mhurhangee/ep-ind-claims huggingface dataset:
Dough processing apparatus, comprising: a rolling assembly for rolling a dough which is feedable to the rolling assembly, and preferably a cutting assembly for cutting the dough, wherein the cutting assembly is integrated in the rolling assembly, and wherein the cutting assembly includes a plurality of cutting elements arranged distanced from each other such that the dough is cut into strips when the dough is conveyed through the dough processing apparatus in conveying direction, wherein the rolling assembly includes at least two pairs of rolling rollers through which the dough passes one after another during processing and which convey the dough in a conveying direction, characterized in that the circumference of the rolling rollers and/or a drive which drives the rolling rollers are or is designed such that a pair of rolling rollers following in the conveying direction of the dough causes a higher conveying speed of the dough than the pair of rolling rollers preceding this pair. a rolling assembly for rolling a dough which is feedable to the rolling assembly, and preferably a cutting assembly for cutting the dough, wherein the cutting assembly is integrated in the rolling assembly, and wherein the cutting assembly includes a plurality of cutting elements arranged distanced from each other such that the dough is cut into strips when the dough is conveyed through the dough processing apparatus in conveying direction, wherein the rolling assembly includes at least two pairs of rolling rollers through which the dough passes one after another during processing and which convey the dough in a conveying direction, characterized in that the circumference of the rolling rollers and/or a drive which drives the rolling rollers are or is designed such that a pair of rolling rollers following in the conveying direction of the dough causes a higher conveying speed of the dough than the pair of rolling rollers preceding this pair.
A surface cleaning apparatus for cleaning a surface including: a housing supporting: a suction source; a dirt separation device having an elongate axis including: a separator for separating dirt from dirt-laden air; and a dirt collection chamber for receiving separated dirt; a passage member for transporting dirt-laden air to the dirt separation device, the passage member having an elongate axis; a user graspable handle (20, 21) having an elongate axis; a coupling device moveable between a first position in which the coupling device inhibits release of the dirt separation device from the housing and a second position in which the coupling device permits release of the dirt separation device from the housing; and an actuator member for effecting movement of the coupling device between its first and second positions, wherein the elongate axis of the passage member and the elongate axis of the user graspable handle (20, 21) lie in a plane, and the elongate axis of the dirt separation device intersects the plane, and wherein the actuator includes a user graspable portion positioned on the dirt separation device and includes a user graspable member positioned on the dirt separation device, and wherein the user graspable member and user graspable portion of the actuator member are positioned to permit a user to handle the dirt separation device by grasping both the user graspable member and the actuator member with one hand. a housing supporting: a suction source; a dirt separation device having an elongate axis including: a separator for separating dirt from dirt-laden air; and a dirt collection chamber for receiving separated dirt; a passage member for transporting dirt-laden air to the dirt separation device, the passage member having an elongate axis; a suction source; a dirt separation device having an elongate axis including: a separator for separating dirt from dirt-laden air; and a dirt collection chamber for receiving separated dirt; a separator for separating dirt from dirt-laden air; and a dirt collection chamber for receiving separated dirt; a passage member for transporting dirt-laden air to the dirt separation device, the passage member having an elongate axis; a user graspable handle (20, 21) having an elongate axis; a coupling device moveable between a first position in which the coupling device inhibits release of the dirt separation device from the housing and a second position in which the coupling device permits release of the dirt separation device from the housing; and an actuator member for effecting movement of the coupling device between its first and second positions,
Method, carried out by a global or regional navigation satellite system receiver, hereinafter abbreviated as NSS receiver, or by a NSS receiver and a processing entity connected to the NSS receiver, to estimate parameters derived at least from NSS signal and which are useful to determine a position, the method comprising observing a NSS signal from each of a plurality of NSS satellites; receiving correction information, hereinafter referred to as "satellite-specific-nadir-angle-dependent-correction-information", associated with each of at least two NSS satellites among the plurality of NSS satellites, wherein the satellite-specific-nadir-angle-dependent-correction-information associated with a NSS satellite is useful to correct the observed NSS signals from the NSS satellite; and the satellite-specific-nadir-angle-dependent-correction-information associated with a NSS satellite comprises satellite-specific, pseudorange correction information depending on the nadir angle of a receiver as seen from the NSS satellite, so as to mitigate the effects of satellite-specific, nadir-angle dependent pseudorange biases in the NSS signals from the NSS satellite; and processing the observed NSS signals from the plurality of NSS satellites by using the satellite-specific-nadir-angle-dependent-correction-information. observing a NSS signal from each of a plurality of NSS satellites; receiving correction information, hereinafter referred to as "satellite-specific-nadir-angle-dependent-correction-information", associated with each of at least two NSS satellites among the plurality of NSS satellites, wherein the satellite-specific-nadir-angle-dependent-correction-information associated with a NSS satellite is useful to correct the observed NSS signals from the NSS satellite; and the satellite-specific-nadir-angle-dependent-correction-information associated with a NSS satellite comprises satellite-specific, pseudorange correction information depending on the nadir angle of a receiver as seen from the NSS satellite, so as to mitigate the effects of satellite-specific, nadir-angle dependent pseudorange biases in the NSS signals from the NSS satellite; and the satellite-specific-nadir-angle-dependent-correction-information associated with a NSS satellite is useful to correct the observed NSS signals from the NSS satellite; and the satellite-specific-nadir-angle-dependent-correction-information associated with a NSS satellite comprises satellite-specific, pseudorange correction information depending on the nadir angle of a receiver as seen from the NSS satellite, so as to mitigate the effects of satellite-specific, nadir-angle dependent pseudorange biases in the NSS signals from the NSS satellite; and processing the observed NSS signals from the plurality of NSS satellites by using the satellite-specific-nadir-angle-dependent-correction-information.
A cutting head configured to rotate about an axis to remove material from a workpiece, the cutting head comprising: a base surface; a side region connected to said base surface; a top region connected to said side region and defining a central area and a periphery; and top teeth disposed on said top region, wherein each said top tooth defines a spoke axis, said top teeth having cutting edges configured to contact said workpiece to remove said material, each said cutting edge extending from said central area towards said periphery and including an axially extending peak portion, wherein each said cutting edge includes a leading face facing a direction of rotation of said cutting head and a trailing face, said leading face including a flat zone parallel to said spoke axis and an undercut face below said flat zone, wherein said flat zone is disposed at a first non-zero angle relative to a reference plane parallel to said axis of rotation of said cutting head, wherein said flat zone angle is configured such that a bottom of said flat zone lags a top of said flat zone in said direction of rotation of said cutting head, wherein said undercut face is disposed at a second non-zero angle relative to said reference plane. a base surface; a side region connected to said base surface; a top region connected to said side region and defining a central area and a periphery; and top teeth disposed on said top region, wherein each said top tooth defines a spoke axis, said top teeth having cutting edges configured to contact said workpiece to remove said material, each said cutting edge extending from said central area towards said periphery and including an axially extending peak portion, wherein each said cutting edge includes a leading face facing a direction of rotation of said cutting head and a trailing face, said leading face including a flat zone parallel to said spoke axis and an undercut face below said flat zone, wherein said flat zone is disposed at a first non-zero angle relative to a reference plane parallel to said axis of rotation of said cutting head, wherein said flat zone angle is configured such that a bottom of said flat zone lags a top of said flat zone in said direction of rotation of said cutting head, wherein said undercut face is disposed at a second non-zero angle relative to said reference plane.
A control circuit which is configured to apply a voltage having a periodic curve, the periodic duration of which is fixed by a control frequency, to a piezoelectric transformer, wherein the control circuit has an inductor and a control unit, and wherein the control unit is configured to adjust the control frequency of the applied voltage as a function of an average current intensity of a current flowing through the inductor, characterised in that the control unit is configured to increase the control frequency if the average current intensity exceeds a predetermined target value and wherein the control unit is configured to reduce the control frequency if the average current intensity falls below the predetermined target value.
A computer system for providing content, comprising: one or more processors operative to execute instructions; an operative connection to a plurality of databases (1401, 1402, 1403, 1404, 1405, 1406, 1407, 1409, 1410): non-transitory memory operatively coupled to at least one of the processors including computer executable instructions; the one or more processors programmed at least to, when the program memory instructions are executed by the processors, obtain a signature sample of primary media content; compare the signature sample of the primary media content against a signature database to identify at least one or more segments associated with the signature; select a particular segment of the primary media content; identify context data for the particular segment; search a graph of relationships between the context data for the primary media content and context data of other digital content; select a fact concerning the other digital content based on a relevance factor; and provide the fact to a content display device. one or more processors operative to execute instructions; an operative connection to a plurality of databases (1401, 1402, 1403, 1404, 1405, 1406, 1407, 1409, 1410): non-transitory memory operatively coupled to at least one of the processors including computer executable instructions; the one or more processors programmed at least to, when the program memory instructions are executed by the processors, obtain a signature sample of primary media content; compare the signature sample of the primary media content against a signature database to identify at least one or more segments associated with the signature; select a particular segment of the primary media content; identify context data for the particular segment; search a graph of relationships between the context data for the primary media content and context data of other digital content; select a fact concerning the other digital content based on a relevance factor; and provide the fact to a content display device. obtain a signature sample of primary media content; compare the signature sample of the primary media content against a signature database to identify at least one or more segments associated with the signature; select a particular segment of the primary media content; identify context data for the particular segment; search a graph of relationships between the context data for the primary media content and context data of other digital content; select a fact concerning the other digital content based on a relevance factor; and provide the fact to a content display device.
Device for butt joining two long parts (101 and 102) having a common axis X, comprising: - a body which extends along an axis x; the body being hollow so as to define an axial cavity having a side wall, a first end face and a second end face; - a first enlarged portion situated at a first end of the body, the first enlarged portion defining a first bottom abutment and a first top abutment; - a second enlarged portion situated at a second end of the body, the second enlarged portion defining a second bottom abutment and a second top abutment; - at least one piston comprising a front surface and a stem, the piston being housed inside the axial cavity so as to define inside the axial cavity a chamber suitable for being pressurized and the stem making contact against an end face (31, 32) of the axial cavity; and - means for introducing/removing a pressurized fluid into/from inside the chamber. - a body which extends along an axis x; the body being hollow so as to define an axial cavity having a side wall, a first end face and a second end face; - a first enlarged portion situated at a first end of the body, the first enlarged portion defining a first bottom abutment and a first top abutment; - a second enlarged portion situated at a second end of the body, the second enlarged portion defining a second bottom abutment and a second top abutment; - at least one piston comprising a front surface and a stem, the piston being housed inside the axial cavity so as to define inside the axial cavity a chamber suitable for being pressurized and the stem making contact against an end face (31, 32) of the axial cavity; and - means for introducing/removing a pressurized fluid into/from inside the chamber.
A cylindrical secondary battery including a cap assembly constructed in a structure in which a vent, which intercepts electric current and discharges pressurized gas when the interior pressure of the battery is increased due to abnormal operation of the battery, is in contact with a top cap having a protruding central part, wherein the end of the vent is bent to surround the outer circumferential surface of the top cap, and a groove for preventing the leakage of an electrolyte and preventing the occurrence of defectiveness of the battery during the assembly of the battery is formed at interfaces between the vent and the top cap such that the groove is continuously arranged in parallel with the outer circumferential surface of the top cap.
A multifunctional calibration device for characterizing luminescence measurement systems, and in particular spectrally resolving, wide-field and/or confocal imaging systems, comprising: (a) a baseplate; (b) at least one calibration module, which is arranged on the baseplate and includes at least one calibration and/or characterization function; (c) at least one focusing device, which is arranged on the baseplate and comprises a highly planar, reflective and/or luminescent focusing surface for setting a defined measuring beam focus of the luminescence measurement systems to be calibrated, the focusing surface being arranged in one plane with a surface of the at least one calibration module and having a roughness below the optical resolution of the luminescence measurement system to be calibrated; and (d) a calibration module for determining the spatial resolution in the x, y and z directions, comprising a reflective and/or fluorescent inclined plane, the baseplate comprising receptacles for the at least one calibration module including the calibration and/or characterization function and the calibration module for determining the spatial resolution in the x, y and z directions, so that the multifunctional calibration device can be designed in keeping with individual requirements. (a) a baseplate; (b) at least one calibration module, which is arranged on the baseplate and includes at least one calibration and/or characterization function; (c) at least one focusing device, which is arranged on the baseplate and comprises a highly planar, reflective and/or luminescent focusing surface for setting a defined measuring beam focus of the luminescence measurement systems to be calibrated, the focusing surface being arranged in one plane with a surface of the at least one calibration module and having a roughness below the optical resolution of the luminescence measurement system to be calibrated; and (d) a calibration module for determining the spatial resolution in the x, y and z directions, comprising a reflective and/or fluorescent inclined plane,
An applicator for applying a gel-like cleaning agent to a surface, wherein the applicator has the following: - a body for receiving the cleaning agent, wherein the body has, at a first end, at least one outlet opening for the cleaning agent; - a plunger for pressing the cleaning agent out through the at least one outlet opening, wherein the plunger comprises a plunger base and a plunger handle, wherein the plunger base can be pressed into the body from a second end of the body opposite the first end in order to press out the cleaning agent, and wherein the plunger handle has a handle surface that has at least one anti-slip structure, wherein the at least one anti-slip structure is formed as a hole through the plunger handle and wherein the hole is circular, wherein the plunger handle is disk-shaped and wherein the disk-shaped plunger handle is directed in a direction of movement of the plunger, and wherein the body has, at its first end, a number of spacers for placing onto the surface to be provided with the cleaning agent. - a body for receiving the cleaning agent, wherein the body has, at a first end, at least one outlet opening for the cleaning agent; - a plunger for pressing the cleaning agent out through the at least one outlet opening, wherein the plunger comprises a plunger base and a plunger handle, wherein the plunger base can be pressed into the body from a second end of the body opposite the first end in order to press out the cleaning agent, and wherein the plunger handle has a handle surface that has at least one anti-slip structure, wherein the at least one anti-slip structure is formed as a hole through the plunger handle and wherein the hole is circular, wherein the plunger handle is disk-shaped and wherein the disk-shaped plunger handle is directed in a direction of movement of the plunger, and wherein the body has, at its first end, a number of spacers for placing onto the surface to be provided with the cleaning agent. wherein the at least one anti-slip structure is formed as a hole through the plunger handle and wherein the hole is circular, wherein the plunger handle is disk-shaped and wherein the disk-shaped plunger handle is directed in a direction of movement of the plunger, and wherein the body has, at its first end, a number of spacers for placing onto the surface to be provided with the cleaning agent.
An ice making system for a refrigerator, the ice making system comprising: an ice making unit configured to make ice cubes in a refrigerator compartment door; a cool air producing unit which includes a cooling duct through which air flows and is located in a refrigerator body to produce cool air; a connection unit configured to connect the ice making unit with the cooling duct in response to the closure of the refrigerator compartment door onto the refrigerator body; and a cool air circulation unit configured to supply the cool air from the cool air producing unit to the ice making unit and discharge the cool air from the ice making unit to the cool air producing unit, wherein the cool air producing unit further includes an evaporation coil through which a refrigerant flows, wherein the connection unit includes: a hollow sealing gasket protruding from the refrigerator compartment door such that the sealing gasket communicates with an ice making space of the ice making unit characterized in that the evaporation coil is wound around the cooling duct to cool the air flowing through the cooling duct by a heat exchange operation between the air and the refrigerant, and that the connection unit includes: a cool air depression provided on the refrigerator body by being depressed such that the sealing gasket is inserted into the cool air depression. an ice making unit configured to make ice cubes in a refrigerator compartment door; a cool air producing unit which includes a cooling duct through which air flows and is located in a refrigerator body to produce cool air; a connection unit configured to connect the ice making unit with the cooling duct in response to the closure of the refrigerator compartment door onto the refrigerator body; and a cool air circulation unit configured to supply the cool air from the cool air producing unit to the ice making unit and discharge the cool air from the ice making unit to the cool air producing unit, wherein the cool air producing unit further includes an evaporation coil through which a refrigerant flows, a hollow sealing gasket protruding from the refrigerator compartment door such that the sealing gasket communicates with an ice making space of the ice making unit characterized in that the evaporation coil is wound around the cooling duct to cool the air flowing through the cooling duct by a heat exchange operation between the air and the refrigerant, and that the connection unit includes: a cool air depression provided on the refrigerator body by being depressed such that the sealing gasket is inserted into the cool air depression.
Wire feeding system for feeding wire, in particular welding wire, from a wire storage to a welding or a spraying torch connected to and supplied by a front pulling wire feeder, the wire feeding system comprising the front pulling wire feeder, a rear booster wire feeder and a control unit associated with the rear booster wire feeder, characterized in that the rear booster wire feeder having at least two different modes of operation between which it is able to be switched, under the control of the control unit: a pre-tension mode in which a first feeding force is applied to the wire which is directed towards the point where the wire is deposited at the torch and in which no pulling force exerted from outside the rear booster wire feeder is provided, and a transport mode in which a second feeding force directed towards the point where the wire is deposited at the torch and being higher than the first feeding force is exerted to the wire. a pre-tension mode in which a first feeding force is applied to the wire which is directed towards the point where the wire is deposited at the torch and in which no pulling force exerted from outside the rear booster wire feeder is provided, and a transport mode in which a second feeding force directed towards the point where the wire is deposited at the torch and being higher than the first feeding force is exerted to the wire.