mhurhangee/ep-ind-claims huggingface dataset:
A device intended to toast a wooden barrel intended for winemaking, the device comprising: - an enclosure extending in a substantially horizontal longitudinal direction and around which the barrel is intended to be placed, - a water spraying system disposed in the enclosure and configured to spray water inside the enclosure, and - a heating apparatus disposed in the enclosure and configured to heat the enclosure and to generate a water vapor stream from the sprayed water, the enclosure having an outer surface configured to carry out a heat exchange with the barrel and a passage for the water vapor stream in the direction of the barrel. - an enclosure extending in a substantially horizontal longitudinal direction and around which the barrel is intended to be placed, - a water spraying system disposed in the enclosure and configured to spray water inside the enclosure, and - a heating apparatus disposed in the enclosure and configured to heat the enclosure and to generate a water vapor stream from the sprayed water,
A bumper structure comprising a bumper reinforcement that extends along a vehicle transverse direction at an end portion in a vehicle front-rear direction, and an impact absorbing member (22, 52, 72, 82, 92, 102, 112, 122, 132, 152) that is provided at a vehicle front-rear direction outer side of the bumper reinforcement and at which an outer side surface of a vehicle transverse direction end portion is made to be an inclined surface (22C, 52C, 72C, 82C, 102C, 112C, 122C, 132C, 152C) that is inclined, with respect to a vehicle front-rear direction outer side surface of the bumper reinforcement, toward a vehicle transverse direction outer side from a vehicle front-rear direction outer side toward a vehicle front-rear direction inner side; and a plate-shaped member (24, 56, 74, 84, 94, 104, 114, 124, 134, 154) that is disposed at a vehicle front-rear direction inner side of a bumper cover and is mounted along the inclined surface, having higher rigidity than the impact absorbing member, wherein a mounted portion of the plate-shaped member is configured to separate from the impact absorbing member in conjunction with deformation of the impact absorbing member due to input of an impact load from a collision body when the collision body collides with a vehicle transverse direction inner side end portion of the plate shaped member.
A high bandwidth solder-less lead (100, 200) mountable to an electrical device having land patterns, the lead (100, 200) comprising: a microspring housing (136, 360); an attachment mechanism directly coupled to and coplanar with the microspring housing (136, 360) and structured to directly couple to the device and securely attach the lead (100, 200) to the device; a microspring (134, 370) carried in the housing (136, 360), a portion of the microspring (134, 370) extending beyond a surface of the microspring housing (136, 360) when the microspring (134, 370) is unsprung, and the microspring (134, 370) structured to electrically couple to one of the land patterns of the electrical device when the lead is attached to the device by the attachment mechanism. a microspring housing (136, 360); an attachment mechanism directly coupled to and coplanar with the microspring housing (136, 360) and structured to directly couple to the device and securely attach the lead (100, 200) to the device;
An end-user telecommunication apparatus for initiating and receiving voice and data calls, comprising: - a first port to connect said apparatus to a circuit switched telecommunication network PSTN; and - means for receiving an initial call set up request from a user of said apparatus; said apparatus further comprises: - a second port to connect said apparatus to a packet based telecommunication network PBDN; and - gateway means for establishing a path between said first port and a second port inside said apparatus in response to a request imbedded in an incoming call via said second port, the incoming call being from another end-user telecommunication apparatus or an Internet Protocol IP telecommunication apparatus, wherein said apparatus is registered with a gateway location server as an intermediary gateway telecommunication apparatus, said apparatus having means to serve as gateway in a distributed gateway system between said circuit switched telecommunication network and said packet based telecommunication network, whereby said apparatus can be used for third-party calls to telephones of said circuit switched telecommunication network. - a first port to connect said apparatus to a circuit switched telecommunication network PSTN; and - means for receiving an initial call set up request from a user of said apparatus; - a second port to connect said apparatus to a packet based telecommunication network PBDN; and - gateway means for establishing a path between said first port and a second port inside said apparatus in response to a request imbedded in an incoming call via said second port, the incoming call being from another end-user telecommunication apparatus or an Internet Protocol IP telecommunication apparatus, wherein said apparatus is registered with a gateway location server as an intermediary gateway telecommunication apparatus, said apparatus having means to serve as gateway in a distributed gateway system between said circuit switched telecommunication network and said packet based telecommunication network, whereby said apparatus can be used for third-party calls to telephones of said circuit switched telecommunication network.
A method for transmitting control information of uplink, UL, MIMO, Multiple Input Multiple Output, transmission by a base station, BS, the method comprising: transmitting downlink control information, DCI, scheduling UL transmission of a first transport block, TB, and a second transport block, to a user equipment, UE, through a physical downlink control channel, PDCCH; receiving the first and second transport blocks, TBs, scheduled by the DCI from the user equipment; transmitting information indicating acknowledgement, ACK, or negative acknowledgement, NACK, for each of the received first and second transport blocks, to the user equipment, using a first physical hybrid-automatic repeat request indicator channel, PHICH, resource with respect to the first transport block, and using a second PHICH resource with respect to the second transport block, wherein one of the first and second TBs is indicated as acknowledged and the other of the first and second TBs is indicated as negative-acknowledged; receiving retransmission of the negative-acknowledged transport block, NACK TB, from the user equipment, and transmitting, if the number of NACK TBs is different from the number of a plurality of transport blocks indicated by the PDCCH, ACK or NACK indication information for the retransmission of the negative-acknowledged transport block, to the user equipment, using the first PHICH resource. transmitting downlink control information, DCI, scheduling UL transmission of a first transport block, TB, and a second transport block, to a user equipment, UE, through a physical downlink control channel, PDCCH; receiving the first and second transport blocks, TBs, scheduled by the DCI from the user equipment; transmitting information indicating acknowledgement, ACK, or negative acknowledgement, NACK, for each of the received first and second transport blocks, to the user equipment, using a first physical hybrid-automatic repeat request indicator channel, PHICH, resource with respect to the first transport block, and using a second PHICH resource with respect to the second transport block, wherein one of the first and second TBs is indicated as acknowledged and the other of the first and second TBs is indicated as negative-acknowledged; receiving retransmission of the negative-acknowledged transport block, NACK TB, from the user equipment, and transmitting, if the number of NACK TBs is different from the number of a plurality of transport blocks indicated by the PDCCH, ACK or NACK indication information for the retransmission of the negative-acknowledged transport block, to the user equipment, using the first PHICH resource.
A light irradiation apparatus, comprising an optical plate and a light source, wherein: the optical plate comprises: a light input surface configured to input light; a light diffusion portion formed at least inside the optical plate by laser processing using converging laser light, and configured to diffuse the light input from the light input surface, a light output surface configured to output the light diffused in the light diffusion portion; a back surface opposite to the light output surface; wherein the light input surface is a surface which extends between the light output surface and the back surface and the light diffusion portion being formed of a light diffusion layer extending in the thickness direction of the optical plate, this direction being between the light output surface and the back surface, the light diffusion layer being perpendicular to the output surface and the back surface; and the light source is configured to output the light to be input to the light input surface. a light input surface configured to input light; a light diffusion portion formed at least inside the optical plate by laser processing using converging laser light, and configured to diffuse the light input from the light input surface, a light output surface configured to output the light diffused in the light diffusion portion; a back surface opposite to the light output surface; wherein the light input surface is a surface which extends between the light output surface and the back surface and the light diffusion portion being formed of a light diffusion layer extending in the thickness direction of the optical plate, this direction being between the light output surface and the back surface, the light diffusion layer being perpendicular to the output surface and the back surface; and the light source is configured to output the light to be input to the light input surface.
Method for reception of packets of a communication session using at least two communication paths established between two communication equipments (E 1, E 2), a first communication equipment (E 1) having at least one communication interfaces (I 11) having a communication address, and a second (E 2) communication equipment having at least two communication interfaces (I 21, I 22) having different communication addresses, the method comprises a step of generating in said first communication equipment (E 1) a control message containing each communication address of each of the communication interfaces (I 11) associated with a first item of information representative of a maximum bandwidth that can be attained in reception; a step of transmitting said control message to said second communication equipment (E 2) in order to determine at least one communication path; a step of receiving in said first communication equipment (E 1) from said second communication equipment (E 2), packets of said communication session on at least one of the communication paths (C 1,C 2) existing between one of the communication interfaces (I 21,I 22) of said second communication equipment (E 2) and one of the communications interfaces (I 11) of said first communication equipment wherein said at least one communication path used in reception is determined according to the maximum bandwidth that can be attained in reception for this interface (I 11) of said first communication equipment (E 1) and bandwidths that can be used on said communication paths (C 1,C 2).
A system for generating a voice-based interface, the system comprising a data processing system comprising a memory and one or more processors executing a natural language processor component, a translation engine, and a signal generator component, the system being configured to: receive, at an interface of the data processing system, a first input audio signal detected by a sensor of a client device; generate, by a natural language processor component, a first input string based on the first input audio signal; generate, by a translation engine and from the first input string, a first translation string in a first language and a second translation string in a second language, wherein the first translation string is generated using a first language model having the second language as an input language and the second translation string is generated using a second language model having the first language as an input language; determine, by the translation engine, a first translation score for the first translation string that indicates a likelihood that the first input audio signal comprises an utterance in the second language and a second translation score for the second translation string that indicates a likelihood that the first input audio signal comprises an utterance in the first language; select, by the translation engine, the first translation string based on the first translation score and the second translation score; generate, by the signal generator component, an output audio signal from the first translation string; and transmit, by the interface, the output audio signal to the client device to render the output audio signal. receive, at an interface of the data processing system, a first input audio signal detected by a sensor of a client device; generate, by a natural language processor component, a first input string based on the first input audio signal; generate, by a translation engine and from the first input string, a first translation string in a first language and a second translation string in a second language, wherein the first translation string is generated using a first language model having the second language as an input language and the second translation string is generated using a second language model having the first language as an input language; determine, by the translation engine, a first translation score for the first translation string that indicates a likelihood that the first input audio signal comprises an utterance in the second language and a second translation score for the second translation string that indicates a likelihood that the first input audio signal comprises an utterance in the first language; select, by the translation engine, the first translation string based on the first translation score and the second translation score; generate, by the signal generator component, an output audio signal from the first translation string; and transmit, by the interface, the output audio signal to the client device to render the output audio signal.
Propeller blade, having a pressure side, a suction side opposite the pressure side, a blade root adapted to be connected to a propeller, a blade tip at the opposite end with respect to the blade root, wherein a slot is formed within the propeller blade connecting the pressure side with the suction side, which slot has an inlet opening formed on the pressure side and an outlet opening formed on the suction side; wherein the slot is divided into at least two slot-sections (9 1...9 n) along its length ( Ls) by at least one partition wall (11 1...11 n-1); wherein the propeller blade along its length ( Lb) has a leading edge and a trailing edge opposite thereto; a first distance between a slot brink ( DL min) of the slot located closest to the blade tip and the blade tip which distance is closest to the leading edge is 9%-18,5% of the width of the blade tip (Wb), while a second distance between the slot brink ( DL min) of the slot located closest to the blade tip and the blade tip which distance is closest to the trailing edge is 14%-23,5% of the width of the blade tip (Wb); characterized in that the slot contains a pressure equalizing element (12, 13); wherein the pressure equalizing element (12, 13) is a channel connecting the neighboring slot-sections (9 1...9 n), the channel being formed in the at least one partition wall (11 1...11 n-1).
An automated, standalone, audio-feedback AI-controlled optical system for tracking eye exercises of a patient, the system comprising: i. an eye piece section; ii.a middle section; iii. a rear section, the sections being nestable in a telescopic manner; an extendable telescopic 3-step rail element including an extension rail mechanism, comprising: a rear rail element, a middle rail element, an eyepiece rail element, wherein the middle rail element is nested in the rear rail element and the eyepiece rail element is nested in the middle rail element; and a metallic spring belt used to extend or retract the extendable telescopic 3-step rail element; and a first movable screen movable along the extendable telescopic 3-step rail element; wherein the telescopic sections house: a) an AI-controlled optical tracking device adapted to continuously, automatically, track eye exercises of a patient; b) a user-activated apparatus for performing eye exercises of both eyes together; and c) a processor adapted to receive data from the AI-controlled eye tracking device and from the user-activated apparatus thereby providing the user with eye exercises. i. an eye piece section; ii.a middle section; iii. a rear section, the sections being nestable in a telescopic manner; an extendable telescopic 3-step rail element including an extension rail mechanism, comprising: a rear rail element, a middle rail element, an eyepiece rail element, wherein the middle rail element is nested in the rear rail element and the eyepiece rail element is nested in the middle rail element; and a metallic spring belt used to extend or retract the extendable telescopic 3-step rail element; and a rear rail element, a middle rail element, an eyepiece rail element, wherein the middle rail element is nested in the rear rail element and the eyepiece rail element is nested in the middle rail element; and a metallic spring belt used to extend or retract the extendable telescopic 3-step rail element; and a first movable screen movable along the extendable telescopic 3-step rail element; wherein the telescopic sections house: a) an AI-controlled optical tracking device adapted to continuously, automatically, track eye exercises of a patient; b) a user-activated apparatus for performing eye exercises of both eyes together; and c) a processor adapted to receive data from the AI-controlled eye tracking device and from the user-activated apparatus thereby providing the user with eye exercises. a) an AI-controlled optical tracking device adapted to continuously, automatically, track eye exercises of a patient; b) a user-activated apparatus for performing eye exercises of both eyes together; and c) a processor adapted to receive data from the AI-controlled eye tracking device and from the user-activated apparatus thereby providing the user with eye exercises.
Apparatus for making beverage provided with a liquid-volume storage tank, comprising: At least one outer casing, at least one liquid volume storage tank, and at least one thermal storage medium; The liquid volume storage tank and the thermal storage medium being arranged inside the outer casing; The liquid volume storage tank being substantially enveloped by the thermal storage means; The apparatus for making beverage provided with a liquid volume storage tank being especially characterized in that: The outer casing comprises at least one detachable portion; The thermal storage medium comprises at least one detachable portion (32, 33); The detachable portion of the outer casing and the detachable portion (32, 33) of the thermal preservation means being disposed aligned with each other; and The detachable portion 11 of the outer casing 1 and the detachable portion 32,33 of the thermal storage medium 3 are disposed aligned relative to the position of the liquid volume storage tank 2. At least one outer casing, at least one liquid volume storage tank, and at least one thermal storage medium; The liquid volume storage tank and the thermal storage medium being arranged inside the outer casing; The liquid volume storage tank being substantially enveloped by the thermal storage means; The apparatus for making beverage provided with a liquid volume storage tank being especially characterized in that: The outer casing comprises at least one detachable portion; The thermal storage medium comprises at least one detachable portion (32, 33); The detachable portion of the outer casing and the detachable portion (32, 33) of the thermal preservation means being disposed aligned with each other; and The detachable portion 11 of the outer casing 1 and the detachable portion 32,33 of the thermal storage medium 3 are disposed aligned relative to the position of the liquid volume storage tank 2. The outer casing comprises at least one detachable portion; The thermal storage medium comprises at least one detachable portion (32, 33); The detachable portion of the outer casing and the detachable portion (32, 33) of the thermal preservation means being disposed aligned with each other; and The detachable portion 11 of the outer casing 1 and the detachable portion 32,33 of the thermal storage medium 3 are disposed aligned relative to the position of the liquid volume storage tank 2. The detachable portion of the outer casing and the detachable portion (32, 33) of the thermal preservation means being disposed aligned with each other; and The detachable portion 11 of the outer casing 1 and the detachable portion 32,33 of the thermal storage medium 3 are disposed aligned relative to the position of the liquid volume storage tank 2.
A mobility management method, comprising: allocating, by a first base station to which a first cell belongs, a long source identifier and a short source identifier to a terminal in a connected mode in the first cell, wherein each of the long source identifier and the short source identifier identifies the terminal in the first base station; and storing, by the first base station, a connection context of the terminal in the connected mode after determining that the terminal enters a low-overhead state, wherein the terminal enters the low-overhead state when a preset activation condition is satisfied, and wherein the low-overhead state is a state in which the terminal stores the connection context, and camps on a cell according to a cell reselection criterion during movement. allocating, by a first base station to which a first cell belongs, a long source identifier and a short source identifier to a terminal in a connected mode in the first cell, wherein each of the long source identifier and the short source identifier identifies the terminal in the first base station; and storing, by the first base station, a connection context of the terminal in the connected mode after determining that the terminal enters a low-overhead state, wherein the terminal enters the low-overhead state when a preset activation condition is satisfied, and wherein the low-overhead state is a state in which the terminal stores the connection context, and camps on a cell according to a cell reselection criterion during movement.