mhurhangee/ep-ind-claims huggingface dataset:
An antistatic hybrid ink composition applicable using inkjet drop-on-demand (DoD) technology of the type that simultaneously imparts a colour effect and antistatic properties on textiles, and comprising: a. Particles of SnO 2 doped with Sb 2 O 3, in a percentage by weight of the ink comprised between 5% and 10% and with a particle size smaller than 500 nm. b. At least one organic pigment in a percentage by weight of the ink comprised between 4% and 10% and which is selected from the group comprising cyan, cobalt blue, turquoise blue, violet, magenta, red, yellow, orange, black, white, green, grey or a mixture thereof. c. At least one resin that is dispersible in water and heat-curable at temperatures below 170°C in a percentage by weight of the ink comprised between 5% and 15%. d. Water in a percentage by weight of the ink comprised between 20% and 35%. e. A water-soluble solvent from the glycol family in a percentage by weight of the ink comprised between 20% and 60%. f. At least one dispersant for inorganic particles of SnO 2 doped with Sb 2 O 3 in a percentage by weight of the ink comprised between 0.1% and 5%. g. At least one dispersant for organic pigments in a percentage by weight of the ink comprised between 0.16% and 12%. h. At least one wetting agent in a percentage by weight of the ink comprised between 0.05% and 1%. i. At least one anti-foaming agent in a percentage by weight of the ink comprised between 0.05% and 1%. a. Particles of SnO 2 doped with Sb 2 O 3, in a percentage by weight of the ink comprised between 5% and 10% and with a particle size smaller than 500 nm. b. At least one organic pigment in a percentage by weight of the ink comprised between 4% and 10% and which is selected from the group comprising cyan, cobalt blue, turquoise blue, violet, magenta, red, yellow, orange, black, white, green, grey or a mixture thereof. c. At least one resin that is dispersible in water and heat-curable at temperatures below 170°C in a percentage by weight of the ink comprised between 5% and 15%. d. Water in a percentage by weight of the ink comprised between 20% and 35%. e. A water-soluble solvent from the glycol family in a percentage by weight of the ink comprised between 20% and 60%. f. At least one dispersant for inorganic particles of SnO 2 doped with Sb 2 O 3 in a percentage by weight of the ink comprised between 0.1% and 5%. g. At least one dispersant for organic pigments in a percentage by weight of the ink comprised between 0.16% and 12%. h. At least one wetting agent in a percentage by weight of the ink comprised between 0.05% and 1%. i. At least one anti-foaming agent in a percentage by weight of the ink comprised between 0.05% and 1%.
A positioning system for a boom having right and left boom arms (41, 51), the system comprising: a first actuator for moving the right boom arm relative to a support frame; a second actuator for moving the left boom arm relative to a support frame; a first hydraulic link (110; 310) between the first and second actuators (40, 50); a hydraulic control device for controlling movement of hydraulic fluid within the first hydraulic link (110; 310), thereby controlling extension and/or retraction of the first and second actuators (40, 50); the first hydraulic link (110; 310) comprises first and second link chambers (121, 122; 321, 322), separated by a movable element (124; 324); the first and second link chambers (121, 122; 321, 322) being linked to the first and second actuators (40, 50) respectively, such that the position of the movable element (124; 324) controls the said extension and/or retraction of the first and second actuators (40, 50); characterized in that: the hydraulic control device further comprises a hydraulic drive (120; 320) which is arranged to displace the said hydraulic fluid within the first hydraulic link (110; 310) in order to control the said extension and/or retraction of the first and second actuators (40, 50); the movable element (124; 324) is arranged to be moved by the hydraulic drive (120; 320) in order to displace the said hydraulic fluid. a first actuator for moving the right boom arm relative to a support frame; a second actuator for moving the left boom arm relative to a support frame; a first hydraulic link (110; 310) between the first and second actuators (40, 50); a hydraulic control device for controlling movement of hydraulic fluid within the first hydraulic link (110; 310), thereby controlling extension and/or retraction of the first and second actuators (40, 50); the first hydraulic link (110; 310) comprises first and second link chambers (121, 122; 321, 322), separated by a movable element (124; 324); the first and second link chambers (121, 122; 321, 322) being linked to the first and second actuators (40, 50) respectively, such that the position of the movable element (124; 324) controls the said extension and/or retraction of the first and second actuators (40, 50); the hydraulic control device further comprises a hydraulic drive (120; 320) which is arranged to displace the said hydraulic fluid within the first hydraulic link (110; 310) in order to control the said extension and/or retraction of the first and second actuators (40, 50); the movable element (124; 324) is arranged to be moved by the hydraulic drive (120; 320) in order to displace the said hydraulic fluid.
Exchangeable supply pack for a beverage dispensing machine, wherein the exchangeable supply pack comprises a doser including a pump assembly, the pump assembly comprising a pump channel between an inlet and an outlet for receiving a fluid from an ingredient container of said pack and for pumping the fluid to the outlet, the pump assembly further comprising a pump chamber and at least two mutually engaging gears (13, 18) forming a gear pump arranged in said pump chamber, wherein at least one of said gears (13, 18) forms a driving gear, characterized in that the driving gear comprises a shaft opening for receiving a driving axle of the beverage dispensing machine for operating the gear pump, wherein the shaft opening coincides with an axle reception opening of a support wall of the pump chamber, and wherein a flexible seal is arranged at least between the driving gear and the support wall, wherein the seal comprises a through opening coinciding with the shaft opening and the axle reception opening for receiving the driving axle.
A prismatic battery cell comprising: a pouch-shaped battery cell having an electrode assembly mounted in a pouch-shaped battery case; a cell case, in which the pouch-shaped battery cell is mounted, the cell case having a polyhedral shape; and a terminal case comprising external input and output terminals (132, 134), to which electrode terminals (112, 114) of the pouch-shaped battery cell are coupled, the terminal case being coupled to one end of the cell case, the terminal case having a polyhedral shape, wherein, the cell case comprises a first case mounted at one major surface of the pouch-shaped battery cell and a second case mounted at the other major surface of the pouch-shaped battery cell, the first case and the second case are coupled to each other based on a mutual fastening structure, one of the first and second cases (122, 124) is provided with one or more fastening members and the other of the first and second cases (122, 124) is provided with fastening grooves corresponding to the fastening members, and the terminal case further comprises a vent plug for discharging gas generated from the pouch-shaped battery cell. a pouch-shaped battery cell having an electrode assembly mounted in a pouch-shaped battery case; a cell case, in which the pouch-shaped battery cell is mounted, the cell case having a polyhedral shape; and a terminal case comprising external input and output terminals (132, 134), to which electrode terminals (112, 114) of the pouch-shaped battery cell are coupled, the terminal case being coupled to one end of the cell case, the terminal case having a polyhedral shape, wherein, the cell case comprises a first case mounted at one major surface of the pouch-shaped battery cell and a second case mounted at the other major surface of the pouch-shaped battery cell, the first case and the second case are coupled to each other based on a mutual fastening structure, one of the first and second cases (122, 124) is provided with one or more fastening members and the other of the first and second cases (122, 124) is provided with fastening grooves corresponding to the fastening members, and the terminal case further comprises a vent plug for discharging gas generated from the pouch-shaped battery cell.
A method at a user equipment, UE, for communicating over a plurality of component carriers in a wireless network, comprising: obtaining configuration information for the plurality of component carriers configured by one or more cells; receiving an indication to perform parallel transmission of a control channel and a data channel with the one or more cells; determining, based at least in part on one or more configured parameters that correspond to the plurality of component carriers, whether the parallel transmission of the control channel and the data channel is supported over at least one component carrier of the plurality of component carriers; and transmitting at least one of the control channel, the data channel, or a combination thereof, over the at least one component carrier based at least in part on the indication to perform the parallel transmission and based at least in part on determining whether the parallel transmission is supported over the at least one component carrier. obtaining configuration information for the plurality of component carriers configured by one or more cells; receiving an indication to perform parallel transmission of a control channel and a data channel with the one or more cells; determining, based at least in part on one or more configured parameters that correspond to the plurality of component carriers, whether the parallel transmission of the control channel and the data channel is supported over at least one component carrier of the plurality of component carriers; and transmitting at least one of the control channel, the data channel, or a combination thereof, over the at least one component carrier based at least in part on the indication to perform the parallel transmission and based at least in part on determining whether the parallel transmission is supported over the at least one component carrier.
Battery pack for a handheld power tool, having a battery pack housing comprising at least a first housing component and a second housing component, at least two cylindrical battery cells, wherein the battery pack has at least one cell holder, wherein the cell holder receives at least two battery cells which are connected to each other in a parallel circuit and/or in a series circuit; wherein each of the battery cells has two end faces which are perpendicular to a longitudinal axis (x); a battery pack electronics system with contact elements for establishing an electrical connection between the battery pack and the handheld power tool, the cell holder has sleeve-like insulating walls which correspond to the battery cells at least in some regions, wherein the insulating walls are designed in such a way that electrical contact between the battery cells is prevented, characterized in that the cell holder exhibits elastic material expansion, wherein the cell holder has a cell opening for receiving a battery cell for each battery cell, wherein the insulating walls are arranged between the cell openings, and a diameter D1 of the cell openings before the battery cells are received in the cell openings is between 97% and 99%, in particular between 97.5% and 98.5%, of a diameter D2 of the corresponding battery cells. a battery pack housing comprising at least a first housing component and a second housing component, at least two cylindrical battery cells, wherein the battery pack has at least one cell holder, wherein the cell holder receives at least two battery cells which are connected to each other in a parallel circuit and/or in a series circuit; wherein each of the battery cells has two end faces which are perpendicular to a longitudinal axis (x); a battery pack electronics system with contact elements for establishing an electrical connection between the battery pack and the handheld power tool, the cell holder has sleeve-like insulating walls which correspond to the battery cells at least in some regions, wherein the insulating walls are designed in such a way that electrical contact between the battery cells is prevented, characterized in that the cell holder exhibits elastic material expansion, wherein the cell holder has a cell opening for receiving a battery cell for each battery cell, wherein the insulating walls are arranged between the cell openings, and a diameter D1 of the cell openings before the battery cells are received in the cell openings is between 97% and 99%, in particular between 97.5% and 98.5%, of a diameter D2 of the corresponding battery cells.
Access Gateway Node (MAGCF) adapted to provide access to a packet-based multimedia system (PS, IMS) for a user with a circuit-switched controlled user's terminal becoming reachable via a circuit-switched controlled access and being located in the circuit-switched controlled domain wherein said node comprises - a circuit-switched function (CS fct) adapted to receive a trigger message related to the circuit-switched controlled user's terminal from the circuit-switched controlled domain including circuit-switched related parameter, - a conversion logic (Conv) adapted to derive from the circuit-switched related parameter at least one packet-based multimedia system parameter, - a packet-based multimedia logic (PS fct) adapted to provide an access to the at least of packet-based multimedia system based on the packet-based multimedia system parameters by means of an user agent handling on behalf of the circuit-switched user in the packet-based multimedia system wherein the Access Gateway Node further comprises a proxy call control function being a first contact point for communicating with the packet-based multimedia system. - a circuit-switched function (CS fct) adapted to receive a trigger message related to the circuit-switched controlled user's terminal from the circuit-switched controlled domain including circuit-switched related parameter, - a conversion logic (Conv) adapted to derive from the circuit-switched related parameter at least one packet-based multimedia system parameter, - a packet-based multimedia logic (PS fct) adapted to provide an access to the at least of packet-based multimedia system based on the packet-based multimedia system parameters by means of an user agent handling on behalf of the circuit-switched user in the packet-based multimedia system wherein the Access Gateway Node further comprises a proxy call control function being a first contact point for communicating with the packet-based multimedia system.
Low-, medium-, or high-voltage switching device with means for or with an actuator for closing and/or opening electric contacts, wherein the low, medium or high voltage switching device comprises at least one fuse- or ignition cable with chemical charge material, in order to operate or actuate the opening or closing means of the electrical contacts or the actuator, by ignition of at least one of the aforesaid fuse- or ignition cables, characterized in that the chemical charge material of the fuse-cable is electrically insulating, at least in the status before ignition, and at least along a part of its length, and in that that the fuse- or ignition cable has an ignition end which is located in the switching device or a corresponding environment near a place, where a light-arc or another thermal fault source is expected, in order to ignite the at least one fuse- or ignition cable.
A method for selectable band suppression for a distributed antenna system comprising at least one master unit and at least one remote antenna unit that is communicatively coupled to the at least one master unit, the at least one remote antenna unit carrying a remote downlink radio frequency signal comprising a first downlink frequency band and a second downlink frequency band, and a remote uplink radio frequency signal comprising a first uplink frequency band and a second uplink frequency band, the method comprising: determining whether the distributed antenna system is operating under a first status condition or a second status condition; when the distributed antenna system is determined to be operating under the first status condition, controlling at least one radio frequency, RF, band suppression element (222, 223) to suppress the first downlink frequency band while passing the second downlink frequency band along a downlink signal path and to suppress the first uplink frequency band while passing the second uplink frequency band along an uplink signal path; when the distributed antenna system is determined to be operating under the second status condition, controlling the at least one RF band suppression element (222, 223) to pass the first downlink frequency band and the second downlink frequency band along the downlink signal path and to pass the first uplink frequency band and the second uplink frequency band along the uplink signal path. determining whether the distributed antenna system is operating under a first status condition or a second status condition; when the distributed antenna system is determined to be operating under the first status condition, controlling at least one radio frequency, RF, band suppression element (222, 223) to suppress the first downlink frequency band while passing the second downlink frequency band along a downlink signal path and to suppress the first uplink frequency band while passing the second uplink frequency band along an uplink signal path; when the distributed antenna system is determined to be operating under the second status condition, controlling the at least one RF band suppression element (222, 223) to pass the first downlink frequency band and the second downlink frequency band along the downlink signal path and to pass the first uplink frequency band and the second uplink frequency band along the uplink signal path.
A dog collar having a strap and a housing held by the strap comprising: a fence module configured, to wirelessly communicate with at least one transmitter within a wireless fence dog containment system to track a dog's location within a containment area defined by a wireless fence; a GPS module configured to wirelessly transmit dog location data from the collar to a first device to provide remote dog location tracking capability at said first device; said fence module being operationally active in a wireless fence mode and said GPS module being inactive as long as the dog remains within the containment area, said fence module being configured to power up the GPS module upon detecting that the dog is no longer in the containment area so that the collar operates in a GPS mode, said GPS mode operation continuing as long as the dog remains outside the containment area, characterized in that the fence module shuts down so that the collar's operation in wireless fence mode is suspended while the collar operates in GPS mode. a fence module configured, to wirelessly communicate with at least one transmitter within a wireless fence dog containment system to track a dog's location within a containment area defined by a wireless fence; a GPS module configured to wirelessly transmit dog location data from the collar to a first device to provide remote dog location tracking capability at said first device; said fence module being operationally active in a wireless fence mode and said GPS module being inactive as long as the dog remains within the containment area, said fence module being configured to power up the GPS module upon detecting that the dog is no longer in the containment area so that the collar operates in a GPS mode, said GPS mode operation continuing as long as the dog remains outside the containment area,
Flow regulating device for regulating a fluid flow therethrough, comprising a fluid inlet for fluid to flow into the flow regulating device, a fluid outlet for the fluid to flow out of the flow regulating device, and a fluid channel extending from the fluid inlet to the fluid outlet, wherein the flow regulating device further comprises: - a flow regulating element provided with a regulator inlet and arranged in the fluid channel to regulate a flow rate of the fluid flowing through the fluid outlet; - a housing for housing the flow regulating element, wherein the housing comprises an inlet segment, characterised by a pressure enhancing device arranged in the inlet segment to increase the pressure of the fluid in the regulator inlet relative to the pressure of the fluid flowing through the fluid inlet. - a flow regulating element provided with a regulator inlet and arranged in the fluid channel to regulate a flow rate of the fluid flowing through the fluid outlet; - a housing for housing the flow regulating element, wherein the housing comprises an inlet segment,
Appliance for treating human keratin materials, comprising: a treatment head a handle for holding the appliance in one hand in order to apply the head onto the human keratin materials, notably the skin, and the appliance having a housing for holding a refill containing a product to be applied, the handle and the treatment head forming an elbow, the housing being oriented substantially in line with the treatment head and open in a direction opposite to the treatment head, the refill being arranged so as to be actuated by the user in order to dispense a dose of the product.
A method for producing a composite material in which a thermosetting resin is infiltrated into a first fabric and a second fabric made of fiber materials and the first fabric and the second fabric are molded integrally, the method comprising: providing a resin flow path (S 101a) through which the thermosetting resin can flow between the first fabric and the second fabric; and infiltrating the thermosetting resin into the first fabric and the second fabric from surfaces thereof and also from the resin flow path (S 101a), wherein a groove portion is provided on the surface of the first fabric, and the resin flow path (S 101a) is defined by the groove portion, characterized in that the groove portion is formed by performing hot compaction by pressing a member having a concave shape or a convex shape on a surface thereof against the first fabric when shaping the first fabric. providing a resin flow path (S 101a) through which the thermosetting resin can flow between the first fabric and the second fabric; and infiltrating the thermosetting resin into the first fabric and the second fabric from surfaces thereof and also from the resin flow path (S 101a), wherein a groove portion is provided on the surface of the first fabric, and the resin flow path (S 101a) is defined by the groove portion, characterized in that the groove portion is formed by performing hot compaction by pressing a member having a concave shape or a convex shape on a surface thereof against the first fabric when shaping the first fabric.