mhurhangee/ep-ind-claims huggingface dataset:
A method for assembling torque detecting apparatus, which detects rotational torque applied to a first shaft and a second shaft which are coaxially connected to each other by a torsion bar, by using a relative angular displacement generated between a first rotating magnet, having a plurality of N poles and a plurality of S poles, said magnet being covered on its end faces with a molded body and being fixedly fitted onto said first shaft with interposition of said molded body and integrally rotating with said first shaft and a second rotating member surrounding an outer circumference of said first rotating magnet and integrally rotating with said second shaft wherein a molded body of said first rotating magnet is fixedly fitted on said first shaft, with positioning said first rotating magnet and said second rotating member in both the circumferential direction and the axial direction, characterized by: providing on said first shaft and said second shaft facing surfaces (12, 22) wherein said facing surfaces face each other in the axial direction by a space (a) smaller than a space between a lower end face of said first rotating magnet and said upper end face of said second shaft; determining a reference position for positioning said first rotating magnet and said second rotating member in the axial direction by making said space (a) between said facing surfaces (12, 22) become zero; positioning said first rotating magnet and said second rotating member in the axial direction by moving said first shaft with respect to said second shaft from the determined reference position by a predetermined space (a) upwardly in the axial direction; and positioning said first rotating magnet and said second rotating member in the circumferential direction by relatively rotating said first shaft and said second shaft, after positioning said first rotating magnet and said second rotating member in the axial direction has been completed. providing on said first shaft and said second shaft facing surfaces (12, 22) wherein said facing surfaces face each other in the axial direction by a space (a) smaller than a space between a lower end face of said first rotating magnet and said upper end face of said second shaft; determining a reference position for positioning said first rotating magnet and said second rotating member in the axial direction by making said space (a) between said facing surfaces (12, 22) become zero; positioning said first rotating magnet and said second rotating member in the axial direction by moving said first shaft with respect to said second shaft from the determined reference position by a predetermined space (a) upwardly in the axial direction; and positioning said first rotating magnet and said second rotating member in the circumferential direction by relatively rotating said first shaft and said second shaft, after positioning said first rotating magnet and said second rotating member in the axial direction has been completed.
A method for dynamic adjustment of a carrier resource in soft frequency reuse technology, comprising: detecting (step 11, 22, 62) a cell-edge traffic volume of a local cell; and if the cell-edge traffic volume of the local cell is reduced, releasing (step 12, 23, 63) an idle primary subcarrier resource in the cell as a secondary subcarrier according to a degree of reduction of the cell-edge traffic volume and according to a multiple of a predetermined minimum granularity, wherein the predetermined minimum granularity is a predetermined number of subcarriers, wherein the predetermined number is determined according to a channel state, a borne service type, and a cell load state detecting (step 11, 22, 62) a cell-edge traffic volume of a local cell; and if the cell-edge traffic volume of the local cell is reduced, releasing (step 12, 23, 63) an idle primary subcarrier resource in the cell as a secondary subcarrier according to a degree of reduction of the cell-edge traffic volume and according to a multiple of a predetermined minimum granularity, wherein the predetermined minimum granularity is a predetermined number of subcarriers, wherein the predetermined number is determined according to a channel state, a borne service type, and a cell load state
A method comprising the steps of: a. forming, by self-aligned multiple patterning, a first pattern of regularly spaced mandrels on a layer to be patterned, b. subsequently, forming hard mask spacers on sidewalls of the mandrels, thereby forming a second pattern formed of regularly spaced assemblies (4,5) each comprising a mandrel and hard mask spacers on sidewalls thereof, the hard mask spacers extending from the layer to be patterned along the sidewalls, whereby the regularly spaced assemblies (4, 5) form regularly spaced masks on the layer to be patterned, and c. subsequently, by means of the regularly spaced masks, etching the second pattern in the layer to be patterned to form a pattern of regularly spaced dummy gates. a. forming, by self-aligned multiple patterning, a first pattern of regularly spaced mandrels on a layer to be patterned, b. subsequently, forming hard mask spacers on sidewalls of the mandrels, thereby forming a second pattern formed of regularly spaced assemblies (4,5) each comprising a mandrel and hard mask spacers on sidewalls thereof, the hard mask spacers extending from the layer to be patterned along the sidewalls, whereby the regularly spaced assemblies (4, 5) form regularly spaced masks on the layer to be patterned, and c. subsequently, by means of the regularly spaced masks, etching the second pattern in the layer to be patterned to form a pattern of regularly spaced dummy gates.
A paging method, applied in a base station, wherein the method comprises: receiving, from a core network device, a paging message of user equipment, wherein the paging message comprises a user identity of the user equipment; calculating a paging location of the user equipment according to the user identity of the user equipment; determining a coverage level of the user equipment; sending an air interface paging message to the user equipment according to the coverage level of the user equipment, and sending, in the paging location, paging scheduling information, wherein the paging scheduling information is used to indicate a location in which the air interface paging message is sent, and the air interface paging message comprises the paging message of the user equipment; characterised by re-determining the coverage level of the user equipment, if the base station receives, from the core network device, retransmission indication information that is used to instruct to re-send a paging message of the user equipment; and sending the air interface paging message to the user equipment according to the re-determined coverage level of the user equipment. receiving, from a core network device, a paging message of user equipment, wherein the paging message comprises a user identity of the user equipment; calculating a paging location of the user equipment according to the user identity of the user equipment; determining a coverage level of the user equipment; sending an air interface paging message to the user equipment according to the coverage level of the user equipment, and sending, in the paging location, paging scheduling information, wherein the paging scheduling information is used to indicate a location in which the air interface paging message is sent, and the air interface paging message comprises the paging message of the user equipment; characterised by re-determining the coverage level of the user equipment, if the base station receives, from the core network device, retransmission indication information that is used to instruct to re-send a paging message of the user equipment; and sending the air interface paging message to the user equipment according to the re-determined coverage level of the user equipment.
A multilayer film comprising at least one matte layer and at least two additional layers, wherein the matte layer comprises: 20 to 80 weight % propylene-ethylene copolymer having a density from 0.857 to 0.895 g/cc and a melt flow rate (I 2) of 2 to 25 g/10 min when measured according to ASTM D-1238 at 230°C and 2.16 kg; and 20 to 80 weight % ethylene based polymer having a density from 0.935 to 0.955 and a melt flow rate (I 5) of 0.1 to 1.0 g/10 min when measured according to ASTM D-1238 at 190°C and 5.0 kg, and the at least two additional layers independently comprise at least one of polyamide, propylene-based polymer, ethylene-based polymer, ethylene vinyl acetate, ethylene vinyl alcohol (EVOH), ethylene acrylic acid, and ethylene maleic anhydride, wherein the multilayer film has a gloss 45° value of less than 10 units when measured according to ASTM D-2457. 20 to 80 weight % propylene-ethylene copolymer having a density from 0.857 to 0.895 g/cc and a melt flow rate (I 2) of 2 to 25 g/10 min when measured according to ASTM D-1238 at 230°C and 2.16 kg; and 20 to 80 weight % ethylene based polymer having a density from 0.935 to 0.955 and a melt flow rate (I 5) of 0.1 to 1.0 g/10 min when measured according to ASTM D-1238 at 190°C and 5.0 kg, and the at least two additional layers independently comprise at least one of polyamide, propylene-based polymer, ethylene-based polymer, ethylene vinyl acetate, ethylene vinyl alcohol (EVOH), ethylene acrylic acid, and ethylene maleic anhydride, wherein the multilayer film has a gloss 45° value of less than 10 units when measured according to ASTM D-2457.
Method for marking a measurement point in a cast concrete ceiling, wherein formwork for the concrete ceiling is provided with a marking body for the measurement point indicated on the formwork before the concrete ceiling is cast, and the marking body remains in the concrete ceiling after removal of the formwork from the concrete ceiling, characterised in that as the marking body an annular body, which is ferromagnetic at least in sections, is releasably fastened to the formwork in a concentric manner with respect to the measurement point.
An operational entity for controlling movement of a plurality of elevator cars (110a-110n) of a multicar elevator system, characterized in that the operational entity comprises a user interface comprising a first input element and a second input element, the user interface is configured to: - generate, on the basis of the first input element, an indication of selection of at least one elevator car from among a plurality of elevator cars (110a-110n) to be moved, and - generate, on the basis of the second input element, one or more control signals indicative of a request to control the movement of the selected at least one elevator car to a predefined direction. - generate, on the basis of the first input element, an indication of selection of at least one elevator car from among a plurality of elevator cars (110a-110n) to be moved, and - generate, on the basis of the second input element, one or more control signals indicative of a request to control the movement of the selected at least one elevator car to a predefined direction.
An elevator apparatus comprising: a car movable in a hoistway characterized by a light-emitting device (9a,9b,9c) for emitting light, the light-emitting device (9a,9b,9c) being provided to any one of a top of the hoistway and an upper part of the car; a light-receiving device (10a,10b,10c) for receiving the light from the light-emitting device (9a,9b,9c), the light-receiving device (10a,10b,10c) being provided to another one of the top of the hoistway and the upper part of the car; and a controller capable of switching an operation mode of an elevator between a normal operation mode for moving the car at normal speed and an inspection operation mode for moving the car at a speed lower than the normal speed, the controller performing switching from the normal operation mode to the inspection operation mode when detection of light reception by the light-receiving device (10a,10b,10c) is stopped. a car movable in a hoistway characterized by a light-emitting device (9a,9b,9c) for emitting light, the light-emitting device (9a,9b,9c) being provided to any one of a top of the hoistway and an upper part of the car; a light-receiving device (10a,10b,10c) for receiving the light from the light-emitting device (9a,9b,9c), the light-receiving device (10a,10b,10c) being provided to another one of the top of the hoistway and the upper part of the car; and a controller capable of switching an operation mode of an elevator between a normal operation mode for moving the car at normal speed and an inspection operation mode for moving the car at a speed lower than the normal speed, the controller performing switching from the normal operation mode to the inspection operation mode when detection of light reception by the light-receiving device (10a,10b,10c) is stopped.
Infrared light detector having a first substrate that comprises a multitude of sensor chips lying next to each other, wherein the sensor chips respectively comprise an irradiation area that can be irradiated with infrared light that can be converted in electrical signals by the sensor chips, and a second substrate that comprises a multitude of windows that are respectively assigned to one of the irradiation areas and are arranged immediately adjacent the to the irradiation area that is assigned to the window, wherein the windows are adapted to mask infrared light of a predetermined wavelength, wherein the dimensions of each window and its distance to the irradiation area that is assigned to the window are dimensioned such that the infrared light that passes through each window impinges completely on the sensor chip that is assigned to the window, wherein at least one of the windows is an infrared light filter formed by a diffractive-optical element, characterized in that the diffractive-optical element comprises a dielectric layer in which a structure is etched, wherein the dimension of the structure is approximately one fourth of the wavelength of the light that is filtered by the diffractive-optical element, wherein the diffractive-optical element comprises a housing (14, 15) housing the dielectric layer and being formed such that it is reflecting on the inside, wherein the housing (14, 15) comprises an entry opening on the side facing away the sensor chip and an exit opening on the side facing towards the sensor chip, wherein the exit opening is offset with respect to the entry opening such that the portion of the infrared light passing through the entry opening which can not be coupled into the dielectric layer can be completely back reflected from the housing (14, 15) through the entry opening, wherein the housing (14, 15) comprises at least one side wall that is arranged inclined such that the other portion of the infrared light passing through the entry opening which can be coupled into the dielectric layer can be reflected through the exit opening towards the sensor chip by the at least one side wall.
A portable image capturing device, the device operable in a plurality of operational states including a first operational state in which an image capturing operation is performable and a second operational state, wherein said portable apparatus comprises: detecting means comprising a sensor for detecting a user's touch, a system configuration unit comprising an image capturing unit, the system configuration unit consuming less power in the second operational state than in the first operational state, and an operation unit operable by a user to issue a power supply instruction; a power supply section for supplying power to the system configuration unit; a power supply control unit configured to control, in response to the detecting means detecting a user's touch or a power supply instruction from the operation unit, an operational state change of the portable apparatus from the second operational state to the first operational state; and the power supply control unit is further configured to determine when there is no user's touch detected within a first predetermined time in the first operational state and to then control an operational state change from the first operational state to the second operational state, in which the power supply to the system configuration unit is shut off; characterised in that: the power supply control unit is further configured, following the operational state change from the second operational state to the first operational state in response to the detecting means detecting a user's touch, to return to the second operational state if a power supply instruction is not received before a second predetermined time has expired. detecting means comprising a sensor for detecting a user's touch, a system configuration unit comprising an image capturing unit, the system configuration unit consuming less power in the second operational state than in the first operational state, and an operation unit operable by a user to issue a power supply instruction; a power supply section for supplying power to the system configuration unit; a power supply control unit configured to control, in response to the detecting means detecting a user's touch or a power supply instruction from the operation unit, an operational state change of the portable apparatus from the second operational state to the first operational state; and the power supply control unit is further configured to determine when there is no user's touch detected within a first predetermined time in the first operational state and to then control an operational state change from the first operational state to the second operational state, in which the power supply to the system configuration unit is shut off; characterised in that: the power supply control unit is further configured, following the operational state change from the second operational state to the first operational state in response to the detecting means detecting a user's touch, to return to the second operational state if a power supply instruction is not received before a second predetermined time has expired.
Sealed electrical machine comprising an electrical connection and comprising a casing defining a high pressure chamber and a low pressure chamber, wherein the high pressure chamber houses a stator with a stator winding and a rotor with a rotor winding and the low pressure chamber houses the electrical connection comprising at least one lead conductor connected to a bushing via an electrical connector, wherein the at least one lead conductor extends from the high pressure chamber and through a corresponding at least one sealed aperture in a wall separating the high pressure chamber from the low pressure chamber into the low pressure chamber and wherein the low pressure chamber has at least an inlet and an outlet for a cooling fluid, wherein said electrical connector comprises at least a permeable element defining a chamber, such that during operation the cooling fluid passing through the chamber and the permeable element cools the permeable element, wherein said cooling fluid comes from a heat exchanger, flows through the low pressure chamber and over the electrical connector, the chamber and those parts of the bushing and the lead conductor which are contained inside the low pressure chamber and leaves the low pressure chamber via the outlet and through a fan into the high pressure chamber and through the stator back to the heat exchanger, wherein the lead conductor has a tubular shape and is arranged to feed additional cooling fluid that enters the chamber, such that the cooling fluid passing through the permeable element cools the lead conductor and the permeable element.
A bougie for use with an endotracheal tube, said device comprising: - a shaft having a proximal end, a distal end, a length from said proximal end to said distal end, a central longitudinal axis through said proximal and distal ends, and a wall from said distal end to said proximal end, said distal end including a tip, said wall forming a passage with a length from said distal end towards said proximal end, said wall including a flexible region proximate said tip, said wall outside of said flexible region both distally and proximally of said flexible region being of a stiffness greater than said flexible region, a majority of the length of said shaft being configured to fit within the endotracheal tube; - a cord or cords having distal and proximate ends,; and - a handle operationally attached to the one or more proximate ends of said cord or cords for pulling said cord or cords to move said tip away from the central longitudinal axis of said shaft characterised in that the distal end of the cord or cords is attached to an interior portion of said wall, proximally of said tip, in the flexible region. - a shaft having a proximal end, a distal end, a length from said proximal end to said distal end, a central longitudinal axis through said proximal and distal ends, and a wall from said distal end to said proximal end, said distal end including a tip, said wall forming a passage with a length from said distal end towards said proximal end, said wall including a flexible region proximate said tip, said wall outside of said flexible region both distally and proximally of said flexible region being of a stiffness greater than said flexible region, a majority of the length of said shaft being configured to fit within the endotracheal tube; - a cord or cords having distal and proximate ends,; and - a handle operationally attached to the one or more proximate ends of said cord or cords for pulling said cord or cords to move said tip away from the central longitudinal axis of said shaft