mhurhangee/ep-ind-claims huggingface dataset:
A blower (1; 1'; 1") comprising: a lower case having a suction port; a fan disposed inside the lower case; an upper case (221, 231) disposed above the lower case and having an inner space through which air propelled from the fan flows; a discharge port (222, 232) penetrating the upper case (221, 231) and formed to be elongated; and a flow guide (500; 600) disposed in the inner space and extending in a direction crossing a longitudinal direction of the discharge port (222, 232), wherein the upper case (221, 231) comprises: a tower base connected to the lower case; a first tower extending upward from the tower base and having a first discharge port; a second tower extending upward from the tower base, having a second discharge port; a blowing space formed between the first tower and the second tower; characterized by a third discharge port formed at the tower base and opened in a vertical direction; and a guide vane disposed at the third discharge port. a lower case having a suction port; a fan disposed inside the lower case; an upper case (221, 231) disposed above the lower case and having an inner space through which air propelled from the fan flows; a discharge port (222, 232) penetrating the upper case (221, 231) and formed to be elongated; and a flow guide (500; 600) disposed in the inner space and extending in a direction crossing a longitudinal direction of the discharge port (222, 232), wherein the upper case (221, 231) comprises: a tower base connected to the lower case; a first tower extending upward from the tower base and having a first discharge port; a second tower extending upward from the tower base, having a second discharge port; a blowing space formed between the first tower and the second tower; characterized by a third discharge port formed at the tower base and opened in a vertical direction; and a guide vane disposed at the third discharge port. a tower base connected to the lower case; a first tower extending upward from the tower base and having a first discharge port; a second tower extending upward from the tower base, having a second discharge port; a blowing space formed between the first tower and the second tower; characterized by a third discharge port formed at the tower base and opened in a vertical direction; and a guide vane disposed at the third discharge port.
A vibratory sensor for measuring a property of a fluid material, comprising: a vibratory element configured to generate a vibration signal; and a meter electronics coupled to the vibratory element and receiving the vibration signal, with the meter electronics comprising: a gain stage coupled to the vibratory element and receiving the vibration signal, with the gain stage amplifying the vibration signal by a predetermined gain to generate a saturated vibration signal; and a signal processor coupled to the gain stage, with a first input of the signal processor receiving the saturated vibration signal and determining a vibration signal frequency from the saturated vibration signal and with a second input of the signal processor receiving the vibration signal and determining a vibration signal amplitude from the vibration signal; and a drive circuit, with the signal processor providing the vibration signal amplitude and the vibration signal frequency to the drive circuit, with the drive circuit generating a drive signal using the vibration signal amplitude and the vibration signal frequency. a vibratory element configured to generate a vibration signal; and a meter electronics coupled to the vibratory element and receiving the vibration signal, with the meter electronics comprising: a gain stage coupled to the vibratory element and receiving the vibration signal, with the gain stage amplifying the vibration signal by a predetermined gain to generate a saturated vibration signal; and a signal processor coupled to the gain stage, with a first input of the signal processor receiving the saturated vibration signal and determining a vibration signal frequency from the saturated vibration signal and with a second input of the signal processor receiving the vibration signal and determining a vibration signal amplitude from the vibration signal; and a drive circuit, with the signal processor providing the vibration signal amplitude and the vibration signal frequency to the drive circuit, with the drive circuit generating a drive signal using the vibration signal amplitude and the vibration signal frequency. a gain stage coupled to the vibratory element and receiving the vibration signal, with the gain stage amplifying the vibration signal by a predetermined gain to generate a saturated vibration signal; and a signal processor coupled to the gain stage, with a first input of the signal processor receiving the saturated vibration signal and determining a vibration signal frequency from the saturated vibration signal and with a second input of the signal processor receiving the vibration signal and determining a vibration signal amplitude from the vibration signal; and a drive circuit, with the signal processor providing the vibration signal amplitude and the vibration signal frequency to the drive circuit, with the drive circuit generating a drive signal using the vibration signal amplitude and the vibration signal frequency.
An apparatus (1, 10, 18) for coupling a trailer to a towing vehicle, the apparatus comprising: • a support member (3, 11, 19) configured to abut a posterior portion of a tow-ball of the towing vehicle at a first abutting portion (3B, 11b, 23) positioned at an end of the support member; • a pivot arm (4, 12, 20) configured to pivot over the tow-ball to a position where a second abutting portion (4A, 12c) positioned on an end of the pivot arm is adjacent an anterior portion of the tow-ball; • a pivot plate (5, 13, 21) connected to the pivot arm (4, 12, 20) at a first pivot (6,12a) and to the support member (3, 11, 19) at a second pivot (7, 13a) wherein the pivot plate (5, 13, 21) is configured to bias the first abutting portion (3B, 11b, 23) towards the second abutting portion (4A, 12c) to securely contact the posterior portion and the anterior portion of the tow-ball respectively. • a support member (3, 11, 19) configured to abut a posterior portion of a tow-ball of the towing vehicle at a first abutting portion (3B, 11b, 23) positioned at an end of the support member; • a pivot arm (4, 12, 20) configured to pivot over the tow-ball to a position where a second abutting portion (4A, 12c) positioned on an end of the pivot arm is adjacent an anterior portion of the tow-ball; • a pivot plate (5, 13, 21) connected to the pivot arm (4, 12, 20) at a first pivot (6,12a) and to the support member (3, 11, 19) at a second pivot (7, 13a)
A method comprising: receiving a first audio content from a first user; processing the first audio content based on a first viewing direction for the first user facing at least one first section of an audiovisual content and on a second viewing direction for a second user facing at least one second section of the audiovisual content; and providing the processed first audio content to the second user with a directionality based on an angular difference between the first viewing direction and the second viewing direction, wherein the processed first audio content is perceived by the second user as originating from a virtual point, determined based on an intersection between the first viewing direction and the at least one first section of the audiovisual content. receiving a first audio content from a first user; processing the first audio content based on a first viewing direction for the first user facing at least one first section of an audiovisual content and on a second viewing direction for a second user facing at least one second section of the audiovisual content; and providing the processed first audio content to the second user with a directionality based on an angular difference between the first viewing direction and the second viewing direction, wherein the processed first audio content is perceived by the second user as originating from a virtual point, determined based on an intersection between the first viewing direction and the at least one first section of the audiovisual content.
Carrier pot for a brake disc, having a radially internal hub ring portion for securing to a wheel hub and having a radially external brake disc ring portion for securing to the brake disc, wherein the hub ring portion and/or the brake disc ring portion has/have at least one securing location (7, 6) for securing to the wheel hub or the brake disc, characterized in that the carrier pot is produced from a fibre plastics composite which has a plurality of fibre layers (10, 11, 12), wherein the fibres of at least two adjacent fibre layers (10, 11, 12) are orientated so as to extend differently relative to each other, and in that at least one additional support fibre which surrounds the respective securing location (6, 7) in an at least substantially ring-like manner is present.
Plug connection for pipelines, comprising an inner part and an outer part that are interconnected and can be separated from one another, it being possible to insert the inner part by means of a spigot into a receiving bore of the outer part and to lock same in this position by means of a retaining element that is arranged in a first recess in the receiving bore of the outer part or in the lateral surface of the spigot, which element can be moved into the first recess during the plug-in process by means of radial elastic deformation and, in a locked position of the inner part and the outer part, engages in a second recess in the spigot or in the receiving bore of the outer part by means of reverse elastic deformation such that the spigot is locked, by means of the retaining element, against being pulled out of the receiving bore of the outer part, a release sleeve being axially slidably arranged on the spigot, which sleeve forms, at least in part and by means of a front surface, the lateral wall of the first and/or second recess, which wall is at the rear in the plug-in direction, and which sleeve has a radial shoulder that has a conical portion that widens outwardly counter to the plug-in direction, a spring element, which is resiliently preloaded in the axial direction in the locked position and formed by an O-ring, being arranged between the shoulder and the outer part, which spring element annularly surrounds the release sleeve and rests thereagainst by means of radial preloading and can be moved relative to the release sleeve in the axial direction, it being possible to move the release sleeve against the force of the spring element into an unlocked position in which the retaining element can be forced out of the second or first recess in the spigot or in the receiving bore of the outer part, and it being possible to detach the spigot from the outer part, characterised in that a sealing ring designed as an O-ring is arranged between the spring element and the outer part, which ring has a cross section diameter that is smaller than the cross section diameter of the spring element, the spring element, in a locked position, acting by means of an axial force on the sealing ring adjacent to the outer part and on the conical portion, and it being possible for said element to be expanded by the conical portion and the sealing ring during an unlocking process.
A method performed by a first mobile terminal, the method comprising: identifying a connection opportunity with a second mobile terminal, where the identifying comprises monitoring a parameter associated with a skin domain associated with a user of the first mobile device; transmitting a wireless network setup message to the second mobile terminal via a skin-based communication network that includes a user of the first terminal and a user of the second terminal after detecting the connection opportunity, where the wireless network setup message is an initial contact between the first mobile terminal and the second mobile terminal; enabling a wireless network connection based on information included in the wireless network setup message; and receiving a data item that includes at least one of contact information, pictures, media, an encryption key, a decryption key, or profile information from the second mobile terminal via the wireless network connection, where the data item is automatically transmitted from the second mobile terminal after the wireless network is enabled. identifying a connection opportunity with a second mobile terminal, where the identifying comprises monitoring a parameter associated with a skin domain associated with a user of the first mobile device; transmitting a wireless network setup message to the second mobile terminal via a skin-based communication network that includes a user of the first terminal and a user of the second terminal after detecting the connection opportunity, where the wireless network setup message is an initial contact between the first mobile terminal and the second mobile terminal; enabling a wireless network connection based on information included in the wireless network setup message; and receiving a data item that includes at least one of contact information, pictures, media, an encryption key, a decryption key, or profile information from the second mobile terminal via the wireless network connection, where the data item is automatically transmitted from the second mobile terminal after the wireless network is enabled.
Module for installation in a housing of a hearing device, in particular of a hearing aid, said module comprising a receiver, which has a first sound opening for emitting acoustic signals, and an acoustic channel, which is aligned with the first sound opening and extends in a longitudinal direction for conducting sound, - wherein the acoustic channel is enclosed by a cup-shaped holder, - wherein the holder has a second sound opening, which is aligned with the acoustic channel, - wherein the holder carries a spout with a mounting end and with a connecting piece for connecting an ear mold, and - wherein said spout has a longitudinally extending sound conduction channel aligned with said second sound opening of said holder, and - wherein the bottom of the cup-shaped holder is spaced from the receiver. - wherein the acoustic channel is enclosed by a cup-shaped holder, - wherein the holder has a second sound opening, which is aligned with the acoustic channel, - wherein the holder carries a spout with a mounting end and with a connecting piece for connecting an ear mold, and - wherein said spout has a longitudinally extending sound conduction channel aligned with said second sound opening of said holder, and - wherein the bottom of the cup-shaped holder is spaced from the receiver.
A surgical stapling device comprising; a housing; a plurality of cartridges coupled together to form a barrel, the barrel being rotatably supported within the housing, each of the cartridges defining a plurality of staple pockets and supporting a plurality of staples; an anvil coupled to the housing and movable in relation to the barrel between an open position and a clamped position, each of the cartridges being sequentially movable into an active position in alignment with the anvil; a guide shaft rotatably supported within the housing, the guide shaft being rotatably coupled to the barrel such that rotational movement of the guide shaft causes corresponding rotational movement of the barrel; and a sled movably positioned within the housing to translate through the barrel to eject the staples from a first cartridge of the plurality of cartridges in the active position; characterized in that the guide shaft defines at least one cam channel including angled first and second guide surfaces (164, 166) and the sled includes a cam member, the cam member being positioned to engage the first guide surface during the firing stroke and to engage the second guide surface during the retraction stroke, wherein engagement of the first guide surface of the guide shaft with the cam member of the sled moves the barrel through a first indexing step and engagement of the second guide surface of the guide shaft with the cam member of the sled moves the barrel through a second indexing step, wherein each of the first and second indexing steps rotates the barrel β degrees, wherein β is equal 360 divided by 2x, wherein x is the number of cartridges of the plurality of cartridges.
A repair nozzle (100, 200) for dispensing viscous materials, usable in the automotive field, from a container containing the same by means of an associated dispensing gun, having a proximal product input side (101, 201), means (114, 211) for detachably fastening the repair nozzle (100, 200) to the container, and at least one sealing element (109, 209) for providing a sealing option between the repair nozzle (100, 200) and the container during the dispensing of material, wherein the sealing element (109, 209) is provided at the proximal product input side (101, 201) at a product input opening (116, 216) and is designed as a sealing lip ring (109, 209) extending in the proximal direction, and wherein a distal product output side (102, 202) having a discharge opening is provided, characterized in that the discharge opening is a slotted discharge opening (103, 203) for dispensing a material bead, and wherein a product channel is provided for transporting the viscous material from the product input side to the product output side, and an end cap having the slotted discharge opening is integrally molded onto the product output side and is convexly curved in the distal direction of the repair nozzle.
A gas turbine engine for an aircraft, the gas turbine engine comprising: an engine core comprising a compressor, a combustor, a turbine, and a core shaft connecting the turbine to the compressor; a fan located upstream of the engine core, the fan comprising a plurality of fan blades, the fan generating a core airflow which enters the engine core and a bypass airflow which flows through a bypass duct surrounding the engine core; a circumferential row of outer guide vanes located in the bypass duct rearwards of the fan, the outer guide vanes extending radially outwardly from an inner ring which defines a radially inner surface of the bypass duct; an inner cowl which provides an aerodynamic fairing surrounding the engine core, the inner cowl being rearwards of the inner ring, and including two door sections located on respective and opposite sides of the engine, each door section being pivotably openable about an upper edge thereof to enable maintenance access to the engine core; and a keel beam which extends rearwardly from the inner ring at bottom dead centre thereof to provide latching formations for latching to a lower edge of each door section when it is closed. an engine core comprising a compressor, a combustor, a turbine, and a core shaft connecting the turbine to the compressor; a fan located upstream of the engine core, the fan comprising a plurality of fan blades, the fan generating a core airflow which enters the engine core and a bypass airflow which flows through a bypass duct surrounding the engine core; a circumferential row of outer guide vanes located in the bypass duct rearwards of the fan, the outer guide vanes extending radially outwardly from an inner ring which defines a radially inner surface of the bypass duct; an inner cowl which provides an aerodynamic fairing surrounding the engine core, the inner cowl being rearwards of the inner ring, and including two door sections located on respective and opposite sides of the engine, each door section being pivotably openable about an upper edge thereof to enable maintenance access to the engine core; and a keel beam which extends rearwardly from the inner ring at bottom dead centre thereof to provide latching formations for latching to a lower edge of each door section when it is closed.
A method for determining a modulation and coding order, wherein the method is performed by a network device, and the method comprises: determining a quantity K of terminal devices that reuse a first time-frequency resource in a first time period to receive downlink data from the network device, wherein K≥2; obtaining a channel quality indicator CQI, wherein the CQI is determined according to a signal to interference plus noise ratio SINR of a channel and the quantity K of the terminal devices, wherein the channel is a channel based on the first time-frequency resource, and the channel is used to transmit downlink data between the network device and a first terminal device in the first time period; determining a Modulation and Coding scheme MCS of the first terminal device according to the CQI; and receiving first indicator information sent by the first terminal device, wherein the first indicator information is used to indicate a CQI fed back by the first terminal device, and the CQI fed back by the first terminal device is determined by the first terminal device according to the SINR of the channel; characterized in that the obtaining a CQI comprises: processing, according to the quantity K of the terminal devices, the CQI fed back by the first terminal device, so as to determine the CQI. determining a quantity K of terminal devices that reuse a first time-frequency resource in a first time period to receive downlink data from the network device, wherein K≥2; obtaining a channel quality indicator CQI, wherein the CQI is determined according to a signal to interference plus noise ratio SINR of a channel and the quantity K of the terminal devices, wherein the channel is a channel based on the first time-frequency resource, and the channel is used to transmit downlink data between the network device and a first terminal device in the first time period; determining a Modulation and Coding scheme MCS of the first terminal device according to the CQI; and receiving first indicator information sent by the first terminal device, wherein the first indicator information is used to indicate a CQI fed back by the first terminal device, and the CQI fed back by the first terminal device is determined by the first terminal device according to the SINR of the channel; characterized in that the obtaining a CQI comprises: processing, according to the quantity K of the terminal devices, the CQI fed back by the first terminal device, so as to determine the CQI.
A blade for a wind turbine, the blade extending in its lengthwise direction from a hub portion to a tip portion of the blade and in its chordwise direction from a leading edge to a trailing edge of the blade, wherein a part of the blade defines an airfoil in a cross section extending transversely to the lengthwise direction, the airfoil having an outer surface defining: a leading edge section and a flat-back trailing edge section; a pressure side section and an opposed suction side section extending between and interconnecting the leading edge section and the trailing edge section; a rounded connecting section interconnecting the pressure side section and the trailing edge section; wherein the rounded connecting section attaches to the pressure side section at a transition point, in which the pressure side section's tangent does not coincide with the rounded connecting section's tangent, so that the outer surface of the airfoil has a sharp corner at said transition point. a leading edge section and a flat-back trailing edge section; a pressure side section and an opposed suction side section extending between and interconnecting the leading edge section and the trailing edge section; a rounded connecting section interconnecting the pressure side section and the trailing edge section; wherein the rounded connecting section attaches to the pressure side section at a transition point, in which the pressure side section's tangent does not coincide with the rounded connecting section's tangent, so that the outer surface of the airfoil has a sharp corner at said transition point.