mhurhangee/ep-ind-claims huggingface dataset:
An implant packaging and handling system, comprising: an implant carrier having an implant applicator, the implant applicator having a surface adapted to hold and deposit an implant onto a cornea surface; and an implant support having an implant base, the implant support being configured to detachably connect with the implant carrier so as to form an implant holding chamber between at least a portion of the implant applicator surface and an upper surface of the implant base; wherein the carrier is detachable from the support to expose the implant applicator surface and wherein the upper surface of the implant base and the implant applicator surface are constructed and arranged so that an implant in the implant holding chamber will adhere to the implant applicator surface in preference to adhering to the upper surface of the implant base upon detachment of the carrier from the support whereby the implant can be deposited on to a cornea surface using the implant carrier. an implant carrier having an implant applicator, the implant applicator having a surface adapted to hold and deposit an implant onto a cornea surface; and an implant support having an implant base, the implant support being configured to detachably connect with the implant carrier so as to form an implant holding chamber between at least a portion of the implant applicator surface and an upper surface of the implant base; wherein the carrier is detachable from the support to expose the implant applicator surface and wherein the upper surface of the implant base and the implant applicator surface are constructed and arranged so that an implant in the implant holding chamber will adhere to the implant applicator surface in preference to adhering to the upper surface of the implant base upon detachment of the carrier from the support whereby the implant can be deposited on to a cornea surface using the implant carrier.
A low energy wood screw comprising: a countersunk head having a recess for accommodating a driving tool; a shank extending from the head to a gimlet point tip, the shank having a tapered neck, main threads, lower threads, and a tapered point with a lenght; a plurality of crown ribs extending outwardly from said head and neck; characterised in that the main threads have a major thread diameter, and have a lead that is from about 59.3 percent to about 80 percent of the major thread diameter; the main threads are arranged between the neck and the lower threads, and wherein the main threads have a thread form including an outer tip having a substantially linear profile and a rounded root having a concave profile; and the lower threads are arranged between the main threads and the point tip, and wherein the lower threads have an asymmetrical thread form profile. a countersunk head having a recess for accommodating a driving tool; a shank extending from the head to a gimlet point tip, the shank having a tapered neck, main threads, lower threads, and a tapered point with a lenght; a plurality of crown ribs extending outwardly from said head and neck; characterised in that the main threads have a major thread diameter, and have a lead that is from about 59.3 percent to about 80 percent of the major thread diameter; the main threads are arranged between the neck and the lower threads, and wherein the main threads have a thread form including an outer tip having a substantially linear profile and a rounded root having a concave profile; and the lower threads are arranged between the main threads and the point tip, and wherein the lower threads have an asymmetrical thread form profile.
A system for visiting a third party application via a cloud platform, comprising: a cloud platform server, a binding information server and a third party application server; wherein the cloud platform server is adapted to allocate an identifier for a released third party application, receive a cloud platform account and cloud-platform-password information inputted by a user; query the binding information server according to a third party application selected by the user to obtain third party application account information and access information not including the cloud-platform-password in cleartext format corresponding to the third party application and the cloud-platform-password information, and transmit the third party application account information and the access information to the third party application server; and receive authentication succeed information returned by the third party application server; the binding information server is adapted to store a binding information mapping table of the user, wherein the binding information mapping table comprises the cloud platform account information of the user, a third party application identifier corresponding to the third party application registered by the user, the third party application account information and the access information not including the cloud-platform-password in cleartext format generated and issued by the third party application server; and the third party application server is adapted to receive the third party application account information and the access information not comprising the cloud-platform-password in cleartext format transmitted by the cloud platform server and authenticate the user according to the third party application account information and the access information.
A method for operating a hob, in particular an induction hob, with: - a hob plate, - at least three heating elements, the heating elements forming or defining a variable heating area on the hob plate, - a hob control for controlling the heating elements each with a heating power density and for detecting a cooking vessel placed on the heating area, - wherein the hob control in at least one operating state operates at least one heating element in such a way in a chef cooking mode, in which the hob control is designed for this purpose to heat the cooking vessel as a function of a position of the cooking vessel in the heating region via at least one heating element, different positions of the cooking vessel in the heating region corresponding to different heating power densities for the cooking vessel, characterized by the steps: - the charging vessel is selected for subsequent manual assignment of a heating power density by an operator, - the at least one heating element for the selected cooking vessel is manually assigned a heating power density by an operator, - by moving the cooking vessel by more than a minimum distance within the heating area, the manually assigned heating power density is deleted and replaced by a heating power density corresponding to the position of the cooking vessel in the heating area after movement for the further heating of the cooking vessel. - a hob plate, - at least three heating elements, the heating elements forming or defining a variable heating area on the hob plate, - a hob control for controlling the heating elements each with a heating power density and for detecting a cooking vessel placed on the heating area, - wherein the hob control in at least one operating state operates at least one heating element in such a way in a chef cooking mode, in which the hob control is designed for this purpose to heat the cooking vessel as a function of a position of the cooking vessel in the heating region via at least one heating element, different positions of the cooking vessel in the heating region corresponding to different heating power densities for the cooking vessel, - the charging vessel is selected for subsequent manual assignment of a heating power density by an operator, - the at least one heating element for the selected cooking vessel is manually assigned a heating power density by an operator, - by moving the cooking vessel by more than a minimum distance within the heating area, the manually assigned heating power density is deleted and replaced by a heating power density corresponding to the position of the cooking vessel in the heating area after movement for the further heating of the cooking vessel.
Oil circuit for an internal combustion engine, the said circuit comprising a cylindrical manifold having an oil inlet and oil outlets (12, 13) for supplying various components of the said engine with oil and comprising an oil flow regulation system comprising means for closing the supply outlets (12, 13) that are set in movement by an actuating means, characterized in that the said actuating means is calibrated to a nominal pressure of oil passing through the circuit and able to set in movement the means for closing the oil supply outlets in the event that the nominal oil pressure is exceeded.
A replaceable fluid container for an engine comprising: a first reservoir for holding a fluid; a second reservoir for holding a composition to be added to the fluid; a fluid coupling adapted to provide fluidic communication between the first reservoir and a fluid circulation system of the engine, the fluid coupling comprising a fluid inlet port and an fluid outlet port, the fluid outlet port adapted to be coupled with a fluid supply line; and a dose controller (1, 308) to provide a dose of the composition into the fluid for circulation in a fluid circulation system of the engine; wherein the second reservoir comprises a valve for controlling the dosing of the composition into the fluid supply line, and wherein the valve is configured such that closing the valve isolates the contents of the second reservoir from the fluid while opening the valve places the second reservoir in fluidic communication with the fluid provided to the fluid supply line, characterised in that: the replaceable container further comprises a communication interface for obtaining data from an operational controller, wherein the dose controller (1, 308) is configured to select at least one of a timing, dose quantity and number of doses based on the data obtained from the operational controller; and the communication interface is arranged such that positioning the replaceable fluid container to permit fluidic communication between the first reservoir and the fluid circulation system of the engine arranges the communication interface for obtaining the data. the replaceable container further comprises a communication interface for obtaining data from an operational controller, wherein the dose controller (1, 308) is configured to select at least one of a timing, dose quantity and number of doses based on the data obtained from the operational controller; and the communication interface is arranged such that positioning the replaceable fluid container to permit fluidic communication between the first reservoir and the fluid circulation system of the engine arranges the communication interface for obtaining the data.
A feedthrough device for installation between a high pressure zone (103, 104) and a low pressure zone (101, 102) of a fuel injector system, the feedthrough device comprising: a feedthrough body; one or more conductors (204a, 204b) extending through the feedthrough body; wherein the feedthrough body includes a housing with an internal cavity, and wherein one or all of the conductors (204a, 204b) pass through the internal cavity; and one or more fluid passages through an outer surface of the housing, for allowing fluid communication between the internal cavity and an exterior of the feedthrough body, wherein the feedthrough body is configured as a continuous structure between a first outer end face and a second outer end face. a feedthrough body; one or more conductors (204a, 204b) extending through the feedthrough body; wherein the feedthrough body includes a housing with an internal cavity, and wherein one or all of the conductors (204a, 204b) pass through the internal cavity; and one or more fluid passages through an outer surface of the housing, for allowing fluid communication between the internal cavity and an exterior of the feedthrough body, wherein the feedthrough body is configured as a continuous structure between a first outer end face and a second outer end face.
A medical appliance for a patient comprising: a nasal tube; a biasing member disposed about a distal end of said nasal tube, wherein said biasing member expands to exert a force upon a soft palate and/or base of a tongue of said patient characterized in that said biasing member is surrounded by a membrane. a nasal tube; a biasing member disposed about a distal end of said nasal tube, wherein said biasing member expands to exert a force upon a soft palate and/or base of a tongue of said patient characterized in that said biasing member is surrounded by a membrane.
Cooktop apparatus, in particular induction cooktop apparatus, having at least one glass unit and at least one coating configured as a multilayer structure, which is disposed on at least one subregion of at least a main face of the glass unit and has the at least two layers (20, 21, 22, 23, 24), wherein at least one of the layers (21, 23) is formed by at least one semiconducting material and the coating has at least one layer of electrically insulating material, which is disposed between at least two layers (21, 23) formed by semiconducting material, characterised by at least one electronic unit, which is provided to measure and evaluate at least one electrical characteristic at least of the one layer (21, 23) formed by a semiconducting material.
Haymaking machine comprising at least one rotationally drivable work unit which has crop-processing tines located thereon and is mounted on a machine frame, comprising a protective apparatus at least partially surrounding the work unit, comprising at least one support device for supporting the at least one work unit on the ground, comprising an attachment device for connecting to the upper link arm and the lower link arms of a three-point lifting device of an agricultural tractor and comprising at least one frame element which extends from the attachment device as far as the machine frame and is adjustable in length in and counter to the direction of travel, characterised in that the length-adjustable frame element of the haymaking machine is a carrying device connected to the attachment device and the machine frame, and the carrying device is made up of at least two interconnectable carrying elements (9, 10), which can be secured in at least two different positions by means at least one releasable connection.
Method for operating - rail vehicles (30, 40, 50), which travel on a route or a route network and are each equipped with a vehicle-side automatic train protection device, and - a central device, which monitors the rail vehicles (30, 40, 50) and has a communication connection with each of the vehicle-side automatic train protection devices, wherein in the event of a failure of a vehicle-side automatic train protection device of a rail vehicle, referred to as failed rail vehicle in the following, control signals are sent from the central device to a rail vehicle (30, 50) travelling behind the failed rail vehicle or travelling ahead of the failed rail vehicle, which control signals make it possible, in particular request, for the rail vehicle (30, 50) travelling ahead or behind to approach the failed rail vehicle, to couple to it and to form a new train set, which is able to resume its journey monitored by the vehicle-side automatic train protection device of the rail vehicle (30, 50) travelling ahead or behind, characterised in that when coupling the failed rail vehicle to the rail vehicle (30, 50) travelling behind or ahead, the vehicle-side automatic train protection device of the rail vehicle (30, 50) travelling behind or ahead is connected to at least one component of the automatic train protection device of the failed rail vehicle and said at least one component is used by the automatic train protection device of the rail vehicle (30, 50) travelling behind or ahead once the journey has been resumed. - rail vehicles (30, 40, 50), which travel on a route or a route network and are each equipped with a vehicle-side automatic train protection device, and - a central device, which monitors the rail vehicles (30, 40, 50) and has a communication connection with each of the vehicle-side automatic train protection devices, wherein
A frame for a display panel of an electronic device, the frame comprising an antenna positioned, inside the frame, along a side of the frame, wherein the antenna comprises an antenna holder made with a first cuboidal antenna holder (200; 300; 400; 500; 600; 700; 800-1) and a second cuboidal antenna holder (200; 300; 400; 500; 600; 700; 800-2), the antenna holder being fed by a power source connected in between the first and second cuboidal antenna holders, each first and second cuboidal antenna holder having at least: - a first excitation surface (204; 404; 404-1; 404-2; 701) facing the side, such that radiations from the first excitation surface are emitted out through a front surface of the side; and - a second excitation surface (208; 408; 408-1; 408-2; 708) perpendicular to the first excitation surface, wherein the side is one of: - a first side couplable to a base unit of the electronic device, the first side extending along the front surface of the display panel on which a visual output is generated; or - a second side, of the frame, opposite to the first side, wherein the second excitation surface faces towards a third side of the frame, wherein the third side is perpendicular to the first side. - a first excitation surface (204; 404; 404-1; 404-2; 701) facing the side, such that radiations from the first excitation surface are emitted out through a front surface of the side; and - a second excitation surface (208; 408; 408-1; 408-2; 708) perpendicular to the first excitation surface, wherein the side is one of: - a first side couplable to a base unit of the electronic device, the first side extending along the front surface of the display panel on which a visual output is generated; or - a second side, of the frame, opposite to the first side, - a first side couplable to a base unit of the electronic device, the first side extending along the front surface of the display panel on which a visual output is generated; or - a second side, of the frame, opposite to the first side, wherein the second excitation surface faces towards a third side of the frame, wherein the third side is perpendicular to the first side.
A method for producing a briquetted solid fuel, the method comprising the steps of: pulverizing a low-rank coal to give a pulverized low-rank coal; mixing the pulverized low-rank coal with a solvent oil to give a slurry; heating and thereby dewatering the slurry to give a dewatered slurry; separating the solvent oil from the dewatered slurry by liquid-solid separation to give a cake; heating and thereby drying the cake to further separate the solvent from the cake to thereby give a refined coal in powder form; blending the refined coal with a property-controlling coal in powder form to control a property of the refined coal to thereby give a briquetting feedstock comprising the property-controlling coal in an amount of 5 to 70 mass percent based on the total mass of the briquetting feedstock, the property-controlling coal having, as properties, a loose bulk density of 0.6 kg/L or more and an angle of repose of 40° or less measured by using the powder property evaluation equipment "Powder Characteristics Tester PT-S" supplied by Hosokawa Micron Corporation, an average particle size of 0.3 to 2.0 mm and such a particle size distribution that a percentage of particles each having a particle size of 2 mm or more is 5 to 50 mass percent based on the total mass of the property-controlling coal, measured using a metal sieve; and briquetting the briquetting feedstock under pressure to give the briquetted solid fuel in briquette form. pulverizing a low-rank coal to give a pulverized low-rank coal; mixing the pulverized low-rank coal with a solvent oil to give a slurry; heating and thereby dewatering the slurry to give a dewatered slurry; separating the solvent oil from the dewatered slurry by liquid-solid separation to give a cake; heating and thereby drying the cake to further separate the solvent from the cake to thereby give a refined coal in powder form; blending the refined coal with a property-controlling coal in powder form to control a property of the refined coal to thereby give a briquetting feedstock comprising the property-controlling coal in an amount of 5 to 70 mass percent based on the total mass of the briquetting feedstock, the property-controlling coal having, as properties, a loose bulk density of 0.6 kg/L or more and an angle of repose of 40° or less measured by using the powder property evaluation equipment "Powder Characteristics Tester PT-S" supplied by Hosokawa Micron Corporation, an average particle size of 0.3 to 2.0 mm and such a particle size distribution that a percentage of particles each having a particle size of 2 mm or more is 5 to 50 mass percent based on the total mass of the property-controlling coal, measured using a metal sieve; and briquetting the briquetting feedstock under pressure to give the briquetted solid fuel in briquette form.
An electronic circuit for detecting the current winding temperature of phase windings and/or other characteristics of an electronically commutated electric motor, which is connected, or can be connected, to a frequency converter, characterized in that the electronic circuit comprising one or more capacitive two-terminal networks with a temperature of the phase windings dependent impedance, which can be modulated for detecting other characteristics, wherein the two-terminal networks each being arranged electrically parallel to two winding terminals (u, v, w) of the phase windings, wherein the electronic circuit further comprising a current detecting device, which is formed to detect the current responses dependent from the two-terminal networks in the form of pulse-frequency current peaks in the phase windings as a response of the steep-flanked voltage excitations of the frequency converter by means of pulse width modulation, and wherein in that the electronic circuit comprises a signal evaluating device, configured to signal analysis of the current responses detected by the current detecting device, to obtain therefrom the temperature of the phase windings or other characteristics of the electric motor
Edge protection for a road milling machine or similar ground processing machine comprising an edge and skid segments, wherein the edge is designed for receiving the skid segments, characterised in that the edge comprises plug-in slots for receiving the skid segments, in that the skid segment comprises a skid section, on which an attachment section is directly or indirectly formed, and in that the attachment section takes the form of a plug-in lug.
Method for operating a winding device of a textile machine producing cross-wound bobbins, which has a creel for the freely rotatable holding of a cross-wound bobbin, a bobbin drive roller, which can be driven by a single drive, for rotating the cross-wound bobbin, and a thread traversing mechanism which can be driven by a single motor and activated in a defined manner, wherein on reaching a predeterminable cross-wound bobbin diameter or a predeterminable thread length, the thread guide of the thread traversing mechanism, to produce a thread end reserve for an adjustable time span, is either positioned outside the winding region of the cross-wound bobbin or inside the winding region of the cross-wound bobbin, characterized in that while the thread end reserve is being produced, a thread storage nozzle particular to the winding head and which can be acted upon with negative pressure is connected and acts on the thread running onto the cross-wound bobbin in such a way that excess thread length being produced during the winding of the thread end reserve is intermediately stored and a minimum thread tension is thereby ensured that is necessary to reliably fix the thread end reserve on the bobbin body or the cross-wound bobbin tube.