mhurhangee/patent-ind-claim-en huggingface dataset:
Device for controlling the functions of a watch, the function control device mainly comprising a crown connected to a stem for actuating means for selecting functions in a watch case, the crown being located on an outer portion of the watch case, the function control device comprising, integrated in a watch movement, an optical action system actuated in one position of the stem from among three possible defined positions (T0, T1, T2) of the stem in order to determine the direction of rotation of the stem , and an electronic mechanical arrangement for controlling functions in all three positions of the stem , said electronic mechanical arrangement comprising a guide element mounted to rotate about a rotating arbor on a support connected to a plate of the watch movement, the generally flat-shaped guide element having a rounded end arranged in a circular annular groove of an intermediate portion of the stem to be driven in rotation during the movement of the stem in one or other of the three defined positions, and a selection part mounted to rotate about another rotating arbor on the support and above the annular groove of the stem and intended to be driven in rotation by the rounded end of the guide element of sufficient thickness to also be housed inside a U-shaped opening of one end of the selection part , the selection part comprising at least one electrically conductive contactor arranged on an opposite side to the U-shaped end so as to contact a first electrical terminal on a printed circuit board in a first position (T0) of the stem , to have no electrical contact in a second position (T1) of the stem , and to contact a second electrical terminal on the printed circuit board in a third position (T2) of the stem .
A single-stranded EC motor with a winding strand with two winding terminals, comprising a current regulator in the winding strand between the winding terminals, wherein the current regulator is adapted to respectively regulate the winding current of the single-stranded EC motor to a constant amount with a positive current flow during a first commutation phase (A) and with a negative current flow during a second commutation phase (B), wherein an amount of the mean output voltage u w (t) of the current regulator , which is applied between the two winding terminals of the EC motor , is used for determining the commutation time, characterized in that the current regulator is formed to determine the respective commutation time by comparing the mean output voltage u w (t) of the current regulator with a predetermined voltage limit value u WG and the voltage limit value u WG is proportional to the amplitude of the respective constant current at the commutation phases (A, B).
A biomodulation system comprising: a non-implantable assembly comprising a source for wireless power transfer and a data communications system, wherein the non-implantable assembly comprises a resonant cavity comprising the source for wireless power transfer; an implantable assembly comprising: a power management module configured to continuously generate one or more operating voltage for the implantable assembly using wireless power transfer from the non-implantable assembly, wherein the implantable assembly is inserted into a subject that is located within the resonant cavity; and a control module operably connected to at least one communication channel and at least one stimulation output, the control module comprising a processor unit to process information sensed via the at least one communication channel and, upon determining a condition exists, to generate an output to trigger the generation of a stimulus. a non-implantable assembly comprising a source for wireless power transfer and a data communications system, wherein the non-implantable assembly comprises a resonant cavity comprising the source for wireless power transfer; an implantable assembly comprising: a power management module configured to continuously generate one or more operating voltage for the implantable assembly using wireless power transfer from the non-implantable assembly, wherein the implantable assembly is inserted into a subject that is located within the resonant cavity; and a control module operably connected to at least one communication channel and at least one stimulation output, the control module comprising a processor unit to process information sensed via the at least one communication channel and, upon determining a condition exists, to generate an output to trigger the generation of a stimulus. a power management module configured to continuously generate one or more operating voltage for the implantable assembly using wireless power transfer from the non-implantable assembly, wherein the implantable assembly is inserted into a subject that is located within the resonant cavity; and a control module operably connected to at least one communication channel and at least one stimulation output, the control module comprising a processor unit to process information sensed via the at least one communication channel and, upon determining a condition exists, to generate an output to trigger the generation of a stimulus.
An UV-LED curable clear ink composition for ink jet printing comprising 50 to 80% by mass of a photo-polymerizable mono-functional monomer, 15 to 35% by mass of a photo-polymerizable poly-functional monomer and 5 to 15% by mass of an acylphosphine photo-polymerization initiator, and having a viscosity, measured by using an E-type viscometer at 25°C with a rotor rotation speed of 50 rpm of 1 to 50 mPa·s, wherein the photo-polymerizable poly-functional monomer comprises an acrylated amine compound having two photo-polymerizable functional groups and two amino groups in a molecule thereof representing 5 to 20% by mass based on a total amount of photo-polymerizable mono-functional monomer and photo-polymerizable poly-functional monomer.
A device for preparing and dispensing reconstituted beer, said device comprising: • a first vessel containing a liquid concentrate for preparing a beer, said liquid concentrate having an ethanol content of 0-1 % ABV; • a second vessel containing an alcoholic liquid, said alcoholic liquid containing 12-100 wt.% ethanol and 0-88 wt.% water, ethanol and water together constituting 80-100 wt.% of the alcoholic liquid; and further containing 50-2,000 mg/L of hop acids selected from iso-alpha acids, hydrogenated iso-alpha acids, hulupones and combinations thereof; • a source of water; • a source of pressurized carbon dioxide; • a reconstitution unit; • a dispensing unit for dispensing the alcoholic beer; wherein the device is operable (i) to form a reconstituted beer comprising water from the source of water, carbon dioxide from the source of pressurized carbon dioxide, liquid concentrate from the first vessel and alcoholic liquid from the second vessel, in the reconstitution unit and (ii) to dispense the reconstituted beer from the dispensing unit. • a first vessel containing a liquid concentrate for preparing a beer, said liquid concentrate having an ethanol content of 0-1 % ABV; • a second vessel containing an alcoholic liquid, said alcoholic liquid containing 12-100 wt.% ethanol and 0-88 wt.% water, ethanol and water together constituting 80-100 wt.% of the alcoholic liquid; and further containing 50-2,000 mg/L of hop acids selected from iso-alpha acids, hydrogenated iso-alpha acids, hulupones and combinations thereof; • a source of water; • a source of pressurized carbon dioxide; • a reconstitution unit; • a dispensing unit for dispensing the alcoholic beer;
A small boat comprising: a throttle operator through which a throttle opening degree of an engine is controlled; an engine controller that is configured to control the throttle opening degree; and a forward signal output that is configured to output, to the engine controller , an output signal (S) having an output value at which the throttle opening degree increases as an operation amount of the throttle operator increases, and is configured to output, to the engine controller , the output signal (S) having, as an upper limit, a limit output voltage value (Vr) at which the throttle opening degree becomes smaller than that at a maximum output voltage value (V M ) at which the throttle opening degree becomes maximum, characterized in that the small boat further comprising a throttle operating device main body in which the throttle operator and the forward signal output are disposed and being detachable from a boat body . a throttle operator through which a throttle opening degree of an engine is controlled; an engine controller that is configured to control the throttle opening degree; and a forward signal output that is configured to output, to the engine controller , an output signal (S) having an output value at which the throttle opening degree increases as an operation amount of the throttle operator increases, and is configured to output, to the engine controller , the output signal (S) having, as an upper limit, a limit output voltage value (Vr) at which the throttle opening degree becomes smaller than that at a maximum output voltage value (V M ) at which the throttle opening degree becomes maximum, characterized in that the small boat further comprising a throttle operating device main body in which the throttle operator and the forward signal output are disposed and being detachable from a boat body .
A method for cross-device login, the method comprising: receiving , by a server , a login request sent by a device to be authorized , wherein the login request comprises login information used for application login on the device to be authorized; sending , by the server , an instruction message to the device to be authorized, wherein the instruction message is used to instruct the device to be authorized to start, by the device to be authorized, a sensing apparatus of the device to be authorized, and perform, by the device to be authorized, audio sensing by using the sensing apparatus; sending , by the server , to an authorized device , a verification code used to verify, by the server, the device to be authorized, so that the authorized device encodes the verification code into an audio signal for broadcasting, by the authorized device, the audio signal to the device to be authorized, wherein the audio signal further comprises a request number corresponding to the login request; receiving, by the server, from the device to be authorized, the verification code and a request number extracted by the device to be authorized from the audio signal; verifying , by the server, the verification code and the request number extracted from the audio signal; and sending , by the server, a verification result to the device to be authorized and the authorized device. receiving , by a server , a login request sent by a device to be authorized , wherein the login request comprises login information used for application login on the device to be authorized; sending , by the server , an instruction message to the device to be authorized, wherein the instruction message is used to instruct the device to be authorized to start, by the device to be authorized, a sensing apparatus of the device to be authorized, and perform, by the device to be authorized, audio sensing by using the sensing apparatus; start, by the device to be authorized, a sensing apparatus of the device to be authorized, and perform, by the device to be authorized, audio sensing by using the sensing apparatus; sending , by the server , to an authorized device , a verification code used to verify, by the server, the device to be authorized, so that the authorized device encodes the verification code into an audio signal for broadcasting, by the authorized device, the audio signal to the device to be authorized, wherein the audio signal further comprises a request number corresponding to the login request; receiving, by the server, from the device to be authorized, the verification code and a request number extracted by the device to be authorized from the audio signal; verifying , by the server, the verification code and the request number extracted from the audio signal; and sending , by the server, a verification result to the device to be authorized and the authorized device.
A foam bead with a core formed by a first plastic based on polyethylene terephthalate (PET) and with a shell which at least partially surrounds the core and is formed by a second plastic, wherein the second plastic forming the shell has a melting point at an ambient pressure of approximately 1 to 5 bar, in particular in a steam atmosphere, which is at least approximately 90°C lower than that of the first plastic forming the core .
Method for heating at least two separate spaces in a building using a heating system, wherein the heating system comprises a dual-mode heat pump operable in two alternative modes, one mode being a water-source mode and another mode being an air-source mode, wherein in the water-source mode the heat pump transfers heat from at least a first of the at least two separate spaces to at least a second space of the at least two separate spaces, and wherein in the air-source mode the heat pump transfers heat from the outside to the at least two separate spaces, characterised in that during a period of a day in which an ambient temperature is higher than a daily mean temperature, the air-source mode is used to heat the at least two separate spaces of the building. wherein the heating system comprises a dual-mode heat pump operable in two alternative modes, one mode being a water-source mode and another mode being an air-source mode, wherein in the water-source mode the heat pump transfers heat from at least a first of the at least two separate spaces to at least a second space of the at least two separate spaces, and wherein in the air-source mode the heat pump transfers heat from the outside to the at least two separate spaces, characterised in that during a period of a day in which an ambient temperature is higher than a daily mean temperature, the air-source mode is used to heat the at least two separate spaces of the building.
Hinge-side finger protection device for a leaf door, wherein the finger protection device (S) has at least one protective element and at least one fastening element , wherein the fastening element firstly is designed for fastening to a door leaf (F) of the leaf door or to a door frame (R) of the leaf door and secondly carries the protective element , wherein the protective element is pivotable relative to the fastening element , characterized in that the protective element can be fixed in a pivoted position relative to the fastening element .
A media monitoring method in a system including a device meter and a data processing facility , the method comprising: processing , by the data processing facility , media signatures of a first type generated by the device meter from media presented by a media device to monitor the media presented by the media device , the processing of the media signatures of the first type being performed until a first one of the media signatures of the first type is determined to match a first reference signature of the first type, the first reference signature of the first type being associated with first reference media; and processing media signatures of a second type generated from the media presented by the media device and different from the first type to monitor the media presented by the media device , the processing of the media signatures of the second type beginning after the first one of the media signatures of the first type is determined to match the first reference signature of the first type and ending when multiple media signatures of the second type are determined not to match corresponding reference signatures of the second type, the reference signatures of the second type also being associated with the first reference media, the first type being a type of signature having higher resolution than the second type. processing , by the data processing facility , media signatures of a first type generated by the device meter from media presented by a media device to monitor the media presented by the media device , the processing of the media signatures of the first type being performed until a first one of the media signatures of the first type is determined to match a first reference signature of the first type, the first reference signature of the first type being associated with first reference media; and processing media signatures of a second type generated from the media presented by the media device and different from the first type to monitor the media presented by the media device , the processing of the media signatures of the second type beginning after the first one of the media signatures of the first type is determined to match the first reference signature of the first type and ending when multiple media signatures of the second type are determined not to match corresponding reference signatures of the second type, the reference signatures of the second type also being associated with the first reference media, the first type being a type of signature having higher resolution than the second type.
A device for determining properties of hydrocarbon fluids and similar substances comprising: - a containing casing provided with a containment base and a lid associated with said containment base for closing it; - thermoregulating means inserted in said containing casing ; - a working unit wherein samples containing hydrocarbon fluids and similar substances to be analysed can be inserted, housed in said containment base and associated to said thermoregulating means to induce a variation in temperature of said samples; said working unit comprising a plurality of thermostatic baths each one having at least a housing seat for one of said samples, said thermostatic baths being associated with said thermoregulating means independently from one another to induce different temperature variations on each one of said samples, the device being characterized in that it comprises electronic management and control means inserted in said lid . - a containing casing provided with a containment base and a lid associated with said containment base for closing it; - thermoregulating means inserted in said containing casing ; - a working unit wherein samples containing hydrocarbon fluids and similar substances to be analysed can be inserted, housed in said containment base and associated to said thermoregulating means to induce a variation in temperature of said samples; said working unit comprising a plurality of thermostatic baths each one having at least a housing seat for one of said samples, said thermostatic baths being associated with said thermoregulating means independently from one another to induce different temperature variations on each one of said samples, the device being characterized in that it comprises electronic management and control means inserted in said lid .
A barrel assembly for a hair styling appliance, the barrel assembly comprising: a barrel having an external surface , an inner surface, and a heater-mounting surface inside the barrel , wherein the heater-mounting surface is integrally formed with the external surface ; a heater element mounted on the heater-mounting surface ; and a spring clip inserted within the barrel , between the inner surface of the barrel and the heater element , such that the spring clip provides a force against the heater element for securing the heater element against the heater-mounting surface . a barrel having an external surface , an inner surface, and a heater-mounting surface inside the barrel , wherein the heater-mounting surface is integrally formed with the external surface ; a heater element mounted on the heater-mounting surface ; and a spring clip inserted within the barrel , between the inner surface of the barrel and the heater element , such that the spring clip provides a force against the heater element for securing the heater element against the heater-mounting surface .
Stator of a rotary electric machine comprising a stator body and a stator coil borne by the stator body , wherein the stator body is formed by a lamination stack and extends about an axis (X) while being delimited by an internal radial surface and an external radial surface , said stator body having a plurality of teeth formed respectively between two slots formed in the said stator body from the internal radial surface and extending axially to house at least one element of the stator coil , so that, around the circumference of the stator , the latter exhibits an alternation of slots and of teeth , characterized in that it has at least one deformed tooth which, at its free end contributing to defining the internal radial surface of the stator , has at least one protrusion extending across at least one neighbouring slot , the said protrusion being obtained by deforming the material of the said deformed tooth and in that the said protrusion is formed by a bulge resulting from a displacement of material in the deformed tooth , from the external radial surface of the stator towards the internal radial surface of the stator .
A method for configuring an automatic neighbor relationship (ANR), applied to a terminal device in a radio communication system, comprising: receiving measurement configuration information sent from a base station; measuring one or more attributes of a neighboring cell and a Cell Global Identifier (CGI) of the neighboring cell, according to the measurement configuration information; and sending a measurement report to the base station, wherein the measurement report is used for indicating the one or more attributes of the neighboring cell and the CGI, and the one or more attributes of the neighboring cell measured and reported by the terminal device are used to determine, at the base station, an ANR list; wherein the one or more attributes of the neighboring cell comprise a Core Network (CN) type of the neighboring cell, and at least one of whether the neighboring cell supports a specific service, whether the neighboring cell has an available network slice, and a specific System Information Block (SIB) of the neighboring cell; wherein the CN type comprises a 5G Core only type, or an Evolved Packet Core (EPC) and 5GC type. receiving measurement configuration information sent from a base station; measuring one or more attributes of a neighboring cell and a Cell Global Identifier (CGI) of the neighboring cell, according to the measurement configuration information; and sending a measurement report to the base station, wherein the measurement report is used for indicating the one or more attributes of the neighboring cell and the CGI, and the one or more attributes of the neighboring cell measured and reported by the terminal device are used to determine, at the base station, an ANR list; wherein the one or more attributes of the neighboring cell comprise a Core Network (CN) type of the neighboring cell, and at least one of whether the neighboring cell supports a specific service, whether the neighboring cell has an available network slice, and a specific System Information Block (SIB) of the neighboring cell; wherein the CN type comprises a 5G Core only type, or an Evolved Packet Core (EPC) and 5GC type.