mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a hairspring or a hairspring blank arranged to form a hairspring, the hairspring required to have at least one predetermined resonance frequency, the control method including the following steps: a. applying to the hairspring alone or to the hairspring blank alone a vibrational excitation varying over time to cover a predetermined frequency range, b. identifying at least one characteristic of a resonance frequency, such as a resonance peak, of the hairspring or of the hairspring blank during the vibrational excitation over the predetermined frequency range, c. submitting to a prediction machine the resonance frequency characteristic identified in step b. to determine a stiffness of the hairspring or of the hairspring blank and/or to determine whether a dimensional correction of the hairspring alone or of the hairspring blank alone is necessary to obtain the predetermined resonance frequency. a. applying to the hairspring alone or to the hairspring blank alone a vibrational excitation varying over time to cover a predetermined frequency range, b. identifying at least one characteristic of a resonance frequency, such as a resonance peak, of the hairspring or of the hairspring blank during the vibrational excitation over the predetermined frequency range, c. submitting to a prediction machine the resonance frequency characteristic identified in step b. to determine a stiffness of the hairspring or of the hairspring blank and/or to determine whether a dimensional correction of the hairspring alone or of the hairspring blank alone is necessary to obtain the predetermined resonance frequency.
A method for determining a target geometry (S) of a track to correct the geometry of the track , with an actual geometry (I) of the track being detected first on a track section by means of a measuring system and with a calculation of the target geometry (S) on the basis of the actual geometry (I) being carried out afterwards by means of a computing unit , characterised in that actual position points of the track are detected along the track section by means of a position detection system , and that at least one actual position point is given to the computing unit as a point of restraint , and that the target geometry (S) is calculated by means of the computing unit in such a way that the target geometry (S) is adapted to the actual geometry (I) as a sequence of geometric track alignment design elements and is placed through the preset point of restraint .
A device for casting cast parts according to the permanent mold method, comprising: - a pivotable holding element for receiving a permanent mold , - a furnace which can be connected to a low-pressure permanent mold in such a manner that a melting charge can be supplied to the low-pressure permanent mold according to the low-pressure method, and - a melting charge supply equipment which is able to supply a melting charge to a gravitation permanent mold , wherein the gravitation permanent mold can be arranged on the holding element , and wherein the gravitation permanent mold comprises a pouring basin which is used for receiving the melting charge and is a portion of the permanent mold open towards the top, wherein the melting charge flows from the pouring basin into the mold cavity of the permanent mold by rotating the permanent mold about a predetermined axis of rotation and/or the gravitation permanent mold has its upper area provided with a pouring basin which is a trough- or gutter-like element open towards the top, and the pouring basin can be filled with the melting charge. - a pivotable holding element for receiving a permanent mold , - a furnace which can be connected to a low-pressure permanent mold in such a manner that a melting charge can be supplied to the low-pressure permanent mold according to the low-pressure method, and - a melting charge supply equipment which is able to supply a melting charge to a gravitation permanent mold , wherein the gravitation permanent mold can be arranged on the holding element , and wherein the gravitation permanent mold comprises a pouring basin which is used for receiving the melting charge and is a portion of the permanent mold open towards the top, wherein the melting charge flows from the pouring basin into the mold cavity of the permanent mold by rotating the permanent mold about a predetermined axis of rotation and/or the gravitation permanent mold has its upper area provided with a pouring basin which is a trough- or gutter-like element open towards the top, and the pouring basin can be filled with the melting charge.
Docking station for skin care device , said device comprising a body and an accessory , the body comprising an electric motor connected to a battery, the body being able to evolve between a work configuration wherein the accessory is fastened on the body , so as to be moved by the electric motor, and a rest position, wherein the accessory is independent from the body , the docking station comprising a charging area of the skin care device designed to engage with the body so as to recharge the battery, a disinfection area of the accessory designed to engage with the accessory , so as to disinfect the accessory , characterized in that said charging area and disinfection area are distinct from one another, and in that the docking station comprises a blocking device , designed to prevent the body from engaging with the charging area if the body is in operating configuration.
An apparatus for providing power to a down-hole pulsed power system for an electrocrushing or electrohydraulic drill, said apparatus comprising: an above-ground power supply ; a down-hole electrocrushing or electrohydraulic pulsed power system comprising one or more capacitors which are directly charged from said power supply ; and a cable directly connected to said above-ground power supply and said down-hole pulsed power system; wherein said power supply comprises a DC power supply and wherein said apparatus comprises a separate second cable for monitoring the capacitor voltage to control the end state voltage and wherein said apparatus further comprises a high voltage probe for monitoring the capacitor voltage, said probe located in the down-hole and transmitting control signals to the surface via said separate second cable. an above-ground power supply ; a down-hole electrocrushing or electrohydraulic pulsed power system comprising one or more capacitors which are directly charged from said power supply ; and a cable directly connected to said above-ground power supply and said down-hole pulsed power system;
An air terminal for a heating or air conditioning system comprising: a housing : a fresh air inlet in the housing to supply a fresh airflow to the air terminal; an outlet diffuser disposed at the housing to allow airflow from the air terminal into a conditioned space; an inlet diffuser disposed at the housing to allow return airflow from the conditioned space into the air terminal; a coil disposed in the housing through which a heat transfer medium is flowable to condition the fresh airflow and/or the return airflow prior to flowing through the outlet diffuser into the conditioned space; and a fan disposed in the housing to urge return airflow through the inlet diffuser and across the coil, the air terminal characterised in that the fan and the inlet diffuser are disposed at a first side of the coil and the outlet diffuser and the fresh air inlet are disposed at a second side of the coil opposite the first side. a fresh air inlet in the housing to supply a fresh airflow to the air terminal; an outlet diffuser disposed at the housing to allow airflow from the air terminal into a conditioned space; an inlet diffuser disposed at the housing to allow return airflow from the conditioned space into the air terminal; a coil disposed in the housing through which a heat transfer medium is flowable to condition the fresh airflow and/or the return airflow prior to flowing through the outlet diffuser into the conditioned space; and a fan disposed in the housing to urge return airflow through the inlet diffuser and across the coil, the air terminal characterised in that the fan and the inlet diffuser are disposed at a first side of the coil and the outlet diffuser and the fresh air inlet are disposed at a second side of the coil opposite the first side.
An apparatus , comprising: a transceiver configured to communicate in a first frequency range for cellular communication ; a near-field communication device configured to communicate in a second frequency range, wherein the first frequency range is different than the second frequency range; circuitry coupled with the transceiver and the near-field communication device , the circuitry to: detect a resonant signal in response to a transmission in the first frequency range for cellular communication, the resonant signal to indicate presence of a contactless card; enable the near-field communication device based on the detection of the resonant signal; and cause the near-field communication device to communicate with the contactless card in the second frequency range . a transceiver configured to communicate in a first frequency range for cellular communication ; a near-field communication device configured to communicate in a second frequency range, wherein the first frequency range is different than the second frequency range; circuitry coupled with the transceiver and the near-field communication device , the circuitry to: detect a resonant signal in response to a transmission in the first frequency range for cellular communication, the resonant signal to indicate presence of a contactless card; enable the near-field communication device based on the detection of the resonant signal; and cause the near-field communication device to communicate with the contactless card in the second frequency range . detect a resonant signal in response to a transmission in the first frequency range for cellular communication, the resonant signal to indicate presence of a contactless card; enable the near-field communication device based on the detection of the resonant signal; and cause the near-field communication device to communicate with the contactless card in the second frequency range .
A method to determine the position and/or orientation and/or shape of at least one coil of an RF coil device for an MR imaging system or a hybrid MR-PET imaging system , the RF coil device having at least one RF coil , the RF coil device further comprising a housing for the at least one RF coil , wherein the RF coil device has a marker arrangement comprising a plurality of electromagnetic radiation markers disposed at the outer surface of the housing , wherein the electromagnetic radiation markers are adapted to emit electromagnetic radiation within the ultraviolet, visible, infrared (IR) and/or Terahertz spectrum, wherein the marker arrangement comprises at least one electromagnetic radiation source adapted to emit electromagnetic radiation, wherein the marker arrangement comprises at least one electromagnetic radiation guide to distribute the electromagnetic radiation from the at least one electromagnetic radiation source to the electromagnetic radiation markers , wherein the method comprises the steps: - positioning the RF coil device on a patient table of an MR imaging system or a MR hybrid MR-PET imaging system ; - detecting the electromagnetic radiation emitted from the plurality of electromagnetic radiation markers on the outer surface of the housing of the RF coil device by means of an electromagnetic radiation detector ; - determining the position and/or orientation and/or shape of the at least one coil of the RF coil device using the detected electromagnetic radiation. - positioning the RF coil device on a patient table of an MR imaging system or a MR hybrid MR-PET imaging system ; - detecting the electromagnetic radiation emitted from the plurality of electromagnetic radiation markers on the outer surface of the housing of the RF coil device by means of an electromagnetic radiation detector ; - determining the position and/or orientation and/or shape of the at least one coil of the RF coil device using the detected electromagnetic radiation.
A finger spray pump for spraying a medium (M), comprising a finger-actuated pump head moveable relative to a pump housing between a spraying position and in initial position, wherein the pump housing has a guide portion , further comprising an outlet nozzle, a pump chamber , wherein the pump chamber has an inlet valve (E) and an outlet valve (A), a piston rod , a pump piston , a first spring acting between the piston rod and the pump piston , and a second spring acting between the piston rod and the pump housing, wherein the pump piston is further movable relative to the piston rod to a limited extent between a sealed position and an open position, to form the outlet valve (A), wherein the pump piston in the sealed position lies on a sealing extension of the piston rod and in the open position allows a medium passage between the sealing extension and the pump piston , wherein the pump piston is further supported in the sealed position as well as in the open position on two areas of an outer surface of the piston rod , which are axially spaced apart, characterized in that the piston rod consists of a central piston rod portion and an outer piston rod cylinder portion , and that the piston rod cylinder portion has, on its piston-side end, a taper , which further on the end side transitions into a support shoulder again, which further extends radially in relation to the taper and that the taper is assigned to a radially inner shoulder of the pump piston , which, in the spray position, comes to lie on an edge of the taper on the spray head-side.
Stereolithography apparatus , comprising: a light source for emitting light to cure a photocurable material ; a sensor for determining an actual value of the light intensity of the emitted light; and a control unit for adjusting the electric current through the light source until the actual value of the light intensity reaches a predetermined target value; wherein the stereolithography apparatus is adapted to redirect the light from the light source to the sensor via a digital mirror device which serves to project a light pattern onto the light-curing material , and wherein the stereolithography apparatus is adapted to couple out the light only for a certain predefined period of time during a calibration process, so that the sensor is exposed to illumination only during this period of time. a light source for emitting light to cure a photocurable material ; a sensor for determining an actual value of the light intensity of the emitted light; and a control unit for adjusting the electric current through the light source until the actual value of the light intensity reaches a predetermined target value; wherein the stereolithography apparatus is adapted to redirect the light from the light source to the sensor via a digital mirror device which serves to project a light pattern onto the light-curing material , and wherein the stereolithography apparatus is adapted to couple out the light only for a certain predefined period of time during a calibration process, so that the sensor is exposed to illumination only during this period of time.
An interference cancellation relay device , comprising: an interference cancellation unit cancelling an interference signal from an input signal and outputting the input signal from which the interference signal is cancelled; a gain control unit controlling a gain of an output signal of the interference cancellation unit; and a pre-distortion unit distorting the output signal of the interference cancellation unit, of which the gain is controlled by the gain control unit, characterized in that the gain control unit includes: a measurement unit including a detection unit detecting a reference signal from the output signal of the interference cancellation unit , and a calculation unit measuring an intensity of the detected reference signal, wherein the reference signal is a signal having a predetermined intensity regardless of fluctuation of a data amount included in the input signal and distinguished from a data signal in the input signal; and a control unit controlling the gain of the output signal of the interference cancellation unit based on the measured intensity of the detected reference signal. an interference cancellation unit cancelling an interference signal from an input signal and outputting the input signal from which the interference signal is cancelled; a gain control unit controlling a gain of an output signal of the interference cancellation unit; and a pre-distortion unit distorting the output signal of the interference cancellation unit, of which the gain is controlled by the gain control unit, characterized in that the gain control unit includes: a measurement unit including a detection unit detecting a reference signal from the output signal of the interference cancellation unit , and a calculation unit measuring an intensity of the detected reference signal, wherein the reference signal is a signal having a predetermined intensity regardless of fluctuation of a data amount included in the input signal and distinguished from a data signal in the input signal; and a control unit controlling the gain of the output signal of the interference cancellation unit based on the measured intensity of the detected reference signal. a measurement unit including a detection unit detecting a reference signal from the output signal of the interference cancellation unit , and a calculation unit measuring an intensity of the detected reference signal, wherein the reference signal is a signal having a predetermined intensity regardless of fluctuation of a data amount included in the input signal and distinguished from a data signal in the input signal; and a control unit controlling the gain of the output signal of the interference cancellation unit based on the measured intensity of the detected reference signal.
An electronic device , comprising: a rear case comprising at least one hole ; a front case disposed to face the rear case ; a speaker mounted in a space between the rear case and the front case , configured to output a sound signal to an outside of the electronic device and comprising a speaker hole ; and a fixing member having a portion exposed to the outside through the hole of the rear case and another portion penetrating the speaker hole , the fixing member configured to connect the speaker and the rear case so that the speaker is fixed to the rear case , wherein the fixing member comprises a first groove formed in a size corresponding to the hole of the rear case and to which a portion of the rear case around the at least one hole is inserted and coupled; a second groove formed on the another portion and in a size corresponding to the speaker hole of the speaker and to which a portion of the speaker around the speaker hole is inserted and coupled. a rear case comprising at least one hole ; a front case disposed to face the rear case ; a speaker mounted in a space between the rear case and the front case , configured to output a sound signal to an outside of the electronic device and comprising a speaker hole ; and a fixing member having a portion exposed to the outside through the hole of the rear case and another portion penetrating the speaker hole , the fixing member configured to connect the speaker and the rear case so that the speaker is fixed to the rear case , wherein the fixing member comprises a first groove formed in a size corresponding to the hole of the rear case and to which a portion of the rear case around the at least one hole is inserted and coupled; a second groove formed on the another portion and in a size corresponding to the speaker hole of the speaker and to which a portion of the speaker around the speaker hole is inserted and coupled. a first groove formed in a size corresponding to the hole of the rear case and to which a portion of the rear case around the at least one hole is inserted and coupled; a second groove formed on the another portion and in a size corresponding to the speaker hole of the speaker and to which a portion of the speaker around the speaker hole is inserted and coupled.
A carton for holding a plurality of articles, the carton comprising a plurality of panels hingedly connected to one another and describing an internal volume (V), the panels including: a pair of side panels (21, 22; 121, 122); a pair of end panels (31, 32; 131, 132) hingedly connected to the side panels (21, 22; 121, 122); a first top panel (5; 105) hingedly connected to one of the side panels (21, 22; 121, 122); a second top panel (6; 106) hingedly connected to one of the end panels (31, 32; 131, 132); and a lid panel (9b; 109b) hingedly connected to the other one of the side panels (21, 22; 121 122) or to the other one of the end panels (31, 32; 131, 132) and overlying the first and second top panels (5, 6; 105, 106); wherein each top panel (5, 6; 105, 106) has a respective partition panel (7, 8; 107, 108), which is hingedly connected thereto, and the partition panels (7, 8; 107, 108) extend into the internal volume (V), are orthogonal to one another and inter-engage with one another to partition the internal volume (V) of the carton . a pair of side panels (21, 22; 121, 122); a pair of end panels (31, 32; 131, 132) hingedly connected to the side panels (21, 22; 121, 122); a first top panel (5; 105) hingedly connected to one of the side panels (21, 22; 121, 122); a second top panel (6; 106) hingedly connected to one of the end panels (31, 32; 131, 132); and a lid panel (9b; 109b) hingedly connected to the other one of the side panels (21, 22; 121 122) or to the other one of the end panels (31, 32; 131, 132) and overlying the first and second top panels (5, 6; 105, 106); wherein each top panel (5, 6; 105, 106) has a respective partition panel (7, 8; 107, 108), which is hingedly connected thereto, and the partition panels (7, 8; 107, 108) extend into the internal volume (V), are orthogonal to one another and inter-engage with one another to partition the internal volume (V) of the carton .
A method for producing a solid pharmaceutical formulation comprising a compound represented by formula (I) or a salt thereof, a surfactant, and a basic substance, the method comprising mixing the compound of formula (I) or a salt thereof with the basic substance and additive(s), wherein the additive(s) comprise(s) the surfactant and wherein the basic substance is at least one substance selected from the group consisting of magnesium aluminometasilicate, L-arginine, meglumine, magnesium oxide, magnesium hydroxide, magnesium carbonate, and sodium bicarbonate. a surfactant, and a basic substance, the method comprising mixing the compound of formula (I) or a salt thereof with the basic substance and additive(s), wherein the additive(s) comprise(s) the surfactant and wherein the basic substance is at least one substance selected from the group consisting of magnesium aluminometasilicate, L-arginine, meglumine, magnesium oxide, magnesium hydroxide, magnesium carbonate, and sodium bicarbonate.