mhurhangee/ep-ind-claims huggingface dataset:
Mounting structure for a valve fitting, in particular for a valve fitting for a low temperature heating system, that has a return temperature valve and a thermostatic valve arranged preferably downstream in series with the return temperature valve, wherein the mounting structure comprises a casing, that defines a valve space for receiving the valve fitting, that can be closed by a removable cover encompassed by the mounting structure, wherein the thermostatic valve can be adjusted by means of an adjusting element that can be placed in the cover, characterized in that the mounting structure has setting means for the on-site adaptation of the relative position of the valve fitting in the casing relative to the cover, wherein the valve fitting is movable in the casing, wherein the setting means comprise an adjustable connecting element for connecting the valve fitting to the cover so that, when the cover, the connecting element being arranged between the valve fitting and the cover, is fixed to the casing, the relative position of the valve fitting can be adapted relative to the cover.
A rechargeable battery comprising: an electrode assembly that is manufactured by winding a first electrode, a separator, and a second electrode in a jelly-roll shape; an electrolyte immersing the electrode assembly therein; a case assembly accommodating the electrode assembly and the electrolyte; and an absorbing member formed of a material that absorbs the electrolyte and is swelled and disposed in the winding center of the electrode assembly to absorb stress applied to the inside of the electrode assembly when the electrode assembly is expanded, characterized in that the absorbing member is a swelling tape that includes: a base layer that is deformed in the longitudinal direction when contacting the electrolyte; and an adhesion layer disposed on one surface of the base layer by which the swelling tape is attached to the electrode assembly. an electrode assembly that is manufactured by winding a first electrode, a separator, and a second electrode in a jelly-roll shape; an electrolyte immersing the electrode assembly therein; a case assembly accommodating the electrode assembly and the electrolyte; and an absorbing member formed of a material that absorbs the electrolyte and is swelled and disposed in the winding center of the electrode assembly to absorb stress applied to the inside of the electrode assembly when the electrode assembly is expanded, characterized in that the absorbing member is a swelling tape that includes: a base layer that is deformed in the longitudinal direction when contacting the electrolyte; and an adhesion layer disposed on one surface of the base layer by which the swelling tape is attached to the electrode assembly. a base layer that is deformed in the longitudinal direction when contacting the electrolyte; and an adhesion layer disposed on one surface of the base layer by which the swelling tape is attached to the electrode assembly.
A method for triggering by a server a terminal in a communication network including a serving network node, the method being for executing at the serving network node and comprising the steps of: determining information related to device triggering capabilities of the terminal from a message received from the terminal, the server or another network node; receiving a trigger request for triggering establishment of a connection from the terminal to the server, the trigger request being sent by the server over the communication network to the terminal; judging based on the information related to device triggering capabilities of the terminal and based on the current congestion state whether to transmit the trigger request to the terminal or not; and transmitting or not transmitting the trigger request to the terminal according to the result of the judging step. determining information related to device triggering capabilities of the terminal from a message received from the terminal, the server or another network node; receiving a trigger request for triggering establishment of a connection from the terminal to the server, the trigger request being sent by the server over the communication network to the terminal; judging based on the information related to device triggering capabilities of the terminal and based on the current congestion state whether to transmit the trigger request to the terminal or not; and transmitting or not transmitting the trigger request to the terminal according to the result of the judging step.
A clip terminal for fixedly retaining a casing, the clip terminal being suitable for being mounted on a circuit board, the clip terminal comprising: a connector part having a first outwardly extending portion and a second outwardly extending portion; at least one upstanding retention clip (108, 110) for gripping a side wall portion of a casing, wherein the upstanding retention clip (108, 110) is positioned on the first or second outwardly extending portions (104, 106) and has a first height relative to a surface of the connector part; and a shielding part located on an outer edge of the connector part for shielding a portion of the casing, the shielding part projecting upwards relative to the surface of the connector part and having a second height relative to the surface of the connector part, wherein the second height is greater than the first height, characterised in that the shielding part projects upwards at an incline relative to the surface of the connector part, such that the shielding part is bent inwards towards the connector part, and the angle of the incline is such that a gap in a casing is substantially covered to reduce EMI entering the casing or dust or water entering the casing. a connector part having a first outwardly extending portion and a second outwardly extending portion; at least one upstanding retention clip (108, 110) for gripping a side wall portion of a casing, wherein the upstanding retention clip (108, 110) is positioned on the first or second outwardly extending portions (104, 106) and has a first height relative to a surface of the connector part; and a shielding part located on an outer edge of the connector part for shielding a portion of the casing, the shielding part projecting upwards relative to the surface of the connector part and having a second height relative to the surface of the connector part, wherein the second height is greater than the first height, characterised in that the shielding part projects upwards at an incline relative to the surface of the connector part, such that the shielding part is bent inwards towards the connector part, and the angle of the incline is such that a gap in a casing is substantially covered to reduce EMI entering the casing or dust or water entering the casing.
A pixel circuit comprising: a preset unit, a compensation unit, a data writing unit, a driving unit, an energy storage unit, a light emitting unit, a first scanning signal terminal, a second scanning signal terminal, a third scanning signal terminal, a control signal terminal, a data signal terminal (Data), a first electric level terminal, and a second electric level terminal, wherein the preset unit is connected to the first scanning signal terminal, a first node (a), a second node (b), a third node (c) and the second electric level terminal, and is configured to connect the first node (a) and the third node (c) to the second electric level terminal, and to connect the first scanning signal terminal to the second node (b), under the control of a signal of the first scanning signal terminal, wherein the compensation unit is connected to the second scanning signal terminal, the first node (a), the second node (b), the third node (c), a fourth node (d) and the second electric level terminal, and is configured to connect the first node (a) and the third node (c) to the second electric level terminal, and to connect the fourth node (d) to the second node (b), under the control of a signal of the second scanning signal terminal, wherein the data writing unit is connected to the third scanning signal terminal, the data signal terminal (Data) and the first node (a), and is configured to connect the data signal terminal (Data) to the first node (a) under the control of a signal of the third scanning signal terminal, wherein the energy storage unit is connected to the first node (a) and the second node (b), and is configured to store a voltage between the first node (a) and the second node (b), wherein the driving unit is connected to the second node (b), the third node (c) and the fourth node (d), and is configured to output a driving signal to the third node (c) under the control of the voltage between the second node (b) and the third node (c), wherein the light emitting unit comprises a light emission control unit and a light emitting component, and wherein the light emission control unit is connected to the control signal terminal, the third node (c), the fourth node (d), the first electric level terminal and the light emitting component, the light emitting component is connected to the light emission control unit and the second electric level terminal, the light emission control unit is configured to connect the first electric level terminal to the fourth node (d) and to connect the third node (c) to the light emitting component under the control of the signal of the control signal terminal, the light emitting component is configured to emit light under the control of the driving signal and a signal of the second electric level terminal; wherein the driving unit comprises a second transistor, and wherein a control electrode of the second transistor is connected to the second node (b), a first terminal of the second transistor is connected to the fourth node (d), and a second terminal of the second transistor is connected to the third node (c).
A method for calculating a stimulus for the change of shape of a medical aid, in order to change the shape of the aid from an actual position to a final nominal state, comprising the following steps: - capturing the actual position of the body part to be corrected after a first correction step in a control unit, - comparing the actual position of the body part to be corrected with a nominal position which is saved in the control unit, characterized in that the method further has the following steps: - optionally, capturing the deviation between the actual position and nominal position of the body part to be corrected by the control unit, - calculating the stimulus which has to act on the medical aid in order to execute a second correction step, taking account of the deviation between the actual state and the nominal state of the body part to be corrected, by the control unit, wherein the effect of the stimulus on the medical aid is stored in the control unit. - capturing the actual position of the body part to be corrected after a first correction step in a control unit, - comparing the actual position of the body part to be corrected with a nominal position which is saved in the control unit, - optionally, capturing the deviation between the actual position and nominal position of the body part to be corrected by the control unit, - calculating the stimulus which has to act on the medical aid in order to execute a second correction step, taking account of the deviation between the actual state and the nominal state of the body part to be corrected, by the control unit, wherein the effect of the stimulus on the medical aid is stored in the control unit.
A minigene coding for a protein comprising: (a) a human tissue plasminogen signal peptide; (b) at least one T-cell epitope; and (c) an E. coli heat labile enterotoxin B subunit; wherein (d) the at least one T-cell epitope is linked to the rest of the minigene, and to any other epitopes, by furin sensitive linkers having the sequence REKR. (a) a human tissue plasminogen signal peptide; (b) at least one T-cell epitope; and (c) an E. coli heat labile enterotoxin B subunit; wherein (d) the at least one T-cell epitope is linked to the rest of the minigene, and to any other epitopes, by furin sensitive linkers having the sequence REKR.
A cooled valve for combustion engines, comprising a valve disk, a valve stem, as well as a cavity within the valve stem and the valve disk, and a coolant, which is disposed in the cavity, wherein the valve is at least two-part and has an opening on a valve disk face, which is closed with a cover, characterized in that the cover additionally is provided with at least one relief groove, which relieves a joint between the opening of the valve disk face and the cover.
A steering controller intended to control a steering system in which an actuator having a motor as a driving source applies a motor torque to a steering axle of a steering mechanism to reciprocate the steering axle, the steering controller comprising: an end position determination unit that determines whether the steering axle is located at either one of right and left end positions; characterized by a motor absolute angle detection unit that detects a rotation angle of the motor as an absolute angle exceeding a range of 360 degrees; and an end position-corresponding motor angle setting unit that, when the end position determination unit determines that the steering axle is located at either one of the right and left end positions, sets a motor absolute angle detected by the motor absolute angle detection unit as an end position-corresponding motor angle corresponding to the one of the right and left end positions. an end position determination unit that determines whether the steering axle is located at either one of right and left end positions; characterized by a motor absolute angle detection unit that detects a rotation angle of the motor as an absolute angle exceeding a range of 360 degrees; and an end position-corresponding motor angle setting unit that, when the end position determination unit determines that the steering axle is located at either one of the right and left end positions, sets a motor absolute angle detected by the motor absolute angle detection unit as an end position-corresponding motor angle corresponding to the one of the right and left end positions.
Valve device for controlling or metering a fluid, having a housing, a flow channel, and a valve body which is arranged in the flow channel and has a sealing section which, when the valve device is closed, bears against a housingside sealing seat, the sealing section and sealing seat together forming a sealing region, characterized in that, when the valve device is closed, there is a decaying space, formed by means of a step-like recess in the housing, in the flow channel immediately upstream of the sealing region, which decaying space is delimited by a deflector wall formed on the housing, the deflector wall being tilted at least in regions with respect to the normal to the sealing region at an angle of from at most 15° in the flow direction to at most 60° counter to the flow direction.
Plug-in connection for a first pipe and a second pipe comprising a holding bracket with two legs; a guide for the holding bracket formed at the free end portion of the first pipe; characterized by one each of a locking element supported by each leg; a holding region formed at the free end portion of the second pipe as a sector-like depression with two opposite stops, and a shoulder, which each of the locking elements of the holding bracket has, wherein the holding bracket seated in the guide form-fittingly and force-fittingly abuts the sector-like depression of the holding region with each locking element and wherein the respective shoulders of the locking elements abut the stops of the sector-like depression. characterized by one each of a locking element supported by each leg; a holding region formed at the free end portion of the second pipe as a sector-like depression with two opposite stops, and a shoulder, which each of the locking elements of the holding bracket has, wherein the holding bracket seated in the guide form-fittingly and force-fittingly abuts the sector-like depression of the holding region with each locking element and wherein the respective shoulders of the locking elements abut the stops of the sector-like depression.
A method to monitor and control a drilling operation using a hand mobile communication device, the method comprising: receiving data wirelessly in a mobile device (200,1620,1630,1800), the data including performance data of a directional drilling operation downhole at a drill site (10,1615) wherein a downhole controller which is provided in a bottom hole assembly, which bottom hole assembly comprises an instrument sub and a telemetry transmitter, processes data received from a logging tool and/or sensors in the instrument sub and produces encoded signals for transmission to the surface via the telemetry transmitter, the mobile device (200,1620,1630,1800) being a hand mobile communication device; and displaying a representation of the data on a graphical user interface screen (206,300,400,500,600,700,800,1846) of the mobile device (200,1620,1630,1800) which includes displaying an image of formations (22,24) with respect to a drilling tool (26,1605) of the directional drilling operation and displaying a projected path of the drilling tool (26,1605) in the formations (22,24) as an animation showing the creation of the path; conducting, in the mobile device (200,1620,1630,1800), simulations of the directional drilling operation downhole at the drill site (10,1615); and transmitting commands from the mobile device (200,1620,1630,1800) to the drilling tool (26,1605) of the directional drilling operation to either modify operation of the drilling tool (26,1605) or collect additional data. receiving data wirelessly in a mobile device (200,1620,1630,1800), the data including performance data of a directional drilling operation downhole at a drill site (10,1615) wherein a downhole controller which is provided in a bottom hole assembly, which bottom hole assembly comprises an instrument sub and a telemetry transmitter, processes data received from a logging tool and/or sensors in the instrument sub and produces encoded signals for transmission to the surface via the telemetry transmitter, the mobile device (200,1620,1630,1800) being a hand mobile communication device; and displaying a representation of the data on a graphical user interface screen (206,300,400,500,600,700,800,1846) of the mobile device (200,1620,1630,1800) which includes displaying an image of formations (22,24) with respect to a drilling tool (26,1605) of the directional drilling operation and displaying a projected path of the drilling tool (26,1605) in the formations (22,24) as an animation showing the creation of the path; conducting, in the mobile device (200,1620,1630,1800), simulations of the directional drilling operation downhole at the drill site (10,1615); and transmitting commands from the mobile device (200,1620,1630,1800) to the drilling tool (26,1605) of the directional drilling operation to either modify operation of the drilling tool (26,1605) or collect additional data.
A method of wireless communication performed by a central unit, CU, of a central unit, CU, - distributed unit, DU, architecture, the method comprising: receiving, from a distributed unit, DU, a first DU configuration; and transmitting, to the DU, a second DU configuration identifying a change to a synchronization signal block, SSB, configuration of the DU, to cause overriding, at the DU, the first DU configuration to communicate in accordance with the second DU configuration, the first DU configuration being different from the second DU configuration. receiving, from a distributed unit, DU, a first DU configuration; and transmitting, to the DU, a second DU configuration identifying a change to a synchronization signal block, SSB, configuration of the DU, to cause overriding, at the DU, the first DU configuration to communicate in accordance with the second DU configuration, the first DU configuration being different from the second DU configuration.
A holster support assembly for use by a user wearing a belt, including: a belt support that engages and is supported by the user's belt; a holster mount supported on the belt support for sliding movement relative to the belt support, the holster mount configured for supporting a holster; the belt support defining a plurality of drop positions spaced apart along a track in which the holster mount can be located to enable the user to set the drop height of the holster, characterised in that the holster mount is being blocked from rotation relative to the belt support when the holster mount is in any of the drop positions; the belt support also defining a spinning position of the belt support, the holster mount being rotatable relative to the belt support to adjust the cant position of the holster when the holster mount is in the spinning position; and a pull stick that is connected for movement with the holster mount and that has a manually engageable portion for grasping by the user to manipulate the position of the holster mount along the belt support; the pull stick having a first stop engageable with a stop surface on the belt support for stopping movement of the holster mount at a specified drop position. a belt support that engages and is supported by the user's belt; a holster mount supported on the belt support for sliding movement relative to the belt support, the holster mount configured for supporting a holster; the belt support defining a plurality of drop positions spaced apart along a track in which the holster mount can be located to enable the user to set the drop height of the holster, characterised in that the holster mount is being blocked from rotation relative to the belt support when the holster mount is in any of the drop positions; the belt support also defining a spinning position of the belt support, the holster mount being rotatable relative to the belt support to adjust the cant position of the holster when the holster mount is in the spinning position; and a pull stick that is connected for movement with the holster mount and that has a manually engageable portion for grasping by the user to manipulate the position of the holster mount along the belt support; the pull stick having a first stop engageable with a stop surface on the belt support for stopping movement of the holster mount at a specified drop position.