mhurhangee/ep-ind-claims huggingface dataset:
An electrically driven toothbrush comprising: a handle part as a handle; and a replacement brush detachably attached to the handle part, wherein the handle part includes: a metallic cylindrical exterior case that has a first end portion and a second end portion; an interior member that has a small end portion inserted into the first end portion and a large end portion locked at the second end portion, and is installed in the exterior case by inserting the small end portion into the exterior case from the second end portion side; a restriction member that is fitted and fixed onto the small end portion protruding outward from the first end portion via a coupling structure and is engaged with the first end portion of the exterior case to restrict falling of the exterior case from the interior member in conjunction with the large end portion; and a vibration generation means that is assembled into the interior member to vibrate the replacement brush. a handle part as a handle; and a replacement brush detachably attached to the handle part, wherein the handle part includes: a metallic cylindrical exterior case that has a first end portion and a second end portion; an interior member that has a small end portion inserted into the first end portion and a large end portion locked at the second end portion, and is installed in the exterior case by inserting the small end portion into the exterior case from the second end portion side; a restriction member that is fitted and fixed onto the small end portion protruding outward from the first end portion via a coupling structure and is engaged with the first end portion of the exterior case to restrict falling of the exterior case from the interior member in conjunction with the large end portion; and a vibration generation means that is assembled into the interior member to vibrate the replacement brush. a metallic cylindrical exterior case that has a first end portion and a second end portion; an interior member that has a small end portion inserted into the first end portion and a large end portion locked at the second end portion, and is installed in the exterior case by inserting the small end portion into the exterior case from the second end portion side; a restriction member that is fitted and fixed onto the small end portion protruding outward from the first end portion via a coupling structure and is engaged with the first end portion of the exterior case to restrict falling of the exterior case from the interior member in conjunction with the large end portion; and a vibration generation means that is assembled into the interior member to vibrate the replacement brush.
A transmission opportunity determining method, comprising: determining, by an access point, transmission opportunity duration, wherein the transmission opportunity duration is a duration in which the access point performs frame transmission with at least two stations for a plurality of times; after the access point performs backoff and obtains a channel through contention, and initially sends a downlink frame in the transmission opportunity duration, determining, by the access point, that the access point holds a transmission opportunity in the transmission opportunity duration; and after determining that the access point holds the transmission opportunity in the transmission opportunity duration, sending, by the access point, another downlink frame in the transmission opportunity duration if the access point does not receive a multiuser uplink frame in reply to the initially sent downlink frame, wherein the access point does not perform backoff before sending the another downlink frame in the transmission opportunity duration. determining, by an access point, transmission opportunity duration, wherein the transmission opportunity duration is a duration in which the access point performs frame transmission with at least two stations for a plurality of times; after the access point performs backoff and obtains a channel through contention, and initially sends a downlink frame in the transmission opportunity duration, determining, by the access point, that the access point holds a transmission opportunity in the transmission opportunity duration; and after determining that the access point holds the transmission opportunity in the transmission opportunity duration, sending, by the access point, another downlink frame in the transmission opportunity duration if the access point does not receive a multiuser uplink frame in reply to the initially sent downlink frame, wherein the access point does not perform backoff before sending the another downlink frame in the transmission opportunity duration.
A gait trainer for training of neuromuscular functions comprising: - a hoist system with a rotatable cable drum, a cable adapted to be wound around the rotatable cable drum and with a cable end adapted for interaction with a patient; - an electrical motor adapted for axial engagement with the rotatable cable drum and adapted to drive said rotatable cable drum in a forward and in a reverse drive direction for unwinding or winding the cable on the cable drum; - a weight sensor adapted for outputting a qualitative weight sensor signal; - a control unit; - a processor adapted for receiving the qualitative weight sensor signal, said processor being configured for calculating and outputting a motor drive control signal, - a motor controller adapted to receive the motor drive control signal, characterised in that the processor is adapted for establishing the calculated drive direction in the motor based on the received qualitative weight sensor signal and based on the result of comparing the actual qualitative weight signal with a counterbalance weight determined prior to beginning the training, and that said motor controller is adapted to establish the calculated drive direction in the motor such that the determined counterbalance weight applied to the cable by the electrical motor is maintained at a constant value, and that the hoist system is freely suspended by the weight sensors as the gait trainer comprises two weight sensors wherein the weight sensors are arranged side-mounted on the hoist system, such that the built-in height dimension of the gait trainer is reduced. - a hoist system with a rotatable cable drum, a cable adapted to be wound around the rotatable cable drum and with a cable end adapted for interaction with a patient; - an electrical motor adapted for axial engagement with the rotatable cable drum and adapted to drive said rotatable cable drum in a forward and in a reverse drive direction for unwinding or winding the cable on the cable drum; - a weight sensor adapted for outputting a qualitative weight sensor signal; - a control unit; - a processor adapted for receiving the qualitative weight sensor signal, said processor being configured for calculating and outputting a motor drive control signal, - a motor controller adapted to receive the motor drive control signal, characterised in that the processor is adapted for establishing the calculated drive direction in the motor based on the received qualitative weight sensor signal and based on the result of comparing the actual qualitative weight signal with a counterbalance weight determined prior to beginning the training, and that said motor controller is adapted to establish the calculated drive direction in the motor such that the determined counterbalance weight applied to the cable by the electrical motor is maintained at a constant value, and that the hoist system is freely suspended by the weight sensors as the gait trainer comprises two weight sensors wherein the weight sensors are arranged side-mounted on the hoist system, such that the built-in height dimension of the gait trainer is reduced.
A compound of formula: E 1a -V 1a -C(=O)-P 1a -W 1a -P 1b -C(=O)-V 1b -E 1b wherein: W 1a is optionally substituted with one or more groups independently selected from halo, C 1 -C 18 alkyl, C 1 -C 18 haloalkyl, and cyano; X 11 is -CH 2 -CH 2 -, -O-CH 2 -, or -CH=CH-; E 1a is -N (C 1 -C 18 alkoxycarbonyl), -N (C 3 -C 7 cycloalkylcarbonyl) or -N (C 3 -C 7 cycloalkyloxycarbonyl); or E 1a -V 1a taken together are R 9a; E 1b is -N (C 1 -C 18 alkoxycarbonyl), -N (C 3 -C 7 cycloalkylcarbonyl) or -N (C 3 -C 7 cycloalkyloxycarbonyl); or E 1b -V 1b taken together are R 9b; V 1a and V 1b are each independently selected from: one of P 1a and P 1b is and the other of P 1a and P 1b is selected from: and R 9a and R 9b are each independently: or a pharmaceutically acceptable salt thereof W 1a is optionally substituted with one or more groups independently selected from halo, C 1 -C 18 alkyl, C 1 -C 18 haloalkyl, and cyano; X 11 is -CH 2 -CH 2 -, -O-CH 2 -, or -CH=CH-; E 1a is -N (C 1 -C 18 alkoxycarbonyl), -N (C 3 -C 7 cycloalkylcarbonyl) or -N (C 3 -C 7 cycloalkyloxycarbonyl); or E 1a -V 1a taken together are R 9a; E 1b is -N (C 1 -C 18 alkoxycarbonyl), -N (C 3 -C 7 cycloalkylcarbonyl) or -N (C 3 -C 7 cycloalkyloxycarbonyl); or E 1b -V 1b taken together are R 9b; V 1a and V 1b are each independently selected from: one of P 1a and P 1b is and the other of P 1a and P 1b is selected from: and R 9a and R 9b are each independently: or a pharmaceutically acceptable salt thereof
A solar cell module (1a to 11), comprising: a protective body; a sheet facing the protective body; a filler layer provided between the protective body and the sheet; and a solar cell disposed inside the filler layer, wherein: the filler layer includes a first filler layer and a second filler layer, the first filler layer is provided between the solar cell and the sheet, and is in contact with both the solar cell and the sheet, the second filler layer is provided between the solar cell and the protective body, the first filler layer is formed of a resin, the second filler layer is formed of a resin whose gel fraction is higher than 0% and is less than a gel fraction of the resin of the first filler layer, and the gel fraction of the resin of the first filler layer is equal to or higher than 1.5 times of the gel fraction of the resin of the second filler layer. a protective body; a sheet facing the protective body; a filler layer provided between the protective body and the sheet; and a solar cell disposed inside the filler layer, wherein: the filler layer includes a first filler layer and a second filler layer, the first filler layer is provided between the solar cell and the sheet, and is in contact with both the solar cell and the sheet, the second filler layer is provided between the solar cell and the protective body, the first filler layer is formed of a resin, the second filler layer is formed of a resin whose gel fraction is higher than 0% and is less than a gel fraction of the resin of the first filler layer, and the gel fraction of the resin of the first filler layer is equal to or higher than 1.5 times of the gel fraction of the resin of the second filler layer. the filler layer includes a first filler layer and a second filler layer, the first filler layer is provided between the solar cell and the sheet, and is in contact with both the solar cell and the sheet, the second filler layer is provided between the solar cell and the protective body, the first filler layer is formed of a resin, the second filler layer is formed of a resin whose gel fraction is higher than 0% and is less than a gel fraction of the resin of the first filler layer, and the gel fraction of the resin of the first filler layer is equal to or higher than 1.5 times of the gel fraction of the resin of the second filler layer.
A disk blank for producing commutator bars of a disk commutator, comprising a carbon mold body made of carbon material for forming tread segments of the commutator bars and comprising a contact arrangement made of a carbon and arranged on the carbon mold body and comprising a contact material having contact metal for forming connecting segments of the commutator bars, the contact arrangement comprising contact bodies spaced apart from each other via transition areas, said carbon mold body forming a continuous first layer and said contact arrangement forming a second layer disrupted by the transition areas in such a manner that the transition areas do not comprise any contact material, characterized in that said contact bodies are realized as contact-material mold bodies and are connected to the carbon mold body by compression molding in such a manner that the disk blank is realized as a multi-layered body, and the contact bodies are formed as multi-layered bodies made of at least two contact layers, comprising an inner contact layer for forming a contact body base and an outer contact layer arranged on the inner contact layer for forming a contact-body upper part.
A pivot actuator, comprising: a housing; a piston that is supported in the housing and displaceable along a longitudinal axis of the housing; a drive shaft that protrudes from the housing wherein the piston engages the drive shaft by form locking so that the drive shaft is pivoted about a drive axis by a pivot angle to an end position through a displacement of the piston; and a stop element; a switching cam (11, 26) that is fixed torque proof at the drive shaft and configured to contact the stop element at the housing with a convex stop surface at the switching cam (11, 26), wherein the end position is adjustable by an adjustment angle about the drive axis by displacing the stop element along an adjustment axis transversal to the drive axis, and wherein the stop surface follows an involute of a circle about the drive axis, characterized in that the involute is arranged in a direction transversal to the drive axis, wherein the circle is tangential to the adjustment axis. a housing; a piston that is supported in the housing and displaceable along a longitudinal axis of the housing; a drive shaft that protrudes from the housing wherein the piston engages the drive shaft by form locking so that the drive shaft is pivoted about a drive axis by a pivot angle to an end position through a displacement of the piston; and a stop element; a switching cam (11, 26) that is fixed torque proof at the drive shaft and configured to contact the stop element at the housing with a convex stop surface at the switching cam (11, 26), wherein the end position is adjustable by an adjustment angle about the drive axis by displacing the stop element along an adjustment axis transversal to the drive axis, and wherein the stop surface follows an involute of a circle about the drive axis, characterized in that the involute is arranged in a direction transversal to the drive axis, wherein the circle is tangential to the adjustment axis.
An optical film, comprising, a quantum rod film layer including a light incident side and a light emergent side and configured to emit light; a prism layer located at the light emergent side of the quantum rod film layer; a protective film layer attached to the light incident side of the quantum rod film layer; a polarizing beam-splitting layer disposed on the side of the protective film layer facing away from the quantum rod film layer; and a 1/4 phase film layer for converting linearly polarized light into circularly polarized light disposed on the side of the polarizing beam-splitting layer facing away from the quantum rod film layer.
A method for applying vacuum pressure to a composite part, comprising: (a) placing a composite part on a tool; (b) placing a sealant tape on the tool along a perimeter that surrounds the composite part; (c) laying a vacuum bag over the composite part and in contact with the sealant tape; (d) placing a vacuum probe (32a, 32b or 32c) overlying a portion of the vacuum bag with sealing material disposed between the vacuum probe and the vacuum bag, the vacuum probe comprising a sharpened body; (e) coupling a vacuum hose to an end of the vacuum probe in a manner that causes a valve element to separate from a valve seat inside a vacuum channel of the vacuum probe; and (f) applying a vacuum pressure inside the vacuum channel by way of the vacuum hose, as a result of which a portion of the vacuum bag surrounded by the sealing material is pulled toward and punctured by the sharpened body. (a) placing a composite part on a tool; (b) placing a sealant tape on the tool along a perimeter that surrounds the composite part; (c) laying a vacuum bag over the composite part and in contact with the sealant tape; (d) placing a vacuum probe (32a, 32b or 32c) overlying a portion of the vacuum bag with sealing material disposed between the vacuum probe and the vacuum bag, the vacuum probe comprising a sharpened body; (e) coupling a vacuum hose to an end of the vacuum probe in a manner that causes a valve element to separate from a valve seat inside a vacuum channel of the vacuum probe; and (f) applying a vacuum pressure inside the vacuum channel by way of the vacuum hose, as a result of which a portion of the vacuum bag surrounded by the sealing material is pulled toward and punctured by the sharpened body.
A method for operating a burner device, wherein an ignition spark is generated with an ignition electrode assigned to a burner and to which an ignition voltage is applied and wherein an electrical voltage is measured with the ignition electrode, characterised in that, in a period from before the ignition spark up to before a possible flame formation on the burner a resultant change in the electrical voltage is measured with the ignition electrode and an error report is generated if this change is less in absolute value than a predefined minimum value (U mind).
A method for obtaining efficient radio resource allocation in a mobile communication network comprising a communication network entity and at least one user equipment transmitting data to said mobile communication network entity over a radio interface, the method comprises the steps of: - receiving a first data transmission from said at least one user equipment; - decoding said first data transmission and obtaining a result of the decoding; - receiving a second data transmission from said at least one user equipment; characterised in that the method further comprises the step of adjusting a power on a downlink channel depending on said result of the decoding of said first received data transmission and the content in said received second data transmission. - receiving a first data transmission from said at least one user equipment; - decoding said first data transmission and obtaining a result of the decoding; - receiving a second data transmission from said at least one user equipment;
A method of forming a custom dental preparation guide, the method comprising: acquiring an optical measurement of at least one dental structure; acquiring an x-ray of the at least one dental structure; correlating the acquired optical measurement and the x-ray to form a model of the at least one dental structure; generating a model of a reduced tooth structure based on the model of the at least one dental structure; and providing at least one dental preparation guide based on the model of the reduced tooth structure. acquiring an optical measurement of at least one dental structure; acquiring an x-ray of the at least one dental structure; correlating the acquired optical measurement and the x-ray to form a model of the at least one dental structure; generating a model of a reduced tooth structure based on the model of the at least one dental structure; and providing at least one dental preparation guide based on the model of the reduced tooth structure.
A tubular film food casing, which is semi-permeable to smoke and water-vapor, comprising at least one layer, comprising a mixture of at least one semi-aromatic (co)polyamide with at least one water-soluble synthetic organic polymer, wherein the tubular film comprises 2 to 10 layers and at least one layer comprises at least two different water-soluble synthetic organic polymers, wherein the at least one layer comprises a partially or completely saponified poly(vinyl alcohol) and a polyvinylpyrrolidone and wherein the poly(vinyl alcohol) and the polyvinylpyrrolidone are both employed in a weight ratio from 0.1 to 10: 1.
A method for announcing reservation of a wireless medium in a wireless network, the method comprises: a station determining beacon timing information respecting a reservation of the medium for transmission of a beacon frame by the station in the network and reservation timing information respecting a reservation of the medium for data communication with the station; the station aggregating the beacon timing information and reservation timing information into a medium occupation element; and, the station transmitting the medium occupation element in a beacon frame, wherein the method further comprises: the station receiving a medium occupation element from a nearby station respecting aggregated medium reservation for beacon transmission by the nearby station and for data communication with the nearby station; and, the station further transmitting in the beacon frame information on the nearby station's reservations extracted from the medium occupation element of the nearby station. a station determining beacon timing information respecting a reservation of the medium for transmission of a beacon frame by the station in the network and reservation timing information respecting a reservation of the medium for data communication with the station; the station aggregating the beacon timing information and reservation timing information into a medium occupation element; and, the station transmitting the medium occupation element in a beacon frame, wherein the method further comprises: the station receiving a medium occupation element from a nearby station respecting aggregated medium reservation for beacon transmission by the nearby station and for data communication with the nearby station; and, the station receiving a medium occupation element from a nearby station respecting aggregated medium reservation for beacon transmission by the nearby station and for data communication with the nearby station; and,
Apparatus for moving an elongate component within or through a sidewall of a pit, comprising - a lever arm comprising a handle at a first end and a gripping arrangement for gripping the elongate component at a second end, the lever arm being pivotably attached to a frame and arranged in use to be pivoted about a pivot point by moving the first, handle, end through an arc, and - movement translation means for translating the pivoting movement of the lever arm at the first end into a substantially linear movement at the second, gripping, end, wherein the lever arm is pivotably attached to the frame via a sleeve and the movement translation means comprises a slave lever arm pivotably attached to the lever arm at a first slave pivot point, and pivotably attached to the frame at a second slave pivot point. - a lever arm comprising a handle at a first end and a gripping arrangement for gripping the elongate component at a second end, the lever arm being pivotably attached to a frame and arranged in use to be pivoted about a pivot point by moving the first, handle, end through an arc, and - movement translation means for translating the pivoting movement of the lever arm at the first end into a substantially linear movement at the second, gripping, end, wherein the lever arm is pivotably attached to the frame via a sleeve and the movement translation means comprises a slave lever arm pivotably attached to the lever arm at a first slave pivot point, and pivotably attached to the frame at a second slave pivot point.
Tap having a pull-out spray which is connected to a spray hose, wherein the tap also has a housing having an end region for receiving the spray and a duct for guiding the spray hose through the housing, characterised in that, at least in the end region, at least one first guide means is provided for spacing the spray hose apart from an inner wall surface of the duct, which first guide means, to minimise a support surface, is in the form of a curved tongue and is supported against the inner wall surface at at least two locations.