mhurhangee/ep-ind-claims huggingface dataset:
A rotor for a motor comprising: a plurality of rotor cores; a plurality of magnets magnetized such that magnetic flux is formed in a circumferential direction, the magnets and the rotor cores being alternately arranged in the circumferential direction such that each of the rotor cores is positioned between an adjacent pair of the magnets; a coupler connected to a shaft; and a rotor frame formed by injection molding, the rotor frame being integrally coupled to the rotor cores, the magnets, and the coupler, wherein each of the rotor cores comprises a rotor core body having a depression formed in a side opposite to a pole shoe in a radial direction, wherein the pole shoe defines a gap between each of the rotor cores and a stator; portions of side surfaces of corresponding ones of the magnets located at opposite sides of each of the rotor cores are exposed by the depression to define an aperture formed in the circumferential direction, characterised by a core rib (555, 565) being further included in the depression, extending in the circumferential direction and closing at least a portion of the depression, thereby defining the aperture as to form at least one inner aperture (550, 560) in the rotor core body. a plurality of rotor cores; a plurality of magnets magnetized such that magnetic flux is formed in a circumferential direction, the magnets and the rotor cores being alternately arranged in the circumferential direction such that each of the rotor cores is positioned between an adjacent pair of the magnets; a coupler connected to a shaft; and a rotor frame formed by injection molding, the rotor frame being integrally coupled to the rotor cores, the magnets, and the coupler, wherein each of the rotor cores comprises a rotor core body having a depression formed in a side opposite to a pole shoe in a radial direction, wherein the pole shoe defines a gap between each of the rotor cores and a stator; portions of side surfaces of corresponding ones of the magnets located at opposite sides of each of the rotor cores are exposed by the depression to define an aperture formed in the circumferential direction, characterised by a core rib (555, 565) being further included in the depression, extending in the circumferential direction and closing at least a portion of the depression, thereby defining the aperture as to form at least one inner aperture (550, 560) in the rotor core body.
A method comprising: determining, at a policy and charging rules function, based on message traffic communicated between a user equipment device and an operator network via general packet radio service tunneling protocol, GTP, a private socket address that identifies the user equipment device; conducting network address translation, NAT, at a network address translator, on a spoofed Internet protocol, IP, protocol data unit, PDU, that includes the private socket address in order to derive a corresponding public socket address; provisioning, in a network element positioned in the operator network, a mapping record that correlates the private socket address to the public socket address; and utilizing, by the network element, the mapping record to apply at least one subscriber-based policy to received service data flow associated with the user equipment device. determining, at a policy and charging rules function, based on message traffic communicated between a user equipment device and an operator network via general packet radio service tunneling protocol, GTP, a private socket address that identifies the user equipment device; conducting network address translation, NAT, at a network address translator, on a spoofed Internet protocol, IP, protocol data unit, PDU, that includes the private socket address in order to derive a corresponding public socket address; provisioning, in a network element positioned in the operator network, a mapping record that correlates the private socket address to the public socket address; and utilizing, by the network element, the mapping record to apply at least one subscriber-based policy to received service data flow associated with the user equipment device.
A tissue engineered construct analytical imaging system for use in connection with at least one culture well having a tissue engineered construct therein and positionable in an enclosed environment, the system comprising: an imaging device positioned within the enclosed environment and configured to obtain three-dimensional image data reflective of the tissue engineered construct in the at least one culture well, without the removal of the tissue engineered construct or the culture well from the enclosed environment; and a computer controller configured to at least one of: i. receive data from the imaging device; ii. analyze the data for determining at least one following: matrix organization, matrix compaction, matrix contraction, or any combination thereof; and iii. output data reflecting results of an analysis; wherein the tissue engineered construct is at least one of the following: a bioartificial cellular tissue construct, bioartificial tissue, and a bioartifical tendon. an imaging device positioned within the enclosed environment and configured to obtain three-dimensional image data reflective of the tissue engineered construct in the at least one culture well, without the removal of the tissue engineered construct or the culture well from the enclosed environment; and a computer controller configured to at least one of: i. receive data from the imaging device; ii. analyze the data for determining at least one following: matrix organization, matrix compaction, matrix contraction, or any combination thereof; and iii. output data reflecting results of an analysis; i. receive data from the imaging device; ii. analyze the data for determining at least one following: matrix organization, matrix compaction, matrix contraction, or any combination thereof; and iii. output data reflecting results of an analysis; wherein the tissue engineered construct is at least one of the following: a bioartificial cellular tissue construct, bioartificial tissue, and a bioartifical tendon.
Metering apparatus for bulk material, comprising - a container for receiving the bulk material with an outlet opening, - a metering worm which protrudes through the outlet opening and has a first drive shaft, - a stirring unit which is arranged in the container and has a second drive shaft, - a drive housing which is arranged on the container, the first and second drive shaft (13, 14) protruding into the drive housing, - a first electric motor which is flange-connected to the drive housing for driving the first drive shaft, and - a second electric motor which is flange-connected to the drive housing for driving the second drive shaft, characterized in that - the container is closed by way of a base plate, the two drive shafts (13, 14) protruding through the base plate, and the drive housing being mounted on the base plate. - a container for receiving the bulk material with an outlet opening, - a metering worm which protrudes through the outlet opening and has a first drive shaft, - a stirring unit which is arranged in the container and has a second drive shaft, - a drive housing which is arranged on the container, the first and second drive shaft (13, 14) protruding into the drive housing, - a first electric motor which is flange-connected to the drive housing for driving the first drive shaft, and - a second electric motor which is flange-connected to the drive housing for driving the second drive shaft, - the container is closed by way of a base plate, the two drive shafts (13, 14) protruding through the base plate, and the drive housing being mounted on the base plate.
An applicator for applying a hair treatment composition to the hair, wherein said applicator comprises a plate and a well, wherein said plate and well are movably joined by a connection so that the applicator may alternate between a closed and an open state, and wherein said plate has an external surface and an internal surface, and said internal surface comprises a first fin which projects from said internal surface and a second fin which projects from said internal surface, wherein said first fin and second fin each independently comprise a free distal edge (80, 81), and wherein said well comprises a base, a wall emerging from said base and a rim, characterised in that said free distal edge of said first fin points towards said free distal edge of said second fin, and wherein said applicator further comprises a fluid metering means, wherein said fluid metering means comprises a lower metering means positioned on the internal surface of said wall adjacent said rim and which extends from the internal surface of said wall towards the centre of said well, wherein when said applicator is in said closed state, said lower metering means and said first fin are substantially juxtaposed to provide said fluid metering means.
A viscoelastic composition for securing the field of view of an endoscope, the viscoelastic composition comprising a thickening substance and water and having a loss tangent of 0.6 or less, a hardness of 550 N/m 2 or less, and a viscosity at 25°C of 200 to 2,000 mPa·s, wherein the loss tangent and viscosity are determined under the following measurement conditions: temperature 25°C, gap 1.000 mm, stress 1,000 mPa, and frequency 0.5000 Hz, and the loss tangent and viscosity are determined as the values obtained after 30 minutes from the initiation of measurement, and wherein the hardness is determined under the following measurement conditions: storage pitch 0.02 sec, measurement distortion rate 66.67%, measurement speed 10 mm/sec, return distance 5.00 mm, sample thickness 15.00 mm, contact surface diameter 20.00 mm.
A mobile communication network system comprising a core network accessed from a mobile terminal (16, 27), wherein when a detach request signal, that requests detach, is received from the mobile terminal (16, 27), a mobile management node, arranged on the core network side in order to perform management control of mobile communication, is arranged to release resources between the mobile terminal (16, 27) and a radio base station eNodeB, and hold a communication session of the core network side set when the mobile terminal (16, 27) is attached, and when an attach request signal, that requests attach, is received from the mobile terminal (16, 27) after receiving the detach request signal, the mobile management node is arranged to use the held communication session of the core network side, and to send an EMM Attach Accept signal of the S1-AP_Initial Context Setup Request form to the radio base station eNodeB, wherein the mobile management node is arranged to determine whether or not attach processing of the core network side is omitted depending on a wake up notification, that indicates that the power source of the mobile terminal (16, 27) has transitioned to a wake up state from a sleep state at the time of attach, added to the attach request signal and to determine whether or not detach processing of the core network side is omitted depending on a sleep notification, that indicates that a power source of the mobile terminal (16, 27) transitions to a sleep state at the time of detach, added to the detach request signal, wherein when receiving the detach request signal from the mobile terminal (16, 27), and omitting the detach processing of the core network side, the mobile management node sets to a session holding timer a time longer by a predetermined time than a generation interval of a reattach/redetach request from the mobile terminal (16, 27) as a time to wait for forced release of the held communication session, and when the session holding timer expires without receiving the attach request signal from the mobile terminal (16, 27), the mobile management node deletes information on the held communication session by making usual detach processing of the core network side carried out, and forcibly releases the communication session.
A method comprising: determining an approximate latitude of a mobile station using a mobile station processor based on at least one feature of the Earth's magnetic field measured by the mobile station; receiving a wireless signal from a base station with at least one of a local time signal or an area or country code signal; determining an approximate longitude of the mobile station using the mobile station processor; wherein determining an approximate longitude of the mobile station using the mobile station processor is based on a time difference between a local time and a reference time, wherein the reference time is the time at a location with a known position and the local time zone is obtained from the received local time, area code or country code signal from said wireless signal; storing the approximate latitude and the approximate longitude and using the approximate latitude and the approximate longitude in the search for satellites in a satellite positioning system, SPS, that are visible to the mobile station during search and acquisition of satellite signals for a position fix; and wherein the at least one feature of the Earth's magnetic field is selected from inclination angle and vertical intensity. determining an approximate latitude of a mobile station using a mobile station processor based on at least one feature of the Earth's magnetic field measured by the mobile station; receiving a wireless signal from a base station with at least one of a local time signal or an area or country code signal; determining an approximate longitude of the mobile station using the mobile station processor; wherein determining an approximate longitude of the mobile station using the mobile station processor is based on a time difference between a local time and a reference time, wherein the reference time is the time at a location with a known position and the local time zone is obtained from the received local time, area code or country code signal from said wireless signal; storing the approximate latitude and the approximate longitude and using the approximate latitude and the approximate longitude in the search for satellites in a satellite positioning system, SPS, that are visible to the mobile station during search and acquisition of satellite signals for a position fix; and
A method for providing a secondary battery having an electrode assembly mounted in a prismatic container, wherein an inside of an electrolyte injection hole formed in a base plate mounted to an open upper end of the prismatic container comprises an upper part having a chamfered structure in which a diameter of the electrolyte injection hole is gradually decreasing downward and a lower part having a non-chamfered structure continuously formed from the chamfered structure, and, wherein a sealing member is pressed into the electrolyte injection hole, the sealing member deformed into a shape corresponding to the electrolyte injection hole comes into tight contact with the chamfered structure due to shear stress between the chamfered structure and the sealing member and forms a sealed state due to frictional interaction between the non- chamfered structure and the sealing member, characterised in that the sealing member is pressed while being rotated in a clockwise direction or in a counterclockwise direction to seal the electrolyte injection hole, as achievable by using a press which is moved downward while being rotated.
A high voltage subsea electrical penetrator comprising a first housing part connected to a second housing part, the first and second housing parts in connected mode defining a seat accommodating a bushing comprising a conductor pin arranged in an insulator body, wherein the first and second housing parts (1, 2) each has a part-spherical seat surface (8, 9) supporting a corresponding region of the bushing in the connected mode, characterized in that the bushing comprises a material of compressive strength, in the form of a polymeric material or a ceramic material, which is moulded into spherical outer shape about a bulbous portion of the conductor pin, and clamped as a unitary form-fitting element (50, 52) in the seat upon connection of the first and second housing parts (1, 2).
A method of manufacturing III-nitride crystal having a major surface of plane orientation other than designated by choice, the III-nitride crystal manufacturing method including: a step of slicing, from III-nitride bulk crystal, a plurality of III-nitride crystal substrates having a major surface of the designated plane orientation; a step of disposing the substrates adjoining each other sideways in a manner such that the major surfaces of the substrates parallel each other and such that the directions in the substrates are oriented in the same way; and a step of growing III-nitride crystal onto the major surfaces of the substrates, wherein the designated plane orientation is misoriented by an off angle of 5° or less with respect to any crystallographically equivalent plane orientation selected from the group consisting of (wherein x is a whole number of 0 or more), (wherein y is a whole number of 0 or more), and {hk-(h + k)0} (wherein h and k are whole numbers other than 0). a step of slicing, from III-nitride bulk crystal, a plurality of III-nitride crystal substrates having a major surface of the designated plane orientation; a step of disposing the substrates adjoining each other sideways in a manner such that the major surfaces of the substrates parallel each other and such that the directions in the substrates are oriented in the same way; and a step of growing III-nitride crystal onto the major surfaces of the substrates, wherein the designated plane orientation is misoriented by an off angle of 5° or less with respect to any crystallographically equivalent plane orientation selected from the group consisting of (wherein x is a whole number of 0 or more), (wherein y is a whole number of 0 or more), and {hk-(h + k)0} (wherein h and k are whole numbers other than 0).
A cutting tool (20, 120) comprising a tool body (22, 122), a clamp and a cutting insert; the tool body (22, 122) comprising a shank portion and a head portion, the head portion comprising an insert pocket with the cutting insert removably secured therein by the clamp; the clamp exhibiting mirror symmetry about a first plane and comprising: two clamp screw throughbores (84, 86) located mirror symmetrically with respect to the first plane; at least one internal fluid duct passing through a space between the two clamp screw throughbores (84, 86) and extending from a coolant fluid inlet port to at least one discharge orifice, the at least one discharge orifice being positioned symmetrically with respect to the first plane, the at least one internal fluid duct for conveying coolant fluid to the at least one discharge orifice for ejection towards an operative cutting corner of the cutting insert; characterised in that the tool body comprises in a region removed from the insert pocket a single tool body threaded bore (48L, 48R) wherein the clamp is secured to the tool body (22, 122) by a single clamp screw located in one of the clamp screw throughbores (84, 86) and threadingly engaged with the single tool body threaded bore (48L, 48R); for a left-handed cutting tool, the single clamp screw is located in one of the clamp screw throughbores; and for a right-handed cutting tool, the single clamp screw is located in the other clamp screw throughbore. two clamp screw throughbores (84, 86) located mirror symmetrically with respect to the first plane; at least one internal fluid duct passing through a space between the two clamp screw throughbores (84, 86) and extending from a coolant fluid inlet port to at least one discharge orifice, the at least one discharge orifice being positioned symmetrically with respect to the first plane, the at least one internal fluid duct for conveying coolant fluid to the at least one discharge orifice for ejection towards an operative cutting corner of the cutting insert; characterised in that the tool body comprises in a region removed from the insert pocket a single tool body threaded bore (48L, 48R) wherein the clamp is secured to the tool body (22, 122) by a single clamp screw located in one of the clamp screw throughbores (84, 86) and threadingly engaged with the single tool body threaded bore (48L, 48R); for a left-handed cutting tool, the single clamp screw is located in one of the clamp screw throughbores; and for a right-handed cutting tool, the single clamp screw is located in the other clamp screw throughbore.
Method for preparing an egg white which is liquid, white in color and has neutral taste, comprising the following steps: a) heating egg white at a temperature of 40 °C to 55 °C; b) acidifying the pH with an acid to a pH of 4 to 7.5; c) adding an aminopeptidase and incubating at a temperature of 45 °C to 55 °C for at least 1 hour; d) adding minerals, salts and / or lactates and mixing; e) diluting the mixture obtained in step d) with water until having a total egg white protein content of 3% to 7% w / v; and f1) homogenizing and then pasteurizing, or f2) pasteurizing and then homogenizing. a) heating egg white at a temperature of 40 °C to 55 °C; b) acidifying the pH with an acid to a pH of 4 to 7.5; c) adding an aminopeptidase and incubating at a temperature of 45 °C to 55 °C for at least 1 hour; d) adding minerals, salts and / or lactates and mixing; e) diluting the mixture obtained in step d) with water until having a total egg white protein content of 3% to 7% w / v; and f1) homogenizing and then pasteurizing, or f2) pasteurizing and then homogenizing.
A method of signalling the danger of a crane tipping, which has at least three alarm systems for signalling tipping warnings using a respective safety program, wherein at least one measurement value is obtained on the crane, characterised in that - at least two alarm systems for signalling tipping warnings are selected in dependence on the at least one measurement value, and - when there are signallings of tipping warnings from at least two of the at least two selected alarm systems the tipping danger is signalled. - at least two alarm systems for signalling tipping warnings are selected in dependence on the at least one measurement value, and - when there are signallings of tipping warnings from at least two of the at least two selected alarm systems the tipping danger is signalled.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a first chamber that encloses a fluid and defines a plurality of first projections, the first chamber being exposed to form at least a portion of a lateral side and a medial side of the sole structure; and a second chamber that encloses a fluid and is positioned adjacent the first chamber, the second chamber defining a plurality of second depressions, and the second chamber being exposed to form at least a portion of the lateral side and the medial side of the sole structure, the first chamber interlocking with the second chamber such that at least a portion of the first projections extend into the second depressions. a first chamber that encloses a fluid and defines a plurality of first projections, the first chamber being exposed to form at least a portion of a lateral side and a medial side of the sole structure; and a second chamber that encloses a fluid and is positioned adjacent the first chamber, the second chamber defining a plurality of second depressions, and the second chamber being exposed to form at least a portion of the lateral side and the medial side of the sole structure, the first chamber interlocking with the second chamber such that at least a portion of the first projections extend into the second depressions.
A copolymer polyamide resin consisting of adipic acid, pentamethylenediamine and 6-aminocaproic acid as constituents, wherein the weight ratio of the sum of the adipic acid and the pentamethylenediamine to the 6-aminocaproic acid is 90:10 to 75:25.