mhurhangee/ep-ind-claims huggingface dataset:
A damping valve, comprising: a piston movably inserted into a cylinder and partitioning an interior of the cylinder into an extension side chamber and a pressure side chamber; a damping passage provided in the piston and communicating between the extension side chamber and the pressure side chamber; a piston rod movably inserted into the cylinder, the piston rod having one end coupled to the piston; and a bypass provided in the piston rod and communicating the pressure side chamber with the extension side chamber by bypassing the damping passage; characterized in that the damping valve (V, V1) further comprises a relief valve releasing the bypass upon an action of a pressure of the pressure side chamber, wherein the bypass includes a valve hole opening from the one end of the piston rod facing the pressure side chamber and extending in the axial direction of the piston rod, and a horizontal hole opening from a side part of the piston rod facing the extension side chamber and leading to the valve hole, and the relief valve includes an annular valve seat provided in the middle of the valve hole on the side of the pressure side chamber with respect to an opening of the horizontal hole, a valve body slidably inserted into the valve hole on the side of the extension side chamber with respect to the annular valve seat and partitioning a back pressure chamber in the valve hole, a bias spring inserted into the back pressure chamber and biasing the valve body toward the annular valve seat, and a throttle (19, 30) provided in the piston rod and communicating the back pressure chamber with the extension side chamber. a piston movably inserted into a cylinder and partitioning an interior of the cylinder into an extension side chamber and a pressure side chamber; a damping passage provided in the piston and communicating between the extension side chamber and the pressure side chamber; a piston rod movably inserted into the cylinder, the piston rod having one end coupled to the piston; and a bypass provided in the piston rod and communicating the pressure side chamber with the extension side chamber by bypassing the damping passage; characterized in that the damping valve (V, V1) further comprises a relief valve releasing the bypass upon an action of a pressure of the pressure side chamber, wherein
An adhesive composition comprising: a thermally curable epoxy resin formed of a hydroxyl group-containing epoxy copolymer; and a UV curable epoxy resin having an epoxy equivalent weight of 100 g/eq to 500 g/eq, wherein the thermally curable epoxy resin has a hydroxyl group equivalent weight of 200 g/eq to 400 g/eq, wherein the thermally curable epoxy resin is present in an amount of 10 parts by weight to 60 parts by weight based on 100 parts by weight of the UV curable epoxy resin. a thermally curable epoxy resin formed of a hydroxyl group-containing epoxy copolymer; and a UV curable epoxy resin having an epoxy equivalent weight of 100 g/eq to 500 g/eq, wherein the thermally curable epoxy resin has a hydroxyl group equivalent weight of 200 g/eq to 400 g/eq, wherein the thermally curable epoxy resin is present in an amount of 10 parts by weight to 60 parts by weight based on 100 parts by weight of the UV curable epoxy resin.
A process for making a hot rolled high strength steel (HRHSS) product, the process comprising steps of: casting a steel slab with composition C: 0.18 - 0.22, Mn: 1.0 - 2.0, Si: 0.8 - 1.2, Cr: 0.8 - 1.2, S: 0.008 max, P: 0.025 max, Al: 0.01 - 0.15, N: 0.005 max, Nb:0.02 - 0.035, Mo: 0.08 - 0.12 rest iron (Fe) and incidental impurities (all in wt.percentage); hot rolling the steel slab into strip at finish rolling temperature of 850 - 900 °C; cooling the hot rolled strip at 40° C /s or more over run out table till it reaches to 380 - 400° C; and coiling the hot rolled strip and then air cooling to room temperature. casting a steel slab with composition C: 0.18 - 0.22, Mn: 1.0 - 2.0, Si: 0.8 - 1.2, Cr: 0.8 - 1.2, S: 0.008 max, P: 0.025 max, Al: 0.01 - 0.15, N: 0.005 max, Nb:0.02 - 0.035, Mo: 0.08 - 0.12 rest iron (Fe) and incidental impurities (all in wt.percentage); hot rolling the steel slab into strip at finish rolling temperature of 850 - 900 °C; cooling the hot rolled strip at 40° C /s or more over run out table till it reaches to 380 - 400° C; and coiling the hot rolled strip and then air cooling to room temperature.
A key-foot combination for the levelling of furniture comprising a key with an elongated handle and with a fork-shaped end and a foot (112; 113) consisting of a column (tube) coupled with a base, so that said foot (112; 113) has a variable and adjustable height, characterised that said base is polygonal and defines a regular polygon with an even number of sides and equal to or higher than eight, and in that the fork-shaped end of the key has a plurality of adjacent operating sides, straight and/or curved, which develop along a broken line which defines a seat capable of receiving said base and maneuvering it with an oscillating movement always in coupling, operating in a direction and not operating in the opposite direction, in said operating oscillating movement, said fork-shaped end has three gripping and contact points (PP1, PP2 and PP3) with the base, the two points and are opposite, in correspondence with the free end of the fork, and act on two specularly opposing sides of the base, whereas the third point is between said two points and and acts on a side which is between said two specularly opposing sides of the base.
Method for determining a specific control parameter range of an autonomous mobile green area maintenance robot for an area to be treated having a specific shape and a specific size, - wherein the autonomous mobile green area maintenance robot is configured to control its movement on the area to be treated as a function of the specific control parameter range, the method comprising the steps - a) predefining the specific shape and the specific size of the area to be treated and - b) determining the specific control parameter range as a function of the predefined specific shape and the predefined specific size of the area to be treated. - wherein the autonomous mobile green area maintenance robot is configured to control its movement on the area to be treated as a function of the specific control parameter range, the method comprising the steps - a) predefining the specific shape and the specific size of the area to be treated and - b) determining the specific control parameter range as a function of the predefined specific shape and the predefined specific size of the area to be treated.
A method implemented by one or more computing devices, the method comprising: receiving by a content server a query request sent by a client side and obtaining content of a type field of the query request; obtaining by the content server a type of the query request based at least in part on the content of the type field, wherein if the contents of the type fields of query requests are different the types corresponding to those query requests are different; adding by the content server a type identifier corresponding to the type and a domain name of a preset authorized Domain Name System, DNS, into the query request to obtain a target query request; and sending by the content server the target query request to a local DNS to enable the local DNS to send the target query request to the preset authorized DNS according to the domain name of the preset authorized DNS in the target query request and receiving a response message including information corresponding to the type of the query request from the preset authorized DNS, wherein the client side negotiates with the local DNS and the preset authorized DNS in advance regarding respective information represented by each segment in the response message. receiving by a content server a query request sent by a client side and obtaining content of a type field of the query request; obtaining by the content server a type of the query request based at least in part on the content of the type field, wherein if the contents of the type fields of query requests are different the types corresponding to those query requests are different; adding by the content server a type identifier corresponding to the type and a domain name of a preset authorized Domain Name System, DNS, into the query request to obtain a target query request; and sending by the content server the target query request to a local DNS to enable the local DNS to send the target query request to the preset authorized DNS according to the domain name of the preset authorized DNS in the target query request and receiving a response message including information corresponding to the type of the query request from the preset authorized DNS, wherein the client side negotiates with the local DNS and the preset authorized DNS in advance regarding respective information represented by each segment in the response message.
Method for producing a photoacoustic gas sensor for a target gas comprising the steps of a) providing a wafer made of silicon and comprising a front side and a rear side, wherein the wafer comprises a buried insulation layer within the silicon; b) realizing a suspended thermal emitter comprising a first cavity which is disposed at the rear side of the wafer and forms a measuring volume and through which the gas and/or gas mixture to be examined can flow; c) realizing a sound-sensitive element at the front side of the wafer, wherein the sound-sensitive element comprises a second cavity in which the target gas is enclosed, wherein steps b) and c) are realized by means of photolithographic and etching processes such that the first cavity and the second cavity are separated from each other only by the buried insulation layer. a) providing a wafer made of silicon and comprising a front side and a rear side, wherein the wafer comprises a buried insulation layer within the silicon; b) realizing a suspended thermal emitter comprising a first cavity which is disposed at the rear side of the wafer and forms a measuring volume and through which the gas and/or gas mixture to be examined can flow; c) realizing a sound-sensitive element at the front side of the wafer, wherein the sound-sensitive element comprises a second cavity in which the target gas is enclosed, wherein steps b) and c) are realized by means of photolithographic and etching processes such that the first cavity and the second cavity are separated from each other only by the buried insulation layer.
A steering structure for a saddle riding type vehicle, the steering structure comprising: a head pipe provided to a front end portion of a vehicle body frame; a top bridge and a bottom bridge steerably supported by the head pipe; a pair of left and right front fork members retained by the top bridge and the bottom bridge, the pair of left and right front fork members rotatably supporting a front wheel; and a steering provided so as to move integrally with the top bridge; the steering being a bar handle constituted of a single piece of pipe material having a left portion and a right portion continuous with each other and extending in a vehicle width direction; the bar handle being fixed by handle holders (170, 70) at two left and right positions, and the handle holders (170, 70) being provided so as to surround respective upper portions of the left and right front fork members from a periphery; wherein the handle holders include upper side holders and lower side holders, and the lower side holders surround the upper portions of the front fork members; characterized in that the lower side holders have a fitting projecting portion fitted to the top bridge fixed to the front fork members. a head pipe provided to a front end portion of a vehicle body frame; a top bridge and a bottom bridge steerably supported by the head pipe; a pair of left and right front fork members retained by the top bridge and the bottom bridge, the pair of left and right front fork members rotatably supporting a front wheel; and a steering provided so as to move integrally with the top bridge; the steering being a bar handle constituted of a single piece of pipe material having a left portion and a right portion continuous with each other and extending in a vehicle width direction; the bar handle being fixed by handle holders (170, 70) at two left and right positions, and the handle holders (170, 70) being provided so as to surround respective upper portions of the left and right front fork members from a periphery; the handle holders include upper side holders and lower side holders, and the lower side holders surround the upper portions of the front fork members; characterized in that the lower side holders have a fitting projecting portion fitted to the top bridge fixed to the front fork members.
A non-therapeutic method of enhancing the growth of an animal selected from a non-human mammal or bird, the method comprising causing the animal to ingest or absorb an effective amount of one or more compounds, wherein the one more compounds are Fe III complexes comprising ligands bound to the iron centre selected from citric acid, or a salt and/or hydrate thereof, and wherein the enhanced growth of the animal includes enhancing one or more characteristics selected from the group consisting of enhancing body weight or (in the case of a group of animals) average body weight, feed intake or (in the case of a group of animals) average feed intake, weight gain or (in the case of a group of animals) average weight gain, and/or mortality adjusted feed conversion ratio (MFCR). wherein the one more compounds are Fe III complexes comprising ligands bound to the iron centre selected from citric acid, or a salt and/or hydrate thereof, and wherein the enhanced growth of the animal includes enhancing one or more characteristics selected from the group consisting of enhancing body weight or (in the case of a group of animals) average body weight, feed intake or (in the case of a group of animals) average feed intake, weight gain or (in the case of a group of animals) average weight gain, and/or mortality adjusted feed conversion ratio (MFCR).
System for the exchange and transport of finishing sheets for panel finishing presses, comprising at least one mobile loading and unloading device, characterized in that said system comprises a mobile stocking device for loading and unloading sheets, having at least one compartment (5a, 6a) for receiving an unloaded sheet and at least one compartment (5b, 6b) for carrying at least one sheet to be loaded and in that said at least one compartment (5b, 6b) for loading and at least one compartment (5a, 6a) for unloading are arranged on two different and vertical levels.
Method for picking different items into an order container, wherein at at least one loading area at least one order container is provided, into which the different items are picked from storage containers, wherein the storage containers with different items are fed one after another for the picking via a storage container feeding device in an automated way and are discharged again after the picking via a storage container discharging device, wherein the storage containers are provided at a withdrawal position for the picking, so that the items from the respective storage containers can be withdrawn and can be transferred into the order container, wherein after withdrawing the items to be picked into the order container, a first acknowledgement signal is generated, so that the storage container is conveyed into a post-withdrawal position, whereas the next storage container, which has been kept prepared in a pre-withdrawal position, is transferred at the same time into the withdrawal position, characterized in that the movement of the storage container in the storage container feeding device and the storage container discharging device takes place separately and independently from the movement of the storage containers in the pre-withdrawal position, the withdrawal position and the post-withdrawal position, wherein the withdrawal position, the pre-withdrawal position and the post-withdrawal position are respectively formed by a conveyor segment (13, 26, 27) which can be actuated separately.
Plug system with a first connector and a second connector (1 B), it being possible to produce an electrical plug connection between the connectors (1A, 1B), the plug system being a force reducing device for reducing the Disconnecting the connector between the connectors (1A, 1B) has the required force, the force reducing device having a mechanism which defines a first stable state and a second stable state of the force reducing device, and wherein the force reducing device has an actuating part or a plurality of actuating parts, the first connector having the force reducing device, the actuating part preferably being at least essentially bolt-like, the actuating part is arranged on the first connector in such a way that in a position of the connectors (1A, 1B) to one another, starting from which the plug connection can be produced by axially bringing the connectors (1A, 1B) together, both in the first and in the second state the actuating part preferably protrudes axially in the direction of the second connector from the first connector and that in this position both in the first and in the second state at least one axial end side of the Actuating part is arranged between an end face of the first connector and an end face of the second connector; and / or that the actuating part or actuating parts are / are arranged in the second connector in such a way that the actuating part or the actuating parts actuates at the same time when the plug connection is made by at least two contact pins of the first connector will or will be, the force reducing device being designed so that a first at least substantially complete movement of the first connector in the insertion direction or first movement of the first connector over a relative position of the Connectors (1 A, 1B), which corresponds to that in the first stable state, in the insertion direction at establish the connector, the power reduction device in the first state is transferred, characterized in that by a renewed at least substantially complete movement in the insertion direction or renewed movement beyond the relative position of the connectors (1A, 1B), which corresponds to that in the first stable state, into the insertion direction the force reducing device the first stable one Leaves state, a spring being arranged on the actuating part, the mechanism preferably having a hook-like form-locking element and a guide for guiding the form-locking element, the guide asymmetrical shaped and / or arranged asymmetrically in the actuating part, the spring, the guide and the form-locking element cooperating in such a way that when the actuating part moves two successive movements in the same direction, wherein the actuating part is at least substantially completely moved in the actuating direction, the actuating part is positively held in the first position after the first movement or engages and after the second movement reaches the second position.
A method for wireless communications in a multi-carrier wireless communication system, comprising: receiving, at a user equipment, UE, downlink control information, DCI, comprising a group of transmit power control, TPC, commands; determining, based on a plurality of TPC indices, locations of one or more TPC commands from the group to use for adjusting power of uplink transmissions on a corresponding plurality of uplink component carriers, wherein the plurality of TPC indices point to TPC commands in a group power control message associated with the plurality of uplink component carriers; determining an association between each of the plurality of TPC indices and a corresponding one of the plurality of uplink component carriers based on higher layer signaling; and adjusting a transmit power of one or more of the plurality of uplink component carriers in accordance with the determined TPC commands. receiving, at a user equipment, UE, downlink control information, DCI, comprising a group of transmit power control, TPC, commands; determining, based on a plurality of TPC indices, locations of one or more TPC commands from the group to use for adjusting power of uplink transmissions on a corresponding plurality of uplink component carriers, wherein the plurality of TPC indices point to TPC commands in a group power control message associated with the plurality of uplink component carriers; determining an association between each of the plurality of TPC indices and a corresponding one of the plurality of uplink component carriers based on higher layer signaling; and adjusting a transmit power of one or more of the plurality of uplink component carriers in accordance with the determined TPC commands.
A battery module, comprising: - a first electrochemical cell having a first terminal (34, 36); - a second electrochemical cell having a second terminal (34, 36); and - a bus bar connection electrically connecting the first and second electrochemical cells, comprising: - a first adapter covering at least a portion of the first terminal (34, 36) of the first electrochemical cell, wherein the first adapter comprises a first recess positioned proximate to the first terminal (34, 36); - a second adapter covering at least a portion of the second terminal (34, 36) of the second electrochemical cell, wherein the second adapter comprises a second recess positioned proximate to and at least partially aligned with the first recess; and - a bus bar that spans between the first recess of the first adapter and the second recess of the second adapter to establish an electrical path, wherein the bus bar is disposed within the first and second recesses such that a top surface (80, 96) of the bus bar is disposed no higher than the top surfaces of the first and second terminals (34, 36) with respect to a vertical axis extending parallel with the first and second terminals (34, 36), wherein a first top surface (84, 95) of the first adapter is flush with the top surface of the first terminal (34, 36) immediately adjacent to the first terminal (34, 36), and wherein a second top surface (84, 95) of the second adapter is flush with the top surface of the second terminal (34, 36) immediately adjacent to the second terminal (34, 36). - a first electrochemical cell having a first terminal (34, 36); - a second electrochemical cell having a second terminal (34, 36); and - a bus bar connection electrically connecting the first and second electrochemical cells, comprising: - a first adapter covering at least a portion of the first terminal (34, 36) of the first electrochemical cell, wherein the first adapter comprises a first recess positioned proximate to the first terminal (34, 36); - a second adapter covering at least a portion of the second terminal (34, 36) of the second electrochemical cell, wherein the second adapter comprises a second recess positioned proximate to and at least partially aligned with the first recess; and - a bus bar that spans between the first recess of the first adapter and the second recess of the second adapter to establish an electrical path, - a first adapter covering at least a portion of the first terminal (34, 36) of the first electrochemical cell, wherein the first adapter comprises a first recess positioned proximate to the first terminal (34, 36); - a second adapter covering at least a portion of the second terminal (34, 36) of the second electrochemical cell, wherein the second adapter comprises a second recess positioned proximate to and at least partially aligned with the first recess; and - a bus bar that spans between the first recess of the first adapter and the second recess of the second adapter to establish an electrical path,