mhurhangee/patent-ind-claim-en huggingface dataset:
Correction device for a timepiece, comprising a differential gear having a first input , a second input and an output , wherein: - the first input is arranged to be driven by a horological movement; - the second input is kinematically linked with a correction gear train extending from a control organ and comprising a coupling that makes it possible to establish and break the kinematic link between said control organ and said second input ; - the output is arranged to drive a display device of said horological movement, the angular position of said output being defined as a function of the angular position of said first input and of that of said second input , characterized in that said correction device further comprises a memory cam linked in a desmodromic manner with said second input , in that said memory cam is subjected to a return force imparted by an elastic organ tending to keep said memory cam in at least one predetermined angular position when said kinematic link between said control organ and said second input is broken, said elastic organ being further arranged to allow a rotation of said second input under the control of said control organ when said kinematic link is established upon operation of the correction device, and in that said correction device is arranged such that the incidence of the rotation of the second input , during a correction, on the angular position of the output is cancelled when said memory cam is in said at least one predetermined angular position. - the first input is arranged to be driven by a horological movement; - the second input is kinematically linked with a correction gear train extending from a control organ and comprising a coupling that makes it possible to establish and break the kinematic link between said control organ and said second input ; - the output is arranged to drive a display device of said horological movement, the angular position of said output being defined as a function of the angular position of said first input and of that of said second input , characterized in that said correction device further comprises a memory cam linked in a desmodromic manner with said second input , in that said memory cam is subjected to a return force imparted by an elastic organ tending to keep said memory cam in at least one predetermined angular position when said kinematic link between said control organ and said second input is broken, said elastic organ being further arranged to allow a rotation of said second input under the control of said control organ when said kinematic link is established upon operation of the correction device, and in that said correction device is arranged such that the incidence of the rotation of the second input , during a correction, on the angular position of the output is cancelled when said memory cam is in said at least one predetermined angular position.
An electronic device , comprising: a display disposed toward a first surface; a housing including an opening formed toward a second surface; a tray including a hole formed toward the second surface; a sensor module that is able to be seated on the tray; a connector disposed adjacent to the opening inside the electronic device to receive the tray and the sensor module; and a processor configured to control the sensor module when the sensor module is inserted into the connector, wherein the sensor module includes a gas sensor , a sensor chamber , and a pipe forming a path allowing gas, which is introduced through the hole, to move into the sensor chamber; and wherein the tray is configured to be withdrawn out of the housing when a pin is inserted through the hole and external pressure is applied to the pin. a display disposed toward a first surface; a housing including an opening formed toward a second surface; a tray including a hole formed toward the second surface; a sensor module that is able to be seated on the tray; a connector disposed adjacent to the opening inside the electronic device to receive the tray and the sensor module; and a processor configured to control the sensor module when the sensor module is inserted into the connector, wherein the sensor module includes a gas sensor , a sensor chamber , and a pipe forming a path allowing gas, which is introduced through the hole, to move into the sensor chamber; and wherein the tray is configured to be withdrawn out of the housing when a pin is inserted through the hole and external pressure is applied to the pin.
A method performed by an apparatus said method comprising: - obtaining or holding available positioning data collection condition information representing one or more positioning data collection conditions for collecting positioning data for updating and/or generating a positioning map; - obtaining or holding available historical sensor information representing one or more behavioral and/or environmental patterns that were detected by one or more sensors of a mobile device (102-1); the method being characterised in that it further comprises: - determining or holding available mapping information representing, for each of said behavioral and/or environmental patterns, whether or not at least one of said one or more positioning data collection conditions was met after said respective behavioral and/or environmental pattern had been detected by said sensors of said mobile device (102-1); - obtaining current sensor information representing a behavioral and/or environmental pattern that is currently detected by said one or more sensors of said mobile device (102-1); - determining , at least partially based on said current sensor information and said mapping information, whether positioning data should be collected by said mobile device (102-1) for updating and/or generating the positioning map; - if it is determined that positioning data should be collected by said mobile device for updating and/or generating the positioning map, collecting or triggering collecting (406-407) positioning data by said mobile device (102-1) for updating and/or generating the positioning map, - obtaining or holding available positioning data collection condition information representing one or more positioning data collection conditions for collecting positioning data for updating and/or generating a positioning map; - obtaining or holding available historical sensor information representing one or more behavioral and/or environmental patterns that were detected by one or more sensors of a mobile device (102-1); - determining or holding available mapping information representing, for each of said behavioral and/or environmental patterns, whether or not at least one of said one or more positioning data collection conditions was met after said respective behavioral and/or environmental pattern had been detected by said sensors of said mobile device (102-1); - obtaining current sensor information representing a behavioral and/or environmental pattern that is currently detected by said one or more sensors of said mobile device (102-1); - determining , at least partially based on said current sensor information and said mapping information, whether positioning data should be collected by said mobile device (102-1) for updating and/or generating the positioning map; - if it is determined that positioning data should be collected by said mobile device for updating and/or generating the positioning map, collecting or triggering collecting (406-407) positioning data by said mobile device (102-1) for updating and/or generating the positioning map,
A packaging material for sterilization constructed of a layered nonwoven fabric with at least two layers, characterized in that said fabric comprises a nonwoven fabric layer (I) formed of continuous long fibers having an average fiber diameter of 5 to 30 μm and a nonwoven fabric layer (II) formed of ultrafine fibers having an average fiber diameter of 0.1 to 4 μm, wherein the specific surface area of the layered non-woven fabric, determined as described in the description, is 0.1 to 8 m 2 /g.
An image display device comprising: a laser light source for projecting a light beam having a wavelength; an imaging element to form an image with the light beam from the light source; and a lens array comprising a plurality of lenses adjacently arranged, configured to be illuminated with the light beam forming the image for image display, the lens array being formed from a resin material; wherein the laser light source includes three laser light sources (RS, GS, BS) to project light beams with red, blue and green wavelengths respectively and characterised in that borders of neighbouring lenses are formed in at least two directions and surfaces of said borders have a curvature radius set to be smaller than a longest wavelength among wavelengths of the light beams. a laser light source for projecting a light beam having a wavelength; an imaging element to form an image with the light beam from the light source; and a lens array comprising a plurality of lenses adjacently arranged, configured to be illuminated with the light beam forming the image for image display, the lens array being formed from a resin material; wherein the laser light source includes three laser light sources (RS, GS, BS) to project light beams with red, blue and green wavelengths respectively and characterised in that borders of neighbouring lenses are formed in at least two directions and surfaces of said borders have a curvature radius set to be smaller than a longest wavelength among wavelengths of the light beams.
Power transmission assembly for a vehicle comprising: - an electric machine comprising a stator fixed relative to the vehicle and a rotor movable in rotation relative to a rotation axis (AX) of said electric machine, - a gear reducer connected to the rotor of the electric machine, said gear reducer comprising a first pinion connected to the rotor and a ring gear , the first pinion and the ring gear being 45° bevel pinions, arranged at 90° from each other, and - a transmission element linked to the ring gear of the gear reducer, wherein: - the electric machine is an inverted machine in which the rotor is radially outside the stator with respect to the rotation axis of the electric machine, - the stator of the electric machine comprises a stator body provided with windings on the outer periphery of said stator, and an annular cavity (C) between the windings and the rotation axis, the assembly being characterized in that at least a part of the gear reducer is housed in the annular cavity (C) with the first pinion completely included in the annular cavity, and a part of the ring gear which enters the annular cavity. - an electric machine comprising a stator fixed relative to the vehicle and a rotor movable in rotation relative to a rotation axis (AX) of said electric machine, - a gear reducer connected to the rotor of the electric machine, said gear reducer comprising a first pinion connected to the rotor and a ring gear , the first pinion and the ring gear being 45° bevel pinions, arranged at 90° from each other, and - a transmission element linked to the ring gear of the gear reducer, - the electric machine is an inverted machine in which the rotor is radially outside the stator with respect to the rotation axis of the electric machine, - the stator of the electric machine comprises a stator body provided with windings on the outer periphery of said stator, and an annular cavity (C) between the windings and the rotation axis,
Foliage cutting device (1 - 6) on an apparatus for handling plants which is displaceable along a plant or a row of plants , wherein the foliage cutting device has a plurality of rotating or oscillating cutters by which parts of the foliage or branches of a plant or a row of plants are able to be trimmed, wherein the foliage cutting device has at least one cutter bar that extends across the region of the plant to be handled, and the cutters are in each case disposed in a cutting plane directed towards the plant so as to be adjacent across the length of the cutter bar , wherein the cutters are able to be covered with a protective device which interacts with further housing parts or panels of the cutter bar, wherein the protective device is designed as a hood which extends across the length of the cutter bar and is pivotable or displaceable along the longitudinal extent of the cutter bar and in the direction towards the cutters and their cutting plane , wherein the hood in the closed state covers the cutters at least in the cutting plane , wherein the protective device , designed as a pivotable or displaceable hood, is curved concavely towards the cutting plane , characterized in that the hood in the opened position offers a convexly designed external contour which at least partially covers the rear side of the cutter bar and the rear side of drive elements disposed therein.
A foldable rowing machine, comprising: a main part , a rowing machine seat , at least one drawing stand , wherein a storage chamber is formed in the main part , the foldable rowing machine is characterized in that , the foldable rowing machine further comprises at least two turning stands , the at least two turning stands are connected to each other by means of hinges, so as to fold together when folding the rowing machine, the innermost turning stand is mounted at an end of the drawing stand by means of sliding rails , so as to slide along the drawing stand when folding the rowing machine, another end of the drawing stand is connected to an inner wall of the storage chamber by means of sliding rails , so as to slide into the storage chamber when folding the rowing machine, sliding grooves communicating with each other and used for mounting the rowing machine seat are formed in the at least two turning stands , so that the rowing machine seat can move along the sliding grooves , a pedal is hinged to an opening of the storage chamber , and lock pin mechanisms for limiting movements of the turning stand , the drawing stand and the pedal are disposed at joints of the drawing stand and the adjacent turning stand .
A method for detecting a gas leak , the method comprising: scanning a surface , which delimits a volume with a first gas at least partially, by means of a device comprising a sensor , wherein the sensor in particular is an opto-chemical sensor and comprises the following: a light source , configured for providing an excitation light , a sensor layer , configured and arranged for emitting in response to the excitation light a luminescence light , and a light receiver , configured and arranged for receiving the luminescence light emitted from the sensor layer and converting it into a measurement signal ; detecting, by means of the sensor , a change in concentration of a second gas in a medium surrounding the sensor , on the basis of a change in the measurement signal , which is caused by a change in at least on of an intensity, a spectrum, a phase shift, and a decay time of the received luminescence light as a function of the change in the concentration of the second gas in the medium , wherein the change in the concentration of the second gas in the medium is caused by a leakage of the first gas out of the gas leak into the medium , wherein the scanning is a tracing and/or a sweeping. scanning a surface , which delimits a volume with a first gas at least partially, by means of a device comprising a sensor , wherein the sensor in particular is an opto-chemical sensor and comprises the following: a light source , configured for providing an excitation light , a sensor layer , configured and arranged for emitting in response to the excitation light a luminescence light , and a light receiver , configured and arranged for receiving the luminescence light emitted from the sensor layer and converting it into a measurement signal ; a light source , configured for providing an excitation light , a sensor layer , configured and arranged for emitting in response to the excitation light a luminescence light , and a light receiver , configured and arranged for receiving the luminescence light emitted from the sensor layer and converting it into a measurement signal ; detecting, by means of the sensor , a change in concentration of a second gas in a medium surrounding the sensor , on the basis of a change in the measurement signal , which is caused by a change in at least on of an intensity, a spectrum, a phase shift, and a decay time of the received luminescence light as a function of the change in the concentration of the second gas in the medium , wherein the change in the concentration of the second gas in the medium is caused by a leakage of the first gas out of the gas leak into the medium , wherein the scanning is a tracing and/or a sweeping. wherein the change in the concentration of the second gas in the medium is caused by a leakage of the first gas out of the gas leak into the medium , wherein the scanning is a tracing and/or a sweeping.
An information sending method, applied to a network device, comprising: sending, by the network device, indication information, wherein the indication information is used for indicating transmission information of a power-saving reference signal, PSRS ; and sending, by the network device, the PSRS according to the transmission information of the PSRS ; characterized in that the transmission information of the PSRS comprises at least one of a sending position, a sending period and a sending timer of the PSRS. sending, by the network device, indication information, wherein the indication information is used for indicating transmission information of a power-saving reference signal, PSRS ; and sending, by the network device, the PSRS according to the transmission information of the PSRS ; characterized in that the transmission information of the PSRS comprises at least one of a sending position, a sending period and a sending timer of the PSRS.
An airfoil of a gas turbine engine comprising: a hollow body defining a first airfoil cavity and a second airfoil cavity , the hollow body having an inner diameter end and an outer diameter end ; a first airfoil platform at one of the inner diameter end and the outer diameter end of the hollow body, the first airfoil platform having a gaspath surface and a non-gaspath surface , wherein the hollow body extends from the gaspath surface; a first cavity opening formed in the non-gaspath surface of the first airfoil platform fluidly connected to the first airfoil cavity; a second cavity opening formed in the non-gaspath surface of the first airfoil platform fluidly connected to the second airfoil cavity; a first baffle positioned within the first airfoil cavity; and a first turn cap that has been fixedly attached to the first airfoil platform on the non-gaspath surface covering the first cavity opening of the first airfoil platform and the second cavity opening of the first airfoil platform and defining a first turning cavity such that the first cavity opening of the first airfoil platform is fluidly connected to the second cavity opening of the first airfoil platform by the first turning cavity; wherein the first turn cap is a separate piece from the first airfoil platform before it has been fixedly attached thereto. a hollow body defining a first airfoil cavity and a second airfoil cavity , the hollow body having an inner diameter end and an outer diameter end ; a first airfoil platform at one of the inner diameter end and the outer diameter end of the hollow body, the first airfoil platform having a gaspath surface and a non-gaspath surface , wherein the hollow body extends from the gaspath surface; a first cavity opening formed in the non-gaspath surface of the first airfoil platform fluidly connected to the first airfoil cavity; a second cavity opening formed in the non-gaspath surface of the first airfoil platform fluidly connected to the second airfoil cavity; a first baffle positioned within the first airfoil cavity; and a first turn cap that has been fixedly attached to the first airfoil platform on the non-gaspath surface covering the first cavity opening of the first airfoil platform and the second cavity opening of the first airfoil platform and defining a first turning cavity such that the first cavity opening of the first airfoil platform is fluidly connected to the second cavity opening of the first airfoil platform by the first turning cavity; wherein the first turn cap is a separate piece from the first airfoil platform before it has been fixedly attached thereto.
An optoelectronic sensor , in particular laser scanner, for detecting objects in a monitoring area , the sensor comprising a light transmitter for transmitting transmitted light , a light receiver for generating a received signal from received light from the monitoring area , a receiving optics , in particular receiving lens, for focusing the received light onto the light receiver , a movable deflection unit for periodically deflecting the transmitted light and the received light , and a control and evaluation unit for detecting information about objects in the monitoring area on the basis of the received signal, wherein the sensor further comprises a folding mirror arranged downstream of the receiving optics in the receiving beam path of the received light in order to direct the received light onto the light receiver , and wherein the light receiver is arranged between deflection unit and folding mirror , characterized in that the receiving optics is arranged at least partially between a receiving plane of the light receiver and the folding mirror .
A printing ink or coating composition comprising one or more hydrolyzed starch, wherein at least one of the starches has a number average molecular weight of less than about 100,000.
A lighting device comprising (i) a light source configured to generate light source light , wherein the light source comprises a solid state light source, and (ii) a support configured to support the light source , wherein the support comprises a metal based thermally conductive material , wherein the lighting device further comprises (iii) a layered element , configured in physical contact with the support , wherein the layered element comprises one or more layers , wherein the layered element at least comprises an electrically insulating first layer , wherein at least part of the layered element is configured between the light source and the support such that during operation part of the light source light irradiates the layered element , wherein the layered element further comprises a layer of light reflective particles , characterized in that at least 30 wt. % of the particles have a flake-like shape and wherein the layer is an essentially closed layer of aligned flake-like shaped particles whereby essentially all light source light that is directed to the layered element is reflected back in a direction away from the support .
Method of rolling a rolling material in a rolling mill with at least one roll stand, wherein a gap height of a rolling gap, which is arranged between work rolls of the roll stand, is set before contact of the rolling material with these work rolls so as to be less than an entry thickness (h 1 ) of the rolling material , wherein at least one driven work roll of the roll stand is operated at a target rotational speed (v 0 ) after the rolling material has reached the rolling gap and wherein the driven work roll is operated at a pre-control rotational speed (v v ) differing from the target rotational speed (V 0 ) until the rolling material has reached the rolling gap, and wherein the pre-control rotational speed (v v ), from the contact of the rolling material with the driven work roll , is varied in such a way that the pre-control rotational speed (v v ) rises monotonically or falls monotonically.
Binder based on a reaction product formed from an adduct (A) of an isocyanatoalkylalkoxysilane (A1) and an alcohol (A2) with an alkoxysilane-containing, Q unit-free alkyl- and/or arylsilicone intermediate (B) .