mhurhangee/ep-ind-claims huggingface dataset:
A method of authenticating a server (2,3) to a user of a terminal remote from the server (2,3), the terminal including a user operated data input device and display, the method comprising the steps of: issuing a request for communication to the server (2,3) from the remote terminal and providing to the server preliminary user identification data specific to the user of the terminal, identifying and accessing from design data storage (10, 11) at the server (2,3), in which is stored design data for a plurality of users, design data specific to the user (S21,S23) that defines features of an image to be displayed to the user and communicating display data from the server (2,3) to the terminal based on the identified design data; and generating an image (S25,S27) on the display of the terminal based upon the display data received from the server (2,3) characterised in that the display data includes a sub-group of user selectable authorisation data specific to the user and other user specific display data, the sub-group of user selectable authorisation data being taken from a set of authorisation data, wherein the server (2,3) is authenticated to the user by means of the image which includes the authorisation data necessary to enable the user to select their authorisation data from the sub-group included in the display data. issuing a request for communication to the server (2,3) from the remote terminal and providing to the server preliminary user identification data specific to the user of the terminal, identifying and accessing from design data storage (10, 11) at the server (2,3), in which is stored design data for a plurality of users, design data specific to the user (S21,S23) that defines features of an image to be displayed to the user and communicating display data from the server (2,3) to the terminal based on the identified design data; and generating an image (S25,S27) on the display of the terminal based upon the display data received from the server (2,3) characterised in that the display data includes a sub-group of user selectable authorisation data specific to the user and other user specific display data, the sub-group of user selectable authorisation data being taken from a set of authorisation data, wherein the server (2,3) is authenticated to the user by means of the image which includes the authorisation data necessary to enable the user to select their authorisation data from the sub-group included in the display data.
A control method for a field wound-rotor type AC rotating electric machine including a stator having a multi-phase armature winding (20u-20w) electrically connected to a power source via a power transducer and a rotor having a field winding, wherein further including a semiconductor switching element being electrically connected with the power source and the field winding, comprising the steps of: controlling the current which flows into the armature winding (20u-20w) using the power transducer and controlling the current which flows into the field winding using the semiconductor switching element simultaneously, responding to the speed of the AC rotating electric machine, while the AC rotating electric machine operates as the generator, control mode: increasing the phase current and field coil current to a maximum value when the speed of the AC rotating electric machine is low, control mode: reducing the phase current, and on the other hand, keeping the field coil current large as the speed of the AC rotating electric machine increases, and thereafter, control mode: reducing the field coil current, and on the other hand, increasing the phase current, as the speed of the AC rotating electric machine increases more. controlling the current which flows into the armature winding (20u-20w) using the power transducer and controlling the current which flows into the field winding using the semiconductor switching element simultaneously, responding to the speed of the AC rotating electric machine, while the AC rotating electric machine operates as the generator, control mode: increasing the phase current and field coil current to a maximum value when the speed of the AC rotating electric machine is low, increasing the phase current and field coil current to a maximum value when the speed of the AC rotating electric machine is low, control mode: reducing the phase current, and on the other hand, keeping the field coil current large as the speed of the AC rotating electric machine increases, and thereafter, reducing the phase current, and on the other hand, keeping the field coil current large as the speed of the AC rotating electric machine increases, and thereafter, control mode: reducing the field coil current, and on the other hand, increasing the phase current, as the speed of the AC rotating electric machine increases more. reducing the field coil current, and on the other hand, increasing the phase current, as the speed of the AC rotating electric machine increases more.
A method for manufacturing a printed wiring board, characterized by comprising: a step to make a ring-shaped opening in a sheet-shaped metal core, which opening is interrupted at a bridge part (39, 40), to form an island-like shaped part of the metal core; a step to form, on one principle side of the metal core, a first wiring layer having an insulation layer and wiring patterns (24b, 25b, 26b, 27b); a step to form, on the other principle side of the metal core, a second wiring layer having an insulation layer, wiring patterns (28c, 29c), and a reinforcement pattern; a step to fill with an insulator the opening around the island-like shape when the insulation layer is formed on the wiring layer; a step to open an area corresponding to the island-like shaped part of the metal core in the first wiring layer; and a step to remove the island-like shaped part of the metal core by utilizing this opening corresponding to the island-like shaped part of the metal core. a step to make a ring-shaped opening in a sheet-shaped metal core, which opening is interrupted at a bridge part (39, 40), to form an island-like shaped part of the metal core; a step to form, on one principle side of the metal core, a first wiring layer having an insulation layer and wiring patterns (24b, 25b, 26b, 27b); a step to form, on the other principle side of the metal core, a second wiring layer having an insulation layer, wiring patterns (28c, 29c), and a reinforcement pattern; a step to fill with an insulator the opening around the island-like shape when the insulation layer is formed on the wiring layer; a step to open an area corresponding to the island-like shaped part of the metal core in the first wiring layer; and a step to remove the island-like shaped part of the metal core by utilizing this opening corresponding to the island-like shaped part of the metal core.
Device for serially lyophilization of pharmaceutical solutions in medical hollow bodies, having - a lyophilization unit and - at least one camera, wherein images of at least one pharmaceutical solution to be lyophilized may be recorded by the at least one camera, wherein the images may be used for controlling and/or monitoring the lyophilization process, characterized in that the camera is arranged within an interior of the lyophilization unit that can be evacuated. - a lyophilization unit and - at least one camera,
A treatment system for cerebral arterial vasospasm secondary to subarachnoid hemorrhage, trauma or other conditions, which comprises in combination: a guide catheter; heparin; an imaging means for performing angiograms; at least a microcatheter and a microguidewire; at least one retrievable stent, ranging from at least 50 cm in length, comprising self-expanding nitinol and at least one of open and closed cells, with radial force tuned to the application; and, a sheath for covering and advancing the at least one retrievable stent to a target zone, for a predetermined time interval. a guide catheter; heparin; an imaging means for performing angiograms; at least a microcatheter and a microguidewire; at least one retrievable stent, ranging from at least 50 cm in length, comprising self-expanding nitinol and at least one of open and closed cells, with radial force tuned to the application; and, a sheath for covering and advancing the at least one retrievable stent to a target zone, for a predetermined time interval.
A blank assembly for a housing of a terminal comprising: a first blank, a slit along a thickness direction of the first blank being formed in the first blank; a second blank, wherein a part of the second blank is adapted to extend into the slit; and a filler filled in the slit; characterized in that an outer surface of the part of the second blank extending into the slit is spaced apart from an inner wall of the slit. a first blank, a slit along a thickness direction of the first blank being formed in the first blank; a second blank, wherein a part of the second blank is adapted to extend into the slit; and a filler filled in the slit; characterized in that an outer surface of the part of the second blank extending into the slit is spaced apart from an inner wall of the slit.
Method for detecting binding events of molecules on bioactive surfaces, in which in a step, to at least one first molecule, which is immobilised on a bioactive surface by a covalent bond, the first molecule being selected from the group consisting of single-strand DNA, RNA, LNA and PNA, at least one second molecule is bonded with formation of at least one specific non-covalent bond, the at least one second molecule being selected from the group consisting of single-strand DNA, RNA, LNA and PNA and the second molecule being bonded or having been bonded chemically covalently to a ligand, a binding of at least one third molecule to the at least one second molecule via at least one specific non-covalent bond is achieved, the at least one third molecule being selected from the group consisting of single-strand DNA, RNA, LNA and PNA, and the at least one third molecule being bonded or having been bonded covalently to a second ligand, a first buffer solution comprising an analyte molecule is contacted with the surface and the binding events between the analyte molecule and the ligand and second ligand are detected by means of an analytical measuring method, in a step, a second buffer solution is contacted with the surface so that the specific non-covalent bond between the first molecule and the second molecule is broken and molecules which are bonded non-covalently on the surface are removed from the surface, and subsequently thereto, steps and are repeated at least once.
Process for producing a controlled release fertilizer of potassium chloride comprising the following steps: a. providing compacted KCI, having a sphericity of below 0.87; b. dry polishing the KCI in an intensive mixer type device consisting of a container vessel and at least one set of agitating elements rotating relative to static elements in said vessel such that the KCI has a sphericity of between 0.88 and 0.92; c. providing a coating on said polished KCI; wherein sphericity (SPHT) is measured with a RETSCH Camsizer apparatus and is defined as SPHT = 4 π A P 2 where p is the measured perimeter of a particle projection and A is the area covered by a particle projection. a. providing compacted KCI, having a sphericity of below 0.87; b. dry polishing the KCI in an intensive mixer type device consisting of a container vessel and at least one set of agitating elements rotating relative to static elements in said vessel such that the KCI has a sphericity of between 0.88 and 0.92; c. providing a coating on said polished KCI;
Acetylsalicylic acid for use in reducing the risk of a thromboembolic event, wherein a single dose of acetylsalicylic acid is administered by a dry powder inhaler, the dry powder inhaler having a mouthpiece and an actuation member for making available the dose of the acetylsalicylic acid for inhalation by the patient to reduce the risk of the thromboembolic event, wherein the amount of the single dose comprises less than 30 mg of acetylsalicylic acid.
Method for classifying and dedusting granular polysilicon, wherein the granular polysilicon is fed into a screening plant, divided into fractions by means of a plurality of screen surfaces, wherein a throwing motion of the granular polysilicon in the screening plant removes adhering dust particles from the granular polysilicon, wherein the removed dust particles are taken off from the screening plant by means of a gas flow supplied to the screening plant, wherein the screening plant is of gas-tight design and supply and takeoff of the gas flow are effected such that the screening plant is at positive pressure compared to the surroundings and wherein the screening plant comprises a lid and a bottom, characterized in that uniform injection of a gas stream is effected at the lid of the screening plant via filtration mats during the screening process, thereby transporting the dust particles in cocurrent with the particle flux to a discharge at the bottom of the screening plant and removing said particles as a separate fraction at the bottom of the screening plant.
Soil-tilling device for large working widths, with a frame (1, 2) on which a plurality of soil-working tools, such as cultivator tines, levelling members and roller elements are arranged, having further a height-adjustable rolling gear (9, 10) disposed on the frame, and a drawbar disposed on the frame (1, 2) for connection to a tractor, wherein the frame (1, 2) is divided into three parts in the longitudinal direction and consists of a central part on which the drawbar is arranged and the rolling gear is mounted, and of two lateral parts extending to both sides of the central part, the lateral parts being articulated to the central part by means of hinge joints with longitudinally extending hinge axes, and being pivotable between a folded-out operating position and a folded-in transport position by means of hydraulic cylinders that are arranged between the central part and the lateral parts, wherein the two lateral parts extend approximately in parallel to each other in the upwardly facing position that forms the transport position, and the rolling gear comprises a main rolling gear mounted to the central part of the frame and comprising several main wheels distributed over the width of the main rolling gear, as well as one auxiliary rolling gear arranged on each lateral part and comprising an auxiliary wheel that laterally broadens the main rolling gear in the operating position, characterised in that the lateral parts can be coupled to each other in their position folded into the transport position by means of coupling means, and in that all soil-tilling tools (6, 7, 8) are arranged exclusively on the lateral parts of the frame, while the central part of the frame only forms a support construction connecting the drawbar to the rolling gear and carrying lateral parts.
A cable pulling assembly (10, 500) comprising: an enclosure (12, 502) adapted for enclosing an end (13, 503) of a fiber optic cable (14, 504), the enclosure (12, 502) including: a first member (30, 506a) defining a first cavity (46, 518), the first cavity being adapted to receive a portion of the end of the fiber optic cable; a second member (30', 506b) being selectively engaged to the first member, the second member defining a second cavity (46', 518), and wherein the enclosure is adapted to transfer a tensile force applied to the enclosure to a strength layer (18, 564) of the fiber optic cable, characterised in that the second member is structurally identical to the first member. an enclosure (12, 502) adapted for enclosing an end (13, 503) of a fiber optic cable (14, 504), the enclosure (12, 502) including: a first member (30, 506a) defining a first cavity (46, 518), the first cavity being adapted to receive a portion of the end of the fiber optic cable; a second member (30', 506b) being selectively engaged to the first member, the second member defining a second cavity (46', 518), and wherein the enclosure is adapted to transfer a tensile force applied to the enclosure to a strength layer (18, 564) of the fiber optic cable, characterised in that a first member (30, 506a) defining a first cavity (46, 518), the first cavity being adapted to receive a portion of the end of the fiber optic cable; a second member (30', 506b) being selectively engaged to the first member, the second member defining a second cavity (46', 518), and wherein the enclosure is adapted to transfer a tensile force applied to the enclosure to a strength layer (18, 564) of the fiber optic cable, characterised in that the second member is structurally identical to the first member.
A wiring device comprising: an interrupting device electrically connecting one or more line terminals to one or more load terminals when the interrupting device is in a reset condition and disconnecting the line terminals from the load terminals when the interrupting device is in a tripped condition; a fault detection circuit configured to detect a fault condition and generate a fault detection signal in response to detecting the fault condition, the fault detection signal being provided to the interrupting device to place the interrupting device in the tripped condition; and comprising a testing circuit configured to, determine a frequency of an input voltage at the one or more line terminals, characterized in that the testing circuit is further configured to determine whether the frequency of the input voltage is within a predetermined range, and when the frequency is within the predetermined range, perform a first test of the interrupting device at a first period of the frequency, and a second test of the fault detection circuit at a second period of the frequency. an interrupting device electrically connecting one or more line terminals to one or more load terminals when the interrupting device is in a reset condition and disconnecting the line terminals from the load terminals when the interrupting device is in a tripped condition; a fault detection circuit configured to detect a fault condition and generate a fault detection signal in response to detecting the fault condition, the fault detection signal being provided to the interrupting device to place the interrupting device in the tripped condition; and comprising a testing circuit configured to, determine a frequency of an input voltage at the one or more line terminals, characterized in that the testing circuit is further configured to determine whether the frequency of the input voltage is within a predetermined range, and when the frequency is within the predetermined range, perform a first test of the interrupting device at a first period of the frequency, and a second test of the fault detection circuit at a second period of the frequency. determine a frequency of an input voltage at the one or more line terminals, characterized in that the testing circuit is further configured to determine whether the frequency of the input voltage is within a predetermined range, and when the frequency is within the predetermined range, perform a first test of the interrupting device at a first period of the frequency, and a second test of the fault detection circuit at a second period of the frequency.
A method comprising: receiving a communication through a network by a communication module, the communication containing security data sent to an endpoint for establishing a secure channel through the network to the endpoint, the endpoint comprising the communication module and a metrology mdoule, the communication module and the metrology module connected via a communication path that externally links the communication module and the metrology module, sending the security data from the communication module to the metrology module; receiving network data by the communication module through the secure channel of the network; sending the network data received by the communication module to the metrology module; characterised in that: the communication path provides a paired channel of communication between the communication module and the metrology module through the exchange of a pairing key between the communication module and the metrology module such that security data sent from the communication module to the metrology module is transmitted through the paired channel and the network data received by the communication module to the metrology module is via the paired channel. receiving a communication through a network by a communication module, the communication containing security data sent to an endpoint for establishing a secure channel through the network to the endpoint, the endpoint comprising the communication module and a metrology mdoule, the communication module and the metrology module connected via a communication path that externally links the communication module and the metrology module, sending the security data from the communication module to the metrology module; receiving network data by the communication module through the secure channel of the network; sending the network data received by the communication module to the metrology module; the communication path provides a paired channel of communication between the communication module and the metrology module through the exchange of a pairing key between the communication module and the metrology module such that security data sent from the communication module to the metrology module is transmitted through the paired channel and the network data received by the communication module to the metrology module is via the paired channel.
An analytical method using surface waves on a flowing liquid system for determining a property of a test substance, the analytical method comprising: contacting the surface of the flowing liquid system with the test substance thereby to generate a surface wave on the flowing liquid system; determining a parameter of the surface wave; and determining the property of the test substance based on a parameter of the surface wave. contacting the surface of the flowing liquid system with the test substance thereby to generate a surface wave on the flowing liquid system; determining a parameter of the surface wave; and determining the property of the test substance based on a parameter of the surface wave.
Tile cutter comprising a bearing frame that has a bearing surface for bearing a tile to be split, a crushing support associated with the bearing frame, which crushing support can be moved from below by a slide transversely to the plane extension of the bearing surface in the upwards direction, and a crushing element which can be moved from above towards the bearing surface in order to apply a crushing force, characterised in that the slide can be moved transversely to the movement direction of the crushing support, the crushing support being supported at a first, low support level in a first operating position of the slide and being supported at a second, higher support level in a second operating position.
A microfluidic mixer, formed by two parts, a first part being a substrate having formations defining fluid channels on an outer surface that is directed towards a second part, which is a flexible layer, wherein the flexible layer has formations defining fluid channel which, when the flexible layer is positioned over the substrate so as to cover the fluid channels of the substrate to provide a fluid communication path, wherein a section of said communication path comprises at least a first and a second fluid channel (1, 2) for providing a first and a second fluid, wherein first and second fluid channel (1, 2) merge before an inlet of a mixing chamber into a merged fluid channel, wherein the mixing chamber comprises perturbation formations, and an outlet of the mixing chamber is connected to an outlet fluid channel, wherein the flexible layer comprises points for compression (41, 42) at the inlet and outlet (9, 11) of the mixing chamber for closing the merged fluid channel and the outlet fluid channel connected to inlet and outlet (9, 11) of the mixing chamber characterized in that perturbation formations of the mixing chamber are vertically arranged walls, pillars, or tubes with respect to an inner surface.