mhurhangee/ep-ind-claims huggingface dataset:
Method for reducing interstitial elements in alloy castings, said interstitial elements being selected from hydrogen, carbon, nitrogen, boron or argon, characterized in that, the casting of said alloy comprises the steps of: - pouring said alloy for the formation of a casting; - while allowing said alloy to cool, heating at least a peripheral region of said casting to force an increasing temperature gradient directed towards one or more points on the surface of the casting; - maintaining at least said peripheral region of the surface of the casting at a higher temperature than the rest of the casting but less than the melting point of the alloy during the solidification and cooling process, allowing said temperature gradient a flux of said interstitial elements towards the surface, instead of towards the core of the casting - pouring said alloy for the formation of a casting; - while allowing said alloy to cool, heating at least a peripheral region of said casting to force an increasing temperature gradient directed towards one or more points on the surface of the casting; - maintaining at least said peripheral region of the surface of the casting at a higher temperature than the rest of the casting but less than the melting point of the alloy during the solidification and cooling process, allowing said temperature gradient a flux of said interstitial elements towards the surface, instead of towards the core of the casting
A service creation system, characterized by comprising: a service creation module adapted to manage and provide service information and service state; a serving access module adapted to manage and provide the serving needed to consist the service; a service execution engine module adapted to, when executing a service, acquire corresponding service information and service state from the service creation module, acquire corresponding serving information from the serving access module according to serving nodes involved in the obtained corresponding service information executing a service logic, and invoke a corresponding serving; and a service use management module adapted to manage the information of the user using the service and invoke the service execution engine module to execute a corresponding service according to service input parameters and a service execution plan indicated by the user. a service creation module adapted to manage and provide service information and service state; a serving access module adapted to manage and provide the serving needed to consist the service; a service execution engine module adapted to, when executing a service, acquire corresponding service information and service state from the service creation module, acquire corresponding serving information from the serving access module according to serving nodes involved in the obtained corresponding service information executing a service logic, and invoke a corresponding serving; and a service use management module adapted to manage the information of the user using the service and invoke the service execution engine module to execute a corresponding service according to service input parameters and a service execution plan indicated by the user.
A communication method for Robust Header Compression, ROHC, by using an Auto-Repeat reQuest, ARQ, mechanism, comprising: determining, by a transmit end, parameters required for performing ROHC and ARQ through negotiation with a receive end, the transmit end comprising at least a ROHC layer, a lower-layer and an ARQ layer, and the receive end comprising at least a ROHC layer and an ARQ layer, said parameters at least include whether a connection between the transmit end and the receive end use an ARQ mechanism and an ROHC mechanism, wherein if the connection uses the ARQ mechanism and the ROHC mechanism, information as to whether the ARQ uses a buffer mechanism and a buffer window size of the ARQ is used by the ROHC layer of the transmit end to determine a compression algorithm; constructing, by a lower-layer protocol data unit, PDU, constructing entity of the transmit end, a lower-layer PDU that comprises ROHC information and sending the lower-layer PDU to the receive end; and interacting with the receive end to perform ROHC; wherein the constructing, by the lower-layer PDU constructing entity of the transmit end, the lower-layer PDU that comprises the ROHC information comprises: adding an extended sub-header to the lower-layer PDU, wherein the extended sub-header comprises the ROHC information. determining, by a transmit end, parameters required for performing ROHC and ARQ through negotiation with a receive end, the transmit end comprising at least a ROHC layer, a lower-layer and an ARQ layer, and the receive end comprising at least a ROHC layer and an ARQ layer, said parameters at least include whether a connection between the transmit end and the receive end use an ARQ mechanism and an ROHC mechanism, wherein if the connection uses the ARQ mechanism and the ROHC mechanism, information as to whether the ARQ uses a buffer mechanism and a buffer window size of the ARQ is used by the ROHC layer of the transmit end to determine a compression algorithm; constructing, by a lower-layer protocol data unit, PDU, constructing entity of the transmit end, a lower-layer PDU that comprises ROHC information and sending the lower-layer PDU to the receive end; and interacting with the receive end to perform ROHC; wherein the constructing, by the lower-layer PDU constructing entity of the transmit end, the lower-layer PDU that comprises the ROHC information comprises: adding an extended sub-header to the lower-layer PDU, wherein the extended sub-header comprises the ROHC information.
A shelf stable, acidified, dairy and/or dairy-like composition comprising: a dairy and/or dairy-like component; and a stabilizer system comprising a combination of at least carrageenan, pectin, maltodextrin, tapioca and modified corn starches; wherein: the pectin comprises from 0.2% to 1.5% w/w of the composition; the carrageenan comprises from 0.2% to 2.0% w/w of the composition; the tapioca comprises from 1.0% to 4.0% w/w of the composition; the modified corn starch comprises from 1.0% to 4% w/w of the composition; and the maltodextrin comprises from 1.0% to 5.0% w/w of the composition, wherein the composition comprises a dairy-like ingredient selected from the group consisting of nut milk, almond milk, soy milk, coconut milk, rice milk, and combinations thereof. a dairy and/or dairy-like component; and a stabilizer system comprising a combination of at least carrageenan, pectin, maltodextrin, tapioca and modified corn starches; wherein: the pectin comprises from 0.2% to 1.5% w/w of the composition; the carrageenan comprises from 0.2% to 2.0% w/w of the composition; the tapioca comprises from 1.0% to 4.0% w/w of the composition; the modified corn starch comprises from 1.0% to 4% w/w of the composition; and the maltodextrin comprises from 1.0% to 5.0% w/w of the composition, wherein the composition comprises a dairy-like ingredient selected from the group consisting of nut milk, almond milk, soy milk, coconut milk, rice milk, and combinations thereof. the pectin comprises from 0.2% to 1.5% w/w of the composition; the carrageenan comprises from 0.2% to 2.0% w/w of the composition; the tapioca comprises from 1.0% to 4.0% w/w of the composition; the modified corn starch comprises from 1.0% to 4% w/w of the composition; and the maltodextrin comprises from 1.0% to 5.0% w/w of the composition, wherein the composition comprises a dairy-like ingredient selected from the group consisting of nut milk, almond milk, soy milk, coconut milk, rice milk, and combinations thereof.
An apparatus for synthesizing an audio signal, comprising: a processing unit (108, 110, 218) configured to apply a spectral tilt to the code of a codebook (104, 202) used for synthesizing a current frame of the audio signal, wherein the spectral tilt is based on the spectral tilt of the current frame of the audio signal, wherein the apparatus is configured to determine the spectral tilt of the current frame of the audio signal on the basis of spectral envelope information for the current frame of the audio signal, and wherein the processing unit (108, 110, 218) is configured to apply the spectral tilt by filtering the code from the codebook (104, 202) based on a transfer function including the spectral tilt. a processing unit (108, 110, 218) configured to apply a spectral tilt to the code of a codebook (104, 202) used for synthesizing a current frame of the audio signal, wherein the spectral tilt is based on the spectral tilt of the current frame of the audio signal, wherein the apparatus is configured to determine the spectral tilt of the current frame of the audio signal on the basis of spectral envelope information for the current frame of the audio signal, and wherein the processing unit (108, 110, 218) is configured to apply the spectral tilt by filtering the code from the codebook (104, 202) based on a transfer function including the spectral tilt.
Automatic table-top machine for kneading and extruding pasta, comprising a machine body, which includes electric gear motor means having an output shaft (12.1) with horizontal axis, transmission means from said output shaft (12.1) to a driven shaft with axis horizontal and parallel to the axis of said output shaft (12.1) and coaxial to a shaft of a kneading reel (15.1), projecting externally to said machine body in a dough forming tank, having below and parallel to said shaft of the kneading reel (15.1) an extrusion channel, in which there is arranged a worm screw which feeds in the manner of an auger extrusion means for forming pasta, wherein said tank is substantially structured in the manner of a hopper (16.1), having two sloping lateral walls (16.3), opposite and converging at the bottom in said extrusion channel, and two substantially vertical opposite walls, front (16.1) and rear (16.2); characterized in that the worm screw is coaxial with respect to said output shaft (12.1); in that said rear wall (16.2) of said tank is juxtaposed against a vertical wall of said machine body and is structured as an essentially triangular stiffening frame (16.21), comprising an upper horizontal cross-member (16.22), which forms a top edge of said tank, and a pair of essentially "V-shaped" branches (16.23) that form respective edges of said opposite lateral walls (16.3) and of said channel of said tank; in that said peripheral frame (16.21) extends beyond said tank and provides an outer flange (16.24) fixed with respect to said tank; in that said tank is fixed with respect to said machine body through detachable connection means and is supported in a cantilever fashion with respect to said vertical wall of said load-bearing frame; and in that said detachable connection means connect said outer flange (16.24) with respect to said vertical wall of said load-bearing frame.
A sharpener to sharpen the cutting edge of a rotating slicer blade to be positioned on a horizontal top surface of a food carriage of a powered food slicer having a vertical thickness control plate and a generally vertical push bar adjacent to the control plate, said sharpener comprising a supporting structure having a horizontal base for resting on the horizontal top surface of the carriage, a first vertical wall perpendicular to said base for being disposed against the thickness control plate, a second generally vertical wall adjacent to said first wall, said second wall having a surface shaped so as to extend beyond the horizontal base and to make non-planar contact with the push bar, a sharpening disk having a non-planar rotatable abrasive sharpening surface mounted above said base and inwardly of said first wall and said second wall, wherein the abrasive sharpening surface is a section of a truncated cone, said sharpening surface being positioned to contact the cutting edge on one face of the blade to sharpen the cutting edge while the blade cutting edge is free of any structure against the opposite face of the blade directly opposite said sharpening surface during the sharpening, an abrasive surfaced deburring pad selectively movable into contact with the opposite blade face after the blade cutting edge has been sharpened, and said base and said first and second walls permitting said sharpener to be mounted on the slicer without attachment to the slicer during the sharpening and deburring of the slicer blade.
An infrared Fourier transform spectrometer, comprising: an optical structure (22, 25) configured to split received light into two paths; two mirrors (21,23) for reflecting the light in the two paths, wherein at least one mirror is movable to perform a scan; the optical structure (22, 25) being further configured to combine the light reflected by the mirrors (21,23) to form two output beams (26,28); and a first detector at a first output beam, and a second detector at a second output beam, for detecting the light flux at the first and second output beams respectively; each detector having a plurality of pixels; and a processing unit configured to obtain pixel samples from two of the pixels alternately in time and form a time record comprising the pixel samples interleaved in time order, wherein one of the pixels from which pixel samples are obtained alternately in time is in the first detector, and the other of the pixels from which pixel samples are obtained alternately in time is in the second detector, and wherein the processing unit is further configured to Fourier transform the time record to a spectrum. an optical structure (22, 25) configured to split received light into two paths; two mirrors (21,23) for reflecting the light in the two paths, wherein at least one mirror is movable to perform a scan; wherein at least one mirror is movable to perform a scan; the optical structure (22, 25) being further configured to combine the light reflected by the mirrors (21,23) to form two output beams (26,28); and a first detector at a first output beam, and a second detector at a second output beam, for detecting the light flux at the first and second output beams respectively; each detector having a plurality of pixels; and each detector having a plurality of pixels; and a processing unit configured to obtain pixel samples from two of the pixels alternately in time and form a time record comprising the pixel samples interleaved in time order, wherein one of the pixels from which pixel samples are obtained alternately in time is in the first detector, and the other of the pixels from which pixel samples are obtained alternately in time is in the second detector, and wherein the processing unit is further configured to Fourier transform the time record to a spectrum.
Drilling device comprising means for driving a tool-holder in rotation about a first axis, to which tool-holder is fixed a drill bit of axis, said drill bit comprising at least one first cutting edge and one second cutting edge that are inclined in an axial plane of the drill bit so as to confer on said drill bit a protruding conical end form, the first cutting edge being made for the drilling of a first material, characterized in that: - the second cutting edge is made, differently from the first cutting edge, for the drilling of the second material; - the tool-holder can keep the axis of the drill bit on a second axis of said tool-holder parallel to the first axis at an offset distance D from said first axis, said drill bit being fixed to said tool-holder to be driven in rotation at the speed of rotation of said tool-holder; - the tool-holder and the drill bit comprise at least two distinct positions of the first axis with respect to the axis of the drill bit to laterally offset said first axis with respect to said axis of the drill bit in a direction opposite to the first cutting edge into a first position and to laterally offset said first axis with respect to said axis of the drill bit in a direction opposite to the second cutting edge into a second position. - the second cutting edge is made, differently from the first cutting edge, for the drilling of the second material; - the tool-holder can keep the axis of the drill bit on a second axis of said tool-holder parallel to the first axis at an offset distance D from said first axis, said drill bit being fixed to said tool-holder to be driven in rotation at the speed of rotation of said tool-holder; - the tool-holder and the drill bit comprise at least two distinct positions of the first axis with respect to the axis of the drill bit to laterally offset said first axis with respect to said axis of the drill bit in a direction opposite to the first cutting edge into a first position and to laterally offset said first axis with respect to said axis of the drill bit in a direction opposite to the second cutting edge into a second position.
Fryer comprising: - a frying tank adapted to contain a cooking liquid; - a pump adapted to suck from said frying tank, by means of a suction duct, a portion of said cooking liquid and adapted to discharge into said frying tank, by means of a discharge duct, said portion of said cooking liquid; - at least one heater associated with said suction duct and/or said discharge duct and adapted to heat said cooking liquid flowing through said suction duct and/or through said discharge duct, said cooking liquid being heated only by said at least one heater; - at least one mixer associated with said suction duct and/or said discharge duct and adapted to mix said cooking liquid flowing through said suction duct and/or through said discharge duct, said at least one mixer being placed immediately upstream, or immediately downstream, or in correspondence with said at least one heater to improve the heat exchange of said cooking liquid with said at least one heater; - at least one filter for said cooking liquid, said filter being placed downstream of the pump along said discharge duct at a point of said discharge duct. - a frying tank adapted to contain a cooking liquid; - a pump adapted to suck from said frying tank, by means of a suction duct, a portion of said cooking liquid and adapted to discharge into said frying tank, by means of a discharge duct, said portion of said cooking liquid; - at least one heater associated with said suction duct and/or said discharge duct and adapted to heat said cooking liquid flowing through said suction duct and/or through said discharge duct, said cooking liquid being heated only by said at least one heater; - at least one mixer associated with said suction duct and/or said discharge duct and adapted to mix said cooking liquid flowing through said suction duct and/or through said discharge duct, said at least one mixer being placed immediately upstream, or immediately downstream, or in correspondence with said at least one heater to improve the heat exchange of said cooking liquid with said at least one heater; - at least one filter for said cooking liquid, said filter being placed downstream of the pump along said discharge duct at a point of said discharge duct.
Lift installation with cage and counterweight in a shaft, with a drive engine (1, 2, 3, 3', 4, 40) mounted on a crossbeam, which crossbeam is fastened to a respective counterweight guide (9, 9') and to a cage guide (5, 5') and which drive engine includes drive pulleys (3, 3') which by means of a shaft are operatively connected with and driven by a motor, and with at least two adjacent drive means (19, 19') for movement of cage and counterweight, which drive means (19, 19') are driven by the drive pulleys (3, 3'), wherein at least a first one of the drive means is arranged on the left and a second one of the adjacent drive means on the right of a horizontal connector of the cage guides (5, 5'), characterised in that the motor is arranged at an end region of the shaft.
A method for converting content, the method comprising the steps of: receiving (102, 202) a predetermined request signal from an external device; converting, (104, 203) all or a portion of currently browsed content into converted data that can be browsed on the external device, based on information about the external device associated with the received predetermined request signal; and transmitting (107, 206) the converted data to the external device, wherein the information about the external device indicates at least one kind of data that can be browsed on the external device, wherein the method further comprises requesting data associated with the converted data from an external server via a predetermined communication network; receiving the associated data; and transmitting the associated data to the external device along with the converted data. receiving (102, 202) a predetermined request signal from an external device; converting, (104, 203) all or a portion of currently browsed content into converted data that can be browsed on the external device, based on information about the external device associated with the received predetermined request signal; and transmitting (107, 206) the converted data to the external device, wherein the information about the external device indicates at least one kind of data that can be browsed on the external device, wherein the method further comprises requesting data associated with the converted data from an external server via a predetermined communication network; receiving the associated data; and transmitting the associated data to the external device along with the converted data.
A method arranged to synchronize information between a first device and a second device, the method comprising: at the first device including a plurality of processors and memory storing programs for execution by the processors: obtaining one or more labels associated with a set of messages, wherein the one or more obtained labels include a first set of labels associated with a first time-frame and a second set of labels associated with a second time-frame that does not overlap the first time-frame; conducting a first search of the set of messages to identify a first set of messages according to the first set of labels, and conducting a second search of the set of messages to identify a second set of messages according to the second set of labels, wherein the first set of messages is ordered according to a first order, and the second set of messages is ordered according to a second order; and simultaneously synchronizing the first set of messages and the second set of messages between the first device and the second device. at the first device including a plurality of processors and memory storing programs for execution by the processors: obtaining one or more labels associated with a set of messages, wherein the one or more obtained labels include a first set of labels associated with a first time-frame and a second set of labels associated with a second time-frame that does not overlap the first time-frame; conducting a first search of the set of messages to identify a first set of messages according to the first set of labels, and conducting a second search of the set of messages to identify a second set of messages according to the second set of labels, wherein the first set of messages is ordered according to a first order, and the second set of messages is ordered according to a second order; and simultaneously synchronizing the first set of messages and the second set of messages between the first device and the second device. obtaining one or more labels associated with a set of messages, wherein the one or more obtained labels include a first set of labels associated with a first time-frame and a second set of labels associated with a second time-frame that does not overlap the first time-frame; conducting a first search of the set of messages to identify a first set of messages according to the first set of labels, and conducting a second search of the set of messages to identify a second set of messages according to the second set of labels, wherein the first set of messages is ordered according to a first order, and the second set of messages is ordered according to a second order; and simultaneously synchronizing the first set of messages and the second set of messages between the first device and the second device.