mhurhangee/ep-ind-claims huggingface dataset:
A method of performing a handover from a source base station of a first radio access technology to a target base station of a second radio access technology, the method performed by a user equipment: communicating with the source base station using a Medium Access Control entity, a Radio Link Control entity, a first Packet Data Convergence Protocol entity, and a first Service Data Adaptation Protocol entity; receiving a first Radio Resource Control message from the source base station, the first Radio Resource Control message including a second Radio Resource Control message for the handover to the target base station; in response to the receiving the first Radio Resource Control message or the second Radio Resource Control message, releasing the Medium Access Control entity and the Radio Link Control entity; determining, from the second Radio Resource Control message, that the configuration type is a delta configuration; and based on the determining that the configuration type is the delta configuration, keeping the first Packet Data Convergence Protocol entity and the first Service Data Adaptation Protocol entity. communicating with the source base station using a Medium Access Control entity, a Radio Link Control entity, a first Packet Data Convergence Protocol entity, and a first Service Data Adaptation Protocol entity; receiving a first Radio Resource Control message from the source base station, the first Radio Resource Control message including a second Radio Resource Control message for the handover to the target base station; in response to the receiving the first Radio Resource Control message or the second Radio Resource Control message, releasing the Medium Access Control entity and the Radio Link Control entity; determining, from the second Radio Resource Control message, that the configuration type is a delta configuration; and based on the determining that the configuration type is the delta configuration, keeping the first Packet Data Convergence Protocol entity and the first Service Data Adaptation Protocol entity.
Supporting and guiding device for power lines intended for use in association with an excavation tool mounted on a drilling machine; said device comprising: - two supporting branches, each consisting of: - a plurality of spacer elements, each one comprising at least one housing; and - a cable or tension line, wherein said cable or tension line is inserted into at least one housing comprised in each of said spacer elements, - at least one supply hose for said power line, - cross members, each one comprising at least one housing for supporting said at least one supply hose, said cross members being transversally connected to said supporting branches keeping the same supporting branches equidistant, characterized in that: the cable of each supporting branch passes through every spacer element, and is subjected to a desired preload, along the longitudinal axis of the cable, generated and maintained by the insertion, between two adjacent spacer elements, of at least one tensioning element (3, 42, 45) and said preload along the longitudinal axis of the cable is such that all the spacer elements crossed by said cable are kept in a state of contact with each other in all operating conditions. - two supporting branches, each consisting of: - a plurality of spacer elements, each one comprising at least one housing; and - a cable or tension line, wherein said cable or tension line is inserted into at least one housing comprised in each of said spacer elements, - at least one supply hose for said power line, - cross members, each one comprising at least one housing for supporting said at least one supply hose, said cross members being transversally connected to said supporting branches keeping the same supporting branches equidistant, the cable of each supporting branch passes through every spacer element, and is subjected to a desired preload, along the longitudinal axis of the cable, generated and maintained by the insertion, between two adjacent spacer elements, of at least one tensioning element (3, 42, 45) and said preload along the longitudinal axis of the cable is such that all the spacer elements crossed by said cable are kept in a state of contact with each other in all operating conditions.
A method comprising: determining whether a temperature of a battery of a host vehicle is above a temperature threshold; in response to determining that the temperature of the battery is above the temperature threshold, determining a location of the host vehicle; in response to determining that the host vehicle is located in a home garage associated with a user of the host vehicle, requesting a change to an initial state value of a home component to reduce an ambient temperature of the home garage; and in response to determining that the temperature of the battery is below the temperature threshold, requesting a restoration of the initial state value of the home component. determining whether a temperature of a battery of a host vehicle is above a temperature threshold; in response to determining that the temperature of the battery is above the temperature threshold, determining a location of the host vehicle; in response to determining that the host vehicle is located in a home garage associated with a user of the host vehicle, requesting a change to an initial state value of a home component to reduce an ambient temperature of the home garage; and in response to determining that the temperature of the battery is below the temperature threshold, requesting a restoration of the initial state value of the home component.
Circuit arrangement comprising a control system for a lifting apparatus, a pendant control switch having an emergency stop switch, and a control line which connects the lifting apparatus control system to the pendant control switch electrically and to which a control voltage is applied, characterised in that the emergency stop switch has associated with it a control system which superimposes a cyclic pulse on the control voltage and which is arranged in a housing of the pendant switch, and the lifting apparatus control system is so designed that it monitors the cyclic pulse and, in the event of the cyclic pulse failing to occur, switches the lifting apparatus to a safe state.
Combined track conditioning unit for a rail vehicle, the track conditioning unit having a combined dispensing apparatus - with an outflow opening (23a, 23b), integrated in the front region of the dispensing apparatus, for applying a gaseous drying medium to a rail, - with a gritting material outlet unit, integrated in the rear region of the dispensing apparatus, for applying a gritting material to the rail, - wherein this arrangement has the effect that a portion of track to be travelled over is first dried, then has a gritting material applied to it and is finally travelled over by a wheel of the rail vehicle with an increased adhesion value between the wheel and rail. - with an outflow opening (23a, 23b), integrated in the front region of the dispensing apparatus, for applying a gaseous drying medium to a rail, - with a gritting material outlet unit, integrated in the rear region of the dispensing apparatus, for applying a gritting material to the rail, - wherein this arrangement has the effect that a portion of track to be travelled over is first dried, then has a gritting material applied to it and is finally travelled over by a wheel of the rail vehicle with an increased adhesion value between the wheel and rail.
A multiple-function clamping device comprising: a rotary base having an annular groove defined in a top thereof, scale marks being marked along an inclined surface of the rotary base, two oval notches defined in two opposite sides of the rotary base; a positioning unit having a first positioning member and a second positioning member, the positioning unit located in the annular groove of the rotary base so as to form a linear slot between the first and second positioning members (21, 22), the positioning unit movable in the annular groove, the first positioning member having a first alignment line which is located corresponding to the scale marks, multiple linear marks marked on a top of the first positioning member, and a vise having two side slots defined in two sides thereof so as to form an engaging portion between the two side slots, the first and second positioning members (21, 22) respectively located within the two side slots, the engaging portion engaged with the linear slot between the first and second positioning members (21, 22) so that the vise is positioned or movable linearly relative to the rotary base, the vise having a second alignment line which is located corresponding to the linear scale marks of the first positioning member. a rotary base having an annular groove defined in a top thereof, scale marks being marked along an inclined surface of the rotary base, two oval notches defined in two opposite sides of the rotary base; a positioning unit having a first positioning member and a second positioning member, the positioning unit located in the annular groove of the rotary base so as to form a linear slot between the first and second positioning members (21, 22), the positioning unit movable in the annular groove, the first positioning member having a first alignment line which is located corresponding to the scale marks, multiple linear marks marked on a top of the first positioning member, and a vise having two side slots defined in two sides thereof so as to form an engaging portion between the two side slots, the first and second positioning members (21, 22) respectively located within the two side slots, the engaging portion engaged with the linear slot between the first and second positioning members (21, 22) so that the vise is positioned or movable linearly relative to the rotary base, the vise having a second alignment line which is located corresponding to the linear scale marks of the first positioning member.
Method for characterizing an optical source, said optical source comprising a fixed cavity having a free spectral range, said method comprising: - generating a first radiation by the optical source according to different explored states of the optical source, the different states of the optical source being distinguished by a difference of a physical parameter of the optical source which has an influence on the wavelength of the first radiation emitted by the optical source, - receiving at least a part of this first radiation by at least one sensor, each sensor comprising a Fabry-Perot etalon followed by a photodiode, - measuring a signal by each sensor and for each explored state of the optical source, as a function of the at least one part of the first radiation received by this sensor at this explored state of the optical source, - starting from the measured signals and for each explored state of the optical source, calculating a first data item representative of the wavelength of the first radiation, the calculation comprising, for each explored state of the optical source, selecting a selected value of the first data item from among several possible values, said selection comprising eliminating values of the first data item that do not correspond to a known constant (b) modulo the free spectral range of the fixed cavity expressed in the units of the first data item. - generating a first radiation by the optical source according to different explored states of the optical source, the different states of the optical source being distinguished by a difference of a physical parameter of the optical source which has an influence on the wavelength of the first radiation emitted by the optical source, - receiving at least a part of this first radiation by at least one sensor, each sensor comprising a Fabry-Perot etalon followed by a photodiode, - measuring a signal by each sensor and for each explored state of the optical source, as a function of the at least one part of the first radiation received by this sensor at this explored state of the optical source, - starting from the measured signals and for each explored state of the optical source, calculating a first data item representative of the wavelength of the first radiation, the calculation comprising, for each explored state of the optical source, selecting a selected value of the first data item from among several possible values, said selection comprising eliminating values of the first data item that do not correspond to a known constant (b) modulo the free spectral range of the fixed cavity expressed in the units of the first data item.
An anti-shake camera, comprising a camera body, and a circuit board and a coil fixing plate which are fixed to a back surface of the camera body, wherein a back surface of the coil fixing plate is divided into four areas according to diagonal lines, fan-shaped coils are respectively fixed to two symmetric areas among the four areas, and a rotating shaft is arranged in a center of the diagonal lines; and a substrate is arranged behind the back surface of the coil fixing plate, and a surface, opposite to the back surface of the coil fixing plate, of the substrate is provided with a matching mechanism of the rotating shaft, characterized in that one or more fan-shaped permanent magnets are fixed to areas, corresponding to areas of the coil fixing plate where no fan-shaped coils are fixed, on the substrate, and gaps with an angular separation are formed between the one or more fan-shaped permanent magnets and the fan-shaped coils. a back surface of the coil fixing plate is divided into four areas according to diagonal lines, fan-shaped coils are respectively fixed to two symmetric areas among the four areas, and a rotating shaft is arranged in a center of the diagonal lines; and a substrate is arranged behind the back surface of the coil fixing plate, and a surface, opposite to the back surface of the coil fixing plate, of the substrate is provided with a matching mechanism of the rotating shaft, characterized in that one or more fan-shaped permanent magnets are fixed to areas, corresponding to areas of the coil fixing plate where no fan-shaped coils are fixed, on the substrate, and gaps with an angular separation are formed between the one or more fan-shaped permanent magnets and the fan-shaped coils.
An apparatus for in situ Sub-Epidermal Moisture sensing of tissue, comprising: a flexible substrate (16, 32), an array of bipolar sensors, each bipolar sensor consisting of a first electrode and a second electrode that are both embedded on a common side of the flexible substrate (16, 32); an insulating cover layer coupled to the flexible substrate (16, 32) and configured to act as a barrier between the tissue being measured and the first and second electrodes (38, 36); a pressure sensor configured to sense applied pressure coupled to the flexible substrate (16, 32) and disposed in line with the first and second electrodes (38, 36); and an electronics package that is individually wired to each of the first and second electrodes (38, 36) and configured to: excite and control the first and second electrodes (38,36) so as to measure an equivalent sub-epidermal capacitance, wherein the equivalent sub-epidermal capacitance is an indicator of SEM. a flexible substrate (16, 32), an array of bipolar sensors, each bipolar sensor consisting of a first electrode and a second electrode that are both embedded on a common side of the flexible substrate (16, 32); an insulating cover layer coupled to the flexible substrate (16, 32) and configured to act as a barrier between the tissue being measured and the first and second electrodes (38, 36); a pressure sensor configured to sense applied pressure coupled to the flexible substrate (16, 32) and disposed in line with the first and second electrodes (38, 36); and an electronics package that is individually wired to each of the first and second electrodes (38, 36) and configured to: excite and control the first and second electrodes (38,36) so as to measure an equivalent sub-epidermal capacitance, wherein the equivalent sub-epidermal capacitance is an indicator of SEM.
Method for assembling a refrigeration appliance, in which a machine compartment of the refrigeration appliance is clad in part by a side wall element, wherein in order to connect the side wall element with a housing of the refrigeration appliance, the side wall element is moved in a first direction and then in a second direction which differs from the first direction, said method having the steps: - making a sealing element, embodied as a stop, of the side wall element engage with a fold of the housing, - moving the side wall element in the first direction until the movement in the first direction is stopped by the sealing element, and - moving the side wall element in the second direction until the side wall element has reached its end position which connects the side wall element in a foam-tight manner with the housing by means of a form fit, and that the side wall element has a pin, which is made to engage with the fold during the engagement of the sealing element with the fold. - making a sealing element, embodied as a stop, of the side wall element engage with a fold of the housing, - moving the side wall element in the first direction until the movement in the first direction is stopped by the sealing element, and - moving the side wall element in the second direction until the side wall element has reached its end position which connects the side wall element in a foam-tight manner with the housing by means of a form fit, and that the side wall element has a pin, which is made to engage with the fold during the engagement of the sealing element with the fold.
Heating device, in particular an oven, with a housing surrounding a heatable interior, wherein the interior is bounded by a rear wall at the rear and at the front by a door which, in a closed position, closes a housing opening permitting access to the interior, and with at least one shelf which in a position of use is fixed immovably to the housing, wherein there are provided for housing-side fixing connecting means by which the shelf or shelves is or are fixed to the rear wall, wherein the housing-side fixing of the shelf is made solely to the rear wall, so that the shelf fixed to the rear wall in the position of use extends forwards cantilever-like towards the housing opening, wherein the connecting means have at least one hook element (32a, 32b) and at least one hook mounting (33a, 33b) for releasable mounting of the hook element or elements (32a, 32b), wherein the rear wall is in the form of a bulkhead mounted ahead of an outer rear wall in the direction of the housing opening and guided movably by guide means between an operating position located in the area of the outer rear wall and a closed position, pulled out in the area of the housing opening and closing the housing opening substantially completely, characterised in that hook element (32a, 32b) and assigned hook mounting (33a, 33b), in the suspended position of use of the shelf, form a pivot bearing for the shelf, such that the shelf in the position of use may be pivoted upwards in the direction of an upper cover of the housing, wherein the hook element or elements (32a, 32b) are provided on the shelf and the hook mounting (33a, 33b) on the rear wall.
An extrusion machine for the continuous manufacture of profiles from a formable extrusion material, comprising - a main frame, - at least one friction wheel rotatable about the drive shaft, which friction wheel is provided with at least one peripheral groove and is in drive connection with the drive device, - a tool holding device, which tool holding device is mounted on a pivot axis held on the main frame and can be pivoted about the pivot axis between a working position and a release position, wherein the tool holding device is arranged downstream of the friction wheel, as viewed in the pass-through direction of the profile to be manufactured, - a locking device, which locking device in its locking position holds the tool holding device locked in its working position relative to the main frame, - at least one tool unit, which tool unit is supported on the tool holding device, in particular is accommodated in an accommodation chamber arranged in the tool holding device, and contains or forms at least one stripping area facing the friction wheel with at least one stripping element for the extrusion material to be formed from the friction wheel, in particular according to one of the preceding claims, characterized in that - the tool unit is supported on its side facing away from the friction wheel on the tool holding device, in particular on a first positioning surface of the accommodation chamber, with the interposition of a first sensor unit. - a main frame, - at least one friction wheel rotatable about the drive shaft, which friction wheel is provided with at least one peripheral groove and is in drive connection with the drive device, - a tool holding device, which tool holding device is mounted on a pivot axis held on the main frame and can be pivoted about the pivot axis between a working position and a release position, wherein the tool holding device is arranged downstream of the friction wheel, as viewed in the pass-through direction of the profile to be manufactured, - a locking device, which locking device in its locking position holds the tool holding device locked in its working position relative to the main frame, - at least one tool unit, which tool unit is supported on the tool holding device, in particular is accommodated in an accommodation chamber arranged in the tool holding device, and contains or forms at least one stripping area facing the friction wheel with at least one stripping element for the extrusion material to be formed from the friction wheel, in particular according to one of the preceding claims, - the tool unit is supported on its side facing away from the friction wheel on the tool holding device, in particular on a first positioning surface of the accommodation chamber, with the interposition of a first sensor unit.
Injector nozzle for intake of liquids, comprising an injector chamber, a liquid inlet opening for an overpressured carrier liquid, the inlet opening issuing into the injector chamber, a liquid intake opening for a liquid to be drawn in, the intake opening issuing into the injector chamber, wherein downstream of the liquid inlet opening the injector chamber has a first section conically enlarging in the flow direction and a second section conically enlarging in the flow direction, wherein the second conical section adjoins the first conical section and the second conical section has a greater cone angle than the first conical section, wherein the first section has a cone angle in a range between 5 degrees of angle and 10 degrees of angle, wherein the second section has a cone angle between 30 degrees of angle and 40 degrees of angle, characterized in that the first section in the flow direction has a length that is between two-fold and four-fold, in particular three-fold, the length of the second section, and in that the injector nozzle is a flat jet nozzle, a full cone nozzle or a hollow cone nozzle.
A process for the synthesis of Pirfenidone comprising the arylation of 5-methyl-2(1 H)-pyridinone with chlorobenzene in the presence of an inorganic base, at a temperature ranging between 80°C and 200°C, characterized in that said arylation is carried out in an inert gas atmosphere and in the presence of a catalytic system consisting of a copper salt and an organic ligand selected from a compound of formula wherein: - R1 and R2 are independently hydrogen or a linear or branched C 1-7 alkyl group; or R1 and R2 taken together with the carbon atoms they are linked to form a 3-7 membered carbocyclic ring; - R' and R" are independently hydrogen or a linear or branched C 1-7 alkyl group. - R1 and R2 are independently hydrogen or a linear or branched C 1-7 alkyl group; or R1 and R2 taken together with the carbon atoms they are linked to form a 3-7 membered carbocyclic ring; - R' and R" are independently hydrogen or a linear or branched C 1-7 alkyl group.