mhurhangee/ep-ind-claims huggingface dataset:
A device for orienting and feeding capsules in a beverage producing machine, comprising: a container receiving randomly oriented capsules; a rotor, rotatable around a rotation axis (A-A) and at least partly arranged in said container, said rotor being provided with at least one peripherally arranged capsule-receiving seat, shaped to pick up a capsule oriented in a univocally determined orientation; a capsule unloading duct, with a duct inlet arranged in said container and extending outside said container; wherein said rotor is arranged to rotate around said rotation axis (A-A) such to, during use, lift a capsule from a lower position towards an upper position above the duct inlet, the capsule-receiving seat being arranged to release the oriented capsule under the influence of gravity from said upper position into said duct inlet.
An information processing method for shared spectrum, the method comprising: receiving, by a terminal device, position indication information sent by a network device, wherein the position indication information comprises a plurality of bits, and each bit of a part of the plurality of bits represents a first set, or each bit of all of the plurality of bits represents a first set, wherein the first set comprises a plurality of synchronization signal block, SSB, position indexes, and the position indication information indicates position where SSB measurement needs to be performed in a measurement window, wherein the position indication information is a bitmap.
A developer carrying member which holds thereon a developer having a toner (4, 4') for developing an electrostatic latent image held on an electrostatic latent image bearing member, wherein; said developer carrying member has at least a substrate and a resin coat layer on the surface of the substrate; and said resin coat layer contains at least a binder resin and a carbon black, the graphite plane measured by X-ray diffraction of the carbon black has a lattice spacing of from 0.3370 nm or more to 0.3450 nm or less, characterized in that said carbon black has an average primary particle diameter of from 10 nm or more to 100 nm or less. said developer carrying member has at least a substrate and a resin coat layer on the surface of the substrate; and said resin coat layer contains at least a binder resin and a carbon black, the graphite plane measured by X-ray diffraction of the carbon black has a lattice spacing of from 0.3370 nm or more to 0.3450 nm or less, characterized in that said carbon black has an average primary particle diameter of from 10 nm or more to 100 nm or less.
An apparatus, comprising: a semiconductor region; a trench defined within the semiconductor region, the trench having a length aligned along a first longitudinal axis orthogonal to a vertical axis, having a first portion included in a termination region of the semiconductor region and having a second portion included in an active region of the semiconductor region; a dielectric lining a bottom portion of the trench, a shield electrode disposed in the trench and insulated from the semiconductor region by the dielectric having a termination region portion; wherein the first portion of the trench includes the shield electrode disposed therein and the second portion of the trench includes a recessed portion of the shield electrode and a gate electrode; the dielectric having a first portion disposed in the termination region of the semiconductor region, extending in a vertical direction from a bottom of the trench at an end of the trench and a second portion disposed in the active region and in the rest of the trench in the termination region of the semiconductor region, whereinthe first portion of the dielectric disposed in the termination region has a thickness considered from the bottom of the trench greater than a thickness of the second portion of the dielectric disposed in the active region; and a transverse trench is aligned along a second longitudinal axis orthogonal to the first longitudinal axis, and has a profile intersecting the end of the trench. a semiconductor region; a trench defined within the semiconductor region, the trench having a length aligned along a first longitudinal axis orthogonal to a vertical axis, having a first portion included in a termination region of the semiconductor region and having a second portion included in an active region of the semiconductor region; a dielectric lining a bottom portion of the trench, a shield electrode disposed in the trench and insulated from the semiconductor region by the dielectric having a termination region portion; wherein the first portion of the trench includes the shield electrode disposed therein and the second portion of the trench includes a recessed portion of the shield electrode and a gate electrode; the dielectric having a first portion disposed in the termination region of the semiconductor region, extending in a vertical direction from a bottom of the trench at an end of the trench and a second portion disposed in the active region and in the rest of the trench in the termination region of the semiconductor region, whereinthe first portion of the dielectric disposed in the termination region has a thickness considered from the bottom of the trench greater than a thickness of the second portion of the dielectric disposed in the active region; and a transverse trench is aligned along a second longitudinal axis orthogonal to the first longitudinal axis, and has a profile intersecting the end of the trench.
A biodegradable thermoplastic elastomer having the general formula A-B-A wherein each A is an amorphous polymer having a glass transition temperature (Tg) >40 °C or a semi-crystalline polymer having a glass transition temperature (Tg) and/or melting temperature (T m) >40 °C (Tg and Tm are measured as described in the description); wherein A comprises a polymer selected from the group consisting of poly(lactic acid), poly-L-lactic acid (PLLA), poly-DL-lactic acid (PDLLA), poly(glycolic acid), and poly(lactic-co-glycolic acid) (PLGA); wherein A further comprises poly(caprolactone); B is a copolymer of ε-caprolactone and at least one additional monomer selected from the group consisting of L-lactic acid, trimethyl carbonate, and glycolic acid, or B is different to A and is lactic-co-glycolic acid; and wherein the molar ratio of CL to the at least one additional monomer in the copolymer B is in the range between about 1:0.09 to about 1:1. each A is an amorphous polymer having a glass transition temperature (Tg) >40 °C or a semi-crystalline polymer having a glass transition temperature (Tg) and/or melting temperature (T m) >40 °C (Tg and Tm are measured as described in the description); wherein A comprises a polymer selected from the group consisting of poly(lactic acid), poly-L-lactic acid (PLLA), poly-DL-lactic acid (PDLLA), poly(glycolic acid), and poly(lactic-co-glycolic acid) (PLGA); wherein A further comprises poly(caprolactone); B is a copolymer of ε-caprolactone and at least one additional monomer selected from the group consisting of L-lactic acid, trimethyl carbonate, and glycolic acid, or B is different to A and is lactic-co-glycolic acid; and wherein the molar ratio of CL to the at least one additional monomer in the copolymer B is in the range between about 1:0.09 to about 1:1.
A game table for a top, the game table being formed by a single sheet of synthetic resin shaped such that the upper and lower sides of the game table have complementary depression (s) and protrusion (s), the game table comprising a rotatable top and a bowl-shaped field on which the rotatable top is moveable, characterized in that a plurality of recesses is formed at a predetermined distance on an upper surface of an inner portion of the field or a peripheral portion of the game table peripheral to the field, and walls defining the recesses protrude downward from a lower surface of the inner portion or the peripheral portion of the game table to form legs which are capable of sitting on a floor surface, and wherein each of the recess is sized to be capable of catching at least said rotatable top.
A method for using an online system including a server, a home appliance and an external terminal, the server storing user information and home appliance information matched to each other, the method comprising: transmitting, from an external terminal to a server, the user information to log in to the server; transmitting, from the external terminal to the server, a request for state information on the home appliance; transmitting, from the server to the home appliance having stored information matching the user information, a request for state information regarding the home appliance; receiving at the server the state information from the home appliance; transmitting, from the server to the external terminal, the state information; and displaying the state information on the external terminal. transmitting, from an external terminal to a server, the user information to log in to the server; transmitting, from the external terminal to the server, a request for state information on the home appliance; transmitting, from the server to the home appliance having stored information matching the user information, a request for state information regarding the home appliance; receiving at the server the state information from the home appliance; transmitting, from the server to the external terminal, the state information; and displaying the state information on the external terminal.
Corner piece for connecting metal window or door mitred profiles at an angle to one another, whereby the corner piece is provided with at least one external channel for spreading adhesive, whereby the at least one external channel is on the surface of the corner piece, whereby the corner piece is provided with two or more inlet channels (7A, 7B) that run inwards from the surface of the corner piece, whereby the corner piece is provided with one or more passages that run from the two or more inlet channels (7A, 7B) to the at least one external channel, characterised in that the lowest flow resistance of the two or more inlet channels (7A, 7B) is greater than the lowest flow resistance of the one or more passages, so that adhesive is prevented from flowing from the inside to the outside through the inlet channels (7A, 7B) before the at least one external channel is sufficiently filled with adhesive supplied via the passage concerned.
A process for the synthesis of Silodosin (Compound of Formula I) comprising reductive amination of compound of Formula or Formula and compound of Formula (VIII) in a suitable solvent using a reducing agent wherein R in Formula represents TBDMS, allyl, benzyl, propargyl or trimethylsilyl, and wherein R in Formual represents benzoyl. MVS:anm:mr
A spherical wheel intended to move a vehicle, the wheel having its rotation motorized by a shaft able to rotate about an axis, characterized in that it comprises two shells (15, 16), the surface of which follows the spherical surface of the wheel and each of which is bounded by a plane (17, 18), in that the shells (15, 16) are each articulated by means of a pivot connection (19, 20) with respect to the shaft, an axis (21, 22) of each of the pivot connections (19, 20) being perpendicular to the plane (17, 18) of the relevant shell (15, 16), and in that the planes (17, 18) bounding the two shells (15, 16) are secant.
Irradiating device configured for irradiating a target, comprising: - A 6-axis robot comprising a base and a 6-axis arm, of which a first end is attached to the base and a second end is designated free end; - An irradiating system, comprising a microwave frequency source and a radiation source supplied by the microwave frequency source, the irradiating system being positioned at the free end of the 6-axis arm; - A manipulating handle, joined to the radiation source, comprising an applicator configured to be fastened at an exit of the radiation source; - At least one load sensor placed between the manipulating handle and the 6-axis arm; and - A control-actuation unit configured to receive information from the load sensor and control the 6-axis arm according to the information received from the load sensor. - A 6-axis robot comprising a base and a 6-axis arm, of which a first end is attached to the base and a second end is designated free end; - An irradiating system, comprising a microwave frequency source and a radiation source supplied by the microwave frequency source, the irradiating system being positioned at the free end of the 6-axis arm; - A manipulating handle, joined to the radiation source, comprising an applicator configured to be fastened at an exit of the radiation source; - At least one load sensor placed between the manipulating handle and the 6-axis arm; and - A control-actuation unit configured to receive information from the load sensor and control the 6-axis arm according to the information received from the load sensor.
Shutter device for closing a gaseous fluid circulation duct, in particular a shutter for a ventilation duct, this shutter device comprising on one hand, a shutter which is fitted in the duct, and movable between a position closing the flow path of the duct and a maximum release position of the said flow path, preferably in a substantially square or rectangular form; and on the other hand at least one operating device controllable by a user and, finally, a movement transmission mechanism, possibly with transformation, linking the said device kinematically to the said shutter, the latter being fitted in the duct with a central pivot axis for the said shutter, shutter device in which the shutter is fitted in the duct and able to be guided in translational movements, in addition to its ability to pivot around the axis, this between a central position in the flow path of the duct and a position offset to the side, shutter device in which the simultaneous rotational and translational movements are subject to one another or made interdependent on one another through a servomechanism, and the shutter is, in its maximum release position, held substantially against one of the walls (8, 8') of the said duct, and characterised in that the pivot axis is linked to two opposite walls of the duct in a way which ensures the shutter can be fitted with translational guidance and the ability to rotate with respect to the said duct, the operating device being configured to impart a rotational movement of the shutter through the transmission mechanism, this rotational movement also being simultaneously converted into a translational movement by means of the servomechanism, in cooperation with fitting and guiding the axis in translation.
An electronic device comprising: a communication interface configured to transmit and receive a signal for a wireless LAN service via at least one Access Point; and a processor configured to: select a plurality of channels based on channel scan information, access at least one Access Point, AP, (100, 110) corresponding to at least one channel among the plurality of channels, and monitor the plurality of channels in a state in which the access to at least one AP is maintained, characterized in that the electronic device further comprises: a plurality of antennas, wherein the processor is further configured to maintain the access to the at least one AP using at least one antenna among the plurality of antennas, and monitor the plurality of channels using at least one of remaining antennas. a communication interface configured to transmit and receive a signal for a wireless LAN service via at least one Access Point; and a processor configured to: select a plurality of channels based on channel scan information, access at least one Access Point, AP, (100, 110) corresponding to at least one channel among the plurality of channels, and monitor the plurality of channels in a state in which the access to at least one AP is maintained, select a plurality of channels based on channel scan information, access at least one Access Point, AP, (100, 110) corresponding to at least one channel among the plurality of channels, and monitor the plurality of channels in a state in which the access to at least one AP is maintained, characterized in that the electronic device further comprises: a plurality of antennas, wherein the processor is further configured to maintain the access to the at least one AP using at least one antenna among the plurality of antennas, and monitor the plurality of channels using at least one of remaining antennas. a plurality of antennas, wherein the processor is further configured to maintain the access to the at least one AP using at least one antenna among the plurality of antennas, and monitor the plurality of channels using at least one of remaining antennas.
A vehicle control device comprising: a computation unit that computes a torque command value (T*) for controlling a motor; a storage unit that stores a map for use to compute the torque command value (T*); and a shift position signal reception unit that receives a shift position signal that indicates whether a vehicle is traveling forward or rearward, wherein the vehicle control device is programmed to control a drive unit that transfers rotation of the motor to drive wheels of the vehicle and that includes a speed reducer including a plurality of gears rotatably supported by bearings (22a, 22b, 24a, 24b), wherein the vehicle control device is programmed to calculate the torque command value (T*) for causing the motor to generate torque on the basis of the map, wherein the vehicle control device is programmed to set a maximum value of torque (T(+)max) that is allowed to be generated by the motor during forward travel of the vehicle so as to be different from a maximum value of torque (T(-)max) that is allowed to be generated by the motor during rearward travel of the vehicle, based on a front-rear weight distribution of the vehicle, wherein the front-rear weight distribution of the vehicle considers whether a weight on a front side/rear side of the vehicle is larger or smaller than a weight on a rear side/front side of the vehicle. a computation unit that computes a torque command value (T*) for controlling a motor; a storage unit that stores a map for use to compute the torque command value (T*); and a shift position signal reception unit that receives a shift position signal that indicates whether a vehicle is traveling forward or rearward, wherein the vehicle control device is programmed to control a drive unit that transfers rotation of the motor to drive wheels of the vehicle and that includes a speed reducer including a plurality of gears rotatably supported by bearings (22a, 22b, 24a, 24b), wherein the vehicle control device is programmed to calculate the torque command value (T*) for causing the motor to generate torque on the basis of the map, wherein the vehicle control device is programmed to set a maximum value of torque (T(+)max) that is allowed to be generated by the motor during forward travel of the vehicle so as to be different from a maximum value of torque (T(-)max) that is allowed to be generated by the motor during rearward travel of the vehicle, based on a front-rear weight distribution of the vehicle, wherein the front-rear weight distribution of the vehicle considers whether a weight on a front side/rear side of the vehicle is larger or smaller than a weight on a rear side/front side of the vehicle.
A method for forming a can end in a forming press, the method comprising: positioning a sheet of material between an upper punch assembly and a fixed base assembly in the forming press; cutting a can end blank from the sheet of material; clamping a peripheral portion of the can end blank; and moving the upper punch assembly from a retracted position toward an extended position, and clamping a central portion of the can end blank between an upper panel punch and a lower panel punch to define a central panel section on the can end blank, wherein the central panel section is below an annular inner bead die located adjacent to the lower panel punch on the fixed base assembly; characterized in that the method comprises extending the upper punch assembly subsequent to clamping the central portion of the can end blank to form an initial annular countersink radius (V 1) next to the peripheral portion of the can end blank, with a substantially undeformed intermediate area extending between the initial annular countersink radius (V 1) and the annular inner bead die. positioning a sheet of material between an upper punch assembly and a fixed base assembly in the forming press; cutting a can end blank from the sheet of material; clamping a peripheral portion of the can end blank; and moving the upper punch assembly from a retracted position toward an extended position, and clamping a central portion of the can end blank between an upper panel punch and a lower panel punch to define a central panel section on the can end blank, wherein the central panel section is below an annular inner bead die located adjacent to the lower panel punch on the fixed base assembly; characterized in that the method comprises extending the upper punch assembly subsequent to clamping the central portion of the can end blank to form an initial annular countersink radius (V 1) next to the peripheral portion of the can end blank, with a substantially undeformed intermediate area extending between the initial annular countersink radius (V 1) and the annular inner bead die.
A beverage brewing system, comprising: a concentrated beverage brewer; one or more brew water circuits in communication with the concentrated beverage brewer via a first back pressure valve; and one or more makeup water circuits, each in communication with a respective further back pressure valve, wherein, in use, the back pressure developed within the concentrated beverage brewer varies, and so each of the one or more back pressure valves is configured to provide a predetermined flow rate therethrough, and wherein the system does not include a pump. a concentrated beverage brewer; one or more brew water circuits in communication with the concentrated beverage brewer via a first back pressure valve; and one or more makeup water circuits, each in communication with a respective further back pressure valve, wherein, in use, the back pressure developed within the concentrated beverage brewer varies, and so each of the one or more back pressure valves is configured to provide a predetermined flow rate therethrough, and wherein the system does not include a pump.