mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a bead wire intended for the reinforcement of a tyre, such as a pneumatic tyre, said method comprising a braiding step during which a braid wire is wound in helical turns about, and along, a generatrix line which is closed in a ring on itself about an axis called "main axis", and several successive complete turns in azimuth about the main axis are thus described with said braid wire, so as to form, about said main axis, a bead wire element called "braided torus" within which the braid wire has, on the one hand, a portion of length called "winding section" which corresponds to the helical turns and which occupies a volume called "braid volume", and, on the other hand, in an extension of said winding section, a surplus length of braid wire called "excess section" (6, 6_in, 6_out), said method comprising, after the braiding step, a folding step during which the excess section (6, 6_in, 6_out) is deformed plastically by folding, so as to form an elbow (17, 17_in, 17_out) which makes the excess section (6, 6_in, 6_out) diverge with respect to the helical turns and makes said excess section (6, 6_in, 6_out) protrude at least partly with respect to the braid volume of the braided torus.
Support for a device, such as a display means, capable of supporting a device relative to a framework, comprising a first plate capable of being fixed to the framework, a second plate capable of being fixed to the device, and a connecting means (6, 7) for connecting the second plate to the first plate, wherein the connecting means (6, 7) is capable of allowing the two plates (4, 5) to move towards one another under the effect of an impact exerted on the device and tending to move the second plate towards the first plate, by offering a resistance that is at most equal to a first force, and is also capable of preventing the two plates (4, 5) from being moved apart under the effect of a pulling force exerted on the device and tending to move the second plate away from the first plate, at least as long as said pulling force is at most equal to a second force, wherein - the connecting means (6, 7) comprises a first connecting means capable of allowing the two plates (4, 5) to move towards one another under the effect of an impact exerted on the device in a first direction tending to move the second plate towards the first plate, by offering a resistance that is at most equal to a first force, and a second connecting means capable of preventing the two plates (4, 5) from being moved apart under the effect of a pulling force exerted on the device in a second direction tending to move the second plate away from the first plate, at least as long as said pulling force is at most equal to a second force, - the second connecting means comprises at least one element of which a first end is integral with the first plate and a second end is integral with the second plate, said element being rigid under tension and flexible under compression, characterised in that the element comprises a first slide integral with the first plate, a second slide integral with the second plate, and an assembly means for assembling the two slides (12, 13) so as to allow the two slides (12, 13) to slide relative to one another under compression and to prevent the two slides (12, 13) from sliding relative to one another under tension. - the connecting means (6, 7) comprises a first connecting means capable of allowing the two plates (4, 5) to move towards one another under the effect of an impact exerted on the device in a first direction tending to move the second plate towards the first plate, by offering a resistance that is at most equal to a first force, and a second connecting means capable of preventing the two plates (4, 5) from being moved apart under the effect of a pulling force exerted on the device in a second direction tending to move the second plate away from the first plate, at least as long as said pulling force is at most equal to a second force, - the second connecting means comprises at least one element of which a first end is integral with the first plate and a second end is integral with the second plate, said element being rigid under tension and flexible under compression,
Soil roller for strip-wise compaction of soil, in particular earth, the soil roller comprising a supporting body, which is mounted so as to be rotatable about the longitudinal axis and is preferably cylindrical or tubular, and a plurality of soil compaction rings (12, 12a), which are arranged next to one another on the supporting body, a spacer ring being arranged in each case between two soil compaction rings (12, 12a), and the soil compaction rings (12, 12a) having retaining grooves for laterally engaging the spacer rings, preferably in the side surfaces or side flanks of the soil compaction rings (12, 12a), characterized in that each of the two outer soil compaction rings (12, 12a) on the supporting body has at least one support groove which is spaced apart from the supporting body in the radial direction and is provided for engaging a support portion connected to the supporting body by the diameter of the support groove being greater than the diameter of the retaining groove.
An apparatus comprising: (a) a locking portion; (b) a flexible pulling portion, wherein the locking portion is configured to receive the pulling portion, wherein the pulling portion is configured to engage and translate relative to the locking portion after the locking portion has received the pulling portion; (c) a flexible body, wherein the flexible body extends from the locking portion to the pulling portion, wherein the flexible body is configured to form a loop when the pulling portion engages the locking portion, wherein the loop is configured to decrease in size in response to pulling of the pulling portion relative to the locking portion; and (d) a plurality of barb features extending laterally from the body, wherein the barb features are configured to engage a tubular region of anatomical tissue and thereby form pleats in the tubular region of anatomical tissue; characterised in that the at least one barb feature in the plurality of barb features comprises a first pair of angled arms (518, 519) and a first piercing tip located at the end of the first pair of angled arms, wherein the first piercing tip is configured to pierce anatomical tissue. (a) a locking portion; (b) a flexible pulling portion, wherein the locking portion is configured to receive the pulling portion, wherein the pulling portion is configured to engage and translate relative to the locking portion after the locking portion has received the pulling portion; (c) a flexible body, wherein the flexible body extends from the locking portion to the pulling portion, wherein the flexible body is configured to form a loop when the pulling portion engages the locking portion, wherein the loop is configured to decrease in size in response to pulling of the pulling portion relative to the locking portion; and (d) a plurality of barb features extending laterally from the body, wherein the barb features are configured to engage a tubular region of anatomical tissue and thereby form pleats in the tubular region of anatomical tissue;
A control device of a hybrid vehicle including an engine and an electric motor as a drive power source for running, a clutch connecting/disconnecting a power transmission path between the engine and the electric motor, and an automatic transmission coupled to the electric motor in a power transmittable manner to transmit power from the drive power source for running toward drive wheels, the hybrid vehicle being configured to perform motor running using only the electric motor as the drive power source for running with the clutch released, wherein when a request for increasing a drive torque during the motor running is made, if start control of the engine and downshift control of the automatic transmission are provided in an overlapping manner, engagement completion of the clutch is used as a starting point to start a rotational change of an input rotation speed of the automatic transmission toward a synchronous rotation speed after a shift, and a transmission torque capacity during the downshift control in the automatic transmission until engagement completion of the clutch is set equal to or greater than an input torque of the automatic transmission during the motor running and less than an input torque of the automatic transmission at the time of engagement completion of the clutch.
A power supply device for an ozone generator, which applies electric power to an ozone generator which generates ozone by silent discharge from gas containing oxygen, comprising a transformer which transforms a voltage which is applied from a commercial AC power supply, an inverter which converts an AC voltage which is transformed by the transformer to be an AC voltage having higher frequency than a frequency of the commercial AC power supply and a reactor which is connected to an output of the inverter, wherein the transformer, the inverter and the reactor are disposed inside of one housing, a flat heat exchanger which cools passing air with cooling water is disposed at a lower part inside the housing, the transformer and the inverter are disposed above the heat exchanger, the reactor is disposed above the transformer and the inverter, a protection panel which isolates high voltage is disposed further toward a front side of the housing than the transformer and the inverter by being separated from a front door of the housing, and, by a fan which is provided at a position inside the front door, cooling air is circulated by passing through an air passage which is a space between the front door and the protection panel, a space between the heat exchanger and a bottom of the housing, the heat exchanger, the transformer and the inverter, the reactor and the fan, sequentially. a transformer which transforms a voltage which is applied from a commercial AC power supply, an inverter which converts an AC voltage which is transformed by the transformer to be an AC voltage having higher frequency than a frequency of the commercial AC power supply and a reactor which is connected to an output of the inverter, wherein the transformer, the inverter and the reactor are disposed inside of one housing, a flat heat exchanger which cools passing air with cooling water is disposed at a lower part inside the housing, the transformer and the inverter are disposed above the heat exchanger, the reactor is disposed above the transformer and the inverter, a protection panel which isolates high voltage is disposed further toward a front side of the housing than the transformer and the inverter by being separated from a front door of the housing, and, by a fan which is provided at a position inside the front door, cooling air is circulated by passing through an air passage which is a space between the front door and the protection panel, a space between the heat exchanger and a bottom of the housing, the heat exchanger, the transformer and the inverter, the reactor and the fan, sequentially.
A single crystal metal-organic framework comprising one or more metal-ligand clusters, each metal-ligand cluster comprising (i) a metal cluster having an Al 3 O cornerstone, and (ii) one or more ligands having two or more carboxylate groups; wherein the single crystal has a size greater than or equal to 10 μm; the metal-organic framework comprises cavities having a free diameter of from 4Å to 50Å; and the metal-organic framework comprising pores having a pore volume from 0.1 cm 3 /g to 4 cm 3 /g.
A wireless communications system including a packet core network and a wireless access network that includes a base station and a plurality of terminals (120, 130), the wireless communications system being capable of communications between terminals from among the plurality of terminals (120, 130) through a first path that includes the packet core network and communications between terminals from among the plurality of terminals (120, 130) through a second path that includes the base station and does not include the packet core network, wherein the base station is configured to be capable to perform processing related to proximity-based communications services between the plurality of terminals (120, 130), and wherein the base station is further configured to: obtain identifiers of the plurality of terminals (120, 130) and information that is related to positions of the plurality of terminals (120, 130) and enables determination of whether to use the second path when performing the processing related to the proximity-based communications services, and cause the communication between the plurality of terminals to be executed through the second path based on the identifiers, the information and according to criteria for determining whether to use second path, characterized in that said criteria is set based on whether an amount of delay of communication between the terminals (120, 130) when the second path is used is less than a predetermined amount. wherein the base station is configured to be capable to perform processing related to proximity-based communications services between the plurality of terminals (120, 130), and wherein the base station is further configured to: obtain identifiers of the plurality of terminals (120, 130) and information that is related to positions of the plurality of terminals (120, 130) and enables determination of whether to use the second path when performing the processing related to the proximity-based communications services, and cause the communication between the plurality of terminals to be executed through the second path based on the identifiers, the information and according to criteria for determining whether to use second path, obtain identifiers of the plurality of terminals (120, 130) and information that is related to positions of the plurality of terminals (120, 130) and enables determination of whether to use the second path when performing the processing related to the proximity-based communications services, and cause the communication between the plurality of terminals to be executed through the second path based on the identifiers, the information and according to criteria for determining whether to use second path, characterized in that said criteria is set based on whether an amount of delay of communication between the terminals (120, 130) when the second path is used is less than a predetermined amount.
A battery module comprising: a housing; a first battery cell and a second battery cell accommodated inside the housing; and a terminal assembly (150, 250)electrically connecting the first battery cell and the second battery cell and partially embedded in the housing to be fixed to the housing, and wherein the terminal assembly (150, 250) includes a first conductive member (152, 252) including a bridge (154, 254) embedded in the housing and connection portions (151a, 151b, 251a, 251b) extending from both sides of the bridge (154, 254) and respectively connected to the first battery cell and the second battery cell. a housing; a first battery cell and a second battery cell accommodated inside the housing; and a terminal assembly (150, 250)electrically connecting the first battery cell and the second battery cell and partially embedded in the housing to be fixed to the housing, and wherein the terminal assembly (150, 250) includes a first conductive member (152, 252) including a bridge (154, 254) embedded in the housing and connection portions (151a, 151b, 251a, 251b) extending from both sides of the bridge (154, 254) and respectively connected to the first battery cell and the second battery cell.
Supporting device for stabilizing underground cavities, especially tunnels, having at least a first supporting beam and at least one compression body (7, 13, 15), the supporting device comprising at least a second supporting beam, said first and second supporting beams are formed by arched beam elements being able to move under load towards each other, the supporting beams are steel I-profile beams or steel pipes, and said compression body (7, 13, 15) is arranged such that the supporting beams are able to move under load, wherein the compression body (7, 13, 15) is made of a material with a high yield strength of at least 235 N/mm^2 and great permanent deformation ability with a yield-to tension ratio of at least 1.05, the compression body (7, 13, 15) is arranged between said arched beam elements, characterized in that said compression body (7, 13, 15) contains a pipe (8, 14), wherein said pipe has a circular cross-section and the wall thickness (v) of the pipe is selected in the range of 0.05 to 0.15 times the diameter of the circular cross-section pipe, or said pipe has a right-angled rectangular cross-section and the wall thickness (v) of the pipe is selected in the range of 0.05 to 0.15 times the beam-direction side length of the pipe with a right-angled rectangular cross-section.
A display device comprising: a substrate comprising a display area and a peripheral area, wherein a display element is on the display area, and the peripheral area is positioned outside the display area and comprises a pad area (PADA), a data line on the display area; a pad on the pad area (PADA); a first connection line partly on the display area and electrically connected to the data line and the pad, and configured to transmit a signal from the pad to the data line, wherein the first connection line is electrically connected to the data line via a contact part; and characterised by an electrostatic discharge protection circuit electrically connected to the first connection line, and wherein the first connection line comprises a first section and a second section, the electrostatic discharge protection circuit comprises a first bridge in the display area, and the first section is spaced from the second section in an extension direction of the first connection line and is electrically connected through the first bridge to the second section. a substrate comprising a display area and a peripheral area, wherein a display element is on the display area, and the peripheral area is positioned outside the display area and comprises a pad area (PADA), a data line on the display area; a pad on the pad area (PADA); a first connection line partly on the display area and electrically connected to the data line and the pad, and configured to transmit a signal from the pad to the data line, wherein the first connection line is electrically connected to the data line via a contact part; and characterised by an electrostatic discharge protection circuit electrically connected to the first connection line, and wherein the first connection line comprises a first section and a second section, the electrostatic discharge protection circuit comprises a first bridge in the display area, and the first section is spaced from the second section in an extension direction of the first connection line and is electrically connected through the first bridge to the second section.
A method for implementing handover control, wherein the method comprises: receiving, by a source Mobility Management Entity, MME, a closed subscriber group identity, CSG ID, of a target cell reported by a user equipment, UE, wherein the access mode of the target cell is a closed mode; determining, by the source MME, whether the UE has the right to access the target cell by detecting whether a CSG list accessible to the UE stored in the source MME has a record matching CSG ID of the target cell reported by the UE, if the source MME detects that the access mode of the target cell reported by the UE is a closed mode; and wherein the receiving, by the source MME, the CSG ID of the target cell reported by the UE, comprises: receiving, by the source MME, the CSG ID of the target cell which is carried in a handover required message sent by a source base station, characterised in that the CSG ID of the target cell is acquired by the source base station through a measurement report including the CSG ID of the target cell reported by the UE. receiving, by a source Mobility Management Entity, MME, a closed subscriber group identity, CSG ID, of a target cell reported by a user equipment, UE, wherein the access mode of the target cell is a closed mode; determining, by the source MME, whether the UE has the right to access the target cell by detecting whether a CSG list accessible to the UE stored in the source MME has a record matching CSG ID of the target cell reported by the UE, if the source MME detects that the access mode of the target cell reported by the UE is a closed mode; and wherein the receiving, by the source MME, the CSG ID of the target cell reported by the UE, comprises: receiving, by the source MME, the CSG ID of the target cell which is carried in a handover required message sent by a source base station, characterised in that the CSG ID of the target cell is acquired by the source base station through a measurement report including the CSG ID of the target cell reported by the UE. receiving, by the source MME, the CSG ID of the target cell which is carried in a handover required message sent by a source base station, characterised in that the CSG ID of the target cell is acquired by the source base station through a measurement report including the CSG ID of the target cell reported by the UE.
A shaft connection structure comprising: a first shaft (12, 48) that includes a hollow portion; a second shaft (14, 60) that is inserted into the hollow portion of the first shaft; and a clamp fastener that is arranged outside the hollow portion of the first shaft and fastens the first shaft and the second shaft with each other by using a frictional force, characterized in that an O-ring (18, 50) that prevents falling of the clamp fastener is arranged on a shaft end side (12B, 48B) from the clamp fastener in the first shaft (12, 48), wherein the first shaft (12, 48) and the second shaft (14, 60) are connected also by a key and the O-ring (18, 50) is arranged on a radially outer side of the key. a first shaft (12, 48) that includes a hollow portion; a second shaft (14, 60) that is inserted into the hollow portion of the first shaft; and a clamp fastener that is arranged outside the hollow portion of the first shaft and fastens the first shaft and the second shaft with each other by using a frictional force,
An elevator display device comprising: a light-emitting display unit; a resin cover that is disposed in front of the light-emitting display unit so as to cover the light-emitting display unit, and that transmits light from the light-emitting display unit; and a metallic tone film that is disposed on the cover, characterized in that the metallic tone film is made of a nano-layered film that is optically designed to have a metallic sheen, and that transmits the light from the light-emitting display unit. a light-emitting display unit; a resin cover that is disposed in front of the light-emitting display unit so as to cover the light-emitting display unit, and that transmits light from the light-emitting display unit; and a metallic tone film that is disposed on the cover, characterized in that the metallic tone film is made of a nano-layered film that is optically designed to have a metallic sheen, and that transmits the light from the light-emitting display unit.
A gathering device (100; 200; 300; 400; 600) for a shredder with a shredding device, wherein the gathering device (100; 200; 300; 400; 600) comprises at least two vertically arranged lead-in rollers (101, 102) that are provided for mutually opposing revolution and that are provided for transporting cut material into a feed opening, arranged behind the lead-in rollers, for the shredding device, and wherein the gathering device forms a lead-in region for the cut material, wherein a transversely arranged rotating gathering roller is arranged in the lower region of the lead-in region and at least one other lead-in device (109; 209; 309; 609) is provided in the upper region of the lead-in region, characterized in that the feed opening for the shredding device is formed by a vertical gap.