mhurhangee/ep-ind-claims huggingface dataset:
An impact rotary tool comprising: a motor; a spindle rotated by the motor; an anvil disposed in front of the spindle in a rotation axis direction; a first hammer structured to apply a rotation force to the anvil; and a second hammer structured to apply, to the first hammer having applied the rotation force to the anvil, a rotation force in the same direction; wherein the first hammer is rotatable around a rotation axis of the spindle and is movable in the rotation axis direction, wherein the first hammer is connected to the second hammer by a connection structure having a circumferential clearance, wherein the second hammer has an internal space for accommodating the first hammer, wherein the connection structure is a structure in which a convex portion or a concave portion provided on an outer circumferential surface of the first hammer and a concave portion or a convex portion provided on an inner circumferential surface of the second hammer are loosely fitted, characterised in that the circumferential clearance is determined according to a motor rotation speed during a tightening work, and and in that the circumferential clearance is set so that the second hammer has an impact on the first hammer while the first hammer is still in contact with the anvil. a motor; a spindle rotated by the motor; an anvil disposed in front of the spindle in a rotation axis direction; a first hammer structured to apply a rotation force to the anvil; and a second hammer structured to apply, to the first hammer having applied the rotation force to the anvil, a rotation force in the same direction; wherein the first hammer is rotatable around a rotation axis of the spindle and is movable in the rotation axis direction, wherein the first hammer is connected to the second hammer by a connection structure having a circumferential clearance, wherein the second hammer has an internal space for accommodating the first hammer, wherein the connection structure is a structure in which a convex portion or a concave portion provided on an outer circumferential surface of the first hammer and a concave portion or a convex portion provided on an inner circumferential surface of the second hammer are loosely fitted, characterised in that the circumferential clearance is determined according to a motor rotation speed during a tightening work, and and in that the circumferential clearance is set so that the second hammer has an impact on the first hammer while the first hammer is still in contact with the anvil.
An integrated circuit, IC, package, comprising: a package substrate; one or more IC chips that are interconnected with the package substrate; a marking plate, suitable for being laser marked or being laser marked, having a first major surface and a second major surface, the marking plate being stacked on the one or more IC chips with the first major surface facing the one or more IC chips and the marking plate has a stair structure; a plastic structure configured to encapsulate the one or more IC chips and the marking plate with the second major surface of the marking plate being a portion of an outer surface of the IC package, wherein a laser penetration depth in the marking plate is shorter than a laser penetration depth in the plastic structure, and wherein the first major surface of the marking plate is smaller than the second major surface, characterized by the marking plate having an equal coefficient of thermal expansion, CTE, as the one or more IC chips. a package substrate; one or more IC chips that are interconnected with the package substrate; a marking plate, suitable for being laser marked or being laser marked, having a first major surface and a second major surface, the marking plate being stacked on the one or more IC chips with the first major surface facing the one or more IC chips and the marking plate has a stair structure; a plastic structure configured to encapsulate the one or more IC chips and the marking plate with the second major surface of the marking plate being a portion of an outer surface of the IC package, wherein a laser penetration depth in the marking plate is shorter than a laser penetration depth in the plastic structure, and wherein the first major surface of the marking plate is smaller than the second major surface, characterized by the marking plate having an equal coefficient of thermal expansion, CTE, as the one or more IC chips.
A reception apparatus comprising circuitry configured to: receive a broadcast program via a stream compliant to MPEG-DASH, wherein the stream comprises a Media Presentation Description, MPD; play back the broadcast program; receive a voice uttered by a viewer watching the broadcast program, wherein the voice includes a universal invoking name for generically invoking an AI assistance service; acquire, from the MPD, a specific invoking name for invoking a computer program providing a voice AI assistance service specific to the broadcast program; and convert the universal invoking name included in the voice uttered by the viewer into the specific invoking name, wherein an element describing the specific invoking name is included in a period element of the MPD. receive a broadcast program via a stream compliant to MPEG-DASH, wherein the stream comprises a Media Presentation Description, MPD; play back the broadcast program; receive a voice uttered by a viewer watching the broadcast program, wherein the voice includes a universal invoking name for generically invoking an AI assistance service; acquire, from the MPD, a specific invoking name for invoking a computer program providing a voice AI assistance service specific to the broadcast program; and convert the universal invoking name included in the voice uttered by the viewer into the specific invoking name, wherein an element describing the specific invoking name is included in a period element of the MPD.
A system implemented on user television equipment comprising: means for receiving programs and associated program data from a distribution source; a digital storage device in the user television equipment for digitally storing the programs and the associated program data; means for enabling a user to define a program sequence based on selected digitally stored programs or segments of digitally stored programs; and means for displaying the user-defined program sequence, wherein displaying the user-defined program sequence comprises displaying the associated program data together with the user-selected programs or segments thereof according to the defined program sequence on the user television equipment. means for receiving programs and associated program data from a distribution source; a digital storage device in the user television equipment for digitally storing the programs and the associated program data; means for enabling a user to define a program sequence based on selected digitally stored programs or segments of digitally stored programs; and means for displaying the user-defined program sequence, wherein displaying the user-defined program sequence comprises displaying the associated program data together with the user-selected programs or segments thereof according to the defined program sequence on the user television equipment.
Working device with a drive motor, a fan impeller for delivering cooling air for the drive motor, and a working unit which is driven by the drive motor, the fan impeller being arranged in a fan space which is delimited at least partially by a circumferential wall, a first side wall and a second side wall, the fan space having an outlet opening for the delivered cooling air, the spacing (a) of the circumferential wall from the circumference of the fan impeller increasing in the flow direction of the cooling air in the direction of the outlet opening at least over a region of the circumference of the fan impeller, the first side wall lying between the drive motor and the second side wall, and the second side wall being adjoined by a connection structure which comprises the working unit, characterized in that at least one connecting strut (20, 20') is provided which protrudes through the fan space between the circumference of the fan impeller and the circumferential wall and connects the first side wall to the second side wall, and in that the connection structure is screwed fixedly to the second side wall via at least one fastening screw, the spacing (g) of the centre axis of the fastening screw from the rotational axis of the fan impeller being smaller than half the diameter (h) of the fan impeller.
Elevator door system for an elevator, comprising: at least one elevator door (2, 3), a control unit to open and close the elevator door (2, 3) in response to a control signal, the elevator door system comprises a data storage for saving a reference data, wherein the elevator door (2, 3) comprises a vibration sensor to detect vibration activity on the elevator door (2, 3), and the elevator door system comprises a signal conditioner circuit to compare a detected vibration activity with the saved reference data and to send the control signal to the control unit depending on a comparison result. at least one elevator door (2, 3), a control unit to open and close the elevator door (2, 3) in response to a control signal, the elevator door system comprises a data storage for saving a reference data, wherein the elevator door (2, 3) comprises a vibration sensor to detect vibration activity on the elevator door (2, 3), and the elevator door system comprises a signal conditioner circuit to compare a detected vibration activity with the saved reference data and to send the control signal to the control unit depending on a comparison result.
A pest station for trapping a target species, comprising: a chamber, and a non-target species barrier adapted to prevent ingress of non-target species to a pest station by having sufficient strength to prevent a non-target species from breaching the barrier, the pest station being configured to retain the non-target species barrier, positioned so as to prevent ingress of non-target species to the chamber; wherein the non-target species barrier is formed of cardboard, fabric or plastic, wherein the non-target species barrier comprising a plurality of apertures, wherein the apertures are sized such that the non-target species and a target species cannot pass therethrough, wherein the non-target species barrier is adapted to allow formation of an aperture therein by chewing, gnawing and/or scratching of a target species, so as to allow ingress of the target species to the pest station, and wherein the target species is a rodent, characterised in that: the pest station further comprises a retaining portion configured to retain the non-target species barrier, wherein the retaining portion comprises a plurality of slots, each slot being arranged to retain a respective edge of the non-target species barrier; and a lid hingedly attached to the pest station; wherein the non-target species barrier is a sheet slidably attachable to the retaining portion. a chamber, and a non-target species barrier adapted to prevent ingress of non-target species to a pest station by having sufficient strength to prevent a non-target species from breaching the barrier, the pest station being configured to retain the non-target species barrier, positioned so as to prevent ingress of non-target species to the chamber; wherein the non-target species barrier is formed of cardboard, fabric or plastic, wherein the non-target species barrier comprising a plurality of apertures, wherein the apertures are sized such that the non-target species and a target species cannot pass therethrough, wherein the non-target species barrier is adapted to allow formation of an aperture therein by chewing, gnawing and/or scratching of a target species, so as to allow ingress of the target species to the pest station, and wherein the target species is a rodent, characterised in that: the pest station further comprises a retaining portion configured to retain the non-target species barrier, wherein the retaining portion comprises a plurality of slots, each slot being arranged to retain a respective edge of the non-target species barrier; and a lid hingedly attached to the pest station; the pest station further comprises a retaining portion configured to retain the non-target species barrier, wherein the retaining portion comprises a plurality of slots, each slot being arranged to retain a respective edge of the non-target species barrier; and a lid hingedly attached to the pest station; wherein the non-target species barrier is a sheet slidably attachable to the retaining portion.
Process for the synthesis of 9,9-bis(methoxymethyl)fluorene from 9,9-bis(hydroxymethyl)fluorene comprising providing an alkali metal hydroxide solution, mixing said solution with tetraalkylammonium halide, 9,9-bis(hydroxymethyl)fluorene and a solvent and adding dimethyl sulfate to obtain 9,9-bis(methoxymethyl)fluorene wherein dimethyl sulfate is added in at least three portions wherein the reaction mixture is stirred for a period of at least 60 minutes before the following portions is added.
A folding box for receiving several objects on a lower and an upper level comprising a folding blank (100, 101, 102) that can be folded into said folding box, said folding blank having side walls (1, 2, 3, 4) arranged next to each other in a longitudinal direction, adjacent to one another along transverse fold lines (31, 32, 33) and each having a bottom flap (5, 6, 7, 8) at its long side which is demarcated by longitudinal fold lines (34, 35, 36, 37) in relation to the side walls (1, 2, 3, 4), and at least two cover flaps (11, 12, 13, 14) being provided with vertical partition walls (70, 71, 72, 73; 123) for the upper level which can be folded into the box's interior, two of the bottom flaps (5, 7) each having an extension portion (75, 76) bordering the respective bottom flap (5, 7) at a longitudinal fold line (51, 52), said extension portions (75, 76) each comprising a vertical wall section (15, 20), characterised in that a horizontal wall section (17, 19) borders each of said vertical wall sections (15, 20) of said bottom flaps (5, 7), which, in its folded state, serves the purpose of separating the lower and the upper levels, each of said horizontal wall sections (17, 19) having a wall segment (16, 18) that is foldable in the opposite direction.
An information processing device comprising: list acquisition means for accessing a first device based on a stored URL to acquire a list of information about a plurality of applications, said list being stored in the first device, and list display control means for controlling the display of said list; means for storing registration status information indicating applications a user has registered for simultaneous execution; application acquisition means configured to respond, to selection by the user of an application from the list displayed under the control of the list display control means, by accessing a second device to acquire therefrom the application selected by the user as well as said applications that the user has registered for simultaneous execution; content data acquisition means for executing respective processes based on the acquired applications and, in the course of the processes, accessing a third device to acquire content data therefrom; display control means for controlling the display based on the acquired applications and said content data; and discarding means adapted to detect an instruction to end the processing of the acquired applications and to respond to detection of said instruction by deleting from the information processing device all of the acquired applications and their associated content data. list acquisition means for accessing a first device based on a stored URL to acquire a list of information about a plurality of applications, said list being stored in the first device, and list display control means for controlling the display of said list; means for storing registration status information indicating applications a user has registered for simultaneous execution; application acquisition means configured to respond, to selection by the user of an application from the list displayed under the control of the list display control means, by accessing a second device to acquire therefrom the application selected by the user as well as said applications that the user has registered for simultaneous execution; content data acquisition means for executing respective processes based on the acquired applications and, in the course of the processes, accessing a third device to acquire content data therefrom; display control means for controlling the display based on the acquired applications and said content data; and discarding means adapted to detect an instruction to end the processing of the acquired applications and to respond to detection of said instruction by deleting from the information processing device all of the acquired applications and their associated content data.
An insulated gate semiconductor device (30; 60; 90; 100; 150) comprising: - a semiconductor body (32, 34, 36; 102, 104, 106) having a front side (32a; 36a; 106a) and a back side (32b; 102b) opposite to one another; - a drift region (36; 106'), which extends in the semiconductor body and has a first type of conductivity and a first doping value; - a body region (38; 108; 156) having a second type of conductivity, which extends in the drift region and faces the front side (36a; 106a) of the semiconductor body, the body region housing a region (40; 113) that is a source of charge carriers having the first type of conductivity; further comprising a buried region (44; 114) having the second type of conductivity, which extends in the drift region at a distance from the body region, aligned to the body region along a direction orthogonal to the front side and to the back side, characterised in that the buried region (44; 114) is arranged at a distance from the body region, measured along said direction, comprised between 1 μm and 5 μm. - a semiconductor body (32, 34, 36; 102, 104, 106) having a front side (32a; 36a; 106a) and a back side (32b; 102b) opposite to one another; - a drift region (36; 106'), which extends in the semiconductor body and has a first type of conductivity and a first doping value; - a body region (38; 108; 156) having a second type of conductivity, which extends in the drift region and faces the front side (36a; 106a) of the semiconductor body, the body region housing a region (40; 113) that is a source of charge carriers having the first type of conductivity;
An apparatus for detecting seal failure of a sealed region within a conveyor component, the apparatus comprising: a fluid line extending out of the sealed region within the conveyor component; a sensor connected to said fluid line to make test pressure measurements; a valve connected to said fluid line subsequent to said sensor; a fluid pump connected subsequent to said valve; and a controller connected to said sensor, said valve, and said fluid pump; wherein the sealed region within a conveyor component is contained within an idler pulley, the idler pulley comprising: a drum shell; an end lid that is affixed to an axial end of the drum shell; and a shaft; and characterized in that the conveyor component may alternatively be contained within: a motorized drum, the motorized drum comprising: a drum shell; a motor having a rotatory output, the motor being disposed within the drum shell; an end lid; and a shaft; or a hollow conveyor frame structure; and wherein the controller is configured to: activate the fluid pump; open the valve, so that the fluid pump can withdraw fluid from the sealed region through the fluid line, and close the valve to isolate the fluid pump from the sensor; receive reports from the sensor of test pressure measurements of the sealed region; verify that a measured test pressure is within determined parameters; and if the measured test pressure is not within determined parameters, perform a seal failure alert notification. a fluid line extending out of the sealed region within the conveyor component; a sensor connected to said fluid line to make test pressure measurements; a valve connected to said fluid line subsequent to said sensor; a fluid pump connected subsequent to said valve; and a controller connected to said sensor, said valve, and said fluid pump; a drum shell; an end lid that is affixed to an axial end of the drum shell; and a shaft; and a motorized drum, the motorized drum comprising: a drum shell; a motor having a rotatory output, the motor being disposed within the drum shell; an end lid; and a shaft; or a drum shell; a motor having a rotatory output, the motor being disposed within the drum shell; an end lid; and a shaft; or a hollow conveyor frame structure; and activate the fluid pump; open the valve, so that the fluid pump can withdraw fluid from the sealed region through the fluid line, and close the valve to isolate the fluid pump from the sensor; receive reports from the sensor of test pressure measurements of the sealed region; verify that a measured test pressure is within determined parameters; and if the measured test pressure is not within determined parameters, perform a seal failure alert notification.
A bed including a mattress-base, including an article storing space, wherein said mattress-base is pivoted to two bed sides (2, 2a) on a pair of pivot pins (3, 3a) arranged under a bed mattress and spaced at a set distance from the mattress-base head, thereby providing a set opening angle, preferably of about a ninth of a full 360° angle, while preventing the mattress-base from interfering against a bed bottom, said bed further including a rotary opening and closing system for restraining at any desired rotary opening or closing positions said mattress-base, said system further comprising two gas springs (6, 6a) operating between said mattress-base and bed sides (2, 2a) and arranged in a sole pair of points (7, 7a - 8, 8a) allowing said gas springs (6, 6a) to provide a balancing work which, at any desired point of the mattress-base rotary movement, balances a pushing force of a weight of the mattress-base and the mattress supported by said mattress-base to allow said mattress-base to be restrained at any desired rotary point as a user of said bed performs both rotary opening and closing movements of said mattress-base, said sole pair of points (7, 7a - 8, 8a) being selected based on a size and operating stroke of said gas springs (6, 6a), said system further comprising a pair of L-shaped brackets (9, 9a) fixedly coupled by coupling screws to said mattress-base, characterized in that each L-shaped bracket (9, 9a) including the pivot pin (3, 3a) for engaging in a slanted hollow portion of a rotary plate (11, 11a) having a plate lip (10, 10a), said rotary plate (11, 11a) being fixedly coupled by coupling screws to each of the bed sides (2, 2a), said pivot pins (3, 3a) connecting said mattress-base to the bed sides (2, 2a) to allow said mattress-base to turn from a closed horizontal position to an opened position through said angle of about a ninth of a full 360° turning angle, said L-shaped bracket (9, 9a) being arranged at a distance from said mattress-base head thereby allowing said mattress-base to be freely opened without any interference between said mattress-base and bed bottom.