mhurhangee/ep-ind-claims huggingface dataset:
A plastic container, comprising: a main body portion having a longitudinal axis, said main body portion having a gripping recess defined therein, said gripping recess having an oblong shape when viewed in front elevation and being defined in part by a curved concave inner surface when viewed in side elevation, said gripping recess further comprising a first horizontal indentation and a second horizontal indentation, each of said first and second horizontal indentations (26, 28) being sized to receive a finger of a consumer when the plastic container is being gripped by the consumer; wherein the first horizontal indentation extends a shorter horizontal distance than said second horizontal indentation; and wherein said gripping recess further comprises a convexly curved projection, as viewed in horizontal cross-section, located between said first horizontal indentation and said second horizontal indentation. a main body portion having a longitudinal axis, said main body portion having a gripping recess defined therein, said gripping recess having an oblong shape when viewed in front elevation and being defined in part by a curved concave inner surface when viewed in side elevation, said gripping recess further comprising a first horizontal indentation and a second horizontal indentation, each of said first and second horizontal indentations (26, 28) being sized to receive a finger of a consumer when the plastic container is being gripped by the consumer; wherein the first horizontal indentation extends a shorter horizontal distance than said second horizontal indentation; and wherein said gripping recess further comprises a convexly curved projection, as viewed in horizontal cross-section, located between said first horizontal indentation and said second horizontal indentation.
A method in a user equipment for determining a transmit power to be used by the user equipment when transmitting in a radio communications network, which user equipment is served by a radio network node (12,12') in the radio communications network, the method comprising: - receiving, from the radio network node (12,12'), an indication indicating a set of power control parameters out of multiple sets of power control parameters, which multiple sets of power control parameters are stored at the user equipment; and - determining (206,305,404) the transmit power based on the indicated set of power control parameters, wherein the multiple sets of power control parameters comprise a specific set of power control parameters to apply for only a subset of subframes in a radioframe, the subset comprising one or more subframes, and wherein the indication indicates a subframe comprised in the one or more subframes. - receiving, from the radio network node (12,12'), an indication indicating a set of power control parameters out of multiple sets of power control parameters, which multiple sets of power control parameters are stored at the user equipment; and - determining (206,305,404) the transmit power based on the indicated set of power control parameters,
Electric motor - comprising a housing, - comprising a stator, - comprising a rotor and - comprising a rotary transformer, - in which the rotary transformer comprises a primary-side first device having a primary winding, and a secondary-side second device having a secondary winding, - in which the housing comprises a first slot for positioning the primary-side first device, - in which the primary-side first device comprises a plurality of first fastening sites for frictional and/or interlocked fastening to the housing, wherein the rotor comprises a second slot, by which the secondary-side second device is positioned, wherein the secondary-side second device comprises a plurality of second fastening sites that frictionally and/or interlockingly fasten to the rotor, wherein the rotor comprises a first connection device and the secondary-side second device comprises a second connection device for electrically connecting the rotor to the secondary-side second device, wherein the first connection device comprises first electrical contact members (31.1) and the second connection device comprises second electrical contact members (48.1) for releasable line connection by means of interlocking and/or a frictional fit, wherein the first fastening sites and the second fastening sites are designed as openings (45, 47) for screw fastening for the purpose of non-destructive and releasable fastening, characterised in that an air gap is arranged between the rotor and the secondary-side second device of the rotary transformer to form thermal resistance, wherein the secondary-side second device comprises a shoulder (49.1) which, together with an associated edge of the rotor, determines the position of the secondary-side second device in the axial direction, wherein the second slot in the rotor is designed as a centring seat for positioning the secondary-side second device, wherein the shoulder (49.1) is arranged such that a wall of the secondary-side second device facing the rotor is at a distance from the rotor, wherein the first connection device comprises a first insulator device (31.2) fastened in a wall of the rotor for electrically insulating the first electrical contact members (31.1), and wherein the second connection device comprises a second insulator device (48.2) fastened in the wall of the secondary-side second device for electrically insulating the second electrical contact members (48.1). - comprising a housing, - comprising a stator, - comprising a rotor and - comprising a rotary transformer, - in which the rotary transformer comprises a primary-side first device having a primary winding, and a secondary-side second device having a secondary winding, - in which the housing comprises a first slot for positioning the primary-side first device, - in which the primary-side first device comprises a plurality of first fastening sites for frictional and/or interlocked fastening to the housing,
A compressor motor comprising: a stator; and a rotor to electromagnetically interact with the stator to be rotated, wherein the rotor includes: a core made of magnetic material and having upper and lower end portions and a plurality of insertion holes formed within the core between the upper and lower end portions of the core; a plurality of magnets respectively inserted into the plurality of insertion holes of the core to form accommodation spaces between the core and the inserted plurality of magnets; at least one injection-molded cover injection-molded to the core that fills the accommodation spaces and covers both of the upper and lower end portions of the core; said injection-molded cover comprising first and second injection-molded covers (210, 230) that cover both of the upper and lower end portions of the core, at least one of the first and second injection-molded covers injection-molded to the core to fill the accommodation spaces to form extension portions integrally formed with the at least one of the first and second covers filling the accommodation spaces, characterized in that the second cover comprises rotation prevention guides that are integrally injection-molded with the second cover; in that the rotation prevention guides locate the rotor in a magnetization position; and in that the rotation prevention guides further fix the rotor thereto when the magnets are magnetized. a stator; and a rotor to electromagnetically interact with the stator to be rotated, a core made of magnetic material and having upper and lower end portions and a plurality of insertion holes formed within the core between the upper and lower end portions of the core; a plurality of magnets respectively inserted into the plurality of insertion holes of the core to form accommodation spaces between the core and the inserted plurality of magnets; at least one injection-molded cover injection-molded to the core that fills the accommodation spaces and covers both of the upper and lower end portions of the core; said injection-molded cover comprising first and second injection-molded covers (210, 230) that cover both of the upper and lower end portions of the core, at least one of the first and second injection-molded covers injection-molded to the core to fill the accommodation spaces to form extension portions integrally formed with the at least one of the first and second covers filling the accommodation spaces, characterized in that the second cover comprises rotation prevention guides that are integrally injection-molded with the second cover; in that the rotation prevention guides locate the rotor in a magnetization position; and in that the rotation prevention guides further fix the rotor thereto when the magnets are magnetized.
A mobile phone including a system for localizing a sound source, the system including: a microphone, being adapted for collecting sound wave transmitting from the sound source during a first directional movement of the mobile phone from an initial position and generating a first microphone signal thereof and being adapted for collecting sound wave transmitting from the sound source during a second directional movement of the mobile phone from the initial position and generating a second microphone signal thereof; a motion tracking unit, being adapted for tracking the first directional movement and the second directional movement of the mobile phone; and a processing unit, being adapted for receiving the first microphone signal, the second microphone signal and motion tracking unit signal and obtaining information on a direction from which sound from the sound source arrives using the first microphone signal, the second microphone signal and motion tracking unit signal obtained during the first directional movement and the second directional movement of the mobile phone; wherein the mobile phone is adapted for free movement. a microphone, being adapted for collecting sound wave transmitting from the sound source during a first directional movement of the mobile phone from an initial position and generating a first microphone signal thereof and being adapted for collecting sound wave transmitting from the sound source during a second directional movement of the mobile phone from the initial position and generating a second microphone signal thereof; a motion tracking unit, being adapted for tracking the first directional movement and the second directional movement of the mobile phone; and a processing unit, being adapted for receiving the first microphone signal, the second microphone signal and motion tracking unit signal and obtaining information on a direction from which sound from the sound source arrives using the first microphone signal, the second microphone signal and motion tracking unit signal obtained during the first directional movement and the second directional movement of the mobile phone; wherein the mobile phone is adapted for free movement.
Torque meter comprising a casing and a part mounted such that it can move in translation in the casing in a longitudinal direction under the effect of an axial thrust representative of a torque to be measured, comprising: - a bearing surface connected to the casing via at least one of the ends thereof, extending at least partially in a plane that is substantially perpendicular to the longitudinal direction, one longitudinal end of said movable part, called a contact end, being suitable for being brought into contact with said bearing surface so that a longitudinal displacement of the movable part leads to a deformation of the bearing surface, and characterised in that it comprises: - means (26, 30) for measuring the deformation of the bearing surface, the means for measuring the deformation of the bearing surface comprising at least one strain gauge, positioned on the bearing surface and suitable for measuring a value representative of the deformation of the bearing surface. - a bearing surface connected to the casing via at least one of the ends thereof, extending at least partially in a plane that is substantially perpendicular to the longitudinal direction, one longitudinal end of said movable part, called a contact end, being suitable for being brought into contact with said bearing surface so that a longitudinal displacement of the movable part leads to a deformation of the bearing surface, - means (26, 30) for measuring the deformation of the bearing surface, the means for measuring the deformation of the bearing surface comprising at least one strain gauge, positioned on the bearing surface and suitable for measuring a value representative of the deformation of the bearing surface.
A structure configured to operate in accordance with millimeter wave, mmWave, radio, comprising: a first substrate section having a first thickness; a second substrate section having a second thickness different from the first thickness; a plurality of vias configured to couple a first ground plane associated with the first substrate section and a second ground plane associated with the second substrate section; a microstrip feed line on a layer of the structure, the microstrip feed line comprising: a first section associated with the first substrate section and having a first width; a second section associated with the second substrate section and having a second width different from the first width; and a taper between the first width and the second width; and an antenna (502; 602) on the layer of the structure, the antenna (502; 602) being coupled to the microstrip feed line and at least one of the first substrate section and the second substrate section, wherein the antenna comprises at least two wedge-shaped slots which cut the antenna in both sides of the microstrip feed line. a first substrate section having a first thickness; a second substrate section having a second thickness different from the first thickness; a plurality of vias configured to couple a first ground plane associated with the first substrate section and a second ground plane associated with the second substrate section; a microstrip feed line on a layer of the structure, the microstrip feed line comprising: a first section associated with the first substrate section and having a first width; a second section associated with the second substrate section and having a second width different from the first width; and a taper between the first width and the second width; and a first section associated with the first substrate section and having a first width; a second section associated with the second substrate section and having a second width different from the first width; and a taper between the first width and the second width; and an antenna (502; 602) on the layer of the structure, the antenna (502; 602) being coupled to the microstrip feed line and at least one of the first substrate section and the second substrate section, wherein the antenna comprises at least two wedge-shaped slots which cut the antenna in both sides of the microstrip feed line.
A method of monitoring performance of a mobile application comprising: operating the mobile application on a wireless device, said mobile application including an instantiated performance library configured to monitor mobile application performance and capture application performance data; automatically detecting, through instrumentation inserted into the mobile application, a progress indicator being displayed on a display screen of the wireless mobile device during operation of the mobile application on the wireless mobile device; obtaining, through the performance library, by the mobile application, time associated data indicative of the mobile application performance from the progress indicator, wherein the data indicative of the mobile application performance comprises instances in which a frame rate falls below a threshold; and communicating the data indicative of the mobile application performance to a centralized server wherein the performance library automatically collects performance information of the mobile application while progress indicators are displayed to users. operating the mobile application on a wireless device, said mobile application including an instantiated performance library configured to monitor mobile application performance and capture application performance data; automatically detecting, through instrumentation inserted into the mobile application, a progress indicator being displayed on a display screen of the wireless mobile device during operation of the mobile application on the wireless mobile device; obtaining, through the performance library, by the mobile application, time associated data indicative of the mobile application performance from the progress indicator, wherein the data indicative of the mobile application performance comprises instances in which a frame rate falls below a threshold; and communicating the data indicative of the mobile application performance to a centralized server wherein the performance library automatically collects performance information of the mobile application while progress indicators are displayed to users.
A mixture, comprising: 86-89 wt% of a methionine hydroxy analog and an oligomer thereof, in which more than 99.95 wt% being monomer, dimer and trimer, and the ratio of monomer: dimer: trimer by weight being 77-80: 18.5-19.5: 3-4; 9.2-13.5 wt% of water; and less than 0.5 wt% of ammonium sulfate and ammonium bisulfate; wherein a viscosity of the mixture at 10°C is lower than 200 mPa·s. 86-89 wt% of a methionine hydroxy analog and an oligomer thereof, in which more than 99.95 wt% being monomer, dimer and trimer, and the ratio of monomer: dimer: trimer by weight being 77-80: 18.5-19.5: 3-4; 9.2-13.5 wt% of water; and less than 0.5 wt% of ammonium sulfate and ammonium bisulfate;
A method for monitoring the protective gas during a welding process performed using a welding torch, wherein at least two measurement variables (Pi), which are dependent on the type of protective gas, are measured by means of at least one sensor (Si), characterized in that the measured values (Mi) of the at least two measurement variables (Pi) of the protective gas are compared with stored values (Mi'), which are associated with several protective gas types (Gi), of the at least two measurement variables (Pi), and the protective gas type (Gi), for which the assigned values (Mi') of the at least two measurement variables (Pi) are closest to the measured values (Mi) of the at least two measurement variables (Pi) of the protective gas, is displayed.
Translucent shutter consisting of translucent shutter components with circular connection housings at the bottom and the top of said shutter components and connection pipes which connect said translucent shutter components to each other by running through said connection housings characterized by - the octagonal geometry of the translucent shutter components wherein the head of the components forms three separate edges outwards and the back of the components forms three separate edges inwards, and - twelve circular connection housings being present, six being at the bottom and six being at the top of said shutter components. - the octagonal geometry of the translucent shutter components wherein the head of the components forms three separate edges outwards and the back of the components forms three separate edges inwards, and - twelve circular connection housings being present, six being at the bottom and six being at the top of said shutter components.
A combustor comprising a transition piece and an aft frame, wherein the aft frame is mountable to the transition piece, the combustor further comprising an impingement sleeve, the transition piece and the impingement sleeve at least partially defining a flow path therebetween, the aft frame comprising a body; a generally radially extending cooling passage defined in the body, the cooling passage comprising a first end configured to accept a coolant; a plurality of exhaust passages defined in the body, the exhaust passages comprising a first end in communication with the cooling passage and a second end configured for communication with the flow path for flowing the coolant therethrough; characterized in that a cooling slot is defined in the body and extending generally about a portion of a periphery of the body, the cooling slot defining an opening configured to accept a coolant and at least another of the plurality of exhaust passages comprising a first end in communication with the cooling slot and a second end configured for communication with the flow path for flowing the coolant therethrough.
A device for detecting and processing signals relating to partial electrical discharges in an electrical apparatus powered by a square-wave voltage modulated by a modulating wave in such a way as to form an alternating voltage of predetermined frequency, comprising: - a sensor connectable to the apparatus for detecting a discharge signal representing the electrical pulses generated by the partial discharges; - a processing unit connected to the sensor to receive the discharge signal and derive the detection instants of each of the pulses detected with respect to a predetermined time reference, - a synchronization module designed to receive an electrical signal representing the power supply voltage and equipped with a filter configured for extracting from said power supply signal a signal representing the modulating wave, the processing unit being configured for associating with the pulses detected the values of a phase parameter (f) representing the phase of the modulating wave at the pulse detection instants; wherein the processing unit is programmed to acquire a plurality of pulses detected in sequence and to generate a data set comprising, for each pulse of said plurality, the value of an amplitude parameter (q) correlated with the amplitude of the pulse detected, and the value of the phase parameter (f), characterized in that the processing unit comprises an identification module programmed to assign said detected data set, containing the pulses from a single acquisition, to one or more source categories, the device being connectable to a database containing reference values of predetermined statistical indicators relating to a data set comprising said amplitude parameter (q) and phase parameter (f), said reference values being characteristic of said predetermined categories of sources that generate partial discharges, wherein the statistical indicators comprise the smallest value and the mean value of the distribution of the phase parameter (f) for the data set, the skewness value of the distribution of the amplitude parameter (q) for the data set and the shape factor of the Weibull distribution which approximates the values of the amplitude parameter (q). - a sensor connectable to the apparatus for detecting a discharge signal representing the electrical pulses generated by the partial discharges; - a processing unit connected to the sensor to receive the discharge signal and derive the detection instants of each of the pulses detected with respect to a predetermined time reference, - a synchronization module designed to receive an electrical signal representing the power supply voltage and equipped with a filter configured for extracting from said power supply signal a signal representing the modulating wave, the processing unit being configured for associating with the pulses detected the values of a phase parameter (f) representing the phase of the modulating wave at the pulse detection instants;