mhurhangee/ep-ind-claims huggingface dataset:
A hot water supplying system that heats low-temperature water flowing into an inlet to a high temperature and supplies hot water through an outlet, the hot water supplying system comprising: a water tank for storing water flowed into the inlet; a heat exchanger for heating the water flowed therein; and a pump that is disposed in a pipeline connecting a first node with a second node, the first node being disposed on a pipeline connecting the heat exchanger with the outlet, characterized in that the hot water supplying system further comprises a controller that compares a temperature measured by a temperature sensor with a set preheating temperature and controls the operation of the heat exchanger, the temperature sensor being disposed at a predetermined position in a pipeline through which water flows; and the second node being disposed on a pipeline connecting the inlet with the water tank, and a third node being disposed on a pipeline connecting the first node with the outlet; and a three-way valve being provided between the first node and the pump such that preheated water passes through a radiator which is disposed on a separate pipeline connecting the third node with the three-way valve. a water tank for storing water flowed into the inlet; a heat exchanger for heating the water flowed therein; and a pump that is disposed in a pipeline connecting a first node with a second node, the first node being disposed on a pipeline connecting the heat exchanger with the outlet, characterized in that the hot water supplying system further comprises a controller that compares a temperature measured by a temperature sensor with a set preheating temperature and controls the operation of the heat exchanger, the temperature sensor being disposed at a predetermined position in a pipeline through which water flows; and the second node being disposed on a pipeline connecting the inlet with the water tank, and a third node being disposed on a pipeline connecting the first node with the outlet; and a three-way valve being provided between the first node and the pump such that preheated water passes through a radiator which is disposed on a separate pipeline connecting the third node with the three-way valve.
Method for managing, by a user, a network access user policy associated to a user equipment for offloading data traffic, using Access Network Discovery and Selection Function (ANDSF), wherein one or more Wi-Fi access points are available for the UE1, being the UE1 in communication with a server through a mobile communications network, the method is characterized by comprising the following steps: a) sending, from the UE1 to the server (1, 23), through the mobile communications network, a first message containing an identifier of an available Wi-Fi access point; b) the server receiving the first message and sending a second message to the UE1 requiring a trial offloading through the Wi-Fi access point; c) if the trial offloading is successful, the UE1 sending, using the Wi-Fi access point, a third message (38,39) containing certain parameters to the server for setting a UOP; d) the server setting a UOP for offloading traffic according to the certain parameters; e) the server storing the UOP in a UOP repository; f) the server sending a fourth message containing the UOP to the UE1. g) the user of UE1 managing the UOP taking at least one of the following actions: applying the UOP, editing the UOP, deleting the UOP, or distributing the UOP. a) sending, from the UE1 to the server (1, 23), through the mobile communications network, a first message containing an identifier of an available Wi-Fi access point; b) the server receiving the first message and sending a second message to the UE1 requiring a trial offloading through the Wi-Fi access point; c) if the trial offloading is successful, the UE1 sending, using the Wi-Fi access point, a third message (38,39) containing certain parameters to the server for setting a UOP; d) the server setting a UOP for offloading traffic according to the certain parameters; e) the server storing the UOP in a UOP repository; f) the server sending a fourth message containing the UOP to the UE1. g) the user of UE1 managing the UOP taking at least one of the following actions: applying the UOP, editing the UOP, deleting the UOP, or distributing the UOP.
A mobile terminal, comprising: a parallax barrier display configured to selectively display a 2-dimensional image and a 3-dimensional stereoscopic image; a first camera (121- 1) and a second camera (121 - 2) configured to respectively photograph a left and a right image of a stereoscopic image when a photograph mode, comprising a 2- dimensional mode and a 3D stereoscopic image photograph mode, is set to the 3D stereoscopic image photograph mode; and a controller configured to: control the display to adjust an output brightness level based on a play mode for the source image, the play mode comprising a 2D image play mode and a 3D stereoscopic image play mode, wherein the controller is further configured to control the first camera and the second camera to adjust a brightness level of each of the left eye image and the right eye image when a photograph mode is set to the 3D stereoscopi image photograph mode with respect to the 2D image photograph mode. a parallax barrier display configured to selectively display a 2-dimensional image and a 3-dimensional stereoscopic image; a first camera (121- 1) and a second camera (121 - 2) configured to respectively photograph a left and a right image of a stereoscopic image when a photograph mode, comprising a 2- dimensional mode and a 3D stereoscopic image photograph mode, is set to the 3D stereoscopic image photograph mode; and a controller configured to: control the display to adjust an output brightness level based on a play mode for the source image, the play mode comprising a 2D image play mode and a 3D stereoscopic image play mode, wherein the controller is further configured to control the first camera and the second camera to adjust a brightness level of each of the left eye image and the right eye image when a photograph mode is set to the 3D stereoscopi image photograph mode with respect to the 2D image photograph mode. control the display to adjust an output brightness level based on a play mode for the source image, the play mode comprising a 2D image play mode and a 3D stereoscopic image play mode, wherein the controller is further configured to control the first camera and the second camera to adjust a brightness level of each of the left eye image and the right eye image when a photograph mode is set to the 3D stereoscopi image photograph mode with respect to the 2D image photograph mode.
Device for producing filters comprising a flavouring substance for products of the tobacco processing industry, including - a continuously fed rod of a filter material, - a rod-shaped continuously fed flavour carrier, - a first feeding device by which the flavour carrier is directly inserted into the filter material, and - a second feeding device by which the flavouring substance is applied to the flavour carrier, characterized in that - the second feeding device in relation to the direction of motion of the rod is located downstream from the first feeding device. - a continuously fed rod of a filter material, - a rod-shaped continuously fed flavour carrier, - a first feeding device by which the flavour carrier is directly inserted into the filter material, and - a second feeding device by which the flavouring substance is applied to the flavour carrier, characterized in that - the second feeding device in relation to the direction of motion of the rod is located downstream from the first feeding device.
A tool for aligning tubular structures (200, 300) of a wind turbine, comprising: a plurality of hanger members configured to be pivotably attached to an end region of a first tubular structure so as to extend axially outward therefrom, each of the hanger members comprising a guide part adapted to engage an interior wall of a second tubular structure; at least one cable connecting the hanger members together; and a tension mechanism arranged to adjust a tension of the at least one cable, wherein the tension mechanism is operable to adjust said tension to pivot the guide parts into engagement with the interior wall of the second tubular structure when the first tubular structure is moved axially toward the second tubular structure, thereby to guide the first tubular structure into axial alignment with the second tubular structure. a plurality of hanger members configured to be pivotably attached to an end region of a first tubular structure so as to extend axially outward therefrom, each of the hanger members comprising a guide part adapted to engage an interior wall of a second tubular structure; at least one cable connecting the hanger members together; and a tension mechanism arranged to adjust a tension of the at least one cable, wherein the tension mechanism is operable to adjust said tension to pivot the guide parts into engagement with the interior wall of the second tubular structure when the first tubular structure is moved axially toward the second tubular structure, thereby to guide the first tubular structure into axial alignment with the second tubular structure.
A radome watertight closure mechanism, wherein the radome is made of composite material and has a lower edge, an inner face and an outer face that project upwardly from the edge, wherein said radome is intended to be affixed to a lower base plate, normally made of metal material, by means of corresponding fixing elements, characterised in that the closure mechanism comprises: - an outer ring intended to remain at least against the outer face of the radome in the vicinity of the lower edge of the radome; - an inner ring formed by one or more adjoining segments, intended to remain against the inner face of the radome in the vicinity of its lower edge, and joined to the outer ring, such that the inner ring and the outer ring clasp the radome around its lower edge between them; - a connecting base intended to be placed against the edge of the radome, which may form part of the outer ring or the inner ring and constitutes the contact surface with the base plate; and - at least one pressure and closing element (11, 21) which applies pressure to the inner ring such that the inner ring applies compressive pressure from the inside of the radome against the inner face of the radome for assuring the closure of the inner ring and the outer ring against the radome. - an outer ring intended to remain at least against the outer face of the radome in the vicinity of the lower edge of the radome; - an inner ring formed by one or more adjoining segments, intended to remain against the inner face of the radome in the vicinity of its lower edge, and joined to the outer ring, such that the inner ring and the outer ring clasp the radome around its lower edge between them; - a connecting base intended to be placed against the edge of the radome, which may form part of the outer ring or the inner ring and constitutes the contact surface with the base plate; and - at least one pressure and closing element (11, 21) which applies pressure to the inner ring such that the inner ring applies compressive pressure from the inside of the radome against the inner face of the radome for assuring the closure of the inner ring and the outer ring against the radome.
A patient support apparatus with closed chain exercise functionalities, the patient support apparatus comprising: a base frame; a support deck supported on the base frame, the support deck comprising a seat portion; a segmented patient support surface comprising a torso support segment and an upper leg support segment, wherein the torso support segment is pivotable with respect to the upper leg support segment and at least the torso support segment and the upper leg support segment are slidably coupled to the support deck such that the torso support segment and the upper leg support segment are freely slidable with respect to the support deck; a lift system coupled to the support deck and the segmented patient support surface, the lift system raising, lowering and tilting the support deck with respect to the base frame, and pivoting the torso support segment with respect to the upper leg support segment; and a foot plate assembly removably positioned proximate a free end of the support deck, the foot plate assembly receiving a patient's feet when a patient is positioned on the segmented patient support surface thereby enabling the patient to slide the segmented patient support surface relative to the support deck to perform a closed chain exercise, characterised in that the support deck further comprises a leg portion pivotally coupled to an end of the seat portion, the lift system pivoting the leg portion with respect to the seat portion. a base frame; a support deck supported on the base frame, the support deck comprising a seat portion; a segmented patient support surface comprising a torso support segment and an upper leg support segment, wherein the torso support segment is pivotable with respect to the upper leg support segment and at least the torso support segment and the upper leg support segment are slidably coupled to the support deck such that the torso support segment and the upper leg support segment are freely slidable with respect to the support deck; a lift system coupled to the support deck and the segmented patient support surface, the lift system raising, lowering and tilting the support deck with respect to the base frame, and pivoting the torso support segment with respect to the upper leg support segment; and a foot plate assembly removably positioned proximate a free end of the support deck, the foot plate assembly receiving a patient's feet when a patient is positioned on the segmented patient support surface thereby enabling the patient to slide the segmented patient support surface relative to the support deck to perform a closed chain exercise, characterised in that the support deck further comprises a leg portion pivotally coupled to an end of the seat portion, the lift system pivoting the leg portion with respect to the seat portion.
A method of testing a shaft, the method comprising: displacing a first applicator part relative a second applicator part to exert a first tensile force on a shaft test assembly; measuring a shear force experienced by the shaft test assembly; wherein the tensile force is applied radially relative to an axis of the test shaft assembly; wherein the first applicator part extends at least partially through the shaft test assembly and contacts a first shaft segment of the shaft test assembly; wherein the second applicator part extends at least partially through the shaft test assembly and contacts a second shaft segment of the shaft test assembly; and wherein the first shaft segment is connected to the second shaft segment by a first fastener and a second fastener; wherein the first shaft segment has a first body extending from a first circumferential end to a second circumferential end; wherein the second shaft segment has a second body extending from a third circumferential end to a fourth circumferential end; wherein the first fastener and the second fastener extend through the first body and the second body; wherein the second fastener is disposed radially opposite the first fastener. displacing a first applicator part relative a second applicator part to exert a first tensile force on a shaft test assembly; measuring a shear force experienced by the shaft test assembly; wherein the tensile force is applied radially relative to an axis of the test shaft assembly; wherein the first applicator part extends at least partially through the shaft test assembly and contacts a first shaft segment of the shaft test assembly; wherein the second applicator part extends at least partially through the shaft test assembly and contacts a second shaft segment of the shaft test assembly; and wherein the first shaft segment is connected to the second shaft segment by a first fastener and a second fastener; wherein the first shaft segment has a first body extending from a first circumferential end to a second circumferential end; wherein the second shaft segment has a second body extending from a third circumferential end to a fourth circumferential end; wherein the first fastener and the second fastener extend through the first body and the second body; wherein the second fastener is disposed radially opposite the first fastener.
A folding mechanism (20A, 120A) comprising a first support (23, 123); a second support (25, 125) pivotably coupled to the first support; an actuator (34, 134) operable to pivot said second support relative to said first support about a pivot axis; and a linkage mechanism coupling said actuator to said first and second supports, wherein said linkage mechanism comprises a first track (38, 138) provided on said first support; characterised in that said linkage mechanism further comprises a second track provided on said second support; and a link member (42, 142) coupled to both said first and second tracks such that it is capable of riding simultaneously along each of said first and second tracks as said second support pivots about said pivot axis, and wherein said first track includes at least one locking track segment (62, 162) having at least one bearing surface oriented to resist, by engagement with said link member, movement of said second support about said pivot axis in at least one direction. a first support (23, 123); a second support (25, 125) pivotably coupled to the first support; an actuator (34, 134) operable to pivot said second support relative to said first support about a pivot axis; and a linkage mechanism coupling said actuator to said first and second supports, a first track (38, 138) provided on said first support; a second track provided on said second support; and a link member (42, 142) coupled to both said first and second tracks such that it is capable of riding simultaneously along each of said first and second tracks as said second support pivots about said pivot axis, and wherein said first track includes at least one locking track segment (62, 162) having at least one bearing surface oriented to resist, by engagement with said link member, movement of said second support about said pivot axis in at least one direction.
A gas sensor electrode comprising a conductive particle phase made of Pt or Pt alloy and a ceramic particle phase being mixed and dispersed, wherein a rate of content of the ceramic particle phase is 6.0 to 22.0 mass% with respect to the total mass, and a void ratio is 2.5 to 10.0%, wherein the void ratio is a ratio of an area, in the cross section of the electrode, occupied by neither conductive particle phase nor ceramic particle in the electrode, characterized therein that a dispersion degree of the conductive particle phase per length of 25 μm on the electrode surface is 0.60 to 0.85 μm, and a dispersion degree of the conductive particle phase in the electrode cross section per length of 100 μm in a direction parallel to the electrode surface is 2.0 to 4.0 μm, wherein the dispersion degree is measured including applying image processing on structure photographs of the surface and the cross section of the electrode, drawing multiple reference lines, measuring and calculating the length of the conductive particle phase crossing each reference line, deriving an average value thereof, and adopting a result as a dispersion degree.
A carabiner system comprising: a frame including an opening between a pivot region and a keyed region; a gate pivotably coupled to the frame across the opening, wherein the gate and frame form a continuously enclosed inner region in a closed configuration, and wherein the gate is pivotably rotated about the pivot region forming a gap between the gate and the frame in the open configuration, and wherein the gate further includes a key-lock region, a gate region, and an attachment region; a gate biasing system between the pivot region of the frame and the attachment region of the gate, wherein the gate biasing system biases the key-lock region of the gate toward the keyed region of the frame in the closed configuration; wherein the closed configuration includes a coupling between the key-lock region of the gate and the keyed region of the frame in the closed configuration; wherein the gate region of the gate includes a plurality of independent elongated members extending between the key-lock region and the attachment region; wherein the attachment region is pivotably coupled to the pivot region of the frame in both the open and closed configurations; wherein the key-lock region includes a partially enclosed concave region corresponding in shape to the keyed region of the frame; characterized in that the key-lock region, gate region, and attachment region of the gate are integral, wherein the key-lock region of the gate includes an externally defined orthogonal substantially rectangular U-shaped region between the elongated members of the gate region. a frame including an opening between a pivot region and a keyed region; a gate pivotably coupled to the frame across the opening, wherein the gate and frame form a continuously enclosed inner region in a closed configuration, and wherein the gate is pivotably rotated about the pivot region forming a gap between the gate and the frame in the open configuration, and wherein the gate further includes a key-lock region, a gate region, and an attachment region; a gate biasing system between the pivot region of the frame and the attachment region of the gate, wherein the gate biasing system biases the key-lock region of the gate toward the keyed region of the frame in the closed configuration; wherein the closed configuration includes a coupling between the key-lock region of the gate and the keyed region of the frame in the closed configuration; wherein the gate region of the gate includes a plurality of independent elongated members extending between the key-lock region and the attachment region; wherein the attachment region is pivotably coupled to the pivot region of the frame in both the open and closed configurations; wherein the key-lock region includes a partially enclosed concave region corresponding in shape to the keyed region of the frame; characterized in that the key-lock region, gate region, and attachment region of the gate are integral, wherein the key-lock region of the gate includes an externally defined orthogonal substantially rectangular U-shaped region between the elongated members of the gate region.
A two-stage screw compressor, comprising a first-stage compressor that compresses a fluid; a second-stage compressor that further compresses the fluid compressed by said first-stage compressor; a motor that drives said first-stage compressor and said second-stage compressor, and is stored in a casing; and a box body that serves as a flow passage connecting an outlet of said first-stage compressor and an inlet of said second-stage compressor, and also forms a connection space storing a transmission mechanism for transmitting a rotation force from said motor to said first-stage compressor and to said second-stage compressor, characterized in that said connection space is sealed by an end surface plate of said casing of said motor, said end surface plate having a connection hole which communicates said connection space and an internal space of said casing of said motor with each other.