbing infrared transparent pigment; and (c) a second visibly absorbing infrared transparent pigment different from the first visibly absorbing infrared transparent pigment, (i) has a jetness of at least 240, and (ii) exhibits a color change of no more than 1ΔE unit after 3000 hours of QUV durability testing.
A user equipment comprising: means for detecting a network for registration; means for sending, to the network, a message including an indication that the user equipment is using a default configuration for at least one service available at the network, when the user equipment is configured with the default configuration but does not include a network specific configuration for the network; and means for receiving, from the network, a network specific configuration in a response to the indication that the user equipment is using a default configuration, wherein the indication is an explicit indication and the message is a registration request message, and wherein the explicit indication is a bit or flag indicating that the user equipment is using the default configuration. means for detecting a network for registration; means for sending, to the network, a message including an indication that the user equipment is using a default configuration for at least one service available at the network, when the user equipment is configured with the default configuration but does not include a network specific configuration for the network; and means for receiving, from the network, a network specific configuration in a response to the indication that the user equipment is using a default configuration, wherein the indication is an explicit indication and the message is a registration request message, and wherein the explicit indication is a bit or flag indicating that the user equipment is using the default configuration.
A battery cell, comprising: an electrode assembly having a hollow structure with a hexagonal prism-shaped hole at a center, wherein an exterior of the electrode assembly is in a shape of a hexagonal prism; and a cell case in which the electrode assembly is received, wherein an exterior of the cell case is in a shape of a hexagonal prism, wherein the electrode assembly includes: a first electrode including a first electrode current collector and a first electrode active material block coated discontinuously at predetermined intervals on the first electrode current collector; a second electrode including a second electrode current collector and a second electrode active material block coated discontinuously at predetermined intervals on the second electrode current collector; and a separator interposed between the first electrode and the second electrode. an electrode assembly having a hollow structure with a hexagonal prism-shaped hole at a center, wherein an exterior of the electrode assembly is in a shape of a hexagonal prism; and a cell case in which the electrode assembly is received, wherein an exterior of the cell case is in a shape of a hexagonal prism, wherein the electrode assembly includes: a first electrode including a first electrode current collector and a first electrode active material block coated discontinuously at predetermined intervals on the first electrode current collector; a second electrode including a second electrode current collector and a second electrode active material block coated discontinuously at predetermined intervals on the second electrode current collector; and a separator interposed between the first electrode and the second electrode. a first electrode including a first electrode current collector and a first electrode active material block coated discontinuously at predetermined intervals on the first electrode current collector; a second electrode including a second electrode current collector and a second electrode active material block coated discontinuously at predetermined intervals on the second electrode current collector; and a separator interposed between the first electrode and the second electrode.
A piezoceramic hydrophone comprising at least the following elements: - a first hemispherical shell and a second hemispherical shell which are assembled to form a hollow sphere; wherein the first hemispherical shell and the second hemispherical shell comprise a radially polarized, piezoelectric material and the first hemispherical shell and the second hemispherical shell have an outer layer, and the outer layer comprises silver and/or silicon compounds; - an electrical contact of the first hemispherical shell and the second hemispherical shell; and - a polymer jacket around the hollow sphere; characterized in that the outer layer is joined to the polymer jacket by a bonding agent and wherein the bonding agent comprises a compound of the formula (M 1) 2 [(M 2)F 6], where M 1 = H, NH 4, Li, Na, K, Rb, Cs and M 2 = Ti, Zr. - a first hemispherical shell and a second hemispherical shell which are assembled to form a hollow sphere; wherein the first hemispherical shell and the second hemispherical shell comprise a radially polarized, piezoelectric material and the first hemispherical shell and the second hemispherical shell have an outer layer, and the outer layer comprises silver and/or silicon compounds; - an electrical contact of the first hemispherical shell and the second hemispherical shell; and - a polymer jacket around the hollow sphere;
A hygienic support structure for a computer device comprising a monitor, the hygienic support structure including: a front plate; an adjustment plate configured to be connected to the computer device; and a screwing mechanism; wherein in a mounted state, the front plate and the adjustment plate are connected to one another using the screwing mechanism such as to face one another, the screwing mechanism is configured for pushing the front plate and the adjustment plate together in the mounted state; the hygienic support structure characterised in that: the adjustment plate includes a spring portion facing the front plate in the mounted state, the spring portion being for pushing the adjustment plate away from the front plate in the mounted state. a front plate; an adjustment plate configured to be connected to the computer device; and a screwing mechanism; wherein in a mounted state, the front plate and the adjustment plate are connected to one another using the screwing mechanism such as to face one another, the screwing mechanism is configured for pushing the front plate and the adjustment plate together in the mounted state; the hygienic support structure characterised in that: the adjustment plate includes a spring portion facing the front plate in the mounted state, the spring portion being for pushing the adjustment plate away from the front plate in the mounted state.
An internal olefin sulfonate composition comprising an internal olefin sulfonate having 16 carbon atoms and an internal olefin sulfonate having 18 carbon atoms, wherein a mass content ratio (A/B) of the component to the component contained in the internal olefin sulfonate composition is from 75/25 to 90/10, and wherein a mass ratio (hydroxy form/olefin form) of a content of a hydroxy form in the internal olefin sulfonate of the component and the component to a content of an olefin form in the internal olefin sulfonate of the component and the component is from 75/25 to 100/0, the total content of component and component in the internal olefin sulfonate composition being 70 to 100% by mass.
A carryall container, comprising at least one first half-shell, which is open and can be closed, at a free edge thereof, by a second half-shell, in order to define at least one closed configuration, in which inside said half-shells (2, 3) at least one internal compartment is defined for accommodating objects, said second half-shell being movable between said closed configuration and at least one open configuration, for free access to said compartment, one face of said first half-shell, which is adjacent to said free edge, having at least one door arranged, in at least one first position, so as to close a respective inlet provided on said first half-shell for further access to said compartment, said door being selectively movable between said first position and at least one second position, for free access to said compartment through said inlet, said container comprising an auxiliary element for stably resting on the ground, which can be associated detachably with the base of said first half-shell, on the opposite side with respect to said free edge, said auxiliary element comprising a plurality of legs and a fixed supporting structure for said plurality of legs, which can move between a minimum space occupation arrangement, in which they can be arranged so as to face and be proximate to said fixed supporting structure and said auxiliary element can be accommodated in said compartment, and an active arrangement, in which they are extended from said fixed supporting structure in order to define, when said auxiliary element is associated with said base, a stable resting on the ground, said container comprising a plate, which can be applied externally to said base in a stable manner and so as to define a resting on the ground at least when said auxiliary element, in the minimum space occupation arrangement, is accommodated in said compartment, said plate being detachably associatable with said fixed supporting structure by way of respective selective fixing means, characterized in that said fixing means comprise a plurality of teeth that protrude from said plate and rotate between at least one first angular orientation, in which they are freely insertable into respective slots provided on a contoured plate, which substantially constitutes said fixed supporting structure, and at least one second angular orientation, in which, as a consequence of their insertion into the respective said slots, they oppose by mechanical interference the subsequent extraction of said plate, for the fixing of said auxiliary element to said plate, and to said first half-shell.
A door handle assembly of a vehicle door, comprising a handle carrier that can be attached to the vehicle door, a grip that is mounted on the handle carrier and, in a position of non-use, is arranged to extend flush with an outer contour of the vehicle door and that is designed to be movable into an operating position for operation by an operator, a first lever mechanism, which is coupled for movement to a first longitudinal end of the handle, and a second lever mechanism, which is arranged on a second longitudinal end of the handle, the handle being arranged such that, in the actuating position, it is displaced parallel to the non-use position and projects with respect to the outer contour of the vehicle door and can be actuated by the user to open the vehicle door, and the first lever mechanism having a first pivot pin which is arranged on the handle carrier, the second lever mechanism having a second pivot pin which is coupled in terms of movement to the first lever mechanism, wherein the first lever mechanism and the second lever mechanism are coupled to one another in the manner of a multi-bar kinematic mechanism and the first longitudinal end and the second longitudinal end of the handle are designed to extend out of the outer contour at the same time, the first lever mechanism having a first pivot pin which is arranged on the first longitudinal end of the handle and is coupled in movement to the first pivot pin, the second lever mechanism having the second pivot pin which is arranged on the handle carrier, and a second pivot pin, which is arranged on the second longitudinal end of the handle, characterized in that the first pivot pin is motor-driven to move the handle. the handle being arranged such that, in the actuating position, it is displaced parallel to the non-use position and projects with respect to the outer contour of the vehicle door and can be actuated by the user to open the vehicle door, and the first lever mechanism having a first pivot pin which is arranged on the handle carrier, the second lever mechanism having a second pivot pin which is coupled in terms of movement to the first lever mechanism, wherein the first lever mechanism and the second lever mechanism are coupled to one another in the manner of a multi-bar kinematic mechanism and the first longitudinal end and the second longitudinal end of the handle are designed to extend out of the outer contour at the same time, the first lever mechanism having a first pivot pin which is arranged on the first longitudinal end of the handle and is coupled in movement to the first pivot pin, the second lever mechanism having the second pivot pin which is arranged on the handle carrier, and a second pivot pin, which is arranged on the second longitudinal end of the handle, characterized in that the first pivot pin is motor-driven to move the handle.
A packaging plant, with at least two of the following devices: - a bagging device - a palletizing device - a pallet securing device, characterized in that the devices are connected with each other with at least one data transmission device, wherein each of the devices (110, 120) comprise its own database, wherein at least one of the devices comprises a data pool, wherein with one of the other devices the data pool can be accessed via the data transmission device, wherein via the data transmission device data sets are exchangeable between the devices, wherein the data sets have a common data format, wherein an operating and information system (140, 150, 160) is provided on at least one of the devices, with which data sets can be displayed from all devices, wherein the other device can be controlled by the one device. - a bagging device - a palletizing device - a pallet securing device,
-Thermal box comprising a temperature homogenizing arrangement, the temperature homogenizing arrangement comprising a compartment-shaped dispenser cabinet provided inside the thermal box, where the dispenser cabinet has holes at the bottom for receiving air and one or more fans at the upper end for exhausting the air entering through said holes, where the dispenser cabinet has in its interior cooling or heating elements such that air forced in through the holes flows through said cooling or heating elements, where the dispenser cabinet has a lid for introducing the cooling or heating elements and internal walls having fins to prevent the cooling or heating elements from touching said internal walls, the arrangement further comprising an electronic control module supported outside the thermal box by a support, where the electronic control module comprises a battery, a charger for charging said battery, a memory, a temperature display and a control button, where the charger is configured to be connected to a vehicle plug which, in turn, is connected to a vehicle or to a power source where the electronic control module is connected to a temperature sensor installed inside the thermal box, and where the electronic control module controls the operation of the fans according to the temperature measured by the temperature sensor. the temperature homogenizing arrangement comprising a compartment-shaped dispenser cabinet provided inside the thermal box, where the dispenser cabinet has holes at the bottom for receiving air and one or more fans at the upper end for exhausting the air entering through said holes, where the dispenser cabinet has in its interior cooling or heating elements such that air forced in through the holes flows through said cooling or heating elements, where the dispenser cabinet has a lid for introducing the cooling or heating elements and internal walls having fins to prevent the cooling or heating elements from touching said internal walls, the arrangement further comprising an electronic control module supported outside the thermal box by a support, where the electronic control module comprises a battery, a charger for charging said battery, a memory, a temperature display and a control button, where the charger is configured to be connected to a vehicle plug which, in turn, is connected to a vehicle or to a power source where the electronic control module is connected to a temperature sensor installed inside the thermal box, and where the electronic control module controls the operation of the fans according to the temperature measured by the temperature sensor.
A marine engine comprising: a first turbocharger that supplies air by using an exhaust gas; a first intercooler into which a gas having passed through the first turbocharger flows, the first intercooler cooling the gas whose temperature has been elevated in the first turbocharger; a second turbocharger into which a gas having passed through the first intercooler flows, the second turbocharger supplying air by using an exhaust gas; a second intercooler into which a gas having passed through the second turbocharger flows, the second intercooler cooling the gas whose temperature has been elevated in the second turbocharger; an oil filter that filters an engine oil; characterised in that the marine engine further comprises a plate-like cover that covers a valve cover positioned above a cylinder head, wherein the first turbocharger, the first intercooler, the second turbocharger, the second intercooler, and the oil filter are arranged so as not to overlap one another and so as to surround the plate-like cover when seen in the thickness direction of the plate-like cover. a first turbocharger that supplies air by using an exhaust gas; a first intercooler into which a gas having passed through the first turbocharger flows, the first intercooler cooling the gas whose temperature has been elevated in the first turbocharger; a second turbocharger into which a gas having passed through the first intercooler flows, the second turbocharger supplying air by using an exhaust gas; a second intercooler into which a gas having passed through the second turbocharger flows, the second intercooler cooling the gas whose temperature has been elevated in the second turbocharger; an oil filter that filters an engine oil;
A communications method, the method comprising: receiving (509 or 606), at a first wireless access point, from a first wireless terminal a first message in encrypted form, said first message being directed to a second wireless terminal, the first message being secured using a first key; decrypting (513 or 608) at the first wireless access point the first message received in encrypted form to recover the first message; and making an access control decision ((529 or 556) or 610) used to control access to the first message based on said first key, said step of making an access control decision including determining (530 or 557 or 612) if the first key used to secure the first message is associated with the second wireless terminal by determining from stored information (107 or 114) if the second wireless terminal has access to the first key. receiving (509 or 606), at a first wireless access point, from a first wireless terminal a first message in encrypted form, said first message being directed to a second wireless terminal, the first message being secured using a first key; decrypting (513 or 608) at the first wireless access point the first message received in encrypted form to recover the first message; and making an access control decision ((529 or 556) or 610) used to control access to the first message based on said first key, said step of making an access control decision including determining (530 or 557 or 612) if the first key used to secure the first message is associated with the second wireless terminal by determining from stored information (107 or 114) if the second wireless terminal has access to the first key.
A method of transmitting a compressed mode frame including a plurality of slots in a communications network, comprising: forming a transmission gap in the frame having a transmission gap length, TGL, and characterized by repeating a number of control bits from a first slot of the frame in a second slot of the frame in order to increase redundancy of control bits. forming a transmission gap in the frame having a transmission gap length, TGL, and characterized by repeating a number of control bits from a first slot of the frame in a second slot of the frame in order to increase redundancy of control bits.
An isolated, synthetic or recombinant human antibody, or a functional part thereof, which is able to bind to snRNP200 of acute myeloid leukemia cells and which is able to diminish proliferation of AML cells by oncosis.