mhurhangee/patent-ind-claim-en huggingface dataset:
Thermoplastic moulding composition comprising: A. a polymer matrix A comprising at least one thermoplastic polymer; B. at least one inorganic pigment B selected from mixed metal oxides or mixed metal oxosulfides B1, comprising the metals niobium, tin and zinc; and/or from mixed metal oxides or mixed metal oxosulfides B2, comprising the metals titanium, tin and zinc; C. at least one organic dye C. A. a polymer matrix A comprising at least one thermoplastic polymer; B. at least one inorganic pigment B selected from mixed metal oxides or mixed metal oxosulfides B1, comprising the metals niobium, tin and zinc; and/or from mixed metal oxides or mixed metal oxosulfides B2, comprising the metals titanium, tin and zinc; C. at least one organic dye C.
Method for cleaning a drilling rod contaminated with pollutant, which rod is a Kelly bar composed of at least two tubular Kelly bar elements arranged inside one another, in which method - the Kelly bar is arranged in a vertical position, - a rinsing connection piece with an outlet opening for large-scale overflowing of the Kelly bar with a cleaning fluid is attached to a top side of the Kelly bar and - the Kelly bar with the Kelly bar elements arranged inside one another is rinsed off on inner and outer sides from above with the cleaning fluid, which is supplied via the rinsing connection piece . - the Kelly bar is arranged in a vertical position, - a rinsing connection piece with an outlet opening for large-scale overflowing of the Kelly bar with a cleaning fluid is attached to a top side of the Kelly bar and - the Kelly bar with the Kelly bar elements arranged inside one another is rinsed off on inner and outer sides from above with the cleaning fluid, which is supplied via the rinsing connection piece .
A switched reluctance motor comprising: a rotor part ; a plurality of rotor teeth ; a stator part ; a plurality of stator teeth; wherein one or more of the rotor teeth has one or more flux barriers extended along an axis (X2, X3) parallel to a longitudinal axis (X1) of the one or more of the rotor teeth , wherein all of the one or more flux barriers of the rotor teeth are embedded within the one or more of the rotor teeth , said flux barriers extend non continuously along the entire length of the one or more of the rotor teeth and said flux barriers are not visible externally. a rotor part ; a plurality of rotor teeth ; a stator part ; a plurality of stator teeth; wherein one or more of the rotor teeth has one or more flux barriers extended along an axis (X2, X3) parallel to a longitudinal axis (X1) of the one or more of the rotor teeth , wherein all of the one or more flux barriers of the rotor teeth are embedded within the one or more of the rotor teeth , said flux barriers extend non continuously along the entire length of the one or more of the rotor teeth and said flux barriers are not visible externally.
A method for measuring sulfate in an aqueous sample, comprising: introducing an aqueous sample containing an amount of sulfate to a barium dye complex, thereby creating a solution; adding chitosan to the solution, thereby causing the solution to be clarified; and measuring the amount of sulfate in the aqueous sample by measuring a change in color of the solution, the change in color caused by the barium dye complex mixing with the sulfate. introducing an aqueous sample containing an amount of sulfate to a barium dye complex, thereby creating a solution; adding chitosan to the solution, thereby causing the solution to be clarified; and measuring the amount of sulfate in the aqueous sample by measuring a change in color of the solution, the change in color caused by the barium dye complex mixing with the sulfate.
Portable fat burning analyser for monitoring of the fat burning intensity of a user from the user's breath, the analyser comprising a sampling part , an analysis unit and a processing unit ; wherein the sampling part is equipped for collecting a breath sample from the user, wherein the sampling part is equipped for collecting information on the conditions of the breath sample collection, wherein the sampling part is equipped to provide a sampling signal correlated to the collection condition; wherein the sampling signal is capable of indicating the beginning of the end-tidal portion of the breath sample; wherein the analysis unit is equipped to provide a detection signal corresponding to an acetone presence in the collected breath sample of the end-tidal portion of the breath sample; wherein the processing unit is equipped to receive the sampling signal and/or detection signal and to evaluate the sampling signal and/or the detection signal and to provide an output signal correlated to the fat burning intensity of the user; characterized in that the sampling part and the analysis unit are spatially separated; and wherein the analysis unit is configured to receive the end-tidal breath portion due to triggered guidance upon indication of the beginning of the end-tidal portion of the breath sample by the sampling signal. a sampling part , an analysis unit and a processing unit ; wherein the sampling part is equipped for collecting a breath sample from the user, wherein the sampling part is equipped for collecting information on the conditions of the breath sample collection, wherein the sampling part is equipped to provide a sampling signal correlated to the collection condition; wherein the sampling signal is capable of indicating the beginning of the end-tidal portion of the breath sample; wherein the sampling part is equipped for collecting a breath sample from the user, wherein the sampling part is equipped for collecting information on the conditions of the breath sample collection, wherein the sampling part is equipped to provide a sampling signal correlated to the collection condition; wherein the sampling signal is capable of indicating the beginning of the end-tidal portion of the breath sample; wherein the analysis unit is equipped to provide a detection signal corresponding to an acetone presence in the collected breath sample of the end-tidal portion of the breath sample; wherein the processing unit is equipped to receive the sampling signal and/or detection signal and to evaluate the sampling signal and/or the detection signal and to provide an output signal correlated to the fat burning intensity of the user; to receive the sampling signal and/or detection signal and to evaluate the sampling signal and/or the detection signal and to provide an output signal correlated to the fat burning intensity of the user; characterized in that the sampling part and the analysis unit are spatially separated; and wherein the analysis unit is configured to receive the end-tidal breath portion due to triggered guidance upon indication of the beginning of the end-tidal portion of the breath sample by the sampling signal.
A spectrometer comprising: a plurality of light sources (111, 112; 710, 711) configured to emit light toward a target object; a plurality of wavelength controllers (121, 122; 721) disposed on surfaces of the plurality of light sources and configured to individually adjust a peak wavelength of the plurality of light sources; and a detection unit (130; 730) configured to detect light received from the target object; wherein each of the plurality of wavelength controllers (121, 122; 721) comprises a resistance heating element and/or a thermoelectric element to adjust a temperature of each of the plurality of light sources; and further comprising a spectrometer controller (140; 810) configured to control each of the plurality of light sources (111, 112; 710, 711) to emit light of a preset peak wavelength by adjusting a temperature of each of the plurality of wavelength controllers (121, 122; 721) corresponding to the respective light sources, according to a temperature preset for each of the plurality of light sources; characterized in that the spectrometer controller (140; 810) is configured to control each of the plurality of light sources according to a preset operating condition so that each of the plurality of light sources emits light of a wavelength different from the preset peak wavelength, wherein the preset operating condition comprises a pulse duration of each of the plurality of light sources. a plurality of light sources (111, 112; 710, 711) configured to emit light toward a target object; a plurality of wavelength controllers (121, 122; 721) disposed on surfaces of the plurality of light sources and configured to individually adjust a peak wavelength of the plurality of light sources; and a detection unit (130; 730) configured to detect light received from the target object; wherein each of the plurality of wavelength controllers (121, 122; 721) comprises a resistance heating element and/or a thermoelectric element to adjust a temperature of each of the plurality of light sources; and further comprising a spectrometer controller (140; 810) configured to control each of the plurality of light sources (111, 112; 710, 711) to emit light of a preset peak wavelength by adjusting a temperature of each of the plurality of wavelength controllers (121, 122; 721) corresponding to the respective light sources, according to a temperature preset for each of the plurality of light sources; characterized in that the spectrometer controller (140; 810) is configured to control each of the plurality of light sources according to a preset operating condition so that each of the plurality of light sources emits light of a wavelength different from the preset peak wavelength, wherein the preset operating condition comprises a pulse duration of each of the plurality of light sources.
A method for detecting a location of an Electronic Article Surveillance ("EAS") security tag , comprising: determining a first amplitude of a response signal generated by the EAS security tag and received at a first pedestal , and a second amplitude of the response signal received at a second pedestal spaced apart from the first pedestal ; processing the first and second amplitudes to determine whether the EAS security tag resides within a specified distance range of the first or second pedestal , a detection zone of an EAS detection system , or a backfield of the EAS detection system ; issuing an alarm when the EAS security tag is determined to reside within the specified distance range of the first or second pedestal or the detection zone of the EAS detection system ; and preventing issuance of the alarm when the EAS security tag is determined to reside in the backfield of the EAS detection system ; wherein the processing comprises identifying which of the first and second amplitudes has the highest relative value, wherein the alarm is issued when the highest relative value exceeds a first threshold value. determining a first amplitude of a response signal generated by the EAS security tag and received at a first pedestal , and a second amplitude of the response signal received at a second pedestal spaced apart from the first pedestal ; processing the first and second amplitudes to determine whether the EAS security tag resides within a specified distance range of the first or second pedestal , a detection zone of an EAS detection system , or a backfield of the EAS detection system ; issuing an alarm when the EAS security tag is determined to reside within the specified distance range of the first or second pedestal or the detection zone of the EAS detection system ; and preventing issuance of the alarm when the EAS security tag is determined to reside in the backfield of the EAS detection system ; wherein the processing comprises identifying which of the first and second amplitudes has the highest relative value, wherein the alarm is issued when the highest relative value exceeds a first threshold value.
A computer-implemented method of registration of an anonymous tag having an owner with a location service , wherein the tag is configured to transmit a self identification over a defined distance using a short range wireless protocol, the method comprising: placing a tag within the defined distance from a tag sensor associated with the owner; activating the tag while it is within the defined distance from the tag sensor to initiate transmission of the self identification; receiving the transmitted self identification at the tag sensor to detect the tag; determining that the detected tag is not yet registered with the location service ; and transmitting an identification of the tag and the owner to the location service from the tag sensor to register the tag as belonging to the owner at the location service to limit registration of the tag at the location service , authenticating the tag sensor associated with the owner of the tag with the location service , before the tag is registered with the location service as belonging to the owner, wherein the location service supports geographic location information associated with a movable object to which the tag is attached, characterized in that : activating the tag comprises turning on power to the tag using an actuator that cannot be reset to turn the power to the tag off so that the tag will continue transmission of the self identification until a battery included in the tag is discharged. placing a tag within the defined distance from a tag sensor associated with the owner; activating the tag while it is within the defined distance from the tag sensor to initiate transmission of the self identification; receiving the transmitted self identification at the tag sensor to detect the tag; determining that the detected tag is not yet registered with the location service ; and transmitting an identification of the tag and the owner to the location service from the tag sensor to register the tag as belonging to the owner at the location service to limit registration of the tag at the location service , authenticating the tag sensor associated with the owner of the tag with the location service , before the tag is registered with the location service as belonging to the owner, wherein the location service supports geographic location information associated with a movable object to which the tag is attached, characterized in that : activating the tag comprises turning on power to the tag using an actuator that cannot be reset to turn the power to the tag off so that the tag will continue transmission of the self identification until a battery included in the tag is discharged.
A protection system arranged for forming a protecting barrier along bottom portions of plough bodies of a reversible mouldboard plough in a transport state, characterised in that the protection system comprises at least one cup-formed protection block , and a strap , the at least one protection block is arranged to fit onto a forward point portion of a body of the plough , the strap having end portions connectable to a forward portion of a plough frame and to a plough body structure , the strap , in an active state of the protection system , forming a barrier between the forward portion of a plough frame and a foremost plough body via the slot of the protection block of the foremost plough body to the structure of said plough body , possibly onwards from the protection block of the foremost plough body via the slots of the protection blocks of additional plough bodies (12b-12f) to the structure of a rearmost plough body , forming a barrier along a side of the plough . at least one cup-formed protection block , and a strap , the at least one protection block is arranged to fit onto a forward point portion of a body of the plough , the strap having end portions connectable to a forward portion of a plough frame and to a plough body structure , the strap , in an active state of the protection system , forming a barrier between the forward portion of a plough frame and a foremost plough body via the slot of the protection block of the foremost plough body to the structure of said plough body , possibly onwards from the protection block of the foremost plough body via the slots of the protection blocks of additional plough bodies (12b-12f) to the structure of a rearmost plough body , forming a barrier along a side of the plough .
A car type model comprising: a body (10, 10") formed by a resin; left and right doors to be openably attached to the body (10, 10"); a reinforcing member (20, 20', 20") which is formed of a metal and is to be fixed to an inside of the body (10, 10") ; and a chassis to be fixed to the reinforcing member (20, 20', 20"), characterized in that the reinforcing member (20, 20', 20") has a frame portion (29, 29") to which a bottom portion of the body (10, 10"), positioned under the doors , is to be fixed. a body (10, 10") formed by a resin; left and right doors to be openably attached to the body (10, 10"); a reinforcing member (20, 20', 20") which is formed of a metal and is to be fixed to an inside of the body (10, 10") ; and a chassis to be fixed to the reinforcing member (20, 20', 20"), characterized in that the reinforcing member (20, 20', 20") has a frame portion (29, 29") to which a bottom portion of the body (10, 10"), positioned under the doors , is to be fixed.
A scooter type two-wheeled motor vehicle comprising: an engine unit including an engine with a crankshaft , a speed change mechanism for changing speed of rotation outputted from the crankshaft of the engine , and an output shaft for receiving power from the speed change mechanism , wherein the speed change mechanism has a V-belt type continuously variable transmission ; a first pulley fixed to the output shaft ; a second pulley connected to a drive wheel ; a toothed belt extending between and wound around the first pulley and the second pulley for transmitting power from the output shaft to the drive wheel ; and a swing arm for supporting the drive wheel to be swingable about the output shaft , wherein the speed change mechanism is the V-belt type continuously variable transmission having a drive shaft , a driven shaft and the V-belt , the speed change mechanism has a gear reduction mechanism for decelerating output from the V-belt type continuously variable transmission , the first pulley is equal in diameter to a gear of the reduction mechanism fixed to the output shaft ; the engine unit has a clutch mechanism disposed coaxially with the driven shaft , and the gear reduction mechanism disposed between the continuously variable transmission and the clutch mechanism ; and output from the continuously variable transmission is transmitted to the output shaft through the clutch mechanism and the gear reduction mechanism . an engine unit including an engine with a crankshaft , a speed change mechanism for changing speed of rotation outputted from the crankshaft of the engine , and an output shaft for receiving power from the speed change mechanism , wherein the speed change mechanism has a V-belt type continuously variable transmission ; a first pulley fixed to the output shaft ; a second pulley connected to a drive wheel ; a toothed belt extending between and wound around the first pulley and the second pulley for transmitting power from the output shaft to the drive wheel ; and a swing arm for supporting the drive wheel to be swingable about the output shaft , wherein the speed change mechanism is the V-belt type continuously variable transmission having a drive shaft , a driven shaft and the V-belt , the speed change mechanism has a gear reduction mechanism for decelerating output from the V-belt type continuously variable transmission , the first pulley is equal in diameter to a gear of the reduction mechanism fixed to the output shaft ; the engine unit has a clutch mechanism disposed coaxially with the driven shaft , and the gear reduction mechanism disposed between the continuously variable transmission and the clutch mechanism ; and output from the continuously variable transmission is transmitted to the output shaft through the clutch mechanism and the gear reduction mechanism .
A tibial baseplate configured for implantation upon a patient's proximal tibia (T), the tibial baseplate comprising: a medial compartment ; a lateral compartment opposite the medial compartment; a proximal surface ; a distal surface opposite the proximal surface, the distal surface sized and shaped to substantially cover the patient's proximal tibia; an outer periphery cooperatively defined by an anterior face , a medial face , a lateral face , and at least one posterior face ; at most one medial fixation peg associated with the medial compartment , the medial fixation peg extending distally from the distal surface and positioned for implantation into the patient's proximal tibia; and at most one lateral fixation peg associated with the lateral compartment , the lateral fixation peg extending distally from the distal surface and positioned for implantation into the patient's proximal tibia, the lateral fixation peg being located closer to the anterior face than the medial fixation peg wherein the anterior face has a flat portion disposed between the medial and lateral compartments and in that the tibial baseplate further comprises an anterior-posterior axis (A H ) that bisects a posterior cutout formed in the at least one posterior face of the tibial baseplate, characterised in that the anterior-posterior axis bisects the flat portion of the anterior face. a medial compartment ; a lateral compartment opposite the medial compartment; a proximal surface ; a distal surface opposite the proximal surface, the distal surface sized and shaped to substantially cover the patient's proximal tibia; an outer periphery cooperatively defined by an anterior face , a medial face , a lateral face , and at least one posterior face ; at most one medial fixation peg associated with the medial compartment , the medial fixation peg extending distally from the distal surface and positioned for implantation into the patient's proximal tibia; and at most one lateral fixation peg associated with the lateral compartment , the lateral fixation peg extending distally from the distal surface and positioned for implantation into the patient's proximal tibia, the lateral fixation peg being located closer to the anterior face than the medial fixation peg wherein the anterior face has a flat portion disposed between the medial and lateral compartments and in that the tibial baseplate further comprises an anterior-posterior axis (A H ) that bisects a posterior cutout formed in the at least one posterior face of the tibial baseplate, characterised in that the anterior-posterior axis bisects the flat portion of the anterior face.
A bonding device for bonding semiconductor devices to a substrate , the bonding device comprising: - a temperature probe comprising a first surface , wherein - the first surface is configured to contact a surface of the substrate to measure a temperature of the surface of the substrate , and - the first surface comprises a pattern configured to change its shape according to the temperature of the surface of the substrate , wherein dimensions of the first surface are larger than dimensions of a predefined part of the surface of the substrate , wherein the first surface is configured to directly contact the predefined part of the surface of the substrate to measure a temperature of the predefined part of the surface of the substrate , wherein the predefined part is a part of the surface of the substrate , which is heated by a heating source, wherein the pattern comprised by the first surface is a regular geometrical pattern. - a temperature probe comprising a first surface , wherein - the first surface is configured to contact a surface of the substrate to measure a temperature of the surface of the substrate , and - the first surface comprises a pattern configured to change its shape according to the temperature of the surface of the substrate ,