mhurhangee/ep-ind-claims huggingface dataset:
A tire molding element for vulcanization molding a tire tread, wherein the tire molding element comprises: a molding surface for molding a plurality of ground contact elements of the tread, comprising a ground contact surface which contacts a road surface, and a transverse side surface and a circumferential side surface connected to said ground contact surface; and thin plates comprising a main body, provided in such a way as to cut a covering layer arranged in advance on an unvulcanized green tire, at least one thin plate comprises a protrusion which protrudes from the main body in the thickness direction of the thin plate and guides the cut covering layer in the depth direction of the green tire in such a way as to cover at least a portion of the transverse side surface of the ground contact element, characterized in that the thin plate comprises at least two cutting means separated in the thickness direction of the thin plate, at an end portion on the opposite side to the molding surface.
Thermo-analytical instrument, in particular a differential scanning calorimeter comprising a sample position (201, 401) for receiving a sample, a reference position (202, 402), heating means comprising a reference heater (204, 404) associated with the reference position (202, 402) and a sample heater (203, 403) associated with the sample position (201, 401), means for setting a predetermined temperature program of nominal values of temperature versus time, a first sensor for measuring a sample temperature ( T S) at the sample position (201, 401), a second sensor for measuring a reference temperature ( T R) at the reference position (202, 402), and further comprising a controller, which controls the heating power of said reference heater and said sample heater according to the same temperature or voltage program, wherein the heating power of said heating means is controlled so as to cause said measured sample temperature ( T S) to follow said predetermined temperature program; and wherein a measurement signal is represented by a differential temperature arising between the sample position (201, 401) and the reference position (202, 402).
An automated method for manufacturing facemasks from a web of a textile product in a production line, comprising: conveying the web of the textile product in the production line along a machine direction; attaching, at a tie attaching station, a first tie to the web of the textile product extending from the web in a cross-machine direction perpendicular to the machine direction; characterized by cutting, at a cutting station, the web and the first tie in the cross-machine direction across a width of the web in the cross-machine direction to form a facemask separate from the web. conveying the web of the textile product in the production line along a machine direction; attaching, at a tie attaching station, a first tie to the web of the textile product extending from the web in a cross-machine direction perpendicular to the machine direction; characterized by cutting, at a cutting station, the web and the first tie in the cross-machine direction across a width of the web in the cross-machine direction to form a facemask separate from the web.
System for preparing a beverage using a capsule, the system comprising a beverage preparation device and a capsule, wherein the capsule comprises - a, preferably substantially rigid, cup-shaped body, - a lid for closing the body, and - an actuating member (22, 24); wherein the device comprises - a capsule holder arranged for holding the capsule, - a fluid supply unit arranged for supplying a fluid towards the capsule when the capsule is in the capsule holder, - a flow control unit arranged for controlling a parameter of the fluid to be supplied towards the capsule, wherein the flow control unit is arranged for selectively operating in one of at least a first mode and a second mode, wherein in the first mode the parameter is adjusted to a first level, and in the second mode the parameter is adjusted to a second level, different from the first level, wherein the flow control unit comprises a switching member (42, 50) movable between a first position and a second position, the switching member (42, 50) being arranged for being engaged by the actuating member (22, 24) of the capsule to be positioned in the first or second position when the capsule is in the capsule holder, and wherein the system is arranged such that the flow control unit is in the first mode when the switching member (42, 50) is in the first position, and wherein the flow control unit is in the second mode when the switching member is in the second position, characterized in that the switching member is positioned in a first recess of an inner wall of the capsule holder, and wherein the actuating member (22, 24) is positioned in a second recess of an outer contour of the capsule. - a, preferably substantially rigid, cup-shaped body, - a lid for closing the body, and - an actuating member (22, 24); - a capsule holder arranged for holding the capsule, - a fluid supply unit arranged for supplying a fluid towards the capsule when the capsule is in the capsule holder, - a flow control unit arranged for controlling a parameter of the fluid to be supplied towards the capsule, wherein the flow control unit is arranged for selectively operating in one of at least a first mode and a second mode,
A method carried out at a signaling node responsible for managing a media path for a media session established between users across a plurality of interconnected IP networks which utilize Session Initiation, SIP, and Session Description Protocol, SDP, signaling, the method comprising: for a session initiation request that is able to traverse a signaling path across said IP networks, using an Optimal Media Routing, OMR, procedure and the method being characterized by inserting into the request an indication that the signaling node will subsequently be able to maintain any shortcut media path that deviates from a signaling path; receiving a session initiation request response including an indication that all nodes in the signaling path will subsequently be able to maintain any shortcut media path that deviates from a signaling path; and for a subsequent session update or re-invite, including within the subsequent update or re-invite signaling an indication that the shortcut media path is to be maintained. for a session initiation request that is able to traverse a signaling path across said IP networks, using an Optimal Media Routing, OMR, procedure and the method being characterized by inserting into the request an indication that the signaling node will subsequently be able to maintain any shortcut media path that deviates from a signaling path; receiving a session initiation request response including an indication that all nodes in the signaling path will subsequently be able to maintain any shortcut media path that deviates from a signaling path; and for a subsequent session update or re-invite, including within the subsequent update or re-invite signaling an indication that the shortcut media path is to be maintained.
A beverage dispensing system for combining a micro-ingredient having a reconstitution ratio often to one or higher and a diluent, comprising: a nozzle; and a remote micro-ingredient storage system positioned at a distance from the nozzle; wherein the remote micro-ingredient storage system comprises a recirculation loop in communication with the nozzle to agitate the micro-ingredient therein and an agitation device about the recirculation loop, characterized in that the agitation device comprises a static mixer. a nozzle; and a remote micro-ingredient storage system positioned at a distance from the nozzle; wherein the remote micro-ingredient storage system comprises a recirculation loop in communication with the nozzle to agitate the micro-ingredient therein and an agitation device about the recirculation loop, characterized in that the agitation device comprises a static mixer.
Apparatus for preparing a liquid mixture, said apparatus comprising: (i) feeds (1, 2a-2g) for at least two liquids; (ii) a multiple inlet flow-controller comprising two or more variable flow inlet valves for dosing at least two liquids, the flow-controller also comprising an outlet; (iii) a single pump for imparting flow through the flow-controller and from the feeds for the liquids through the apparatus via the feed inlets; (iv) a static mixer for in-line mixing of the at least two liquids; and (v) an outlet for the liquid mixture; wherein the pump is upstream of the static mixer, both the pump and the device for in-line mixing are located downstream of the multiple inlet flow-controller, and characterised in that the static mixer also serves as a bubble trap. (i) feeds (1, 2a-2g) for at least two liquids; (ii) a multiple inlet flow-controller comprising two or more variable flow inlet valves for dosing at least two liquids, the flow-controller also comprising an outlet; (iii) a single pump for imparting flow through the flow-controller and from the feeds for the liquids through the apparatus via the feed inlets; (iv) a static mixer for in-line mixing of the at least two liquids; and (v) an outlet for the liquid mixture; wherein the pump is upstream of the static mixer, both the pump and the device for in-line mixing are located downstream of the multiple inlet flow-controller, and characterised in that the static mixer also serves as a bubble trap.
An actuating drive for moving a furniture part movably-mounted relative to a furniture carcass, comprising: - at least one pivotally mounted actuating arm for moving the movable furniture part, - a spring device for applying a force to the actuating arm, - a locking device for releasably locking the actuating arm, the locking device including at least one movably-supported locking element cooperating with at least one locking recess in a position in which the actuating arm is locked, - wherein the locking element can be unlocked from the at least one locking recess by a switch element to be operated manually and also by a control portion arranged on the actuating arm, wherein the control portion can be acted upon by mounting the movable furniture part to the actuating arm, characterized in that the locking element is configured as a cylindrical pin, wherein the switch element includes at least one first guide track, wherein the locking element is movably supported in or along the at least one guide track by a manual actuation of the switch element or by acting upon the control portion. - at least one pivotally mounted actuating arm for moving the movable furniture part, - a spring device for applying a force to the actuating arm, - a locking device for releasably locking the actuating arm, the locking device including at least one movably-supported locking element cooperating with at least one locking recess in a position in which the actuating arm is locked, - wherein the locking element can be unlocked from the at least one locking recess by a switch element to be operated manually and also by a control portion arranged on the actuating arm, wherein the control portion can be acted upon by mounting the movable furniture part to the actuating arm,
A device for determining content and concentration of the middle and protein bound uremic toxins in a biological fluid comprising: an optical module, comprising a fluorimetrical system, comprising a light source and a fluorescence light detector; and a measuring fluorimetrical cuvette for holding a sample of the biological fluid so that the light can be led onto the sample and the fluorescence signal can be detected from the sample; and a signal processing module consisting of a data acquisition module and a signal processing module incorporating concentration or removal calculation algorithm adapted to perform the transforming function in the form "uremic toxin concentration [mg/L] = F*Slope + Intercept", where F notes a fluorescence signal, for calculating the concentration of the middle and protein bound uremic toxins in a biological fluid, and a data representing module adapted for executing a program for data representation and comprising a data visualization module. an optical module, comprising a fluorimetrical system, comprising a light source and a fluorescence light detector; and a measuring fluorimetrical cuvette for holding a sample of the biological fluid so that the light can be led onto the sample and the fluorescence signal can be detected from the sample; and a signal processing module consisting of a data acquisition module and a signal processing module incorporating concentration or removal calculation algorithm adapted to perform the transforming function in the form "uremic toxin concentration [mg/L] = F*Slope + Intercept", where F notes a fluorescence signal, for calculating the concentration of the middle and protein bound uremic toxins in a biological fluid, and a data representing module adapted for executing a program for data representation and comprising a data visualization module.
An end effector for use with a surgical stapler, the end effector comprising: a staple cartridge channel configured to receive a staple cartridge; and a staple cartridge comprising: a cartridge body comprising a plurality of staple cavities; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer, wherein said layer is positioned intermediate said cartridge body and said retainer, and characterized in that said retainer comprises releasable attachment means for releasably attaching said retainer to said cartridge body such that said retainer releases from said cartridge body when said staple cartridge is received by the staple cartridge channel of the end effector. a staple cartridge channel configured to receive a staple cartridge; and a staple cartridge comprising: a cartridge body comprising a plurality of staple cavities; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer, wherein said layer is positioned intermediate said cartridge body and said retainer, and characterized in that said retainer comprises releasable attachment means for releasably attaching said retainer to said cartridge body such that said retainer releases from said cartridge body when said staple cartridge is received by the staple cartridge channel of the end effector. a cartridge body comprising a plurality of staple cavities; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer, wherein said layer is positioned intermediate said cartridge body and said retainer, and characterized in that said retainer comprises releasable attachment means for releasably attaching said retainer to said cartridge body such that said retainer releases from said cartridge body when said staple cartridge is received by the staple cartridge channel of the end effector.
A home appliance being pre-registered in a server comprising a driver configured to perform an operation related to a function provided by the home appliance, the home appliance further comprising: a wireless fidelity, WiFi, module having a virtual interface; and a controller configured to control the Wi-Fi module and the driver, wherein the Wi-Fi module is configured, based on the virtual interface, to be communicatively connected to an access point and to periodically operate in an access point mode while maintaining the communication connection with the access point, wherein the Wi-Fi module is configured to receive a control command for remote control of the home appliance from the communicatively-connected access point, wherein the controller is configured to control the driver based on the control command, and wherein the Wi-Fi module being operated in the access point mode is configured to transmit a beacon signal to search for an unregistered home appliance. a wireless fidelity, WiFi, module having a virtual interface; and a controller configured to control the Wi-Fi module and the driver, wherein the Wi-Fi module is configured, based on the virtual interface, to be communicatively connected to an access point and to periodically operate in an access point mode while maintaining the communication connection with the access point, wherein the Wi-Fi module is configured to receive a control command for remote control of the home appliance from the communicatively-connected access point, wherein the controller is configured to control the driver based on the control command, and wherein the Wi-Fi module being operated in the access point mode is configured to transmit a beacon signal to search for an unregistered home appliance.
Smoothing circuit (L1, D1, C1, S1) for generating a regulated DC intermediate circuit voltage (V z) for a load circuit in an operating device for lighting means, wherein the smoothing circuit comprises an intermediate circuit voltage regulator, and - the smoothing circuit (L1, D1, C1, S1) is supplied with an input voltage and controlled by the intermediate circuit voltage regulator, characterized in that - a controller, to which external commands can be supplied, is assigned to the intermediate circuit voltage regulator, and - the intermediate circuit voltage regulator has regulating properties that depend on the external commands present on the controller. - the smoothing circuit (L1, D1, C1, S1) is supplied with an input voltage and controlled by the intermediate circuit voltage regulator, characterized in that - a controller, to which external commands can be supplied, is assigned to the intermediate circuit voltage regulator, and - the intermediate circuit voltage regulator has regulating properties that depend on the external commands present on the controller.
Safety system for horseback riding, comprising: - a belt - a clasp that can be coupled to the ends of the belt, where said clasp is an electromechanical mechanism comprising an electromagnet, and - a position sensor operatively connected with the clasp such that it can act on the electromagnet, where the actuation of said electromagnet can open or close the clasp, characterized in that the system comprises: - an adjustable structure in turn comprising two L-shaped sections joined to one another at their top part, such that once the L-shaped sections are connected to one another they have a parallel horizontal sector, and a vertical sector (1") at the end of which both L-shaped sections are joined; the adjustable structure comprising two rigs where each rig is joined in an articulated manner to the free end of the horizontal sector of each L-shaped section by means of an anchoring element, such that the belt is joined to the rigs by means of at least one band and the clasp is joined to the adjustable structure. - a belt - a clasp that can be coupled to the ends of the belt, where said clasp is an electromechanical mechanism comprising an electromagnet, and - a position sensor operatively connected with the clasp such that it can act on the electromagnet, where the actuation of said electromagnet can open or close the clasp, - an adjustable structure in turn comprising two L-shaped sections joined to one another at their top part, such that once the L-shaped sections are connected to one another they have a parallel horizontal sector, and a vertical sector (1") at the end of which both L-shaped sections are joined; the adjustable structure comprising two rigs where each rig is joined in an articulated manner to the free end of the horizontal sector of each L-shaped section by means of an anchoring element, such that the belt is joined to the rigs by means of at least one band and the clasp is joined to the adjustable structure.
A waterproof fastener tape of a watertight slide fastener, comprising: a fabric tape including a first surface, a second surface, a first edge, a second edge, a cord portion protruding from the first surface, and an extension portion, wherein the first and second edges are connected between the first and second surfaces (1a, 1b), wherein a spacing between the cord portion and the first edge is smaller than a spacing between the cord portion and the second edge, wherein the extension portion extends between the first edge and the cord portion, characterized in that the second surface is planar; and a waterproof layer covers the first surface, the second surface, the cord portion, the first edge and the second edge. a fabric tape including a first surface, a second surface, a first edge, a second edge, a cord portion protruding from the first surface, and an extension portion, wherein the first and second edges are connected between the first and second surfaces (1a, 1b), wherein a spacing between the cord portion and the first edge is smaller than a spacing between the cord portion and the second edge, wherein the extension portion extends between the first edge and the cord portion, characterized in that the second surface is planar; and a waterproof layer covers the first surface, the second surface, the cord portion, the first edge and the second edge.
A circuit comprising: a first inverter and a second inverter cross-coupled between a bit node and a bit bar node; a save-restore circuit coupled to the bit node, the save-restore circuit including: a metal-ferroelectric-metal, MFM, device configured to store a logic value of the bit node when the circuit is in a sleep state and restore the logic value to the bit node when the circuit transitions from the sleep state to an active state, wherein the MFM device is coupled between an internal node (bitnv) and a plate line, wherein the plate line is to receive a control signal to control the MFM device to perform the store and the restore; a capacitive load coupled between the internal node (bitnv) and ground; and a transmission gate coupled between the MFM device and the bit node, and configured to isolate the MFM device from the bit node when the circuit is in the active state, characterized in that the save-restore circuit further comprises a selector device coupled between the internal node (bitnv) and ground, and configured to initialize the internal node (bitnv) prior to the store and prior to the restore. a first inverter and a second inverter cross-coupled between a bit node and a bit bar node; a save-restore circuit coupled to the bit node, the save-restore circuit including: a metal-ferroelectric-metal, MFM, device configured to store a logic value of the bit node when the circuit is in a sleep state and restore the logic value to the bit node when the circuit transitions from the sleep state to an active state, wherein the MFM device is coupled between an internal node (bitnv) and a plate line, wherein the plate line is to receive a control signal to control the MFM device to perform the store and the restore; a capacitive load coupled between the internal node (bitnv) and ground; and a transmission gate coupled between the MFM device and the bit node, and configured to isolate the MFM device from the bit node when the circuit is in the active state, a metal-ferroelectric-metal, MFM, device configured to store a logic value of the bit node when the circuit is in a sleep state and restore the logic value to the bit node when the circuit transitions from the sleep state to an active state, wherein the MFM device is coupled between an internal node (bitnv) and a plate line, wherein the plate line is to receive a control signal to control the MFM device to perform the store and the restore; a capacitive load coupled between the internal node (bitnv) and ground; and a transmission gate coupled between the MFM device and the bit node, and configured to isolate the MFM device from the bit node when the circuit is in the active state, characterized in that the save-restore circuit further comprises a selector device coupled between the internal node (bitnv) and ground, and configured to initialize the internal node (bitnv) prior to the store and prior to the restore.