mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioning element for the temperature control of a building interior, the air-conditioning element being in the form of a single plate-shaped flat element for fastening to a building ceiling or a building wall of the building interior, the air-conditioning element comprising at least one support means in the form of a support plate or a support grid and at least one heat exchange device, which heat exchange device is arranged on at least one side (12, 14) of the support means and through which a heat transfer medium can flow, at least one moisture-regulating layer consisting of a material open to diffusion being attached to at least one side (12, 14) of the support means and forming an outer face (2, 4) of the air-conditioning element, and the heat exchange device being connected at least in some sections to the moisture-regulating layer, characterised in that the moisture-regulating layer is produced from a pored plaster or renovation plaster consisting of air-rich mortar layers containing surfactants as additives, wherein 100 g to 1000 g surfactants per 100 l mortar, preferably 300 g to 500 g surfactants per 100 l mortar, are added to the pored plaster or renovation plaster.
An ignition source system for an exothermic reaction mold device, which system comprises: a crucible in a block with an open top so that said crucible receives an exothermic weld material; a lid covering said open top wherein said lid has an opening therethrough; and characterised by: an electronic thermal igniter assembly having an igniter plug and an ignition body, the ignition body, in use, generating heat causing sparks to be broadcast over the weld material, the ignition body being removably retained in the igniter plug, wherein said body is receivable through said opening in said lid, wherein, in use, said igniter plug rests against said lid and closes said lid opening as said ignition body is received through said opening in said lid and is not in contact with the exothermic weld material, as being suspended above said weld material, so that said exothermic weld material may be ignited by said electronic thermal igniter assembly. a crucible in a block with an open top so that said crucible receives an exothermic weld material; a lid covering said open top wherein said lid has an opening therethrough; and characterised by: an electronic thermal igniter assembly having an igniter plug and an ignition body, the ignition body, an electronic thermal igniter assembly having an igniter plug and an ignition body, the ignition body, in use, generating heat causing sparks to be broadcast over the weld material, the ignition body being removably retained in the igniter plug, wherein said body is receivable through said opening in said lid, wherein, in use, said igniter plug rests against said lid and closes said lid opening as said ignition body is received through said opening in said lid and is not in contact with the exothermic weld material, as being suspended above said weld material, so that said exothermic weld material may be ignited by said electronic thermal igniter assembly.
A remote control device comprising: a display unit configured to display various screens including at least one main screen indicating an operating state of an air-conditioning apparatus to be operated; a touch panel disposed over the display unit; and a controller configured to cause at least one custom button to be displayed on the main screen along with a display representing an operation mode and whether in operation or not as the operating state, the custom button being assigned with one of a plurality of functions of the air-conditioning apparatus in accordance with a user operation, wherein the controller is, in accordance with a setting status of the corresponding one of the plurality of functions, configured to change an image on the custom button into any one of (i) a selectable image indicating that the corresponding one of the plurality of functions is selectable, (ii) an image indicating that the corresponding one of the plurality of functions is selected, or (iii) a disabled image indicating that the corresponding one of the plurality of functions is not selectable in the current operation mode. a display unit configured to display various screens including at least one main screen indicating an operating state of an air-conditioning apparatus to be operated; a touch panel disposed over the display unit; and a controller configured to cause at least one custom button to be displayed on the main screen along with a display representing an operation mode and whether in operation or not as the operating state, the custom button being assigned with one of a plurality of functions of the air-conditioning apparatus in accordance with a user operation, wherein the controller is, in accordance with a setting status of the corresponding one of the plurality of functions, configured to change an image on the custom button into any one of (i) a selectable image indicating that the corresponding one of the plurality of functions is selectable, (ii) an image indicating that the corresponding one of the plurality of functions is selected, or (iii) a disabled image indicating that the corresponding one of the plurality of functions is not selectable in the current operation mode. (i) a selectable image indicating that the corresponding one of the plurality of functions is selectable, (ii) an image indicating that the corresponding one of the plurality of functions is selected, or (iii) a disabled image indicating that the corresponding one of the plurality of functions is not selectable in the current operation mode.
Gas turbine component comprising a corrosively loaded substrate and a coating system, at least comprising a first layer, a second layer and a third layer, in which - the first layer, which is arranged between a surface of the substrate and the second layer, is in the form of an adhesion promoter layer, - the second layer is a ductile metallic layer having a columnar structure, and - the third layer, which is arranged on that side of the second layer which faces away from the substrate, is a ceramic oxide layer having a hardness of at least 20 GPa. - the first layer, which is arranged between a surface of the substrate and the second layer, is in the form of an adhesion promoter layer, - the second layer is a ductile metallic layer having a columnar structure, and - the third layer, which is arranged on that side of the second layer which faces away from the substrate, is a ceramic oxide layer having a hardness of at least 20 GPa.
An apparatus for predicting pressure at at least one point within a fluid path into which a fluid is introduced for injection into a patient, the fluid including a contrast medium and optionally a non-contrast enhancing fluid, the apparatus comprising: (a) at least one pressurizing mechanism for use with at least one fluid container that is adapted to contain the fluid to be injected into the patient via tubing associated therewith; and (b) a controller configured to control the at least one pressurizing mechanism through which the fluid from the at least one fluid container therefor is pressurized for injection into the patient, the controller comprising a programming system which is configured to program a planned injection protocol comprising at least one phase and the programming system is configured to enable input by an operator thereof of a planned injection protocol according to which the fluid is intended to be injected into the patient and has a model configured to predict a computed pressure level that would be generated at the at least one point in the fluid path if the planned injection protocol were to proceed, the computed pressure level being determined before commencement of the planned injection protocol according to the pressure model using a plurality of injection parameters including a flow rate of the fluid, a concentration of a contrast agent in the contrast medium and a catheter gauge to be used to inject the fluid into the patient; the model further if the computed pressure level is less than or equal to a pressure threshold value, enabling the planned injection protocol to be carried out by the apparatus and if the computed pressure level exceeds the pressure threshold value, configured to alert the operator whereupon the operator is enabled to change the flow rate of the fluid to a lower value and thereby update the planned injection protocol so that once the computed pressure level is determined via the pressure model to not exceed the pressure threshold value the updated planned injection protocol is enabled to be carried out by the apparatus. (a) at least one pressurizing mechanism for use with at least one fluid container that is adapted to contain the fluid to be injected into the patient via tubing associated therewith; and (b) a controller configured to control the at least one pressurizing mechanism through which the fluid from the at least one fluid container therefor is pressurized for injection into the patient, the controller comprising a programming system which is configured to program a planned injection protocol comprising at least one phase and
Securing device for securing a door or a window in a building, comprising a lock, preferably a panic lock, and a control device, which is electrically connected to the lock and has a reading and/or input device connected to the control device for generating an opening impulse, wherein the lock comprises a lock bolt, a lock latch, a lock follower that can be connected to a door handle, and a drive motor for actuating the lock bolt and/or the lock latch, and wherein the lock follower is formed as a split follower having an inner follower that is connected or connectable to an inner handle and an outer follower that is couplable and decouplable and is connectable to an outer handle, and the lock follower interacts with a handle sensor connected to the control device for detecting a door handle actuation, characterised in that the lock bolt and/or the lock latch can be actuated between an open position and a day position and a closed position, and the handle sensor has an outer sensor that interacts with the outer follower, and the control device is formed in such a way that, in the closed position and when the outer follower is decoupled, it firstly brings the lock bolt into the day position via the drive motor after receiving an opening impulse and then controls the drive motor for bringing the lock bolt and/or the lock latch into the open position when, after reaching the day position, the outer sensor detects an actuation of the outer handle, or the outer sensor detects that an actuation of the outer handle continues.
An accommodating intraocular lens, the accommodating IOL comprising: a central axis (A-A); an optic; a flexible membrane; a peripheral edge coupled to the optic and the flexible membrane, the peripheral edge comprising an external circumferential surface having a height along the central axis (A-A) and a force transmitting area defined along a portion of the height of the external circumferential surface adjacent the flexible membrane; an optic coupler coupling the optic to the circumferential peripheral edge, the optic coupler angled toward the flexible membrane; and a closed volume spacing apart the optic and the flexible membrane; wherein the optic is axially displaced along the central axis (A-A) and the flexible membrane changes in curvature about the central axis (A-A) when a radial compressive force is applied to the force transmitting area, the radially compressive force being transmitted onto the flexible membrane to cause the change in curvature; wherein the optic has greater rigidity than the flexible membrane such that the optic resists bending or changing in curvature when the radial compressive force is applied to the force transmitting area. a central axis (A-A); an optic; a flexible membrane; a peripheral edge coupled to the optic and the flexible membrane, the peripheral edge comprising an external circumferential surface having a height along the central axis (A-A) and a force transmitting area defined along a portion of the height of the external circumferential surface adjacent the flexible membrane; an optic coupler coupling the optic to the circumferential peripheral edge, the optic coupler angled toward the flexible membrane; and a closed volume spacing apart the optic and the flexible membrane; wherein the optic is axially displaced along the central axis (A-A) and the flexible membrane changes in curvature about the central axis (A-A) when a radial compressive force is applied to the force transmitting area, the radially compressive force being transmitted onto the flexible membrane to cause the change in curvature; wherein the optic has greater rigidity than the flexible membrane such that the optic resists bending or changing in curvature when the radial compressive force is applied to the force transmitting area.
A method of wireless communications for an access and mobility management function AMF, comprising: receiving a request from a user equipment UE, the request including a list of local area data networks LADNs that are supported by and configured in the UE; determining, in response to the request, a set of LADNs from the list of LADNs for the UE based on a subscription of the UE to a set of data network names DNNs corresponding to the set of available LADNs; and sending the UE information indicative of the set of available LADNs and a location of availability corresponding to each of the LADNs of the set of available LADNs. receiving a request from a user equipment UE, the request including a list of local area data networks LADNs that are supported by and configured in the UE; determining, in response to the request, a set of LADNs from the list of LADNs for the UE based on a subscription of the UE to a set of data network names DNNs corresponding to the set of available LADNs; and sending the UE information indicative of the set of available LADNs and a location of availability corresponding to each of the LADNs of the set of available LADNs.
A method for detection of a bottom of at least one well of a multiwell plate for a pipetting device, wherein the pipetting device comprises at least one pipetting head configured for being coupled to a plurality of pipetting tips, wherein the method comprises using at least one force sensor configured for measuring a resistance force depending on a force on a pipetting tip exerted by the bottom, wherein the method comprises the following step: a) measuring the resistance force during movement of one of the pipetting tips from a start position downstream towards the bottom of the well and stopping the movement at a bottom position, wherein the bottom position is a position where a predefined resistance force is reached; and wherein the method is characterised by further comprising the following step: b) storing the bottom position together with a corresponding logical position of the well in the multiwell plate in at least one database. a) measuring the resistance force during movement of one of the pipetting tips from a start position downstream towards the bottom of the well and stopping the movement at a bottom position, wherein the bottom position is a position where a predefined resistance force is reached; and wherein the method is characterised by further comprising the following step: b) storing the bottom position together with a corresponding logical position of the well in the multiwell plate in at least one database.
A power tool,,,, for moving an abrasive medium, that includes: a tool body,,,,; a drive system,,, housed in the tool body and including an output member,; a retaining member, disposed on the tool body; a first platen having a first attachment hub that selectively couples with the retaining member in an installed position; a second platen having a second attachment hub that selectively couples with the retaining member in an installed position; and a mode selector,, disposed on the tool body and having a movable member,,, wherein the movable member is movable between at least a first position in which the first platen is used in a first mode of operation and a second position in which the second platen is used in a second mode of operation; characterized in that the first platen has a first rotatable member that selectively attaches to the output member (38, 338) and when the mode selector is in the first position the first platen is used in the first mode of operation at a first output member speed, and the second platen has a second rotatable member that selectively attaches to the output member and when the mode selector is in the second position the second platen is used in the second mode of operation at a second output member speed. a tool body,,,,; a drive system,,, housed in the tool body and including an output member,; a retaining member, disposed on the tool body; a first platen having a first attachment hub that selectively couples with the retaining member in an installed position; a second platen having a second attachment hub that selectively couples with the retaining member in an installed position; and a mode selector,, disposed on the tool body and having a movable member,,, wherein the movable member is movable between at least a first position in which the first platen is used in a first mode of operation and a second position in which the second platen is used in a second mode of operation; characterized in that the first platen has a first rotatable member that selectively attaches to the output member (38, 338) and when the mode selector is in the first position the first platen is used in the first mode of operation at a first output member speed, and the second platen has a second rotatable member that selectively attaches to the output member and when the mode selector is in the second position the second platen is used in the second mode of operation at a second output member speed.
A parking assist method for assisting parking of a subject vehicle using a parking assist apparatus comprising a controller that guides the subject vehicle to a parking space and a display that displays parking spaces, the parking assist method comprising: specifying available parking spaces (Me) into which the subject vehicle can be parked; characterized by when parking spaces are present at right and left with respect to a travel direction of the subject vehicle, setting one of right and left regions to a settable region for the recommended available parking space in accordance with a traveling position of the subject vehicle; setting the parking space included in the settable region to a recommended available parking space (Mr); and displaying the recommended available parking space (Mr) on the display. specifying available parking spaces (Me) into which the subject vehicle can be parked; characterized by when parking spaces are present at right and left with respect to a travel direction of the subject vehicle, setting one of right and left regions to a settable region for the recommended available parking space in accordance with a traveling position of the subject vehicle; setting the parking space included in the settable region to a recommended available parking space (Mr); and displaying the recommended available parking space (Mr) on the display.
A method for processing feedback information, comprising: receiving, by a receive end device, time unit format information and a set of hybrid automatic repeat request, HARQ, timing K1 values via radio resource control, RRC, signalings, wherein each HARQ timing K1 value of the set of HARQ timing K1 values represents a time difference between a time unit for transmitting and bearing a physical downlink shared channel, PDSCH, and a time unit for transmitting a physical uplink control channel, PUCCH, or wherein each HARQ timing K1 value of the set of HARQ timing K1 values represents a time difference between a time unit of a PDSCH and a time unit of a physical uplink shared channel, PUSCH, where PUCCH/PUSCH are used to transmit HARQ feedback information corresponding to the PDSCH; the time unit format information comprises a quantity of time units configured for bearing uplink transmission in a configuration period and/or a quantity of time units configured for bearing downlink transmission in a configuration period; determining, by the receive end device, a quantity of HARQ feedback information bits based on the set of HARQ timing K1 values and the time unit format information; and sending, by the receive end device, the HARQ feedback information. receiving, by a receive end device, time unit format information and a set of hybrid automatic repeat request, HARQ, timing K1 values via radio resource control, RRC, signalings, wherein each HARQ timing K1 value of the set of HARQ timing K1 values represents a time difference between a time unit for transmitting and bearing a physical downlink shared channel, PDSCH, and a time unit for transmitting a physical uplink control channel, PUCCH, or wherein each HARQ timing K1 value of the set of HARQ timing K1 values represents a time difference between a time unit of a PDSCH and a time unit of a physical uplink shared channel, PUSCH, where PUCCH/PUSCH are used to transmit HARQ feedback information corresponding to the PDSCH; the time unit format information comprises a quantity of time units configured for bearing uplink transmission in a configuration period and/or a quantity of time units configured for bearing downlink transmission in a configuration period; determining, by the receive end device, a quantity of HARQ feedback information bits based on the set of HARQ timing K1 values and the time unit format information; and sending, by the receive end device, the HARQ feedback information.
A management device which is used in a mounting system including a mounting device, the mounting device comprising: a mounting section configured to mount a component on a mounting target; a supply section configured to install a feeder configured to hold the component in one of multiple slots of the supply section, which includes a mounting installation section, from which the mounting section is enabled to pick up the component, and a buffer installation section, from which the mounting section is not enabled to pick up the component; and a mounting control section configured to cause the mounting section to pick up the component from the feeder, characterized in that the management device further comprises a management control section configured to. - acquire the number of exchanges of the feeder which is exchanged due to component shortage within a predetermined period in the mounting installation section, - set the number of slots for exchange to be used for exchange of the feeder in the buffer installation section based on the acquired number of exchanges, and - use the buffer installation section of the number of slots for changeover, which is based on the remaining number excluding the number of slots for exchange, in a pre-serving process of a changeover process of the feeder, the changeover process being executed before the next production job. - acquire the number of exchanges of the feeder which is exchanged due to component shortage within a predetermined period in the mounting installation section, - set the number of slots for exchange to be used for exchange of the feeder in the buffer installation section based on the acquired number of exchanges, and - use the buffer installation section of the number of slots for changeover, which is based on the remaining number excluding the number of slots for exchange, in a pre-serving process of a changeover process of the feeder, the changeover process being executed before the next production job.