mhurhangee/patent-ind-claim-en huggingface dataset:
A heating cooking apparatus comprising: a heating cooking chamber configured to accommodate an object to be heated; a first air sending unit ; and a second air sending unit ,wherein the heating cooking chamber has an accommodation space for accommodating the object to be heated,the first air sending unit includes a first suction hole portion positioned in a first direction with respect to the accommodation space , and a first blow-out hole portion positioned in the first direction with respect to the accommodation space , the second air sending unit includes a second suction hole portion positioned along a second direction different from the first direction with respect to the accommodation space , and a second blow-out hole portion positioned in the second direction with respect to the accommodation space , the first air sending unit includes a first centrifugal fan , the second air sending unit includes a second centrifugal fan , the first air sending unit suctions air inside the heating cooking chamber through the first suction hole portion and blows air into the heating cooking chamber through the first blow-out hole portion , and the second air sending unit suctions air inside the heating cooking chamber through the second suction hole portion and blows air into the heating cooking chamber through the second blow-out hole portion , characterized in that the size of the second centrifugal fan is greater than a size of the first centrifugal fan .
Imprinting, texturing or embossing system for a roll-to-plate process comprising at least one freely rotating roller and at least one means capable to exert a resetting force to the starting position of the imprinting process after imprinting, wherein the means to exert a resetting force are comprised in the at least one freely rotating roller and/or wherein the means to exert a resetting force are connected to the at least one freely rotating roller .
An anchor for implantation in body tissue to hold a line, the anchor being one of a leaflet anchor or a papillary anchor comprising: an elastic material formed to have an unfolded configuration for placement within the body tissue, and a folded configuration for use prior to deployment of the anchor and arranged to permit placement of the anchor into an anchor tube prior to deployment; wherein the anchor is arranged to be elastically deformed into the folded configuration by application of a constraining force, and will return to the unfolded configuration when no constraining force is applied; wherein when the anchor is in the unfolded configuration the anchor has an elongate configuration comprising two anchor pins extending in opposite directions with one either side of a centre of the anchor, whilst when the anchor is in the folded configuration the two pins both extend in the same direction; characterised in that : ends of the pins are arranged to pierce the body tissue; and the anchor comprises a tubular body with a weakened section at the centre of its length to allow for elastic bending of the tubular body. an elastic material formed to have an unfolded configuration for placement within the body tissue, and a folded configuration for use prior to deployment of the anchor and arranged to permit placement of the anchor into an anchor tube prior to deployment; wherein the anchor is arranged to be elastically deformed into the folded configuration by application of a constraining force, and will return to the unfolded configuration when no constraining force is applied; wherein when the anchor is in the unfolded configuration the anchor has an elongate configuration comprising two anchor pins extending in opposite directions with one either side of a centre of the anchor, whilst when the anchor is in the folded configuration the two pins both extend in the same direction; characterised in that : ends of the pins are arranged to pierce the body tissue; and the anchor comprises a tubular body with a weakened section at the centre of its length to allow for elastic bending of the tubular body. ends of the pins are arranged to pierce the body tissue; and the anchor comprises a tubular body with a weakened section at the centre of its length to allow for elastic bending of the tubular body.
Road finisher comprising a towing vehicle which comprises a material hopper which is at the front in paving travel direction (F) for receiving paving material, and comprising a paving screed which is pulled behind the towing vehicle in paving travel direction (F) for compacting paving material, wherein a generator (G) for providing electrical power is provided on the towing vehicle , a plurality of electric heating devices are provided on the paving screed for electrically heating the paving screed , the road finisher comprises a power distribution arrangement having a line network configured to supply the electric heating devices with the electrical power provided by the generator (G), characterized in that the power distribution arrangement comprises a plurality of power adjusters provided on the paving screed and each associated with one of the electric heating devices , and the road finisher comprises a control device configured to control the power adjusters to individually dynamically adjust the power supplied to the respectively associated electric heating device .
Hollow profile with a tensioning device arranged inside the same for reinforcing the hollow profile, in particular for extensive frame constructions, wherein in the interior of the hollow profile at least one tensile element is arranged and is connected at its ends to the ends of the hollow profile such that a tensile force is exerted on the tensile element , wherein the tension can be applied by means of a tensioning screw on the tensile element from outside of the hollow profile, characterised in that the at least one tensile element is connected to the hollow profile via a tensioning element arranged in the interior of the hollow profile, wherein the tensioning element is configured as a wedge tensioning device and in that the wedge tensioning device has a base element fixedly attached to the hollow profile and at least one wedge element adjustable against it in the longitudinal direction of the tensile element .
A method for visually presenting data associated with a process plant, the method comprising: gathering a plurality of statistical process monitoring, SPM, parameters generated by a plurality of SPM blocks in a plurality of devices in the process plant, wherein each of the SPM blocks collects data in a respective device, and performs a statistical calculation on the data to determine the SPM parameters of the data; determining a correlation matrix for a set of more than two SPM parameters, wherein each element in the correlation matrix defines a correlation coefficient between a different set of two of the SPM parameters; and displaying the correlation matrix. gathering a plurality of statistical process monitoring, SPM, parameters generated by a plurality of SPM blocks in a plurality of devices in the process plant, wherein each of the SPM blocks collects data in a respective device, and performs a statistical calculation on the data to determine the SPM parameters of the data; determining a correlation matrix for a set of more than two SPM parameters, wherein each element in the correlation matrix defines a correlation coefficient between a different set of two of the SPM parameters; and displaying the correlation matrix.
Socket for a plug-and-socket connection, said socket being cup shaped and having a guided cover plate movable in axial direction to close the socket in a nonoperating state with no plug being inserted to the socket, said cover plate being guided in the socket, taking a spring-loaded first position in its nonoperating state, said first position defined by an inwardly orientated protrusion at the socket's outer opening engaging with the cover plate, said cover plate being movable axially and/or rotatory to a second position at a bottom bearing surface of the socket when inserting and pushing a plug into the socket until contact pins of the plug fully engage electrical contacts in the socket, characterized in that a first guiding means is provided for guiding said cover plate while axially and/or rotatory moving into the socket, the first guiding means comprising the peripheral surface area of said cover plate slidably interacting with the cylindrical inner surface of the socket, said peripheral surface area of the cover plate following a spherical profile with its diameter tapering towards the bottom of the socket.
Microparticles released by natural killer cells, wherein said microparticles are characterized by the expression of the surface markers NKp30 and NKp46, and by inclusion of perforins and cytokines IFNγ and TNFα.
Arrangement comprising an electric/electronic installation device (I) and an electric luminaire (L) with a housing in which at least one electric printed circuit board of the lamp equipped with at least one lamp is accommodated and in which housing several optical and electric/electronic components necessary for the function are accommodated, wherein the electric luminaire (L) is provided to be coupled to the electric/electronic installation device (I), which consists of an insert (E) connected to an electric installation system of a building and a top-piece (A) forming the wall finish, wherein the housing has a tube-type outer shell , which on one side is closed by a housing base and at which on the other side a shield is fixed, and wherein at the first end section of the shield situated in the tube-type outer shell a printed circuit board of the lamp and a cooling component placed on the surface of the printed circuit board facing the housing base are fixed, and wherein the printed circuit board of the lamp , on the one hand, is electrically connected with an electric printed circuit board via a sheathed cable (M), which electric printed circuit board is held in the inner part of the coupling unit , which coupling unit forms an operative connection with the pertaining top-piece (A) of the electric/electronic installation device (I), and wherein, on the other hand, for this purpose the electric printed circuit board is equipped with several sliding contacts lead out of the coupling unit , wherein for coupling with the top-piece (A) at least one counter-magnet is arranged in the inner part of the coupling unit , which counter-magnet is in correlation with a coupling magnet housed in the top-piece (A) of the electric/electronic installation device (I), and wherein between the counter-magnet and the electric printed circuit board an elastic damping element is arranged.
Drive assembly for a surgical power tool, the drive assembly comprising: A) an electromotor with a longitudinal axle , a housing , a stator and a rotor , wherein the rotor comprises a rotor axle having a free end and a surgical tool or a surgical device is couplable to the free end ; and B) a control for the electromotor ; wherein C) the stator comprises a stator housing and can be demounted from, respectively mounted into, the electromotor as a whole, wherein D) the drive assembly additionally comprises an energy supply unit for the electromotor and the control ; and E) the energy supply unit and the control are arranged in the stator housing . A) an electromotor with a longitudinal axle , a housing , a stator and a rotor , wherein the rotor comprises a rotor axle having a free end and a surgical tool or a surgical device is couplable to the free end ; and B) a control for the electromotor ; wherein C) the stator comprises a stator housing and can be demounted from, respectively mounted into, the electromotor as a whole, wherein D) the drive assembly additionally comprises an energy supply unit for the electromotor and the control ; and E) the energy supply unit and the control are arranged in the stator housing .
An illumination device comprising: o a light source module comprising a multiple number of light sources (211a-c) and a multiple number of light collecting means (213a-c), said light collecting means being adapted to collect and convert light from one of said light sources (211a-c) into a source light beam , said source light beam propagates at least partially along a primary optical axis ; o a projecting system positioned along said primary optical axis , said projecting system has an entrance pupil adapted to collect a part of said light generated by said light sources, said projecting system adapted to project said collected light towards a target surface; o an aperture positioned between said light source module and said projecting system, characterized in that said light collecting means (211a-c) comprise a central lens part aligned along a source optical axis (215a-c) of said light source (211a-c), and a peripheral lens part at least partially surrounding said central lens part; said central lens part comprises a central entrance surface and a central exit surface , said central lens part is adapted to collect and convert a first part of said light from the light source and is adapted to image said light source at a position starting from a small distance in front of the aperture and ending at a small distance after the entrance pupil of the projecting system, where said small distance in front of said aperture does not exceed the cross section of said aperture, and where the small distance after the entrance pupil does not exceed the cross section of said entrance pupil; and said peripheral lens part comprises a peripheral entrance surface , and a peripheral exit surface , said peripheral lens part is adapted to collect and convert a second part of said light from said light source, and said peripheral lens (221, 221 c) part is adapted to concentrate said second part of said light between said aperture and said entrance pupil. o a light source module comprising a multiple number of light sources (211a-c) and a multiple number of light collecting means (213a-c), said light collecting means being adapted to collect and convert light from one of said light sources (211a-c) into a source light beam , said source light beam propagates at least partially along a primary optical axis ; o a projecting system positioned along said primary optical axis , said projecting system has an entrance pupil adapted to collect a part of said light generated by said light sources, said projecting system adapted to project said collected light towards a target surface; o an aperture positioned between said light source module and said projecting system,
A wearable device , wherein the wearable device comprises: a display configured to present images; a lens configured to provide a view of the display to an eye of a user; an illuminator configured to illuminate the eye ; an image sensor configured to detect illumination reflected by the eye ; and at least one processor configured to: cause at least one of the illuminator or the image sensor to be moved; cause the display to present an image; receive data from the image sensor; determine a gaze direction of the eye based at least in part on the data from the image sensor ; and cause at least one of the display or the lens to be moved until the gaze direction is directed toward the image for some minimum amount of time, wherein the causing of the at least one of the display or the lens to be moved comprises moving at least one of the display or the lens toward or away from the eye . a display configured to present images; a lens configured to provide a view of the display to an eye of a user; an illuminator configured to illuminate the eye ; an image sensor configured to detect illumination reflected by the eye ; and at least one processor configured to: cause at least one of the illuminator or the image sensor to be moved; cause the display to present an image; receive data from the image sensor; determine a gaze direction of the eye based at least in part on the data from the image sensor ; and cause at least one of the display or the lens to be moved until the gaze direction is directed toward the image for some minimum amount of time, wherein the causing of the at least one of the display or the lens to be moved comprises moving at least one of the display or the lens toward or away from the eye . cause at least one of the illuminator or the image sensor to be moved; cause the display to present an image; receive data from the image sensor; determine a gaze direction of the eye based at least in part on the data from the image sensor ; and cause at least one of the display or the lens to be moved until the gaze direction is directed toward the image for some minimum amount of time, wherein the causing of the at least one of the display or the lens to be moved comprises moving at least one of the display or the lens toward or away from the eye .
/ Light module intended to be mounted in an optical unit for a motor vehicle, comprising a light source , an optical reflector reflecting the light emitted by the light source and a screen placed in front of the optical reflector , the screen being capable of transmitting at least part of the light reflected by the optical reflector , characterized in that the edge of the optical reflector opposite the screen is extended by a rim extending in the direction of the screen , and in that the periphery of the screen opposite the optical reflector is curved so as to extend parallel or substantially parallel to the rim of the optical reflector , and in that the rim of the optical reflector is kept at a distance from the screen so as to allow the passage of an air flow between the optical reflector and the screen , and in that the edge of the optical reflector has a thickness smaller than the thickness of the edge of the optical reflector , so as to form a riser delimiting the edge of the edge of the optical reflector , and in that the height of the riser is greater than the thickness of the perimeter of the screen , and in that the perimeter of the screen is held opposite the riser so as not to exceed the riser , and in that the riser is adjacent to an external face of the optical reflector , the external face being opposite an internal face of the optical reflector illuminated by the light source .
Heat exchanger for gas condensing boilers, provided with a suitable container body , at least one pipe bundle , at least one temperature sensor means , where said pipe bundle is made by a pipe spiral wound around a central axis, adapted to form a suitable number of turns delimiting a combustion chamber , and provides a first end which serves as an inlet for the heat transfer fluid to be heated, and a second end which serves as an outlet for said heat transfer fluid, wherein said first and second ends (31; 32) protrude from said container body , wherein said exchanger is provided with a partition adapted to divide the combustion chamber into a first sensitive chamber and into a second condensing chamber , wherein - said partition comprises a disc-shaped element having an outer profile with helical pattern, provided with a layer of insulating material , - said partition is screwable along the turns of the pipe bundle , so as to regulate and vary the dimensions of the said chambers (310; 320), and characterised in that - said at least one temperature sensor means is constrained and fixed to said first and second ends (31; 32) through appropriate mounting means ; - said mounting means comprise the fixing means that carry out the locking of the said ends (31; 32) with the pipes. wherein said exchanger is provided with a partition adapted to divide the combustion chamber into a first sensitive chamber and into a second condensing chamber , wherein - said partition comprises a disc-shaped element having an outer profile with helical pattern, provided with a layer of insulating material , - said partition is screwable along the turns of the pipe bundle , so as to regulate and vary the dimensions of the said chambers (310; 320), and characterised in that - said at least one temperature sensor means is constrained and fixed to said first and second ends (31; 32) through appropriate mounting means ; - said mounting means comprise the fixing means that carry out the locking of the said ends (31; 32) with the pipes. - said partition comprises a disc-shaped element having an outer profile with helical pattern, provided with a layer of insulating material , - said partition is screwable along the turns of the pipe bundle , so as to regulate and vary the dimensions of the said chambers (310; 320), and characterised in that - said at least one temperature sensor means is constrained and fixed to said first and second ends (31; 32) through appropriate mounting means ; - said mounting means comprise the fixing means that carry out the locking of the said ends (31; 32) with the pipes.
An air-conditioning apparatus comprising: a refrigerant circuit including a compressor , an indoor-side heat exchanger , and an outdoor-side heat exchanger , the compressor incorporating an electric motor ; a drive circuit configured to drive the electric motor ; a connection switching device configured to switch connection of stator windings of the electric motor between a first connection state and a second connection state higher in line-to-line voltage than the first connection state; and a controller configured to perform heating operation, perform defrosting operation for removing frost formed on the outdoor-side heat exchanger and cause the connection switching device to switch connection, characterized in that the controller is configured such that when the controller causes the connection switching device to switch the connection of the stator windings from the second connection state to the first connection state during the heating operation, the controller first causes the connection switching device to switch the connection of the stator windings from the second connection state to the first connection state, then performs the defrosting operation, and thereafter resumes the heating operation. a refrigerant circuit including a compressor , an indoor-side heat exchanger , and an outdoor-side heat exchanger , the compressor incorporating an electric motor ; a drive circuit configured to drive the electric motor ; a connection switching device configured to switch connection of stator windings of the electric motor between a first connection state and a second connection state higher in line-to-line voltage than the first connection state; and a controller configured to perform heating operation, perform defrosting operation for removing frost formed on the outdoor-side heat exchanger and cause the connection switching device to switch connection, the controller is configured such that when the controller causes the connection switching device to switch the connection of the stator windings from the second connection state to the first connection state during the heating operation, the controller first causes the connection switching device to switch the connection of the stator windings from the second connection state to the first connection state, then performs the defrosting operation, and thereafter resumes the heating operation.