mhurhangee/ep-ind-claims huggingface dataset:
Laser machine, in particular for drilling, cutting, welding or engraving, comprising at least one laser light source (3,4) for generating a laser beam and an optical system to guide and/or manipulate the laser beam, whereby the optical system comprises at least one tool, in particular an optical lens or a nozzle, which is attached to an interchangeable tool holder, whereby a guiding system for the tool holder configured such that the tool holder can only be slid sideways into or out of a tool bay provided by the laser machine, the guiding system comprising an operable locking system for restraining the movement of the tool holder in the tool bay characterized in that the locking system comprises at least one operable locking magnet and whereat the tool holder further comprises an adjustment system with adjustment units (29, 30, 31) for adjusting the alignment of the tool holder with respect to the tool bay.
A coupling mechanism adapted for a slide rail, the coupling mechanism comprising a coupling base and a cushioning structure, wherein the coupling base is detachably mounted on and in direct contact with the slide rail, wherein the cushioning structure is in indirect contact with the slide rail through the coupling base, and wherein the coupling mechanism is further adapted for a furniture part, and the cushioning structure is configured for compensating for a possible longitudinal gap between the furniture part and the slide rail. characterized by the coupling mechanism further comprising a supporting member and a height adjustment member, wherein the supporting member includes a supporting portion, and the height adjustment member is configured for displacing and thereby adjusting the supporting member with respect to the coupling base in order to change a height of the supporting portion of the supporting member with respect to the slide rail through a guiding feature (108, 116).
A solid pharmaceutical formulation comprising pregabalin or a pharmaceutically acceptable salt thereof, characterized in that particles or granules of pregabalin or a pharmaceutically acceptable salt thereof are dry-coated with colloidal silicon dioxide, and the formulation further comprises dibasic calcium phosphate and corn starch.
A visor assembly for use with a helmet having at least one face mask bar, the assembly comprising: a visor configured to provide a shield associated with the face mask bar, the visor including at least one hole extending therethrough; and a mounting bracket configured to secure the visor to the face mask bar, the mounting bracket including a clip including a first threaded member and a channel configured to at least partially receive the face mask bar, and a second threaded member configured to threadedly engage the first threaded member of the clip; wherein one of the first threaded member and the second threaded member is a threaded receptacle and the other of the first threaded member and the second threaded member is a threaded post, the threaded post extending through the at least one hole of the visor and into the threaded receptacle when the mounting bracket secures the visor to the face mask bar; characterized in that the mounting bracket further includes a thumbwheel removably connected to the clip, wherein the thumbwheel includes an inner wall and the second threaded member, which is configured to releasably retain the thumbwheel on the clip; rotation of the thumbwheel in one direction moves the inner wall of the thumbwheel toward the visor, and rotation of the thumbwheel in the opposite direction moves the inner wall of the thumbwheel away from the visor; and the inner wall of the thumbwheel is convex and/or includes a textured surface. a visor configured to provide a shield associated with the face mask bar, the visor including at least one hole extending therethrough; and a mounting bracket configured to secure the visor to the face mask bar, the mounting bracket including a clip including a first threaded member and a channel configured to at least partially receive the face mask bar, and a second threaded member configured to threadedly engage the first threaded member of the clip; a clip including a first threaded member and a channel configured to at least partially receive the face mask bar, and a second threaded member configured to threadedly engage the first threaded member of the clip; wherein one of the first threaded member and the second threaded member is a threaded receptacle and the other of the first threaded member and the second threaded member is a threaded post, the threaded post extending through the at least one hole of the visor and into the threaded receptacle when the mounting bracket secures the visor to the face mask bar; characterized in that the mounting bracket further includes a thumbwheel removably connected to the clip, wherein the thumbwheel includes an inner wall and the second threaded member, which is configured to releasably retain the thumbwheel on the clip; rotation of the thumbwheel in one direction moves the inner wall of the thumbwheel toward the visor, and rotation of the thumbwheel in the opposite direction moves the inner wall of the thumbwheel away from the visor; and the inner wall of the thumbwheel is convex and/or includes a textured surface.
A method for quantifying living organisms (1, 4) in a liquid sample, said method comprising the steps of • guiding said liquid sample into a chamber, • analysing pictures of said sample inside said chamber to detect the number of organisms moving by themselves in said sample, • illuminating said sample with light in at least a part of the violet-blue spectrum while detecting the number of organisms that are fluorescent in said sample inside said chamber, wherein said number of fluorescent organisms are detected by analysing one or more pictures of said sample inside said chamber, wherein said one or more pictures are recorded through a light filter arranged to block or attenuate light in at least said part of the violet-blue spectrum, • analysing pictures of said sample inside said chamber while illuminating said sample with light in at least a part of the violet-blue spectrum to detect the number of organisms (1, 4) that are both moving by themselves and fluorescent, and • wherein said living organisms (1, 4) in said liquid sample are quantified by adding said detected number of organisms that are moving by themselves to said detected number of organisms that are fluorescent to get an intermediate result, and then subtracting said detected number of organisms (1, 4) that are both moving by themselves and fluorescent from said intermediate result. • guiding said liquid sample into a chamber, • analysing pictures of said sample inside said chamber to detect the number of organisms moving by themselves in said sample, • illuminating said sample with light in at least a part of the violet-blue spectrum while detecting the number of organisms that are fluorescent in said sample inside said chamber, wherein said number of fluorescent organisms are detected by analysing one or more pictures of said sample inside said chamber, wherein said one or more pictures are recorded through a light filter arranged to block or attenuate light in at least said part of the violet-blue spectrum, • analysing pictures of said sample inside said chamber while illuminating said sample with light in at least a part of the violet-blue spectrum to detect the number of organisms (1, 4) that are both moving by themselves and fluorescent, and • wherein said living organisms (1, 4) in said liquid sample are quantified by adding said detected number of organisms that are moving by themselves to said detected number of organisms that are fluorescent to get an intermediate result, and then subtracting said detected number of organisms (1, 4) that are both moving by themselves and fluorescent from said intermediate result.
A dual release circuit comprising: a plurality of pyrotechnic initiators (105A, 105B, 105C) electrically interconnected in series; a plurality of subcircuits electrically interconnected between the pyrotechnic initiators to form at least a first circuit route to electrically interconnect the plurality of pyrotechnic initiators and a second circuit route to electrically interconnect the pyrotechnic initiators; and a control unit electrically connected to the first circuit route and the second circuit route and configured to monitor a first parameter of the first circuit route, monitor a second parameter of the second circuit route, detect when at least one of the first parameter and the second parameter is outside of a specified parameter range, and generate an alert indication according to the detection. a plurality of pyrotechnic initiators (105A, 105B, 105C) electrically interconnected in series; a plurality of subcircuits electrically interconnected between the pyrotechnic initiators to form at least a first circuit route to electrically interconnect the plurality of pyrotechnic initiators and a second circuit route to electrically interconnect the pyrotechnic initiators; and a control unit electrically connected to the first circuit route and the second circuit route and configured to monitor a first parameter of the first circuit route, monitor a second parameter of the second circuit route, detect when at least one of the first parameter and the second parameter is outside of a specified parameter range, and generate an alert indication according to the detection.
Method for operating a safety system comprising of an elevator system comprising - a control unit, - a bus, - a plurality of bus nodes that are connected to the control unit via the bus, and - a plurality of subscribers (61a-63a, 74a, 75, 76, 87, 88, 89a, 89b) which are connected to the control unit via a bus node, at least one subscriber of the plurality of subscribers (61a-63a, 74a, 75, 76, 87, 88, 89a, 89b) being designed as a temporary subscriber (89a, 89b), the method being characterized by the step of: - the control unit 2 enabling the safety system for an operation if either the first temporary subscriber or the second temporary subscriber is connected to the bus. - a control unit, - a bus, - a plurality of bus nodes that are connected to the control unit via the bus, and - a plurality of subscribers (61a-63a, 74a, 75, 76, 87, 88, 89a, 89b) which are connected to the control unit via a bus node, at least one subscriber of the plurality of subscribers (61a-63a, 74a, 75, 76, 87, 88, 89a, 89b) being designed as a temporary subscriber (89a, 89b), the method being characterized by the step of: - the control unit 2 enabling the safety system for an operation if either the first temporary subscriber or the second temporary subscriber is connected to the bus. - the control unit 2 enabling the safety system for an operation if either the first temporary subscriber or the second temporary subscriber is connected to the bus.
Thermostatic valve attachment comprising a base, a handle connected to the base, a thermostatic element arranged at least partly in the handle, and tactile feedback means, wherein the handle is rotatable around an axis of rotation, wherein the handle is arranged rotatably with respect to the thermostatic element and the tactile feedback means are arranged between the handle and the thermostatic element, wherein the tactile feedback means comprises a latching element, a spring and a latch geometry, characterized in that the latch geometry is arranged on the thermostatic element.
An apparatus comprising: - an inertial measurement unit; - an isothermal dome that is configured to, in use of the apparatus, have a substantially constant temperature; - a plurality of gimbals (222, 242) associated with the inertial measurement unit, the plurality of gimbals (222, 242) configured to conduct heat transfer, wherein the plurality of gimbals (222, 242) are part of a gimbal assembly, which assembly includes an outer gimbal, a middle gimbal, and a stable member, each of the gimbals (222, 242) having a respective thermal shell (230, 232; 248, 250) to conduct heat from the inertial measurement unit to the isothermal dome; and wherein the isothermal dome at least partially surrounds the plurality of gimbals (222, 242), and the isothermal dome has a cooling tube disposed on an external surface of the isothermal dome to transfer heat from the plurality of gimbals (222, 242). - an inertial measurement unit; - an isothermal dome that is configured to, in use of the apparatus, have a substantially constant temperature; - a plurality of gimbals (222, 242) associated with the inertial measurement unit, the plurality of gimbals (222, 242) configured to conduct heat transfer, wherein the plurality of gimbals (222, 242) are part of a gimbal assembly, which assembly includes an outer gimbal, a middle gimbal, and a stable member, each of the gimbals (222, 242) having a respective thermal shell (230, 232; 248, 250) to conduct heat from the inertial measurement unit to the isothermal dome; and wherein the isothermal dome at least partially surrounds the plurality of gimbals (222, 242), and the isothermal dome has a cooling tube disposed on an external surface of the isothermal dome to transfer heat from the plurality of gimbals (222, 242).
Heating furnace in which heat is transferred to a blank in the furnace by radiation and an essential fraction of the radiation hits the walls of the furnace and is reflected by them before it is transmitted to the blank, wherein the furnace comprises at least one furnace bottom part and at least one furnace top part having side walls (5,6,7,8) where at least parts of the side walls of the top part are inwardly inclined towards each other and where, in the upper part of the top part, there are one or more radiation elements extending in three dimensions within the volume which is defined by the inclined walls characterized in that the radiation elements are in the shape of rod or strip and in that the operating temperatures of the elements is above 1400 C.
Process for the preparation of polymeric particles having an average diameter from 300 nm to 1200 nm and comprising at least a first inner layer and an outer layer, the process comprising at least the following steps: (a) forming the first inner layer comprising a cross-linked polymer B; and (b) forming the outer layer of the polymeric particles comprising a cross-linked polymer A distinct from the cross-linked polymer B, wherein the step (b) is carried out by emulsion polymerisation of a reaction mixture comprising at least one (meth)acrylic monomer, a cross-linking monomer A, a polymerisation initiator and a chain transfer agent and the polymeric particles are obtained in step (b) in form of an aqueous dispersion. (a) forming the first inner layer comprising a cross-linked polymer B; and (b) forming the outer layer of the polymeric particles comprising a cross-linked polymer A distinct from the cross-linked polymer B,
A data communication method, the method comprising: receiving input digital data; encoding the input digital data using a plurality of symbol waveforms wherein each of the plurality of symbol waveforms occupies a period of a composite encoded waveform and represents one or more bits of the input digital data, each symbol waveform of the plurality of symbol waveforms having a first elliptical segment and a second elliptical segment of opposite polarity; wherein each symbol waveform is defined so that (i) a zero crossing from the first elliptical segment to the second elliptical segment is different for each of the plurality of symbol waveforms, and (ii) an energy of the first elliptical segment of the symbol waveform is substantially equal to an energy of the second elliptical segment of the symbol waveform; generating, using a digital-to-analog converter, an encoded analog waveform from a digital representation of the composite encoded waveform. receiving input digital data; encoding the input digital data using a plurality of symbol waveforms wherein each of the plurality of symbol waveforms occupies a period of a composite encoded waveform and represents one or more bits of the input digital data, each symbol waveform of the plurality of symbol waveforms having a first elliptical segment and a second elliptical segment of opposite polarity; wherein each symbol waveform is defined so that (i) a zero crossing from the first elliptical segment to the second elliptical segment is different for each of the plurality of symbol waveforms, and (ii) an energy of the first elliptical segment of the symbol waveform is substantially equal to an energy of the second elliptical segment of the symbol waveform; generating, using a digital-to-analog converter, an encoded analog waveform from a digital representation of the composite encoded waveform.
An oral composition for preventing or treating cardiovascular disease or the complications of hypertension, the composition comprising an aqueous ethanol extract of Olea europaea or oleuropein, and a composition containing as its main component proanthocyanidin oligomer to which a substance having a phloroglucinol ring structure or resorcinol ring structure has been bonded, which is obtainable by heating plant materials comprising proanthocyanidin polymer or aqueous extract thereof comprising proanthocyanidin polymer, with a substance having a phloroglucinol ring structure or resorcinol ring structure in an acidic aqueous solution, obtainable by heating plant material being an extract produced from a combination of fruit from Lychi chinensis and green leaf of Camellia sinensis in an acidic aqueous solution is OligonolTM; and wherein the aqueous ethanol extract of Olea europaea is a 90:10 v/v ethanol:demineralised water extract of the leaves of Olea europaea, the extract comprising 2.5 % w/v oleuropein and 1.9 % w/v hydroxytyrosol.
A convertible vehicle comprising a movable roof whose part at the rear with respect to the direction of travel when the roof is closed is divided into a middle region comprising a rear window and into lateral outer regions, said outer regions being inherently rigid over their entire longitudinal extent and having a lower end connected to a vehicle body via a pivot joint disposed on an outrigger as well as an upper end connected, via another pivot joint, to a roof part located at the front when the roof is closed, and said outer regions forming so-called main guide rods which, together with guide rods, form a parallelogram or at least form a four-bar linkage via lower articulations (17, 22) and upper articulations (23, 24), with the middle region being upwardly displaceable in part with respect to the outer regions during the opening of the roof and having its lower region connected to a movement device displacing this region upwardly relative to the outer regions during the opening of the roof, characterised in that the end of the middle region at the top when the roof is closed is connected to a roof part, which is arranged at the front and is arranged in front of the rear roof part in the direction of travel when the roof is closed and is disposed at least partly above the rear roof part when the roof is open.
A method for activating a group widget by a widget client, the method comprising: receiving (201, 105) widgets from at least one widget server (210, 220); analyzing the received widgets and grouping (111, 209) the widgets according to the result of the analysis; activating (113, 211) the grouped widgets as a group widget; converting a received event for performing a function of the group widget into a simple widget event for each grouped widget, if an event is received from a user; transmitting the converted events to the corresponding at least one widget server; and receiving a processing result from the at least one server which received the transmitted events, wherein the analyzing of the received widgets and the grouping of the widgets according to the result of the analysis comprises: extracting metadata from the received widgets; and grouping the received widgets using the extracted metadata, and wherein the grouping of the received widgets using the extracted metadata comprises grouping widgets according to GUI attributes and logic for performing functions among the received widgets. receiving (201, 105) widgets from at least one widget server (210, 220); analyzing the received widgets and grouping (111, 209) the widgets according to the result of the analysis; activating (113, 211) the grouped widgets as a group widget; converting a received event for performing a function of the group widget into a simple widget event for each grouped widget, if an event is received from a user; transmitting the converted events to the corresponding at least one widget server; and receiving a processing result from the at least one server which received the transmitted events, wherein the analyzing of the received widgets and the grouping of the widgets according to the result of the analysis comprises: extracting metadata from the received widgets; and grouping the received widgets using the extracted metadata, and extracting metadata from the received widgets; and grouping the received widgets using the extracted metadata, and wherein the grouping of the received widgets using the extracted metadata comprises grouping widgets according to GUI attributes and logic for performing functions among the received widgets.
A network apparatus connected to a mobile network, the network apparatus comprising one or more processors (91, 81) and memory, the memory storing executable instructions that, when executed by the one or more processors, cause the apparatus to perform operations comprising: sending a subscription request to a plurality of other network apparatuses in the mobile network to provide mobile network status data maintained or monitored by each of the plurality of other network apparatuses in response to an event at each of the plurality of other network apparatuses; receiving a notification from each of the plurality of other network apparatuses, each notification comprising the mobile network status data requested from the other network apparatus; generating, based on the received mobile network status data, network statistics; sending, to a network repository function, NRF, of the mobile network, a request to register with the NRF, the request indicating to the NRF a network data analytics capability of the network apparatus and identifying one or more types of the generated network statistics; and receiving a response to the registration request from the NRF. sending a subscription request to a plurality of other network apparatuses in the mobile network to provide mobile network status data maintained or monitored by each of the plurality of other network apparatuses in response to an event at each of the plurality of other network apparatuses; receiving a notification from each of the plurality of other network apparatuses, each notification comprising the mobile network status data requested from the other network apparatus; generating, based on the received mobile network status data, network statistics; sending, to a network repository function, NRF, of the mobile network, a request to register with the NRF, the request indicating to the NRF a network data analytics capability of the network apparatus and identifying one or more types of the generated network statistics; and receiving a response to the registration request from the NRF.