mhurhangee/patent-ind-claim-en huggingface dataset:
An arc gas venting structure of an air circuit breaker, which comprises a body having an accommodation space therein, an over current relay provided in front of the body , a trip device connected to the over current relay and configured to operate a switching mechanism , and the switching mechanism driven by the trip device to adjust contact or separation between a movable contact and a fixed contact, wherein the trip device comprises: a frame which forms an exterior; one or more arc gas inlet holes formed at the frame to allow an arc gas to flow into the trip device , wherein the arc gas is generated when the movable contact and the fixed contact are separated by the operation of the switching mechanism and moves toward the trip device ; and one or more arc gas outlet holes formed at the frame to vent the arc gas which has flowed into the trip device , wherein the body comprises a front frame adjacent to the trip device , wherein the front frame comprises: an arc leakage hole , wherein the arc gas flows into the trip device through the arc leakage hole ; and an incline formed at a bottom of the body adjacent to the arc gas outlet holes such that a flow space of the arc gas vented through the arc gas outlet holes are provided through the incline . a frame which forms an exterior; one or more arc gas inlet holes formed at the frame to allow an arc gas to flow into the trip device , wherein the arc gas is generated when the movable contact and the fixed contact are separated by the operation of the switching mechanism and moves toward the trip device ; and one or more arc gas outlet holes formed at the frame to vent the arc gas which has flowed into the trip device , an arc leakage hole , wherein the arc gas flows into the trip device through the arc leakage hole ; and an incline formed at a bottom of the body adjacent to the arc gas outlet holes such that a flow space of the arc gas vented through the arc gas outlet holes are provided through the incline .
An electrode material for a lithium-ion battery or a lithium-ion capacitor, the electrode material comprising a composite powder in which a B component is supported or coated on a surface of an A component, the A component comprising a material capable of electrochemically occluding and releasing lithium ions, the material capable of electrochemically occluding and releasing lithium ions being sulfur-modified polyacrylonitrile, the B component being sulfur-modified cellulose, and the B component being contained in an amount of 0.01 mass% or more, and 10 mass% or less based on 100 mass% of the total amount of the A component and the B component. the electrode material comprising a composite powder in which a B component is supported or coated on a surface of an A component, the A component comprising a material capable of electrochemically occluding and releasing lithium ions, the material capable of electrochemically occluding and releasing lithium ions being sulfur-modified polyacrylonitrile, the B component being sulfur-modified cellulose, and the B component being contained in an amount of 0.01 mass% or more, and 10 mass% or less based on 100 mass% of the total amount of the A component and the B component.
Elongated sheet for covering cultivated plants , with a basic film of plastic, wherein a ventilation area extending in the longitudinal sheet direction (L) and having a plurality of ventilation openings is provided in the central area of the basic film , wherein at least 60 % of the ventilation openings comprise two opposite corners of the ventilation opening in a cross direction (Q) of the sheet extending at least substantially orthogonally to the longitudinal sheet direction (L), a design which is elongated at least substantially in cross direction (Q) and are at least substantially rhombus-shaped. wherein a ventilation area extending in the longitudinal sheet direction (L) and having a plurality of ventilation openings is provided in the central area of the basic film , wherein at least 60 % of the ventilation openings comprise two opposite corners of the ventilation opening in a cross direction (Q) of the sheet extending at least substantially orthogonally to the longitudinal sheet direction (L), a design which is elongated at least substantially in cross direction (Q) and are at least substantially rhombus-shaped.
A bracket for a net curtain rod, which is designed in one piece as a multiply angled profile and has a fastening leg and a supporting leg which are connected to one another in an essentially L-shaped manner, wherein the fastening leg may be inserted between a glass pane and a rubber seal of a window or a door, so that the supporting leg abuts against the inside of the glazing bead of a window or door frame, wherein the supporting leg is formed integrally with a substantially L-shaped extension section at the end opposite to the fastening leg , which extension section comprises a contact section and a rod receiving section , wherein the contact section is connected to the supporting leg , and wherein the rod receiving section is formed with a fastening device for the curtain rod , characterised in that the fastening leg , the supporting leg , the contact section and the rod receiving section have the same constant thickness and width and are flush with one another, the fastening leg having a length (L 11 ) and the rod receiving section having a length (L 14 ), the length of the rod receiving section (L 14 ) being shorter than the length of the fastening leg (L 11 ), and wherein the fastening leg for the curtain rod on the rod receiving section is a receiving recess with an upwardly open recess for inserting an end section of the curtain rod .
A device for performing a surface coating of pieces, wherein said device comprises a housing including at least: - one leak-tight cavity containing a drum where the pieces to be coated are introduced, - heating means , - at least one water inlet conduit and one dyeing agent inlet conduit for entry to said leak-tight cavity and drum , and - a recovery tank in communication with said leak-tight cavity and a fluid recirculation circuit from said recovery tank to said leak-tight cavity and drum , wherein said at least one water inlet conduit and dyeing agent inlet conduit are operated by a control unit by means of a control device , characterized in that said leak-tight cavity includes a first level sensor which is directly or indirectly connected to said control device of the at least one water inlet conduit , such that the entry of water to the leak-tight cavity is interrupted when a specific level, compatible with its capacity, is reached inside the cavity , and in that the recovery tank includes at least a second level sensor directly or indirectly connected to the control device of the at least one water inlet conduit and of the at least one dyeing agent inlet conduit , such that the entry of water and dyeing agent to the leak-tight cavity is interrupted if a specific level, compatible with its capacity, is exceeded inside the recovery tank . - one leak-tight cavity containing a drum where the pieces to be coated are introduced, - heating means , - at least one water inlet conduit and one dyeing agent inlet conduit for entry to said leak-tight cavity and drum , and - a recovery tank in communication with said leak-tight cavity and a fluid recirculation circuit from said recovery tank to said leak-tight cavity and drum , wherein said at least one water inlet conduit and dyeing agent inlet conduit are operated by a control unit by means of a control device , characterized in that said leak-tight cavity includes a first level sensor which is directly or indirectly connected to said control device of the at least one water inlet conduit , such that the entry of water to the leak-tight cavity is interrupted when a specific level, compatible with its capacity, is reached inside the cavity , and in that the recovery tank includes at least a second level sensor directly or indirectly connected to the control device of the at least one water inlet conduit and of the at least one dyeing agent inlet conduit , such that the entry of water and dyeing agent to the leak-tight cavity is interrupted if a specific level, compatible with its capacity, is exceeded inside the recovery tank .
A manual oral care implement comprising a handle , a connector and a head , the head being repeatedly attachable to and detachable from the handle via the connector , the handle having a distal end and a proximal end , the proximal end being opposite the distal end and closest to the head when attached to the handle , the proximal end having an upper surface being at least partially chamfered, and the handle having a longitudinal axis and a cross-sectional area extending substantially perpendicular to the longitudinal axis , wherein the chamfered surface and the cross-sectional area define an angle α from about 18° to about 28°, preferably about 25°; wherein the connector comprises at least a first substantially cylindrical section and a second substantially cylindrical section , an at least partially conically shaped section connecting the first and the second substantially cylindrical sections , the first and the second substantially cylindrical sections and the at least partially conically shaped section defining a longitudinal length extension of the connector , wherein the first substantially cylindrical section and the second substantially cylindrical section are placed off-center with respect to the longitudinal length extension ; characterised in that the connector has an outer lateral surface and a recess therein, the recess forming a cavity within the connector , and the cavity comprises a spring-loaded ball-snap element , the element comprising a ball and a spring , the spring applying a radial force onto the ball in a direction towards the outer lateral surface of the connector ; wherein the first and/or the second substantially cylindrical section comprises a flattening portion , and wherein the flattening portion comprises the spring-loaded ball-snap element .
A remote operation system having a mutual communication function of communicating with each of plural work machines and with a remote operation device which remotely operates a cooperating work machine as one work machine as a remote operation target among the plural work machines , characterized in that the remote operation system further comprises: a first support process element that acquires a determination result about whether or not a designation operation of selection information specifying the cooperating work machine as the remote operation target among the plural work machines in the remote operation device is executed, and acquires a captured image which is captured by an actual machine image-capturing device mounted on a first work machine establishing communication with the remote operation device by a first communication path associated with the selection information in a case where the selection information is selected in the remote operation device , and that causes an output interface of the remote operation device to output the captured image; and a second support process element that recognizes that one designation operation is performed, which is a portion of plural kinds of operations for causing a second work machine among the plural work machines to act, the second work machine establishing communication with the remote operation device by a second communication path associated with the selection information, and in which a changing situation of an action corresponding to the operation appears in the captured image, and that transmits a command signal corresponding to the one designation operation to the second work machine . a first support process element that acquires a determination result about whether or not a designation operation of selection information specifying the cooperating work machine as the remote operation target among the plural work machines in the remote operation device is executed, and acquires a captured image which is captured by an actual machine image-capturing device mounted on a first work machine establishing communication with the remote operation device by a first communication path associated with the selection information in a case where the selection information is selected in the remote operation device , and that causes an output interface of the remote operation device to output the captured image; and a second support process element that recognizes that one designation operation is performed, which is a portion of plural kinds of operations for causing a second work machine among the plural work machines to act, the second work machine establishing communication with the remote operation device by a second communication path associated with the selection information, and in which a changing situation of an action corresponding to the operation appears in the captured image, and that transmits a command signal corresponding to the one designation operation to the second work machine .
Guide profile for a conveyor system with a profile body , into which a sliding rail is inserted which is designed to support the weight of a chain of the conveyor system on the profile body , at least sections of the sliding rail being in contact with the profile body , the sliding rail having an articulated limb which is designed to be inserted into a recess of the profile body by way of pivoting in or angling in approximately perpendicularly with respect to the conveying direction, characterized in that the articulated limb is configured as an arcuate pivoting limb, and the recess is configured in accordance with the shape of the articulated limb , with the result that the articulated limb can be pivoted in a positively locking manner and with an accurate fit into the arcuate recess .
A method performed in a wireless communications system for frequency multiplexing a first -LAA- Orthogonal Frequency Division Multiple Access, OFDMA, transmission and a second -Wi-Fi- OFDMA transmission on a shared radio channel spanning at least partly a common bandwidth, wherein a first network node (eNB; 112) and a first wireless device are operating in a first wireless communications network (LAA; 110), and a second network node (AP; 122) and a second wireless device are operating in a second wireless communications network (Wi-Fi; 120), and wherein the method comprises: - determining an unallocated frequency band available beside a first frequency band intended/allocated for a first -LAA- OFDMA transmission in the shared radio channel; - sending a sharing request comprising information about the unallocated frequency band; - deciding to use the unallocated band in a second frequency band in the shared radio channel; - conducting a contention procedure (LBT); - sending an L -legacy- preamble spanning the shared radio channel; - sending a first part of a High Efficiency, HE - Wi-Fi- preamble spanning the shared radio channel; - sending a first -LAA- OFDMA transmission in the first frequency band, such that an end point of time of the first part of the HE -Wi-Fi- preamble coincides with a start point of time of the first OFDMA transmission; and - sending a second part of the HE -Wi-Fi- preamble and the second -Wi-Fi-OFDMA transmission in the second frequency band. - determining an unallocated frequency band available beside a first frequency band intended/allocated for a first -LAA- OFDMA transmission in the shared radio channel; - sending a sharing request comprising information about the unallocated frequency band; - deciding to use the unallocated band in a second frequency band in the shared radio channel; - conducting a contention procedure (LBT); - sending an L -legacy- preamble spanning the shared radio channel; - sending a first part of a High Efficiency, HE - Wi-Fi- preamble spanning the shared radio channel; - sending a first -LAA- OFDMA transmission in the first frequency band, such that an end point of time of the first part of the HE -Wi-Fi- preamble coincides with a start point of time of the first OFDMA transmission; and - sending a second part of the HE -Wi-Fi- preamble and the second -Wi-Fi-OFDMA transmission in the second frequency band.
A method of manufacturing a display device (DD), comprising: providing a pixel layer (PXL) on a first substrate (SUB1) comprising a first transmission area (PA1) and a display area (DA) around the first transmission area (PA1), the pixel layer (PXL) overlapping the display area (DA); providing a second substrate (SUB2) facing the first substrate (SUB1), the second substrate (SUB2) comprising a second transmission area (PA2) overlapping the first transmission area (PA1); providing a transparent material between the first transmission area (PA1) and the second transmission area (PA2); and melting each of a portion of the first transmission area (PA1) adjacent to the transparent material, the transparent material, and a portion of the second transmission area (PA2) adjacent to the transparent material to form a connection portion (CP) that connects the first transmission area (PA1) and the second transmission area (PA2); characterized by providing a sensor under the first substrate (SUB1) to overlap the connection portion (CP). providing a pixel layer (PXL) on a first substrate (SUB1) comprising a first transmission area (PA1) and a display area (DA) around the first transmission area (PA1), the pixel layer (PXL) overlapping the display area (DA); providing a second substrate (SUB2) facing the first substrate (SUB1), the second substrate (SUB2) comprising a second transmission area (PA2) overlapping the first transmission area (PA1); providing a transparent material between the first transmission area (PA1) and the second transmission area (PA2); and melting each of a portion of the first transmission area (PA1) adjacent to the transparent material, the transparent material, and a portion of the second transmission area (PA2) adjacent to the transparent material to form a connection portion (CP) that connects the first transmission area (PA1) and the second transmission area (PA2); characterized by providing a sensor under the first substrate (SUB1) to overlap the connection portion (CP). providing a transparent material between the first transmission area (PA1) and the second transmission area (PA2); and melting each of a portion of the first transmission area (PA1) adjacent to the transparent material, the transparent material, and a portion of the second transmission area (PA2) adjacent to the transparent material to form a connection portion (CP) that connects the first transmission area (PA1) and the second transmission area (PA2); characterized by providing a sensor under the first substrate (SUB1) to overlap the connection portion (CP).
Steering column for a motor vehicle, comprising a jacket unit in which a steering spindle is mounted rotatably about a longitudinal axis (L) and which has at least two jacket tubes which are adjustable relative to one another in the direction of the longitudinal axis (L) and are guided telescopically one inside the other, a rolling bearing unit with at least one rolling element which can be rolled off being arranged between the jacket tubes , and which has a positioning device for positioning the rolling bearing unit relative to the casing tubes in the direction of the longitudinal axis (L), the positioning device having an elastic holding device which engages in the direction of the longitudinal axis (L) on at least one of the casing tubes and is connected to the rolling bearing unit , and the holding device having at least one elastic clamping element which is connected in the direction of the longitudinal axis (L) to the rolling bearing unit and at least one of the casing tubes , characterized in in that at least one first clamping element is arranged in the direction of the longitudinal axis (L) between the rolling bearing unit and a first casing tube , and a second clamping element is arranged in the direction of the longitudinal axis (L) between the rolling bearing unit and a second casing tube , the first and second clamping elements being arranged in pairs in the direction of the longitudinal axis (L) and engaging at the front and rear of the rolling bearing unit .
A radio communication device configured to perform repeated transmission and reception depending on a reception power level of a radio signal transmitted by a radio base station, comprising: a receiving unit that is configured to receive a physical downlink control channel transmitted repeatedly several times; a bundling unit that is configured to bundle the physical downlink control channel transmitted several times; and characterized by further comprising a discontinuous reception controlling unit that is configured to detect whether it is necessary to start a timer for managing an active state in a discontinuous reception control based on the bundled physical downlink control channel, and upon detecting that it is not necessary to start the timer, is further configured to shift to an inactive state without starting the timer and is further configured to stop the timer if it has already been started. a receiving unit that is configured to receive a physical downlink control channel transmitted repeatedly several times; a bundling unit that is configured to bundle the physical downlink control channel transmitted several times; and characterized by further comprising a discontinuous reception controlling unit that is configured to detect whether it is necessary to start a timer for managing an active state in a discontinuous reception control based on the bundled physical downlink control channel, and upon detecting that it is not necessary to start the timer, is further configured to shift to an inactive state without starting the timer and is further configured to stop the timer if it has already been started.
Vacuum switch , comprising - two bases which are spaced apart from one another, - a vacuum interrupter which is arranged between the bases and connected to the two bases , - a first switching element which is arranged in the vacuum interrupter , - a second switching element which can be moved between a first switching position, in which it is in electrically conductive contact with the first switching element , and a second switching position, in which it is isolated from the first switching element , characterized in that the vacuum switch further comprises - a plurality of rod-like supporting elements which each have a first end section , which is connected to a first base , and a second end section , which is connected to the second base , so that the bases and supporting elements form a supporting cage which surrounds and carries the vacuum interrupter . - two bases which are spaced apart from one another, - a vacuum interrupter which is arranged between the bases and connected to the two bases , - a first switching element which is arranged in the vacuum interrupter , - a second switching element which can be moved between a first switching position, in which it is in electrically conductive contact with the first switching element , and a second switching position, in which it is isolated from the first switching element , characterized in that the vacuum switch further comprises - a plurality of rod-like supporting elements which each have a first end section , which is connected to a first base , and a second end section , which is connected to the second base , so that the bases and supporting elements form a supporting cage which surrounds and carries the vacuum interrupter .