mhurhangee/ep-ind-claims huggingface dataset:
A pressure regulator (118; 218) for regulating the flow rate of a gas source, the pressure regulator comprising a housing having an inlet in communication with the gas source, an outlet operable to supply a gas at a given pressure and flow rate, a conduit extending between the inlet and the outlet, a restriction device (128; 228) located in the conduit and positionable to control the flow of gas therethrough, a biasing arrangement (136; 236) to apply a predetermined bias to the restriction device and a selection device operable to select one of a predetermined plurality of discrete configurations of the biasing arrangement and restriction device to provide a discrete selection of pressure settings for gas pressure at the outlet, wherein the outlet comprises a fixed-size orifice selected from a specific group of interchangeable fixed-sized orifices such that the combination of orifice and discrete pressure setting provides a group of discrete flow rate/pressure combinations to variable flow rate applications downstream of said outlet, and wherein, for a particular discrete flow rate, the combination of fixed-size orifice and discrete pressure setting is selected in dependence upon the duty cycle of the variable flow rate application.
Watch case comprising a middle to which a crystal and a back are fastened so as to form an internal volume, said watch case including, in said internal volume, an external part component whereon a stack of thin layers comprising a substrate layer, a solid-state phase switching layer inserted between a transparent encapsulation layer and a spacing layer separating said phase switching layer from the substrate layer is deposited, the phase switching layer being configured so as to have a refractive index capable of varying under exposure from light rays so as to impart to the stack of thin layers at least two interferential colours, said substrate layer being formed by a reflective layer and in that the stack of thin layers is deposited on a support formed by all or part of the external part component, the encapsulation layer being formed by the support.
A torch (100, 300) for welding or cutting configured to present as a genuine manufacturer part to a welding or cutting power source, the welding or cutting torch (100, 300) comprising: a cryptographic device to be used with a welding or cutting power source during a welding or cutting process and communicate with the welding or cutting power source, characterized in that the cryptographic device is configured to: receive an encryption key seeded from the welding or cutting power source during first time power-on initialization of the welding or cutting power source with the welding or cutting torch (100, 300), or after the welding or cutting torch (100, 300) is replaced on the welding or cutting power source, store an unlock code associated with the welding or cutting power source, generate an encrypted message, which includes the unlock code, based on the encryption key as seeded, and communicate the encrypted message to the welding or cutting power source, and wherein the unlock code of the encrypted message, as communicated to the welding or cutting power source, is configured to allow the welding or cutting power source to determine that the welding or cutting torch (100, 300) is a genuine manufacturer welding or cutting torch (100, 300). a cryptographic device to be used with a welding or cutting power source during a welding or cutting process and communicate with the welding or cutting power source, characterized in that the cryptographic device is configured to: receive an encryption key seeded from the welding or cutting power source during first time power-on initialization of the welding or cutting power source with the welding or cutting torch (100, 300), or after the welding or cutting torch (100, 300) is replaced on the welding or cutting power source, store an unlock code associated with the welding or cutting power source, generate an encrypted message, which includes the unlock code, based on the encryption key as seeded, and communicate the encrypted message to the welding or cutting power source, and receive an encryption key seeded from the welding or cutting power source during first time power-on initialization of the welding or cutting power source with the welding or cutting torch (100, 300), or after the welding or cutting torch (100, 300) is replaced on the welding or cutting power source, store an unlock code associated with the welding or cutting power source, generate an encrypted message, which includes the unlock code, based on the encryption key as seeded, and communicate the encrypted message to the welding or cutting power source, and wherein the unlock code of the encrypted message, as communicated to the welding or cutting power source, is configured to allow the welding or cutting power source to determine that the welding or cutting torch (100, 300) is a genuine manufacturer welding or cutting torch (100, 300).
Winding device for roller blinds having a winding roll which bears a curtain which can be wound up and down, said winding roll being arranged between a left winding roll mounting and a right winding roll mounting for conjoint rotation on these winding roll mountings (4, 5), wherein one of the winding roll mountings has arranged thereon, for conjoint rotation, a drive means which can be driven by means of an actuator such that the winding roll can be set in rotation by means of the actuator and the curtain can be rolled up and down on the winding roll, wherein movement devices (10, 11) are arranged between the winding roll mountings (4, 5) and wall mountings atop or on intermediate elements (6, 7), said movement devices receiving the winding roll and, by means of the actuator, transferring the winding roll together with the winding roll mountings (4, 5) and the curtain from a rotational position, in which, with the winding device mounted, a gap is formed between the curtain and a wall, a door, a door frame or window frame, into an operative or holding position and back again, in which, with the winding device mounted, the winding roll together with the curtain bears against the wall, the door, the door frame or window frame and the gap is closed, wherein the winding roll mountings (4, 5) are held rotatably in the movement devices (10, 11), characterized in that the movement devices (10, 11) are arranged in such a way that, when the curtain is rolled down, they actively transfer the winding roll together with the winding roll mountings (4, 5) and the curtain into the operative or holding position and back again, and in that the entire actuating mechanism is realized by means of the actuator in two steps in such a way that the curtain of the winding roll can be rolled down and up in the rotational position in a first step and is moved away from the wall, the door, the door frame or window frame, whereas, in the operative or holding position, the curtain is rolled down, wherein, with the winding device mounted, in the operative or holding position, the winding roll together with the curtain bears against the wall, the door, the door frame or window frame and the gap is closed, and, during the transfer of the winding roll together with the winding roll mountings (4, 5) and the curtain, is closed in a second step.
A sensor structure matrix, comprising sensor cells (X1, X2, Y1, Y2) with a planar structure, wherein each sensor cell (X1, X2, Y1, Y2) includes capacitive detection combs and a frame that extends around the detection combs in a common plane, moving electrodes of the detection combs being coupled to move in the common plane with the frame; said sensor cells (X1, X2, Y1, Y2) are arranged into the common plane to detect acceleration components in the common plane, a pair of sensor cells (X1, X2) is arranged for detection in a first in-plane direction; another pair of sensor cells (Y1, Y2) is arranged for detection in a second in-plane direction, wherein the second in-plane direction is perpendicular to the first direction; and the pairs of sensor cells are positioned to provide compensating symmetry in the common plane of the sensor structure matrix.
A system for site-specific deep brain stimulation for enhancement of memory, the system comprising: intracranial depth electrodes for implantation in a patient, wherein the electrodes are for placing in the right and/or left entorhinal regions, and a stimulator adapted to provide a current in the range of 1.0 mA - 2.0 mA, said stimulator is adapted for stimulating the electrodes with current set below an after-discharge threshold, wherein the stimulator includes EEG recording and monitoring capabilities to regulate said stimulation with current set below said after-discharge threshold. intracranial depth electrodes for implantation in a patient, wherein the electrodes are for placing in the right and/or left entorhinal regions, and a stimulator adapted to provide a current in the range of 1.0 mA - 2.0 mA, said stimulator is adapted for stimulating the electrodes with current set below an after-discharge threshold, wherein the stimulator includes EEG recording and monitoring capabilities to regulate said stimulation with current set below said after-discharge threshold.
A process for preparing a Formula compound by reacting a Formula (1b1) compound with a Formula compound in an organic solvent, in the presence of a non-aqueous base.
Device for loading solid particles into a vessel comprising: - particle feed means; - means for dispersing the particles from the top to the bottom of the vessel, the dispersion means comprising a fixed hollow tube, installed inside a rotating hollow shaft; - several means for measuring the height and/or the profile of the filling bed, positioned so as to present different measurement axis to simultaneously measure the profile of several surfaces or the heights over the entire surface of the loading front, these measurement means being provided with at least one displacement means that allows, via connection means, to be either positioned inside the fixed hollow tube or the feed means, and to partly or completely emerge therefrom; and - at least one automated system for controlling the feed means and/or the dispersion means. - particle feed means; - means for dispersing the particles from the top to the bottom of the vessel, the dispersion means comprising a fixed hollow tube, installed inside a rotating hollow shaft; - several means for measuring the height and/or the profile of the filling bed, positioned so as to present different measurement axis to simultaneously measure the profile of several surfaces or the heights over the entire surface of the loading front, these measurement means being provided with at least one displacement means that allows, via connection means, to be either positioned inside the fixed hollow tube or the feed means, and to partly or completely emerge therefrom; and - at least one automated system for controlling the feed means and/or the dispersion means.
A training apparatus comprising a training element for an exercising person, an AC motor and a frequency converter being arranged to control the AC motor, wherein the frequency converter comprises measuring means being arranged to measure a voltage and a current of the AC motor and calculation means being arranged to calculate a magnetic state of the AC motor using the measured voltage, the measured current, a reference torque and a reference flux in order to generate a torque of the AC motor, characterised in that the training apparatus comprises a control unit having a machine control module being arranged to calculate the reference flux and the reference torque using an intended overall torque, wherein the machine control module is connected to the frequency converter and arranged to transmit the reference flux and the reference torque to the frequency converter, and wherein the machine control module splits the intended overall torque into a torque component and a flux component within the control unit, and calculates the reference flux and the reference torque based on the torque component and the flux component using a characteristic diagram.
An ink composition comprising a pigment and a heat treated oil composition, wherein the oil composition prior to heat treatment comprises at least one polyunsaturated fatty acid having three or more carbon-carbon double bonds, and either: (a) at least 5.5 wt.% of at least one polyunsaturated fatty acid having four or more carbon-carbon double bonds and at least 16.5 wt.% of linoleic acid based upon the total weight of fatty acids in the oil composition; (b) at least 5.5 wt.% of at least one polyunsaturated fatty acid having four or more carbon-carbon double bonds less than 14.5 wt.% of palmitic acid, and at least 3.5 wt.% linoleic acid based upon the total weight of fatty acids in the oil composition; (c) at least 7.5 wt.% stearidonic acid thereof based upon the total weight of fatty acids in the oil composition. (a) at least 5.5 wt.% of at least one polyunsaturated fatty acid having four or more carbon-carbon double bonds and at least 16.5 wt.% of linoleic acid based upon the total weight of fatty acids in the oil composition; (b) at least 5.5 wt.% of at least one polyunsaturated fatty acid having four or more carbon-carbon double bonds less than 14.5 wt.% of palmitic acid, and at least 3.5 wt.% linoleic acid based upon the total weight of fatty acids in the oil composition; (c) at least 7.5 wt.% stearidonic acid thereof based upon the total weight of fatty acids in the oil composition.
Actuating handle for windows and/or doors with a grip axially fixed and rotatably mounted on or in a stop plate, wherein the grip has a recess on the front side into which a polygonal driver is inserted in an axially fixed manner, and with a socket, which is supported on the inside of the stop plate, and which is connected in a rotationally fixed manner with the grip, wherein the socket is provided with a fixing element, which fixes the polygonal driver in an axial direction, characterised in that the fixing element is configured such that the polygonal driver can be inserted into the socket in a first direction and is locked in the opposite direction such that the grip can be slipped onto a stop plate already mounted on the window sash without any tools, wherein the polygonal driver is inserted into the socket until the grip reaches the stop plate, and wherein an axially fixed, rotatable connection is achieved during installation of the grip which cannot be released again.
Pneumatic vehicle tyre, in particular for heavy road vehicles, of a radial type of construction, with at least one carcass inlay with reinforcing elements of steel cord or textile cords, which in bead regions is wrapped around bead cores, forming turn-ups and an open bead construction, wherein a bead reinforcer is arranged in each bead region, running in a U-shaped manner around the bead core, along the outer side of the carcass inlay or the outermost carcass inlay, the end of which reinforcer on the outside of the tyre is located radially inside the end of the carcass turn-up and reaches up to a height (h SC1), which is 18 mm to 77 mm, and the end of which reinforcer on the inside of the tyre reaches up to a height (h SC2), which is 19 mm to 91 mm, wherein the heights (h SC1, h SC2) are measured in the radial direction from the rim vertex of the bead, wherein at least the end portion of the carcass turn-up and the end portion adjacent thereto of the bead reinforcer are separately enclosed by rubber compounds, wherein in each bead the end portions of the carcass turn-up and of the bead reinforcer are enclosed by profiled members (11a, 11b, 11c) of a multi-membered, one-part fork profile and are kept at a defined distance, characterized in that the fork profile has a centroid (S G1), which lies in the region of the carcass turn-up and in a centroid region (as C1), which is substantially led around the carcass turn-up 6a and has a longitudinal extent (las G1) of approximately 10 mm and a width (bas G1) of approximately 3 mm.
A test data collection device for testing glucose tolerance comprising: a test zone having a means to receive at least first and second blood test samples spaced apart by a predetermined time interval; a timer to measure such a time interval, and for example to measure elapsed time after collection of a said first sample; an indicator to indicate at least that a second test is due, operatively linked to the timer so as to make such indication after a lapse of a predetermined time interval; a data collector to collect data from the test zone in relation to each test sample; a data register to store data in relation to each test sample, in data communication with the said data collector; CHARACTERISED IN THAT said test zone is adapted by provision of a plural of integral sample collection areas for receiving at least two blood samples over at least one predetermined specified time interval for analysis by the said data collector. a test zone having a means to receive at least first and second blood test samples spaced apart by a predetermined time interval; a timer to measure such a time interval, and for example to measure elapsed time after collection of a said first sample; an indicator to indicate at least that a second test is due, operatively linked to the timer so as to make such indication after a lapse of a predetermined time interval; a data collector to collect data from the test zone in relation to each test sample; a data register to store data in relation to each test sample, in data communication with the said data collector; said test zone is adapted by provision of a plural of integral sample collection areas for receiving at least two blood samples over at least one predetermined specified time interval for analysis by the said data collector.
Method for managing handover roaming in a communication system comprising a first LPWAN network of a first operator and a second LPWAN network of a second operator, the first network comprising: - gathering gateways (120, 121, 122), - a first server responsible for managing said gathering gateways (120, 121, 122), and - a second server, coupled to the first server, responsible for controlling the MAC layer for end devices communicating via said gathering gateways (120, 121, 122), the second network comprising: - a third server responsible for interfacing a fourth server and a fifth server with the second server of the first network, - the fourth server, which implements an application with which at least one end device of the second operator exchanges application data in the context of a defined service subscription with the second operator, and - the fifth server, responsible for authenticating any end device seeking to join the communication system in order to benefit from the services of the fourth server, the method being such that the communication system transports uplink frames including application data from said at least one end device of the second operator to the fourth server by successive relayings of the first, second and third servers when said at least one end device of the second operator is authenticated and furthermore said uplink frames are captured by at least one gathering gateway (120, 121, 122) of the first network, the method being characterised in that each gathering gateway (120, 121, 122) of the first network that has detected an end device of the second operator requesting to join the communication system in order to benefit from the services of the fourth server communicates with the fifth server for authenticating said end device of the second operator detected, short-circuiting the first, second and third servers; and in that, the first network having a range of addresses for all the end devices accessing the communication system via the gathering gateways (120, 121, 122) of the first network, the fifth server manages a predetermined subset of addresses of the range of addresses of the first network and attributes an address from among said predetermined subset of addresses to any end device of the second operator that is in handover roaming via the first network and is authenticated by the fifth server. - gathering gateways (120, 121, 122), - a first server responsible for managing said gathering gateways (120, 121, 122), and - a second server, coupled to the first server, responsible for controlling the MAC layer for end devices communicating via said gathering gateways (120, 121, 122), - a third server responsible for interfacing a fourth server and a fifth server with the second server of the first network, - the fourth server, which implements an application with which at least one end device of the second operator exchanges application data in the context of a defined service subscription with the second operator, and - the fifth server, responsible for authenticating any end device seeking to join the communication system in order to benefit from the services of the fourth server,
A method comprising: receiving a first indication of an incoming communication; determining that the incoming communication includes private information; outputting, for display at a first wearable computing device, a second indication of the incoming communication, wherein the second indication includes non-private information; receiving first motion data generated by the first wearable computing device that corresponds to a movement of the first wearable computing device at a first time; characterised in that the method further comprises the steps of: receiving second motion data generated by a second wearable computing device that corresponds to a movement of the second wearable computing device at second time; responsive to determining that a difference between the first time and the second time is less than a threshold amount of time, determining, based on the first motion data and the second motion data that a user of the first wearable computing device is likely viewing the first wearable computing device; and responsive to determining that the user is likely viewing the first wearable computing device, outputting, for display at the first wearable computing device, an indication of the private information. receiving a first indication of an incoming communication; determining that the incoming communication includes private information; outputting, for display at a first wearable computing device, a second indication of the incoming communication, wherein the second indication includes non-private information; receiving first motion data generated by the first wearable computing device that corresponds to a movement of the first wearable computing device at a first time; characterised in that the method further comprises the steps of: receiving second motion data generated by a second wearable computing device that corresponds to a movement of the second wearable computing device at second time; responsive to determining that a difference between the first time and the second time is less than a threshold amount of time, determining, based on the first motion data and the second motion data that a user of the first wearable computing device is likely viewing the first wearable computing device; and responsive to determining that the user is likely viewing the first wearable computing device, outputting, for display at the first wearable computing device, an indication of the private information. receiving second motion data generated by a second wearable computing device that corresponds to a movement of the second wearable computing device at second time; responsive to determining that a difference between the first time and the second time is less than a threshold amount of time, determining, based on the first motion data and the second motion data that a user of the first wearable computing device is likely viewing the first wearable computing device; and responsive to determining that the user is likely viewing the first wearable computing device, outputting, for display at the first wearable computing device, an indication of the private information.